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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

Complete Specifications Accepted<br />

Copies <strong>of</strong> the specification and drawings (if any) can be obtained<br />

from the IPONZ website www.iponz.govt.nz.<br />

At any time within 3 months from the date <strong>of</strong> issue <strong>of</strong> this Journal, any<br />

person interested may give notice <strong>of</strong> opposition to the grant <strong>of</strong> a patent<br />

on any <strong>of</strong> the applications relating to the accepted complete specification<br />

shown hereunder, by filing form 15 in duplicate accompanied by a statement<br />

<strong>of</strong> the case in duplicate and a fee <strong>of</strong> $300 plus GST where applicable,<br />

provided that if an application for extension on form 16 is made within the<br />

said 3 months, the Commissioner may extend the prescribed period for<br />

opposition to 4 months from the date <strong>of</strong> issue <strong>of</strong> this Journal. The grounds<br />

for giving notice <strong>of</strong> opposition are specified in section 21 <strong>of</strong> the Act, and<br />

prospective opponents should also refer to regulations 48 to 56 <strong>of</strong> the<br />

<strong>Patent</strong>s Regulations 1954.<br />

(21) 554108 (22) 21 Dec 2005<br />

(54) Apparatus and method <strong>of</strong> diagnosis <strong>of</strong> Cheyne-Stokes breathing in<br />

a person<br />

(86) PCT/AU2005/001942 (87) WO06/066337<br />

(51) IPC2012.01:A61B5/08; G06F7/08, 20<br />

(71) ResMed Ltd<br />

(72) Armitstead, Jeffrey<br />

(31) 04 638169 (32) 23 Dec 2004 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, <strong>New</strong> Zealand<br />

(57) Disclosed is an apparatus, system, and method <strong>of</strong> diagnosis for<br />

detecting the presence <strong>of</strong> Cheyne-Stokes breathing in a person. The<br />

apparatus, system and method <strong>of</strong> diagnosis comprise the following:<br />

means for receiving data indicative <strong>of</strong> the person's respiratory flow<br />

or ventilation, computer processing means for calculating a frequency<br />

spectrum <strong>of</strong> said data, computer processing means for analysing said<br />

frequency spectrum to determine a first measure indicating presence<br />

<strong>of</strong> a peak in said frequency spectrum, computer processing means for<br />

analysing said data to detect the presence <strong>of</strong> an apnea or hypopnea,<br />

computer processing means for analysing said data to determine<br />

a second measure indicative <strong>of</strong> a rate <strong>of</strong> increase in the person's<br />

respiratory flow or ventilation following an apnea or hypopnea, and<br />

means for providing an output signal indicating that Cheyne-Stokes<br />

breathing has been detected when both said first measure is indicative<br />

<strong>of</strong> the presence <strong>of</strong> a peak and said second measure is indicative that<br />

the rate <strong>of</strong> increase <strong>of</strong> the respiratory flow or ventilation <strong>of</strong> the person<br />

is slow.<br />

(62) Divided out <strong>of</strong> 583557<br />

(21) 556261 (22) 26 Jan 2006<br />

(54) Animal feed compositions capable <strong>of</strong> reducing the incidence <strong>of</strong> fescue<br />

toxicosis in mammas containing a coated or encapsulated capsaicin<br />

product and an adsorbant<br />

(86) PCT/US2006/004870 (87) WO2006/081588<br />

(51) IPC2012.01:A23K1/18, 16<br />

(71) ADM ALLIANCE NUTRITION, INC.<br />

(72) Block, Stephanie S; Cecava, Michael J; Doane, Perry H<br />

(31) 05 648050 (32) 28 Jan 2005 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for feeding an animal comprising mixing a<br />

capsaicin containing product coated or encapsulated within a digestible<br />

matrix with an adsorbent and an animal feed product selected from the<br />

group consisting <strong>of</strong> feed matter, a mineral, a vitamin, an amino acid,<br />

an antibiotic, a plant extract, a plant botanical, and combinations <strong>of</strong><br />

any there<strong>of</strong>, thus producing an animal feed composition or animal feed<br />

supplement; and feeding the animal feed composition or animal feed<br />

supplement to an animal selected from the group consisting <strong>of</strong> bovines,<br />

equines, ovines, and caprines, wherein the animal is afflicted with a<br />

fescue toxicosis condition or located in an environment associated with<br />

fescue toxicosis.<br />

(21) 564069 (22) 26 Jun 2006<br />

(54) Prolonged release formulation <strong>of</strong> active principles having a pHdependent<br />

solubility<br />

(86) PCT/FR2006/001466 (87) WO2007/003746<br />

(51) IPC2012.01:A61K9/24, 36; A61K31/437; A61K47/12<br />

(71) San<strong>of</strong>i-Aventis<br />

(72) Alaux, Gerard; Andre, Frederic; Lewis, Gareth; Serre, Veronique<br />

(31) 05 0506539 (32) 28 Jun 2005 (33) FR<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a prolonged-release formulation that can be used with<br />

zolpidem or an addition salt there<strong>of</strong> having a pH-dependent solubility,<br />

comprising a matricial excipient based on a hydrophilic polymer<br />

selected from hydroxypropylmethylcellulose, hydroxyethylcellulose,<br />

hydroxypropylcellulose or carboxymethylcellulose, plant gums and<br />

derivatives there<strong>of</strong>, alginic acid derivatives, and starch and derivatives<br />

there<strong>of</strong>, the matricial excipient containing a given dose <strong>of</strong> zolpidem or<br />

an addition salt there<strong>of</strong>, comprising one or more acidifying agents in<br />

the form <strong>of</strong> an acid salt <strong>of</strong> an organic acid wherein the acid salt <strong>of</strong><br />

the acidifying agent is monopotassium tartrate, monosodium tartrate,<br />

monosodium citrate, bisodium citrate, and/or mixtures there<strong>of</strong>. The<br />

disclosure further relates to formulations comprising a first immediaterelease<br />

layer comprising zolpidem or an addition salt there<strong>of</strong> whose<br />

solubility is pH-dependent, and one or more binders, the first layer<br />

optionally containing one or more other excipients; and a second<br />

prolonged-release layer, adjacent to the first layer, comprising zolpidem<br />

or an addition salt there<strong>of</strong> whose solubility is pH-dependent, one or more<br />

acidifying agents in the form <strong>of</strong> an acid salt, and one or more matricial<br />

excipients, the second layer optionally containing one or more other<br />

excipients.<br />

(21) 564510 (22) 28 Jun 2006<br />

(54) Plant treatment composition formulated as a liquid and comprising<br />

fludioxonil and one or more neonicotinoid insecticides selected from<br />

clothianidin, imidacloprid and thiamethoxam<br />

(86) PCT/US2006/025187 (87) WO2007/005470<br />

(51) IPC2012.01:A01N43/36, 30, 78, 50, 40, 88; A01G5/06; A01N25/00,<br />

26; A01N47/44; A01G1/00; A01C1/06<br />

(71) SYNGENTA PARTICIPATIONS AG<br />

(72) Torrent Parker, Marlene; Shetty, Kiran<br />

(31) 05 695143 (32) 29 Jun 2005 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a liquid composition for treating plant propagation<br />

material, and which comprises A) water; B) fludioxonil; C) one or<br />

more neonicotinoid insecticides selected from the group consisting <strong>of</strong><br />

clothianidin, imidacloprid, and thiamethoxam; and D) a blend <strong>of</strong> the<br />

following components, by weight: i) 0.05-20% wetting agent selected<br />

from one or more lignosulfonic acid Na salt or naphthalenesulfonic acid<br />

sodium salt; ii) 0.05-10% dispersing agent selected from one or more<br />

<strong>of</strong> copolymer butanol PO/EO and acrylic graft copolymer in water and<br />

propyleneglycol; iii) 0.05-5% drying agent selected from one or more <strong>of</strong><br />

inorganic oxides or polymer waxes and wherein the inorganic oxides are<br />

selected from the group consisting <strong>of</strong> silicon dioxide, titanium dioxide,<br />

aluminium oxide, zirconium oxide and fumed silica, and wherein the<br />

polymer waxes are selected from the group consisting <strong>of</strong> oxidized and<br />

non-oxidized polyethylene wax, polyethylene copolymer wax, Montan<br />

wax, and polyether wax; and iv) 0.01-20% suberization agent selected<br />

from at least one starch, alkyl triol, glycerol, alkyl diol, or octanoic acid.<br />

Further disclosed is a method for preventing pest infestation in useful<br />

crops comprising treating the plant propagation material <strong>of</strong> a useful crop<br />

with a pesticidally effective amount <strong>of</strong> a composition as defined above,<br />

wherein said plant propagation material is selected from seeds, roots,<br />

fruits, tubers, bulbs, or rhizomes.<br />

(21) 564868 (22) 7 Jun 2006<br />

(54) System for dynamic determination <strong>of</strong> disease prognosis<br />

(86) PCT/US2006/022327 (87) WO2006/133368<br />

(51) IPC2012.01:G06F19/00; G06Q50/00<br />

(71) CAREFUSION 303, INC.<br />

(72) Tabak, Ying P; Johannes, Richard S; Kurtz, Stephen G; Yamaga,<br />

Cynthia<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 46


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 05 688858 (32) 8 Jun 2005 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a system for determining a value for a prognosis<br />

parameter in real time, comprising: a communications system<br />

connected to a plurality <strong>of</strong> networked information sources comprising<br />

institutional systems and systems that administer and/or monitor<br />

delivery <strong>of</strong> medical therapy to patients in a care giving institution; a<br />

computer provided for: identifying predictor variables and estimating<br />

regression coefficients associated with the predictor variables in a<br />

multiple regression model, using a database <strong>of</strong> patients in a healthcare<br />

institution; inputting into the multiple regression model condition related<br />

information about a patient associated with the appropriate predictor<br />

variables, the condition related information being obtained from said<br />

plurality <strong>of</strong> networked sources; and calculating with the computer a value<br />

for a prognosis parameter with the model, using the predictor variables<br />

and the regression coefficients; wherein the computer is provided for<br />

identifying predictor variables and estimating regression coefficients<br />

associated with the predictor variables by: entering candidate variables<br />

into the multiple regression model sequentially; drawing random<br />

samples <strong>of</strong> the sequentially selected variables from the database <strong>of</strong><br />

patients and fitting the model on these samples; and dropping the<br />

variables that change sign between samples or are not found to be<br />

significant.<br />

(62) Divided out <strong>of</strong> 593852<br />

(21) 565957 (22) 22 Sep 2006<br />

(54) Capsule formulation <strong>of</strong> pirfenidone and pharmaceutically acceptable<br />

excipients<br />

(86) PCT/US2006/037057 (87) WO2007/038315<br />

(51) IPC2012.01:A61K9/48, 16, 28; A61K31/4412<br />

(71) InterMune, Inc.<br />

(72) Radhakrishnan, Ramachandran; Vladyka, Ronald; Sultzbaugh,<br />

Kenneth<br />

(31) 60/720257 (32) 22 Sep 2005 (33) US<br />

(74) WRAYS, Ground Floor, 56 Ord Street, West Perth, WA 6005,<br />

Australia<br />

(57) Disclosed is a capsule comprising 5-methyl-1-phenyl-2-(1H)pyridone,<br />

magnesium stearate, microcrystalline cellulose, and<br />

croscarmellose sodium. Further disclosed is the use <strong>of</strong> said capsule<br />

in the manufacture <strong>of</strong> a medicament for treating pulmonary fibrosis,<br />

hepatic fibrosis, cardiac fibrosis, keloid, dermal fibrosis, coronary<br />

restenosis, and post-surgical adhesions, multiple sclerosis, arthritis,<br />

asthma, chronic rhinitis, and edema.<br />

(62) Divided out <strong>of</strong> 591443<br />

(21) 566045 (22) 24 Jul 2006<br />

(54) Compounds and their salts specific to the PPAR receptors and the<br />

EGF receptors and their use in the medical field<br />

(86) PCT/IE2006/000078 (87) WO2007/010516<br />

(51) IPC2012.01:C07C229/42; A61K31/136; A61P35/00<br />

(71) Giuliani International Limited<br />

(72) Naccari, Giancarlo; Baroni, Sergio<br />

(31) 05 RM A 000389 (32) 22 Jul 2005 (33) IT<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an aromatic amine <strong>of</strong> the general formula (I) e.g. (±)-2ethoxy-3-(3'-aminophenyl)-propanoic<br />

acid in which: R1 and R2 which<br />

may be identical or different, are selected from the group consisting <strong>of</strong>: H<br />

and an alkyl group; Y is selected from the group consisting <strong>of</strong>: H, COOH,<br />

-OR3 and -CH(OR3)COOH; Z is CH(OR3)COOH and R3 is an alkyl<br />

group. Also disclosed is the use <strong>of</strong> said amine <strong>of</strong> chronic inflammation<br />

or tumours.<br />

(62) Divided out <strong>of</strong> 592228<br />

(21) 566245 (22) 9 Aug 2006<br />

(54) Tcr-v-beta related peptides for treatment and diagnosis <strong>of</strong><br />

autoimmune disease<br />

(86) PCT/GB2006/002977 (87) WO2007/017686<br />

(51) IPC2012.01:C07K16/28, 30<br />

(71) MATOSSIAN-ROGERS, Arpi<br />

(72) Matossian-Rogers, Arpi<br />

(31) 05 0516527 (32) 11 Aug 2005 (33) GB<br />

(31) 06 0609920 (32) 18 May 2006 (33) GB<br />

(31) 06 0609921 (32) 18 May 2006 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are peptides derived from antibodies with reactivity against<br />

a GPI linkage epitope and consisting <strong>of</strong> the sequence x-I-x-x-x-x-x-x-xx-Y-x-x-x-F-K-x.<br />

The peptides are used in the detection <strong>of</strong> autoimmune<br />

antibodies. Also disclosed is the treatment <strong>of</strong> diseases including those<br />

associated with autoimmune antibodies.<br />

(62) Divided out <strong>of</strong> 595386<br />

(21) 566406 (22) 25 Oct 2006<br />

(54) Fermentive production <strong>of</strong> four carbon alcohols<br />

(86) PCT/US2006/041602 (87) WO2007/050671<br />

(51) IPC2012.01:C12P7/16; C12N1/19, 21; C12N15/52<br />

(71) BUTAMAX ADVANCED BIOFUELS LLC.<br />

(72) Donaldson, Gail K; Eliot, Andrew C; Flint, Dennis; Maggio-Hall, Lori<br />

Ann; Nagarajan, Vasantha<br />

(31) 05 30290 (32) 26 Oct 2005 (33) US<br />

(74) HOULIHAN2, Level 1, 70 Doncaster Road, Balwyn North, Victoria<br />

3104, Australia<br />

(57) A recombinant microbe capable <strong>of</strong> producing isobutanol, which<br />

comprises enzymes that can catalyse the reactions: (i) Pyruvate to<br />

acetolactate (step a); (ii) Acetolactate to 2,3-dihydroxyisovalerate (step<br />

b) (iii) 2,3-dihydroxyisovalerate to alpha-ketoisovalerate (step c) (iv)<br />

Alpha-ketoisovalerate to isobutyraldehyde (step d), or alternatively the<br />

reactions: a. alpha-ketoisvalerate to isobutyryl-CoA (step f); and b.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 47


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

Isobutyryl-CoA to isobutyraldehyde (step g); (v) Isobutyraldehyde to<br />

isobutanol (step e).<br />

(62) Divided out <strong>of</strong> 593809<br />

(21) 567230 (22) 8 Sep 2006<br />

(54) A method <strong>of</strong> cell nuclear transfer involving a oocyte having at least a<br />

part <strong>of</strong> a modifed zona pellucida<br />

(86) PCT/DK2006/000498 (87) WO2007/028396<br />

(51) IPC2012.01:C12N15/87, 85<br />

(71) Aarhus Universitet<br />

(72) Du, Yutao; Vajta, Gabor; Bolund, Lars Axel; Kragh, Peter Michael<br />

(31) PA2005 01256 (32) 8 Sep 2005 (33) DK<br />

(31) PA2006 00316 (32) 3 Mar 2006 (33) DK<br />

(31) PA2006 00626 (32) 4 May 2006 (33) DK<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed is a method <strong>of</strong> cell nuclear transfer comprising the steps <strong>of</strong><br />

a. establishing at least one pig oocyte having a zona pellucida, which is<br />

partly removed enzymatically b. separating the pig oocyte into at least<br />

two parts obtaining at least one cytoplast, c. establishing a donor pig<br />

cell or pig cell nucleus having desired genetic properties, d. fusing at<br />

least one pig cytoplast with the donor pig cell or membrane surrounded<br />

pig cell nucleus <strong>of</strong> step c e. obtaining a reconstructed pig embryo. Also<br />

disclosed is a method for producing a genetically modified or transgenic<br />

pig comprising: a. establishing at least one pig oocyte having a zona<br />

pellucida, which is partly removed enzymatically b. separating the pig<br />

oocyte into at least two parts obtaining a pig oocyte having a nucleus<br />

and at least one cytoplast, c. establishing a pig donor cell or pig cell<br />

nucleus with desired genetic properties, d. fusing at least one cytoplast<br />

with the donor cell or membrane surrounded cell nucleus <strong>of</strong> step c, e.<br />

obtaining a reconstructed pig embryo f. activating the reconstructed pig<br />

embryo to form a multi-cell pig embryo; g. culturing said non-human pig<br />

embryo; and h. transferring said cultured non-human pig embryo to a<br />

host pig such that the pig embryo develops into a genetically modified<br />

pig fetus.<br />

(21) 567483 (22) 4 Nov 2006<br />

(54) Use <strong>of</strong> complement pathway inhibitors to treat ocular diseases<br />

(86) PCT/US2006/043103 (87) WO2007/056227<br />

(51) IPC2012.01:C07K17/00; A61K38/00<br />

(71) GENENTECH, INC.<br />

(72) Fung, Sek Chung; Yao, Zhengbin<br />

(31) 05 733763 (32) 4 Nov 2005 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is the use <strong>of</strong> a complement inhibitor in the preparation <strong>of</strong> a<br />

medicament for preventing or ameliorating an ocular disease associated<br />

with complement activation in a subject, wherein the complement<br />

inhibitor inhibits the alternative complement pathway, wherein the<br />

complement inhibitor inhibits the activity <strong>of</strong> Factor B, Factor Ba, Factor<br />

Bb or Factor D, wherein the complement inhibitor is an antibody or a<br />

binding fragment there<strong>of</strong> and wherein the ocular disease is macular<br />

degeneration, diabetic retinopathy, or ocular angiogenesis. Further<br />

provided is an ATCC deposit <strong>of</strong> an antibody suitable for practising the<br />

invention.<br />

(62) Divided out <strong>of</strong> 594285<br />

(21) 567656 (22) 20 Oct 2006<br />

(54) Methods <strong>of</strong> filtering a liquid stream produced from an in situ heat<br />

treatment process<br />

(86) PCT/US2006/040981 (87) WO2007/050446<br />

(51) IPC2012.01:B01D61/00; C10G11/00; E21B43/24; C10G45/00;<br />

C10G1/00, 02<br />

(71) SHELL INTERNATIONALE RESEARCH MAATSCHAPPIJ B.V.<br />

(72) Den Boestert, Johannes Leendert Willem Cornelis; Bond, Wim M;<br />

Nair, Vijay<br />

(31) 05 729763 (32) 24 Oct 2005 (33) US<br />

(31) 06 794298 (32) 21 Apr 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for producing a hydrocarbon product,<br />

comprising: providing at least a portion <strong>of</strong> a liquid stream to a feed side<br />

<strong>of</strong> a membrane <strong>of</strong> a nan<strong>of</strong>iltration system to produce a permeate, and<br />

a retentate that comprises clogging compositions wherein: a formation<br />

fluid comprising mobilized fluids, visbroken fluids, pyrolyzed fluids, or<br />

mixtures there<strong>of</strong> obtained by an in situ heat treatment process is<br />

separated to produce a gas stream and the liquid stream; the permeate<br />

is processed in one or more processing units downstream <strong>of</strong> the<br />

nan<strong>of</strong>iltration system to form one or more crude products; at least one<br />

<strong>of</strong> the processing units comprises a hydrotreating unit; and contacting<br />

the permeate with one or more catalysts in the presence <strong>of</strong> hydrogen<br />

to produce a product suitable for transportation and/or refinery use.<br />

Further disclosed is a hydrocarbon product when produced by the above<br />

method.<br />

(21) 567657 (22) 20 Oct 2006<br />

(54) Methods <strong>of</strong> hydrotreating a liquid stream to remove clogging<br />

compounds<br />

(86) PCT/US2006/041185 (87) WO2007/050477<br />

(51) IPC2012.01:C10G45/00; E21B43/24<br />

(71) SHELL INTERNATIONALE RESEARCH MAATSCHAPPIJ B.V.<br />

(72) Minderhoud, Johannes Kornelis; Nair, Vijay; Nelson, Richard Gene;<br />

Roes, Augustinus Wilhelmus Maria; Ryan, Robert Charles<br />

(31) 05 729763 (32) 24 Oct 2005 (33) US<br />

(31) 06 794298 (32) 21 Apr 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed herein are methods for producing one or more crude<br />

products that includes producing formation fluid from a subsurface in situ<br />

heat treatment process; separating the formation fluid to produce a liquid<br />

stream and a gas stream; providing a liquid stream to a hydrotreating<br />

unit; hydrotreating at least a portion <strong>of</strong> the liquid stream at conditions<br />

sufficient for removal <strong>of</strong> at least a portion <strong>of</strong> clogging compositions<br />

that clog one or more processing units positioned downstream <strong>of</strong> the<br />

hydrotreating unit; and processing the hydrotreated liquid stream in one<br />

or more <strong>of</strong> the downstream processing units to form one or more crude<br />

products, wherein the in situ heat treatment process comprises heating<br />

a hydrocarbon containing formation with one or more heat sources<br />

which provide heat to at least a portion <strong>of</strong> the formation substantially by<br />

conductive and/or radiative heat transfer; and at least a portion <strong>of</strong> the<br />

liquid stream is filtered in a filtration system and then hydrotreated in<br />

the hydrotreating unit to remove the clogging composition; and further<br />

comprising processing at least a portion <strong>of</strong> the hydrotreated liquid<br />

stream in one or more <strong>of</strong> the downstream processing units to form the<br />

one or more crude products; and wherein the clogging compositions<br />

are di-olefins and hydrotreating converts at least a portion <strong>of</strong> the diolefins<br />

to mono-olefins; and wherein at least one <strong>of</strong> the processing<br />

units comprises a fractionation unit. Also disclosed is a crude product<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 48


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

produced by the method as well as transportation fuel also produced by<br />

said method.<br />

(21) 567766 (22) 13 Nov 2006<br />

(54) Acetylated amino acids as anti-platelet agents, nutritional and vitamin<br />

supplements<br />

(86) PCT/US2006/044011 (87) WO2007/059047<br />

(51) IPC2012.01:A61K31/4015, 22<br />

(71) V. Ravi Chandran<br />

(72) Chandran, V Ravi<br />

(31) 05 735280 (32) 11 Nov 2005 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) The disclosure relates to the use <strong>of</strong> an O-acetylated amino acid or<br />

pharmaceutically acceptable salt there<strong>of</strong> or Zwitterion there<strong>of</strong> for the<br />

manufacture <strong>of</strong> a medicament for treating or preventing a condition<br />

selected from stroke, heart attack, thromboembolism, or ischemia,<br />

wherein the O-acetylated amino acid is O-acetylated-L-hydroxyproline,<br />

O-acetylated-L-threonine, O-acetyl-L-serine or O-acetyl-L-tyrosine.<br />

(62) Divided out <strong>of</strong> 598416<br />

(21) 567963 (22) 10 Nov 2006<br />

(54) Pharmaceutical combinations comprising testosterone in the<br />

treatment <strong>of</strong> female sexual dysfunction<br />

(86) PCT/NL2006/000542 (87) WO2007/055563<br />

(51) IPC2012.01:A61K31/4985, 519, 568; A61P15/00<br />

(71) EMOTIONAL BRAIN B.V.<br />

(72) Tuiten, Jan Johan Adriaan; Bloemers, Johannes Martinus Maria<br />

(31) 05077577.4 (32) 11 Nov 2005 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> a combination <strong>of</strong> testosterone or an analogue<br />

there<strong>of</strong> and tadalafil, in the preparation <strong>of</strong> a medicament for the<br />

treatment <strong>of</strong> female sexual dysfunction, wherein said testosterone or<br />

an analogue there<strong>of</strong> and tadalafil are released at essentially the same<br />

time, or wherein said tadalafil is released prior to said testosterone or<br />

an analogue there<strong>of</strong>, and wherein said testosterone or an analogue<br />

there<strong>of</strong> is provided such that there is a short lasting peak <strong>of</strong> testosterone<br />

or an analogue there<strong>of</strong> in the blood circulation <strong>of</strong> the subject to whom<br />

it is administered such that the peak effects <strong>of</strong> testosterone or an<br />

analogue there<strong>of</strong> and tadalafil overlap at least in part. Also disclosed is<br />

a pharmaceutical formulation.<br />

(21) 567974 (22) 4 Oct 2006<br />

(54) Thermally enhanced solid-state generator<br />

(86) PCT/US2006/038789 (87) WO2007/044400<br />

(51) IPC2012.01:H01G9/21; H01M10/39<br />

(71) Thomas Beretich<br />

(72) Beretich, Thomas<br />

(31) 05 723696 (32) 5 Oct 2005 (33) US<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Sylvia Park, Mt Wellington,<br />

Auckland, <strong>New</strong> Zealand<br />

(57) Disclosed is an energy conversion device, comprising; at least one<br />

cell, the cell comprising: a layer <strong>of</strong> electron-rich donor material in direct<br />

contact with a layer <strong>of</strong> a hole-rich acceptor material, and an ionic fluid<br />

in the donor and acceptor materials to facilitate the flow <strong>of</strong> electrons<br />

from the donor material to the acceptor material, thereby creating a cell<br />

with an electric potential across the junction <strong>of</strong> the donor and acceptor<br />

materials, the device being further characterised in that said electric<br />

potential is created by heat. Also disclosed is an energy conversion<br />

device, comprising: at least one cell, the cell comprising a carbon matrix<br />

formed <strong>of</strong> a stabilized mixture <strong>of</strong> carbon and an ionic material, an oxide<br />

matrix formed <strong>of</strong> a stabilized mixture <strong>of</strong> an oxide and an ionic material,<br />

the oxide matrix being in direct contact with the carbon matrix, and an<br />

electrolyte fluid absorbed into the carbon matrix and the oxide matrix;<br />

an anode in direct contact with the oxide matrix; and a cathode in direct<br />

contact with the carbon matrix, thereby creating a cell with an electric<br />

potential across the junction <strong>of</strong> the anode and cathode, the device being<br />

further characterized in that said electric potential is created by heat.<br />

Further disclosed is an energy conversion device for converting thermal<br />

energy to electrical energy, consisting <strong>of</strong>: a cell, the cell consisting <strong>of</strong><br />

a stabilized mixture <strong>of</strong> carbon and an ionic material, and a stabilized<br />

mixture <strong>of</strong> an oxide and an ionic material; an anode in direct contact with<br />

the mixture <strong>of</strong> carbon and ionic material; and a cathode in direct contact<br />

with the mixture <strong>of</strong> oxide and ionic material, thereby creating a cell<br />

with an electric potential across the junction <strong>of</strong> the anode and cathode,<br />

the device being further characterized in that said electric potential is<br />

created by heat.<br />

(21) 568429 (22) 7 Dec 2006<br />

(54) Film-coated and/or granulated calcium-containing compounds and<br />

use there<strong>of</strong> in pharmaceutical compositions<br />

(86) PCT/DK2006/000696 (87) WO2007/065441<br />

(51) IPC2012.01:A61K9/16, 20; A23L1/09, 303, 304; A61K33/06;<br />

A61K47/26<br />

(71) Nycomed Pharma AS<br />

(72) Piene, Jan Yngvar<br />

(31) 05 01736 (32) 7 Dec 2005 (33) DK<br />

(31) 06 01203 (32) 15 Sep 2006 (33) DK<br />

(31) 06 850130 (32) 6 Oct 2006 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed herein is a method for the preparation <strong>of</strong> a<br />

granulated calcium-containing compound wherein the calciumcontaining<br />

compound is selected from the group consisting <strong>of</strong> calcium<br />

carbonate, calcium citrate, calcium lactate, calcium phosphate including<br />

tricalcium phosphate, calcium gluconate, bisglycino calcium, calcium<br />

citrate maleate, hydroxyapatite including solvates there<strong>of</strong> and mixtures<br />

there<strong>of</strong> in a concentration <strong>of</strong> 50% w/w or more and in the form <strong>of</strong><br />

particles and/or crystals, the method comprising applying a granulating<br />

composition comprising i) one or more water-soluble substances<br />

selected from the group consisting <strong>of</strong> polyols and carbohydrates,<br />

and ii) one or more polymeric substances selected from the group<br />

consisting <strong>of</strong> povidones and copovidones, and mixtures there<strong>of</strong>, to a<br />

calcium-containing compound, and the water-soluble substance and<br />

the polymeric substance are dispersed or dissolved in a solvent. Also<br />

disclosed is a partly film-coated calcium-containing compound, wherein<br />

the calcium-containing compound is in the form <strong>of</strong> particles and/or<br />

crystals having at least part water-soluble film coating comprising i) one<br />

or more water-soluble substances selected from the group consisting <strong>of</strong><br />

polyols and carbohydrates, and ii) one or more polymeric substances<br />

selected from the group consisting <strong>of</strong> povidones and copovidones, and<br />

mixtures there<strong>of</strong>.<br />

(21) 568991 (22) 19 Dec 2006<br />

(54) Treating chronic fibrotic diseases by decreasing CCL21 activity<br />

(86) PCT/US2006/048282 (87) WO2007/075592<br />

(51) IPC2009.01:C12N5/06, 16; C12Q1/68<br />

(71) The Regents <strong>of</strong> the University <strong>of</strong> Michigan<br />

(72) Hogaboam, Cory M; Kunkel, Steven L<br />

(31) 05 753647 (32) 23 Dec 2005 (33) US<br />

(74) WRAYS, Ground Floor, 56 Ord Street, West Perth, WA 6005,<br />

Australia<br />

(57) Disclosed is the treatment <strong>of</strong> chronic fibrosis by decreasing the<br />

presence or activity <strong>of</strong> the chemokine CCL21 in fibrocytes and<br />

fibroblasts. The activity or presence <strong>of</strong> CCL21 can be decreased by<br />

using an antibody or siRNA either alone or in combination with an agent<br />

that decreases the activity or presence <strong>of</strong> the chemokine CCL19. The<br />

fibrosing disorder can be a chronic pulmonary fibrosis.<br />

(21) 569417 (22) 17 Jan 2007<br />

(54) A novel surface exposed haemophilus influenzae protein (protein E;<br />

pE)<br />

(86) PCT/SE2007/000034 (87) WO2007/084053<br />

(51) IPC2012.01:C07K14/285; C07K16/12; A61K39/102<br />

(71) Arne Forsgren<br />

(72) Forsgren, Arne; Riesbeck, Kristian<br />

(31) 06 758987 (32) 17 Jan 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a vaccine composition comprising a surface exposed<br />

protein, which can be detected in Haemophilus influenzae, having an<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 49


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

amino acid sequence as described in Sequence ID NO: 1, or a fragment<br />

there<strong>of</strong>, wherein the fragment comprises an amino acid sequence<br />

having at least 50 contiguous amino acids from the amino acid sequence<br />

<strong>of</strong> SEQ ID NO: 1 which fragment, if necessary when coupled to a<br />

carrier, is capable <strong>of</strong> raising an immune response which recognises the<br />

polypeptide <strong>of</strong> SEQ ID NO: 1.<br />

(21) 569477 (22) 6 Dec 2006<br />

(54) Geopolymeric particles, fibers, shaped articles and methods <strong>of</strong><br />

manufacture<br />

(86) PCT/IB2006/004268 (87) WO2007/119121<br />

(51) IPC2012.01:C04B28/00; C01B33/26; C04B14/04, 46<br />

(71) James Hardie Technology Limited<br />

(72) Biscan, Giang; Hojaji, Hamid; Melmeth, David Leslie; Pham, Thinh;<br />

Zhang, Huagang<br />

(31) 05 748037 (32) 6 Dec 2005 (33) US<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000,<br />

Australia<br />

(57) Disclosed is a shaped geopolymeric particle having a predetermined<br />

configuration, comprising a geopolymer functional building block,<br />

wherein the geopolymer functional building block is derived from<br />

geopolymerization <strong>of</strong> a selected precursor formulation comprising an<br />

amorphous silicate, an alkali activator, and a rheology modifier, wherein<br />

the geopolymerization <strong>of</strong> the precursor formulation occurs at a nonelevated<br />

temperature <strong>of</strong> between about 50 and 600 degrees F such<br />

that the non-elevated temperature in conjunction with the preselected<br />

precursor formulation modify the viscoelastic behaviour <strong>of</strong> the precursor<br />

formulation so that the rate <strong>of</strong> geopolymerization can be controlled<br />

to provide sufficient time for shaping the geopolymer particle into the<br />

predetermined configuration. Also disclosed is a shaped geopolymeric<br />

particle comprising a geopolymer, wherein the shaped geopolymeric<br />

particle has one or more voids therein, wherein the shaped geopolymer<br />

particle is derived from geopolymerization <strong>of</strong> a precursor formulation<br />

comprising an aluminosilicate source, an alkali source, and a blowing<br />

agent, wherein the precursor formulation has a preselected viscosity<br />

so that the configuration <strong>of</strong> the shaped geopolymeric particle can be<br />

controlled during geopolymerization. Further disclosed is a geopolymer<br />

with less than about 1.00 g/cc and how to make it and fibres<br />

incorporating the geopolymer.<br />

(21) 569562 (22) 28 Dec 2006<br />

(54) Placental stem cell populations, CD200<br />

(86) PCT/US2006/049491 (87) WO2007/079183<br />

(51) IPC2009.01:C12N5/06<br />

(71) ANTHROGENESIS CORPORATION<br />

(72) Abramson, Sascha Dawn; Edinger, James W; Faleck, Herbert; Hariri,<br />

Robert J; Labazzo, Kirsten S; Pereira, Marian; Wang, Jai-lun; Ye, Qian<br />

(31) 05 754968 (32) 29 Dec 2005 (33) US<br />

(31) 06 846641 (32) 22 Sep 2006 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Provided is a method <strong>of</strong> producing a cell population comprising<br />

isolating from other cells placental stem cells that adhere to a substrate,<br />

and determining that said placental stem cells express CD200; wherein<br />

said isolated placental stem cells constitute said cell population, and<br />

wherein said placental stem cells are not totipotent stem cells or<br />

trophoblasts. The stem cells can differentiate to chondrocytes or<br />

osteogenic cells.<br />

(62) Divided out <strong>of</strong> 595786<br />

(21) 570106 (22) 26 Jan 2007<br />

(54) Influenza vaccines containing hemagglutinin and matrix proteins<br />

(86) PCT/IB2007/001150 (87) WO2007/085969<br />

(51) IPC2012.01:A61K39/145<br />

(71) Novartis Vaccines and Diagnostics GmbH & Co. KG<br />

(72) Broeker, Michael; Kost, Holger<br />

(31) 06 0601733 (32) 27 Jan 2006 (33) GB<br />

(31) 06 0620175 (32) 11 Oct 2006 (33) GB<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed is a purified surface antigen or split virion influenza vaccine<br />

comprising influenza virus haemagglutinin and a fragment <strong>of</strong> M1 matrix<br />

protein which co-purify, wherein said matrix protein fragment comprises<br />

a T cell epitope <strong>of</strong> said M1 matrix protein and has a molecular weight<br />

that is less than or equal to 10kDa, and wherein the composition does<br />

not contain ovalbumin.<br />

(21) 570213 (22) 6 Feb 2007<br />

(54) Device for treating snoring by passing the device through the tongue<br />

and anchoring it under and at the back <strong>of</strong> the tongue<br />

(86) PCT/US2007/061721 (87) WO2007/092865<br />

(51) IPC2012.01:A61F2/02; A61F5/56<br />

(71) LINGUAFLEX, INC.<br />

(72) Sanders, Ira<br />

(31) 06 765638 (32) 6 Feb 2006 (33) US<br />

(74) DAVIES COLLISON CAVE-Melbourne, 1 Nicholson Street,<br />

Melbourne, Victoria, Australia<br />

(57) Methods and devices to prevent or treat sleep apnea and snoring. One<br />

aspect <strong>of</strong> this invention is a tongue retractor (LTR) that indirectly retracts<br />

tongue base by its implant site in the frenulum area. This simplifies the<br />

insertion, adjustment and maintenance <strong>of</strong> the device. Another aspect<br />

<strong>of</strong> this invention describes a highly localized and fully implantable LTR<br />

that is inserted into the base <strong>of</strong> tongue to stiffen lax surface mucosa or<br />

mechanically couple it to internal tongue structures. Another aspect <strong>of</strong><br />

this invention is an LTR inserted in or around the pharyngoglossal fold.<br />

This site allows retraction and stiffening <strong>of</strong> tongue base tissue as well<br />

as the s<strong>of</strong>t palate and lateral pharyngeal wall.<br />

(62) Divided out <strong>of</strong> 598991<br />

(21) 571087 (22) 8 Dec 2006<br />

(54) Cellulolytic enzymes, nucleic acids encoding them and methods for<br />

making and using them<br />

(86) PCT/US2006/046919 (87) WO2007/094852<br />

(51) IPC2012.01:C12N9/42<br />

(71) Verenium Corporation<br />

(72) Gray, Kevin A; Zhao, Lishan; Cayouette, Michelle<br />

(31) 06 772786 (32) 10 Feb 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Provided are cellobiohydrolase sequences and their variants, which<br />

can be used in expression vectors and transgenic organisms to<br />

manipulate cellulose metabolism. Further provided are corresponding<br />

antisense and RNAi oligonucleotides for inhibiting the translation <strong>of</strong> a<br />

cellulase message in cells and various other cellulose related food and<br />

fibre industry applications.<br />

(62) Divided out <strong>of</strong> 595495<br />

(21) 571696 (22) 1 Mar 2007<br />

(54) Regulation <strong>of</strong> immune responses by modulation <strong>of</strong> the function <strong>of</strong><br />

antigen presenting cells<br />

(86) PCT/AU2007/000254 (87) WO2007/098557<br />

(51) IPC2012.01:A61K38/16; A61P37/02<br />

(71) CBio Limited<br />

(72) Johnson, Barbara Jane; Dobbin, Caroline Amanda; Flesch, Inge E A<br />

(31) 2006901058 (32) 2 Mar 2006 (33) AU<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) Provided is the use <strong>of</strong> chaperonin 10 (Cpn10) in the manufacture <strong>of</strong><br />

a medicament for treating or preventing a disease or condition arising<br />

from an infection by a viral or bacterial pathogen in a subject, wherein the<br />

disease or condition is selected from cancer, an autoimmune disorder,<br />

inflammation, allergy, and asthma. The Cpn10 modulates the level <strong>of</strong><br />

cell surface expression <strong>of</strong> at least one MHC molecule in the subject,<br />

particularly HLA-DR, HLA-DP and HLA-DQ. Further provided is an<br />

in vitro method <strong>of</strong> identifying compounds that modulate an immune<br />

response by screening for MHC molecule modulation in the presence<br />

<strong>of</strong> Cpn10.<br />

(21) 571788 (22) 25 Apr 2007<br />

(54) Fungicidal compositions comprising sodium lauryl sulfate and/or<br />

thyme oil and methods <strong>of</strong> using the same<br />

(86) PCT/US2007/009958 (87) WO2007/127211<br />

(51) IPC2012.01:C14C1/00<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 50


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(71) BUCKMAN LABORATORIES INTERNATIONAL, INC.<br />

(72) Stockman, George B; Oppong, David<br />

(31) 06 795864 (32) 28 Apr 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method <strong>of</strong> preventing or inhibiting putrefaction,<br />

degradation, and/or deterioration <strong>of</strong> a surface <strong>of</strong> wet, tanned animal<br />

hide or skin, the method comprising applying a composition consisting<br />

<strong>of</strong> sodium lauryl sulfate and/or thyme oil and optionally at least one<br />

inert ingredient to the surface or to a solid, liquid or gas that comes<br />

in contact with the surface, in an effective amount to inhibit or prevent<br />

putrefaction, degradation, and/or deterioration <strong>of</strong> said surface, wherein<br />

the composition is applied in an amount <strong>of</strong> from about 0.25 to about 100<br />

pounds (about 0.1 to about 45.4 kg) <strong>of</strong> said composition per about 3,000<br />

pounds (about 1360 kg) <strong>of</strong> wet, tanned hides or skins.<br />

(62) Divided out <strong>of</strong> 596648<br />

(21) 572365 (22) 27 Apr 2007<br />

(54) COATING COMPOSITIONS WITH POLYMERIZABLE<br />

ETHYLENICALLY UNSATURATED COMPOUNDS SUITABLE FOR<br />

USE AS A WOOD STAIN AND/OR TONER<br />

(86) PCT/US2007/067581 (87) WO2007/130849<br />

(51) IPC2012.01:B05D7/08; C09D133/00; C09D15/00<br />

(71) PPG INDUSTRIES OHIO, INC.<br />

(72) DEAN, Roy E; DUDIK, John M; DUFFY, Shawn P; FOUKES, Richard<br />

J; ZIEGLER, Michael J<br />

(31) 06 797441 (32) 4 May 2006 (33) US<br />

(31) 07 737854 (32) 20 Apr 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a radiation curable wood stain or wood toner composition<br />

comprising: (a) a film-forming resin, (b) a colorant, (c) a long chain alkyl<br />

group containing polymerizable ethylenically unsaturated compound<br />

comprising a (meth)acrylate. (d) a diluent.<br />

(21) 572386 (22) 4 Apr 2007<br />

(54) A teatcup liner with a flexible engagement member arranged to<br />

engage with a shell to form a teatcup<br />

(86) PCT/SE2007/050218 (87) WO2007/139481<br />

(51) IPC2012.01:A01J5/08<br />

(71) DeLAVAL HOLDING AB<br />

(72) Kassibrahim, Jan<br />

(31) 0601203-3 (32) 31 May 2006 (33) SE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a teatcup liner adapted to be mounted in a shell to<br />

form a teatcup to be applied to a teat <strong>of</strong> an animal. The teatcup liner<br />

has an inner space with an upper head for receiving the teat and an<br />

outer side with a barrel. The barrel has an end portion on the outer<br />

side <strong>of</strong> which a primary engagement member is arranged. The primary<br />

engagement member is adapted to be in engagement with a secondary<br />

engagement member arranged on the shell. The primary engagement<br />

member is bendable relative to a length axis <strong>of</strong> the liner. A hindering<br />

member is arranged on the outer side <strong>of</strong> the teatcup liner on a side<br />

<strong>of</strong> the primary engagement member distant from the upper head so<br />

as to restrict bending <strong>of</strong> the primary engagement member away from<br />

the upper head whilst permitting bending <strong>of</strong> the primary engagement<br />

member towards the upper head. When the primary engagement<br />

member is engaged with the secondary engagement member, the<br />

primary engagement member is located intermediate the secondary<br />

member and the hindering member. Methods for mounting the teatcup<br />

liner in a shell are also disclosed.<br />

(21) 573370 (22) 20 Jun 2007<br />

(54) Sealing insert with a coloured adhesive layer sandwiched between<br />

support layer and transparent laminated film<br />

(86) PCT/EP2007/056143 (87) WO2008/000673<br />

(51) IPC2012.01:B65D53/04; B32B7/02; C09J7/02<br />

(71) Alfelder Kunst<strong>of</strong>fwerke Herm. Meyer GmbH<br />

(72) ROTHWEILER, Peter<br />

(31) 06 06030116 (32) 28 Jun 2006 (33) DE<br />

(31) 06 06048009 (32) 9 Oct 2006 (33) DE<br />

(74) LESICAR MURRAY TRENTO, 58 Rundle Street, Kent Town, South<br />

Australia 5067, Australia<br />

(57) Disclosed is a container closure that is in combination with a<br />

sealing insert. The sealing insert is inserted into the container closure.<br />

The sealing insert comprises a support layer (10) and a transparent<br />

lamination film (20). The transparent lamination film is connected to the<br />

support layer (10) via a coloured adhesive layer (30).<br />

(21) 573646 (22) 12 Jun 2007<br />

(54) SINGLE-CHAIN MULTIVALENT BINDING PROTEINS WITH<br />

EFFECTOR FUNCTION<br />

(86) PCT/US2007/071052 (87) WO2007/146968<br />

(51) IPC2012.01:C07K16/28; A61K39/395; A61P31/00; A61P35/00<br />

(71) Wyeth LLC; Emergent Product Development Seattle, LLC<br />

(72) THOMPSON, Peter, Armstrong; LEDBETTER, Jeffrey, A; HAYDEN-<br />

LEDBETTER, Martha, Susan; GROSMAIRE, Laura, Sue; BADER,<br />

Robert; BRADY, William; TCHISTIAKOVA, Lioudmila; FOLLETTIE,<br />

Maximillian, T; CALABRO, Valerie; SCHULER, Alwin<br />

(31) 06 813261 (32) 12 Jun 2006 (33) US<br />

(31) 06 853287 (32) 20 Oct 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a multivalent single-chain binding protein comprising<br />

from amino to carboxy terminus: a. a first binding domain derived<br />

from an immunoglobulin-like molecule or the variable regions<br />

<strong>of</strong> an immunoglobulin; b. a constant sub-region comprising an<br />

immunoglobulin CH2 domain and a CH3 domain; c. a scorpion linker,<br />

wherein said scorpion linker comprises an amino acid sequence derived<br />

from a hinge <strong>of</strong> an immunoglobulin or immunoglobulin-like molecule<br />

or an extracellular stalk region <strong>of</strong> a type 2 membrane protein in<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 51


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

the C-type lectin family; and d. a second binding domain derived<br />

from an immunoglobulin-like molecule or the variable regions <strong>of</strong> an<br />

immunoglobulin.<br />

(62) Divided out <strong>of</strong> 596865<br />

(21) 573845 (22) 12 Jul 2006<br />

(54) PRESERVED SLICES OF VEGETABLES AND FRUITS AND<br />

PROCESSING METHODS<br />

(86) PCT/EP2006/006825 (87) WO2008/006388<br />

(51) IPC2012.01:A23B7/02; A23L1/212<br />

(71) Nestec S.A.<br />

(72) ERLE, Ulrich; LERMER, Roland<br />

(31) (32) 12 Jul 2006 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Provided is a method <strong>of</strong> preparing a dehydrated slice <strong>of</strong> a vegetable or<br />

a fruit, the method comprising the steps <strong>of</strong>: - cutting a vegetable or fruit<br />

in a plurality <strong>of</strong> slices, - heat-treating said slices by one or more waterbased<br />

heating methods selected from the group consisting <strong>of</strong> blanching,<br />

boiling and steaming, - contacting said slices with carbohydrate, which<br />

is a non-reducing disaccharide, either during or after the heat-treating<br />

step to provide carbohydrate uptake by the slices and/or a coating <strong>of</strong> the<br />

surface <strong>of</strong> said slices, - pre-drying said heat-treated slices, wherein each<br />

slice is placed on an air-permeable surface such that the slices do not<br />

overlap each other, and wherein the slices contact said air-permeable<br />

surface such that a shrinking <strong>of</strong> the circumference is substantially<br />

prevented, and - final air drying, whereby a dehydrated slice is obtained,<br />

said dehydrated slice comprising; - a circumference being substantially<br />

the same as a circumference <strong>of</strong> the respective slice <strong>of</strong> the raw vegetable<br />

or fruit; - a thickness reduced by 20 to 95 % in comparison to the<br />

thickness <strong>of</strong> the respective slice <strong>of</strong> the raw vegetable or fruit, and having<br />

a planar surface, - a coloured peel or skin and said peel or skin is<br />

not visibly discoloured in comparison to the peel or skin colour <strong>of</strong> the<br />

respective raw vegetable or the raw fruit, and - adapted to be rehydrated<br />

by a rehydration process.<br />

(21) 574108 (22) 12 Jul 2007<br />

(54) IMPROVEMENTS IN AND RELATING TO PLANT PROTECTION<br />

(86) PCT/GB2007/002611 (87) WO2008/007100<br />

(51) IPC2012.01:A01N37/42, 44<br />

(71) PLANT BIOSCIENCE LIMITED<br />

(72) ROBERTS, Michael Richard; PAUL, Nigel Duncan; TAYLOR, Jane<br />

Elizabeth; CROFT, Patricia; MOORE, Jason Paul<br />

(31) 0613901.8 (32) 13 Jul 2006 (33) GB<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a method <strong>of</strong> treating a seed with a seed treatment<br />

composition to induce a plant resistance mechanism against one or<br />

more pests in a plant grown from said seed so as to restrict plant damage<br />

by pests, the method including applying the treatment composition<br />

to a seed, wherein the seed is a non-germinated seed, and wherein<br />

the treatment composition includes a treatment agent selected from<br />

jasmonic acid (JA) or its jasmonate salts wherein said salts are selected<br />

from the group consisting <strong>of</strong> potassium or sodium jasmonate; jasmonic<br />

acid methyl ester; jasmonic acid- L-amino acid amide-linked conjugates<br />

selected from the group consisting <strong>of</strong> the conjugate with L-isoleucine<br />

or the conjugates with L-valine, L-leucine and L-phenylalanine; 12-oxophytodienoic<br />

acid; coronatine; coronafacoyl-L-serine and coronafacoyl-<br />

L-threonine; methyl esters <strong>of</strong> 1-oxo-indanoylisoleucine and 1-oxoindanoyl-leucine;<br />

coronalon; or combinations there<strong>of</strong>, wherein the<br />

resistance mechanism is induced due to the treatment <strong>of</strong> the nongerminated<br />

seed rather than due to carry over <strong>of</strong> treatment composition<br />

from the seed onto a germinating plant.<br />

(21) 574173 (22) 20 Jul 2007<br />

(54) METHODS AND COMPOSITIONS FOR THE TREATMENT AND<br />

PREVENTION OF INFECTIONS<br />

(86) PCT/US2007/016485 (87) WO2008/011164<br />

(51) IPC2012.01:A61K9/00<br />

(71) Advanced Vision Research, Inc.<br />

(72) GILBARD, Jeffrey P<br />

(31) 06 490917 (32) 21 Jul 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is an ophthalmologic preparation comprising chlorine<br />

dioxide as an oxidizing antibacterial agent and a xanthine as a<br />

heterocyclic compound wherein the heterocyclic compound improves<br />

the antibacterial effect <strong>of</strong> the oxidizing agent. The preparation is used<br />

for treating a microbial colonization or infection <strong>of</strong> the ocular surface or<br />

eyelid.<br />

(21) 574228 (22) 12 Apr 2010<br />

(54) Milk headspace sensing techniques<br />

(51) IPC2012.01:A01J5/00<br />

(71) Lely <strong>Patent</strong> N.V.<br />

(72) Wilson, Allan Walter<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, <strong>New</strong> Zealand<br />

(57) Provided is a method <strong>of</strong> analysing milk components having the steps<br />

<strong>of</strong>: a) collecting a milk sample from a milk stream <strong>of</strong> a milking system;<br />

b) ionising the milk sample, and c) using an ion mobility spectrometer to<br />

detect components <strong>of</strong> interest within the ionised milk sample the method<br />

characterised in that the ion mobility spectrometer is positioned within<br />

the milking system from which the milk sample was taken, and the milk<br />

sample is collected in a gaseous form. Further provided is a device<br />

configured to perform the method using milk sampled from a headspace<br />

above milk liquid in a milking system.<br />

(21) 574390 (22) 27 Jun 2007<br />

(54) FATTY ACID BLENDS AND USES THEREFOR IN FUEL<br />

(86) PCT/US2007/015017 (87) WO2008/002643<br />

(51) IPC2012.01:C07B53/00; C07C53/00; C12N15/82; C10L1/02<br />

(71) COH Inc.<br />

(72) KNUTH, Mark, E; BEETHAM, Peter, R; WALKER, Keith, A; GOCAL,<br />

Gregory, Francis William<br />

(31) 06 817558 (32) 28 Jun 2006 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) A mixture <strong>of</strong> fatty acid alkyl esters that comprises: (i) At least 50<br />

percent by weight <strong>of</strong> saturated medium chain fatty acid alkyl esters that<br />

have 6-14 carbons, myristoleic acid alkyl ester and monosaturated long<br />

chain fatty acid alkyl esters having more than 18 carbons; and (ii) Less<br />

than 10 percent by weight myristic acid alkyl ester and saturated long<br />

chain acid alkyl esters. The mixture comprises either (1) lauric acid alkyl<br />

ester (C12:0) at 5 to 20 percent by weight <strong>of</strong> the mixture or (2) the mixture<br />

comprises 15 to 40 percent fatty acid alkyl esters having 6-14 carbons<br />

and 60 to 85 percent monosaturated fatty acid alkyl esters having more<br />

than 18 carbons. The mixture can be used as a fuel for an internal<br />

combustion engine; in particular the mixture is used in a biodiesel blend.<br />

(62) Divided out <strong>of</strong> 597204<br />

(21) 574423 (22) 26 Jul 2007<br />

(54) IMMUNOGENIC COMPOUNDS AND PROTEIN MIMICS<br />

(86) PCT/NL2007/050374 (87) WO2008/013454<br />

(51) IPC2012.01:C07K14/48, 49, 495, 52, 59, 61; A61K39/00; C07K1/04;<br />

A61K47/42; C07K7/54; G01N33/68<br />

(71) PEPSCAN SYSTEMS B.V.<br />

(72) TIMMERMAN, Peter; PUIJK, Wouter, Cornelis; MELOEN, Robbert,<br />

Hans<br />

(31) 06 06076478 (32) 26 Jul 2006 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for inducing and/or enhancing immunogenic<br />

reproducibility and/or immunogenicity <strong>of</strong> an amino acid sequence,<br />

comprising a. coupling said amino acid sequence via at least two<br />

linkages at a site outside an epitope to a (hetero)aromatic molecule<br />

with at least two benzylic halogen substituents wherein each <strong>of</strong> the at<br />

least two linkages is formed by reacting a benzylic halogen substituent<br />

<strong>of</strong> the (hetero)aromatic molecule with a nucleophilic functionality within<br />

the peptide structure; and b. forming at least one internal bond within<br />

said amino acid sequence at a site outside an epitope after coupling <strong>of</strong><br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 52


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

the amino acid sequence to the (hetero)aromatic molecule, wherein the<br />

at least one internal bond is a disulphide bond or a diselenium bond.<br />

Further disclosed are immunogenic compounds comprising an amino<br />

acid sequence bound to a (hetero)aromatic molecule via at least two<br />

linkages at a site outside an epitope, wherein said at least two linkages<br />

are at a benzylic position <strong>of</strong> said (hetero)aromatic molecule, wherein<br />

said amino acid sequence comprises at least one internal bond, and<br />

wherein said internal bond is a disulphide bond or a diselenium bond.<br />

(21) 574447 (22) 24 Aug 2007<br />

(54) TAMPER RESISTANT ORAL PHARMACEUTICAL DOSAGE<br />

FORMS COMPRISING AN OPIOID ANALGESIC<br />

(86) PCT/IB2007/002515 (87) WO2008/023261<br />

(51) IPC2012.01:A61K31/485; A61K9/22, 32<br />

(71) Purdue Pharma L.P.<br />

(72) MANNION, Richard, Owen; O'DONNELL, Edward, Patrick;<br />

McKENNA, William, Henry; HUANG, Haiyong, Hugh<br />

(31) 06 840244 (32) 25 Aug 2006 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed is a process <strong>of</strong> preparing a solid oral extended release<br />

pharmaceutical dosage form, comprising combining (a) combining (1)<br />

at least one polyethylene oxide and (2) at least one active agent<br />

selected from i) opioid analgesics ii) therapeutically active agents<br />

iii) combinations <strong>of</strong> i) and ii); and iv) benzodiazepines, barbiturates,<br />

amphetamines, stimulants, combinations with respective antagonists,<br />

pharmaceutically acceptable salts, hydrates, and solvates and mixtures<br />

there<strong>of</strong> to form a composition; (b) shaping the composition to form<br />

an extended release matrix formulation; and (c) curing said extended<br />

release matrix formulation<br />

(62) Divided out <strong>of</strong> 597760<br />

(21) 574469 (22) 26 Jun 2007<br />

(54) SEASONING AND METHOD FOR SEASONING A FOOD PRODUCT<br />

WHILE REDUCING DIETARY SODIUM INTAKE<br />

(86) PCT/US2007/014801 (87) WO2008/005237<br />

(51) IPC2012.01:A23L1/22, 237, 221, 29, 304<br />

(71) ConAgra Foods RDM, Inc.<br />

(72) JENSEN, Michael; SMITH, Gordon; FEAR, Shawn;<br />

SCHILMOELLER, Lance; JOHNSON, Clinton<br />

(31) 06 817993 (32) 30 Jun 2006 (33) US<br />

(31) 06 847724 (32) 27 Sep 2006 (33) US<br />

(31) 06 847725 (32) 27 Sep 2006 (33) US<br />

(31) 06 847734 (32) 27 Sep 2006 (33) US<br />

(31) 07 708667 (32) 20 Feb 2007 (33) US<br />

(31) 06 847739 (32) 27 Sep 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a flowable solid seasoning composition to reduce dietary<br />

sodium intake, comprising small particle sodium chloride salt having<br />

a mean particle size greater than or equal to 5 microns and less<br />

than 20 microns to reduce the sodium content <strong>of</strong> the solid seasoning<br />

composition, wherein the salt intensity <strong>of</strong> the seasoning composition<br />

is greater than or equivalent to the salt intensity <strong>of</strong> a flowable solid<br />

seasoning comprising a greater percent by weight <strong>of</strong> sodium chloride.<br />

Also disclosed is a food product containing the seasoning composition;<br />

a method for making the food product and the use <strong>of</strong> the seasoning<br />

composition for a reduced salt diet.<br />

(21) 574644 (22) 14 May 2007<br />

(54) VITAMIN D COMPOSITIONS AND METHOD OF ADMINISTRATION<br />

TO A HUMAN BEING<br />

(86) PCT/CA2007/000844 (87) WO2008/031188<br />

(51) IPC2012.01:A61P3/02; A61J7/00; A61K9/08; A61K31/59;<br />

A61J17/00; A23D9/007; A61K47/14<br />

(71) Elaine Vieth; Reinhold W Vieth<br />

(72) VIETH, Reinhold, W; VIETH, Elaine<br />

(31) 06 2558202 (32) 14 Sep 2006 (33) CA<br />

(31) 07 2578881 (32) 16 Feb 2007 (33) CA<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) Provided is a composition for application to an object surface to<br />

provide a therapeutic or nutritional amount <strong>of</strong> vitamin D in a single drop<br />

to a human being who is to suck said composition directly from said<br />

object surface. wherein said composition oomprises vitamin D and a<br />

compound selected from the group consisting <strong>of</strong> caprylic acid, caprylic<br />

monoglyceride and monocaprylin, in a liquid, biologically-acceptable oil<br />

medium, wherein the concentration <strong>of</strong> vitamin D is between 9 to 9000<br />

mcg/ml.<br />

(62) Divided out <strong>of</strong> 599292<br />

(21) 574760 (22) 25 Jul 2007<br />

(54) OSCILLATING WATER COLUMN POWER GENERATOR<br />

(86) PCT/GB2007/002827 (87) WO2008/012530<br />

(51) IPC2012.01:F01D1/30, 02; F01D5/14; F03B13/14; F15D1/12<br />

(71) Dresser-Rand Company Limited<br />

(72) FREEMAN, Christopher; HERRING, Steven, James; BANKS, Kevin<br />

(31) 06 0614916 (32) 25 Jul 2007 (33) GB<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) A bi-directional flow impulse type turbine arrangement (120) for use<br />

with a bi-directional reversing flow (F, Fl, F2)., and in particular for<br />

use with an oscillating water column power plant (110). The turbine<br />

arrangement has a rotor (132), and first and second sets <strong>of</strong> guide vanes<br />

(140, 142) located on an opposite axial sides <strong>of</strong> the rotor for directing the<br />

bi-directional reversing flow to and from the rotor. The guide vanes are<br />

disposed at a greater radius and radially <strong>of</strong>fset from the rotor blades. The<br />

turbine arrangement further comprises first and second annular ducts<br />

disposed respectively between the first and second sets <strong>of</strong> guide vanes<br />

and the rotor for directing fluid from the guide vanes to the rotor blades.<br />

In addition, the vanes have a pr<strong>of</strong>ile to maintain a constant flow passage<br />

between the vanes over a turning section <strong>of</strong> the vanes, and the rotor<br />

blades <strong>of</strong> the rotor have a higher turning angle, and producing a nonaxial<br />

outlet downstream flow. The turbine may also incorporate vanes<br />

with a slot and a boundary layer blowing arrangement to re-energise<br />

and improve the reverse flow over the vanes.<br />

(21) 574809 (22) 1 Feb 2010<br />

(54) Biomimetic mechano-sensitive actuator array<br />

(51) IPC2012.01:F03G7/00; H01L41/09<br />

(71) Auckland UniServices Limited<br />

(72) Anderson, Iain Alexander; O'Brien, Benjamin Marc; Gisby, Todd;<br />

Calius, Emilio Patricio; Xie, Shane<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) A biomimetic actuator array adapted for sequential actuation by<br />

way <strong>of</strong> mechanosensitivity propagating actuation through the array, a<br />

mechano-sensitive actuator adapted for use in a biomimetic actuator<br />

array, and a method <strong>of</strong> controlling an actuator in a biomimetic actuator<br />

array is disclosed. An array <strong>of</strong> actuators is provided which is adapted<br />

for sequential actuation by way <strong>of</strong> mechanosensitivity propagating<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 53


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

actuation through the array, triggering each actuator upon deformation<br />

there<strong>of</strong> caused by an adjacent actuator or a load in the form <strong>of</strong> a<br />

fluid or a solid object. Actuation is thus coordinated with minimal<br />

computational overhead. The mechano-sensitive actuator for use in<br />

a biomimetic actuator array comprises: (a) manipulation means for<br />

selectively manipulating a fluid or solid object; (b) sensing means for<br />

sensing deformation <strong>of</strong> the manipulation means; and (c) triggering<br />

means for actuating the manipulation means upon sensing deformation<br />

there<strong>of</strong> where the actuator propagates actuation through the array by<br />

way <strong>of</strong> mechano-sensitivity.<br />

(21) 574846 (22) 29 Aug 2007<br />

(54) USE OF DPA(n-6) OILS IN INFANT FORMULA<br />

(86) PCT/US2007/077150 (87) WO2008/027991<br />

(51) IPC2012.01:A23L1/29, 30; A61K31/202, 66<br />

(71) MARTEK BIOSCIENCES CORPORATION<br />

(72) ARTERBURN, Linda; BARCLAY, William; FLATT, James; VAN<br />

ELSWYK, Mary; ZELLER, Samuel G<br />

(31) 06 823875 (32) 29 Aug 2006 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, <strong>New</strong> Zealand<br />

(57) Disclosed is an infant formula composition, wherein, when ready for<br />

consumption by the infant, the composition includes long chain n-3 fatty<br />

acids and long chain n-6 fatty acids; wherein the long chain n-3 fatty<br />

acids include docosahexaenoic acid (DHA); wherein the long chain n-6<br />

fatty acids include docosapentaenoic acid (DPA(n-6)) and arachidonic<br />

acid (ARA); wherein the ratio <strong>of</strong> ARA:DHA is greater than 0.4:1 and less<br />

than 3:1, and wherein the DHA:DPA(n-6) ratio is from 10:1 to 0.5:1.<br />

(21) 574895 (22) 19 Jul 2007<br />

(54) METABOLICALLY ENGINEERED CELLS FOR THE PRODUCTION<br />

OF PINOSYLVIN<br />

(86) PCT/EP2007/057484 (87) WO2008/009728<br />

(51) IPC2012.01:C12P7/22<br />

(71) Fluxome Sciences A/S<br />

(72) KATZ, Michael; FORSTER, Jochen; DAVID, Helga; SCHMIDT,<br />

Hans Peter; SENDELIUS, Malin; BJORN, Sara Petersen; DURHUUS,<br />

Thomas Thomasen<br />

(31) 06 0614442 (32) 20 Jul 2006 (33) GB<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000,<br />

Australia<br />

(57) Disclosed is the use <strong>of</strong> a micro-organism for the production <strong>of</strong><br />

pinosylvin, wherein said micro-organism has an operative metabolic<br />

pathway comprising at least one enzyme activity, said pathway<br />

producing pinosylvin from cinnamic acid, wherein cinnamoyl-CoA is<br />

formed from cinnamic acid in said pathway in a reaction catalysed<br />

by a 4-coumarate-CoA ligase or a citmamoyl-CoA ligase expressed in<br />

said micro-organism and said pinosylvin is produced from cinnamoyl-<br />

CoA by a stilbene synthase expressed in said micro-organism. Further<br />

disclosed is a method for producing pinosylvin comprising culturing a<br />

micro-organism cell having a pinosylvin producing metabolic pathway<br />

under pinosylvin producing conditions, wherein said pathway comprises<br />

a phenylalanine ammonia lyase (PAL) accepting phenylalanine as a<br />

substrate and producing cinnamic acid therefrom, said PAL being such<br />

that if the PAL also accepts tyrosine as a substrate and forms coumaric<br />

acid therefrom, the ratio Km, (phenylalanine) I Km, (tyrosine) for said<br />

PAL is less than 1:1 , and wherein if said micro-organism produces a<br />

cinnamate-4-hydroxylase enzyme (C4H), the ratio Kcat (PAL) I Kent<br />

(C4H) is at least 2:1.<br />

(21) 575007 (22) 15 Jun 2007<br />

(54) DISPERSANT COATED WEIGHTING AGENTS<br />

(86) PCT/US2007/071338 (87) WO2008/033591<br />

(51) IPC2012.01:C09K8/03, 02; C09K3/00; C22B43/00<br />

(71) M-I L.L.C.<br />

(72) MASSAM, Jarrod<br />

(31) 06 825156 (32) 11 Sep 2006 (33) US<br />

(31) 07 741199 (32) 27 Apr 2007 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is a method <strong>of</strong> formulating a wellbore fluid comprising:<br />

dry coating a weighting agent with a dispersant to form a sized<br />

weighting agent coated with the dispersant, wherein the dry coating<br />

comprises at least one <strong>of</strong> thermal adsorption <strong>of</strong> the dispersant onto<br />

the weighting agent, heating a sized weighting agent to a temperature<br />

sufficient to react a monomeric dispersant onto a weighting agent to<br />

form a polymer coated weighting agent, or spray drying; providing<br />

a base fluid; and adding the sized weighting agent coated with the<br />

dispersant to the base fluid; wherein the weighting agent is at least one<br />

selected from barite, calcium carbonate, dolomite, ilmenite, hematite,<br />

olivine, siderite, manganese oxide, and strontium sulfate; wherein<br />

the dispersant comprises at least one selected from polyacrylate<br />

esters, poly(meth)acrylic acid, a homopolymer or copolymer <strong>of</strong> any<br />

monomer selected from acrylic acid, itaconic acid, maleic acid or<br />

anhydride, hydroxypropyl acrylate vinylsulphonic acid, acrylamido 2propane<br />

sulphonic acid, acrylamide, styrene sulphonic acid, acrylic<br />

phosphate esters, methyl vinyl ether and vinyl acetate or salts there<strong>of</strong>,<br />

carboxylic acids <strong>of</strong> molecular weight <strong>of</strong> at least 150 Daltons such as oleic<br />

acid and polybasic fatty acids, alkylbenzene sulphonic acids, alkane<br />

sulphonic acids, linear alphaolefin sulphonic acid, phospholipids such<br />

as lecithin, including salts there<strong>of</strong> and including mixtures there<strong>of</strong>; and<br />

wherein the base fluid is at least one selected from an oleaginous fluid,<br />

a nonoleaginous fluid, or mixtures there<strong>of</strong>.<br />

(21) 575018 (22) 5 Sep 2007<br />

(54) COMPOSITIONS FOR THE TREATMENT OF ANTIBODY<br />

MEDIATED NEUROPATHIES<br />

(86) PCT/US2007/019416 (87) WO2008/030505<br />

(51) IPC2012.01:C07K16/08; A61P21/00<br />

(71) Alexion Pharmaceuticals, Inc.<br />

(72) HALSTEAD, Susan; WILLISON, Hugh; ROTHER, Russell, P.<br />

(31) 06 842296 (32) 5 Sep 2006 (33) US<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000,<br />

Australia<br />

(57) Disclosed are recombinant antibodies <strong>of</strong> human origin specific for<br />

the C5 component <strong>of</strong> the activated complement and characterised by<br />

the ability to inhibit the conversion <strong>of</strong> the C5 alpha chain to C5a and<br />

C5b. Moreover the present invention refers to the nucleotide sequences<br />

coding for such antibodies and to the therapeutic use <strong>of</strong> both polypeptide<br />

and nucleotide sequences, in particular for the therapy <strong>of</strong> diseases<br />

involving tissue damage deriving from uncontrolled activation <strong>of</strong> the<br />

complement system.<br />

(21) 575093 (22) 12 Sep 2007<br />

(54) HUMAN ANTI-FOLATE RECEPTOR ALPHA ANTIBODIES AND<br />

ANTIBODY FRAGMENTS FOR THE RADIOIMMUNOTHERAPY OF<br />

OVARIAN CARCINOMA<br />

(86) PCT/EP2007/007944 (87) WO2008/031577<br />

(51) IPC2012.01:C07K16/30<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 54


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(71) DOMPE PHA.R.MA S.P.A.; ISTITUTO NAZIONALE PER LO<br />

STUDIO E LA CURA DEI TUMORI<br />

(72) MARTIN, Franck; CATTOZZO, Margherita; MAURIZI, Giovanni; DI<br />

CIOCCIO Vito; FIGINI, Mariangela; CANEVARI, Silvana<br />

(31) 06 06019399 (32) 15 Sep 2006 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is an antibody or fragment there<strong>of</strong>, which specifically<br />

binds to folate receptor-alpha (FRa), wherein said antibody or<br />

fragment there<strong>of</strong> comprises a light chain, whose variable region<br />

comprises the complementarity-determining regions (CDRs) having the<br />

following amino acid sequences : - RASESVSFLGINLIH, QASNKDT,<br />

LQSKNFPPYT, and wherein the constant region <strong>of</strong> said light chain is a<br />

kappa constant region and a heavy chain comprising the CDRs having<br />

the following amino acid sequences DYAMI , SISSSSSYIYYADSVKG ,<br />

ERYDFWSGMDV. The medicament can be used to treat cancers.<br />

(21) 575118 (22) 30 Aug 2007<br />

(54) LOCAL TOPICAL ADMINISTRATION FORMULATIONS<br />

CONTAINING INDOXACARB AND A CRYSTALLIZATION INHIBITOR<br />

(86) PCT/US2007/019096 (87) WO2008/030385<br />

(51) IPC2012.01:A01N47/38; A01N25/02; A01P7/00<br />

(71) E. I. DU PONT DE NEMOURS AND COMPANY<br />

(72) GUERINO, Frank; FREEHAUF, Keith, Alan; SARGENT, Roger,<br />

Mervyn; O'NEIL, Peter, Andrew; SIMMONS, Robert, D.; WANG, Chen-<br />

Chao<br />

(31) 06 841846 (32) 1 Sep 2006 (33) US<br />

(74) HOULIHAN2, Level 1, 70 Doncaster Road, Balwyn North, Victoria<br />

3104, Australia<br />

(57) Provided is a local, topical, spot-on formulation for control <strong>of</strong><br />

Indoxacarb-sensitive ectoparasites on a domestic animal comprising<br />

an ectoparasitically effective amount <strong>of</strong> Indoxacarb and a veterinarily<br />

acceptable carrier; wherein the concentration <strong>of</strong> Indoxacarb in said<br />

formulation is at least 100g/L; wherein said veterinarily acceptable<br />

carrier comprises a crystallization inhibitor and a solvent; wherein said<br />

solvent is selected from the group consisting <strong>of</strong> a glycol ether and<br />

an alkyl acetate; wherein Indoxacarb-sensitive ectoparasites consist <strong>of</strong><br />

parasites, in any stage <strong>of</strong> life, that live on the outside <strong>of</strong> an animal's body;<br />

and wherein the formulation is applied to an area less than or equal to<br />

10% <strong>of</strong> the total surface area <strong>of</strong> the animal's body to effectively control<br />

i ndoxacarb-sensitive ectoparasites.<br />

(21) 575141 (22) 31 Aug 2007<br />

(54) METHOD OF ELICITING OR INDUCING AN IMMUNE RESPONSE<br />

(86) PCT/AU2007/001277 (87) WO2008/025095<br />

(51) IPC2012.01:A61K39/02, 08, 112, 118, 12, 145; A61K47/26;<br />

A61P31/04, 12, 18; A61P35/00<br />

(71) CSL Limited; THE UNIVERSITY OF MELBOURNE<br />

(72) EDWARDS, Stirling, John; PEARSE, Martin, John; SCHEERLINCK,<br />

Jean-Pierre, Yves; SUTTON, Phil<br />

(31) 06 904796 (32) 1 Sep 2006 (33) AU<br />

(74) DAVIES COLLISON CAVE-Melbourne, 1 Nicholson Street,<br />

Melbourne, Victoria, Australia<br />

(57) Disclosed is the use <strong>of</strong> a composition consisting essentially<br />

<strong>of</strong> a protein, polypeptide or peptide antigen, a saponin-based<br />

adjuvant, and optionally one or more adjuvants selected from the<br />

group consisting <strong>of</strong> liposomes, oil-in-water adjuvants, aluminium salt<br />

adjuvants, lipopolysaccharide adjuvants, oligonucleotide adjuvants and<br />

mucosal adjuvants, in the manufacture <strong>of</strong> a medicament wherein the<br />

medicament if formulated for intra-lung administration to a human or<br />

animal subject to elicit an immune response in the subject.<br />

(21) 575154 (22) 3 Oct 2007<br />

(54) LOCKABLE JOINT FOR SURGICAL TABLE COMPRISING GAS<br />

CARTRIDGE<br />

(86) PCT/EP2007/008582 (87) WO2008/040537<br />

(51) IPC2012.01:A61B19/00; F16C11/10; F16M11/14; A61B17/00, 02<br />

(71) Orion Surgical GmbH<br />

(72) FRICKE, Helmut; GRIFFITH, Lawrence, E.<br />

(31) 06 850090 (32) 6 Oct 2006 (33) US<br />

(31) 07 932127 (32) 29 May 2007 (33) US<br />

(31) 07 963699 (32) 29 Jun 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a lockable joint that includes a first arm having a<br />

swivel head which is pivotably mounted to a socket and a locking<br />

device arranged for locking the swivel head with respect to the socket.<br />

The locking device has a piston, a pressure gas source and an<br />

actuating device arranged for reversibly disconnecting the piston from<br />

the pressure gas source. The pressure gas source is a gas cartridge.<br />

(21) 575159 (22) 25 Sep 2007<br />

(54) 2-METHYLENE-(20S,25S)-19,27-DINOR-(22E)-VITAMIN D<br />

ANALOGS<br />

(86) PCT/US2007/079381 (87) WO2008/039751<br />

(51) IPC2012.01:A61P3/04; A61P29/00; A61K31/59; C07C401/00;<br />

A61P17/00, 06; A61P35/00, 02; A61P37/06<br />

(71) Wisconsin Alumni Research Foundation<br />

(72) DELUCA, Hector, F.; CLAGETT-DAME, Margaret; PLUM, Lori, A.;<br />

CHIELLINI, Grazia; GRZYWACZ, Pawel<br />

(31) 06 848805 (32) 28 Sep 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are 2-methylene-(20S,25S)-19,27-dinor-(22E)-vitamin D<br />

analogs, in particular the compound is 2-methylene-(20S,25S)-19,27dinor-(22E)-1alpha,25-<br />

dihydroxyvitamin D3. This compound can be<br />

used as an anti-cancer agent and for the treatment <strong>of</strong> skin diseases<br />

such as psoriasis as well as skin conditions such as wrinkles, slack<br />

skin, dry skin and insufficient sebum secretion. This compound also<br />

has little, if any, calcemic activity and therefore may be used to treat<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 55


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

autoimmune disorders or inflammatory diseases in humans as well<br />

as renal osteodystrophy. This compound may also be used for the<br />

treatment or prevention <strong>of</strong> obesity.<br />

(21) 575171 (22) 29 Aug 2007<br />

(54) DRUG DELIVERY SYSTEMS COMPRISING SOLID SOLUTIONS<br />

OF WEAKLY BASIC DRUGS<br />

(86) PCT/US2007/077153 (87) WO2008/027993<br />

(51) IPC2012.01:A61K9/14<br />

(71) Aptalis Pharmatech, Inc.<br />

(72) VENKATESH, Gopi; BOLTRI, Luigi; COLOMBO, Italo; LAI, Jin-wang;<br />

FLABIANI, Flavio; MAPELLI, Luigi<br />

(31) 06 841760 (32) 31 Aug 2006 (33) US<br />

(31) 06 841893 (32) 31 Aug 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is a pharmaceutical composition comprising timed pulsatile<br />

release (TPR) beads, wherein said TPR beads comprise: a solid<br />

dispersion <strong>of</strong> at least one active pharmaceutical ingredient in at<br />

least one solubility-enhancing polymer; and a TPR coating comprising<br />

a water insoluble polymer and an enteric polymer; wherein the<br />

active pharmaceutical ingredient comprises a weakly basic active<br />

pharmaceutical ingredient having a solubility <strong>of</strong> not more than 100<br />

ìg/mL at pH 6.8 and wherein the active pharmaceutical ingredient is<br />

substantially amorphous.<br />

(21) 575212 (22) 9 Oct 2007<br />

(54) TREATING SEWAGE SLUDGE BY TUMBLING AND HEATING IN<br />

DRUM MOUNTED ON WEIGHT-RESPONSIVE MEMBER<br />

(86) PCT/US2007/080785 (87) WO2008/045857<br />

(51) IPC2012.01:A61L2/04; C02F11/00; F26B11/16; F26B25/22<br />

(71) RDP TECHNOLOGIES, INC.<br />

(72) CHRISTY, Richard, W; VANBRAMER, Robert; QUICI, Michael<br />

(31) 06 539903 (32) 10 Oct 2006 (33) US<br />

(31) 07 867951 (32) 5 Oct 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) An apparatus, method and system is provided for treating sewage<br />

sludge by heating the same in a drum (D) to drive <strong>of</strong>f pathogens and/<br />

or pasteurize the sewage sludge while the material is tumbled in the<br />

drum, and with moisture gases being evaporated therefrom and drawn<br />

<strong>of</strong>f from the drum. There is provided at least one weight-responsive<br />

member (107, 108, 110, 111) on which the drum is mounted, and a<br />

control is provided connected to the one or more weight-responsive<br />

member whereby the solids content <strong>of</strong> the treated material can be<br />

determined by measuring the difference in weight <strong>of</strong> material in the<br />

container, before and after moisture is drawn <strong>of</strong>f from the material and<br />

prior to its discharge from the drum. The control is preferably effected<br />

by means <strong>of</strong> a computer.<br />

(62) Divided out <strong>of</strong> 597881<br />

(21) 575228 (22) 23 Aug 2007<br />

(54) METHODS AND APPARATUS FOR INFORMATION<br />

MANAGEMENT SYSTEMS<br />

(86) PCT/US2007/076621 (87) WO2008/024900<br />

(51) IPC2012.01:G06F15/173; H04L12/28; H04L29/08<br />

(71) Raytheon Company<br />

(72) LAIL, Joesph, Bryan<br />

(31) 06 823439 (32) 24 Aug 2006 (33) US<br />

(31) 07 843 266 (32) 22 Aug 2007 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, <strong>New</strong> Zealand<br />

(57) A method and an information management system (100) <strong>of</strong><br />

providing services from a legacy defense system (140) are disclosed.<br />

The information management system includes a communications<br />

subsystem to a defense network (150) including a plurality <strong>of</strong> nodes.<br />

The legacy defense system is not adapted to operate in conjunction with<br />

the defense network. The information management system comprises<br />

a system interface configured to connect to the legacy defense system<br />

and responsive to communications with the legacy defense system;<br />

a network interface configured to communicate with the nodes <strong>of</strong><br />

the defense network to effect communication between the legacy<br />

defense system and the defense network via the communications<br />

subsystem; and a data processing system in communication with the<br />

system interface and the network interface. The data processing system<br />

responds to a service request from a node received via the network<br />

interface by requesting a service response according to the service<br />

request from the legacy defense system via the system interface;<br />

receiving the service response from the legacy defense system via<br />

the communications subsystem; translating the service response to a<br />

format useable by the node; and transmitting the translated service<br />

response to the node via the network interface.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 56


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 575336 (22) 18 Oct 2007<br />

(54) BICYCLIC TRIAZOLES AS PROTEIN KINASE MODULATORS<br />

(86) PCT/US2007/081841 (87) WO2008/051808<br />

(51) IPC2012.01:C07D487/04; A61K31/5025, 53; A61P35/00<br />

(71) SGX PHARMACEUTICALS, INC.<br />

(72) BOUNAUD, Pierre-Yves; SMITH, Christopher Ronald; JEFFERSON,<br />

Elizabeth Anne<br />

(31) 06 862552 (32) 23 Oct 2006 (33) US<br />

(31) 06 870309 (32) 15 Dec 2006 (33) US<br />

(31) 07 913766 (32) 24 Apr 2007 (33) US<br />

(31) 07 952840 (32) 30 Jul 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are bicyclic triazole compounds<br />

such as 3-[1-(1-ethyl-azetidin-3-yl)-1H-pyrazol-4-yl]-6-(6-methyl-<br />

[1,2,4]triazolo[4,3-b]pyridazin-3-ylsulfanyl)-quinoline. The disclosed<br />

bicyclic triazole compounds are used to treat cancer.<br />

(21) 575451 (22) 12 Sep 2007<br />

(54) GENOMIC MARKER FOR MEAT TENDERNESS<br />

(86) PCT/EP2007/059585 (87) WO2008/031846<br />

(51) IPC2012.01:C12Q1/68<br />

(71) INSTITUT NATIONAL DE LA RECHERCHE AGRONOMIQUE; APIS<br />

GENE<br />

(72) BERNARD, Carine; CASSAR-MALEK, Isabelle; HOCQUETTE, Jean-<br />

Francois<br />

(31) 06 060300943 (32) 12 Sep 2006 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is method for the identification <strong>of</strong> a tender meat. The<br />

method involves the quantification <strong>of</strong> the expression level <strong>of</strong> a DNAJA1<br />

gene in a muscle sample and matching said expression level <strong>of</strong> the<br />

sample to that <strong>of</strong> a control gene wherein the lower expression level<br />

<strong>of</strong> the DNAJA 1 gene <strong>of</strong> the muscle sample with regard to that <strong>of</strong> the<br />

expression level <strong>of</strong> the control gene is an indication <strong>of</strong> the tenderness<br />

<strong>of</strong> the meat.<br />

(21) 575535 (22) 10 Sep 2007<br />

(54) A PORTABLE DEVICE FOR USE IN ESTABLISHING TRUST<br />

(86) PCT/AU2007/001337 (87) WO2008/031148<br />

(51) IPC2012.01:H04L9/00; G06F21/00<br />

(71) Commonwealth Scientific and Industrial Research Organisation<br />

(72) ZIC, John, Joseph; NEPAL, Surya<br />

(31) 06 905001 (32) 11 Sep 2006 (33) AU<br />

(74) DAVIES COLLISON CAVE-Melbourne, 1 Nicholson Street,<br />

Melbourne, Victoria, Australia<br />

(57) A process for establishing trust between a host machine and a<br />

remote machine and a portable device for use in establishing trust are<br />

disclosed. The portable device (100) includes a communications module<br />

for communicating with an untrusted host machine (102); embedded<br />

trusted data; a virtual machine module for instantiating a virtual machine<br />

on the host machine; and a security module for including a secure<br />

application in the virtual machine to perform an attestation process using<br />

the embedded trust data to authenticate the host machine to establish<br />

trust. Also disclosed is a method <strong>of</strong> producing a portable device for use<br />

in establishing trust including generating an endorsement cryptographic<br />

public/private key pair; generating an endorsement credential digital<br />

certificate using the public key <strong>of</strong> the key pair and credential data;<br />

generating an endorsement credential digital signature using the private<br />

key <strong>of</strong> the pair and the endorsement credential certificate with the<br />

endorsement key pair, endorsement credential digital certificate, digital<br />

signature and credential data being trusted data for storage in the<br />

device; embedding the trusted data in the portable device which<br />

includes a communications module for communicating with a host<br />

machine; storing in the portable device a virtual machine module for<br />

instantiating a virtual machine on a host machine; and storing in the<br />

portable device a security module for including a secure application<br />

in the virtual machine to perform an attestation process using the<br />

embedded trust data to authenticate the host machine.<br />

(21) 575631 (22) 1 Oct 2007<br />

(54) IL-17 RECEPTOR A ANTIGEN BINDING PROTEINS<br />

(86) PCT/US2007/021174 (87) WO2008/054603<br />

(51) IPC2012.01:C07K16/28; A61K39/395; A61P37/02<br />

(71) Amgen Inc.<br />

(72) TOCKER, Joel; PESCHON, Jacques, J; FITZPATRICK, David;<br />

SMOTHERS, James, F; MEHLIN, Christopher; LIM, Ai Ching<br />

(31) 06 827882 (32) 2 Oct 2006 (33) US<br />

(31) 06 873072 (32) 5 Dec 2006 (33) US<br />

(31) 07 969895 (32) 4 Sep 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an isolated human monoclonal antibody, comprising a<br />

variable heavy chain that is at least 90% identical to SEQ ID NO:14 and<br />

a variable light chain that is at least 90% identical to SEQ ID NO:40,<br />

wherein said antibody specifically binds human IL-17 receptor A and<br />

inhibits the biological activity <strong>of</strong> human IL-17A. The disclosed antibodies<br />

comprise: a. a heavy chain CDR1 comprising an amino acid sequence<br />

<strong>of</strong> X1YGIS, wherein X1 is selected from the group consisting <strong>of</strong> R, S<br />

and G; b. a heavy chain CDR2 comprising an amino acid sequence <strong>of</strong><br />

WISX1YX2GNTX3YAQX4X5QG, wherein X1 is A, X2 is N, S or K, X3 is<br />

N or K, X4 is K or N, and X5 is L or F; c. a heavy chain CDR3 comprising<br />

an amino acid sequence <strong>of</strong> X1QLX2X3DY, wherein X1 is R or K, X2 is<br />

Y, V or A, and X3 is F or L; d. a light chain CDR1 comprising an amino<br />

acid sequence <strong>of</strong> RASQSX1X2X3X4LA, wherein X1 is V or I, X2 is I or<br />

S, X3 is S or T, X4 is N or S, and X5 is A or N; e. a light chain CDR2<br />

comprising an amino acid sequence <strong>of</strong> X1X2STRAX3, wherein X1 is G<br />

or D, X2 is A or T, and X3 is T or A, and f. a light chain CDR3 comprising<br />

an amino acid sequence <strong>of</strong> QQYDX1WPLT, wherein X1 is N, T or I.<br />

(21) 575685 (22) 4 Oct 2007<br />

(54) NOVEL BENZOFURAN POTASSIUM CHANNEL BLOCKERS AND<br />

USES THEREOF<br />

(86) PCT/AU2007/001475 (87) WO2008/040057<br />

(51) IPC2012.01:C07D307/78, 79, 82, 86; A61K31/343; A61P3/10;<br />

A61P37/06<br />

(71) Bionomics Limited<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 57


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) FLYNN, Bernard, Luke; BAELL, Jonathan, B; HARVEY, Andrew, J;<br />

CHAPLIN, Jason, Hugh; PAUL, Dharam; MOULD, Jorgen, Alvar<br />

(31) 06 849488 (32) 4 Oct 2006 (33) US<br />

(74) DAVIES COLLISON CAVE-Melbourne, 1 Nicholson Street,<br />

Melbourne, Victoria, Australia<br />

(57) Disclosed is a substituted benz<strong>of</strong>uran compound <strong>of</strong><br />

formula (I) where the substituents are as disclosed in the<br />

specification. Examples <strong>of</strong> compounds <strong>of</strong> formula (I) are 5-<br />

Acetyl-4, 7 -dimethoxy-6-(3-(phenyl)propoxy)benz<strong>of</strong>uran; 5-Acetyl-4,<br />

7 -dimethoxy-6-( 4-(phenoxy)butoxyl)benz<strong>of</strong>uran and 5-Acetyl-6-<br />

(3-phenylpropoxy)benz<strong>of</strong>uran. Also disclosed is a pharmaceutical<br />

composition comprising a compound <strong>of</strong> formula (I), the use <strong>of</strong> a<br />

compound <strong>of</strong> formula (I) in the manufacture <strong>of</strong> a medicament for treating<br />

or prevention <strong>of</strong> autoimmune or chronic inflammatory diseases, or<br />

the prevention <strong>of</strong> rejection <strong>of</strong> foreign organ transplants and/or related<br />

afflictions and a method <strong>of</strong> intentionally modulating potassium ion<br />

channel activity <strong>of</strong> T-cells ex-vivo by the application <strong>of</strong> a compound <strong>of</strong><br />

formula (I) or a pharmaceutically acceptable salt there<strong>of</strong>, to said T -cells.<br />

(21) 575829 (22) 30 Aug 2007<br />

(54) SPERM CELL SEPARATION METHODS AND COMPOSITIONS<br />

CONTAINING APTAMERS OR NUCLEIC ACID SEQUENCES FOR<br />

USE THEREIN<br />

(86) PCT/US2007/077300 (87) WO2008/028081<br />

(51) IPC2012.01:A61K31/70; C07H21/02; C12Q1/68<br />

(71) Biocern, Inc.<br />

(72) OKSENBERG, David, A; KRYLOV, Sergey; MUSHEEV, Michael<br />

(31) 06 824069 (32) 30 Aug 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an isolated non-naturally occurring nucleic acid sequence<br />

that binds to a target molecule accessible from the surface <strong>of</strong> a<br />

mammalian sperm cell comprising a nucleotide sequence selected<br />

from the group consisting <strong>of</strong> SEQ ID NOS: 3-35. Further disclosed<br />

are methods <strong>of</strong> separating a mixture <strong>of</strong> mammalian sperm cells by<br />

contacting a mixture <strong>of</strong> sperm cells with a composition comprising at<br />

least one nucleic acid as described above.<br />

(62) Divided out <strong>of</strong> 597399<br />

(21) 575900 (22) 2 Oct 2007<br />

(54) NON-MUCOADHESIVE FILM DOSAGE FORMS<br />

(86) PCT/EP2007/008579 (87) WO2008/040534<br />

(51) IPC2012.01:A61K31/445; A61K9/70<br />

(71) LABTEC GESELLSCHAFT FUR TECHNOLOGISCHE<br />

FORSCHUNG UND ENTWICKLUNG MBH; APR APPLIED PHARMA<br />

RESEARCH SA<br />

(72) BREITENBACH, Armin; LEHRKE, Ingo; LEICHS, Christian;<br />

GALFETTI, Paolo<br />

(31) 06 848965 (32) 2 Oct 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed herein is a non-mucoadhesive orally disintegrating film,<br />

able to disintegrate upon contact with saliva in the buccal cavity<br />

within about sixty seconds, said film comprises ondansetron or<br />

a pharmaceutically acceptable salt there<strong>of</strong> in combination with a<br />

hydrophilic binder and a water-soluble diluent selected from the group<br />

consisting <strong>of</strong> polyvinyl alcohol, polyethylene glycol, propylene glycol,<br />

polyethylene oxide, starches, celluloses or gelatines and means for<br />

retarding absorption <strong>of</strong> said ondansetron through the oral mucosa said<br />

retarding means are selected from the group <strong>of</strong>: · an ion exchange resin,<br />

that bind the ondansetron and prevent its ionization and dissolution<br />

upon integration <strong>of</strong> the film, wherein said ion exchange resin is selected<br />

from the group consisting <strong>of</strong> polymers and copolymers <strong>of</strong> acrylic acid,<br />

methacrylic acid, sulfonated styrene, sulfonated divinylbezene, modified<br />

cellulose and dextrans, silica gel modified by the addition <strong>of</strong> ionic groups;<br />

· pH adjusting agents ionizing the ondansetron to a less permeable<br />

state, selected from the group consisting <strong>of</strong> cyclodextrin or acrylate<br />

polymers; · ondansetron in base form; wherein said retarding means<br />

result in a gastrointestinal absorption <strong>of</strong> at least 60% <strong>of</strong> said ondansetron<br />

when the film is placed on the tongue, allowed to disintegrate, and<br />

subsequently swallowed.<br />

(21) 575901 (22) 12 Sep 2007<br />

(54) ALPHAVIRUS REPLICON PARTICLES MATCHED TO PROTEIN<br />

ANTIGENS AS IMMUNOLOGICAL ADJUVANTS<br />

(86) PCT/US2007/078331 (87) WO2008/033966<br />

(51) IPC2012.01:A61K39/39, 145; C12N15/86; C12N7/04<br />

(71) ALPHAVAX, INC.<br />

(72) SMITH, Jonathan, F; HUBBY, Bolyn; COPP, Laura<br />

(31) 06 825395 (32) 12 Sep 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> an immunogenic protein and alphavirus<br />

replicon particles expressing said immunogenic protein in the<br />

manufacture <strong>of</strong> one medicament or separate medicaments to be<br />

administered to a subject for enhancing the immune response to the<br />

immunogenic protein in said subject, wherein the particles and the<br />

immunogenic protein are to be administered simultaneously and at the<br />

same location.<br />

(21) 575935 (22) 8 Oct 2007<br />

(54) TWISTED RUDDER BLADE<br />

(86) PCT/EP2007/008704 (87) WO2008/043504<br />

(51) IPC2012.01:B63H25/38<br />

(71) Mr Aloys Wobben<br />

(72) WOBBEN, Aloys; ROHDEN, Rolf; HOLTKAMP, Dirk<br />

(31) 06 06047755 (32) 6 Oct 2006 (33) DE<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) A twisted rudder blade adapted to be arranged at the stern <strong>of</strong> a ship<br />

for steering the ship. The twist <strong>of</strong> the blade at a rudder position <strong>of</strong> zero<br />

degrees is adapted to the configuration <strong>of</strong> the flow <strong>of</strong> the water resulting<br />

from a straight ahead travel <strong>of</strong> the ship through the water in the region<br />

<strong>of</strong> the respective rudder blade.<br />

(21) 576008 (22) 8 Oct 2007<br />

(54) APPARATUS FOR PARI-MUTUEL RACING GAME WITH FINISH<br />

ORDER BETTING<br />

(86) PCT/US2007/080683 (87) WO2008/043096<br />

(51) IPC2012.01:A63F13/00; G07F17/32; G06Q50/34<br />

(71) CFPH, LLC<br />

(72) ALDERUCCI, Dean, P; GELMAN, Ge<strong>of</strong>frey, M<br />

(31) 06 828516 (32) 6 Oct 2006 (33) US<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 58


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) An apparatus (500) for pari-mutuel racing game with reverse betting<br />

comprises a computing device operable to receive at least one bet<br />

that the respective participant will win the race for each <strong>of</strong> the plurality<br />

<strong>of</strong> participants in a race; <strong>of</strong>fer to bettors a bet that the plurality <strong>of</strong><br />

participants will finish the race in a potential order, in which the potential<br />

order includes a least favoured participant finishing the race first, a next<br />

least favoured participant finishing the race second, and a favoured<br />

participant finishing the race last; receive from a bettor a bet that<br />

the potential order will transpire; determine, based on the plurality <strong>of</strong><br />

received bets, a potential order in which the plurality <strong>of</strong> participants<br />

might finish the race; determine an actual order in which the plurality <strong>of</strong><br />

participants finished the race; and determine a payment amount to the<br />

bettor based on the actual order and the bettor’s bet on the potential<br />

order.<br />

(62) Divided out <strong>of</strong> 598975<br />

(21) 576016 (22) 26 Sep 2007<br />

(54) INDIVIDUAL HEALTH RECORD SYSTEM AND APPARATUS<br />

(86) PCT/US2007/079609 (87) WO2008/039880<br />

(51) IPC2012.01:G06F17/30; G06N5/02; G06F19/00<br />

(71) RALPH KORPMAN; CINDY A POST; RUBY R HILADO; W RANDAL<br />

CLEGG<br />

(72) KORPMAN, Ralph; POST, Cindy, A; HILADO, Rudy, R; CLEGG, W.<br />

Randal<br />

(31) 06 826967 (32) 26 Sep 2006 (33) US<br />

(74) <strong>Patent</strong> Attorney Services, Suite 4, 26 Ellingworth Parade, Box Hill,<br />

Victoria 3128, Australia<br />

(57) A computer based method <strong>of</strong> handling and transforming health care<br />

data and a system <strong>of</strong> processing, storing and handling health care<br />

information are disclosed. The system comprises a persistent data<br />

storage device; an information input component; a central health record<br />

component and a user interface component. The information input<br />

component is adapted to receive health care information from one<br />

or more health care information sources. The central health record<br />

component is adapted to create or modify abstract health care objects<br />

from that information. The abstract health care objects are objectoriented.<br />

The user interface component is adapted to provide access by<br />

one or more users to the system wherein the creation or modification <strong>of</strong><br />

the abstract health care objects comprises the processing <strong>of</strong> the health<br />

care information using a health care ontology.<br />

(21) 576115 (22) 9 Oct 2007<br />

(54) METHOD AND SYSTEM OF CONDUCTING AN AUCTION<br />

(86) PCT/AU2007/001528 (87) WO2008/043138<br />

(51) IPC2012.01:G06Q30/00, 08<br />

(71) CommoditiesOne Pty Ltd<br />

(72) STUART, Gavin<br />

(31) 06 905625 (32) 10 Oct 2006 (33) AU<br />

(31) 06 850967 (32) 10 Oct 2006 (33) US<br />

(74) DAVIES COLLISON CAVE - Sydney, Level 14, 255 Elizabeth Street,<br />

Sydney, <strong>New</strong> South Wales, Australia<br />

(57) A system (300) for conducting an auction having a plurality <strong>of</strong> online<br />

bidders and a site bidder (340) comprises a plurality <strong>of</strong> client processing<br />

systems (320) used by a respective plurality <strong>of</strong> online bidders (330)<br />

and the below described server processing system (310). A server<br />

processing system for conducting an auction having a plurality <strong>of</strong> online<br />

bidders and a site bidder is disclosed. The server processing system<br />

is in data communication with a respective client processing system for<br />

each online bidder and configured to receive one or more online bids<br />

from one <strong>of</strong> the plurality <strong>of</strong> online bidders for acceptance prior to a first<br />

event via the respective client processing system; restrict online bids<br />

from being accepted from the plurality <strong>of</strong> online bidders in the auction in<br />

response to the first event whilst the site bidder is able to place an onsite<br />

bid in the auction; and allowing one or more <strong>of</strong> the plurality <strong>of</strong> online<br />

bidders to submit one or more online bids in response to a second event<br />

occurring after the first event. Each online bidder is able to submit more<br />

than one online bid to compete in the auction.<br />

(21) 576132 (22) 26 Oct 2007<br />

(54) ANTIBODIES AND IMMUNOCONJUGATES AND USES<br />

THEREFOR<br />

(86) PCT/US2007/082726 (87) WO2008/052187<br />

(51) IPC2012.01:A61K39/395; A61P35/00; C12N5/10; A61K47/48;<br />

A61K51/10; C07K16/30; C12N15/13<br />

(71) GENENTECH, INC.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 59


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) DENNIS, Mark, S; RUBINFELD, Bonnee; POLAKIS, Paul;<br />

JAKOBOVITS, Aya<br />

(31) 06 863295 (32) 27 Oct 2006 (33) US<br />

(31) 06 868707 (32) 5 Dec 2006 (33) US<br />

(31) 07 921300 (32) 30 Mar 2007 (33) US<br />

(31) 07 937857 (32) 29 Jun 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a humanized antibody that binds to STEAP-1 and<br />

immunoconjugates there<strong>of</strong>. Also disclosed is a method <strong>of</strong> detecting<br />

STEAP-1 and the use <strong>of</strong> the antibody and immunoconjugates in the<br />

manufacture <strong>of</strong> a medicament for treating cancer.<br />

(21) 576195 (22) 10 Oct 2007<br />

(54) COMPLEMENT INHIBITION FOR IMPROVED NERVE<br />

REGENERATION<br />

(86) PCT/NL2007/050490 (87) WO2008/044928<br />

(51) IPC2012.01:A61K38/08, 10, 17; A61K39/395; A61K31/19, 245, 727;<br />

A61P25/00; A61K45/06<br />

(71) ACADEMISCH ZIEKENHUIS BIJ DE UNIVERSITEIT VAN<br />

AMSTERDAM<br />

(72) BAAS, Frank; RAMAGLIA, Valeria<br />

(31) 06 850277 (32) 10 Oct 2006 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed are medicaments used for treating conditions that require<br />

axonal regeneration, e.g. in mammals affected by injury or disease<br />

<strong>of</strong> the central or peripheral nervous system. The medicaments used<br />

in these methods facilitate axonal regeneration by inhibition <strong>of</strong> the<br />

complement system. Conditions requiring axonal regeneration that may<br />

be treated in accordance with the invention include physical injuries as<br />

well as neurodegenerative disorders <strong>of</strong> the peripheral or central nervous<br />

system.<br />

(21) 576223 (22) 10 Oct 2007<br />

(54) INTRA-MAMMARY TEAT SEALANT FORMULATION AND<br />

METHOD OF USING SAME TO REDUCE OR ELIMINATE VISUAL<br />

DEFECTS IN AGED CHEESES<br />

(86) PCT/US2007/080911 (87) WO2008/045920<br />

(51) IPC2012.01:A61K33/30, 00, 24; A61K45/06; A61P15/14; A61P31/04<br />

(71) Wisconsin Alumni Research Foundation<br />

(72) RANKIN, Scott, A<br />

(31) 06 850572 (32) 10 Oct 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is a method <strong>of</strong> forming a physical barrier in the teat canal <strong>of</strong><br />

a non-human animal and simultaneously preventing black spot defect in<br />

dairy products made with milk from the animal, the method comprising:<br />

infusing an amount <strong>of</strong> a teat seal formulation into the teat canal <strong>of</strong><br />

the animal, wherein the teat seal formulation comprises a bismuthfree,<br />

non-toxic amount <strong>of</strong> titanium dioxide, zinc oxide, barium sulphate,<br />

combinations there<strong>of</strong>.<br />

(62) Divided out <strong>of</strong> 597141<br />

(21) 576226 (22) 24 Oct 2007<br />

(54) PATIENT INCLINE DEVICE WITH A CENTERLINE SPINAL<br />

SUPPORT<br />

(86) PCT/US2007/022621 (87) WO2008/057239<br />

(51) IPC2012.01:A61G7/10, 07<br />

(71) Patient Transfer Systems, Inc<br />

(72) WEEDLING, Robert, E; WEEDLING, James, E<br />

(31) 06 855874 (32) 1 Nov 2006 (33) US<br />

(31) 06 860044 (32) 20 Nov 2006 (33) US<br />

(31) 07 732184 (32) 3 Apr 2007 (33) US<br />

(74) Mallesons Stephen Jaques, Level 50 Bourke Place, 600 Bourke<br />

Street, Melbourne, VIC 3000, Australia<br />

(57) A patient incline device 10 includes an incline ramp 12 and a<br />

centreline spinal support 14 located on a base member 12. The incline<br />

ramp 12 supports the upper torso and head <strong>of</strong> a patient such that the<br />

upper torso and head are elevated with respect to the base member<br />

12. The centreline support 14 is located adjacent the inline ramp 12 for<br />

contact with a central portion <strong>of</strong> the patient's back located adjacent the<br />

spine to elevate the central back portion. The width <strong>of</strong> the spinal support<br />

14 is less than that <strong>of</strong> the incline ramp 12 to define lateral spaces along<br />

opposite sides <strong>of</strong> the centreline support 14 to receive the arms and side<br />

portions <strong>of</strong> the patient for lateral extension <strong>of</strong> the chest wall.<br />

(21) 576242 (22) 5 Oct 2007<br />

(54) STABILIZED PROSTAGLANDIN E COMPOSITION<br />

(86) PCT/US2007/021374 (87) WO2008/045309<br />

(51) IPC2012.01:A61K31/19, 20, 201, 5575; A61K9/08<br />

(71) Nexmed Holdings, Inc.<br />

(72) FRANK, Daniel, W; WANG, Yiping<br />

(31) 06 546196 (32) 11 Oct 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a storage stable prostaglandin E group composition<br />

which comprises: (a) a prostaglandin E group compound (such as<br />

alprostadil); (b) a (C1-C4)-alkyl (C8-C22) carboxylic ester (such as<br />

ethyl laurate); (c) an N,N-di(C1-C8) alkylamino substituted, (C4-C18)<br />

alkyl (C2-C18)carboxylic ester, a pharmaceutically acceptable addition<br />

salt there<strong>of</strong>, or a combination there<strong>of</strong> (such as dodecyl 2-(N,Ndimethylamino)-propionate<br />

- DDAIP); and (d) optionally, a viscosity<br />

enhancing agent (such as guar gum); the composition containing no<br />

more than 0.5 percent by weight <strong>of</strong> a C1-C4 alcohol.<br />

(21) 576248 (22) 18 Oct 2007<br />

(54) Valve actuator for a container containing a pressurized fluid<br />

(86) PCT/EP2007/061173 (87) WO2008/046897<br />

(51) IPC2012.01:B65D83/14, 16<br />

(71) GLAXOSMITHKLINE CONSUMER HEALTHCARE GMBH & CO KG<br />

(72) KRAEMER, Hans; GEIBERGER, Christoph<br />

(31) 06 0620943 (32) 20 Oct 2006 (33) GB<br />

(31) 06 0624674 (32) 11 Dec 2006 (33) GB<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) A valve actuator 10 for a container containing a pressurised fluid and<br />

having an operable valve via which the fluid is dispensed, comprises<br />

a mounting 11 attachable to the container, a control part 20 moveably<br />

mounted on the mounting, the control part 20 incorporating a valve<br />

operator 21 operably connectable to the valve when the mounting 11<br />

is attached to the container, and incorporating an outlet conduit via<br />

which fluid may flow from the valve to an outlet opening, the control part<br />

20 being moveable in a first direction to operate the valve to release<br />

fluid from the container, and being moveable in a second direction after<br />

use to thereby operate the valve to cease the flow <strong>of</strong> fluid, a variable<br />

volume post-expansion chamber 24 provided in communication with the<br />

outlet conduit via an expansion opening 27 and in which residual fluid<br />

remaining in the outlet conduit after use can expand, and a variable<br />

volume suction chamber 212 in communication with the outlet conduit<br />

via a suction opening which is more constricted relative to the flow <strong>of</strong><br />

the fluid than is the expansion opening 27. The volume <strong>of</strong> the variable<br />

volume post expansion chamber 24 and the suction chamber 212 are<br />

reduced on movement <strong>of</strong> the control part 20 in the first direction and<br />

increased on movement <strong>of</strong> the control part 20 in the second direction<br />

such that the increase in volume <strong>of</strong> the suction chamber 212 creates an<br />

air pressure which is less than atmospheric. This reduced pressure is<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 60


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

communicated via the suction opening to the outlet conduit to thereby<br />

suck residual fluid in the outlet conduit back from the outlet opening.<br />

(21) 576259 (22) 14 Sep 2007<br />

(54) METHOD AND SYSTEM FOR CROSS-ISSUER REGISTRATION<br />

OF TRANSACTION CARDS<br />

(86) PCT/US2007/078537 (87) WO2008/034083<br />

(51) IPC2012.01:G06Q20/24<br />

(71) VISA International Service Association<br />

(72) SHEETS, John, Foxe<br />

(31) 06 825733 (32) 15 Sep 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) A computer implemented method <strong>of</strong> providing cross-issuer<br />

registration <strong>of</strong> transaction cards issued by the same association and a<br />

system <strong>of</strong> providing cross-issuer registration <strong>of</strong> transaction cards issued<br />

by an issuer are disclosed. The system comprises an Internet server<br />

means for receiving a registration code sent from a client representing<br />

a transaction card holder. The registration code is associated with the<br />

transaction card and an issuer there<strong>of</strong>. The system also comprises<br />

an Internet server means for determining the issuer <strong>of</strong> the transaction<br />

card based on at least a portion <strong>of</strong> the registration code; an Internet<br />

server means for transmitting the registration code to the issuer <strong>of</strong> the<br />

transaction card and an Internet server means for receiving account<br />

information sent from the issuer. The account information is associated<br />

with the registration code and with the transaction card. The system<br />

further comprises an Internet server means for transmitting for delivery<br />

to and display by the client representing the transaction card holder<br />

<strong>of</strong> at least a portion <strong>of</strong> the account information and a description <strong>of</strong><br />

one or more services in which to enroll the transaction card holder; an<br />

Internet server means for receiving a verification value corresponding<br />

to the account information and being sent from the client representing<br />

the transaction card holder; an Internet server means for determining<br />

if the verification value is valid; and an Internet server means, if<br />

the verification value is valid, for receiving a selection <strong>of</strong> the one or<br />

more services in which to enroll sent from the client representing the<br />

transaction card holder. The selected one or more services applies<br />

to multiple the transaction cards issued by the issuer that were each<br />

issued to the transaction card holder. A computer implemented method<br />

<strong>of</strong> providing cross-issuer registration <strong>of</strong> transaction cards issued by the<br />

same association is also disclosed where account setup information<br />

sent from a client representing a transaction card holder is received via<br />

a website facilitated by an Internet server system. A registration code<br />

sent from a client representing a transaction card holder is received via<br />

the website facilitated by the Internet server system. The registration<br />

code is associated with the transaction card and an issuer there<strong>of</strong>,<br />

includes a digest created by a hashing algorithm performed upon a<br />

Primary Account Number (PAN) for the transaction card less the bank<br />

identification number (BIN) and includes an issuer code corresponding<br />

to the issuer <strong>of</strong> the transaction card. The issuer <strong>of</strong> the transaction card<br />

based on at least a portion <strong>of</strong> the registration code is determined via the<br />

website facilitated by the Internet server system. The registration code to<br />

the issuer <strong>of</strong> the transaction card is transmitted via the website facilitated<br />

by the Internet server system. Account information sent from the issuer<br />

is received via the website facilitated by the Internet server system. The<br />

account information is associated with the registration code and with<br />

the transaction card; cannot be determined from the registration code;<br />

includes an account identifier; and is in encrypted form. At least a portion<br />

<strong>of</strong> the account information; and a description <strong>of</strong> one or more services in<br />

which to enroll the transaction card holder is transmitted via the website<br />

facilitated by the Internet server system, for delivery to and display by<br />

the client representing the transaction card holder. A transaction Card<br />

Verification Value (CVV) for the transaction card that corresponds to the<br />

account information is receiving via the website facilitated by the Internet<br />

server system and is sent from the client representing the transaction<br />

card holder. If the verification value is valid is determined via the website<br />

facilitated by the Internet server system and if the verification value is<br />

valid a selection <strong>of</strong> the one or more services in which to enroll sent from<br />

the client representing the transaction card holder is received via the<br />

website facilitated by the Internet server system. The selected one or<br />

more services applies to multiple the transaction cards <strong>of</strong>fered by the<br />

issuer that were each issued to the transaction card holder and to each<br />

which the registration code is also associated.<br />

(21) 576260 (22) 8 Nov 2007<br />

(54) GLUCAGON-LIKE-PEPTIDE-2 (GLP-2) ANALOGUES comprising<br />

one <strong>of</strong> more substitutions as compared to h[Gly2]GLP-2<br />

(86) PCT/GB2007/004273 (87) WO2008/056155<br />

(51) IPC2012.01:C07K14/605; A61K38/26<br />

(71) Zealand Pharma A/S<br />

(72) LARSEN, Bjarne Due; PETERSEN, Yvette Miata<br />

(31) 06 01456 (32) 8 Nov 2006 (33) DK<br />

(31) 06 859313 (32) 15 Nov 2006 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) GLP-2 analogues are disclosed which comprise one <strong>of</strong> more<br />

substitutions as compared to h[Gly2]GLP-2 and which may have<br />

the property <strong>of</strong> an increased small intestine/colon and stomach/colon<br />

selectivity. More particularly, preferred GLP-2 analogues disclosed<br />

herein comprise substitutions at one or more <strong>of</strong> positions (11, 16, 20, 24)<br />

and/or (28) <strong>of</strong> the wild-type GLP-2 sequence, optionally in combination<br />

with further substitutions at position (2) and one or more <strong>of</strong> positions (3,<br />

5, 7), and (10), and/or a deletion <strong>of</strong> one or more <strong>of</strong> amino acids (31) to<br />

(33) and/or the addition <strong>of</strong> a N-terminal or C-terminal stabilizing peptide<br />

sequence. The analogues are particularly useful for the prophylaxis or<br />

treatment <strong>of</strong> stomach and bowel-related disorders and for ameliorating<br />

side effects <strong>of</strong> chemotherapy.<br />

(62) Divided out <strong>of</strong> 597554<br />

(21) 576355 (22) 19 Oct 2007<br />

(54) PROCESS FOR MAKING CRYSTALLINE ANHYDROUS<br />

DOCETAXEL<br />

(86) PCT/US2007/022309 (87) WO2008/051465<br />

(51) IPC2012.01:A01N43/02; A61K31/335<br />

(71) ScinoPharm Singapore PTE, Ltd.<br />

(72) LIAO, Yuan-xiu; HO, Meng-fen; CHEN, Shu-ping; LIN, Chia-ning; LIN,<br />

Yu-li; HSIAO, Tsung-yu<br />

(31) 06 853341 (32) 20 Oct 2006 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is crystalline N-debenzoyl-N-tert-butoxycarbonyl-10deacetyl<br />

taxol trihydrate. Also disclosed is a process <strong>of</strong> producing<br />

docetaxel trihydrate comprising a) combining docetaxel and acetonitrile;<br />

b) heating the mixture <strong>of</strong> step (a) to about 30-45 degrees C; c) adding<br />

water to the mixture <strong>of</strong> the heated mixture <strong>of</strong> step b); d) cooling the<br />

mixture <strong>of</strong> c) to about 10-300 degrees C to obtain a slurry; and e) filtering,<br />

washing, and drying the slurry <strong>of</strong> step (d) to obtain docetaxel trihydrate.<br />

(62) Divided out <strong>of</strong> 598961<br />

(21) 576402 (22) 22 May 2007<br />

(54) Method for producing titanium by reducing titanium tetrachloride in an<br />

arc furnace in a vacuum<br />

(86) PCT/LV2007/000002 (87) WO2008/039047<br />

(51) IPC2012.01:C22B34/12; F27B3/08, 19<br />

(71) Ervins Blumbergs; Baltic Titan Limited<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 61


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) BLUMBERGS, Ervins<br />

(31) 06 P 111 (32) 25 Sep 2006 (33) LV<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) A method and device for the continuous production <strong>of</strong> metallic titanium<br />

and metallic titanium alloys by the metallothermic reduction <strong>of</strong> titanium<br />

tetrachloride is disclosed. The method characterized in that the reaction<br />

<strong>of</strong> titanium tetrachloride reduction by the reducing agent and the melting<br />

<strong>of</strong> obtained spongy titanium are conducted simultaneously in vacuum<br />

in an electric-arc furnace. The device for continuous producing metallic<br />

titanium or metallic titanium alloy is characterized in that to accomplish<br />

the reaction <strong>of</strong> reduction <strong>of</strong> titanium tetrachloride by the reducing agent<br />

in vacuum with simultaneous melting <strong>of</strong> spongy titanium for producing<br />

metallic titanium or its alloy. The reactor is executed in the form <strong>of</strong><br />

electric-arc furnace (1), which is connected with the vacuum pump (14)<br />

and is supplied with consumable electrode (6), which functions as a<br />

cathode. The anode is the liquid bath <strong>of</strong> titanium or titanium alloy, which<br />

is located in the cooled crystallizer (11) at the upper part <strong>of</strong> dummy bar<br />

(12), to which voltage is supplied.<br />

(21) 576408 (22) 16 Oct 2007<br />

(54) P-TOLUENE SULFONIC ACID SALT OF 5-AMINO-3-(2'-O-<br />

ACETYL-3'-DEOXY-Beta-D-RIBOFURANOSYL)-3H-THIAZOLE [4, 5-<br />

D] PYRIMIDINE-2-ONE AND METHODS FOR PREPARATION<br />

(86) PCT/US2007/081526 (87) WO2008/140549<br />

(51) IPC2012.01:A01N43/78; A61K31/425<br />

(71) Anadys Pharmaceuticals Inc<br />

(72) KUCERA, David; HALEY, Gregory, J; RUEDEN, Erik, J; WANG,<br />

Tingmin; BLATTER, Fritz; VIERTELHAUS, Martin<br />

(31) 06 852002 (32) 17 Oct 2006 (33) US<br />

(31) 07 899405 (32) 5 Feb 2007 (33) US<br />

(31) 07 953597 (32) 2 Aug 2007 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed herein is p-toluene sulfonic acid salt<br />

<strong>of</strong> 5-amino-3-(2’-O-acetyl-3’-deoxy-â-D-rib<strong>of</strong>uranosyl)-3H-thiazolo[4,5d]pyrimidin-2-one,<br />

methods for its preparation, compositions comprising<br />

said acid salt and uses there<strong>of</strong> in the manufacture <strong>of</strong> a medicament for<br />

treating Hepatitis B virus infection, Hepatitis C virus infection, a tumor<br />

or cancer in a patient.<br />

(21) 576425 (22) 23 Oct 2007<br />

(54) FUSED BICYCLIC DERIVATIVES OF 2,4-DIAMINOPYRIMIDINE AS<br />

ALK AND C-MET INHIBITORS<br />

(86) PCT/US2007/022496 (87) WO2008/051547<br />

(51) IPC2012.01:C07D405/12, 14; C07D417/12, 14; A61K31/495;<br />

A61P35/00; C07D403/12, 14; C07D413/12; C07D239/48<br />

(71) Cephalon, Inc<br />

(72) AHMED, Gulzar; BOHNSTEDT, Adolph; BRESLIN, Henry, Joseph;<br />

BURKE, Jason; CURRY, Matthew, A; DIEBOLD, James, L; DORSEY,<br />

Bruce; DUGAN, Benjamin, J; FENG, Daming; GINGRICH, Diane,<br />

E; GUO, Tao; HO, Koc-Kan; LEARN, Keith, S; LISKO, Joseph, G;<br />

LIU, Rong-Qiang; MESAROS, Eugen, F; MILKIEWICZ, Karen; OTT,<br />

Gregory, R; PARRISH, Jonathan; THEROFF, Jay, P; THIEU, Tho,<br />

V; TRIPATHY, Rabindranath; UNDERINER, Theodore, L; WAGNER,<br />

Jason, C; WEINBERG, Linda; WELLS, Gregory, J; YOU, Ming;<br />

ZIFICSAK, Craig, A<br />

(31) 06 853562 (32) 23 Oct 2006 (33) US<br />

(74) Watermark <strong>Patent</strong> and Trade Marks Attorneys, Level 2, 302 Burwood<br />

Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed herein are fused bicyclic 2,4-diaminopyrimidine derivatives<br />

<strong>of</strong> formula I, wherein the substituents are as defined within the<br />

specification, processes for their preparation, compositions comprising<br />

said compounds and uses there<strong>of</strong>. Said compounds are useful as<br />

Anaplastic Lymphoma Kinase (ALK) and c-MET inhibitors and as<br />

such are useful in the treatment <strong>of</strong> proliferative disorders such as<br />

colon cancer, breast cancer, renal cancer, lung cancer, hemangioma,<br />

anaplastic large cell lymphoma, inflammatory my<strong>of</strong>ibroblastic tumor,<br />

squamous cell carcinoma, myeloid leukaemia, melanoma, glioblastoma<br />

and astrocytoma.<br />

(21) 576428 (22) 3 Nov 2007<br />

(54) DIAGNOSIS OF METASTATIC MELANOMA AND MONITORING<br />

INDICATORS OF IMMUNOSUPPRESSION THROUGH BLOOD<br />

LEUKOCYTE MICROARRAY ANALYSIS<br />

(86) PCT/US2007/083555 (87) WO2008/100352<br />

(51) IPC2012.01:G06F19/00; C12Q1/68; G11C17/00<br />

(71) BAYLOR RESEARCH INSTITUTE<br />

(72) PALUCKA, Anna, Karolina; BANCHEREAU, Jacques, F;<br />

CHAUSSABEL, Damien<br />

(31) 06 856406 (32) 3 Nov 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Provided is a method <strong>of</strong> identifying a subject with melanoma<br />

comprising: determining a level <strong>of</strong> expression <strong>of</strong> one or more melanoma<br />

expression vectors in a previously obtained sample, wherein a level<br />

<strong>of</strong> expression is determined using at least one technique selected<br />

from the group consisting <strong>of</strong> polymerase chain reaction, heteroduplex<br />

analysis, single stand conformational polymorphism analysis, ligase<br />

chain reaction, comparative genome hybridization, southern blotting,<br />

northern blotting, western blotting, enzyme-linked immunosorbent<br />

assay, fluorescent resonance energy-transfer and sequencing; and<br />

displaying each <strong>of</strong> the melanoma expression vectors with a separate<br />

identifier, wherein the one or more melanoma expression vectors<br />

comprise three or more genes. Further provided are corresponding<br />

microarrays for diagnosis.<br />

(62) Divided out <strong>of</strong> 588574<br />

(21) 576500 (22) 19 Oct 2007<br />

(54) A RAT TRAP<br />

(86) PCT/DK2007/000449 (87) WO2008/046424<br />

(51) IPC2012.01:A01M27/00<br />

(71) PAF HOLDING APS<br />

(72) FRITZBOGER, Preben<br />

(31) 06 01357 (32) 19 Oct 2006 (33) DK<br />

(31) 06 678687 (32) 26 Feb 2007 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) A rat trap comprising a plate with a first side and a second side and<br />

with a number <strong>of</strong> through-going openings from the first to the second<br />

side; a number <strong>of</strong> spikes secured to an anchoring plate, said anchoring<br />

plate being arranged on the first side <strong>of</strong> said plate, and wherein each<br />

spike is adapted to the individual openings in the plate to the effect that a<br />

spike is able to slide through such opening from the first side <strong>of</strong> the plate<br />

to the second side <strong>of</strong> the plate; an energy supply; a release mechanism;<br />

a sensor adapted to detect the presence <strong>of</strong> a rat within the reach <strong>of</strong><br />

the spikes on the second side <strong>of</strong> the plate; a firing mechanism which is<br />

capable <strong>of</strong> ejecting one or more <strong>of</strong> these spikes through the openings<br />

when the presence <strong>of</strong> a rat is detected by the sensor, characterised<br />

in that the rat trap further comprises a withdrawal mechanism which,<br />

following a given period <strong>of</strong> time, withdraws the spikes through the<br />

openings in the plate, whereby the plate serves as stop means and<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

hence releases a rat spiked by one or more spikes, said plate with a first<br />

side and a second side and with a number <strong>of</strong> through-going openings<br />

from the first to the second side is constituted <strong>of</strong> a member adapted to<br />

engage a sewer pipe.<br />

(21) 576522 (22) 15 Nov 2007<br />

(54) PUTTING AN ABSORBENT MATERIAL AND LIQUID SETTABLE<br />

MATERIAL INTO CABLE GLAND<br />

(86) PCT/IB2007/054655 (87) WO2008/059455<br />

(51) IPC2012.01:H02G3/18; H05K5/06<br />

(71) PRATLEY INVESTMENTS (PROPRIETARY) LIMITED<br />

(72) PRATLEY, Kimleigh George Montague<br />

(31) 06 09508 (32) 15 Nov 2006 (33) ZA<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A method <strong>of</strong> forming a seal 62 between and around conductors<br />

12A, 12B and 12C <strong>of</strong> an electrical power cable 10 that has particular<br />

application as a safety measure in potentially explosive applications,<br />

includes passing the conductors 12A, 12B and 12C through an opening<br />

in a body 26 such as a cable entry gland so as to define a cavity within<br />

the body between and around the conductors, introducing an absorbent<br />

material 64 and a liquid settable material 66 into the cavity, and allowing<br />

the settable material 66 to be absorbed by the absorbent material 64 and<br />

to set thereby to seal the cavity between and around the conductors.<br />

The absorbent material may be in the form <strong>of</strong> powder, granules or fibres<br />

and the settable material may be an acrylic or epoxy resin with a reaction<br />

catalysed by the absorbent material and which fuses, during setting,<br />

with the insulation <strong>of</strong> the cable conductors.<br />

(21) 576591 (22) 26 Oct 2007<br />

(54) CANCER SUSCEPTIBILITY VARIANTS ON CHR8Q24.21<br />

(86) PCT/IS2007/000019 (87) WO2008/050356<br />

(51) IPC2012.01:C12Q1/68<br />

(71) deCODE genetics efh<br />

(72) GUDMUNDSSON, Julius; SULEM, Patrick; KONG, Augustine;<br />

MANOLESCU, Andrei; AMUNDADOTTIR, Laufey<br />

(31) 06 068560 (32) 27 Oct 2006 (33) IS<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Provided is a method <strong>of</strong> diagnosing a susceptibility to prostate cancer<br />

in a human individual, comprising detecting in the individual at least<br />

one allele <strong>of</strong> one or more polymorphic marker, within a specific genomic<br />

region <strong>of</strong> human chromosome 8 with a specified sequence, selected<br />

from the group consisting <strong>of</strong> DNA marker rs16901979, and markers in<br />

linkage disequilibrium therewith, wherein different alleles <strong>of</strong> the one or<br />

more marker are associated with different susceptibilities to prostate<br />

cancer, and determining a susceptibility to prostate cancer from the<br />

presence or absence <strong>of</strong> the at least one allele. Further disclosed are<br />

corresponding oligonucleotides as diagnostic reagents.<br />

(21) 576606 (22) 25 Oct 2007<br />

(54) NOVEL TETRACYCLIC INHIBITORS OF CYSTEINE PROTEASES,<br />

THE PHARMACEUTICAL COMPOSITIONS THEREOF AND THEIR<br />

THERAPEUTIC APPLICATIONS<br />

(86) PCT/IB2007/003209 (87) WO2008/053301<br />

(51) IPC2012.01:C07D487/04; A61P35/00; A61P25/00; A61P33/00;<br />

A61K31/41, 4196, 53<br />

(71) HYBRIGENICS SA<br />

(72) GUEDAT, Philippe; JACQ, Xavier; COLLAND, Frederic;<br />

DAVIET, Laurent; FORMSTECHER, Etienne; RAIN, Jean-Christophe;<br />

COLOMBO, Matteo<br />

(31) 06 06291686 (32) 30 Oct 2006 (33) EP<br />

(31) 06 554056 (32) 30 Oct 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided are tetracyclic inhibitors <strong>of</strong> cysteine proteases <strong>of</strong><br />

Formula (I), with defined substituents. An exemplary compound is<br />

3-Methyl-1,2,3a,4,10-pentaaza-cyclo-penta[b]fluoren-9-one O-methyloxime.<br />

The compounds can be used for various diseases, including<br />

cancers, inflammations, cardiovascular diseases and viral diseases.<br />

(21) 576650 (22) 7 Nov 2007<br />

(54) Machine having swappable tools for different tasks covered by a<br />

housing rotatable to different positions for different tasks<br />

(86) PCT/EP2007/009616 (87) WO2008/055660<br />

(51) IPC2012.01:E01H5/04; A01D42/00, 08, 04, 02<br />

(71) Andrew Manson Lau<br />

(72) LAU, Andrew, Manson<br />

(31) 06 06016981 (32) 7 Nov 2006 (33) DE<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) A combination device (1) for carrying out various work tasks, such<br />

as cutting snow, mowing, scarifying or soil breaking is disclosed. The<br />

device has a plurality <strong>of</strong> interchangeable work implements (60) whose<br />

respective design is tailored to the respective work task. A basic frame<br />

is provided in which the work implement is fixed and driven in rotation.<br />

The installed work implement is partially enclosed by a housing (23)<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

extending parallel to the axis <strong>of</strong> rotation <strong>of</strong> the work implement. In order<br />

to tailor the combination device optimally to the respective work task,<br />

provision is made for the housing (23) to be able to rotate about an axis<br />

parallel to the axis <strong>of</strong> rotation <strong>of</strong> the respective work implement (60) and<br />

to be fastened in various operating positions.<br />

(21) 576734 (22) 25 Oct 2007<br />

(54) Cool drying <strong>of</strong> gas by passing the gas through a heat exchanger<br />

(86) PCT/BE2007/000116 (87) WO2008/055322<br />

(51) IPC2012.01:B01D53/26; B01D5/00; F25B49/02; G05D23/19<br />

(71) ATLAS COPCO AIRPOWER, NAAMLOZE VENNOOTSCHAP<br />

(72) VAN DIJCK, Wouter, Denis, Ann; VAN NEDERKASSEL, Frederic,<br />

Daniel, Rita<br />

(31) 06 060544 (32) 10 Nov 2006 (33) BE<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Method for cool drying gas, in particular air containing water vapour,<br />

where the gas is led through the secondary part <strong>of</strong> a heat exchanger<br />

2, whose primary part is the evaporator <strong>of</strong> a cooling circuit which also<br />

comprises a compressor 6 that is driven by a motor 5, a condenser 7,<br />

and an expansion means between the outlet <strong>of</strong> the condenser 7and the<br />

inlet <strong>of</strong> the above-mentioned evaporator. First the temperature or the<br />

dew point is measured in the environment <strong>of</strong> the place where, when cool<br />

drying, the temperature <strong>of</strong> the gas to be dried is the lowest. Then when<br />

the decrease <strong>of</strong> the lowest measured gas temperature or the dew point<br />

over a predetermined period <strong>of</strong> time amounts to less than a preset value<br />

the cooling circuit is switched <strong>of</strong>f.<br />

(21) 576736 (22) 5 Nov 2007<br />

(54) Pitch and stickies control in pulp and papermaking processes using<br />

a combinantion <strong>of</strong> a lipase and a nonionic polymeric detackifier<br />

(86) PCT/US2007/023290 (87) WO2008/057492<br />

(51) IPC2012.01:D21C9/08; D21H17/26; D21H21/02<br />

(71) HERCULES INCORPORATED<br />

(72) CAREY, William, S; XU, Zu-Feng<br />

(31) 06 856996 (32) 6 Nov 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for inhibiting the deposition <strong>of</strong> one or more<br />

organic contaminants in pulp and papermaking systems. The method<br />

comprises treating one or both <strong>of</strong> the pulp or the process equipment<br />

surfaces in a pulp and papermaking system with an effective inhibiting<br />

amount <strong>of</strong> a combination <strong>of</strong>: 1) one or more lipases; and 2) one or more<br />

non-ionic polymeric detackifiers, wherein the one or more non-ionic<br />

polymeric detackifiers comprise hydrophobically modified hydroxyethyl<br />

cellulose ether or a poly[vinyl acetate] having from about 50% to 100%<br />

hydrolysis <strong>of</strong> the acetate groups to hydroxyl groups. Also disclosed is<br />

a composition for inhibiting the deposition <strong>of</strong> organic contaminants on<br />

process equipment surfaces in pulp and papermaking systems. The<br />

composition comprises one or more lipases and one or more non-ionic<br />

polymeric detackifiers, wherein the one or more non-ionic polymeric<br />

detackifiers comprise hydrophobically modified hydroxyethyl cellulose<br />

ether or a poly[vinyl acetate] having from about 50% to 100% hydrolysis<br />

<strong>of</strong> the acetate groups to hydroxyl groups.<br />

(21) 576880 (22) 11 Oct 2007<br />

(54) A post support for a ground spike made from folded sheet metal with<br />

reinforcement ribs<br />

(86) PCT/CA07/001814 (87) WO2008/046200<br />

(51) IPC2012.01:B21D21/00; B21K25/00; E04H12/22; B23P15/00;<br />

E02D5/74, 80<br />

(71) Peak Innovations Inc.<br />

(72) WALKER, Simon; ZHU, Jianzhong<br />

(31) 2573995 (32) 16 Jan 2007 (33) CA<br />

(31) 2563135 (32) 11 Oct 2006 (33) CA<br />

(74) Peak Innovations Inc., 203 - 11782 Hammersmith Way, Richmond<br />

BC V7A 5E2, Canada<br />

(57) A metal post support ground spike (40) is disclosed. The support<br />

includes a post receiving socket (50), and a flat plate (60). The flat plate<br />

is welded to at least two <strong>of</strong> the four walls <strong>of</strong> the post receiving socket.<br />

The post support may also comprise a blades portion (41) welded to<br />

the flat plate. The blades portion, post receiving socket and flat plate<br />

may all have reinforcement lines (46, 47, 55) stamped therein and may<br />

comprise metals <strong>of</strong> varying thickness and rigidity. The flat plate may<br />

comprise the thickest and most rigid metal, whereas the post receiving<br />

socket and/or the blades may be made from a thinner and/or less rigid<br />

metal. Clamps in the form <strong>of</strong> tabs (56) may assist to hold a post in the<br />

socket by the use <strong>of</strong> fasteners passing through holes (58) and being<br />

tightened.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 64


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 576923 (22) 24 Oct 2007<br />

(54) A stopper cap with a multilayer joint for a bottle neck and a method<br />

for making such<br />

(86) PCT/FR2007/001759 (87) WO2008/056057<br />

(51) IPC2012.01:B32B27/08; B65D41/04; B65D53/04; B67B3/12, 18<br />

(71) AMCOR FLEXIBLES CAPSULES FRANCE<br />

(72) GRANGER, Jacques; BOURREAU, Jean Marie<br />

(31) 06 0609289 (32) 24 Oct 2006 (33) FR<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a stopper cap (1'), having an axial direction (10'),<br />

comprising a shell (2'), with a head (20') a skirt (21') and a seal (3)<br />

arranged in the shell. The stopper cap is configured to tightly seal the<br />

neck <strong>of</strong> a recipient by axially and laterally compressing the seal between<br />

the cap and the neck. The seal is a shaped seal having a center part with<br />

an inner surface configured to face the recipient. The shaped seal is a<br />

multilayer seal comprising at least a resilient layer and a set <strong>of</strong> adjacent<br />

layers. The adjacent layer comprising at least a layer made <strong>of</strong> a material<br />

to form a barrier against the diffusion <strong>of</strong> gases, a malleable support layer,<br />

and an outer layer made <strong>of</strong> plastic material.<br />

(21) 577058 (22) 4 May 2007<br />

(54) COMPOSITIONS AND METHODS FOR TREATING A NEOPLASM<br />

(86) PCT/US2007/068300 (87) WO2008/073509<br />

(51) IPC2012.01:A61K39/395; A61P35/00<br />

(71) GENENTECH, INC.<br />

(72) MASS, Robert, D; PLOWMAN, Gregory, D<br />

(31) 06 874460 (32) 11 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Use <strong>of</strong> an antagonist anti-VEGF antibody in the manufacture <strong>of</strong> a<br />

medicament for treating multiple myeloma in a patient relapsed from or<br />

refractory to bortezomib therapy.<br />

(62) Divided out <strong>of</strong> 598825<br />

(21) 577150 (22) 14 Dec 2007<br />

(54) IMIDAZOPYRIDINE INHIBITORS OF IAP<br />

(86) PCT/US2007/087532 (87) WO2008/079735<br />

(51) IPC2012.01:C07D471/04; A61K31/437, 4188; A61P35/00<br />

(71) GENENTECH, INC.<br />

(72) KOEHLER, Michael F.T.<br />

(31) 06 870821 (32) 19 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are 2-(imidazo[1,2-a]pyridin-2-yl)pyrrolidine derivatives as<br />

represented by the general formula (I), wherein: X1 and X2 are each<br />

independently O or S; Y is CH2; Z is H, alkyl, a carbocycle or a<br />

heterocycle which may be substituted; Q is H, halogen, hydroxyl,<br />

carboxyl, amino, nitro, cyano, alkyl, a carbocycle or a heterocycle;<br />

wherein said alkyl, carbocycle and heterocycle may be substituted; R1,<br />

R3’, R4’, R5, R6 and R6’ are each hydrogen; R2 is morpholino or<br />

cyclohexyl; R3 and R4 are methyl; R7 is H, cyano, hydroxyl, mercapto,<br />

halogen, nitro, carboxyl, amidino, guanidino, alkyl, a carbocycle, a<br />

heterocycle or -U-V; R8 is H, alkyl, a carbocycle or a heterocycle wherein<br />

one or more CH2 or CH groups <strong>of</strong> said alkyl is optionally replaced<br />

with -O-, -S-, -S(O)-, S(O)2, or -C(O)-; and said alkyl, carbocycle and<br />

heterocycle is optionally substituted; and m is 0 to 4; or a salt or<br />

stereoisomer there<strong>of</strong>. Representative compounds include those where<br />

the 2-(imidazo[1,2-a]pyridin-2-yl)pyrrolidine moiety is substituted on the<br />

1-position with N-methyl-L-alanine-L-cyclohexylglycine or N-methyl-Lalanine-L-morpholin-4-ylglycine.<br />

Further disclosed is a pharmaceutical<br />

composition which comprises a compound as defined above and a<br />

carrier, diluent or excipient for the treatment <strong>of</strong> cancer.<br />

(62) Divided out <strong>of</strong> 598446<br />

(21) 577209 (22) 20 Dec 2007<br />

(54) ACYLAMINOPYRAZOLES AS Fibroblast Growth Factor Receptor<br />

INHIBITORS<br />

(86) PCT/GB2007/004917 (87) WO2008/075068<br />

(51) IPC2012.01:C07D487/04; A61P35/00; C07D403/12; C07D413/12;<br />

A61K31/415; C07D231/40; C07D471/04; C07D405/06; C07D409/12;<br />

C07D401/06, 12, 14<br />

(71) ASTRAZENECA AB<br />

(72) FOOTE, Kevin, Michael; THEOCLITOU, Maria-Elena; THOMAS,<br />

Andrew, Peter; BUTTAR, David<br />

(31) 06 871190 (32) 21 Dec 2006 (33) US<br />

(31) 07 985542 (32) 5 Nov 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are acylaminopyrazole compounds according to<br />

the structure <strong>of</strong> Formula I, wherein A is a substituted<br />

aryl group and B comprises an aryl or heteroaryl ring<br />

bonded to a heterocycle. Specific examples <strong>of</strong> compounds <strong>of</strong><br />

Formula I include: N-[5-[2-(3,5-dimethoxyphenyl)ethyl]-2H-pyrazol-3yl]benzamide,<br />

N-[5-[2-(3,5-dimethoxyphenyl)ethyl]-2H-pyrazol-3-yl]-4-<br />

(3,5-dimethylpiperazin-1-yl)benzamide, 4-(4-Cyclobutylpiperazin-1-yl)-<br />

N-[5-[(3,5-dimethoxyphenyl)methoxy]-2H-pyrazol-3-yl]benzamide, and<br />

N-[5-[2-(3,5-dimethoxyphenyl)ethyl]-2H-pyrazol-3-yl]-2-(4-methyl-3oxopiperazin-1-yl)pyrimidine-5-carboxamide,<br />

The disclosed<br />

compounds are used in the treatment <strong>of</strong> cancer and other therapies<br />

involving the production <strong>of</strong> a fibroblast growth factor receptor inhibitory<br />

effect.<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 577284 (22) 20 Nov 2007<br />

(54) AN AEROSOL DEVICE<br />

(86) PCT/GB2007/004432 (87) WO2008/062172<br />

(51) IPC2012.01:B65D83/14; A61M15/00<br />

(71) Cipla Limited<br />

(72) LULLA, Amar; RAO, Xerxes<br />

(31) 1914/MUM/2006 (32) 20 Nov 2006 (33) IN<br />

(31) 1635/MUM/2007 (32) 24 Aug 2007 (33) IN<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Provided is an aerosol device comprising a container with an opening<br />

at one end, a valve assembly supported within the container, and<br />

sealing means for providing a seal between the valve assembly and the<br />

container, and a cap member for retaining the valve assembly in the<br />

container, said cap member being separate from said sealing means;<br />

wherein said seal is provided between the outside <strong>of</strong> the valve assembly<br />

and the inside <strong>of</strong> the container and the cap member is secured to the<br />

outside <strong>of</strong> the container. The sealing may be made by crimping or by<br />

snap-fitting.<br />

(21) 577318 (22) 30 Oct 2007<br />

(54) NOVEL COMPOUNDS WITH AFFINITY FOR AMYLOID<br />

(86) PCT/JP2007/071121 (87) WO2008/059714<br />

(51) IPC2012.01:C07D471/04; A61K51/00<br />

(71) Nihon Medi-Physics Co., Ltd.<br />

(72) TANIFUJI, Shigeyuki; NAKAMURA, Daisaku; TAKASAKI, Shinya;<br />

OKUMURA, Yuki<br />

(31) 06 311203 (32) 17 Nov 2006 (33) JP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are imidazo-pyridine compounds represented by general<br />

formulae (1), (2), (3) and (4). Examples <strong>of</strong> the compounds<br />

include 6-tributylstannyl-2-(4'-fluorophenyl)imidazo[1,2-a]pyridine and<br />

2-(4'iodophenyl)-6-methoxyimidazo[1,2-a]pyridine. The compounds are<br />

used in the diagnosis <strong>of</strong> Alzheimer’s disease.<br />

(21) 577348 (22) 20 Dec 2007<br />

(54) INHIBITORS OF POLY(ADP-RIBOSE)POLYMERASE<br />

(86) PCT/US2007/088319 (87) WO2008/083027<br />

(51) IPC2012.01:A01N43/58; A61K31/495, 50; C07D237/32; C07D403/10<br />

(71) ABBOTT LABORATORIES<br />

(72) GANDHI, Viraj B; GIRANDA, Vincent L; GONG, Jianchun; PENNING,<br />

Thomas D; ZHU, Gui-dong<br />

(31) 06 882317 (32) 28 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a poly(ADP-ribose)polymerase compound <strong>of</strong><br />

formula (Ik), wherein the substituents are as defined within<br />

the specification. An example <strong>of</strong> a compound <strong>of</strong> formula<br />

(Ik) includes 1-(2-fluoro-5-((4-oxo-3,4,5,6,7,8-hexahydrophthalazin-1yl)methyl)phenyl)pyrrolidine-2,5-dione.<br />

Further disclosed is a<br />

pharmaceutical composition comprising a compound <strong>of</strong> formula (Ik), and<br />

the use <strong>of</strong> a compound <strong>of</strong> formula (Ik) for treating cancer and reducing<br />

tumour volume.<br />

(62) Divided out <strong>of</strong> 598352<br />

(21) 577467 (22) 16 Nov 2007<br />

(54) COMBINATION OF PEMIROLAST AND A STATIN FOR USE IN THE<br />

TREATMENT OF INFLAMMATORY DISORDERS<br />

(86) PCT/GB2007/004408 (87) WO2008/074975<br />

(51) IPC2012.01:A61P9/00; A61P29/00; A61P37/00; A61K31/366, 22, 40,<br />

405, 47, 505, 517; A61K45/06<br />

(71) CARDOZ AB<br />

(72) RAUD, Johan<br />

(31) 06 875377 (32) 18 Dec 2006 (33) US<br />

(31) 07 000743 (32) 29 Oct 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A combination or kit there<strong>of</strong> comprising (A) pemirolast and (b) a statin<br />

selected from rosuvastatin and atorvastatin. The combination can be<br />

used to treat inflammatory conditions in particular: migraine, asthma,<br />

chronic obstructive pulmonary disease, Crohn’s disease, multiple<br />

sclerosis, psoriasis, rheumatoid arthritis, systemic lupus erythematosus,<br />

ulcerative cololitis or a cardiovascular disease. In particular the<br />

cardiovascular disease is atherosclerosis or an associated disorder<br />

selected from aortic aneurysm, arteriosclerosis, peripheral arterial<br />

occlusive disease, a coronary artery disease, a coronary disease,<br />

plaque rupture, atheroma rupture, vascular disease, arterial disease,<br />

ischemic disease, ischemia and stroke.<br />

(21) 577472 (22) 16 Oct 2007<br />

(54) RFID LABEL WITH COUPLING ANTENNA AND CARRIER FILM<br />

(86) PCT/EP2007/008948 (87) WO2008/055579<br />

(51) IPC2012.01:G06K19/077; H01L23/498; H01Q1/22<br />

(71) BIELOMATIK LEUZE GMBH + CO. KG<br />

(72) BOHN, Martin; NITSCHKO, Harry; SCHAFFRATH, Kai<br />

(31) 10 2006 052 517.5 (32) 6 Nov 2006 (33) DE<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a self-adhesive label (1) made <strong>of</strong> an RFID chip (3) and<br />

a coupling antenna (4) on a carrier film (5). The RFID chip (3) is fixed<br />

directly onto and galvanically connected to the coupling antenna (4).<br />

The RFID chip (3) and coupling antenna (4) are arranged in a plane<br />

with the carrier film (5). The underside <strong>of</strong> the label (1) has an adhesive<br />

layer covered by a strippable web- or sheet-type separating material.<br />

This layer is located on the carrier film (5). The thicknesses <strong>of</strong> the carrier<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 66


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

film (5) and adhesive layer are set so that, when the label (1) is attached<br />

to an additional RFID antenna (6), the coupling antenna (4) and the<br />

additional RFID antenna (6) are inductively coupled. The label (1) can<br />

be attached to the additional RFID antenna (6) by adhesive bonding<br />

using the adhesive layer.<br />

(21) 577511 (22) 16 Aug 2007<br />

(54) 2-Phenyl-imidazo[1,2-a]pyridine derivatives substituted with a<br />

radioactive halogen substituent<br />

(86) PCT/JP2007/065955 (87) WO2008/065785<br />

(51) IPC2012.01:C07D471/04; A61K49/04; A61K31/437, 4188<br />

(71) Nihon Medi-Physics Co., Ltd.<br />

(72) TANIFUJI, Shigeyuki; NAKAMURA, Daisaku; TAKASAKI, Shinya;<br />

OKUMURA, Yuki<br />

(31) 06 324701 (32) 30 Nov 2006 (33) JP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are 2-phenyl-imidazo[1,2-a]pyridine derivatives as<br />

represented by the following formula (1), or a salt there<strong>of</strong>: wherein:<br />

all <strong>of</strong> A1, A2, A3 and A4 represent carbons, R1 is a radioactive<br />

halogen substituent; R2 is a group selected from the group consisting<br />

<strong>of</strong> hydrogen, cyano, hydroxyl, methoxy, or is a carboxyl, amino,<br />

N-methylamino or N,N-dimethylamino group; p is an integer <strong>of</strong> 0<br />

to 2. Further disclosed are representative compounds <strong>of</strong> formula<br />

(1) such as 2-(4’-ethoxyphenyl)-6-[123I]iodoimidazo[1,2-a]pyridine, 2-<br />

[4’-(2-hydroxyethoxy)phenyl]-6-[125I]iodoimidazo[1,2-a]pyridine, 2-[4’-<br />

(3-hydroxypropoxy)phenyl]-6-[131I]iodoimidazo[1,2-a]pyridine. Further<br />

disclosed is a diagnostic agent for Alzheimer’s disease, which<br />

comprises a compound as defined above, or a salt there<strong>of</strong>.<br />

(21) 577563 (22) 5 Feb 2008<br />

(54) METHOD FOR CONFIGURING THE LINK MAXIMUM<br />

TRANSMISSION UNIT (MTU) IN A USER EQUIPMENT (UE)<br />

(86) PCT/SE2008/050142 (87) WO2008/115124<br />

(51) IPC2012.01:H04L12/46; H04W28/16; H04L29/06<br />

(71) TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)<br />

(72) KUNINGAS, Tarmo<br />

(31) 07 0700725 (32) 22 Mar 2007 (33) SE<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A user equipment (UE) is adapted to connect to a System Architecture<br />

Evolution / Long Term Evolution (SAE/LTE) radio network. The UE<br />

comprising means for receiving data. The means for receiving data<br />

comprises the link maximum transmission unit (MTU) supported by the<br />

SAE/LTE network. The means comprises one <strong>of</strong> means for receiving<br />

the link MTU in a Non Access Stratum (NAS) message and means for<br />

receiving the link MTU in a Radio Resource Control (RRC) message.<br />

A method <strong>of</strong> configuring the link maximum transmission unit (MTU) in<br />

a user equipment (UE) adapted to connect to an System Architecture<br />

Evolution / Long Term Evolution (SAE/LTE) radio network and a node<br />

in a System Architecture Evolution/Long Term Evolution (SAE/LTE)<br />

radio network is disclosed. The node comprises means for signalling<br />

the MTU supported by the SAE/LTE network to a User Equipment (US)<br />

connected to the network. The means comprises one <strong>of</strong> means for<br />

signalling the link MTU in a Non Access Stratum (NAS) message and<br />

means for signalling the link MTU in a Radio Resource Control (RRC)<br />

message.<br />

(21) 577601 (22) 28 Nov 2006<br />

(54) An ocean power generator using the relitive motion <strong>of</strong> to nuetraly<br />

bouyant parts to generate electricity<br />

(86) PCT/IT2006/000825 (87) WO2008/065684<br />

(51) IPC2012.01:F03B13/20<br />

(71) 40SOUTH ENERGY LIMITED<br />

(72) GRASSI, Michele<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A wave energy converter apparatus is disclosed. The apparatus<br />

has at least two members (1, 2) mutually connected by connection<br />

means (4) and movable for allowing the mutual displacement <strong>of</strong> the<br />

members (1, 2) in response to waves in the water where the apparatus<br />

is placed. The apparatus further comprising energy conversion means<br />

(6) for converting the motion <strong>of</strong> the connection means (4) into electric<br />

energy, and means for storing and/or transporting elsewhere the energy<br />

produced. The members (1, 2) are non-floating, completely submerged<br />

members making the apparatus, taken as a whole, neutrally buoyant.<br />

Means is provided for keeping the position <strong>of</strong> each one <strong>of</strong> the submerged<br />

members substantially at rest with respect to the surrounding water with<br />

which they are in direct contact, so that the members (1, 2) will move<br />

under the wave action substantially in the same way as an undisturbed<br />

water particle placed in the same region, the at least two submerged<br />

members (1, 2) being mutually spaced by the connection means (4)<br />

so as to assume respective positions affected differently by the water<br />

motion induced by the waves.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 67


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 577603 (22) 10 Dec 2007<br />

(54) PROCESS FOR THE PREPARATION OF PIPERAZINYL AND<br />

DIAZEPANYL BENZAMIDE DERIVATIVES<br />

(86) PCT/US2007/086936 (87) WO2008/076685<br />

(51) IPC2012.01:C07D241/04; A61P25/00; A61K31/4965, 5377;<br />

C07D403/10; C07D413/10; C07D401/10<br />

(71) JANSSEN PHARMACEUTICA N.V.<br />

(72) CHOUDHURY, Anusuya; GRIMM, Jeffrey S.; SORGI, Kirk L.;<br />

PALMER, David; LIU, Jing<br />

(31) 60/870003 (32) 14 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a process for the preparation <strong>of</strong> formula (Ia) or a<br />

pharmaceutically acceptable salt, ester, tautomer, solvate or amide<br />

there<strong>of</strong>, wherein reacting a compound <strong>of</strong> formula (Xa) with a compound<br />

<strong>of</strong> formula (XIa) in the presence <strong>of</strong> a peptide coupling agent, in an<br />

organic solvent or mixture <strong>of</strong> organic solvents, to yield the corresponding<br />

compound <strong>of</strong> formula (Ia). Further disclosed is a process for the<br />

preparation <strong>of</strong> formula (Ib) or a pharmaceutically acceptable salt, ester,<br />

tautomer, solvate or amide there<strong>of</strong>, wherein reacting a compound <strong>of</strong><br />

formula (Xb) with a compound <strong>of</strong> formula (XIb) in the presence <strong>of</strong> a<br />

peptide coupling agent, in an organic solvent or mixture <strong>of</strong> organic<br />

solvents, to yield the corresponding compound <strong>of</strong> formula (Ib).<br />

(21) 577674 (22) 16 Nov 2007<br />

(54) System for dealing with duress transactions at e.g. an ATM<br />

(86) PCT/IB2007/054676 (87) WO2008/059464<br />

(51) IPC2012.01:G06Q20/00, 40<br />

(71) NET 1 UEPS TECHNOLOGIES, INC.<br />

(72) BELAMANT, Serge, Christian, Pierre<br />

(31) 06 09535 (32) 16 Nov 2006 (33) ZA<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) An electronic financial transaction system and a method <strong>of</strong> controlling<br />

an electronic financial transaction are disclosed. The system includes an<br />

identifier designation determining means for determining a designation<br />

<strong>of</strong> an identifier supplied by a prospective transactor in accordance<br />

with his circumstances; and a response means for implementing a<br />

predetermined response according to the designation <strong>of</strong> the identifier, in<br />

which the designation is "normal" or "duress" and in which the "duress"<br />

designation is "low duress", "medium duress" or "high duress". The<br />

response implemented can be to permit a normal suite <strong>of</strong> transactions<br />

if the designation <strong>of</strong> the identifier is "normal" or not to permit any<br />

transaction and to activate a duress procedure if the designation <strong>of</strong><br />

the identifier is "duress" such as freezing the transactor's account or<br />

to permit predefined limited transactions and the duress procedure<br />

includes alerting duress personnel. The identifier is a code or a biometric<br />

such as a fingerprint.<br />

(21) 577676 (22) 15 Nov 2007<br />

(54) Authorising payments at a remote terminal by acquiring and<br />

transmitting account and biometric data<br />

(86) PCT/IB2007/054659 (87) WO2008/059458<br />

(51) IPC2012.01:G06Q20/00; G06K9/00; G07F7/10; G07G1/12<br />

(71) NET 1 UEPS TECHNOLOGIES, INC.<br />

(72) BELAMANT, Serge Christian Pierre<br />

(31) 06 09537 (32) 16 Nov 2006 (33) ZA<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a system (11) for facilitating a financial transaction<br />

between a prospective transactor and a transactee. The system<br />

includes an identity and account verifying facility for verifying the identity<br />

<strong>of</strong> the prospective transactor and an account the prospective transactor<br />

has with a financial institution. The identity and account verifying facility<br />

is operated by an independent verifier and includes a storage means<br />

(20) which stores a biometric identifier <strong>of</strong> the prospective transactor and<br />

details <strong>of</strong> at least one account held by the transactor at the financial<br />

institution. The details <strong>of</strong> the account(s) have been checked by the<br />

financial institution. The identity and account verifying means further<br />

includes a receiving means (38) for receiving a biometric identifier and<br />

account details <strong>of</strong> a prospective transactor from a transactee, wherein<br />

the biometric identifier is verified by comparison with the corresponding<br />

biometric identifier stored against the account details. The identity and<br />

account verifying facility is also provided with a communicating means<br />

for communicating with the financial institution to confirm details <strong>of</strong> the<br />

account(s) with the relevant financial institution and a replying means<br />

(42) for replying to a transactee in response to a request to verify the<br />

biometric identifier and account details <strong>of</strong> the prospective transactor.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 68


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 577694 (22) 6 Dec 2007<br />

(54) METHODS AND SYSTEMS FOR ACCESS CONTROL USING A<br />

NETWORKED TURNSTELE<br />

(86) PCT/US2007/086651 (87) WO2008/070781<br />

(51) IPC2012.01:G06Q10/08; G07C9/02<br />

(71) Ticketmaster L.L.C.<br />

(72) DENKER, Dennis; HIROSE, Shigeki; WALL, Jonathan, Scott<br />

(31) 07 873324 (32) 7 Dec 2006 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) A method <strong>of</strong> controlling venue access and a computer controlled<br />

turnstile system are disclosed. The turnstile system comprises a<br />

turnstile, including a computer interface; and a computer system<br />

coupled to the turnstile and to user terminals. The computer system<br />

includes program code configured to receive an order from a user for a<br />

plurality <strong>of</strong> admissions to an event; associate the plurality <strong>of</strong> admissions<br />

with a single first ticket; provide a user interface via which the user<br />

can re-associate a first quantity <strong>of</strong> the plurality <strong>of</strong> admissions with a<br />

second ticket; store in memory information related to the re-association;<br />

at least partly in response to information obtained from the second<br />

ticket at a venue associated with the event, access the information and<br />

enable the turnstile to admit a number <strong>of</strong> persons that corresponds<br />

to the first quantity. The order is received from a user terminal; Also<br />

disclosed is a networked access control system comprising a network<br />

interface configured to receive user communications over a network and<br />

to receive ticket data read from tickets via a ticket reader located at an<br />

event venue; and program code stored in a computer readable medium,<br />

configured to receive a request for a first plurality <strong>of</strong> admissions for an<br />

event from a user; cause, at least in part, a user interface to be presented<br />

via which the user can associate a second plurality <strong>of</strong> admissions, which<br />

is a first subset <strong>of</strong> the first plurality <strong>of</strong> admissions, with a first ticket, and<br />

a second subset <strong>of</strong> the first plurality <strong>of</strong> admissions with a second ticket;<br />

store a definition <strong>of</strong> the first subset and the second subset received from<br />

the user; receive data from a ticket reader corresponding to the first<br />

ticket; use the first ticket data read from the first ticket to determine how<br />

many admissions are associated with the first ticket; and at least in part<br />

enable a number <strong>of</strong> people that correspond to the determination as how<br />

many admissions are associated with the first ticket to gain admission<br />

to the event.<br />

(21) 577698 (22) 22 Nov 2007<br />

(54) Ampoules comprising an elongated neck portion which prevents<br />

suspended particles within the liquid from reaching the head <strong>of</strong> the<br />

ampoule<br />

(86) PCT/GB2007/004476 (87) WO2008/062203<br />

(51) IPC2012.01:A61J1/06<br />

(71) Breath Ltd<br />

(72) MCAFFER, Ian, Gardener, Cameron; TASKO, Peter, Ernest<br />

(31) 06 0623320 (32) 22 Nov 2006 (33) GB<br />

(31) 07 0709273 (32) 15 May 2007 (33) GB<br />

(74) CULLEN & CO, Level 32, 239 George Street, Brisbane, QLD 4001,<br />

Australia<br />

(57) Disclosed is an ampoule, comprising: a body comprising a reservoir<br />

for up to 50ml <strong>of</strong> liquid; a removable head portion comprising a bulb;<br />

and a neck portion, linking the body to the head portion, comprising<br />

a channel through which liquid in the reservoir can exit the ampoule<br />

when the head portion has been removed, wherein the neck portion<br />

comprises a trap to prevent suspended particles in the liquid which have<br />

settled from reaching the head portion, and wherein the bulb is in fluid<br />

communication with the channel <strong>of</strong> the neck portion.<br />

(21) 577767 (22) 18 Dec 2007<br />

(54) Use <strong>of</strong> Lactobacillus amylovorus cells in the manufacture <strong>of</strong><br />

a medicament for improving or preventing periodontal disease by<br />

promoting IGA production<br />

(86) PCT/JP2007/074321 (87) WO2008/075685<br />

(51) IPC2012.01:A61K35/74; A61P37/04<br />

(71) Calpis Co., Ltd.<br />

(72) HACHIMURA, Satoshi; KANZATO, Hiroki; FUJIWARA, Shigeru<br />

(31) 06 344233 (32) 21 Dec 2006 (33) JP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> Lactobacillus amylovorus cells in the<br />

manufacture <strong>of</strong> a medicament for improving or preventing periodontal<br />

disease by promoting IGA production.<br />

(21) 577798 (22) 21 Dec 2007<br />

(54) 5-CYANO-4- (PYRROLO [2, 3B] PYRIDINE-3-YL) -PYRIMIDINE<br />

DERIVATIVES USEFUL AS PROTEIN KINASE INHIBITORS<br />

(86) PCT/US2007/026190 (87) WO2008/079346<br />

(51) IPC2012.01:A61K31/506, 551; A61P35/00; A61P9/00; A61P11/06;<br />

A61P37/00, 08; A61P5/00; A61P29/00; A61P25/00, 28; A61P3/00;<br />

A61P19/00; A61P43/00<br />

(71) VERTEX PHARMACEUTICALS, INC.<br />

(72) MORTIMORE, Michael; YOUNG, Stephen, Clinton; EVERITT,<br />

Simon, Robert, Lorrie; KNEGTEL, Ronald; PINDER, Joanne, Louise;<br />

RUTHERFORD, Alistair, Peter; DURRANT, Steven; BRENCHLEY,<br />

Guy; CHARRIER, Jean, Damien; O'DONNELL, Michael<br />

(31) 06 876307 (32) 21 Dec 2006 (33) US<br />

(31) 07 922291 (32) 6 Apr 2007 (33) US<br />

(31) 07 947707 (32) 3 Jul 2007 (33) US<br />

(31) 07 989014 (32) 19 Nov 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a 5-CYANO-4- (PYRROLO [2, 3B] PYRIDINE-3-YL) -<br />

PYRIMIDINE and derivatives that are useful as protein kinase inhibitors.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 69


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 577825 (22) 8 Jan 2008<br />

(54) SUBSTITUTED SPIROCHROMANONE DERIVATIVES AS ACC<br />

INHIBITORS<br />

(86) PCT/US2008/000221 (87) WO2008/088688<br />

(51) IPC2012.01:C07D491/10; A61K31/438; A61P3/00; C07D495/04<br />

(71) BANYU PHARMACEUTICAL CO., LTD.; MERCK SHARP & DOHME<br />

CORP.<br />

(72) IINO, Tomoharu; JONA, Hideki; SHIBATA, Jun; SHIMAMURA,<br />

Tadashi; YAMAKAWA, Takeru; YANG, Lihu<br />

(31) 07 880302 (32) 12 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are spirochromanone derivatives represented<br />

by formula (I). An example <strong>of</strong> a compound <strong>of</strong> formula<br />

(I) is 1-[(1-Ethyl-4-methoxy-1H-benzimidazol-6-yl)carbonyl]-6-(1Htetrazol-5-yl)spiro[chroman-2,4'-piperidine<br />

]-4-one. The compounds are<br />

used to treat metabolic syndrome, fatty liver, hyperlipemia, obesity,<br />

diabetes, bulimia, malignant neoplasm and infectious diseases.<br />

(21) 577846 (22) 23 Nov 2007<br />

(54) POWER SUPPLY MONITORING SYSTEM<br />

(86) PCT/AU2007/001810 (87) WO2008/061321<br />

(51) IPC2012.01:H02H3/00; H02H11/00; G01D7/00<br />

(71) Jemena Asset Management (6) Pty Ltd<br />

(72) EDWARDS, Karl, Nathan<br />

(31) 06 906590 (32) 24 Nov 2006 (33) AU<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) A system and method for detecting one or more predetermined<br />

fault conditions associated with the supply <strong>of</strong> AC electrical power to<br />

a consumer, where the supply has an active conductor and a neutral<br />

conductor with the neutral conductor connected to earth, is disclosed.<br />

The system comprises: a first current detector associated with the<br />

active conductor; a second current detector associated with the neutral<br />

conductor; means to determine a current ratio <strong>of</strong> a first current detected<br />

by the first current detector and a second current detected by the second<br />

current detector; a voltage detector to detect voltage between the active<br />

conductor and the neutral conductor; and a contactor switch in the active<br />

conductor.<br />

(21) 577863 (22) 21 Dec 2007<br />

(54) SUBSTITUTED ACETOPHENONES USEFUL AS PDE4<br />

INHIBITORS<br />

(86) PCT/DK2007/000564 (87) WO2008/077404<br />

(51) IPC2012.01:C07D213/61; A61P31/00; A61P35/00; C07D413/12;<br />

A61P29/00; A61K31/44, 4427; C07D417/12; A61P25/00<br />

(71) LEO Pharma A/S<br />

(72) FELDING, Jakob; NIELSEN, Simon, Feldbaek<br />

(31) 06 871689 (32) 22 Dec 2006 (33) US<br />

(31) 07 945470 (32) 21 Jun 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are substituted acetophenone compounds <strong>of</strong> formula I<br />

and pharmaceutically acceptable esters, pharmaceutically acceptable<br />

salts, hydrates, N-oxides or solvates there<strong>of</strong>, wherein the<br />

substituents are as described within the specification. Examples<br />

<strong>of</strong> compounds <strong>of</strong> formula I include: 2-(3,5-Dichloro-pyridin-4-yl)-1-<br />

(2-hydroxy-3,4-dimethoxy-phenyl)-ethanone; and {6-[2-(3,5-Dichloropyridin-4-yl)-acetly]-2,3-dimethoxy-phenoxy}-acetic<br />

acid ethyl ester.<br />

Further disclosed is a pharmaceutical composition comprising a<br />

compound <strong>of</strong> formula I, and the use <strong>of</strong> a compound <strong>of</strong> formula I in<br />

the manufacture <strong>of</strong> a medicament for the prophylaxis, treatment or<br />

amelioration <strong>of</strong> dermal diseases or conditions, or acute or chronic<br />

cutaneous wound disorders. Also disclosed is a method <strong>of</strong> preventing,<br />

treating or ameliorating dermal diseases or conditions, or acute or<br />

chronic cutaneous wound disorders in a non-human animal.<br />

(21) 577877 (22) 21 Nov 2007<br />

(54) Method and apparatus for connecting perpendicular reinforcing bars<br />

(86) PCT/US2007/085379 (87) WO2008/064307<br />

(51) IPC2012.01:B23P19/04; E04C5/16<br />

(71) Jon R. Kodi<br />

(72) KODI, Jon R<br />

(31) 06 860434 (32) 21 Nov 2006 (33) US<br />

(31) 07 622674 (32) 12 Jan 2007 (33) US<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 70


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(31) 07 911401 (32) 12 Apr 2007 (33) US<br />

(31) 07 778174 (32) 16 Jul 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an apparatus and method for connecting bars. The<br />

apparatus includes a clip string having a terminal clip. The clip string<br />

has a plurality <strong>of</strong> connected clips. Each clip has a downwardly open<br />

lower seat, a downwardly open upper seat oriented transversely to the<br />

lower seat, and an upwardly open upper seat oriented parallel to the<br />

lower seat. The apparatus includes a barrel having a clip receiving<br />

cavity and an open distal end. The terminal clip is received in the<br />

clip receiving cavity with the downwardly open lower seat and the<br />

downwardly open upper seat open toward the open distal end <strong>of</strong> the<br />

barrel. The apparatus further includes a hammer received in the barrel.<br />

The hammer reciprocates longitudinally within the barrel for contacting<br />

and expelling the terminal clip from the barrel.<br />

(62) Divided out <strong>of</strong> 598794<br />

(21) 577878 (22) 27 Dec 2006<br />

(54) OPTICAL FIBRE MANAGEMENT SYSTEM<br />

(86) PCT/GB2006/004906 (87) WO2008/078058<br />

(51) IPC2012.01:G02B6/44<br />

(71) PRYSMIAN CABLES & SYSTEMS LIMITED<br />

(72) HUBBARD, Paul; HINES, George; SMITH, Christopher; GRIFFITHS,<br />

Ian<br />

(74) DAVIES COLLISON CAVE - Sydney, Level 14, 255 Elizabeth Street,<br />

Sydney, <strong>New</strong> South Wales, Australia<br />

(57) Disclosed is an optical fibre management assembly (100) which<br />

includes a supporting element (2); at least one splice tray (4) mounted<br />

on the supporting element; and at least one distributing element (6)<br />

for routing the optical fibres through the assembly. The assembly is<br />

pivotable about a first axis <strong>of</strong> the distributing element and the at least<br />

one splice tray is pivotable about a second axis which is perpendicular<br />

to the first axis.<br />

(21) 577910 (22) 10 Jan 2008<br />

(54) PROCESS FOR PREPARING 5-BIPHENYL-4-AMINO-2-METHYL<br />

PENTANOIC ACID<br />

(86) PCT/EP2008/000142 (87) WO2008/083967<br />

(51) IPC2012.01:C07C227/22, 16, 32; C07C271/22; C07D207/26, 267,<br />

27, 277, 28, 38, 44; C07F7/18; C07C229/34; C07D227/02; C07C269/06<br />

(71) Novartis AG<br />

(72) HOOK, David; RUCH, Thomas; RISS, Bernhard; WIETFELD,<br />

Bernhard; SEDELMEIER, Gottfried; NAPP, Matthias; BANZIGER,<br />

Markus; HAWKER, Steven; CISZEWSKI, Lech; WAYKOLE, Liladhar<br />

Murlidhar<br />

(31) 07 07100451 (32) 12 Jan 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are pyrrolidin-2-ones represented by general formula (I)<br />

methods for their preparation and their use in the preparation <strong>of</strong> NEPinhibitors,<br />

particularly in the preparation <strong>of</strong> N-(3-carboxyl-1 -oxopropyl)-<br />

(4S)-(p-phenylphenylmethyl)-4-amino-(2R)-methyl butanoic acid ethyl<br />

ester.<br />

(21) 577936 (22) 14 Dec 2007<br />

(54) AGENTS FOR CONTROLLING PARASITES ON ANIMALS<br />

(86) PCT/EP2007/01090 (87) WO2008/080541<br />

(51) IPC2012.01:A01N47/02; A01N25/02; A61K31/415; A61K47/08, 22;<br />

A01P7/02, 04; A01N43/56, 28<br />

(71) BAYER ANIMAL HEALTH GMBH<br />

(72) SIRINYAN, Kirkor; TURBERG, Andreas<br />

(31) 06 06061537 (32) 27 Dec 2006 (33) DE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a composition for controlling parasites<br />

on animals, which comprises an N-arylpyrazole such<br />

as fipronil or 5-amino-4-trifluoromethylsulphinyl-1-(2,6-dichloro-4trifluoromethylphenyl)-3-thiocarbamoylpyrazole<br />

in a formulation<br />

comprising: an aliphatic cyclic carbonate selected from ethylene<br />

carbonate or propylene carbonate and mixtures there<strong>of</strong>; an aliphatic<br />

cyclic or acyclic polyether being an ether derived from a diol having<br />

up to 8 carbon atoms (such as diethylene glycol monoethyl ether,<br />

diethylene glycol monopropyl ether or dipropylene glycol monopropyl<br />

ether), or a 5- or 6-membered cyclic ether having a ring oxygen and 4<br />

or 5 ring carbon atoms and optionally carrying a alkyl substituent (such<br />

as tetrahydr<strong>of</strong>urfuryl alcohol); and one or more esters <strong>of</strong> a dihydric or<br />

trihydric alcohol having up to three carbon atoms with organic fatty acids<br />

having 6 to 18 carbon atoms.<br />

(21) 577937 (22) 14 Dec 2007<br />

(54) COMBINATION PRODUCT FOR CONTROLLING PARASITES ON<br />

ANIMALS<br />

(86) PCT/EP2007/010981 (87) WO2008/080542<br />

(51) IPC2012.01:A01N47/02; A01N25/02; A01N53/00; A61K31/415;<br />

A61K47/08, 22; A01P7/02, 04; A01N43/56, 28<br />

(71) BAYER ANIMAL HEALTH GMBH<br />

(72) SIRINYAN, Kirkor; TURBERG, Andreas<br />

(31) 06 06061538 (32) 27 Dec 2006 (33) DE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a composition for controlling parasites<br />

on animals, which comprises an N-arylpyrazole (such<br />

as fipronil or 5-amino-4-trifluoromethylsulphinyl-1-(2,6-dichloro-4trifluoromethylphenyl)-3-thiocarbamoylpyrazole)<br />

and a pyrethroid (such<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 71


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

as flumethrin or permethrin) in a formulation comprising: an aliphatic<br />

cyclic carbonate selected from ethylene carbonate or propylene<br />

carbonate and mixtures there<strong>of</strong>; an aliphatic cyclic or acyclic polyether<br />

being an ether derived from a diol having up to 8 carbon atoms (such as<br />

diethylene glycol monoethyl ether, diethylene glycol monopropyl ether<br />

or dipropylene glycol monopropyl ether), or a 5- or 6-membered cyclic<br />

ether having a ring oxygen and 4 or 5 ring carbon atoms and optionally<br />

carrying a alkyl substituent (such as tetrahydr<strong>of</strong>urfuryl alcohol); and one<br />

or more esters <strong>of</strong> a dihydric or trihydric alcohol having up to three carbon<br />

atoms with organic fatty acids having 6 to 18 carbon atoms.<br />

(21) 577974 (22) 18 Dec 2007<br />

(54) A packet for containing a tobacco product with a foldable web between<br />

the lid and packet<br />

(86) PCT/GB2007/004867 (87) WO2008/084189<br />

(51) IPC2012.01:B65D5/44, 66; A24F23/00<br />

(71) British American Tobacco (Investments) Limited<br />

(72) LEWIS, Stephen<br />

(31) 07 0700460 (32) 10 Jan 2007 (33) GB<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000,<br />

Australia<br />

(57) A packet (B) is disclosed for containing a tobacco product. The packet<br />

comprises a container portion having a top surface (10) with an opening<br />

(16) providing access to the inside <strong>of</strong> the container. A lid (12) is hingedly<br />

attached to the container portion and is operable to cover the opening<br />

(16) when the lid (12) is in a closed position and to be substantially<br />

coplanar with the top surface (10) when the lid (12) is in an open position.<br />

A web <strong>of</strong> panels (21-22) is attached to the lid (12) and when the lid is<br />

closed the web folds to be substantially contained between the lid (12)<br />

and the top surface (10). When the lid is open the web is unfolded to be<br />

substantially coplanar with the lid (12) and the top surface (10). A blank<br />

is also disclosed for use in forming such a packet (B).<br />

(21) 578077 (22) 12 Feb 2008<br />

(54) DIAGNOSIS OF PREECLAMPSIA USING FREE FOETAL<br />

HAEMOGLOBIN<br />

(86) PCT/EP2008/001051 (87) WO2008/098734<br />

(51) IPC2012.01:G01N33/569, 72, 68; A61P7/00; A61B5/00<br />

(71) Stefan Hansson; Bo Akerstrom<br />

(72) HANSSON, Stefan; AKERSTROM, Bo<br />

(31) 07 0700339 (32) 12 Feb 2007 (33) SE<br />

(74) FB RICE, Level 23, 44 Market Street, Sydney, NSW 2000, Australia<br />

(57) Disclosed is the use <strong>of</strong> free foetal haemoglobin as a marker for (i)<br />

diagnosing preeclampsia, (ii) monitoring the progression or regression<br />

<strong>of</strong> preeclampsia and (ii) assessing the efficacy <strong>of</strong> a treatment <strong>of</strong><br />

preeclampsia.<br />

(21) 578163 (22) 4 Dec 2007<br />

(54) AUTONOMOUS SYSTEMS AND METHODS FOR STILL AND<br />

MOVING PICTURE PRODUCTION<br />

(86) PCT/US2007/086420 (87) WO2008/070687<br />

(51) IPC2012.01:H04N7/18; G01S3/786; H04N5/247, 262, 222, 232;<br />

A63B24/00<br />

(71) LYNX SYSTEM DEVELOPERS, INC.<br />

(72) DEANGELIS, Douglas, J; SIGEL, Kirk; EVANSEN, Edward, G<br />

(31) 06 872639 (32) 4 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Autonomous picture production system comprises a location unit<br />

attached to each tracked object (106); an object tracking device (102)<br />

for receiving location information from each location unit; at least<br />

two motorized cameras (110); and a camera control device (104) for<br />

determining which <strong>of</strong> the motorized cameras has the best field <strong>of</strong> view<br />

<strong>of</strong> at least one <strong>of</strong> the tracked objects and for controlling, based upon the<br />

location information, the camera with the best field <strong>of</strong> view to capture<br />

image data <strong>of</strong> the at least one <strong>of</strong> the tracked objects. The camera control<br />

device determines the best field <strong>of</strong> view based upon factors including<br />

presence <strong>of</strong> another <strong>of</strong> the tracked objects blocking a view <strong>of</strong> the at least<br />

one <strong>of</strong> the tracked objects. Also disclosed is an autonomous picture<br />

production process comprising automatically determining location <strong>of</strong><br />

each <strong>of</strong> a plurality <strong>of</strong> objects in or adjacent to an operational field;<br />

automatically determining whether each <strong>of</strong> a plurality <strong>of</strong> motorized<br />

cameras has a view <strong>of</strong> one <strong>of</strong> the objects obstructed by another <strong>of</strong> the<br />

objects and automatically controlling each <strong>of</strong> the motorized cameras in<br />

response to the location and obstructed views to capture image data <strong>of</strong><br />

the one object.<br />

(62) Divided out <strong>of</strong> 598897<br />

(21) 578165 (22) 3 Jan 2008<br />

(54) FOOD COMPOSITIONS INCORPORATING ADDITIONAL LONG<br />

CHAIN FATTY ACIDS<br />

(86) PCT/US2008/000051 (87) WO2008/085840<br />

(51) IPC2012.01:A23D9/00<br />

(71) MONSANTO TECHNOLOGY LLC<br />

(72) WILKES, Richard, S<br />

(31) 07 878300 (32) 3 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a food product comprising an oil from a transgenic plant<br />

comprising at least 10% by weight stearidonic acid based on the total<br />

weight <strong>of</strong> fatty acids in the oil and a soybean oil comprising less than 3%<br />

by weight alpha-linolenic acid based on the total weight <strong>of</strong> fatty acids<br />

in the soybean oil, the food product exhibiting at least 5% longer shelflife<br />

against flavour degradation than an otherwise identical food product<br />

having eicosapentaenoic acid rather than stearidonic acid.<br />

(21) 578166 (22) 3 Jan 2008<br />

(54) FOOD COMPOSITIONS INCORPORATING STEARIDONIC ACID<br />

(86) PCT/US2008/000052 (87) WO2008/085841<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 72


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2012.01:A23D9/00<br />

(71) MONSANTO TECHNOLOGY LLC<br />

(72) WILKES, Richard, S<br />

(31) 07 878301 (32) 3 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a food product comprising a soy protein and an oil from<br />

a transgenic plant comprising at least 10% by weight stearidonic acid<br />

based on the total weight <strong>of</strong> fatty acids in the oil, the food product<br />

exhibiting at least 5% longer shelf-life against flavor degradation than<br />

an otherwise identical food product having eicosapentanoic acid rather<br />

than stearidonic acid wherein the soy protein is selected from the<br />

group consisting <strong>of</strong> soyflour, defatted soyflour, soy protein concentrate,<br />

texturized soy protein concentrate, hydrolyzed soy protein, soy protein<br />

isolate, and spray-dried t<strong>of</strong>u.<br />

(21) 578200 (22) 14 Mar 2006<br />

(54) Nutritionally balanced food or beverage product<br />

(51) IPC2012.01:A23L1/29<br />

(71) Sapporo Holdings Limited<br />

(72) Ryan, Glenda<br />

(74) Pairman IP, 50A Dyers Pass Road, Cashmere, Christchurch, <strong>New</strong><br />

Zealand<br />

(57) A food or beverage product containing the same relative proportions<br />

<strong>of</strong> the recommended daily intake <strong>of</strong> calories, protein, fat, carbohydrate,<br />

sugar and fibre as listed in the Australia-<strong>New</strong> Zealand Joint Foods<br />

Standards Code, in force 5 on 14 March 2006, the product being<br />

substantially homogenised throughout such that any portion <strong>of</strong> the<br />

product consumed will contain the same relative proportion <strong>of</strong> fat,<br />

protein, carbohydrate and fibre as any other. Also disclosed is a method<br />

<strong>of</strong> making the food or beverage product.<br />

(62) Divided out <strong>of</strong> 538828<br />

(21) 578213 (22) 13 Dec 2007<br />

(54) Appetite supressant peptides<br />

(86) PCT/GB2007/004779 (87) WO2008/071972<br />

(51) IPC2012.01:C07K14/435; A61K38/26<br />

(71) IMPERIAL INNOVATIONS LIMITED<br />

(72) BLOOM, Stephen, Robert<br />

(31) 06 0624868 (32) 13 Dec 2006 (33) GB<br />

(31) 06 0625667 (32) 21 Dec 2006 (33) GB<br />

(31) 07 0700897 (32) 17 Jan 2007 (33) GB<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a peptide comprising the amino acid sequence Xaa1<br />

Xaa2 Xaa3 G1y4 Thr5 Phe6 Thr7 Ser8 Asp9 Tyr10 Ser11 Lys12 Tyr13<br />

Leu14 Xaa15 Xaa16 Xaa17 Xaa18 Xaa19 Xaa20 Xaa21 Xaa22 Xaa23<br />

Xaa24 Trp25 Leu26 Xaa27 Xaa28 Xaa29 Xaa30 Xaa31 Xaa32 Lys33<br />

Asn34 Asn35 Ile36 Ala37. The peptide is used in the manufacture <strong>of</strong> a<br />

medicament for reducing appetite in a subject, reducing food intake in a<br />

subject or reducing calorie intake in a subject, reducing body weight in<br />

a subject, reducing body weight gain in a subject or increasing energy<br />

expenditure in a subject.<br />

(62) Divided out <strong>of</strong> 598433<br />

(21) 578250 (22) 7 Jan 2008<br />

(54) Cooling containers in carton by removing top and inserting cooling<br />

substance such as ice, and carton and blank therefore<br />

(86) PCT/US2008/050367 (87) WO2008/083413<br />

(51) IPC2012.01:B65D5/54; B65D71/36<br />

(71) Graphic Packaging International, Inc.<br />

(72) BRAND, Kirsten, Laura<br />

(31) 07 878830 (32) 5 Jan 2007 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) A blank (10), carton, package, and method for enclosing a plurality <strong>of</strong><br />

containers in a carton is disclosed. The carton includes first and second<br />

top panels (16, 20; 36, 40), first and second side panels (24,32), and a<br />

bottom panel (28). The top panels each include separation lines (18,38)<br />

with one top panel disposed over the other top panel when formed as<br />

a carton. The carton is openable along the separation lines to expose<br />

the containers. The carton is capable <strong>of</strong> receiving a cooling substance<br />

therewithin when the top panels are separated, along the separation<br />

lines. The carton including at least two handle tear lines (44,46) with<br />

a handle (45) disposed therebetween. The handle capable <strong>of</strong> being<br />

engaged to move the carton or package as desired.<br />

(21) 578257 (22) 25 Jan 2008<br />

(54) METHODS AND APPARATUS FOR THE SELECTIVE REMOVAL<br />

OF CONSTITUENTS FROM AQUEOUS TOBACCO EXTRACTS<br />

(86) PCT/IB2008/001021 (87) WO2008/090477<br />

(51) IPC2012.01:A24B15/24<br />

(71) PHILIP MORRIS PRODUCTS S.A.<br />

(72) ZIMMERMAN, Stephen, G<br />

(31) 11/698146 (32) 26 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method <strong>of</strong> selectively removing soluble metal ions<br />

from an aqueous tobacco extract comprising the steps <strong>of</strong> : Preparing<br />

an aqueous tobacco extract; and Contacting the extract with a metal<br />

selective adsorption agent, wherein the metal selective adsorption agent<br />

is a functionalised resin and has a metal selectivity index <strong>of</strong> at least<br />

15. Further disclosed is an aqueous tobacco extract from which soluble<br />

metal ions have been removed by said process.<br />

(21) 578305 (22) 8 Oct 2010<br />

(54) Therapeutic composition and uses there<strong>of</strong><br />

(51) IPC2012.01:A61K35/20; A61K36/00; A61K31/05<br />

(71) NEW IMAGE GROUP LIMITED<br />

(72) Lehrke, Peter<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a composition comprising colostrum and a sulfated<br />

fucose-containing polysaccharide (fucoidan). The composition may<br />

further include resveratrol. The composition is useful to treat conditions<br />

benefiting from an increase in stem cell activity, including cancer, stroke<br />

and diabetes.<br />

(21) 578371 (22) 18 Jan 2008<br />

(54) COATING COMPOSITION<br />

(86) PCT/JP2008/050585 (87) WO2008/090812<br />

(51) IPC2012.01:C09D167/00; C09D183/02; C09D7/12<br />

(71) DAIKIN INDUSTRIES, LTD.; DOW CORNING CORPORATION<br />

(72) NAGATO, Masaru; MAEDA, Masahiko; MASUTANI, Tetsuya;<br />

ONODERA, Satoshi; KITAURA, Eiji; SASAKI, Motoshi; HUPFIELD,<br />

Peter Cheshire<br />

(31) 07 013108 (32) 23 Jan 2007 (33) JP<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) Disclosed is a coating composition comprising (A) a polyester resin,<br />

(B) at least one <strong>of</strong> fluorine-containing organosilicon compound having<br />

a fluorine content <strong>of</strong> 5 to 30 percent by mass and represented by the<br />

formula (I) wherein R1, R2, R3 and R4 are the same or different and<br />

each is an alkyl group; "n" is an integer <strong>of</strong> 1 to 30; at least one <strong>of</strong> R1, R2,<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 73


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

R3 and R4 has a fluorine atom, (C) at least one non-fluorine-containing<br />

monovalent aliphatic hydrocarbon compound having a hydroxyl group<br />

selected from the group consisting <strong>of</strong> propanol, isopropanol, butanol and<br />

octanol, and/or at least one non-fluorine-containing monovalent alkoxy<br />

compound selected from the group consisting <strong>of</strong> triethoxymethane,<br />

methyl orth<strong>of</strong>ormate, ethyl orth<strong>of</strong>ormate, methyl orthoacetate, ethyl<br />

orthoacetate, B(OC2H5)3 and PO(OC2H5)3, and (D) at least one<br />

organic solvent other than the compound (C) and selected from<br />

the group consisting <strong>of</strong> hydrocarbon solvents, ketone solvents, ester<br />

solvents, amide solvents and sulfonic acid ester solvents.<br />

(21) 578380 (22) 14 Dec 2007<br />

(54) METHOD FOR REPLICATING INFLUENZA VIRUS IN CULTURE<br />

(86) PCT/US2007/025636 (87) WO2008/076371<br />

(51) IPC2012.01:A61K39/145; C12N7/02<br />

(71) SCHERING-PLOUGH LTD<br />

(72) WASMOEN, Terri Lee; GAO, Peng; EDDY, Bradley, Allen;<br />

ABDELMAGID, Omar, Yousif<br />

(31) 06 875287 (32) 15 Dec 2006 (33) US<br />

(31) 06 882412 (32) 28 Dec 2006 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method <strong>of</strong> selecting a human influenza virus for growth<br />

on tissue culture cells by limiting dilution cloning, the method comprising:<br />

a) serially diluting a quantity <strong>of</strong> human influenza virus to obtain a series<br />

<strong>of</strong> dilutions with decreasing concentrations <strong>of</strong> human influenza virus; b)<br />

contacting the human influenza virus <strong>of</strong> each <strong>of</strong> the series <strong>of</strong> dilutions<br />

with tissue cultured cells; c) growing the human influenza virus that were<br />

contacted in step b for a time sufficient to produce cytopathic effects<br />

(CPE); d) harvesting a human influenza virus grown in step c from tissue<br />

cultured cells that were contacted with human influenza virus from the<br />

highest dilution within the series <strong>of</strong> dilutions that causes CPE; and e)<br />

repeating steps a through d with a quantity <strong>of</strong> human influenza virus<br />

harvested in step d. Also disclosed is the use <strong>of</strong> the method in selecting<br />

canine influenza.<br />

(21) 578415 (22) 13 Dec 2007<br />

(54) METHOD FOR PRODUCING COMPOSITE MATERIALS FROM<br />

FUNGI COMPRISING HYPHAE AND DISCRETE PARTICLES<br />

(86) PCT/US2007/025475 (87) WO2008/073489<br />

(51) IPC2012.01:C12P1/02; C12N1/14<br />

(71) RENSSELAER POLYTECHNIC INSTITUTE; ECOVATIVE DESIGN<br />

LLC<br />

(72) BAYER, Eben; MCLNTYRE, Gavin; SWERSEY, Burt, L<br />

(31) 06 875243 (32) 15 Dec 2006 (33) US<br />

(31) 07 927458 (32) 3 May 2007 (33) US<br />

(31) 07 001556 (32) 12 Dec 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method <strong>of</strong> making a composite material comprising the<br />

steps <strong>of</strong> forming an inoculum including a preselected fungus: forming<br />

a mixture <strong>of</strong> a substrate <strong>of</strong> discrete particles and a nutrient material,<br />

said nutrient material being capable <strong>of</strong> being digested by said fungi;<br />

adding said inoculum to said mixture; and allowing said fungus to digest<br />

said nutrient material in said mixture over a period sufficient to grow<br />

hyphae and to allow said hyphae to form a network <strong>of</strong> interconnected<br />

mycelia cells through and around said discrete particles thereby bonding<br />

said discrete particles together to form a self- supporting material.<br />

Further disclosed are self-supporting composite materials comprising a<br />

substrate <strong>of</strong> discrete particles and a network <strong>of</strong> interconnected mycelia<br />

cells extending through and around said discrete particles and bonding<br />

said particles together.<br />

(21) 578541 (22) 20 Dec 2007<br />

(54) DNA VACCINES FOR FISH<br />

(86) PCT/EC2007/000004 (87) WO2008/077413<br />

(51) IPC2012.01:C07K14/08; A23K1/16; A61K39/12; C12N15/40<br />

(71) SOLUCIONES BIOTECNOLOGICAS INNOVACION LTDA; EWOS<br />

S.A.; CECILIA FALCONI PEREZ<br />

(72) KRIMAN, FLEIDERMAN, Salomon, Luis; REYES, HERNANDEZ,<br />

Miguel, Ernesto; OYARZUN, CAYO, Patricio, Alejandro; VILLEGAS,<br />

FERRARI, Claudio, Ricardo, Alfonso; NANCUCHEO, CUEVAS, Ivan,<br />

Patricio<br />

(31) 06 063767 (32) 22 Dec 2006 (33) CL<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a fish vaccine based on Infectious Pancreatic Necrosis<br />

virus (IPNv) VP2 protein. The vaccine is formulated with liposome<br />

DOTAP. Further provided are methods <strong>of</strong> producing the vaccine, and<br />

foods containing the vaccine.<br />

(21) 578556 (22) 11 Jan 2008<br />

(54) ANTIVIRAL NUCLEOSIDE ANALOGS<br />

(86) PCT/US2008/050929 (87) WO2008/089105<br />

(51) IPC2012.01:C07H19/23; A61K31/706; A61P31/12; A61P35/00<br />

(71) BIOCRYST PHARMACEUTICALS, INC.<br />

(72) BABU, Yarlagadda S; CHAND, Pooran; KUMAR, V. Satish; KOTIAN,<br />

Pravin L; WU, Minwan<br />

(31) 07 880278 (32) 12 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> a compound <strong>of</strong> formula (I) in the manufacture<br />

<strong>of</strong> a medicament for treating viral infections where in the substituents are<br />

as disclosed in the specification and examples <strong>of</strong> compounds <strong>of</strong> formula<br />

(I) are: (2S,3R,4R,5R)-2-(4-Aminopyrrolo[1,2-j][1,2,4]triazin-7-yl)-5-<br />

(hydroxymethyl)-3-methyltetrahydr<strong>of</strong>uran-3,4-diol; (2S,3R,4R,5R)-2-(4-<br />

(Dimethylamino)pyrrolo[1,2-j][1,2,4]triazin-7-yl)-5-(hydroxymethyl)-3methyltetrahydr<strong>of</strong>uran-3,4-diol;<br />

and (2S,3R,4R,5R)-2-(4-Amino-5bromopyrrolo[1,2-j][1,2,4]triazin-7-yl)-5-(hydroxymethyl)-3methyltetrahydr<strong>of</strong>uran-3,4-diol.<br />

Examples <strong>of</strong> the viral infection are<br />

from the group consisting <strong>of</strong>: hepatitis B, hepatitis C, human<br />

immunodeficiency virus, Polio, Coxsackie A and B, Rhino, Echo, small<br />

pox, Ebola, and West Nile virus.<br />

(62) Divided out <strong>of</strong> 598927<br />

(21) 578613 (22) 9 Jan 2008<br />

(54) CHROMONES AS THERAPEUTIC AGENTS<br />

(86) PCT/US2008/050600 (87) WO2008/086403<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 74


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2012.01:A61K31/35<br />

(71) Unigen, Inc.<br />

(72) ZHAO, Ji-fu; TSENG-CRANK, Julie; YIMAM, Mesfin; JIA, Qi<br />

(31) 07 884107 (32) 9 Jan 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> a chromone or a mixture <strong>of</strong> chromones for<br />

the preparation <strong>of</strong> a medicament for preventing or treating a disease<br />

selected from the group consisting <strong>of</strong>: insulin resistance, glucose<br />

intolerance, hyperglycemia, metabolic syndromes, dyslipidemia, and<br />

hypertriglyceridemia, wherein said chromone or a mixture <strong>of</strong> chromones<br />

are selected from the group <strong>of</strong> compounds having the structure <strong>of</strong><br />

formula (I) wherein the substituents are as disclosed in the description.<br />

Also disclosed is a composition comprising a compound <strong>of</strong> formula (I)<br />

and aloe gel powder and a method for preparing the composition.<br />

(62) Divided out <strong>of</strong> 598862<br />

(21) 578623 (22) 8 Nov 2007<br />

(54) Radiation diffraction sensor comprising an ordered array <strong>of</strong> particles<br />

and a solid matrix<br />

(86) PCT/US2007/084005 (87) WO2008/097397<br />

(51) IPC2012.01:G01N21/77, 47<br />

(71) PPG INDUSTRIES OHIO, INC.<br />

(72) PURDY, Sean; VANIER, Noel; U, Xiangling; CAVLOVICH, Robert<br />

(31) 07 672226 (32) 7 Feb 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a radiation diffraction sensor comprising an ordered<br />

periodic array <strong>of</strong> particles formed on a substrate and a solid nonhydrogel<br />

matrix composition coated onto the array <strong>of</strong> particles. The<br />

matrix composition is selected to be responsive to an activator, such that<br />

exposure to the activator shifts the wavelength <strong>of</strong> radiation diffracted<br />

by the sensor from a first wavelength to a second wavelength. Also<br />

disclosed is a method <strong>of</strong> producing a sensor comprising forming an<br />

ordered periodic array <strong>of</strong> particles on a substrate, coating the array <strong>of</strong><br />

particles with a matrix and curing the matrix to fix the array <strong>of</strong> particles<br />

within the matrix. The matrix is a solid non-hydrogel, and is selected<br />

to be responsive to an activator, such that exposure to the activator<br />

shifts the wavelength <strong>of</strong> radiation diffracted by the sensor to a shifted<br />

wavelength. Articles having the sensor include security cards/tags.<br />

(21) 578626 (22) 7 Dec 2007<br />

(54) FLOATING DISPERSANT PASTE<br />

(86) PCT/US2007/025100 (87) WO2008/094236<br />

(51) IPC2012.01:E02B15/04; C09K3/32<br />

(71) ExxonMobil Upstream Research Company<br />

(72) NEDWED, Timothy, J; CANEVARI, Gerard, P; CLARK, James, R<br />

(31) 07 898350 (32) 30 Jan 2007 (33) US<br />

(74) Watermark <strong>Patent</strong> and Trade Marks Attorneys, Level 2, 302 Burwood<br />

Road, Hawthorn, Victoria 3122, Australia<br />

(57) An oil spill treatment agent comprising: a viscous dispersant liquid<br />

formulated to disperse oil floating on the surface <strong>of</strong> a body <strong>of</strong><br />

water, wherein the viscous dispersant liquid is opaque, has a density<br />

between about 0.80 grams per milliter (g/ml) and about 1.02 (g/<br />

ml) and a viscosity between about 1,000 centipoise (cP) and about<br />

10,000cP and wherein the viscous dispersant liquid comprises sorbitan<br />

monooleate, polyoxyethylene sorbitan monooleate, polyoxyethylene<br />

sorbitan trioleate, and an alkali metal salt <strong>of</strong> dioctyl sulfosuccinate. Also<br />

disclosed is a method for manufacturing an oil spill agent and a method<br />

<strong>of</strong> dispersing oil on a body <strong>of</strong> water.<br />

(21) 578647 (22) 10 May 2005<br />

(54) Antibodies that bind to p-selectin glycoprotein ligand 1<br />

(51) IPC2012.01:A61K39/395; C12N15/13; C07K16/28<br />

(71) AbGenomics Cooperatief U.A.<br />

(72) Lin, Rong-Hwa; Chang, Chung Nan; Chen, Pei-Jiun; Huang, Chiu-<br />

Chen<br />

(31) M (32) 10 May 2004 (33) US<br />

(74) Shelston IP, Level 21, 60 Margaret Street, Sydney, NSW 2000,<br />

Australia<br />

(57) Disclosed is an isolated antibody that binds specifically to amino acid<br />

residues 50 to 60 <strong>of</strong> human P-Selectin Glycoprotein Ligand 1, wherein<br />

the antibody, upon binding to P-Selectin Glycoprotein Ligand 1 on an<br />

activated T-cell, induces the death <strong>of</strong> the activated T-cell.<br />

(62) Divided out <strong>of</strong> 551626<br />

(21) 578698 (22) 29 Jan 2008<br />

(54) SUBSTITUTED GAMMA LACTAMS AS THERAPEUTIC AGENTS<br />

(86) PCT/US2008/052318 (87) WO2008/094912<br />

(51) IPC2012.01:C07D409/06; A61K31/403; A61P27/06<br />

(71) ALLERGAN, INC.<br />

(72) IM, Wha Bin; OLD, David, W<br />

(31) 07 887415 (32) 31 Jan 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed herein are gamma lactam derivatives <strong>of</strong> the given<br />

formula, wherein the subustituents are as defined within the<br />

specification, processes for their preparation, compositions comprising<br />

said compounds. Said compounds are useful in the treatment <strong>of</strong><br />

glaucoma or ocular hyperstension and also for growing hair or improving<br />

the appearance <strong>of</strong> hair.<br />

(21) 578721 (22) 27 Feb 2008<br />

(54) METHOD FOR ACTIVATION OF HELPER T CELL AND<br />

COMPOSITION FOR USE IN THE METHOD<br />

(86) PCT/JP2008/053417 (87) WO2008/105462<br />

(51) IPC2012.01:C12Q1/02; C07K14/82; C12N15/09, 00; A61K38/00;<br />

C07K16/32; G01N33/53; A61P35/00, 02; A61P43/00<br />

(71) INTERNATIONAL INSTITUTE OF CANCER IMMUNOLOGY, INC.<br />

(72) SUGIYAMA, Haruo<br />

(31) 07 047317 (32) 27 Feb 2007 (33) JP<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> a WT1 peptide comprising the amino<br />

acid sequence Lys Arg Tyr Phe Lys Leu Ser His Leu GIn Met<br />

His Ser Arg Lys His, a polynucleotide encoding said peptide, an<br />

expression vector comprising said polynucleotide, or a cell including<br />

said expression vector in the manufacture <strong>of</strong> a medicament for the<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 75


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

treatment or prevention <strong>of</strong> cancer in a subject who is HLA-DRB1 *1501,<br />

HLA-DPB1 *0901 or HLA-DPB1 *0501 positive. Also disclosed is the<br />

use <strong>of</strong> an activated helper T cell produced by contacting an antigen<br />

presenting cell with a WTl peptide comprising the same amino acid<br />

sequence in the manufacture <strong>of</strong> a medicament for the treatment <strong>of</strong><br />

cancer in a subject who is HLA-DRB1*1501, HLA-DRB1*0901 or HLA-<br />

DRB1*0501 positive. Further disclosed is a method for the determination<br />

<strong>of</strong> the presence or amount <strong>of</strong> a WT1-specific helper T cell in anyone<br />

<strong>of</strong> an HLADRB1*1501-positive, HLA-DRB1*0901-positive and HLA-<br />

DRB1*0501- positive subject, comprising: (a) reacting a complex <strong>of</strong><br />

a WTl peptide comprising the amino acid sequence, and an HLA-<br />

DRB1*1501 molecule, HLA-DRB1*0901 molecule or HLA-DRB1**0501<br />

molecule with sample possibly containing a lymphocyte from the<br />

subject; and (b) determining the presence or amount <strong>of</strong> a helper T cell<br />

recognizing the complex contained in the sample.<br />

(62) Divided out <strong>of</strong> 599160<br />

(21) 578722 (22) 29 Jan 2008<br />

(54) SKIN-BEAUTIFYING AGENT<br />

(86) PCT/JP2008/051257 (87) WO2008/093657<br />

(51) IPC2012.01:A61P17/00; A61K38/00; A61K35/20; A23L1/30;<br />

A23K1/16<br />

(71) MEGMILK SNOW BRAND Co., Ltd.<br />

(72) KATO, Ken; HARUTA, Yuko; WATANABE, Tatsuya; UENO, Hiroshi;<br />

UEDA, Noriko; YOSHIOKA, Toshimitsu<br />

(31) 07 019448 (32) 30 Jan 2007 (33) JP<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a cosmetic method <strong>of</strong> beautifying skin, comprising<br />

administering a composition comprising a milk-derived phospholipid<br />

prepared from milk or milk material, wherein the composition comprises<br />

40 to 70 percent by weight <strong>of</strong> lipid in a total solid content and 30 percent<br />

or more by weight <strong>of</strong> milk derived phospholipid in the total solid content.<br />

(21) 578804 (22) 26 Feb 2008<br />

(54) Spirocyclic phosphodiesterase inhibitors<br />

(86) PCT/DK2008/000080 (87) WO2008/104175<br />

(51) IPC2012.01:C07D493/10; A61K31/36; A61P29/00; C07D495/10;<br />

C07D491/10<br />

(71) LEO Pharma A/S<br />

(72) FELDING, Jakob; NIELSEN, Simon, Feldbaek; LARSEN, Jens,<br />

Christian, Hojland; BABU, Bollu, Ravindra<br />

(31) 60/903849 (32) 28 Feb 2007 (33) US<br />

(31) 60/946849 (32) 28 Jun 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are PDE4 inhibiting compounds <strong>of</strong> formula (I)<br />

and pharmaceutically acceptable salts, hydrates, N-oxides, or<br />

solvates there<strong>of</strong>, wherein the substituents are as described<br />

within the specification. Examples <strong>of</strong> compounds <strong>of</strong> formula (I)<br />

include: N-(3,5-Dichloropyridine-4-yl)-7-methoxy-2',3',5',6'-tetrahydrospiro[1,3-benzodioxole-2,4'(4H)-pyran]-4-carboxamide;<br />

and 2-(3,5-<br />

Dichloro-1-oxido-pyridine-4-yl)-1-(7-methoxy-2',3',5',6'-tetrahydrospiro[1,3-benzodioxole-2,4'-(4H)-pyran]-4-yl)ethanone.<br />

Further<br />

disclosed is a pharmaceutical composition comprising a compound <strong>of</strong><br />

formula (I), and the use <strong>of</strong> a compound <strong>of</strong> formula (I) in the manufacture<br />

<strong>of</strong> a medicament for the prevention , treatment or amelioration <strong>of</strong> a<br />

disease or condition selected from dermal diseases or conditions, or<br />

acute or chronic cutaneous wound disorders.<br />

(21) 578813 (22) 11 Feb 2008<br />

(54) Energy efficient methods to produce alcohols and carboxylic acids<br />

(86) PCT/US2008/053611 (87) WO2008/098254<br />

(51) IPC2012.01:C12P1/00, 04; C12P7/00, 06, 44, 40, 50, 56, 54, 52, 16;<br />

C10J3/00<br />

(71) Zeachem, Inc.<br />

(72) VERSER, Dan, W; EGGEMAN, Timothy, J<br />

(31) 07 889165 (32) 9 Feb 2007 (33) US<br />

(74) JAMES & WELLS, Level 12, KPMG Centre, 85 Alexandra Street,<br />

Hamilton, <strong>New</strong> Zealand<br />

(57) A method for producing an alcohol or carboxylic acid from<br />

a carbohydrate containing material, wherein the chemical energy<br />

efficiency <strong>of</strong> the method is greater than the chemical energy efficiency<br />

<strong>of</strong> a solely biological conversion process, and is greater than a process<br />

in which all the material is initially subjected to a thermochemical<br />

conversion step. The method comprises the steps: (I) Converting a<br />

material that has less than 75 percent by weight <strong>of</strong> the carbon containing<br />

material as carbohydrate into two intermediates. One intermediate<br />

is produced by a biological fermentation, and the other intermediate<br />

is produced by a thermochemical conversion process selected from<br />

gasification, pyrolysis, reforming and partial oxidation; and (II) Reacting<br />

the two intermediates to form an alcohol, carboxylic acid, salt or ester <strong>of</strong><br />

a carboxylic acid. The microorganism used in the biological conversion<br />

can be a hom<strong>of</strong>ermentative microorganism<br />

(21) 578867 (22) 5 Nov 2010<br />

(54) Trough made from a plurality <strong>of</strong> overlaping sheets the side walls held<br />

up by a wire in tension along the sides<br />

(51) IPC2012.01:A01K5/01, 00; B65D6/04<br />

(71) ROGER KENNETH ROY DALRYMPLE<br />

(72) Dalrymple, Roger Kenneth Roy<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A trough is disclosed that may be extended to accommodate a<br />

large number <strong>of</strong> animals feeding at the same time. The trough has an<br />

elongate trough body (12) and at least one elongate support element<br />

(14, 15). The trough body comprises at least one longitudinal side<br />

wall portion (18,19) and a bottom portion (16) which are integral with<br />

one another, or attached to one another along respective longitudinal<br />

edges. The support element extends along the outer face <strong>of</strong> the side<br />

wall portion, lower than an upper edge <strong>of</strong> the side wall portion but<br />

higher than the bottom portion. The support element may be restrained<br />

from moving outward, away from a longitudinal trough centreline, by<br />

connecting a restraint (26) located inside the trough to the support<br />

element. The side wall portion is maintained upright partly by tension in<br />

the support element or in the restraint. In one embodiment, a plastics<br />

sheet material is bent into a U-shape with opposite side walls (18,19)<br />

supported upright by tension in longitudinal supporting wires (14,15) and<br />

transverse restraint wires (26), the ends <strong>of</strong> which connect to the support<br />

wires through respective perforations (30) in the side walls.<br />

(21) 578890 (22) 5 Feb 2008<br />

(54) TURBID WATER TREATMENT APPARATUS AND SYSTEM WITH<br />

A FLEXIBLE WATER IMPREMEABLE BAG FILLED WITH FILTER<br />

MATERIAL INSIDE A TANK<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 76


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(86) PCT/AU2008/000122 (87) WO2008/095230<br />

(51) IPC2012.01:C02F1/00; B01D24/00; B01D35/027; B01D39/06<br />

(71) Wobelea Pty Limited<br />

(72) BLISS, William<br />

(31) 07 900548 (32) 5 Feb 2007 (33) AU<br />

(74) EKM patent & trade marks, Level 1, 38 - 40 Garden Street, South<br />

Yarra, VIC 3141, Australia<br />

(57) Turbid water treatment apparatus and system with an internal flexible<br />

water impermeable bag surrounded by a reinforced cage, filled with filter<br />

material inside an external rigid water tank, the inner bag containing<br />

an inlet for dirty water at the top and an conduit outlet such as a hose<br />

or pipe for filtered or purified water that passes through the interior<br />

bag wall into the exterior storage tank. A valve mounted inline with<br />

the outlet conduit controls the water flow through the filter. The filter<br />

can consist <strong>of</strong> homogeneous filter material that is selected from the<br />

group consisting <strong>of</strong> palagonite, pearlite, silica sand, vermiculite, carbon,<br />

lignite, zeolite, rockwool and synthetic filtering agents. Additional water<br />

treatment is provided by chemical dosing and/or ultra violet radiation.<br />

The filter material can be backwashed.<br />

(21) 578970 (22) 28 Jan 2008<br />

(54) Antimicrobial peptides comprising one basic amino acid<br />

(86) PCT/GB2008/000283 (87) WO2008/093060<br />

(51) IPC2012.01:C07K7/06, 08; A61K38/06, 08<br />

(71) NovaBiotics Limited<br />

(72) O'NEIL, Deborah<br />

(31) 07 0702020 (32) 2 Feb 2007 (33) GB<br />

(31) 07 899283 (32) 2 Feb 2007 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed is use <strong>of</strong> a peptide, or pharmaceutically acceptable salt<br />

there<strong>of</strong>, in the manufacture <strong>of</strong> a medicament for the treatment or<br />

alleviation <strong>of</strong> a fungal infection wherein the peptide consists <strong>of</strong> a<br />

sequence <strong>of</strong> 9 to 15 amino acids wherein all the amino acids in said<br />

sequence are arginine subject to 0, 1 or 2 substitutions to the amino<br />

acid sequence.<br />

(21) 578977 (22) 14 Feb 2008<br />

(54) 2-AMINOPYRIMIDINE MODULATORS OF THE HISTAMINE H4<br />

RECEPTOR<br />

(86) PCT/US2008/001950 (87) WO2008/100565<br />

(51) IPC2012.01:A01N43/40; A61K31/445<br />

(71) JANSSEN PHARMACEUTICA N.V.<br />

(72) CAI, Hui; CHAVEZ, Frank; EDWARDS, James, P; FITZGERALD,<br />

Anne, E; LIU, Jing; MANI, Neelakandha, S; WIENER, Danielle, K;<br />

RIZZOLIO, Michele, C; SAVALL, Brad, M; SMITH, Deborah, M;<br />

VENABLE, Jennifer, D; WEI, Jianmei; WOLIN, Ronald, L<br />

(31) 07 889798 (32) 14 Feb 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a 2-aminopyrimidine modulator <strong>of</strong> histamine H4 receptor<br />

with the compound formula (I) with specified substituents. The<br />

compound can be used to treat a variety <strong>of</strong> diseases, including allergy,<br />

asthma, and other immunological disorders.<br />

(21) 579013 (22) 26 Feb 2008<br />

(54) AUTOMATIC PRESSURE CONTROLLED RELAY PUMP SYSTEM<br />

FOR A PLURALITY OF MEDICATION FLUID INPUTS AND A<br />

MULTIPLE OF LIQUID OUTPUTS WITH FLOW THROUGH REFLUX<br />

BARRIERS<br />

(86) PCT/US2008/002490 (87) WO2008/106108<br />

(51) IPC2012.01:A61M5/168<br />

(71) Carefusion 303, Inc.<br />

(72) REBOURS, Pierre<br />

(31) 07 891671 (32) 26 Feb 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) A continuous pump relay system for injecting medication fluids or<br />

discharging liquids into an intravenous (IV) line tube, comprising a<br />

plurality <strong>of</strong> at least two drivers to operate respective plungers with<br />

end seals located in syringe type containers; tubes are connected to<br />

the vessels and feed the liquid into and through a reflux barrier; each<br />

line has a pressure sensor to generate a input signal that goes to a<br />

controller, which in turn generates an output signal to move each driver<br />

independently, calculated from the respective pressure input signal.<br />

Valves are located in each line between the container and reflux barrier<br />

that open when a container is connected to the system and close when<br />

the container is removed. The pressure sensor measures the differential<br />

pressure across the valve. When the medicament has been discharged<br />

from the first container, the driver moves the plunger backwards to<br />

reduce pressure within the tube. A second driver then operates in a<br />

forward direction to increase the pressure in the tubing up to a setpoint or<br />

reference pressure value. A control loop within the controller varies the<br />

change in the rate <strong>of</strong> the pressure increase until the pressure setpoint<br />

is reached.<br />

(21) 579024 (22) 9 Nov 2010<br />

(54) Handheld bud remover brush using wire bristles that form a contiuous<br />

curved bristle surface<br />

(51) IPC2012.01:A46B7/04; A46B9/00, 02; A01G17/00; A46B15/00;<br />

A01G3/08<br />

(71) Carson Reginald Green<br />

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INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) Green, Carson Reginald<br />

(74) ELLIS TERRY, Level 12, 45 Johnston Street, Wellington 6011, <strong>New</strong><br />

Zealand<br />

(57) A bud removal tool for use on vines is disclosed. The tool has a<br />

handle (103) that is between 1.2 and 1.6 metres in length, a head (105)<br />

attached to one end <strong>of</strong> the handle and a bristles (203). The bristles are<br />

segmented into two or more replaceable bristle sections (201A, 201B,<br />

201C) that are attached to the head and together form a curved and<br />

continuous bristle surface. The bristle surface is used to removing buds<br />

from a trunk. An object <strong>of</strong> the present invention is to provide a vine bud<br />

removal tool that can remove newly grown vine buds with relative ease<br />

and with minimal effort by the user.<br />

(21) 579084 (22) 28 Feb 2008<br />

(54) Solid forms <strong>of</strong> {1-methyl-5-[2-(5-trifluoromethyl-1H-imidazol-2-yl)pyridin-4-yloxy]-1H-benzoimidazol-2-yl}-(4-trifluromethyl-phenyl)amine<br />

(86) PCT/US2008/055227 (87) WO2008/140850<br />

(51) IPC2012.01:C07D401/14; A61K31/4439, 4184, 4178; A61P35/00<br />

(71) Novartis AG<br />

(72) HASHASH, Ahmad; LIN, Kangwen, L; OKHAMAFE, Augustus, O<br />

(31) 07 904455 (32) 2 Mar 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a solid form <strong>of</strong> 1-methyl-5-(2-(5-(trifluoromethyl)-1Himidazol-2-yl)pyridin-4-yloxy)-N-(4-(trifluoromethyl)phenyl)-1Hbenzo[d]imidazol-2-amine.<br />

The solid form is used to treat cancer.<br />

(21) 579157 (22) 5 Mar 2008<br />

(54) NOVEL 2-HETEROARYL SUBSTITUTED BENZOTHIOPHENES<br />

AND BENZOFURANES<br />

(86) PCT/SE2008/050243 (87) WO2008/108730<br />

(51) IPC2012.01:C07D405/04; A61K31/443, 4436, 501; C07D409/04;<br />

C07D471/04<br />

(71) ASTRAZENECA AB<br />

(72) SWAHN, Britt-Marie; WENSBO, David; ARZEL, Erwan<br />

(31) 60/893149 (32) 6 Mar 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are 2-heteroaryl substituted benzothiophene and<br />

benz<strong>of</strong>urane compounds <strong>of</strong> formula (Ia), wherein the substituents are as<br />

described within the specification. Further disclosed is a pharmaceutical<br />

composition comprising a compound <strong>of</strong> formula (Ia), the use <strong>of</strong> a<br />

compound <strong>of</strong> formula (Ia) in a process for the preparation <strong>of</strong> a<br />

labelled compound, and the use <strong>of</strong> a compound <strong>of</strong> formula (Ia) in the<br />

manufacture <strong>of</strong> a medicament for use in in vivo metod for measuring<br />

amyloid deposits in a subject, wherein the subject is suspected <strong>of</strong><br />

having a disease or syndrome selected form Alzheimer’s disease,<br />

familial Alzheimer’s disease, Down’s Syndrome and homozygotes for<br />

the apolipoprotein E4 allele.<br />

(21) 579204 (22) 22 Jan 2008<br />

(54) Improvement <strong>of</strong> cell growth in cells deficient in the enzyme<br />

dihydr<strong>of</strong>olate reductase<br />

(86) PCT/EP2008/050699 (87) WO2008/090148<br />

(51) IPC2012.01:C12N9/06; C12N15/66; C12N5/10<br />

(71) BOEHRINGER INGELHEIM PHARMA GMBH & CO. KG<br />

(72) KAUFMANN, Hitto; FLORIN, Lore; BECKER, Eric<br />

(31) 07 07101070 (32) 24 Jan 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) A method for improving cell growth <strong>of</strong> a cell line by the introduction<br />

<strong>of</strong> a dihydr<strong>of</strong>olate reductase (DHFR) expression cassette to increase<br />

the activity <strong>of</strong> DHFR, whereby the DHFR is not used as a selection or<br />

amplification maker.<br />

(21) 579230 (22) 19 Feb 2008<br />

(54) Substituted 4-aryl-1,4-dihydro-1,6-naphthyridinamides and use<br />

there<strong>of</strong><br />

(86) PCT/EP2008/001257 (87) WO2008/104306<br />

(51) IPC2012.01:C07D471/04; A61K31/437; A61P9/10<br />

(71) BAYER SCHERING PHARMA AKTIENGESELLSCHAFT<br />

(72) BARFACKER, Lars; KOLKHOF, Peter; SCHLEMMER, Karl-Heinz;<br />

GROSSER, Rolf; NITSCHE, Adam; KLEIN, Martina; MUNTER, Klaus;<br />

ALBRECHT-KUPPER, Barbara; HARTMANN, Elke<br />

(31) 07 07009494 (32) 27 Feb 2007 (33) DE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) The disclosure relates to novel substituted 4-aryl-1,4-dihydro-1,6naphthyridine-3-carboxamides<br />

<strong>of</strong> formula (I), a process for their<br />

preparation, their use for the treatment and/or prophylaxis <strong>of</strong> diseases,<br />

and their use for the manufacture <strong>of</strong> medicaments for the treatment and/<br />

or prophylaxis <strong>of</strong> diseases, especially cardiovascular disorders.<br />

(21) 579238 (22) 22 Feb 2008<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 78


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(54) ACTIVATION OF HUMAN ANTIGEN-PRESENTING CELLS<br />

THROUGH CLEC-6<br />

(86) PCT/US2008/054785 (87) WO2008/103947<br />

(51) IPC2012.01:C07K14/11, 705; A61P37/04; C07K17/14; C12N5/0784,<br />

10; C07K16/28; A61K39/395, 39<br />

(71) BAYLOR RESEARCH INSTITUTE<br />

(72) BANCHEREAU, Jacques, F; OH, Sangkon; ZURAWSKI, Gerard;<br />

ZURAWSKI, Sandra; LI, Dapeng<br />

(31) 07 891418 (32) 23 Feb 2007 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed are antibodies directed against the C-type lectin-like<br />

receptor 6 (CLEC-6). The antibodies are used for activating antigen<br />

presenting cells. CLEC-6 is synonymous with CLEC4D (C-type lectin<br />

domain family 4 member D) and CLECSF8 (C-type lectin superfamily<br />

member 8).<br />

(62) Divided out <strong>of</strong> 595319<br />

(21) 579244 (22) 28 Feb 2008<br />

(54) PROCESS FOR PREPARING ISOMERS OF CARMOTEROL<br />

(86) PCT/GB2008/000677 (87) WO2008/104781<br />

(51) IPC2012.01:C07D215/227<br />

(71) Cipla Limited<br />

(72) KANKAN, Rajendra, Narayanrao; RAO, Dharmaraj, Ramachandra;<br />

BIRARI, Dilip; SAWANT, Ashwini, Amol<br />

(31) 07MU 391 (32) 28 Feb 2007 (33) IN<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a process for preparing the (R,R)-, (S,S)-, (R,S)- or<br />

(S,R)-diastereomer <strong>of</strong> a the trialkyl silyl ether carmoterol <strong>of</strong> formula<br />

(III) comprising condensing the R or S enantiomer <strong>of</strong> an oxiranyl<br />

compound <strong>of</strong> formula (I) with the R or S enantiomer <strong>of</strong> an pmethoxyphenyl-1-methylethyl<br />

amine <strong>of</strong> formula (II) or a salt there<strong>of</strong><br />

wherein the substituents are defined in the specification and wherein<br />

the process is carried out in the presence <strong>of</strong> a solvent.<br />

(21) 579262 (22) 22 Feb 2008<br />

(54) THERAPEUTIC APPLICATIONS OF ACTIVATION OF HUMAN<br />

ANTIGEN-PRESENTING CELLS THROUGH DECTIN-1<br />

(86) PCT/US2008/054798 (87) WO2008/118587<br />

(51) IPC2009.01:C12N5/06<br />

(71) BAYLOR RESEARCH INSTITUTE<br />

(72) BANCHEREAU, Jacques, F; OH, SangKon; ZURAWSKI, Gerard;<br />

ZURAWSKI, Sandra; NI, Ling<br />

(31) 07 891425 (32) 23 Feb 2007 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is the use <strong>of</strong> an anti-Dectin-1-specific antibody or functional<br />

fragment there<strong>of</strong> in conjunction with one or more antigens, wherein<br />

the anti-Dectin-1-specific antibody or functional fragment there<strong>of</strong> is<br />

capable <strong>of</strong> activating a Dectin-1-expressing antigen presenting cell<br />

in the manufacture <strong>of</strong> a medicament for treating a disease selected<br />

from viral disease, bacterial diseases, fungal diseases, protozoa<br />

diseases, parasitic diseases, tumours, autoimmune diseases, allergies<br />

or graft rejection, wherein the one or more antigens are selected<br />

from the group consisting <strong>of</strong> viral antigens, bacterial antigens, fungal<br />

antigens, protozoal antigens, parasitic antigens, tumor antigens,<br />

antigens involved in autoimmune disease, antigens involved in allergy,<br />

and antigens involved in graft rejection. The effectiveness <strong>of</strong> antigen<br />

presentation by the antigen presenting cell is increased by contacting<br />

the antigen presenting cell with the anti-Dectin-1-specific antibody<br />

or functional fragment there<strong>of</strong>, wherein the antigen presenting cells<br />

comprise an isolated dendritic cell, a peripheral blood mononuclear cell,<br />

a monocyte, a B cell, a myeloid dendritic cell, or combinations there<strong>of</strong>.<br />

The anti-Dectin-1-specific antibody or fragment there<strong>of</strong> is a specific for<br />

the ectodomain <strong>of</strong> Dectin-1.<br />

(62) Divided out <strong>of</strong> 594892<br />

(21) 579274 (22) 12 Mar 2008<br />

(54) IMPROVED AQUEOUS-BASED INSULATING FLUIDS AND<br />

RELATED METHODS<br />

(86) PCT/GB2008/000868 (87) WO2008/110798<br />

(51) IPC2012.01:C10M173/02; C09K8/12<br />

(71) Halliburton Energy Services, Inc.<br />

(72) EZELL, Ryan; MILLER, Jeffrey, J; PEREZ, Gregory, P<br />

(31) 07 685909 (32) 14 Mar 2007 (33) US<br />

(31) 07 685923 (32) 14 Mar 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an aqueous-based insulating fluid that (i) an aqueous<br />

base fluid, (ii) a water-miscible organic liquid, wherein the watermiscible<br />

liquid comprises at least one amine selected from the<br />

group consisting <strong>of</strong> diethyl amine, 2-(dimethylamino)ethanol, and any<br />

combination there<strong>of</strong>, and (iii) a synthetic polymer, wherein at least a<br />

portion <strong>of</strong> the synthetic polymer is crosslinked in a reaction comprising<br />

at least one crosslinking agent selected from the group consisting<br />

<strong>of</strong>: polyalkylimines; polyalkyleneimines; polyethyleneimine; and any<br />

combination there<strong>of</strong>. Also disclosed is a method for preparing a fluid, a<br />

method <strong>of</strong> using the fluid in pipes or tubes, for example as a well bore<br />

fluid, and a method <strong>of</strong> forming a gel or an annulus.<br />

(21) 579356 (22) 7 Mar 2008<br />

(54) CYCLOPAMINE LACTAM ANALOGS AND METHODS OF USE<br />

THEREOF<br />

(86) PCT/US2008/056229 (87) WO2008/109829<br />

(51) IPC2012.01:C07D491/048; A61P35/00; C07D215/06<br />

(71) Infinity Pharmaceuticals, Inc.<br />

(72) GROGAN, Michael, J; TREMBLAY, Martin<br />

(31) 07 893591 (32) 7 Mar 2007 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed are cyclopamine lactam compounds represented by<br />

general formula 1. The compounds are used for the treatment <strong>of</strong> cancer.<br />

(21) 579361 (22) 7 Mar 2008<br />

(54) HETEROCYCLIC CYCLOPAMINE ANALOGS AND METHODS OF<br />

USE THEREOF<br />

(86) PCT/US2008/003200 (87) WO2008/109184<br />

(51) IPC2012.01:C07D491/04, 10; A61K31/4355, 4747, 675<br />

(71) Infinity Discovery, Inc.<br />

(72) CASTRO, Alfredo C; GROGAN, Michael, J; TREMBLAY, Martin<br />

(31) 07 893595 (32) 7 Mar 2007 (33) US<br />

(74) FB RICE, Level 23, 200 Queen Street, Melbourne, Victoria 3000,<br />

Australia<br />

(57) Disclosed are heterocyclic cyclopamine compounds represented by<br />

general formulae 1a and 1b. The compounds are used for the treatment<br />

<strong>of</strong> cancer.<br />

(21) 579389 (22) 24 Feb 2008<br />

(54) SPIRO SUBSTITUTED COMPOUNDS AS ANGIOGENESIS<br />

INHIBITORS<br />

(86) PCT/US2008/054816 (87) WO2008/112407<br />

(51) IPC2012.01:C07D401/02; A61K31/47, 517; C07D403/02<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 79


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(71) ADVENCHEN LABORATORIES, LLC<br />

(72) CHEN, Guoqing, Paul<br />

(31) 60/894692 (32) 14 Mar 2007 (33) US<br />

(31) 60/941698 (32) 4 Jun 2007 (33) US<br />

(31) 12/036244 (32) 23 Feb 2008 (33) US<br />

(74) Acacia Law, Suite 3942, 24B Moorefield Road, Johnsonville,<br />

Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a angiogenesis inhibiting compound <strong>of</strong> formula I, wherein<br />

the substituents are as described within the specification. An example <strong>of</strong><br />

a compound <strong>of</strong> formula I includes: Benzyl 1-((4-(1H-indol-5-ylamino)-6methoxyquinolin-7-yloxy)methyl)cyclopropylcarbamate;<br />

and 7-((1-<br />

Aminocyclopropyl)methoxy)-N-(1H-indol-5-yl)-6-methoxyquinolin-4amine.<br />

Further disclosed is a method <strong>of</strong> producing a compound <strong>of</strong><br />

formula I, a pharmaceutical composition comprising a compound <strong>of</strong><br />

formula I, the use <strong>of</strong> a compound <strong>of</strong> formula I in the manufacture<br />

<strong>of</strong> a medicament for use in treating a neoplastic or proliferative or<br />

inflammatory disease, or a transplantation disorder, especially those<br />

caused by excess or inappropriate tyrosine kinases.<br />

(21) 579404 (22) 20 Feb 2008<br />

(54) MULTILAYER STRUCTURE FORMED BY NANOPARTICULAR<br />

LAMINA WITH UNIDIMENSIONAL PHOTONIC CRYSTAL<br />

PROPERTIES, METHOD FOR THE PRODUCTION THEREOF AND<br />

USE THEREOF<br />

(86) PCT/ES2008/070028 (87) WO2008/102046<br />

(51) IPC2012.01:G02B1/02<br />

(71) CONSEJO SUPERIOR DE INVESTIGACIONES CIENTIFICAS<br />

(72) Ocana Jurado, Manuel; COLODRERO PEREZ, Silvia; MIGUEZ<br />

GARCIA, Hernan Ruy<br />

(31) P200700481 (32) 23 Feb 2007 (33) ES<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is a mesoporous nanoparticulate multilayer structure,<br />

having pores whose average size is in the range comprised between<br />

1 nm and 100nm, with the properties <strong>of</strong> a Bragg reflector or<br />

unidimensional photonic crystal, characterised in that it comprises<br />

periodically alternating laminae composed <strong>of</strong> nanoparticles, the laminae<br />

having different refractive indices and a thickness between 1 nm<br />

and 200 nm. Further disclosed is the a process for obtaining the<br />

nanoparticulate multilayer structure, characterised in that it comprises<br />

the following stages: a) preparation <strong>of</strong> suspensions <strong>of</strong> nanoparticles,<br />

the composition <strong>of</strong> which is that <strong>of</strong> any material that can be obtained<br />

in the form <strong>of</strong> a nanoparticle, where the suspension medium is any<br />

liquid wherein these particles can become dispersed, and where<br />

the concentration there<strong>of</strong> is comprised between 1 percent and 99<br />

percent by weight; and b) formation <strong>of</strong> a multilayer structure <strong>of</strong> a high<br />

interconnected porosity and with the properties <strong>of</strong> a unidimensional<br />

photonic crystal through the alternating deposition, on any substrate,<br />

<strong>of</strong> laminae <strong>of</strong> controlled thickness <strong>of</strong> nanoparticles based on the<br />

suspensions described in a), in such a manner as to create an<br />

alternation in refractive index value and wherein the thickness <strong>of</strong> each<br />

<strong>of</strong> the laminae <strong>of</strong> nanoparticles that forms the multilayer is comprised<br />

between 1 nm and 1 micron, and where the number <strong>of</strong> nanoparticulate<br />

laminae present in the multilayer may vary between 1 and 100 layers.<br />

Also disclosed is the use <strong>of</strong> said nanoparticulate multilayer structure in<br />

the manufacturing <strong>of</strong> optical elements.<br />

(21) 579415 (22) 5 Mar 2008<br />

(54) METHOD OF PREPARING MORE DIGESTIBLE ANIMAL FEED<br />

(86) PCT/US2008/002940 (87) WO2008/109111<br />

(51) IPC2012.01:A23K1/12, 165; D21C3/02<br />

(71) ARCHER-DANIELS-MIDLAND COMPANY<br />

(72) ABBAS, Charles; BAO, Wuli; BEERY, Kyle E; CECAVA, Mike J;<br />

DOANE, Perry H; DUNN, James L; HOLZGRAEFE, David P<br />

(31) 07 904938 (32) 5 Mar 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a process for making an animal feed comprising:<br />

contacting an edible fiber source in a mixture with an inorganic fiber<br />

hydrolyzing agent in a continuous process in a mixing device having<br />

at least one rotating member that shears the edible fiber and wherein<br />

the pressure is about 14 psig to about 50 psig the temperature is about<br />

100°C to 110 °C, and the time is between about 1 second to less than 5<br />

minutes to solubilize a first portion <strong>of</strong> carbohydrates from lignocellulosic<br />

material in the edible fiber source; contacting the edible fiber source with<br />

an enzyme fiber degrading agent selected from the group consisting <strong>of</strong><br />

cellulases, hemicellulases, esterases, phytases, laccases, peroxidases<br />

and proteases for a time sufficient to solubilize a second portion <strong>of</strong><br />

carbohydrates from lignocellulosic material in the edible fiber source;<br />

and drying the contacted edible fiber source to form a dried mixture<br />

having an insoluble fiber fraction and a soluble carbohydrate fraction<br />

derived from a common edible fiber source and wherein the soluble<br />

carbohydrate fraction is at least 45% wt/wt <strong>of</strong> the total carbohydrates<br />

contributed by the insoluble fiber fraction and soluble carbohydrate<br />

fraction.<br />

(21) 579431 (22) 6 Mar 2008<br />

(54) Substituted dihydro and tetrahydro oxazolopyrimidinones,<br />

preparation and use there<strong>of</strong><br />

(86) PCT/US2008/056002 (87) WO2008/112483<br />

(51) IPC2012.01:A61K31/519; A61P25/06, 18, 24; A61P29/00;<br />

C07D498/04<br />

(71) San<strong>of</strong>i-Aventis<br />

(72) CAO, Bin; GURUNIAN, Vieroslava; KONGSAMUT, Sathapana;<br />

KOSLEY, Raymond W; SHER, Rosy; HARTUNG, Ryan E<br />

(31) 07 893991 (32) 9 Mar 2007 (33) US<br />

(74) Watermark <strong>Patent</strong> and Trade Marks Attorneys, Level 2, 302 Burwood<br />

Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is a dihydro and tetrahydro oxazolopyrimidinones<br />

compound <strong>of</strong> formula (I) wherein the substituents are<br />

as disclosed in the description. Examples <strong>of</strong> compounds<br />

<strong>of</strong> formula (I) include: 2-{4-isopropyl-phenoxymethyl)-2,3-dihydrooxazoIo[3,2-a]pyrimidin-7-one;2-{3-tert-butyl-phenoxymethyl)-2,3dihydro-oxazolo[3,2-a<br />

]pyrimidin-7-one and 2-[ 4-(1-methyl-lphenyl-ethyl)-phenoxymethyl]-2,3-dihydro-oxazolo[3,2-a]pyrimidin-7<br />

–<br />

one. Also disclosed is a pharmaceutical composition comprising a<br />

compound <strong>of</strong> formula (I) and the use <strong>of</strong> a compound <strong>of</strong> formula (I) for the<br />

preparation <strong>of</strong> a pharmaceutical composition for modulating one or more<br />

metabotropic glutamate receptor functions for treating neurological<br />

or psychiatric disorders for treating anxiety, migraine, schizophrenia,<br />

epilepsy and pain.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 80


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 579490 (22) 11 Mar 2008<br />

(54) Growth hormone secretion stimulator comprising milk-derived basic<br />

fraction<br />

(86) PCT/JP2008/054338 (87) WO2008/111573<br />

(51) IPC2012.01:A61K38/00; A61P5/06<br />

(71) Megmilk Snow Brand Co., Ltd<br />

(72) ONO, Aiko; MATSUYAMA, Hiroaki; MORITA, Yoshikazu;<br />

SERIZAWA, Atsushi; HIGURASHI, Satoshi<br />

(31) 07 062372 (32) 12 Mar 2007 (33) JP<br />

(74) DAVIES COLLISON CAVE - Sydney, Level 14, 255 Elizabeth Street,<br />

Sydney, <strong>New</strong> South Wales, Australia<br />

(57) Provided is the use <strong>of</strong> a milk-derived basic protein fraction for the<br />

manufacture <strong>of</strong> a medicament for promoting growth hormone secretion<br />

in patients with abnormal/pathological growth hormone secretion,<br />

wherein the milk-derived basic protein fraction comprises proteins in an<br />

amount <strong>of</strong> 95 weight % with a molecular weight in the range <strong>of</strong> from<br />

3,000 to 80,000, the proteins comprising lact<strong>of</strong>errin and lactoperoxidase<br />

and wherein the amino acid composition <strong>of</strong> the proteins is at least 15<br />

weight % basic amino acids.<br />

(21) 579521 (22) 11 Mar 2008<br />

(54) SHOE INSERT INCLUDING INNER WEB WITH FUNCTIONAL<br />

PARTICLES<br />

(86) PCT/CN2008/070464 (87) WO2008/110113<br />

(51) IPC2012.01:A43B13/00; A43B7/00; A43B1/00; A43B23/00;<br />

A43B17/00<br />

(71) Noveko Trading 2008 LLC<br />

(72) CHEN, Hung-Jen<br />

(31) 07 072010 3806 (32) 12 Mar 2007 (33) CN<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) A multi-function health care self-cleaning shoe material includes a<br />

shoe material main body 10 which has a peripheral contour area 11, an<br />

inner area 12 and at least a sheet-form web body 120 located in the<br />

inner area 12 <strong>of</strong> the main body 10. The web body 120 is fixed on the<br />

peripheral contour area 11 and is a web-form fabric having plural fibers<br />

in both the warp and weft directions. Many functional particles (130)<br />

are contained in the fibers. The functional particles may be particles<br />

<strong>of</strong> submicron tourmaline, various metal oxides and metals, and other<br />

substances.<br />

(21) 579524 (22) 25 Feb 2008<br />

(54) Lubrication <strong>of</strong> a chainsaw using sensors to detect conditions <strong>of</strong> the<br />

saw and supplying lubrication to suit<br />

(86) PCT/FR2008/000245 (87) WO2008/122717<br />

(51) IPC2012.01:B27B17/12; F16N29/02; F16N7/38<br />

(71) PELLENC<br />

(72) PELLENC, Roger<br />

(31) 07 0701357 (32) 26 Feb 2007 (33) FR<br />

(74) P L BERRY & ASSOCIATES, 15B Byron Street, Sydenham,<br />

Christchurch 8023, <strong>New</strong> Zealand<br />

(57) A lubrication mechanism for a chain saw (1). The chainsaw has an<br />

endless cutting chain fitted around a drive pinion and a chain guide (6)<br />

that is equipped with a guiding rail. A motor drives the cutting chain, by<br />

means <strong>of</strong> the pinion. A lubricant storage tank is connected to a pump<br />

for sending the lubricant towards the chain guide/cutting chain. Unlike<br />

the prior art chainsaws, where the pump is driven by the motor that<br />

turns the drive pinion, this pump is coupled to an electric drive motor<br />

which is independent from the main motor and powered by a battery.<br />

The same battery may drive the main motor. Sensors are able to sense<br />

the condition <strong>of</strong> the chainsaw and adjust the lubrication as needed now<br />

that the pump is not directly driven by the motor, making the lubrication<br />

tailored to the state <strong>of</strong> the machine and not determined by the main<br />

motor speed.<br />

(21) 579630 (22) 1 May 2008<br />

(54) SYNERGISTIC PESTICIDAL MIXTURES<br />

(86) PCT/US2008/005613 (87) WO2009/134224<br />

(51) IPC2012.01:A01N37/40; A01N47/40; A01N53/00; A01N57/16;<br />

A01N43/22; C07D419/04; A61K31/44; C07D213/28, 89; A01P7/04<br />

(71) Dow AgroSciences LLC<br />

(72) MEADE, Thomas; HUANG, Jim X; BABCOCK, Jonathan M;<br />

FARROW, Marc<br />

(31) 07 927119 (32) 1 May 2007 (33) US<br />

(74) Freehills <strong>Patent</strong> & Trade Mark Attorneys, Level 43, 101 Collins Street,<br />

Melbourne, Victoria 3000, Australia<br />

(57) Disclosed herein is a process comprising applying a synergistic<br />

composition comprising a mixture <strong>of</strong> [1-(6-trifluoromethylpyridin-3yl)ethyl](methyl)-oxido-ë4-sulfanylidenecyanamide,<br />

and one or more<br />

<strong>of</strong>: spinosad, spinetoram, gamma-cyhalothrin, methoxyfenozide or<br />

chlorpyrifos; to a locus to control pests.<br />

(62) Divided out <strong>of</strong> 597749<br />

(21) 579693 (22) 10 Mar 2008<br />

(54) SYSTEM AND METHOD FOR DRIVING AND RECEIVING DATA<br />

FROM MULTIPLE TOUCH SCREEN DEVICES<br />

(86) PCT/US2008/003155 (87) WO2008/115365<br />

(51) IPC2012.01:G06F3/14, 048<br />

(71) Savant Systems LLC<br />

(72) ALLEN, James, F; MADONNA, Robert, P; JACOBSON, Arthur, A<br />

(31) 07 687435 (32) 16 Mar 2007 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed is an apparatus for driving a plurality <strong>of</strong> touch screen<br />

devices from a single graphics signal. The apparatus includes a general-<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 81


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

purpose computer configured to provide a graphics signal <strong>of</strong> a particular<br />

display resolution. The graphics signal has a plurality <strong>of</strong> graphics<br />

frames. The apparatus also includes a display segmentor configured<br />

to divide a first portion <strong>of</strong> each graphics frame into a plurality <strong>of</strong> pixel<br />

groups, while a second portion <strong>of</strong> each graphics frame is not a part<br />

<strong>of</strong> any pixel group <strong>of</strong> the plurality <strong>of</strong> pixel groups. Each pixel group<br />

is associated with a particular touch screen device <strong>of</strong> the plurality<br />

<strong>of</strong> touch screen devices. The display segmentor is further configured<br />

to generate an individual graphics signal for each pixel group. Each<br />

individual graphics signal has a display resolution that is lower than the<br />

particular display resolution. The apparatus further includes one or more<br />

interfaces configured to transmit each individual graphics signal to one<br />

<strong>of</strong> the plurality <strong>of</strong> touch screen devices.<br />

(21) 579764 (22) 22 Mar 2008<br />

(54) 8-OXY-QUINOLINE DERIVATIVES AS BRADYKININ B2<br />

RECEPTOR MODULATORS<br />

(86) PCT/EP2008/002316 (87) WO2008/116620<br />

(51) IPC2012.01:C07D413/14; A61K31/4709; C07D405/14; A61P29/00;<br />

C07D401/14; C07D417/14; C07D409/14<br />

(71) JERINI AG<br />

(72) GIBSON, Christoph; TRADLER, Thomas; SCHNATBAUM, Karsten;<br />

PFEIFER, Jochen; LOCARDI, Elsa; SCHARN, Dirk; PASCHKE,<br />

Matthias; REIMER, Ulf; RICHTER, Uwe; HUMMEL, Gerd; REINEKE,<br />

Ulrich<br />

(31) 07 006089 (32) 23 Mar 2007 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are 8-oxy quinoline compounds <strong>of</strong><br />

formula I, salts there<strong>of</strong>, and methods for their<br />

preparation. Specific examples <strong>of</strong> compounds <strong>of</strong> formula<br />

I include: 1-{4-Chloro-3-[4-(4-fluoro-pyrazol-1-yl)-2-methyl-quinolin-8yloxymethyl]-6-methylpyridin-2-ylmethyl}-2-oxo-1,2-dihydro-pyridine-3carbonitrile,1-{3-[4-(5-Chloro-thiazol-4-yl)-2-methyl-quinolin-8yloxymethyl]-4-methyl-pyridin-2-ylmethyl}-3-trifluoromethyl-1Hpyridin-2-one,N-(5-{8-[4-Chloro-2-(2-oxo-3-trifluoromethyl-2Hpyridin-1-ylmethyl)-pyridin-3-ylmethoxy]-2-methyl-quinolin-4-yl}-1Hpyrazol-4-ylmethyl)-acetamide,<br />

and 1-{4-Chloro-3-[4-(4-hydroxy-1Hpyrazol-3-yl)-2-methyl-quinolin-8-yloxymethyl]-6-methyl-pyridin-2ylmethyl}-2-oxo-1,2-dihydro-pyridine-3-carbonitrile.<br />

Also disclosed is<br />

the use <strong>of</strong> compounds <strong>of</strong> formula I for inhibiting binding <strong>of</strong> BK to a BK<br />

B2 receptor and the use <strong>of</strong> detectably labelled compounds <strong>of</strong> formula<br />

I for localizing or detecting a BK B2 receptor in a tissue. Compounds<br />

<strong>of</strong> formula I are useful for treating skin disorders; eye diseases;<br />

ear diseases; mouth, throat and respiratory diseases; gastrointestinal<br />

diseases; liver, gallbladder and pancreatic diseases; urinary tract<br />

and kidney diseases; diseases <strong>of</strong> male genitale organs and female<br />

genitale organs; diseases <strong>of</strong> the hormone system; metabolic diseases;<br />

cardiovascular diseases; blood diseases; lymphatic diseases; disorders<br />

<strong>of</strong> the central nervous system; brain disorders; musculoskeletal system<br />

diseases; allergy disorders; pain; infectious diseases; inflammatory<br />

disorders; injuries; immunology disorders; cancers; hereditary diseases;<br />

or edema.<br />

(21) 579767 (22) 21 Mar 2008<br />

(54) Acetyl L-carnitine, optionally combined with an antihypertensive drug<br />

or a statin, for the prevention <strong>of</strong> type 2 diabetes and its complications in<br />

pre-diabetic patients with insulin resistance<br />

(86) PCT/EP2008/053437 (87) WO2008/113862<br />

(51) IPC2012.01:A61K31/205, 22, 24, 366, 405; A61K45/06; A61P3/00<br />

(71) SIGMA-TAU INDUSTRIE FARMACEUTICHE RIUNITE S.P.A.<br />

(72) CAVAZZA, Claudio; CARMINATI, Paolo<br />

(31) 07104624.7 (32) 21 Mar 2007 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> acetyl L-carnitine, or a pharmaceutically<br />

acceptable salt there<strong>of</strong>, in combination with an antihypertensive drug,<br />

for preparing a medicament for the prevention or delay <strong>of</strong> onset <strong>of</strong><br />

type 2 diabetes and its clinical complications in pre-diabetic subjects<br />

with insulin resistance. Further disclosed is the use <strong>of</strong> acetyl L-carnitine<br />

for preparing a medicament for the reduction <strong>of</strong> high systolic blood<br />

pressure or high pulse blood pressure, in pre-diabetic subjects already<br />

in treatment with an anti hypertensive drug.<br />

(21) 579781 (22) 27 Mar 2008<br />

(54) SCAFFOLDING PROP WITH CONNECTING ASSEMBLY<br />

INCLUDING PIVOTING LOCK ELEMENT<br />

(86) PCT/DE2008/000538 (87) WO2008/128500<br />

(51) IPC2012.01:E04G7/30; E04G1/14; E04G5/14<br />

(71) WILHELM LAYHER VERWALTUNGS-GMBH<br />

(72) KRELLER, Helmut<br />

(31) 10 2007 018 314 (32) 18 Apr 2007 (33) DE<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) A prop (32.1) for a three-dimensional framework, particularly a<br />

scaffold, comprising a fastening mechanism for attaching a railing<br />

device (28.1, 28.2) to the prop. The fastening mechanism comprises a<br />

locking element (45) which can be swiveled about a swivel pin. In the<br />

locked position, the locking surface <strong>of</strong> the locking element lies across<br />

from a bearing surface <strong>of</strong> a support element (42) that is mounted on the<br />

prop. Furthermore, in the locked position and in the operational position<br />

<strong>of</strong> the prop, the locking surface <strong>of</strong> the locking element is disposed at a<br />

vertical distance above the bearing surface <strong>of</strong> the support element, and/<br />

or in the operational position <strong>of</strong> the prop, the swivel pin is placed at a<br />

vertical distance above the locking surface that is in the locking position,<br />

preferably also at a vertical distance above the bearing surface <strong>of</strong> the<br />

support element.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 82


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 579802 (22) 22 Feb 2008<br />

(54) Compounds for improving the efficacy <strong>of</strong> other drugs<br />

(86) PCT/US2008/054788 (87) WO2008/103949<br />

(51) IPC2012.01:C07D277/28; A61K31/427; A61P31/12; C07D417/14<br />

(71) GILEAD SCIENCES, INC.<br />

(72) DESAI, Manoj C; HONG, Allen Y; HUI, Hon C; LIU, Hongtao; VIVIAN,<br />

Radall W; XU, Lianhong<br />

(31) 07 903228 (32) 23 Feb 2007 (33) US<br />

(31) 07 958716 (32) 6 Jul 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a pharmaceutical composition which<br />

comprises a compound <strong>of</strong> formula (a) which<br />

is ((thiazol-5-yl)methyl) (2R,5R)-5-(((S)-(3-((isopropylthiazol-4yl)methyl)-3-methylureido)-2-(morpholinoethyl)ethyl)amido)-1,6diphenylhexan-2-ylcarbamate,<br />

ten<strong>of</strong>ovir disoproxil fumarate,<br />

emtricitabine and elvitegravir for the treatment <strong>of</strong> HIV infection.<br />

(62) Divided out <strong>of</strong> 598944<br />

(21) 579815 (22) 10 Mar 2008<br />

(54) Electrolysis cells where the cathode bars have a combination <strong>of</strong><br />

vertical and horizontal outlets<br />

(86) PCT/NO2008/000087 (87) WO2008/120993<br />

(51) IPC2012.01:C25C3/16<br />

(71) NORSK HYDRO ASA<br />

(72) OVSTETUN, Frank; DROSTE, Christian<br />

(31) 20071766 (32) 2 Apr 2007 (33) NO<br />

(74) P L BERRY & ASSOCIATES, 15B Byron Street, Sydenham,<br />

Christchurch 8023, <strong>New</strong> Zealand<br />

(57) A method for operating electrolysis cells connected in series, where<br />

electrical current is led into one first cell via an anode arrangement<br />

arranged in the upper part <strong>of</strong> the cell, through an electrical conducting<br />

electrolyte and further through a substantially horizontal cathode, and<br />

further to an anode arrangement <strong>of</strong> a neighbouring cell, via one or more<br />

risers 6 and where electric current is led vertically out <strong>of</strong> the cell from<br />

at least one intermediate position <strong>of</strong> the cathode by means <strong>of</strong> at least<br />

one connection and further downstream the cathode is connected to the<br />

one or more risers 6 where current is conducted from the cathode via<br />

at least one collector bar 12 integrated therein. The current is led out<br />

<strong>of</strong> the cathode via the at least one intermediate position in combination<br />

with at least one horizontal end <strong>of</strong> a collector bar 12.<br />

(21) 580043 (22) 29 Feb 2008<br />

(54) IMPROVEMENT OF PROTEIN PRODUCTION THROUGH<br />

INCREASED EXPRESSION OF MUTATED START DOMAIN<br />

PROTEIN CERT<br />

(86) PCT/EP2008/052493 (87) WO2008/107388<br />

(51) IPC2012.01:C12N15/67<br />

(71) BOEHRINGER INGELHEIM PHARMA GMBH & CO. KG<br />

(72) KAUFMANN, Hitto; FLORIN, Lore; BECKER, Eric; OLAYIOYE,<br />

Monilola; HAUSSER, Angelika; FUGMANN, Tim<br />

(31) 07 07103406 (32) 2 Mar 2007 (33) EP<br />

(31) 07 07104226 (32) 15 Mar 2007 (33) EP<br />

(31) 07 07116358 (32) 13 Sep 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> increased expression <strong>of</strong> a protein having<br />

ceramide transfer protein (CERT) to produce heterologous proteins <strong>of</strong><br />

interest. Also disclosed are vectors comprising a first polynucleotide<br />

encoding for a protein having an amino acid comprising CERT sequence<br />

and a second polynucleotide encoding for a polynucleotide <strong>of</strong> interest.<br />

Also disclosed are pharmaceutical compositions comprising inhibitors<br />

and suppressors <strong>of</strong> a protein having a CERT sequence and a method<br />

for identifying a modulator <strong>of</strong> ceramide transfer protein (CERT) function.<br />

(21) 580247 (22) 21 Apr 2008<br />

(54) MANIPULATION OF PLANT SENESCENCE USING MODIFIED<br />

ARABIDPOSIS MYB PROMOTERS<br />

(86) PCT/AU2008/000556 (87) WO2008/128293<br />

(51) IPC2012.01:C12N15/11, 63; A01H1/00; A01H3/00; A01H5/00<br />

(71) La Trobe University; Agriculture Victoria Services Pty Ltd<br />

(72) SPANGENBERG, German; RAMAGE, Carl. McDonald;<br />

PALVIAINEN, Melissa Ann; PARISH, Roger W; HEAZLEWOOD,<br />

Joshua<br />

(31) 07 789526 (32) 24 Apr 2007 (33) US<br />

(74) JONES TULLOCH, 484 Glenferrie Road, Hawthorn, Victoria 3122,<br />

Australia<br />

(57) A method <strong>of</strong> manipulating senescence in a plant and enhancing plant<br />

biomass. The method comprises transforming a plant with a genetic<br />

construct that has a cytokinin biosynthesis gene operably linked to a<br />

myb gene promoter that has at least one root specific or pollen specific<br />

motif deleted or inactivated from the promoter. The myb promoter can<br />

be from Arabidopsis and the root specific motif can be the sequence<br />

ATATT or AATAT and the pollen specific motif can be the sequence<br />

TTCT or AGAA.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 83


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 580415 (22) 21 Apr 2008<br />

(54) Dosing regimen for (-)-(1R,2R)-3-(3-dimethylamino-1-ethyl-2-methylpropyl)-phenol<br />

(86) PCT/EP2008/003178 (87) WO2008/128740<br />

(51) IPC2012.01:A61K31/137; A61P25/04<br />

(71) Grunenthal GmbH<br />

(72) LANGE, Claudia; ROMBOUT, Ferdinand<br />

(31) 07 07008218 (32) 23 Apr 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> tapentadol chemical name for which is<br />

(-)-(1R,2R)-3-(3-dimethylamino-1-ethyl-2-methyl-propyl)-phenol for the<br />

manufacture <strong>of</strong> a medicament comprising: at least one administration<br />

unit A containing dose a <strong>of</strong> tapentadol adapted for administration during<br />

a first administration interval, and at least one administration unit B<br />

containing dose b <strong>of</strong> tapentadol adapted for administration during a<br />

second administration interval following the first administration interval,<br />

where dose a is less than dose b, for the treatment <strong>of</strong> pain.<br />

(21) 580429 (22) 2 Jun 2008<br />

(54) PHENYL SUBSTITUTED CYCLOALKYLAMINES AS MONOAMINE<br />

REUPTAKE INHIBITORS<br />

(86) PCT/US2008/065571 (87) WO2008/151156<br />

(51) IPC2012.01:A01N43/00<br />

(71) SEPRACOR, INC.<br />

(72) SHAO, Liming; WANG, Fengjiang; MALCOLM, Scott, Christopher;<br />

HEWITT, Michael, Charles; MA, Jianguo; RIBE, Seth; VARNEY, Mark,<br />

A; CAMPBELL, Una; ENGEL, Sharon, Rae; HARDY, Larry, Wendell;<br />

KOCH, Patrick; SCHREIBER, Rudy; SPEAR, Kerry, L<br />

(31) 07 941242 (32) 31 May 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are phenyl substituted cycloalkylamines represented<br />

by general formula (IV). The compounds are used for treating a<br />

neurological disorder, an eating disorder or for inhibiting reuptake <strong>of</strong> at<br />

least one monoamine from a cell in a mammalian subject.<br />

(21) 580487 (22) 26 Mar 2008<br />

(54) BACTERIALLY-DERIVED, INTACT MINICELLS THAT<br />

ENCOMPASS PLASMID-FREE FUNCTIONAL NUCLEIC ACID FOR IN<br />

VIVO DELIVERY TO MAMMALIAN CELLS<br />

(86) PCT/IB2008/002984 (87) WO2009/027830<br />

(51) IPC2012.01:C12N15/11, 87; A61K48/00<br />

(71) EnGeneIC Molecular Delivery Pty. Ltd.<br />

(72) BRAHMBHATT, Himanshu; MACDIARMID, Jennifer; HULF, Toby<br />

(31) 07 909074 (32) 30 Mar 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a composition comprising (a) a plurality <strong>of</strong> intact,<br />

bacterially-derived minicells, wherein each minicell <strong>of</strong> said plurality<br />

encompasses regulatory RNA that is packaged in said minicell, and<br />

(b) a pharmaceutically acceptable carrier therefor, wherein there is an<br />

absence from said minicells <strong>of</strong> a construct for in situ expression <strong>of</strong> said<br />

regulatory RNA, wherein said regulatory RNA is selected from the group<br />

consisting <strong>of</strong> siRNA, miRNA and shRNA, and wherein said plurality<br />

contains a therapeutically effective amount <strong>of</strong> said regulatory RNA. Also<br />

disclosed is the use <strong>of</strong> the said composition in the preparation <strong>of</strong> a<br />

medicament for the treatment <strong>of</strong> cancer.<br />

(21) 580530 (22) 3 Jun 2008<br />

(54) ANTI VEGF POLYPEPTIDES, ANTIBODY VARIABLE DOMAINS<br />

AND ANTAGONISTS<br />

(86) PCT/GB2008/050404 (87) WO2008/149147<br />

(51) IPC2012.01:C07K16/00, 22, 28<br />

(71) DOMANTIS LIMITED<br />

(72) STEWARD, Michael; PUPECKA, Malgorzata; TOMLINSON, Ian;<br />

ENEVER, Carolyn; JESPERS, Laurent; BATUWANGALA, Thil Dinuk<br />

(31) 07 933632 (32) 6 Jun 2007 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed is an anti-VEGF antagonist comprising an amino acid<br />

sequence that is identical to the amino acid sequence <strong>of</strong> DOM<br />

15-26-593 or differs from the amino acid sequence <strong>of</strong> DOM 15-26-593<br />

at no more than 10 amino acid positions and has a CDR2 sequence<br />

that is at least 50% identical to the CDR2 sequence <strong>of</strong> DOM 15-26-593,<br />

wherein the amino acid sequence <strong>of</strong> DOM 15-26-593 is as set out in<br />

Figure 5.<br />

(21) 580550 (22) 21 Apr 2008<br />

(54) BIOFERTILIZER FORMULATION<br />

(86) PCT/US2008/005131 (87) WO2008/130701<br />

(51) IPC2012.01:C12N1/20<br />

(71) MANUEL GIDEKEL; ANA GUTIERREZ; LETICIA BARRIENTOS;<br />

GUSTAVO CABRERA; GRACIELA BERRIOS; IVAN MIHOVILOVIC<br />

(72) GIDEKEL, Manuel; GUTIERREZ, Ana; BARRIENTOS, Leticia;<br />

CABRERA, Gustavo; BERRIOS, Graciela; MIHOVILOVIC, Ivan<br />

(31) 07 925444 (32) 21 Apr 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is a bi<strong>of</strong>ertilizer composition, comprising psychrophilic<br />

bacterial strains isolated from rhizosphere <strong>of</strong> Deschampsia antarctica,<br />

wherein the composition contains one or more bacterial strains selected<br />

from the group consisting <strong>of</strong> Pseudomonas antarctica DaBact TI-8 (PTA<br />

8990), Pseudomonas trivialis DaBact 2H (PTA 8988) and Arthrobacter<br />

ssp. DaBact MII-9 (PTA 8989).<br />

(21) 580591 (22) 7 May 2008<br />

(54) IMPROVEMENTS IN THE PRODUCTION OF FERRO-ALLOYS<br />

(86) PCT/AU2008/000637 (87) WO2008/134822<br />

(51) IPC2012.01:C21C5/52, 56; C21B11/10; C21B13/12; C22C33/00<br />

(71) <strong>New</strong>South Innovations Pty Limited<br />

(72) SAHAJWALLA, Veena<br />

(31) 07 902386 (32) 7 May 2007 (33) AU<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) A method for producing a ferro-alloy in an electric arc furnace, the<br />

method comprising the steps <strong>of</strong>: (i) removing steel from a comminuted<br />

carbon-containing organic material that comprises steel, wherein the<br />

carbon-containing organic material is a rubber material or a polymer<br />

from a steel reinforced polymer composite, and wherein the material is<br />

comminuted by one or more <strong>of</strong> slitting, shredding, chipping, grinding or<br />

crumbing the material; and (ii) charging the furnace with the comminuted<br />

carbon-containing organic material that is produced in step (i).<br />

(21) 580623 (22) 26 Mar 2008<br />

(54) TRANSGENIC PLANTS CONTAINING SOLUBLE CELL WALL<br />

POLYSACCHARIDES<br />

(86) PCT/IL2008/000419 (87) WO2008/120194<br />

(51) IPC2012.01:C12N15/82; A01H5/00; C12P7/08<br />

(71) FUTURAGENE ISRAEL LTD; YISSUM RESEARCH<br />

DEVELOPMENT COMPANY OF THE HEBREW UNIVERSITY OF<br />

JERUSALEM LTD.<br />

(72) SHOSEYOV, Oded; SHANI, Ziv; ABRAMSON, Miron; BARIMBOIM,<br />

Noga; DEKEL, Mara; LAPIDOT, Shaul<br />

(31) 07 907344 (32) 29 Mar 2007 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 84


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(57) Disclosed is a transgenic plant expressing cellobiose dehydrogenase<br />

(CDH) and a signal peptide which directs expression <strong>of</strong> the CDH to the<br />

plant cell wall. Also disclosed are products containing material from the<br />

transgenic plant and methods <strong>of</strong> making products.<br />

(62) Divided out <strong>of</strong> 593692<br />

(21) 580731 (22) 21 Apr 2008<br />

(54) COATED ORAL NICOTINE FORMULATION BUFFERED WITH<br />

AMINO ACID<br />

(86) PCT/SE2008/000278 (87) WO2008/140372<br />

(51) IPC2012.01:A61K47/18; A24B15/16; A61P25/34; A61K9/20, 68;<br />

A61K31/465<br />

(71) MCNEIL AB<br />

(72) ANDERSSON, Sven-Borje; BERGENGREN, Gunnar; BOSSON,<br />

Bengt; HUGERTH, Andreas; NICKLASSON, Fredrik; OLSSON, Roland<br />

(31) 0701177-8 (32) 16 May 2007 (33) SE<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a coated pharmaceutical product for intraoral delivery <strong>of</strong><br />

nicotine comprising at least one buffered or non-buffered core, nicotine<br />

in any forn and/or a nicotine mimicking agent selected from one or<br />

more <strong>of</strong> capsaicin, piperine and zingerone, at least one coating layer<br />

and optionally one or more other additive(s), wherein said at least one<br />

coating layer comprises a buffering agent comprising at least one amino<br />

acid selected from the group consisting <strong>of</strong> Arginine, Aspargine, Glutamic<br />

acid, Glutamine, Histidine, Isoleucine, Leucine, Lysine, Methionine,<br />

Phenylalanine, Serine, Threonine, Valine, Cysteic acid, N-Glycylglycine<br />

and Ornithine, and salts <strong>of</strong> any <strong>of</strong> the foregoing, and wherein the<br />

product further comprises a pH-adjusting compound when the pHadjusting<br />

capacity <strong>of</strong> said at least one amino acid and/or a salt there<strong>of</strong><br />

is insufficient to increase the pH <strong>of</strong> the saliva <strong>of</strong> a subject to whom<br />

the product is administered to at least about 7. Further disclosed is the<br />

use <strong>of</strong> said product in the preparation <strong>of</strong> a medicament for delivering<br />

nicotine in any form to a subject, wherein the medicament is for oral<br />

administration such that the nicotine is released in the saliva in the oral<br />

cavity and absorbed into the systemic circulation <strong>of</strong> the subject. Also<br />

disclosed is a system for delivering nicotine in any form to a subject,<br />

comprising said coated product and at least one other product for<br />

obtaining reduction <strong>of</strong> the urge to smoke or use tobacco. Also disclosed<br />

is a method for producing said coated product, wherein the product is a<br />

chewing gum or a tablet. Also disclosed is the use <strong>of</strong> said product for use<br />

in the treatment <strong>of</strong> nicotine dependence, Alzheimer’s disease, Crohn’s<br />

disease, Parkinson’s disease, Tourette’s syndrome, ulcerous colitis and<br />

post-smoking-cessation weight control.<br />

(21) 580783 (22) 27 Jun 2008<br />

(54) Stable water in oil in water double emulsions comprising two<br />

emulsifiers <strong>of</strong> differing molecular weights<br />

(86) PCT/EP2008/058318 (87) WO2009/003960<br />

(51) IPC2012.01:A61K9/113; A23D7/005; B01F17/00; A61K8/06;<br />

A23L1/035, 48<br />

(71) Nestec S.A.<br />

(72) FOLMER, Britta; MICHEL, Martin; GEHIN-DELVAL, Cecile;<br />

ACQUISTAPACE, Simone; LESER, Martin; SYRBE, Axel; MARZE,<br />

Sebastien<br />

(31) 07 07111403 (32) 29 Jun 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a double emulsion comprising an internal aqueous<br />

phase dispersed in an oil phase forming a water-in-oil emulsion,<br />

said water-in-oil emulsion being dispersed in an external aqueous<br />

phase, wherein the water-in-oil emulsion comprises at two different<br />

emulsifiers having different molecular weights, whereby one emulsifier<br />

is glycerol monooleate (GMO) and a second emulsifier is a polyglycerol<br />

polyricinoleic acid (PGPR) having a molecular weight <strong>of</strong> more than<br />

1200 g/mol, wherein at least the internal aqueous phase comprises<br />

solutes, and wherein the external aqueous phase comprises whey<br />

protein isolate, amidated low methoxy pectin, egg yolk or a mixture<br />

there<strong>of</strong>.<br />

(21) 580967 (22) 1 May 2008<br />

(54) COMPOSITION COMPRISING A BILE SALT AND AN<br />

EFFERVESCENT EXCIPIENT COMPONENT FOR TRANSMUCOSAL<br />

DELIVERY OF POLYPEPTIDES<br />

(86) PCT/US2008/005655 (87) WO2008/137054<br />

(51) IPC2012.01:A61K38/11, 21, 22, 23, 26, 28, 29; A61K31/575;<br />

A61K9/08, 14, 46<br />

(71) Cephalon, Inc<br />

(72) DURFEE, Steve L; THURMAN, Gary B<br />

(31) 07 927006 (32) 1 May 2007 (33) US<br />

(74) Watermark <strong>Patent</strong> and Trade Marks Attorneys, Level 2, 302 Burwood<br />

Road, Hawthorn, Victoria 3122, Australia<br />

(57) Disclosed is an oral transmucosal composition comprising: a) A<br />

therapeutically effective amount <strong>of</strong> a biologically active polypeptide; b)<br />

An effervescent component; and c) A bile salt. Further disclosed is<br />

the use <strong>of</strong> said compositions in the manufacture <strong>of</strong> oral transmucosal<br />

pharmaceutical compositions.<br />

(21) 580980 (22) 18 Apr 2008<br />

(54) ENZYMATIC ANTICANCER THERAPY<br />

(86) PCT/US2008/060733 (87) WO2008/131163<br />

(51) IPC2012.01:C12Q1/68<br />

(71) SIGMA-TAU RARE DISEASES, S.A.<br />

(72) FILPULA, David R; SAPRA, Puja<br />

(31) 07 913039 (32) 20 Apr 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is the use <strong>of</strong> adenosine deaminase in the preparation <strong>of</strong> a<br />

medicament for treating a patient having a tumor, wherein the adenosine<br />

deaminase is conjugated to a substantially non-antigenic polymer. The<br />

polymer may by polyethylene glycol.<br />

(21) 580995 (22) 15 Apr 2008<br />

(54) ENERGY SAVING LUMENS SETTABLE DEVICE FOR<br />

FLUORESCENT LAMPS<br />

(86) PCT/NZ2008/000081 (87) WO2008/140330<br />

(51) IPC2012.01:H05B37/02; H05B41/02, 14, 28<br />

(71) ADVANCED ENVIRONMENTAL TECHNOLOGIES LIMITED<br />

(72) SIRAJUDDIN, Mohamed<br />

(31) 07 555103 (32) 10 May 2007 (33) NZ<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Sylvia Park, Mt Wellington,<br />

Auckland, <strong>New</strong> Zealand<br />

(57) Disclosed is an apparatus and method for providing a supply voltage<br />

to an AC load. The apparatus is connected to an AC supply and<br />

provides the AC current to a transformer (109) which is under repetitively<br />

switched control, the transformer output is rectified and supplies a half<br />

bridge inverter which has at least two output transistors (146, 154) in<br />

half bridge arrangement. The inverter has a current output including a<br />

transformer winding (141), the transformer winding is coupled to two<br />

other windings (139, 140) which are operable to drive the inverter. If<br />

no output current can be provided from the inverter, the inverter will<br />

not operate. The two other windings (139, 140) drive the bases <strong>of</strong> the<br />

half bridge transistors (146, 154) and are DC isolated. The base to<br />

emitter voltage <strong>of</strong> the transistors in the turn <strong>of</strong>f direction is limited by a<br />

unidirectional component network (148, 149, 156, 157). The frequency<br />

<strong>of</strong> operation <strong>of</strong> the inverter is set by inductors (145, 152) in series with<br />

the two other windings (139, 140) each in configuration with a series<br />

capacitor (142, 143).<br />

(21) 581126 (22) 12 May 2008<br />

(54) METHODS FOR USING VASOPRESSIN ANTAGONISTS WITH<br />

ANTHRACYCLINE CHEMOTHERAPY AGENTS TO REDUCE<br />

CARDIOTOXICITY AND/OR IMPROVE SURVIVAL<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 85


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(86) PCT/US2008/063374 (87) WO2008/144269<br />

(51) IPC2012.01:A61K31/55, 553, 554; A01N43/00<br />

(71) OTSUKA PHARMACEUTICAL CO., LTD.<br />

(72) LIU, Yongge; KAMBAYASHI, Junichi<br />

(31) 60/938,089 (32) 15 May 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Provided is the use <strong>of</strong> a V2 selective vasopressin antagonist<br />

compound or a pharmaceutically acceptable salt there<strong>of</strong> in the<br />

preparation <strong>of</strong> medicament for reducing cardiotoxicity and/or improving<br />

survival from doxorubicin chemotherapy wherein the medicament is for<br />

administering simultaneously with or prior to doxorubicin administration.<br />

(21) 581200 (22) 30 Apr 2008<br />

(54) RNA ANTAGONIST COMPOUNDS FOR THE MODULATION OF<br />

BETA-CATENIN<br />

(86) PCT/EP2008/055365 (87) WO2008/132234<br />

(51) IPC2012.01:C12N15/11; A61K31/7088<br />

(71) SANTARIS PHARMA A/S; ENZON PHARMACEUTICALS, INC.<br />

(72) WORM, Jesper<br />

(31) 60/915,371 (32) 1 May 2007 (33) US<br />

(31) 61/023,244 (32) 24 Jan 2008 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an oligomer <strong>of</strong> between 16 - 24 nucleobases in length,<br />

wherein said oligmer comprises a gapmer nucleobase sequence <strong>of</strong> SEQ<br />

ID NO: 58 (ccatcttgtatccat), and wherein the oligomer is capable <strong>of</strong><br />

inhibiting the expression <strong>of</strong> beta-catenin gene or mRNA in a cell which<br />

is expressing beta-catenin gene or mRNA.<br />

(62) Divided out <strong>of</strong> 598014<br />

(21) 581210 (22) 19 Jul 2007<br />

(54) Self-assembling amphiphilic biocompatible copolymers as anticancer<br />

agents<br />

(86) PCT/US2007/073880 (87) WO2009/011702<br />

(51) IPC2012.01:A61K31/74, 4375; A61K47/48<br />

(71) Allexcel, Inc.<br />

(72) DIWAN, Anil, R; ONTON, Ann, Louise; TATAKE, Jayant G<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> an anticancer drug in the preparation <strong>of</strong> a<br />

medicament for the treatment <strong>of</strong> cancer, wherein the anticancer drug<br />

is encapsulated within a comb polymer, said comb polymer consisting<br />

essentially <strong>of</strong> the structure shown herein, which comprises a backbone<br />

formed <strong>of</strong> alternating branch-point moieties B and hydrophilic, watersoluble<br />

polymer blocks A; and having hydrophobic side chains C and<br />

targeting moieties Z attached to the branch-point moieties, wherein:<br />

each hydrophobic side chain C is independently selected from the<br />

group consisting <strong>of</strong> C6-C30 linear or branched hydrocarbons optionally<br />

substituted with one or more hydrophilic substituents; C6-C30 cyclic<br />

or polycyclic hydrocarbons optionally substituted with one or more<br />

hydrophilic substituents; and hydrophobic amino acids, peptides and<br />

polymers; each targeting moiety Z is independently a ligand having<br />

specific binding affinity for the surface <strong>of</strong> said cancer cells; s is a bond or<br />

a spacer moiety; the value <strong>of</strong> n ranges from 1 to about 100; the average<br />

value <strong>of</strong> p ranges from greater than one to four; and the average value<br />

<strong>of</strong> r ranges from 0 to 8.<br />

(21) 581245 (22) 2 May 2008<br />

(54) Water treatment containing DBNPA for use in sanitizing recreational<br />

water<br />

(86) PCT/US2008/005699 (87) WO2008/137085<br />

(51) IPC2012.01:A61L2/00<br />

(71) ARCH CHEMICALS, INC.<br />

(72) UNHOCH, Michael, Joseph; CHOI, Sungmee; ROBERTS, Kathrine,<br />

P; O'MALLEY, Leon, Peter<br />

(31) 12/150,592 (32) 29 Apr 2008 (33) US<br />

(31) 60/927,804 (32) 4 May 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a composition for reducing the levels <strong>of</strong> microorganisms<br />

in recreational water systems, comprising: (1) a biocidal effective<br />

amount <strong>of</strong> dibromonitrilopropionamide (DBNPA) , wherein said biocidal<br />

effective amount ranges from 0.1 per cent to 40 per cent by weight<br />

as liquid or 1 per cent to 99 per cent by weight as solid, based<br />

on the total weight <strong>of</strong> said composition; (2) a biocidal effective<br />

amount <strong>of</strong> an algaecide selected from the group consisting <strong>of</strong><br />

didecyldimethylammonium chloride (DDAC), zinc, and copper, wherein<br />

said biocidal effective amount ranges from 1 per cent to 75 per cent by<br />

weight as liquid or 5 per cent to 75 per cent by weight as solid, based<br />

on the total weight <strong>of</strong> said composition; and (3) a compound capable<br />

<strong>of</strong> in situ activation to form an oxidizing agent selected from the group<br />

consisting <strong>of</strong> sodium persulfate (persulphate), potassium persulfate,<br />

ammonium persulfate, and combinations there<strong>of</strong> and in an amount<br />

ranging from 0.1 wt per cent to 50 wt per cent, based on the total weight<br />

<strong>of</strong> said composition; wherein said composition is effective for reducing<br />

the levels <strong>of</strong> microorganisms in recreational water systems.<br />

(21) 581255 (22) 22 May 2008<br />

(54) A CONNECTOR FOR A BLIND CONTROL MECHANISM<br />

ASSOCIATED WITH TWO CO-AXIAL SHAFTS<br />

(86) PCT/AU2008/000722 (87) WO2008/141389<br />

(51) IPC2012.01:E06B9/42, 34, 40, 44, 56, 60, 62, 50<br />

(71) LICCIARDI DI STEFANO, Carmelo Joseph<br />

(72) LICCIARDI DI STEFANO, Carmelo, Joseph<br />

(31) 2007902784 (32) 24 May 2007 (33) AU<br />

(74) Mallesons Stephen Jaques, Level 50 Bourke Place, 600 Bourke<br />

Street, Melbourne, VIC 3000, Australia<br />

(57) A connector (122) for a blind control mechanism, the mechanism<br />

including: i) a cylinder rotatable relative to two or more different shafts;<br />

ii) drive means connected to the cylinder and being operable to rotate<br />

the cylinder in either a blind extending direction or a blind direction; and<br />

iii) at least two biasing means (108, 110) connected to the cylinder, each<br />

biasing means being responsive to rotation <strong>of</strong> the cylinder in a blind<br />

extending direction to store energy and being responsive to rotation <strong>of</strong><br />

the cylinder in a blind retracting direction to release stored energy and<br />

thereby apply a turning force to the cylinder, the turning force acting<br />

in the blind retracting direction. The connector has a body (116) for<br />

coupling an end portion <strong>of</strong> one <strong>of</strong> the biasing means to one <strong>of</strong> the shaft<br />

portions, and for coupling respective end portions <strong>of</strong> two adjacent the<br />

shafts together.<br />

(21) 581355 (22) 20 Jun 2008<br />

(54) POTENTIATION OF CANCER CHEMOTHERAPY BY 7-(2,5-<br />

DIHYDRO-4-IMIDAZO[1,2-A]PYRIDINE-3-YL-2,5-DIOXO-1H-<br />

PYRROL-3-YL)-9-FLUORO-1,2,3,4-TETRAHYDRO-2-(1-<br />

PIPERIDINYL-CARBONYL)-PYRROLO[3,2,1-JK]<br />

[1,4]BENZODIAZEPINE<br />

(86) PCT/US2008/067614 (87) WO2009/006043<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 86


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(51) IPC2012.01:A61P35/00; A61K31/4745, 555, 4985, 704, 513, 7068,<br />

5517, 724, 4188, 437, 407, 551; A61K33/24; C07D471/04; C07D487/06<br />

(71) ELI LILLY AND COMPANY<br />

(72) ABURUB, Aktham; CHEDID, Marcio; ENGLER, Thomas, Albert;<br />

VASUDEVAN, Venkatraghavan<br />

(31) 60/947,512 (32) 2 Jul 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is 7-(2,5-dihydro-4-(imidazo[1,2-a]pyridine-3-yl)-2,5dioxo-1H-pyrrol-3-yl)-9-fluoro-1,2,3,4-tetrahydro-2-(piperidin-1ylcarbonyl)-pyrrolo[3,2,1-jk][1,4]-benzodiazepine<br />

or a pharmaceutically<br />

acceptable salt or solvate there<strong>of</strong> in combination with a<br />

chemotherapeutic agent selected from CPT-11, 5-fluorouracil,<br />

pemetrexed, gemcitabine, etoposide, doxorubicin, and platinum<br />

chemotherapeutic agents such as cisplatin or carboplatin; for use in<br />

the treatment <strong>of</strong> ovarian cancer, non-small cell lung cancer, colorectal<br />

cancer or gastric cancer.<br />

(62) Divided out <strong>of</strong> 599065<br />

(21) 581410 (22) 20 May 2008<br />

(54) HOLDER ASSEMBLY FOR POWDERED DRINK INCLUDING<br />

SCREW CONVEYOR AND SHUT-OFF VALVE<br />

(86) PCT/NL2008/050297 (87) WO2008/143505<br />

(51) IPC2012.01:A47J31/40<br />

(71) BRAVILOR HOLDING B.V.<br />

(72) KOOPMAN, Carlos Nicolaas Jozef Maria; HUIBERTS, Johannes<br />

Theodorus Emerentia; VERHOEVEN, Romanus Eduard<br />

(31) 2000662 (32) 24 May 2007 (33) NL<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) A holder assembly for a powdered ingredient (4) for preparing an<br />

instant drink. The assembly comprises a holder, a conveyor screw (6),<br />

an outflow channel (7) provided on the holder for dispensing ingredient,<br />

a threshold plate (9) extending into the outflow channel, and also a shut<strong>of</strong>f<br />

valve (10) for shutting <strong>of</strong>f the outflow channel. The shut-<strong>of</strong>f valve<br />

comprises a shut-<strong>of</strong>f body (11) which can be moved back and forth<br />

in the longitudinal direction <strong>of</strong> the conveyor screw between a release<br />

position and a shut-<strong>of</strong>f position. In the release position the shut-<strong>of</strong>f body<br />

is located downstream <strong>of</strong> the threshold plate, set apart therefrom. In the<br />

shut-<strong>of</strong>f position the shut-<strong>of</strong>f body is located next to the threshold plate<br />

in such a way that the shut-<strong>of</strong>f body and the threshold plate together<br />

shut <strong>of</strong>f the shut-<strong>of</strong>f channel.<br />

(21) 581487 (22) 21 May 2008<br />

(54) WATER-SOLUBLE IRON-CARBOHYDRATE DERIVATIVE<br />

COMPLEXES, PREPARATION THEREOF AND MEDICAMENTS<br />

COMPRISING THEM<br />

(86) PCT/EP2008/056276 (87) WO2008/145586<br />

(51) IPC2012.01:C08B31/18; A61K33/26<br />

(71) VIFOR (INTERNATIONAL) AG<br />

(72) REIM, Stefan; PHILIPP, Erik; FUNK, Felix; MULLER, Hans-Martin;<br />

GEISSER, Peter<br />

(31) 07109081.5 (32) 29 May 2007 (33) EP<br />

(74) J D Hardie & Co, 14th Floor, 44-48 Emily Place, Auckland Central<br />

1140, <strong>New</strong> Zealand<br />

(57) Disclosed is a water-soluble iron-carbohydrate derivative complex<br />

obtained from an aqueous iron(llI) salt solution and an aqueous<br />

solution <strong>of</strong> the product <strong>of</strong> the oxidation and subsequent derivatisation<br />

<strong>of</strong> one or more maltodextrins, wherein the oxidation is carried out<br />

with an aqueous hypochlorite solution at a pH value in the alkaline<br />

range, wherein one maltodextrin is used its destrose equivalent is<br />

from 5 to 20 and when a mixture <strong>of</strong> a plurality <strong>of</strong> maltodextrins is<br />

used the dextrose equivalent <strong>of</strong> the mixture is from 5 to 20 and the<br />

dextrose equivalent <strong>of</strong> the individual maltodextrins in the mixture is<br />

from 2 to 40, and the subsequent derivatisation is carried out with a<br />

suitable reagent. Further disclosed is a process for the preparation<br />

<strong>of</strong> an iron-carbohydrate complex as defined above, and wherein the<br />

derivatisation <strong>of</strong> the oxidised maltodextrin is carried out by one <strong>of</strong> the<br />

following processes: a) esterification with organic or inorganic acids or<br />

derivatives there<strong>of</strong>, b) oxidation, c) carboxylalkylation, d) etherification,<br />

e) amidation, f) carbamate formation or g) anhydride formation. Further<br />

disclosed is a medicament which comprises an aqueous solution <strong>of</strong> an<br />

iron-carbohydrate derivative complex as defined above for the treatment<br />

or prophylaxis <strong>of</strong> iron deficiency states or anaemias.<br />

(21) 581703 (22) 30 May 2008<br />

(54) MULTIGENE PROGNOSTIC ASSAY FOR LUNG CANCER<br />

(86) PCT/US2008/065409 (87) WO2008/151072<br />

(51) IPC2012.01:C12Q1/68<br />

(71) The Regents <strong>of</strong> the University <strong>of</strong> California<br />

(72) RAZ, Dan J; JABLONS, David M<br />

(31) 60/941,550 (32) 1 Jun 2007 (33) US<br />

(74) SPRUSON & FERGUSON, St Martins Tower, Level 35, 31 Market<br />

Street, Sydney, <strong>New</strong> South Wales 2000, Australia<br />

(57) Provided is a method <strong>of</strong> providing a prognosis for lung cancer<br />

in a subject, the method comprising the steps <strong>of</strong>: (a) contacting a<br />

biological sample from the subject with eight different reagents that each<br />

specifically binds to a different nucleic acid comprising one <strong>of</strong> ctnnb 1,<br />

wnt3a, tp53, kras, erbb3, muc1, erbb2, and dusp6, and (b) determining<br />

whether or not all <strong>of</strong> the eight nucleic acids are differentially expressed<br />

in the sample in comparison to a non-cancer cell; thereby providing a<br />

prognosis for lung cancer. The markers can be quantified using PCR<br />

amplification with oligonucleotide probes.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 87


(62) Divided out <strong>of</strong> 599214<br />

INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 581801 (22) 12 Jun 2008<br />

(54) METABOLITES OF THE JANUS KINASE<br />

INHIBITOR (R)-3-(4-(7H-PYRROLO[2,3-D]PYRIMIDIN-4-YL)-1H-<br />

PYRAZOL-1-YL)-3- CYCLOPENTYLPROPANENITRILE<br />

(86) PCT/US2008/066658 (87) WO2008/157207<br />

(51) IPC2012.01:C07D487/04; A61K31/519<br />

(71) Incyte Corporation<br />

(72) RODGERS, James D.; ARVANITIS, Argyrios G.; SHI, Jack Guoen<br />

(31) 60/943,695 (32) 13 Jun 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are compounds 3-(4-(7H-pyrrolo[2,3-d]pyrimidin-4-yl)-1Hpyrazol-1-yl)-3-(3-<br />

hydroxycyclopentyl)propanenitrile (I), 3-(4-(7Hpyrrolo[2,3-d]pyrimidin-4-yl)-1H-pyrazol-1-yl)-3-(2hydroxycyclopentyl)propanenitrile<br />

(II) and 3-(4-(7H-pyrrolo[2,3d]pyrimidin-4-yl)-1H-pyrazol-1-yl)-3-(3-oxocyclopentyl)propanenitrile<br />

(III). The compounds are used to treat diseases which are associated<br />

with JAK activity.<br />

(21) 581824 (22) 15 May 2008<br />

(54) Natural d-limonene based cleaning composition<br />

(86) PCT/US2008/063765 (87) WO2009/023327<br />

(51) IPC2012.01:C11D3/38; C11D1/66<br />

(71) The Clorox Company<br />

(72) OCHOMOGO, Mana; KAARET, Thomas W; GARABEDIAN, Aram;<br />

HOOD, Ryan, K<br />

(31) 11/765,516 (32) 20 Jun 2007 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is a hard surface cleaning composition comprising:(a) 0.5<br />

to 5% alkyl polyglucoside; (b) 0.5 to 5% ethanol;(c) 0.05 to 1% glycerol;<br />

(d) 0.01 to 0.4% lemon oil or essential oil comprising d-limonene;(e) less<br />

than 0.2% builder wherein the builder comprises a builder selected from<br />

the group consisting <strong>of</strong> alkali metal carbonate, alkali metal bicarbonate,<br />

alkali metal hydroxide, alkali metal silicate and combinations there<strong>of</strong>;(f)<br />

water; and (g) optionally dyes, colorants, and preservatives.<br />

(21) 581957 (22) 13 Jun 2008<br />

(54) TARGETED OXYGEN DELIVERY VIA INTRAVENOUS OR<br />

INTRA-ARTERIAL INFUSION OF OXYGENATED POLYMERIZED<br />

HEMOGLOBIN SOLUTIONS<br />

(86) PCT/US2008/007445 (87) WO2008/156699<br />

(51) IPC2012.01:A61K38/42; A61P9/10<br />

(71) OPK BIOTECH LLC<br />

(72) ZAFIRELIS, Zafiris, G; DUBE, Gregory, P; LACCETTI, Anthony, J;<br />

BAQAI, Javed<br />

(31) 60/934,448 (32) 13 Jun 2007 (33) US<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) The use <strong>of</strong> an oxygenated haemoglobin solution for treating an organ<br />

under an ischemic condition that is formulated to be administered to<br />

the organ by retrograde infusion. The oxygenated haemoglobin solution<br />

includes polymerized haemoglobin wherein 80 percent by weight or<br />

greater is oxyhaemoglobin.<br />

(21) 582132 (22) 19 Jun 2008<br />

(54) A VACCINE COMPOSITION COMPRISING A WATER IN OIL<br />

EMULSION WHEREIN AQUEOUS COMPONENT COMPRISES AN<br />

ACRYLIC POLYMER AND DDA<br />

(86) PCT/US2008/067433 (87) WO2008/157659<br />

(51) IPC2012.01:A61K39/00, 145<br />

(71) Wyeth LLC<br />

(72) RODENBERG, Jeffrey Harold; KUMAR, Mahesh; LUTZ, David Leon;<br />

DIEHL, Evan James<br />

(31) 60/936,571 (32) 20 Jun 2007 (33) US<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a vaccine composition comprising a water-in-oil<br />

emulsion, wherein said emulsion comprises an oil component and an<br />

aqueous component; and wherein said aqueous component comprises<br />

at least one antigen and at least one adjuvant, wherein said at least one<br />

adjuvant is selected from an acrylic polymer or both an acrylic polymer<br />

and dimethyl dioctadecyl ammonium bromide (DDA).<br />

(21) 582216 (22) 20 Jun 2008<br />

(54) IDENTIFYING VEGETATION ATTRIBUTES FROM LIDAR DATA<br />

(86) PCT/US2008/067710 (87) WO2009/002859<br />

(51) IPC2012.01:G01S17/89, 88; G06Q10/08; A01G23/00; G06Q50/02;<br />

G06K9/00<br />

(71) Weyerhaeuser NR Company<br />

(72) MCKINNEY, Robert, K; BIRDSALL, Earl T; WELTY, Jeffry J<br />

(31) 11/767,084 (32) 22 Jun 2007 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) A computer system for identifying the species <strong>of</strong> an item <strong>of</strong> vegetation<br />

comprises a memory that stores LiDAR data for selected item <strong>of</strong><br />

vegetation and one or more species attribute templates that store data<br />

collected from different species and a processor that is configured<br />

to execute a sequence <strong>of</strong> programmed instructions that cause the<br />

processor to: identify coordinate positions and intensity values in<br />

the LiDAR data that are generated from an item <strong>of</strong> vegetation in<br />

response to being contacted with a LiDAR laser pulse; identify a<br />

species <strong>of</strong> the item <strong>of</strong> vegetation by selecting a species attribute<br />

template with data that describes one or more attributes <strong>of</strong> a known<br />

species; comparing attributes <strong>of</strong> the LiDAR data that a generated from<br />

the item <strong>of</strong> vegetation with the data stored in the selected species<br />

attribute template; and identifying a species <strong>of</strong> the item <strong>of</strong> vegetation<br />

by determining a species attribute template that stores data that most<br />

closely matches the attributes <strong>of</strong> the LiDAR data that are generated<br />

from the item <strong>of</strong> vegetation. Further disclosed is a method <strong>of</strong> operating<br />

a computer system to process LiDAR data to identify the species <strong>of</strong><br />

an item <strong>of</strong> vegetation comprising identifying with the computer system<br />

LiDAR data that are associated with an item <strong>of</strong> vegetation; determining<br />

with the computer system, an average intensity <strong>of</strong> the LiDAR data<br />

associated with the item <strong>of</strong> vegetation; selecting with the computer<br />

system, a hardwood or conifer species attribute template based on<br />

the determined average intensity <strong>of</strong> the LiDAR data associated with<br />

the item <strong>of</strong> vegetation and analysing with the computer system, the<br />

LiDAR data associated with the item <strong>of</strong> vegetation and the data in<br />

the selected species attribute template to identify a species that most<br />

closely matches the item <strong>of</strong> vegetation. The species attribute templates<br />

store data collected from different species.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 88


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 582250 (22) 3 Jul 2008<br />

(54) Anti CD20 antibody formulations<br />

(86) PCT/US2008/069125 (87) WO2009/009407<br />

(51) IPC2012.01:A61K39/395<br />

(71) GLAXOSMITHKLINE LLC<br />

(72) Lashmar, Ulla Tove; Brisbane, Charlene E; Ketkar, Amol Sharad<br />

(31) 60/948/220 (32) 6 Jul 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is an anti-CD20 antibody formulation comprising a<br />

therapeutically effective amount <strong>of</strong> an antiCD20 antibody, wherein the<br />

formulation further comprises 10 to 100 mM sodium acetate, 25 to 100<br />

mM sodium chloride, 0.5 to 5% w/v (weight/volume) arginine free base,<br />

0.02 to 0.2 mM EDT A, 0.01 to 0.2 % w/v polysorbate 80 and adjusted<br />

to pH 5.0 to 7.0.<br />

(21) 582293 (22) 17 Jul 2008<br />

(54) Method for treating a food, feed or agricultural product with natamycin<br />

composition<br />

(86) PCT/EP2008/059349 (87) WO2009/010547<br />

(51) IPC2012.01:A01N43/90; A23B4/20; A23C19/11; A23L3/3463;<br />

A01P3/00<br />

(71) DSM IP Assets B.V.<br />

(72) HEE, VAN, Pim; SANTEN, VAN, Laurentius Cornelis Adrianus;<br />

FARAGHER, John Mark<br />

(31) 60/929,944 (32) 19 Jul 2007 (33) US<br />

(31) 07113455.5 (32) 30 Jul 2007 (33) EP<br />

(31) 07114406.7 (32) 16 Aug 2007 (33) EP<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed is an aqueous antifungal composition comprising<br />

natamycin in an amount <strong>of</strong> from 50 to 400,000 ppm, xanthan gum in<br />

an amount <strong>of</strong> from 0.02% to 10% (w/w) , citric acid in an amount <strong>of</strong><br />

from 0.05% to 5% (w/w) and lactate in an amount <strong>of</strong> from 0.05% to<br />

7.5% (w/w) , said composition being free <strong>of</strong> chloride salts, wherein<br />

the composition may further comprise at least one compound selected<br />

from the group consisting <strong>of</strong> additional antimicrobial compounds, flow<br />

agents, surfactants and buffering agents. Said composition is stable<br />

after storage for at least 12 weeks at a temperature <strong>of</strong> 20 Deg. C; and<br />

it is suitable for the treatment <strong>of</strong> a food such as a cheese or a sausage<br />

product, feed or agricultural product for the prevention <strong>of</strong> mould growth,<br />

fungal growth and yeast growth, and it is also suitable for preventing<br />

corrosion <strong>of</strong> process equipment used during the treatment <strong>of</strong> food, feed<br />

or agricultural products with an aqueous antifungal composition.<br />

(21) 582314 (22) 2 Jul 2008<br />

(54) PIRENZEPINE AND DERIVATIVES THEREOF AS ANTI-AMYLOID<br />

AGENTS<br />

(86) PCT/EP2008/058527 (87) WO2009/004038<br />

(51) IPC2012.01:A61K31/551, 553, 554; A61P25/28<br />

(71) PROTEOSYS AG; AC IMMUNE S.A.<br />

(72) Pfeifer, Andrea; Schrattenholz, Andre; Muhs, Andreas<br />

(31) 07111491.2 (32) 2 Jul 2007 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> pirenzepine derivative represented by general<br />

formula (I), such as clozapine, for the treatment <strong>of</strong> a disease or condition,<br />

which is caused by or associated with the formation <strong>of</strong> beta-amyloid<br />

plaques in the brain, in an animal suffering from said disease or condition<br />

by (a) reducing the beta-amyloid plaque load, and/or (b) inhibiting the<br />

formation <strong>of</strong> beta-amyloid plaques and/or (c) retarding the increase <strong>of</strong><br />

amyloid load in the brain <strong>of</strong> the treated animal, thereby retaining or<br />

increasing cognitive memory capacity in said animal. Such diseases<br />

can include Guam Parkinson-Dementia complex; diseases based on<br />

or associated with amyloid-like proteins; Creutzfeld Jacob disease,<br />

Parkinson's disease, HIV-related dementia, ALS (amyotropic lateral<br />

sclerosis), Adult Onset Diabetes; senile cardiac amyloidosis; endocrine<br />

tumors, macular degeneration, drusen-related optic neuropathy and<br />

cataract due to beta-amyloid deposition.<br />

(62) Divided out <strong>of</strong> 599102<br />

(21) 582346 (22) 3 Jul 2008<br />

(54) NOVEL TRIAZINE COMPOUNDS FOR TREATMENT OF CANCER<br />

(86) PCT/EP2008/058600 (87) WO2009/004060<br />

(51) IPC2012.01:C07C245/24; A61P35/04; C07C309/15; C07D233/54;<br />

A61K31/655<br />

(71) TriN Therapeutics GmbH<br />

(72) REITER, Rudolf; KALBE, Jochen; FORSTER, Heinz<br />

(31) 07111716.2 (32) 4 Jul 2007 (33) EP<br />

(74) J D Hardie & Co, 14th Floor, 44-48 Emily Place, Auckland Central<br />

1140, <strong>New</strong> Zealand<br />

(57) Disclosed is a compound <strong>of</strong> formula (I) where the substituents are<br />

as disclosed in the specification. An example <strong>of</strong> a compound <strong>of</strong> formula<br />

(I) is 3-{4-{4-[(1E)-3,3-dimethyl-1-triazenyl]-benzoyl}-phenoxy}propionic<br />

acid. Also disclosed is a process for preparing a compound <strong>of</strong> formula<br />

(I) and the use <strong>of</strong> a compound <strong>of</strong> formula (I) in the preparation <strong>of</strong> a<br />

medicament for the treating <strong>of</strong> cancer.<br />

(21) 582360 (22) 11 Jul 2008<br />

(54) INFLUENZA VIRUS-LIKE PARTICLES (VLPS) COMPRISING<br />

HEMAGGLUTININ PRODUCED WITHIN A PLANT<br />

(86) PCT/CA2008/001281 (87) WO2009/009876<br />

(51) IPC2012.01:A61P31/16; C12N7/01, 02; A61K39/145; C12N15/82,<br />

29, 44; A61P37/04; C07K14/11<br />

(71) Medicago Inc.<br />

(72) D'AOUST, Marc-Andre; COUTURE, Manon; ORS, Frederic;<br />

TREPANIER, Sonia; LAVOIE, Pierre-Olivier; DARGIS, Michele;<br />

VEZINA, Louis-Philippe; LANDRY, Nathalie<br />

(31) 60/959,414 (32) 13 Jul 2007 (33) US<br />

(31) 60/990,603 (32) 27 Nov 2007 (33) US<br />

(31) 61/013,272 (32) 12 Dec 2007 (33) US<br />

(31) 2,615,372 (32) 21 Jan 2008 (33) CA<br />

(31) 61/022,775 (32) 22 Jan 2008 (33) US<br />

(74) Adams Pluck, 2710/24B Moorefield Road, Johnsonville, Wellington<br />

6037, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for synthesizing influenza virus-like particles<br />

(VLPs) within a plant or a portion <strong>of</strong> a plant is provided. The method<br />

involves expression <strong>of</strong> influenza HA in plants and the purification by size<br />

exclusion chromatography. The invention is also directed towards a VLP<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 89


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

comprising influenza HA protein and plants lipids. The invention is also<br />

directed to a nucleic acid encoding influenza HA as well as vectors. The<br />

VLPs may be used to formulate influenza vaccines, or may be used to<br />

enrich existing vaccines.<br />

(21) 582425 (22) 5 Jun 2007<br />

(54) EMAGNETODYNAMIC MACHINE WITH CIRCULAR ARRAY<br />

PERMANENT MAGNET STATOR AND COMPOSITE MAGNETIC<br />

POLE ROTOR<br />

(86) PCT/IB2007/052113 (87) WO2008/149182<br />

(51) IPC2012.01:H02K53/00<br />

(71) EZEKIEL IZUOGU<br />

(72) IZUOGU, Ezekiel<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Sylvia Park, Mt Wellington,<br />

Auckland, <strong>New</strong> Zealand<br />

(57) A so-called self-sustaining emagnetodynamic machine includes a<br />

stator with a circular array <strong>of</strong> equally spaced and magnetically isolated<br />

permanent magnets 18, 19, 20 with poles <strong>of</strong> like polarity directed to<br />

the centre <strong>of</strong> the circle, and a rotor with a composite magnet having<br />

a leading pole and a trailing pole, the leading pole leading the trailing<br />

pole during rotation <strong>of</strong> the rotor, the composite magnet being attached<br />

to a central journalled shaft 11,so that the composite magnet rotates<br />

closely past the inner stator poles and rotates the shaft as it does<br />

so. The stator includes a release electromagnet 22 to magnetically<br />

cooperate with the composite magnet <strong>of</strong> the rotor, by developing a<br />

magnetic polarity similar to the array <strong>of</strong> permanent magnet poles <strong>of</strong> the<br />

stator and timed to switch <strong>of</strong>f at the point that the trailing magnetic pole<br />

<strong>of</strong> the composite magnet is to be released. Apparently the composite<br />

magnet provides a rotational force on the rotor when the composite<br />

magnet becomes proximate each to the permanent magnets in the<br />

stator array, the direction <strong>of</strong> the rotational force being that produced<br />

when the polarity <strong>of</strong> the composite pole is similar to that <strong>of</strong> the stator<br />

poles. An energy feedback loop transfers energy from the rotor to the<br />

release electromagnet. The feedback loop includes a current generator<br />

coupled to the rotor and a current pulse generator and a booster which<br />

supplies power from the current pulse generator to operate the release<br />

electromagnet.<br />

(21) 582534 (22) 17 Jun 2008<br />

(54) MARKING EAR TAG COMPRISING A TISSUE SAMPLING DEVICE<br />

(86) PCT/FR2008/000841 (87) WO2009/010658<br />

(51) IPC2012.01:A01K11/00; G06K19/00<br />

(71) CHEVILLOT SAS<br />

(72) HILPERT, Jean Jacques; DECALUWE, Johan<br />

(31) 07 04466 (32) 22 Jun 2007 (33) FR<br />

(74) ELLIS TERRY, Level 12, 45 Johnston Street, Wellington 6011, <strong>New</strong><br />

Zealand<br />

(57) An ear tag 1 for identifying an animal, enables a sample <strong>of</strong> biological<br />

tissue to be taken when the tag is applied to the animal. The tag includes<br />

a male part 2 and a female part 3 which are assembled by irreversible<br />

interlocking between the male part on one side <strong>of</strong> the animal’s ear and<br />

the female part on the other side <strong>of</strong> the ear. The stem 22 <strong>of</strong> the male part<br />

includes a detachable head 23 having a hollow distal part 29 provided<br />

with a cutting edge 25 for cutting out a biological sample when the head<br />

perforates the ear <strong>of</strong> the animal. The female part includes a central tube<br />

31 for receiving the head and at least partially receiving the stem when<br />

the ear tag is applied, and a detachable sample container 32 arranged in<br />

the axial extension <strong>of</strong> the tube. The proximal end 35 <strong>of</strong> the container has<br />

a first opening 33 for receiving the head 23 <strong>of</strong> the stem when the ear tag<br />

is applied, and the distal end 36 <strong>of</strong> the container has a second open end<br />

34 enabling the inside <strong>of</strong> the sample container to be reached. Once the<br />

tag is applied, the sample container with the head including the sample<br />

attached, can be removed from the tag and placed within a protection<br />

tube including a closing cover so that the sample taken can be stored in<br />

a closed space bathed in appropriate substances and analysed later.<br />

(21) 582676 (22) 30 Jun 2008<br />

(54) METHODS FOR N-DEMETHYLATION OF MORPHINE AND<br />

TROPANE ALKALOIDS<br />

(86) PCT/CA2008/001179 (87) WO2009/003272<br />

(51) IPC2012.01:C07D489/02; B01J23/44, 72; C07B43/04<br />

(71) Brock University<br />

(72) CARROLL, Robert; LEISCH, Hannes; HUDLICKY, Tomas<br />

(31) 11/771,227 (32) 29 Jun 2007 (33) US<br />

(74) EKM patent & trade marks, Level 1, 38 - 40 Garden Street, South<br />

Yarra, VIC 3141, Australia<br />

(57) Disclosed is a one pot method for the N-dementhylation fo a tertiary<br />

N-methylate heterocycle comprising mixing the teriary N-methylated<br />

heterocycle with a metal catalyst in the presence <strong>of</strong> an oxidizing agent,<br />

wherein the metal catalyst is Pd(OAc)2 (Palladium (II) acetate).<br />

(21) 582679 (22) 18 Jul 2008<br />

(54) CYTOTOXIC AGENTS COMPRISING NEW TOMAYMYCIN<br />

DERIVATIVES AND THEIR THERAPEUTIC USE<br />

(86) PCT/IB2008/002869 (87) WO2009/016516<br />

(51) IPC2012.01:C07D487/04; A61K31/5517; A61P35/00<br />

(71) San<strong>of</strong>i-Aventis<br />

(72) COMMERCON, Alain; BOUCHARD, Herve; CHARI, Ravi V.J; DENG,<br />

Yonghong; GAUZY, Laurence<br />

(31) 07290904.7 (32) 19 Jul 2007 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are cytotoxic tomaymycin derivatives <strong>of</strong> formula<br />

(I), wherein the substituents are as described within the<br />

specification. An example <strong>of</strong> a compound <strong>of</strong> formula<br />

(I) includes 4-(3,5-Bis-[(S)-2-eth-(E)-ylidene-7-methoxy-1,2,3,11atetrahydro-pyrrolo[2,1c][1,4]benzodiazepin-5-one-8-yloxymethyl]phenoxy)-butyric<br />

acid. Further disclosed is a conjugate comprising one<br />

or more compounds <strong>of</strong> formula (I) covalently linked to a cell binding<br />

agent through the linking group <strong>of</strong> the linker <strong>of</strong> the compound, wherein<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 90


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

said cell binding agent is chosen from antibodies or a fragment <strong>of</strong> an<br />

antibody, lymphokines, hormones, growth factors, or nutrient-transport<br />

molecules, and the process for the preparation <strong>of</strong> said conjugate. Also<br />

disclosed is a pharmaceutical composition comprising said conjugate or<br />

a compound <strong>of</strong> formula (I), and the use <strong>of</strong> said conjugate or compound<br />

<strong>of</strong> formula (I) in the preparation <strong>of</strong> a medicament for the treatment <strong>of</strong><br />

cancer.<br />

(21) 582708 (22) 17 Jul 2008<br />

(54) HETEROCYCLIC AMIDE COMPOUNDS AS PROTEIN KINASE<br />

INHIBITORS<br />

(86) PCT/US2008/008749 (87) WO2009/014637<br />

(51) IPC2012.01:C07D487/04; C07D413/14; A61K31/444, 497;<br />

C07D401/14; C07D471/04; C07D417/14; A61P43/00<br />

(71) SCHERING CORPORATION<br />

(72) SIDDIQUI, M. Arshad; GUZI, Timothy, J; CAUBLE, David, F;<br />

TORRES, Luis, E; TANG, Shuyi; WONG, Tzu, Tshin; TADIKONDA,<br />

Praveen, K; ZHAO, Lianyun; REDDY, Panduranga, Adulla, P<br />

(31) 60/950,709 (32) 19 Jul 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) The disclosure relates to heterocyclic amide compounds <strong>of</strong> formula<br />

depicted herein and pharmaceutically acceptable salt there<strong>of</strong>. Also<br />

disclosed are compositions comprising said compounds, and methods<br />

for using said compoundsfor treating or preventing a proliferative<br />

disease, an anti-proliferative disorder, inflammation, arthritis, a<br />

neurological or neurodegenerative disease, a cardiovascular disease,<br />

alopecia, a neuronal disease, an ischemic injury, a viral disease or a<br />

fungal disease.<br />

(21) 582764 (22) 21 Dec 2010<br />

(54) Rotor or stator with magnets contacting flux returns<br />

(51) IPC2012.01:H02K15/03; H02K1/06<br />

(71) WELLINGTON DRIVE TECHNOLOGIES LIMITED<br />

(72) Howell, David James; Hatz, Andreas Hartmut<br />

(74) PIPERS, Level 1, 5A Pacific Rise, Sylvia Park, Mt Wellington,<br />

Auckland, <strong>New</strong> Zealand<br />

(57) Disclosed is a rotor or stator for an electrodynamic machine and a<br />

method for its production. The method includes providing a cylindrically<br />

arranged series <strong>of</strong> magnets (103) and a cylindrically arranged series <strong>of</strong><br />

items <strong>of</strong> magnetic material (109) in a mould (115). The magnets (103)<br />

and items <strong>of</strong> magnetic materials (109) are concentrically arranged and<br />

in loose contact with each other. The movement <strong>of</strong> the magnets (103)<br />

is limited by abutment with a wall <strong>of</strong> the mould (115). Plastic material is<br />

then injected under pressure against one <strong>of</strong> the cylindrically arranged<br />

series <strong>of</strong> items <strong>of</strong> magnetic material (109) and subsequently against the<br />

magnets (103) and the mould wall (115). The injection pressure <strong>of</strong> the<br />

plastic material against the items <strong>of</strong> magnetic material (109) dynamically<br />

maintains them substantially in contact with the magnets (103) and<br />

maintains the magnets (103) substantially in contact with the mould wall<br />

(115) during injection and setting <strong>of</strong> the plastic material. As a result <strong>of</strong><br />

this, the flow <strong>of</strong> plastic material does not substantially penetrate between<br />

the magnets (103) and the items <strong>of</strong> magnetic material (109).<br />

(21) 582810 (22) 7 Aug 2008<br />

(54) NOVEL HERBICIDES<br />

(86) PCT/EP2008/006496 (87) WO2009/019015<br />

(51) IPC2012.01:C07D493/04; A01N43/02<br />

(71) Syngenta Limited<br />

(72) TYTE, Melloney; JEANMART, Stephane, Andre, Marie; MATHEWS,<br />

Christophe, John; ROBINSON, Louisa<br />

(31) 071 557 6.5 (32) 9 Aug 2007 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are tricyclic bridged cyclopentanedione<br />

derivatives represented by general formula (I).<br />

An example <strong>of</strong> a compound <strong>of</strong> formula (I)<br />

includes (1RS,2SR,6RS,7SR)-4-(3,5-dimethylbiphenyl-4-yl)-5-oxo-10oxa-tricyclo[5.2.1.02.6]dec-3-en-3-yl-2,2-dimethylpropionate.<br />

The<br />

compounds are used to control grasses and weeds in crops.<br />

(21) 582823 (22) 25 Jul 2008<br />

(54) COMPOSITION OF TUMOUR-ASSOCIATED PEPTIDES AND<br />

RELATED ANTI-CANCER VACCINE<br />

(86) PCT/EP2008/006152 (87) WO2009/015841<br />

(51) IPC2012.01:A61K39/00; A61K38/08, 16; A61P35/00<br />

(71) immatics biotechnologies GmbH<br />

(72) SINGH, Harpreet; SCHOOR, Oliver; TRAUTWEIN, Claudia; HILF,<br />

Norbert; WEINSCHENK, Toni; WALTER, Steffen; LEWANDROWSKI,<br />

Peter<br />

(31) EP07014796.2 (32) 27 Jul 2007 (33) EP<br />

(31) 60/953,109 (32) 31 Jul 2007 (33) US<br />

(31) 60/981,241 (32) 19 Oct 2007 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is a pharmaceutical composition comprising at least<br />

two peptides that have the ability to bind a molecule <strong>of</strong> the human<br />

histocompatibility complex (MHC) class I or class II and are between 8<br />

and 100 amino acids long. The pharmaceutical composition is used in<br />

the manufacture <strong>of</strong> a medicament for treating or preventing cancer.<br />

(21) 582844 (22) 25 Jul 2008<br />

(54) A VORTEX FLOW CONTROL DEVICE DESIGNED TO INDUCE<br />

TURBULENCE AT ITS INLET<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 91


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(86) PCT/GB2008/002548 (87) WO2009/013509<br />

(51) IPC2012.01:F15D1/00, 02; E03F5/10; E03F1/00<br />

(71) Hydro International plc<br />

(72) FARAM, Michael, Guy; ANDOH, Robert, Yaw, Gyamfi; LECORNU,<br />

Jeremy, Paul; HUTCHINGS, Keith, Garry; JARMAN, Daniel, Stuart<br />

(31) 0714594.9 (32) 26 Jul 2007 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a vortex flow control with a template unit (2) having<br />

end walls (4, 6), <strong>of</strong> which the wall (4) has an outlet opening (5), and a<br />

partial outer wall (8). The partial outer wall comprises a curved portion<br />

which extends about an axis perpendicular to the end walls and has an<br />

opening (16). A plate (26) is subsequently secured to the template unit<br />

to partially close the opening to leave an inlet. The inlet is configured<br />

so that fluid entering the vortex chamber through the inlet induces a<br />

circulating flow within the vortex chamber about the axis. The size <strong>of</strong> the<br />

plate is selected so as to result in an inlet sized to achieve required flow<br />

characteristics for the finished device. The plate is inclined to a planar<br />

portion (14) on the opposite side <strong>of</strong> the inlet at an angle in the range 85°<br />

to 95°, so as to induce turbulence in the region <strong>of</strong> the inlet.<br />

(62) Divided out <strong>of</strong> 598739<br />

(21) 582881 (22) 25 Jul 2008<br />

(54) BACULOVIRAL VECTORS COMPRISING REPEATED CODING<br />

SEQUENCES WITH DIFFERENTIAL CODON BIASES<br />

(86) PCT/NL2008/050512 (87) WO2009/014445<br />

(51) IPC2012.01:C12N15/864, 63, 67, 68; C07K14/015, 075<br />

(71) AMSTERDAM MOLECULAR THERAPEUTICS B.V.<br />

(72) BAKKER, Andrew, Christian; HERMENS, Wilhelmus, Theodorus,<br />

Johannes, Maria, Christiaan<br />

(31) 60/952,081 (32) 26 Jul 2007 (33) US<br />

(31) 07113257.5 (32) 26 Jul 2007 (33) EP<br />

(74) HENRY HUGHES, 119-125 Willis Street, Wellington, <strong>New</strong> Zealand<br />

(57) Disclosed are insect cells that comprise a nucleotide sequence<br />

encoding a parvoviral Rep52 or 40 protein and a parvoviral Rep 78 or<br />

68 protein. The two Rep proteins have a common amino acid sequence<br />

<strong>of</strong> at least 100 amino acids with at least 90 percent sequence identity<br />

and the nucleotide sequences encoding the common sequence share<br />

less than 90 percent sequence identity. The cells have improved stability<br />

and expression <strong>of</strong> the viral rep proteins and increase the productivity <strong>of</strong><br />

the production <strong>of</strong> paroviral vectors. The nucleotide sequences can have<br />

optimised codon usage to further increase the productivity <strong>of</strong> the insect<br />

cells.<br />

(21) 582888 (22) 23 Mar 2006<br />

(54) CHARGED LIPOPROTEIN COMPLEXES AND THEIR USES<br />

(51) IPC2012.01:A61K9/127; A61P3/06<br />

(71) CERENIS THERAPEUTICS HOLDING SA<br />

(72) DASSEUX, Jean-Louis<br />

(31) 60/665,180 (32) 24 Mar 2005 (33) US<br />

(74) PHILLIPS ORMONDE FITZPATRICK, 367 Collins Street, Melbourne,<br />

Victoria 3000, Australia<br />

(57) Disclosed are charged lipoprotein complexes that include a negatively<br />

charged phospholipid that is expected to impart the complexes with<br />

improved therapeutic properties. An apolipoprotein fraction and a lipid<br />

fraction, said lipid fraction consisting essentially <strong>of</strong> 0.2 to 3 wt% <strong>of</strong> one or<br />

5 more negatively charged phospholipids, sphingomyelin, and lecithin.<br />

(62) Divided out <strong>of</strong> 562346<br />

(21) 582948 (22) 25 Jul 2008<br />

(54) POLYMER NETWORKS COMPRISING ACTIVE INGREDIENTS,<br />

PROCESS FOR THEIR PRODUCTION, AND THEIR USE<br />

(86) PCT/EP2008/059780 (87) WO2009/016112<br />

(51) IPC2012.01:A01N25/10, 18; A61L9/04<br />

(71) BASF SE<br />

(72) TERRENOIRE, Alexandre; LEININGER, Hartmut; BULLOCK, James;<br />

QURESHI, Mohammed Shoaib; SCHMIDT, Hans-Werner; GIESA,<br />

Reiner; RANFT, Meik; LAFUENTE CERDA, Oscar<br />

(31) 07113711.1 (32) 2 Aug 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a process for producing an actives-comprising polymeric<br />

network by mixing polymerizable oligomers and actives and also,<br />

optionally, further monomers and/or auxiliaries, followed by thermal or<br />

photochemical polymerization <strong>of</strong> the mixture, wherein the polymerizable<br />

mixture comprises the following components: (A) 19.9 to 99.8 percent<br />

by weight <strong>of</strong> at least one oligomer containing mono(meth)acrylate<br />

groups and having an average molar mass <strong>of</strong> 350 to 5000 grams per<br />

molecule, selected from the group <strong>of</strong> epoxy (meth)acrylates, polyester<br />

(meth)acrylates, urethane (meth)acrylates or polyether (meth)acrylates,<br />

the arithmetic average <strong>of</strong> the number <strong>of</strong> (meth)acrylate groups per<br />

oligomer molecule being 2.1 to 5; (B) 0 to 49.8 percent by weight <strong>of</strong><br />

at least one monomer containing olefinic groups and having a molar<br />

mass <strong>of</strong> less than 350 grams per molecule; (C) 0.1 to 8 percent by<br />

weight <strong>of</strong> at least one polymerization initiator which is soluble in the<br />

photopolymerizable mixture; (D) 0.1 to 80 percent by weight <strong>of</strong> at least<br />

one active which is dispersible or soluble in the photopolymerizable<br />

mixture; and (E) 0 to 20 percent by weight <strong>of</strong> further auxiliaries and/or<br />

additives. Further disclosed is an actives-comprising polymeric network<br />

obtainable by said process, and the use <strong>of</strong> said actives-comprising<br />

polymeric network for protecting industrial materials, films, paints and<br />

dispersions, crops, and for controlling plant growth.<br />

(21) 582969 (22) 12 Apr 2008<br />

(54) METHOD FOR ROASTING AND SURFACE PASTEURIZATION OF<br />

PARTICULATE FOOD PRODUCTS<br />

(86) PCT/EP2008/002906 (87) WO2009/003545<br />

(51) IPC2012.01:A23B9/02; A23L3/16; A23N12/08<br />

(71) BUHLER BARTH AG<br />

(72) PERREN, Rainer; FISCHER, Jurgen<br />

(31) 10 2007 030 661.1 (32) 2 Jul 2007 (33) DE<br />

(31) 10 2008 015 063.0 (32) 19 Mar 2008 (33) DE<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a method for roasting and for the surface pasteurization<br />

<strong>of</strong> food product pieces, wherein the method is performed in a roasting<br />

system and comprises a roasting phase and a pasteurization phase, and<br />

during the pasteurization phase a pasteurization treatment is performed<br />

at a temperature less than 100°C in a humid atmosphere having a<br />

humidity greater than the humidity <strong>of</strong> the atmosphere during the roasting<br />

phase, wherein during the pasteurization phase the temperature on the<br />

product surface is maintained below the dewpoint temperature <strong>of</strong> the<br />

humid atmosphere, the pasteurization treatment being performed for 1<br />

to 30 min, and wherein in the course <strong>of</strong> advancing or continued roasting<br />

the condensation water on the surface <strong>of</strong> the food products is removed<br />

and the water absorption <strong>of</strong> the latter is minimized.<br />

(21) 582995 (22) 25 Jul 2008<br />

(54) DERIVATIVES OF 1-OXO-1,2-DIHYDROISOQUINOLINE-5-<br />

CARBOXAMIDES AND OF 4-OXO-3,4-DIHYDROQUINAZOLINE-8-<br />

CARBOXAMIDES, PREPARATION THEREOF AND APPLICATION<br />

THEREOF IN THERAPEUTICS<br />

(86) PCT/FR2008/001109 (87) WO2009/044018<br />

(51) IPC2012.01:C07D217/24; A61K31/472, 498; A61P25/00;<br />

C07D239/88<br />

(71) San<strong>of</strong>i-Aventis<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 92


INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(72) MALLERON, Jean-Luc; KARLSSON, Andreas; GENEVOIS-<br />

BORELLA, Arielle; EVERS, Michel<br />

(31) 0705500 (32) 27 Jul 2007 (33) FR<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed are derivatives <strong>of</strong> 1-oxo-1,2-dihydro#isoquinoline-5carboxamides<br />

and <strong>of</strong> 4-oxo-3,4-dihydroquinazoline-8-carboxamides, <strong>of</strong><br />

general formula (I), wherein the substituents are disclosed in the<br />

specification. Also disclosed is the method <strong>of</strong> producing said derivatives<br />

and the application there<strong>of</strong> in therapeutics as â-secretase for treating<br />

neurodegenerative disorders such as Alzheimer's disease.<br />

(21) 583024 (22) 31 Jul 2008<br />

(54) An agonist <strong>of</strong> miR-29a, miR-29b or miR-29c that prevents tissue<br />

fibrosis and uses there<strong>of</strong><br />

(86) PCT/US2008/071839 (87) WO2009/018493<br />

(51) IPC2012.01:A61P9/00, 10; A61K38/00; A61K31/7105; C07K5/00;<br />

A61K48/00; C12N15/11<br />

(71) Board <strong>of</strong> Regents, The Univeristy <strong>of</strong> Texas System<br />

(72) OLSON, Eric; VAN ROOIJ, Eva<br />

(31) 60/952,917 (32) 31 Jul 2007 (33) US<br />

(31) 60/980,303 (32) 16 Oct 2007 (33) US<br />

(31) 61/047,014 (32) 22 Apr 2008 (33) US<br />

(74) Pizzeys <strong>Patent</strong> and Trade Mark Attorneys, Level 20, ANZ Centre, 324<br />

Queen Street, Brisbane, Queensland 4000, Australia<br />

(57) Disclosed is the use <strong>of</strong> an agonist <strong>of</strong> miR-29a-c for the preparation<br />

<strong>of</strong> a medicament for treating or preventing a tissue fibrosis in a subject<br />

in need there<strong>of</strong>, wherein the agonist <strong>of</strong> miR-29a-c is a polynucleotide<br />

comprising a pri-miRNA, pre-miRNA, or mature sequence <strong>of</strong> miR-29a,<br />

miR-29b, and/or miR-29c.<br />

(62) Divided out <strong>of</strong> 598702<br />

(21) 583033 (22) 6 Aug 2008<br />

(54) TRICYCLIC BRIDGED CYCLOPENTANEDIONE DERIVATIVES AS<br />

HERBICIDES<br />

(86) PCT/EP2008/006467 (87) WO2009/019005<br />

(51) IPC2012.01:C07D493/08; A01N43/08<br />

(71) SYNGENTA LIMITED<br />

(72) TYTE, Melloney; MATHEWS, Christopher, John; HALL, Gavin,<br />

John; WHITTINGHAM, William, Guy; WAILES, Jeffrey, Steven; SCUTT,<br />

James, Nicholas; JEANMART, Stephane, Andre, Marie; VINER, Russell<br />

(31) 0715454.5 (32) 8 Aug 2007 (33) GB<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed are tricyclic bridged cyclopentanedione derivatives<br />

represented by general formula (I). An example <strong>of</strong> a compound <strong>of</strong><br />

formula (I) includes carbonic acid (1RS,2SR,6RS,7SR)-5-oxo-4-(2,6diethyl-4-methylphenyl)-10-oxatricyclo[5.2.1.02.6]-dec-3-en-3yl<br />

ester<br />

ethyl ester. The compounds are used to control grasses and weeds in<br />

crops.<br />

(21) 583062 (22) 22 Aug 2008<br />

(54) An interface device for a wind turbine control system and a method<br />

for inputting commands to a wind turbine controller<br />

(86) PCT/EP2008/061019 (87) WO2009/033931<br />

(51) IPC2012.01:G08C17/00; G10L15/22<br />

(71) SIEMENS AKTIENGESELLSCHAFT<br />

(72) JENSEN, Michael<br />

(31) 07017914.8 (32) 12 Sep 2007 (33) EP<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) An interface device for a wind turbine control system, in particular<br />

provided for a service or maintenance procedure, where the interface<br />

device is connected to a controller <strong>of</strong> the wind turbine control system<br />

for user communication with the controller, is disclosed. The interface<br />

device comprises: a controller interface; a processor; a speech<br />

recognition unit; a microphone; and an output unit. The controller<br />

interface is connected to the controller for sending commands and/<br />

or data to and receiving commands and/or data from, the controller.<br />

The processor is connected to the controller interface to produce<br />

commands and/or data for the controller and to interpret commands and/<br />

or data received from the controller and to provide an output a signal<br />

representing the interpreted data. The speech recognition unit translates<br />

electrical signals representing orally input commands or data into an<br />

input command signal or input data signal and which is connected to<br />

the processor. The microphone allows an oral command input and/<br />

or an oral data input to the interface device. An electrical signal from<br />

the microphone is input to the speech recognition unit. The output unit<br />

is connected to the processor for receiving commands or data. The<br />

processor comprises: a command manager to: produce, upon receipt<br />

<strong>of</strong> an input command signal, a reproduction signal representing the<br />

received input command signal in a form which is appropriate to be<br />

recognised by the user and a confirmation request signal, to deliver the<br />

reproduction signal and the confirmation request signal to the output<br />

unit, and to further process the received input command signal only<br />

upon receipt <strong>of</strong> a confirmation by the user. The interface device provides<br />

an inactive state, an idle state, a watchdog state representing a dead<br />

man button function, an error state, an operator information state and<br />

a command state.<br />

(21) 583147 (22) 8 Aug 2008<br />

(54) DEHYDROEPIANDROSTERONE COMPOSITIONS FOR<br />

TREATING MENOPAUSE<br />

(86) PCT/CA2008/001444 (87) WO2009/021323<br />

(51) IPC2012.01:A61K31/5685, 453, 56; A61P15/12; A61P5/26, 32<br />

(71) ENDORECHERCHE, INC.<br />

(72) LABRIE, Fernand<br />

(31) 60/964,270 (32) 10 Aug 2007 (33) US<br />

(31) 60/964,673 (32) 13 Aug 2007 (33) US<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed is the use <strong>of</strong> a sex steroid precursor selected from the<br />

group consisting <strong>of</strong> dehydroepiandrosterone, dehydroepiandrosteronesulfate,<br />

androst-5-ene-3beta,17beta-diol, and 4-androsten-3,17-dione,<br />

optionally combined with a Selective Estrogen Receptor Modulator<br />

(Acolbifene), in the manufacture <strong>of</strong> a medicament for treating<br />

or reducing the likelihood <strong>of</strong> acquiring vaginal diseases or<br />

problems selected from urinary incontinence, vaginal atrophy,<br />

atrophic vaginitis, vaginal dryness, dyspareunia and sexual<br />

dysfunction in postmenopausal women, wherein said medicament<br />

is formulated for intravaginal administration <strong>of</strong> said sex steroid<br />

precursor at a therapeutic amount <strong>of</strong> 13 mg per day or<br />

less. Further disclosed is a pharmaceutical composition for<br />

intravaginal administration comprising a sex steroid precursor<br />

selected from dehydroepiandrosterone, dehydroepiandrosteronesulfate,<br />

androst-5-ene-3beta,17beta-diol, and 4-androsten-3,17-dione<br />

and further comprising a pharmaceutically acceptable excipient,<br />

diluent or carrier. Also disclosed is a vaginal suppository comprising<br />

dehydroepiandrosterone, dehydroepiandrosterone-sulfate, androst-5ene-3beta,17beta-diol,<br />

and 4-androsten-3,17-dione and an excipient<br />

comprising saturated fatty acid asters or Witepsol H-15.<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 93


(62) Divided out <strong>of</strong> 598270<br />

INTELLECTUAL PROPERTY OFFICE OF NEW ZEALAND<br />

(21) 583284 (22) 14 Aug 2008<br />

(54) CYCLIC DEPSIPEPTIDES FROM ISOLATED CHONDROMYCES<br />

CROCATUS USEFUL AS INHIBITORS OF KALLIKREIN 7 AND<br />

HUMAN NEUTROPHIL ELASTASE<br />

(86) PCT/EP2008/060689 (87) WO2009/024527<br />

(51) IPC2012.01:C07K11/02; A61K38/15<br />

(71) Novartis AG<br />

(72) KRASTEL, Philipp; LIECHTY, Brigitta-Maria; MEINGASSNER, Josef<br />

Gottfried; SCHMITT, Esther; SCHREINER, Erwin Paul<br />

(31) 07114507.2 (32) 17 Aug 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed herein is a cyclic depsipeptide having the structure <strong>of</strong><br />

formula (I), wherein an ester bond is formed between the carboxy<br />

group <strong>of</strong> A7 and the hydroxyl group <strong>of</strong> A2, wherein the acyl residue<br />

X is CH3CH2CH(CH3)CO or (CH3)2CHCO, A1 is glutamine, glutamic<br />

acid, or a derivative there<strong>of</strong>, A2 is threonine,A3 is leucine, A4 is Ahp,<br />

3-amino-piperidine-2-one, proline, 5-hydroxy-proline or a derivative<br />

there<strong>of</strong>, A5 is isoleucine, A6 is tyroxine, N-Me-tyrosine or a derivative<br />

there<strong>of</strong>, A7 is isoleucine or valine;or a pharmaceutically acceptable salt<br />

there<strong>of</strong>. Also disclosed is the extraction <strong>of</strong> said compound from isolated<br />

Chondromyces microorganism from the strain Chrondromyces crocatus<br />

(DSM 19329) as well as an alternative process for its preparation.<br />

(21) 583334 (22) 15 Aug 2008<br />

(54) Lighting assembly, enclosure and method for growing plants using<br />

specific wavelength LED's<br />

(86) PCT/EP2008/060776 (87) WO2009/022016<br />

(51) IPC2012.01:A01G7/04; F21V29/02; F21Y101/02; A01G9/20<br />

(71) Lemnis Lighting <strong>Patent</strong> Holding B.V.<br />

(72) ROOYMANS, Johannes Otto<br />

(31) 07114397.8 (32) 15 Aug 2007 (33) EP<br />

(74) BALDWINS INTELLECTUAL PROPERTY, Level 14, Baldwins<br />

Centre, 342 Lambton Quay, Wellington 6011, <strong>New</strong> Zealand<br />

(57) Disclosed is a lighting assembly for growing plants. The lighting<br />

assembly has a first light source emitting light in a first wavelength<br />

range <strong>of</strong> 600 to 750 nm; a second light source emitting light in a second<br />

wavelength range <strong>of</strong> 375 to 500 nm; and a controller for controlling the<br />

output <strong>of</strong> the first light source independent from the output <strong>of</strong> the second<br />

light source. Disclosed are also an enclosure for growing plants, and a<br />

method for growing plants.<br />

(21) 583449 (22) 25 Jul 2008<br />

(54) THE APPLICATION OF 3, 5-DIHYDROXYTOLUENE OR<br />

DERIVATIVES THEREOF IN THE PREPARATION OF MEDICINE<br />

AND FUNCTIONAL FOR TREATING OR PREVENTING<br />

DEPRESSION<br />

(86) PCT/CN2008/071752 (87) WO2009/018747<br />

(51) IPC2012.01:A61K31/05, 085, 7032; A23L1/30; A61P25/24<br />

(71) KUNMING INSTITUTE OF BOTANY, CHINESE ACADEMY<br />

OF SCIENCES; KUNMING INSTITUTE OF ZOOLOGY, CHINESE<br />

ACADEMY OF SCIENCES; KUNMING JINGBIAO BIOSCIENCES R &<br />

D CO., LTD.<br />

(72) CHEN, Jijun; XU, Lin; ZHOU, Jun; LU, Jun; MAO, Rongrong; TIAN,<br />

Meng; ZHOU, Qixin; ZHANG, Xuemei; SHEN, Yong; JIANG, Zhiyong;<br />

ZUO, Aixue<br />

(31) 200710066088.7 (32) 3 Aug 2007 (33) CN<br />

(74) A J PARK, State Insurance Tower, Level 22, 1 Willis Street, Wellington<br />

6011, <strong>New</strong> Zealand<br />

(57) Disclosed herein is the use <strong>of</strong> 5-methyl-1,3-benzenediol derivatives<br />

as represented by the compounds <strong>of</strong> formula I-IV in the manufacture<br />

<strong>of</strong> a medicament <strong>of</strong> a functional food for use in treating or<br />

preventing depression or its symptoms, in particular, circadian rhythm<br />

disorders, sleep disorders, chronic stress, anxiety, acute stress-induced<br />

impairment, or cognitive functional impairment or disorders.<br />

(21) 583475 (22) 24 Dec 2008<br />

(54) A TRAILER HWERE THE TRAILER BED IS RAISED AND<br />

LOWERED BY AN ACTUATING MEANS IN THE PLANE OF THE<br />

WHEEL<br />

(86) PCT/AU2008/001907 (87) WO2009/086586<br />

(51) IPC2012.01:B60P1/02, 34; B60G3/14, 20; B62D63/06, 08; B60P3/07,<br />

12<br />

(71) Innovare Motion Pty Ltd<br />

(72) FANKHAUSER, Jason; MCKAY, Colin<br />

(31) 2008900040 (32) 4 Jan 2008 (33) AU<br />

(31) 2008905593 (32) 30 Oct 2008 (33) AU<br />

(74) WADESON, Level 27 101 Collins Street, Melbourne, Vic 3000,<br />

Australia<br />

(57) A trailer is disclosed including a draw bar (12), a trailer frame (15’),<br />

a wheel carrying structure (30’) and an actuating means (40’, 44’). The<br />

wheel carrying structure (30’) carries at least one wheel (22’) and is<br />

located laterally inward <strong>of</strong> the wheel (22’). The actuating means (40’,<br />

44’) can be actuated to exert a force on the wheel carrying structure<br />

(30’) to raise or lower the trailer frame (15’) and is located substantially<br />

in the plane <strong>of</strong> rotation <strong>of</strong> the wheel (22’).<br />

(62) Divided out <strong>of</strong> 596627<br />

PATENT OFFICE JOURNAL 1594 27 April 2012 Page 94

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