Nanotecnologia - 2º semestre de 2010 - Inpi

Pedidos de Patente sobreNanotecnologiaFonte da imagem: Laboratório Ibérico Internacional de NanotecnologiaPedidos publicados no2º semestre de 2010Diretoria de Cooperação para o Desenvolvimento – DICODCentro de Disseminação da Informação Tecnológica – CEDINCoordenação de Estudos e Programas – CEPROFevereiro de 2011

INSTITUTO NACIONAL DA PROPRIEDADE INDUSTRIAL - INPIPresidente: Jorge de Paula Costa ÁvilaVice-Presidente: Ademir TardelliDIRETORIA DE COOPERAÇÃO PARA O DESENVOLVIMENTO -DICODDiretor: Sérgio Medeiros Paulino de CarvalhoCENTRO DE DISSEMINAÇÃO DA INFORMAÇÃO TECNOLÓGICA -CEDINChefe: Raul SusterCOORDENAÇÃO DE ESTUDOS E PROGRAMAS - CEPROChefe: Luci Mary Gonzalez GulloAutor:Jeziel NunesColaboradores:Suzanne de Oliveira Rodrigues Schumacher

SUMÁRIO1 - INTRODUÇÃO .......................................................................................................... 31.1 - ALERTA TECNOLÓGICO..................................................................................... 31.2- PEDIDOS DE PATENTE SOBRE NANOTECNOLOGIA.................................... 52- RESULTADOS............................................................................................................ 6ANEXO I - Códigos dos Principais Países................................................................... 861Lista dos gráficosGráfico nº 1: Gráfico relacionando os países de prioridade dos documentos recuperadosem nível mundial com o nº de documentos recuperados relacionados à nanotecnologiano 2º semestre (julho a dezembro) de 2010.......................................................................7Gráfico nº 2: Gráfico com as classificações internacionais de patente (CIP) com maiornúmero de ocorrências nas tecnologias relacionadas a nanotecnologia no 2º semestre(julho a dezembro) de 2010...............................................................................................8Lista das tabelasTabela nº 1: Relação dos principais depositantes e do nº de pedidos de patentepublicados no 2º semestre de 2010..................................................................................10Tabela nº 2: Dados bibliográficos dos pedidos de patente relacionados ànanotecnologia depositados por residentes publicados no 2º semestre de2010.................................................................................................................................11Tabela nº 3: Dados bibliográficos dos pedidos de patente relacionados ànanotecnologia publicados no 2º semestre de 2010........................................................15_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20102

1 - INTRODUÇÃO1.1 - ALERTA TECNOLÓGICOO Instituto Nacional da Propriedade Industrial (INPI) é uma AutarquiaFederal, vinculada ao Ministério do Desenvolvimento, Indústria e ComércioExterior (MDIC), responsável pela concessão de patentes, registros dedesenhos industriais, registro de marcas, averbação de contratos detransferência de tecnologia, registro de programas de computador, indicaçõesgeográficas e topografias de circuito integrado.O Centro de Disseminação da Informação Tecnológica (CEDIN),subordinado à Diretoria de Cooperação para o Desenvolvimento (DICOD),mantém um acervo com a descrição dos pedidos de patente e de registros dedesenho industrial. Uma de suas atribuições é divulgar e disseminar autilização destas informações bibliográficas e técnicas. Para tanto, o CEDINdispõe da Coordenação de Estudos e Programas – CESPRO, cujaincumbência é elaborar publicações fundamentadas, essencialmente, eminformações extraídas de documentos de patente.A patente é uma importante fonte formal de informação, por meio daqual pode-se ter acesso a detalhes técnicos de invenções que, em algunscasos, não estão descritos em outros meios de divulgação (livros, artigostécnicos, etc.).O objetivo desta publicação semestral, é o de alertar sobre os principaisdepositantes de patente em determinado setor e período de tempo, os paísesonde o primeiro depósito foi solicitado (país de prioridade), as áreastecnológicas mais solicitadas e de divulgar os títulos dos pedidos de patentepublicados mundialmente em determinado período. Desta forma, busca-secontribuir para a atualização periódica do público alvo deste Alerta Tecnológico.Mais detalhes sobre cada pedido de patente como resumo, nome(s)do(s) inventor(es), cópia do documento completo etc. podem ser obtidos nasseguintes bases de patente disponíveis gratuitamente na internet:_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20103

1. Base Brasileira de Pedidos de Patente 1 : http://www.inpi.gov.br2. Base do Escritório Europeu de Patentes 2 : http://ep.espacenet.com3. Base do Escritório Americano de Patentes 3 : http://www.uspto.govCaso haja interesse em se conhecer o(s) depósito(s) de patente noBrasil, correspondente(s) (família do pedido de patente 4 ) aos pedidos depatente estrangeiros listados na Tabela nº 3, sugere-se uma busca de famíliados pedidos de interesse. Neste caso, o Centro de Documentação do INPI –CEDIN informará os procedimentos a serem seguidos. Abaixo, seguemendereço e formas de contatar o CEDIN.INPI/DICOD/CEPRO:Instituto Nacional da Propriedade Industrial – INPIDiretoria de Cooperação para o Desenvolvimento - DICODCoordenação de Estudos e Programas – CEPROPraça Mauá, 7, sala 714, Centro, Rio de Janeiro, RJ , CEP 20083-900Tel. (21) 2139 3101 , Fax. (21) 2139 3354e-mail: cepro@inpi.gov.brAs cópias integrais dos pedidos de patente de interesse também podemser solicitadas por meio do endereço copdocpat@inpi.gov.br ou por correio postalao endereço anteriormente mencionado.1 Esta base contém somente pedidos de patente depositados e publicados no Brasil a partir de 1982.2 Contêm pedidos de patente depositados e publicados em mais de 70 países.3 Contêm somente pedidos depositados e publicados nos Estados Unidos.4 Uma família de patentes é a coleção de documentos de patente relacionados à mesma invenção ou a invençõescorrelacionadas, publicados em diferentes países. Cada documento de patente da família baseia-se, normalmente, nosdados do primeiro pedido depositado no país da prioridade. Existem diferentes estruturas de famílias de patente. Paraeste Alerta, o termo família de patente refere-se ao conceito de “família simples”, na qual todos os documentos depatente têm em comum o número e a data da prioridade unionista (WIPO, 2008)._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20104

1.2- PEDIDOS DE PATENTE SOBRE NANOTECNOLOGIANeste quinto alerta fica evidenciado a dinâmica da evolução dananotecnologia. Ao longo dos últimos cinco semestres, observou-se alteraçõesnas áreas de concentração, não permitindo, portanto, afirmar que tendênciaseguem os depósitos, embora essas alterações tenham permanecido nasáreas de eletrônica e de medicamentos e ainda uma avanço na área específicade nanotecnologia.Este contexto continua apresentando algumas dificuldades na análise dananotecnologia sob a ótica da propriedade industrial, na medida em que taisvariações nos depósitos demonstra fortes crescimentos mas que aindaconcentra boa parte dos pedidos nas universidades estrangeiras, ainda nãosendo possível ainda vislumbrar uma tendência para alguma aplicaçãoindustrial.Diante do cenário apresentado, e dado a escassez de levantamentosrelacionados aos depósitos de patente sobre nanotecnologia no mundo, o INPIvem, por meio do CEDIN, disponibilizar ao público interessado o acesso aestas informações.Já neste trabalho observa-se que o número de pedidos depositadosrelacionados à nanotecnologia tem se mantido num patamar expressivo,corroborando as informações divulgadas por meios não patentários e temconsolidado a posição do setor como a principal demanda de pedidos daPropriedade Industrial no mundo.O Alerta Tecnológico tem como objetivo divulgar, os novos pedidos depatente sobre nanotecnologia publicados no mundo em um intervalo de seismeses.Para efetuar o presente levantamento foram selecionados osdocumentos de patente contendo, em seu título ou resumo, palavras-chave queforam truncadas em posições que permitissem recuperar mais documentos nomesmo procedimento de busca. Assim foram usados vocábulos truncados emportuguês e na língua inglesa relacionados à nanotecnologia._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20105

2- RESULTADOSNo semestre pesquisado, foram selecionados 5256 documentos depatente que abordam tecnologias relacionadas à nanotecnologia. De acordocom o gráfico nº 1, pode-se identificar os países 5 de prioridade (país onde foirealizado o primeiro depósito do pedido de patente) e permite observar aocorrência de documentos em cada país. De acordo com este gráfico os cincoprincipais países de prioridade são: Estados Unidos da América, China, Japão,Coréia e Alemanha.Observa-se uma continuada liderança do Estados Unidos, mas tambémo surgimento da China neste cenário. A partir dos resultados apresentadosneste gráfico pode-se inferir que as tecnologias estão sendo desenvolvidas,principalmente, nos países indicados, já que geralmente os depositantessolicitam a prioridade a partir de seus países de origem. Alternativamente issopoderia indicar o interesse do primeiro depósito nos mercados destes países.Observa-se que o Brasil aparece em 11º lugar no ranking de países deprioridade 6 , ou seja, é o país escolhido para ser efetuado o primeiro depósito.Isso pode, portanto, significar presença brasileira no desenvolvimento deprodutos ou processos relacionados à nanotecnologia ou o interesse das firmasestrangeiras no mercado nacional.5 A lista com os códigos dos países está disponível no Anexo I.6 Conforme estabelecido pela Convenção de Paris (CUP) em seu Art. 4º, o primeiro pedido de patente depositado emum dos países membros da Convenção serve de base para depósitos subseqüentes relacionados à mesma matéria,efetuados pelo mesmo depositante ou por seus sucessores legais. Tem-se assim, o Direito de Prioridade. O prazopara exercer tal direito é de 12 meses, para invenção e modelo de utilidade. Ver art. 16, da Lei da PropriedadeIndustrial (LPI), nº 9.279/96 – disponível em www.inpi.gov.br._________________________________________________________________________________ 6INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010

Gráfico nº 1: Gráfico relacionando os países de prioridade dos documentosrecuperados em nível mundial com o nº de documentos recuperados relacionados ànanotecnologia no 2º semestre de 2010.Nº de Pedidos Publicados20001800160014001200100080060040020001765655585472206 13677 46 36 35 31US CN JP KR DE FR GB RU TW ES BRPaís de PrioridadeFonte: INPIDe acordo com o gráfico nº 1 os cinco principais países de prioridadesão:• US – Estados Unidos da América,• CN – China,• JP – Japão,• KR – Coréia,• DE - Alemanha.O gráfico nº 2 permite o monitoramento das principais tecnologiasrelacionadas ao tema, descritas nos pedidos de patente publicados no período.Para este levantamento, foram computadas somente as classificaçõespresentes em mais de 150 documentos. Estas classificações permitem omonitoramento das tecnologias relacionadas ao tema, descritos nos pedidos depatente publicados no período.Analisando o gráfico nº 2, considerando-se apenas as classificaçõescom mais de 150 ocorrências verifica-se que existem 542 ocorrências daclassificação A61K que está relacionado a “Preparações para finalidades_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20107

médicas, odontológicas ou higiênicas”, 498 ocorrências na H01L referente a“Dispositivos Semicondutores”; 472 ocorrências na B82B referente a“Fabricação ou tratamento de nanoestruturas; 385 ocorrências na C01Breferente a elementos não metálicos; seus compostos 331 ocorrências G01Nreferentes a investigação ou análise dos materiais pela determinação de suaspropriedades químicas ou físicas e 317 ocorrências na B01J referentes a“processos químicos ou físicos”Daí, pode-se depreender que grande maioria dos documentos depatente estão relacionados a diversas áreas tecnológicas não havendo ainda apredominância de uma delas. Nos últimos 24 meses a concentraçãotecnológica tem variado entre a Eletrônica e a Biotecnologia sendo que agoraobserva-se que Biotecnologia apresenta-se mais estável. Observa-se tambémque Nanotecnologia Geral apresenta um crescimento contínuo, principalmentenos temas referentes a fabricação e no tratamento de nanoestruturas.Gráfico nº 2: Gráfico com as classificações internacionais de patente (CIP)com maior número de ocorrências nas tecnologias relacionadas a nanotecnologia no2º semestre de 2010.600542Nº de Ocorrências5004003002001000498 472385A61KH01LB82BC01BG01NB01J331 317 293260241225 212181 169 162 155 153B32BC08KA61PC08LB05DClassificação Internacional - CIPFonte: INPIA61K – Preparações para finalidades médicas, odontológicas ou de toalete;H01MC23CH01BC01GD01FH01L – Dispositivos semicondutores; dispositivos elétricos em estado sólido não incluído em_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20108

outro local;B82B – Nano-estruturas; sua fabricação ou seu tratamento;C01B – Elementos não metálicos; seus compostos;G01N – Investigação ou análise dos materiais pela determinação de suas propriedadesquímicas ou físicas;B01J – Processos químicos ou físicos; como ingredientes de composições;B32B – Produtos em camadas;C08K – Uso de substâncias inorgânicas or orgânicas não-macromolecularesA61P – Atividade terapêutica de compostos químicos ou de preparações medicinaisC08L – composições de compostos macromolecularesB05D – Processos para aplicação de líquidos ou de outros materiais fluentes a superfíciesem geralH01M – processos ou meios, por ex., baterias, para a conversão direta da energia química emenergia elétricaC23C– revestimento de materiais metálicos; revestimento de materiais com materiaismetálicos; tratamento da superfície de materiais metálicos por difusão, por conversãoquímica ou substituição; revestimento por evaporação a vácuo, por pulverizaçãocatódica, por implantação de ions ou por deposição química em fase de vapor, emgeralH01B – cabos; condutores; isoladores; utilização de materiais específicos devido as suaspropriedades condutoras, isolantes ou dielétricasC01G – compostos contendo metais não abrangidos pelas subclasses c01d ou c01fD01F – características químicas da manufatura de filamentos, linhas, fibras, cerdas ou fitasartificiais; aparelhos especialmente adaptados para a manufatura de filamentos decarbono.Na tabela nº 1, a seguir, são identificados os depositantes com maiornúmero de pedidos de patente publicados no período. Pode-se observar natabela nº 1 os nomes dos titulares 7 dos pedidos de patente publicados no 2ºsemestre de 2010. A primeira coluna contém os nomes dos depositantes e asegunda, o total de documentos recuperados no período para cada empresa.7 Alguns titulares identificados podem fazer parte do mesmo grupo, mas, neste alerta, os nomes dos depositantes sãoapresentados da mesma forma como foram recuperados._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 20109

Tabela nº 1: Relação dos principais depositantes e do nº de pedidos depatente publicados no 2º semestre de 2010.Nome do DepositanteTotal de DocumentosUniversity Tsinghua [CN] 67Hon Hai Prec Ind Co Ltd [TW] 55Univ California [US] 51Centre Nat Rech Scient [FR] 453M Innovative Properties Co [US] 41Samsung Electronics Co Ltd [KR] 40Commissariat Energie Atomique [FR] 31SNU R & DB Foundation [KR] 29Massachusetts Inst Technology [US] 29Korea Advanced Inst Sci & Tech [KR] 25Basf SE [DE] 24Du Pont [US] 24Xerox Corp [US] 23Elan Pharma Int Ltd [IE] 23Bayer Materialscience AG [DE] 23Fonte: INPIPodemos observar na tabela acima a presença de depositanteschineses deslocando alguns depositantes americanos. Somente o terceirodepositante é a Universidade de Califórnia que apesar da queda de depósitosneste semestre tem se mantido numa posição de destaque no setor. Por outrolado, ao contrário do semestre anterior neste período já aparecem maisempresas entre os principais depositantes, e caso persista esta ocorrênciapode significar o início do surgimento de tecnologias de uso comercial.Quando observamos os depositantes brasileiros listados na tabela nº 2,já aparecem empresas, fato que diferencia um pouco do Alerta anterior ondeapraceram as principais universidades do país, embora ainda verifica-sealgumas universidades como dispositivos. Curiosamente também verifica-se aocorrência de depósitos efetuados por depositantes isolados, o que em certamedida é surpreendente nesta área._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201010

Tabela nº 2: Dados bibliográficos dos pedidos de patente relacionados ànanotecnologia depositados por residentes publicadas no 2º semestre de 2010Número doDocumentoBRPI0805854A2 20100824BRPI0805495A2 20100908BRPI0901181A2 20101116BRPI0804172A2 20100706BRPI0802814A2 20101103Prioridade(s)BR2008PI0585420081010BR2008PI0549520081219BR2009PI0118120090323BR2008PI0417220080715BR2008PI0281420080515DepositanteBIOLAB SANUSFARMACEUTICALTDA [BR]; UNIVFED DO RIOGRANDE DOSUL [BR]DE MIRANDAJOSE MARIA[BR]DULCE MARIADE ARAUJOMELO [BR]FEHR PEREIRALOPES JOSEEMILIO [BR]FUNDACAO DEAMPARO APESQUISA -FAPEMIG [BR];UNIV FED DEOURO PRETOUFOP [BR]; UNIVMINAS GERAIS[BR]ClassificaçãoInternacionalde PatentesA61K8/30;A61Q17/00;C08K9/10A61F2/12;A61L27/18;A61L27/32;A61L27/34C10G29/16A61K9/51B01J20/12;C01B33/40;C09C1/28;C09C3/08;C09K3/32TítuloSistemananoparticulado,processo depreparação domesmo, uso domesmo, composiçãofotoproterora,processo depreparação damesma, método deprevenção dedoenças e distúrbiosda peleImplante de siliconecom compartimentosexpansíveis e/ouinterativos, revestidoou não de espuma depoliuretano de ricinuscommunis e/ouhidroxiapatita, comabas ou cordões defixaçãoDessulfurização sobcatalisadoresnanométricos deniquelato de lantánio eniquelato de lantániodopado com 20 e 30%de estrôncioCompostos químicosformados a partir denanoencapsulamentose complexação deelementosArgilas hidrofobizadase processo dehidrofobização paraprodução deabsorventes decontaminantesorgânicos_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201011

Número doDocumentoBRPI0900188A2 20101026BRPI0805683A2 20100824BRPI0806010A2 20100914BRPI0805522A2 20100908BRPI0806012A2 20100914BRPI0805782A2 20100824BRPI0804422A2 20100713BRPI0805627A2 20100914Prioridade(s)BR2009PI0018820090119BR2008PI0568320081126BR2008PI0601020081229BR2008PI0552220081229BR2008PI0601220081229BR2008PI0578220080929BR2008PI0442220081021BR2008PI0562720081218DepositanteFUNDACAO DEAMPARO APESQUISA -FAPESP [BR];UNIV SAOPAULO [BR]FUNDACAOUNIV DEBRASILIA [BR]ITAJARAMINERIOS LTDA[BR]ITAJARAMINERIOS LTDA[BR]ITAJARAMINERIOS LTDA[BR]LUPATOCONRADO LUISAUGUSTO [BR]MARTINSMARCELO DOAMARAL [BR]PETROLEOBRASILEIRO SA[BR]ClassificaçãoInternacionalde PatentesG01N21/65H01F1/44;B82B1/00B05D1/12;B05C9/14;B82B3/00;C23C20/04;C23C20/06C01B13/34;B82B3/00F26B21/02C04B35/18;B82B3/00;C08K3/36C08J3/02;C08J3/07;C08J5/18;C08J11/00;C08J11/02;C08J11/04E21B43/25;B09C1/00TítuloSensor sers comnanopartículas desuperfìciemolecularmentefuncionalizadaProcesso de obtençãode fluidos magnéticosbaseados em líquidosiânicos, composiçõesde fluidos magnéticose suas aplicaçõesEquipamento paramanufatura de filmesfinos ou ultra-finos enanocompósitos deóxidos metálicos e/oumetais impregnadose/ou depositados emsubstratos vìtreos,poliméricos, madeiras,metais e outrosMétodo de produçãode pó de nanoescalapor síntese de vaporSistema de secagemde bagaço de maçãBioceramicananométrica emissorade radiaçãoinfravermelhoincorporada empolimeros e artigotêxtilProcesso para aprodução de materiaispoliméricos híbridosreforçados e suasaplicaçõesMétodo para controlede pressão de injeçãode espumas em meiosporosos e capilares_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201012

Número doDocumentoBRPI0806065A2 20100921BRPI0903866A2 20101221BRPI0900374A2 20101221BRPI0901075A2 20101221BRPI0903098A2 20101123BRPI0901141A2 20101116BRPI0800605A2 20101228Prioridade(s)BR2008PI0606520081016BR2009PI0386620090403BR2009PI0037420090326BR2009PI0107520090317BR2009PI0309820090313BR2009PI0114120090313BR2008PI0060520080115DepositantePETROLEOBRASILEIRO SA[BR]UNICAMP [BR]UNICAMP [BR]UNIV FED DOPARANA [BR]UNIV FED DOPARANA [BR]UNIV MINASGERAIS [BR]UNIV MINASGERAIS [BR]ClassificaçãoInternacionalde PatentesC01B31/02;B82B3/00A61K35/64;B01D61/14C02F1/42;B01D17/06G01N27/04;B82B1/00C04B33/04;C04B14/10B82B3/00;C04B11/00B82B3/00TítuloNanomateriais decarbono obtidos apartir de fraçõespesadas de petróleo eprocesso de obtençãodos mesmosProcesso deconcentração deextratos de própolispor nanofiltração eproduto obtido por talprocessoSistema parapurificação de águautilizando um eletrodode tio2 nanocristalinopara remoção depoluentes orgânicosDispositivo sensor degases construìdo comnanotubos de carbonopreenchidosProcesso deintercalaçãomecanoquímica deuréia emargilominerais daclasse do caulim,delaminação eobtenção demetacaulim especialNanocompósito degesso comnanoestruturas decarbono, seu métodode obtenção e usosrelacionadosProcesso de síntesede sistemasnanoestruturadoshìbridos: nanotubosde carbononanopartículasmetálicas_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201013

Número doDocumentoBRPI0902080A2 20101116BRPI0902050A2 20101116Prioridade(s)BR2009PI0208020090216BR2009PI0205020090311DepositanteUNIV SAOPAULO [BR];FUNDACAO DEAMPARO APESQUISA -FAPESP [BR]UNIV SAOPAULO [BR];INSTPESQUISASTECH SAOPAULO SA [BR]ClassificaçãoInternacionalde PatentesA61L15/60;A61L15/18;A61L15/22;A61L15/38;A61L31/12;C12N9/50B82B3/00TítuloMembrana de hidrogele curativo inteligenteMétodo de produçãode nanopartículassensíveis átemperatura e ph parauso em liberaçãocontrolada deprodutos ou ativos eproduto_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201014

A tabela nº 3 a seguir apresenta o número do pedido, com sua(s) prioridade(s),o(s) nome(s) depositante(s), a classificação internacional atribuída ao documento e seutítulo.Tabela nº 3: Dados bibliográficos dos pedidos de patente relacionados ànanotecnologia publicados no 2º semestre (julho a dezembro) de 2010_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201015

Número doDocumentoCN101863126 A20101020Prioridade(s)CN2010119317320100605Depositante081 ELECTRONICS GROUPTIANYUAN MACHINERYCO LTDClassificaçãoInternacional dePatentesB29C70/34TítuloProcessing method of carbon fiber reinforced epoxyresin-based composite waveguideEP2234922 A220101006WO2008US8707720081217;US20070017267P200712283M INNOVATIVEPROPERTIES CO [US]C01F7/02; C07F5/06;C08K9/06Acicular boehmite nanoparticlesWO2010078071 A120100708US20080141517P20081230;US20090157683P20090305;US20090234782P200908183M INNOVATIVEPROPERTIES CO [US]G02B1/11Antireflective articles and methods of making the sameUS2010165276 A120100701US2009064147820091218;US20080141517P20081230;US20090157683P20090305;US20090234783P200908183M INNOVATIVEPROPERTIES CO [US]G02F1/1333;B32B5/16; B32B9/00;B32B33/00;C23C14/46;G02B1/08Antireflective articles and methods of making the sameWO2010124186 A120101028US20090172111P200904233M INNOVATIVEPROPERTIES CO [US]H01M4/90;H01M4/88; H01M4/92Catalyst particle size control with organic pigments_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201016

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101802249 A20100811US2010197481 A120100805US2010273091 A120101028WO2008US7286720080812;US2007084136220070820US2010075663520100408;US2004094801220040923;US20030506623P20030926US2007067434820070213;US20060774045P200602153M INNOVATIVEPROPERTIES CO [US]3M INNOVATIVEPROPERTIES CO [US]3M INNOVATIVEPROPERTIES CO [US]C23C14/14;C23C14/06B01J23/52;B01D53/94;B01J21/18;B01J23/02;B01J23/04;B01J23/06;B01J31/02;B01J35/00;B01J37/34;C01B31/20H01M8/04;B01J21/00;B01J23/52; C01B3/02Catalyst production processCatalysts, activating agents, support media, andrelated methodologies useful for making catalystsystems especially when the catalyst is deposited ontothe support media using physical vapor depositionCatalytically active gold supported on thermally treatednanoporous supportsUS2010291474 A120101118US2010084520920100728;US20060382529200605103M INNOVATIVEPROPERTIES CO [US]G03H1/00Compositions and coatings containing fluorescent,inorganic nanoparticlesEP2238182 A220101013WO2008US8764120081219;US20070017474P200712283M INNOVATIVEPROPERTIES CO [US]C08F220/18Copolymers of nanoparticles, vinyl monomers andsilicone_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201017

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2235079 A220101006WO2008US8695120081216;US20070017463P200712283M INNOVATIVEPROPERTIES CO [US]C08F292/00;C08J5/02;C08L33/04;C08L57/00Copolymers of nanoparticles, vinyl monomers andsiliconeCN101809465 A20100818WO2007US7046520070606;US2006042378120060613;US20060427055200606283M INNOVATIVEPROPERTIES CO [US]G02B1/11Durable antireflective filmUS2010178470 A120100715US2010073045820100324;US2009040252520090312;US2007092776020071030;US2006027855520060404;US20030662085200309123M INNOVATIVEPROPERTIES CO [US]B32B5/16; B32B3/00Durable optical elementUS2010255183 A120101007CN101820968 A20100901WO2010077521 A220100708US2010081475120100614;US2006056654120061204WO2007US7442320070726US20080336889200812173M INNOVATIVEPROPERTIES CO [US]3M INNOVATIVEPROPERTIES CO [US]3M INNOVATIVEPROPERTIES CO [US]B05D5/12B01D39/00H01L51/52;G02B5/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Electrochromic device based on layer by layerdepositionHighly charged, charge stable nanofiber webLight extraction film with nanoparticle coatings18

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010132279 A120101118US20090465852200905143M INNOVATIVEPROPERTIES CO [US]B22F1/00;B02C17/00;B22F9/04;C01B33/00;H01M4/38Low energy milling method, low crystallinity alloy, andnegative electrode compositionEP2244982 A220101103WO2008US8738520081218;US20070017326P200712283M INNOVATIVEPROPERTIES CO [US]C01G25/02Method of making zirconia-containing nanoparticlesUS2010270058 A120101028US2008074685720081208;US20070013690P20071214;WO2008US85806200812083M INNOVATIVEPROPERTIES CO [US]B05D5/12; H05K1/00Methods for making electronic devicesCN101827783 A20100908WO2008US6463120080523;US20070999753P20070621;US20070999752P200706213M INNOVATIVEPROPERTIES CO [US]B82B3/00; G03F7/26;H01L21/027Methods of making hierarchical articlesKR20100081343 A20100714EP20070118144200710093M INNOVATIVEPROPERTIES CO [US]F01N3/28; F01N3/10Mounting mats including inorganic nanoparticles andmethod for making the sameEP2253377 A220101124EP2008078036820080114;WO2008US50966200801143M INNOVATIVEPROPERTIES CO [US]B01J23/52;B01J23/66;B01J35/00;B01J37/02;B01J37/06_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Multifunctional oxidation catalysts19

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2245091 A220101103WO2009US3007520090105;US20080019699P200801083M INNOVATIVEPROPERTIES CO [US]C08K7/18; C08J5/18;C08K3/22; C08L77/02Nanoparticle dispersion, compositions containing thesame, and articles made therefromUS2010189922 A120100729US2010075465320100406;US20060530619200609113M INNOVATIVEPROPERTIES CO [US]B05D5/06;C23C16/513Permeable nanoparticle reflectorCN101872028 A20101027US2004087036620040617;US2004093800620040910;US2004093918420040910;US20050078145200503113M INNOVATIVEPROPERTIES CO [US]G02B1/04; C08F2/44;C08F222/10;G02B1/10Polymerizable compositions comprising nanoparticlesCN101820766 A20100901KR20100080788 A20100712WO2008US7841320081001;US20070977171P20071003US20070970541P200709073M INNOVATIVEPROPERTIES CO [US]3M INNOVATIVEPROPERTIES CO [US]A01N59/16;A01P1/00;B01J23/52;B01J23/66;B01J35/00;B01J37/34;C23C14/00C09D5/00; C09D7/12;C09D127/12;G02B1/11Process for limiting the growth of microorganismsSelf-assembling antireflective coating comprisingsurface modified high refractive index nanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201020

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2215034 A120100811WO2008US7664520080917;US20070976654P200710013M INNOVATIVEPROPERTIES CO [US]C06B45/00;C06B29/22;C06B31/28;C06B47/14Use of nanoparticles in explosivesWO2010077583 A120100708US20080141311P200812303M INNOVATIVEPROPERTIES CO [US];BARAN JIMMIE R JR [US];THACH HAEEN [US];SHINBACH MADELINE P[US]; BOEHMER ROXANNEA [US]; WUERCH DANIEL W[US]C10M139/04;C10M141/12;C10M159/12;C10M171/06Composite particles and method of formingWO2010077773 A120100708US20080141314P200812303M INNOVATIVEPROPERTIES CO [US];BARAN JIMMIE R JR [US];THACH HAEEN [US];SHINBACH MADELINE P[US]; BOEHMER ROXANNEA [US]; WUERCH DANIEL W[US]C10M139/04;C10M141/12;C10M171/06Lubricant composition and method of formingWO2010135140 A220101125CN20091202964200905223M INNOVATIVEPROPERTIES CO [US];CHEN XUE-HUA [CN]; XIAOWEI [CN]; WANG YAN [CN];CHEN TING-NA [CN]; JINGNAIYONG [US]D06M11/77;D06M11/58;D06M13/03Hydrophilic fibrous article_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201021

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010124196 A220101028US20090172118P200904233M INNOVATIVEPROPERTIES CO [US];DAHN JEFFREY R [CA]H01M4/92Catalyst property control with intermixed inorganicsWO2010123528 A220101028US20080141517P200812303M INNOVATIVEPROPERTIES CO [US];DAVID MOSES M [US];HARTZELL ANDREW K[US]; HEBRINK TIMOTHY J[US]; YU TA-HUA [US];ZHANG JUN-YING [US]B82B3/00; B82B1/00Nanostructured articles and methods of makingnanostructured articlesWO2010078306 A220100708US20080141531P200812303M INNOVATIVEPROPERTIES CO [US];DAVID MOSES M [US]; YUTA-HUA [US]B82B3/00Method for making nanostructured surfacesWO2010114698 A120101007US20090164979P200903313M INNOVATIVEPROPERTIES CO [US];JING NAIYONG [US];ZHANG YIFAN [US];RIDDLE JUSTIN A [US]C09D1/00;C09D133/02;C09D133/26Aqueous coating composition comprising sphericalsilica particles and method of making and using thesameWO2010074862 A120100701US20080122706P200812153M INNOVATIVEPROPERTIES CO [US];JONES CLINTON L [US];KOLB BRANT U [US];MCKENZIE TAUN L [US];OLSON DAVID B [US];NAISMITH NATHAN K [US]G02B6/00;C08K5/101;C08K9/04High refractive index inorganic oxide nanoparticlescomprising surface treatment, polymerizable resin, andarticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201022

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010114725 A120101007US20090166262P200904033M INNOVATIVEPROPERTIES CO [US];KSHIRSAGAR MANJIRI T[US]; RABINS ANDREW W[US]G01N1/40Microorganism concentration process and deviceWO2010085427 A120100729US20090146466P200901223M INNOVATIVEPROPERTIES CO [US];SCHULTZ NATHAN E [US];JOLY GUY D [US];DETERMAN MICHAEL D[US]C01G25/02;C09C3/08Surface-modified zirconia nanoparticlesWO2010080459 A120100715US20080139145P200812193M INNOVATIVEPROPERTIES CO [US];SCHULTZ WILLIAM J [US];HARALDSON CHAD A [US];SCHULTZ NATHAN E [US];THOMPSON WENDY L[US]; THORSON JAMES E[US]; GOETZ DOUGLAS P[US]; HACKETT STEVEN C[US]; NELSON JAMES M[US]C08K3/26; C08K9/04;C08L63/02Nanocalcite compositesWO2010151435 A120101229US20090220698P200906263M INNOVATIVEPROPERTIES CO [US];SHINBACH MADELINE P[US]; BARAN JIMMIE R JR[US]B02C23/06Method of milling particles with nanoparticles andmilled free-flowing powder_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201023

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010077529 A220100708US20080138272P200812173M INNOVATIVEPROPERTIES CO [US];WANG DING [US]; PORQUEJEROME C [US]B82B3/00; B82B1/00Fabrication of conductive nanostructures on a flexiblesubstrateWO2010080378 A120100715US20080139191P200812193M INNOVATIVEPROPERTIES CO [US];WANG WEI [US]; BIYIKLILEVENT [US]; JOHNSONSTEVEN L [US]; PORQUEJEROME C [US]G03F7/20; G03F7/00Method and system for fabricating nanostructure massreplication toolCO6220833 A220101119US20060848348P20060929;US20070855944200709144LIFE RES LC [US]A61K39/00Inmuno reguladores preparaciones y composicionesque incluyen los inmuno-reguladores pruebas paraevaluar la actividad de los inmuno-reguladores ypreparaciones y composiciones que incluyen losmismos y metodosCN101809801 A20100818WO2008US7813320080929;US20070995777P20070928A123 SYSTEMS INC [US]C08J9/00; H01M2/16;H01M4/13;H01M10/0525;H01M10/36Batteries having inorganic/organic porous filmsCN101828283 A20100908WO2008US7392420080821;US20070957101P20070821A123 SYSTEMS INC [US]H01M2/14;H01M2/30;H01M4/13;H01M10/0525;H01M10/0565;H01M10/36Separator for electrochemical cell and method for itsmanufacture_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201024

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010093786 A220100819US20090152095P20090212A123 SYSTEMS INC [US];LEI HANWEI [US];HAMMOUD MAHA [US];RAND ADAM [US]; WANGLIYA [US]B01J20/32;B01J20/02;B01J20/28;B01J20/34Materials and methods for the removal of sulfurcompounds from a feedstockUS2010330147 A120101230US2010331819 A120101230EP2217294 A220100818WO2010147899 A120101223KR20100090551 A20100816US2009049311220090626US2009049106320090624WO2008US6701520080613;US2007084011920070816US20090218281P20090618KR2009000989820090206ABBOTTCARDIOVASCULARSYSTEMS [US]ABBOTTCARDIOVASCULARSYSTEMS [US]ABBOTTCARDIOVASCULARSYSTEMS [US]ABBOTT LAB [US];GOKHALE RAJEEV [US];MARSH KENNAN C [US];SHI YI [US]A61F2/00; A61K9/16A61M25/00;A61K9/127;A61K9/14;A61K31/197;A61K31/22;A61K31/409;A61K31/555;A61P35/00A61L27/34;A61L27/54;A61L31/08;A61L31/16;A61L31/18ABC SANG SA CO LTD [KR] B82B3/00A61K9/00; A61K9/10;A61K31/5377;A61K47/02Drug delivery compositions including nanoshells fortriggered drug releaseDrug Delivery System and Method of Treatment ofVascular Diseases Using Photodynamic TherapyNanoparticle-coated medical devices and formulationsfor treating vascular diseaseStable nanoparticulate drug suspensionMethod of maufacturing graphene hollow nanospheres_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201025

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010261820 A120101014US2006064509320061222;US20050753625P20051222ABECASSIS DAVID [US]C08K5/521;C07F7/02Novel method for manufacturing and dispersingnanoparticles in thermoplasticsUS2010330084 A120101230US2010082272920100624;US2007092079320071120;WO2006EP0477320060519;US20050683474P20050520ABLYNX NV [BE]A61K39/395;C07K16/00Single domain vhh antibodies against von willebrandfactorWO2010081856 A120100722US20090144586P20090114;US20090251879P20091015ABLYNX NV [BE]; BOUCHEMARIE-PAULE LUCIENNEARMANDA [BE];VANLANDSCHOOT PETER[BE]; SABLON ERWIN [BE];DEPLA ERIK [BE]; DE BUCKSTEFAN [CH]; SAELENSXAVIER [BE]; SCHEPENSBERT [BE]C07K16/10;A61P31/12;C07K16/18Pulmonary administration of immunoglobulin singlevariable domains and constructs thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201026

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010142534 A120101216US20090181384P20090527ABLYNX NV [BE];SAUNDERS MICHAELJOHN SCOTT [BE];BLANCHETOTCHRISTOPHE [NL];BOUTTON CARLO [BE];ROMMELAERE HEIDI [BE];DE HAARD JOHANNESJOSEPH WILHELMUS [NL];DE BRABANDEREVERONIQUE [BE];LAUWEREYS MARC JOZEF[BE]; MORIZZO ERIKA [BE];UNION ANN [BE];C07K16/24;C07K16/46Biparatopic protein constructs directed against il-23ZA200903132 A20100825SG165156 A120101028US2006059441720061106US19970051021P19970627;US1997092615519970909ABRAXIS BIOSCIENCE LLC[US]ABRAXIS BIOSCIENCE LLC[US]A61K9/107;A61K9/51;A61K31/337;A61P35/00Nanoparticles of paclitaxel and albumin in combinationwith bevacizumab against cancerNovel formulations of pharmacological agents,methods for the preparation thereof and methods forthe use thereofWO2010121000 A120101021US20090238052P20090828;US20090169665P20090415ABRAXIS BIOSCIENCE LLC[US]; DESAI NEIL P [US];PEYKOV VIKTOR [US];SOON-SHIONG PATRICK[US]G01N33/53Prion-free nanoparticle compositions and methods_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201027

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010118365 A120101014US20090168540P20090410ABRAXIS BIOSCIENCE LLC[US]; DESAI NEIL P [US];TAO CHUNLIN [US]; DETAPAS [US]; CI SHERRYXIAOPEI [US]; TRIEUVUONG [US]A01N43/02;A61K31/335Nanoparticle formulations and uses therofWO2010105172 A120100916US20090210074P20090313ABRAXIS BIOSCIENCE LLC[US]; DESAI NEIL P [US];TRIEU VUONG [US]A01N37/18;A61K31/16Combination therapy with thiocolchicine derivativesUS2010184617 A120100722US2010068704420100113;US20090144252P20090113ACADEMIA SINICA [TW]C40B30/04;C40B40/00;C40B40/06Characterization of microarrays by nanogold stainingUS2010301199 A120101202US2009045706420090529ACADEMIA SINICA [TW]B01D59/44;H01J49/00Ultrasound ionization mass spectrometerUS2010256190 A120101007US2007065017420070105;US20060756937P20060106ACELRXPHARMACEUTICALS INC[US]A61K31/4535;A61P25/00Small-volume oral transmucosal dosage formsJP2010208919 A20100924JP2009005950620090312ACHILLES CORPC01B33/159Method for modifying surface of inorganic porousmaterial having nanostructureUS2010290979 A120101118US2009046726720090516ACKERMANN HEIKO [DE]C01B31/02;D01F9/12Carbon nanotubes production processUS2010267882 A120101021US2009038565020090415ADVANCED COMPOSITESINC [US]C08L23/04; C08K3/34 Polyolefin compositions_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201028

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Número doDocumentoPL388093 A120101122Prioridade(s)PL2009038809320090521DepositanteAKADEMIA MEDYCZNA IMPIASTOW SLASKICH WEWROCLAWIU [PL]ClassificaçãoInternacional dePatentesA61K9/66; A61P35/00TítuloNanocapsules intended for transporting toxicmedicines to the places in the patient body whereinvasive illnesses occur, and method of theirmanufacturingUS2010303874 A120101202US2008074686520081216;US20070014350P20071217;US20080019516P20080107;US20080128216P20080520;WO2008US1376920081216AKCORA PINAR [US];KUMAR SANAT K [US]A61K8/02; A61K9/00;C08K7/00;C09K21/14Anisotropic self-assembly of nanoparticles incompositesUS2010267026 A120101021US2009062601420091125;US2007082494920070703;US2005008814020050323;US20040555665P20040323AKESON MARK [US];BRANTON DANIEL [US];DEAMER DAVID W [US];SAMPSON JEFFREY R [US]C12Q1/68Methods and apparatus for characterizingpolynucleotides_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 201034

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010265734 A120101021US2008067038820080723;US20070951305P20070723;WO2008US7084020080723BULOVIC VLADIMIR [US];FRIEND DAVID H [US];BAWENDI MOUNGI [US]G02B6/02; G02B6/26;H01L33/44Optical structures including nanocrystalsCN101772421 A20100707WO2008EP0669520080808;DE20071003798120070810BUNDESDRUCKEREIGMBHB41M3/14; B41M5/26 Coloured security document individualizationUS2010331457 A120101230US2008073501920081202;DE20071005973620071212;US20070008220P20071219;WO2008EP6662720081202BURI MATTHIAS [CH];BLUM RENE VINZENZ [CH];GANE PATRICK A C [CH]C09D197/02;B05D1/00;C09D101/02;D02G3/22;D21H17/64Surface-mineralized organic fibersUS2010279272 A120101104US2008003060920080213BURRELL MICHAEL CRAIG[US]; GUI JOHN YUPENG[US]; MONDELLO FRANKJOHN [US]; PRIS ANDREWDAVID [US]; PAXON TRACYLYNN [US]C12Q1/70;G01N33/00;G01N33/53Multiplexed analysis methods using sers-activenanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010102

Número doDocumentoUS2010311613 A120101209US2010193405 A120100805US2010173099 A120100708US2010216911 A120100826Prioridade(s)US2008074344120081121;US20070003892P20071121;WO2008US1297720081121RU2009010392620090203US2007092671120071029;JP2002030432420021018;US2003067608620031002US2010071250120100225;WO2008US0991620080820;US20070966954PDepositanteBUSNAINA AHMED [US];MEAD JOEY L [US]; BARRYCAROL M F [US]; WEI MING[US]BUTKO VLADIMIRYURYEVICH [RU]C O CANON KABUSHIKIKAISHA [JP]CABOT CORP [US]ClassificaçãoInternacional dePatentesC40B40/10;B29C43/02;B32B3/10;C40B40/02;C40B40/06;G03F7/20B07C5/344;B07C5/02; H01B1/00C23C14/28;H01J9/02; B01J19/08;C01B31/02;C23C14/06;D01F9/12C08K9/04TítuloPatterned nanosubstrates made by directed selfassembly of amphiphilic moleculesMethod for sorting nanoobjects and an apparatusfabricated therebyMethod and apparatus for carbon fiber fixed on asubstrateMethod of Preparing a Nanoparticle Dispersion of aModified Metal Oxide_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010103

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010269635 A120101028US2010082993420100702;US2007075572020070530;US2006033123020060113;US20050643577P20050114;US20050643629P20050114;US20050643578P20050114CABOT CORP [US] B22F9/18 Production of metal nanoparticlesUS2010269634 A120101028US2010082965820100702;US2006033123020060113;US20050643577P20050114;US20050643629P20050114;US20050643578P20050114CABOT CORP [US] B22F1/00 Production of metal nanoparticlesCN101870218 A20101027US2010283502 A120101111US20050643577P20050114US2007094002720071114;US20060858859P20061114CABOT CORP [US]CALIFORNIA INST OFTECHN [US]B42D15/00;B42D15/10H03K19/003_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Security features, their use, and processes for makingthemAsynchronous nano-electronics104

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2203388 A120100707WO2008EP6355220081009;EP2007011810020071009;EP2008083743420081009CHEMIP B V [NL]C01G19/02;C08F2/44;C08F292/00;C08K3/22; C08K5/04;C08K5/5425;C09C1/00; C09C3/12;C09D1/00; C09D5/03;C09D5/24; C09D7/12;C09D133/06;C09D151/10Dispersion of nanoparticles in organic solventsEP2214810 A120100811WO2008US1162320081009;US20070998005P20071009;US20070998872P20071012;US2008028736820081008CHEMNANO MATERIALSLTD [US]B01D59/26;B82B1/00; B82B3/00Carbon nanotubes using for recovery of radionuclidesand separation of actinides and lanthanides_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010124

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloMX2010005472 A20100811US2007094293720071120;WO2008US8321920081112CLARCOR INC [US]Fine fiber electro-spinning equipment, filter mediasystems and methods.CN101795776 A20100804WO2008EP0589320080718;EP2007001430920070720CLARIANT BRAZIL S A [BR]B03D1/01;B01F17/00; B03D1/02Reverse iron ore flotation by collectors in aqueousnanoemulsionUS2010162924 A120100701US2010069396120100126;DE20051003339320050716;WO2006EP0685320060713;US2008098871120080111CLARIANT FINANCE BVILTD [VG]C09C1/40;C04B35/10;C09C1/02; C09K3/14Nanoparticles of alumina and oxides of elements ofmain groups i and ii of the periodic table, and theirpreparationUS2010285514 A120101111US2010069487620100127;US20090147621P20090127;US20090164235P20090327;US20090250776P20091012CLAUSSEN JONATHANCLAY [US]; FRANKLINAARON D [US]; FISHERTIMOTHY S [US];PORTERFIELD DMARSHALL [US]C12Q1/26;C12M1/34;C23C28/00Electrochemical biosensor_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010133

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100086647 A20100802KR2009000598020090123CNPHARM CO LTD [KR]A61K8/36; A61K8/27;A61Q7/00Nanocomposite comprising eicosapentaenoic acid forpreventing hair loss and enhancing hair restoration,composition comprising the nanocompositeEP2214813 A220100811CN101835707 A20100915WO2008FR0164320081126;FR2007000841120071130WO2008US1038820080905;US20070967756P20070907CNRS CT NAT DE LA RECHSCIENT [FR]; UNIVSTRASBOURG [FR]COHEN BINYOMIN AB01J19/00;B01J20/20;B01J20/28;B01J35/06;B01J35/10C01B3/04;C01B13/02Chemical reactor with nanometric superstructureA filter material for generating oxygen and/or hydrogenfrom a sourceUS2010200208 A120100812US2010068851720100115;US2007087395220071017;US20090144915P20090115COLA BARATUNDE A [US];FISHER TIMOTHY S [US]F28F7/00;B23P11/00;B32B33/00Methods for attaching carbon nanotubes to a carbonsubstrateCA2702991 A120101115CN101784254 A20100721IT2009MI0084620090515WO2008US6993120080714;US2007083929620070815COLBACHINI SPA [IT]COLGATE PALMOLIVE COC08J7/04;B29C47/00;B29C70/04;C08K3/04; C08K7/00;C08L27/12A61K8/11; A61K8/21;A61K8/22; A61K8/25;A61Q11/00Method for making a flexible and clear low surfaceelectric resistance plastics material article ofmanufacture and the plastics material article madetherebyColor stable peroxide containing dentifrice formulationswith dye encapsulated silica shell nanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010136

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloHK1091224 A120100827WO2004US1577220040520;US2003045612720030606DOW GLOBALTECHNOLOGIES INC [US]B32B27/04;C08G59/14;C08G59/18;C08J9/26; H05K3/00Nanoporous laminatesEP2225604 A120100908WO2008US1307620081124;US20070009415P20071228DOW GLOBALTECHNOLOGIES INC [US]G02F1/1334;G02B5/30;G02F1/13363Phase compensation film comprising polymernanoparticles imbibed with liquid crystal materialCN101772515 A20100707WO2008EP0654620080808;EP2007001580420070810DOW WOLFFCELLULOSICS GMBHC08B15/02Nanoparticles of amorphous celluloseCN101772517 A20100707WO2008EP0654820080808;EP2007001580320070810DOW WOLFFCELLULOSICS GMBHC08B15/04Nanoparticles of slightly oxidized celluloseJP2010196150 A20100909JP2009004585620090227DOWA ELECTRONICSMATERIALS CO [JP]B22F9/00; H01B1/00;H01B1/22; H01B5/14;H01B13/00Metal nanoparticle dispersion and method forproducing metal filmEP2233231 A120100929WO2008JP7362420081225;JP2008000022120080106;JP2008032518220081222DOWA ELECTRONICSMATERIALS CO [JP]B22F1/02; B22F1/00;B22F9/00; B22F9/24;C09D11/00;H01B1/22; H01B5/00Silver micropowder having excellent affinity for polarmedium, and silver ink_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010170

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010297026 A120101125US2007044565220071101;US20060856127P20061102;WO2007US2304820071101DOYLE GERALD V [US]A61K49/14;A61K49/16Imaging of Activated Vascular Endothelium UsingImmunomagnetic MRI Contrast AgentsCN101782667 A20100721EP2008029105920081112;US20080119963P20081204DRAKA COMTEQ BV [NL]G02B6/02;C03B37/02Amplifying optical fiber and method of manufacturingBRPI0903858 A220100720FR2008000250320080506;US20080112006P20081106;US20080101337P20080930DRAKA COMTEQ BV [NL] G02B6/036 Fibra ótica monomodo insensìvel à curvaturaEP2221930 A120100825FR2009000077320090220DRAKA COMTEQ BV [NL]H01S3/067;H01S3/30Fibre optique amplificatrice comprenant desnanostructuresDK2091115T T320101220FR2008000074220080212DRAKA COMTEQ BV [NL]H01S3/067Forstärkende optisk fiber omfattende nanopartikler ogproduktionsfremgangsmådeBRPI0612848 A220101130EP2005001409620050629;WO2006EP0082720060131DSM IP ASSETS BV [NL]A61K31/352;A23L1/30; A61K8/49Composição de nanopartìculas de isoflavona,processo para a produção da mesma e seu uso,composição farmacêutica, composição cosmética, eproduto nutricional_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010172

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloBRPI0612705 A220101130EP2005001409420050629;WO2006EP0082620060131DSM IP ASSETS BV [NL]A61K31/352;A61K8/34; A61K9/06;A61K9/10; A61K9/51;A61K47/26;A61K47/38;A61K47/42;A61P17/00;A61P17/16;A61Q19/08Composições tópicas compreendendo nanopartìculasde uma isoflavonaEP2203523 A220100707WO2008EP6160820080903;EP2007001737120070905;EP2008080357920080903DSM IP ASSETS BV [NL]C08L101/00;C08K3/22; C08K9/00Novel nanoparticlesUS2010216978 A120100826US2008059426420080417;US20070923831P20070417;WO2008US0493920080417DSNA FARBER CANCERINST INC [US]C07H21/00Wireframe nanostructuresUS2010174024 A120100708US2009065077820091231;US20090143206P20090108DU HUI [US]; CHIRUVOLUSHIVKUMAR [US]; CHUANG-LING [US]C08K3/22; C08K3/28Composites of polysiloxane polymers and inorganicnanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010173

Número doDocumentoUS2010311868 A120101209EP2258006 A120101208EP2223170 A120100901US2010291364 A120101118Prioridade(s)US2008074469420081124;US20070991294P20071130;WO2008US8452820081124WO2009US3906620090401;US20080041605P20080402WO2008US8729720081218;US20070015069P20071219US2008074717520081218;US20070015074P20071219;WO2008US8729920081218DepositanteDU PONT [DE]DU PONT [US]ClassificaçãoInternacional dePatentesC08K5/541;B05D3/02; C08K7/26H01L51/30TítuloLow refractive index composition, abrasion resistantanti-reflective coating, and method for forming abrasionresistant anti-reflective coatingAn electronic device utilizing fluorinated carbonnanotubesDU PONT [US] G02B1/10 Bilayer anti-reflective films containing nanoparticlesDU PONT [US]B32B27/06;B05D3/02Bilayer anti-reflective films containing nanoparticles inboth layersUS2010296167 A120101125US2008074717820081218;US20070015080P20071219;US20070015063P20071219;WO2008US8730520081218DU PONT [US]G02B1/11; B05D5/06Bilayer anti-reflective films containing non-oxidenanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010174

Número doDocumentoCN101854820 A20101006US2010187982 A120100729EP2222903 A220100901EP2216838 A220100811US2010247923 A120100930EP2222780 A120100901Prioridade(s)WO2008US0321320080311;US20070002820P20071113US2009064209320091218;US20080138985P20081219WO2008US8705820081217;US20070007881P20071217EP2005072561620050316;US2004080450320040319US2009040617220090318;US20080037758P20080319WO2008US8696420081216;US20070007865P20071217DepositanteClassificaçãoInternacional dePatentesTítuloDU PONT [US] A41D31/02 Breathable garment having a fluid drainage layerDU PONT [US]DU PONT [US]DU PONT [US]DU PONT [US]DU PONT [US]H01L51/54; B32B5/16 Buffer bilayers for electronic devicesD01D5/00; D01D5/18 Centrifugal solution spun nanofiber processH01L51/30;C08K3/00; H01B1/12;H01L51/00;H01L51/50H01B1/08;B32B27/06C08L23/08;C08K3/00; C08K7/00Electrically conducting organic polymer/nanoparticlecomposites and methods for use thereofElectrically conductive polymer compositions and filmsmade therefromEthylene/ester copolymer nanofiller composition_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010175

Número doDocumentoUS2010270514 A120101028CN101790768 A20100728CN101855685 A20101006EP2231391 A120100929KR20100119815 A20101110US2010324195 A120101223Prioridade(s)US2010082951520100702;US2006047697920060628;US20050694793P20050628WO2008US7440820080827;US2007089591220070828WO2008US8276520081107;US20070002601P20071109WO2008US8332820081113;US20080010504P20080108US20080032505P20080229US2007081103420070608;US20060813943P20060615DepositanteDU PONT [US]DU PONT [US]ClassificaçãoInternacional dePatentesH01B1/12; H01B1/02;H01B1/04H01G9/02; H01M2/16TítuloHigh work function transparent conductorsImproved aluminum electrolytic capacitors utilizing finefiber spacersDU PONT [US] H01G9/02 Improved separator for electrochemical capacitorsDU PONT [US]DU PONT [US]DU PONT [US]B32B5/26;A41D31/02;D04H13/00C25D15/02;C09D5/44;C25D13/02; H01J9/02C08K3/34Liquid water resistant and water vapor permeablegarments comprising hydrophobic treated nonwovenmade from nanofibersMethod for the electrochemical deposition of carbonnanotubesNanocomposite compositions of polyamides andSepiolite-type clays_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010176

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010124166 A220101028WO2010123962 A220101028US20090172396P20090424US20090171174P20090421DU PONT [US]; HSU CHE-HSIUNG [US]DU PONT [US]; HSU CHE-HSIUNG [US]C08L101/12;C08J3/02; C08K3/00;C08L27/12; H01B1/12C08L101/12;C08J3/02; C08K3/00;C08L27/12; H01B1/12Electrically conductive polymer compositions and filmsmade therefromElectrically conductive polymer compositions and filmsmade therefromWO2010135622 A120101125US20090180184P20090521;US20090180179P20090521;US20090180181P20090521;US20090180186P20090521DU PONT [US]; RADUDANIELA RODICA [US];CASPAR JONATHAN V[US]; JOHNSON LYNDAKAYE [US]; ROSENFELD HDAVID [US]; MALAJOVICHIRINA [US]; LU MEIJUN [US]C09D11/00;C09D11/02;C23C18/04;H01L31/04;H01L51/10Copper zinc tin chalcogenide nanoparticlesUS2010297199 A120101125CN2009108427220090520DUAN MINGXING [CN];ZHOU HUAFENG [CN]; YANZEMIN [CN]A61K8/02; A61K9/14;A61K31/047Nanoemulsion of resveratrol-phospholipid complex andmethod for preparing the same and applicationsthereofBRPI0901181 A220101116BR2009PI0118120090323DULCE MARIA DE ARAUJOMELO [BR]C10G29/16Dessulfurização sob catalisadores nanométricos deniquelato de lantánio e niquelato de lantánio dopadocom 20 e 30% de estrèncio_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010178

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010266485 A120101021US2008074695220081216;US20070015990P20071221;US20070016048P20071221;WO2008US8693220081216DUNBAR TIMOTHY D [US]C01G9/02;C01B13/14;C01F3/02; C01F7/02;C01G1/02;C01G15/00;C01G17/00;C01G19/02;C01G21/02;C01G23/04;C01G28/00;C01G29/00;C01G30/00;C01G31/02;C01G37/02;C01G45/00;C01G49/02;C01G51/04;C01G53/04Process for producing nanoparticlesUS2010284010 A120101111US2008007897620080409DUNCAN E J SCOTT [CA];PEDERSEN DAVID B [CA]G01N21/00Respirator end-of-service life probeWO2010118881 A220101021CH2009000063020090417DVORAK MICHAEL [CH];MIELEMEIER FRANZ [DE]Method for powder coating or for producing compositematerials, preferably when processing plastics or spraycompacting metalsKR20100096770 A20100902KR2009001581720090225E & B NANOTECH CO LTD[KR]C01B33/12;B01J19/26;C01B7/19;C01B17/34Apparatus for manufacturing nanoporous silica, sodiumsulfate and hydrogen fluoride using fast reactionnozzle, and method therefor_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010179

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010266705 A120101021US2010082655720100629;US2007098059420071031;US2005009314920050330;US2004087862320040629;US2003041266920030414;US20020371680P20020412;US20020430348P20021203ELAN PHARMA INT LTD [IE]A61K9/52; A61K9/00;A61K9/14; A61K9/50;A61K31/57;A61K45/06;A61K47/20;A61K47/32;A61K47/38;A61P5/24;A61P15/18;A61P35/00Nanoparticulate megestrol formulationsUS2010226989 A120100909US2006047255620060622;US2005009314920050330;US2003041266920030414;US20050693127P20050622;US20020371680P20020412;US20020430348P20021203ELAN PHARMA INT LTD [IE]A61K9/14; A61K9/12;A61K31/56Nanoparticulate megestrol formulations_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010192

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101797233 A20100811US20020383294P20020524;US2003037027720030221ELAN PHARMA INT LTD[IE]; FOURNIER LABIRELAND LTDA61K9/14; A61K9/00;A61K9/16; A61K9/51;A61K31/14;A61K31/19;A61K31/216;A61K45/00;A61K45/06;A61P3/06; A61P9/00;A61P9/10Nanoparticulate fibrate formulationsWO2010138539 A220101202US20090181641P20090527ELAN PHARMA INT LTD[IE]; RYDE NIELS P [SE];SNYDER PETER [US]; LIUWEI [US]; SLIFER DAVID M[US]A61K9/14Reduction of flake-like aggregation in nanoparticulateactive agent compositionsWO2010138661 A120101202FR2010000221020100526;US20090181638P20090527ELAN PHARMA INT LTD[IE]; SANOFI ADVANTIS[FR]; MCGURK SIMON L[GB]; SLIFER DAVID [US];KELLER JANINE [US]A61K9/14Nanoparticulate anticancer compositions and methodsfor making the sameUSRE41884E E120101026US2008002710020080206;US1996069675419960814;US19950004488P19950929ELAN PHARMA INT LTD [IR] A61K9/50;B01J13/02; B32B5/16Reduction of intravenously administerednanoparticulate-formula tion-induced adversephysiological reactions_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010194

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloBRPI0609071 A220101116US20050670836P20050412;WO2006US1363120060412ELAN PHARMA INT LTD [IS] A61K9/22Composicão estável de ciclosporina nanoparticulada,método para preparar uma ciclosporinananoparticulada, uso da composição de ciclosporinananoparticulada estável, e, composição de liberaçãocontroladaBRPI0611075 A220100803US20050687114P20050603;WO2006US2165620060605ELAN PHARMA INT LTD [IS] A61K31/167;A61K9/14Formulações de acetaminofeno em nanopartìculaBRPI0612665 A220101130US20050693127P20050622;WO2006US2434920060622ELAN PHARMA INT LTD [IS] A61K9/14Formulações nanoparticuladas de megestrol_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010195

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010196087 A20100909JP2009003969320090223FUKUDA METAL FOILPOWDER; OSAKAMUNICIPAL TECHNICALRES INSTB22F9/00; B22F1/00;B22F1/02; B22F9/20;B22F9/24;C09D11/00;H01B1/00; H01B1/22;H01B13/00Dispersion ink of ultrafine particle of metal and methodfor producing the sameEP2239796 A220101013JP2009009557520090410FUNAI EAA TECH RESINST INC [JP]; FUNAIELECTRIC CO [JP]H01L45/00Method of fabricating a resistive switching elementincluding nanogap electrodesBRPI0802814 A220101103BR2008PI0281420080515FUNDACAO DE AMPARO APESQUISA - FAPEMIG [BR];UNIV FED DE OUROPRETO UFOP [BR]; UNIVMINAS GERAIS [BR]B01J20/12;C01B33/40;C09C1/28; C09C3/08;C09K3/32Argilas hidrofobizadas e processo de hidrofobizaçãopara produção de absorventes de contaminantesorgánicosBRPI0900188 A220101026BR2009PI0018820090119FUNDACAO DE AMPARO APESQUISA - FAPESP [BR];UNIV SAO PAULO [BR]G01N21/65Sensor sers com nanopartìculas de superfìciemolecularmente funcionalizadaBRPI0805683 A220100824BR2008PI0568320081126FUNDACAO UNIV DEBRASILIA [BR]H01F1/44; B82B1/00Processo de obtençço de fluidos magnéticos baseadosem líquidos iânicos, composições de fluidosmagnéticos e suas aplicaçõesWO2010076344 A120100708WO2008ES0080820081229FUNDACION LABEIN [ES];DE MIGUEL YOLANDARUFINA [ES];BERRIOZABAL SOLANAGEMMA [ES]; PORROGUTIERREZ ANTONIO [ES]C04B24/40Hydraulic cement comprising organosiliconnanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010223

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Número doDocumentoUS2010173153 A120100708US2010203316 A120100812US2010246771 A120100930US2010263839 A120101021WO2010142953 A120101216US2010240900 A120100923US2010196246 A120100805Prioridade(s)JP2007003953120070220;WO2008JP5287520080220JP2007011460420070424;WO2008JP5794220080424US2009041367820090330US2008000711020080107GB2009000999920090609;GB2009001000020090609US2009040916820090323US2010075781320100409;US2007086951920071009;US2007086954520071009DepositanteHATA KENJI [JP];HAYAMIZU YUHEI [JP]HATA KENJI [JP]; NISHINOHIDEKAZU [JP]HAWVER JEFFERY R [US];DANIELS STEVEN D [US];ASENTO ROBERT [US]HAWWA MUHAMMAD A[SA]; AL-DINI SALEM A [SA];BEN-MANSOUR RACHED[SA]HAYDALE LTD [GB];WALTERS IANHEADWATERS TECHINNOVATION LLC [US]HEADWATERS TECHINNOVATION LLC [US]ClassificaçãoInternacional dePatentesB32B5/16;C23C16/26B29C70/14;B32B27/04;B32B38/08H05G1/64F28F13/00B01J19/08C07D213/26;C07D213/06;C07D213/30C01B31/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloBeam-like material comprising carbon nanotube andmanufacturing method thereofResin complex containing carbon nanotube andmethod for production thereofMagnetic shielding for portable detectorMoving carbon nanotube heat sinkMethods and apparatus for particle processing withplasmaDispersible carbon nanospheres and methods formaking sameMethods for mitigating agglomeration of carbonnanospheres using a crystallizing dispersant256

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010311869 A120101209US2010084995920100804;US2006061400620061220;US20060921484P20060209HEADWATERS TECHINNOVATION LLC [US]C08K7/24Polymeric materials incorporating carbonnanostructures and methods of making sameCN101849907 A20101006CN101849612 A20101006CN20101911000120100204CN2009106463020090403HEBEI UNIVERSITY OFSCIENCE & TECHNOLOGYHEBI PULETAI BIOLOGYTECHNOLOGY CO LTDA61K9/107;A61K31/407;A61P7/00;A61P31/04;A61P31/18;A61P35/00A23K1/04Nanoemulsion of N-[4-(2,4 dimethoxy phenyl)-5-oxygroup-4,5-dihy dro-[1,2] disulfide group-[4,3-b]-6-pyrryl]-3,5-di-trifluoromethyl benzamide andpreparation method thereofPreparation process of chicken blood plasma proteinpowderUS2010273295 A120101028US2010077052920100429;US2005011930620050428HEDRICK JAMES LUPTON[US]; LEE VICTOR YEE-WAY [US]; MAGBITANGTEDDIE PEREGRINO [US];MILLER ROBERT DENNIS[US]H01L21/50;C04B38/00;C08F12/08;C08F265/04;C08J9/26Surface-Decorated Polymeric Amphiphile Porogens forthe Templation of Nanoporous MaterialsCN101837515 A20100922CN101768355 A20100707CN2009111637320090318CN2008120810820081229HEFEI CNCA LASERTECHNOLOGY CO LTD;ANHUI INST OPTICS &FINE MECHHEFEI GENIUS NEWMATERIALS COB23K26/00;H01L21/78;H01L31/18C08L77/02;C08G69/18;C08G69/24;C08K3/34Solar silicon cell nanosecond-pulse green laser scriberMethod for preparing attapulgite/nylon 6 nanocompositeby negative ion ring-open method_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010257

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesG21F1/10TítuloEP2230312 A120100922EP2009000397720090319HELMHOLTZINFEKTIONSFORSCHUNG[DE]; INST OF CATALYSISCSIC [ES]C12Q1/00;G01N33/542Probe compound for detecting and isolating enzymesand means and methods using the sameEP2252728 A220101124WO2009DE0025420090220;DE20081001028720080221;DE20081002923420080619HELMHOLTZ ZENT B MAT& ENERG [DE]C25D9/08Electrodeposition method for the production ofnanostructured znoUS2010297904 A120101125CN101812009 A20100825CN101863822 A20101020CN101781643 A20100721DE20071003375320070719;WO2008EP0591420080718CN2010115840120100428CN2010120188920100617CN2009100501820090115HEMPELMANN ROLF [DE];NATTER HARALD [DE];KELLER VIVIEN [DE]HENAN JULONG STARCHIND CO LTDHENAN JULONG STARCHIND CO LTDHENAN NORMALUNIVERSITYD04H13/00;B05D3/00; B05D3/02;B05D5/12; B32B5/16;C25D3/00; C25D5/18C07D209/20;A23K1/00C07D209/20;A23K1/06; C05F5/00C12N9/50;C01B19/02;C07K14/62;C07K14/765;C07K14/78;C07K14/805;Ultrahydrophobic substrate provided on its surface withmetallic nanoparticles, method of production and useof sameNovel technique for extracting L-tryptophan fromfermentation brothProduction method for extracting tryptophan fromfermentation liquor by one-step refiningProtein-silver selenide composite nano materials andpreparation method thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010259

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010099440 A120100902US2010071379120100226;US20090156231P20090227HEXION SPECIALTYCHEMICALS INC [US];HEXION SPECIALTYCHEMICALS RES [BE];CHRISTIANSEN WALTER H[US]; ASH CARLTON E [US];LANGEMEIER PAUL W [US]B32B17/04Compositions useful for non-cellulose fiber sizing,coating or binding compositions, and compositesincorporating sameDE102009017125A1 20101021DE20091001712520090415HEYBACH KLAUS [DE];SIXT HOLGER [DE]C02F9/04; C02F1/32;C02F1/76; C02F9/12Processing surface water, industrial water, brackishwater and/or grey water to drinking water, comprisesinitially sucking the water by prefiltration, andsubsequently subjecting the sucked water tomicrofiltration and/or ultrafiltrationUS2010170691 A120100708JP2009000259920090108HITACHI CABLE [JP] H01B11/18 Coaxial cableJP2010210449 A20100924JP2009005727920090311HITACHI HIGH TECH CORP[JP]G01Q70/12;G01Q60/40;G01Q70/16Conductive nanotube probe, electrical characteristicsevaluation apparatus using the same, and scanningprobe microscopeUS2010258724 A120101014JP2005037686020051228;JP2006005882820060306HITACHI HIGH TECH CORP[JP]H01J37/26;C01B31/36;C01C3/00; D01F9/12;H01J1/14; H01J37/30Tip-sharpened carbon nanotubes and electron sourceusing thereofWO2010146773 A120101223JP2009014178420090615HITACHI HIGH TECH CORP[JP]; HIROOKA MOTOYUKI[JP]; OKAI MAKOTO [JP]G01Q60/10;G01Q30/02;G01Q70/12;G01R1/06;G01R1/073;Microcontact prober_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010265

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010219922 A120100902US2010078109320100517;JP2003041153320031210;US2006059637120060609;WO2004JP1815920041206HITACHI METALS LTD [JP]H01F7/02;B22D11/06;C22C38/00;C22C38/10;C22C38/14;H01F1/057;H01F1/058Nano-composite magnet, quenched alloy for nanocompositemagnet, and method for producing themand method for distinguishing themCN101796207 A20100804WO2010113482 A120101007JP2010173915 A20100812JP2010208918 A20100924WO2009JP5647620090330;JP2008009278420080331JP2009008633720090331JP2009002040220090130JP2009005927420090312HITACHI METALS LTD [JP]HITACHI METALS LTD [JP];MIYOSHI TOSHIO [JP]HITACHI SHIPBUILDINGENG CO [JP]HITACHI SHIPBUILDINGENG CO [JP]C22C45/02;B22D11/06;C21D6/00;C22C38/00;H01F1/153H01F1/08; B22F1/00;B22F3/00; B22F3/14;B22F9/08;C22C33/02;C22C38/00;H01F1/053;H01F41/02C01B31/02C01B31/02;C23C16/44Thin strip of amorphous alloy, nanocrystal softmagnetic alloy, and magnetic coreNanocomposite bulk magnet and process forproducing sameMethod for producing carbon nanotubeMethod of removing cvd byproduct_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010267

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010096616 A120100826US20090153855P20090219;US2010070816220100218HONDA MOTOR CO LTD[JP]; UNIV POITIERS [FR];ALONSO-VANTE NICOLAS[FR]; FENG YONGJUN [FR];HE TING [US]H01M4/90; H01M4/88Carbon-supported cose2 nanoparticles for oxygenreduction and hydrogen evolution in acidicenvironmentsUS2010283090 A120101111US2009046355720090511HONDA PATENTS &TECHNOLOGIES N [US]H01L27/20Magnetic nanotransistorUS2010284903 A120101111US2009046355520090511HONDA PATENTS &TECHNOLOGIES N [US]B01J20/20; C01B3/02New Class of Tunable Gas Storage and SensorMaterialsUS2010175985 A120100715US2009060991720091030;US2004099182420041117HONDA PATENTS &TECHNOLOGIES N [US]C09C1/44;C01B31/02Welding of carbon single-walled nanotubes bymicrowave treatmentUS2010203790 A120100812US2010070082720100205;US20090151286P20090210HONEYWELL INT INC [US]B32B3/26Enhanced barrier multifunctional coatings for nylonfilmsUS2010313953 A120101216US2009048460820090615HONEYWELL INT INC [US]H01L31/04;H01L31/18Nano-structured solar cellUS2010223797 A120100909US2009064057120091217;US2008018477220080801HONEYWELL INT INC [US]G01R33/09;G01C17/02;G01R3/00Nanowire magnetic sensorUS2010216076 A120100826KR2009001333920090218HONG BYUNG YOU [KR];KIM HYUNG JIN [KR]; ROHYOUNG HAN [KR]G03F7/20Method to assemble nano-structure on a substrate andnano-molecule device comprising nano-structureformed thereby_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010270

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloC08L83/04CN101848564 A20100929CN2009110640320090327HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]H05B3/20; H05B3/03;H05B3/14Heating elementCN101768386 A20100707CN2009110495220090107HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C09D11/02;H05K3/10Ink and method adopting ink to prepare conductive lineCN101859892 A20101013CN2010115743520100427HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]H01M4/139;H01M4/13; H01M4/62Lithium-ion battery anode and preparation methodthereofCN101863462 A20101020CN2009110677120090420HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C01B31/02;B82B3/00Method and stretching device for preparing carbonnanotube filmCN101857265 A20101013CN2010120200520100617HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C01G21/21;C01G3/12Method for preparing metal sulfide nanocrystallineCN101857710 A20101013CN2010121259120100629HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C08L33/20;C08F16/06;C08F20/44;C08K3/04; C08K7/00;C08L23/12;C08L25/06;C08L27/06;C08L29/04;C08L67/02Preparation method of composite structure of carbonnanotube_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010272

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101857709 A20101013CN2010121249920100629HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C08L33/20;C08F16/06;C08F20/44;C08K3/04; C08K7/00;C08L23/12;C08L25/06;C08L27/06;C08L29/04;C08L67/02Preparation method of composite structure of carbonnanotubeCN101865847 A20101020CN2010120288620100618HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]G01N21/65Preparation method of Raman scattering substrateCN101857461 A20101013CN2010120134420100615HONGFUJIN PREC INDSHENZHEN; UNIVTSINGHUA [CN]C04B41/50;C03C17/22Preparation method of semiconductor carbon nanotubearrayCN101850946 A20101006CN2010115067520100420HONGWEI ZHAOB81C99/00;B82B3/00Nanoscale-precision surface ironing treatment andmicro-nano structure array processing platformUS2010212728 A120100826JP2005028566220050929;JP2005028566820050929;WO2006JP31936820060928HORI MASARU [JP];TOKUDA YUTAKA [JP];KANO HIROYUKI [JP]H01L27/142;H01L29/66Diode and Photovoltaic Device Using CarbonNanostructureJP2010180145 A20100819JP2009002328720090204HOSOKAWA MICRON KKA61K31/197;A61K8/44; A61K9/51;A61K47/26;A61K47/34;A61Q19/02Method for producing tranexamic acid-containingnanoparticle and composite particle_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010273

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010150151 A20100708JP2008032736320081224HOSOKAWA MICRON KK;SAN LIFE KK; CBC KKA61K8/73; A61K8/02;A61K8/85Hyaluronic acid-supported nanoparticles andhyaluronic acid-containing composite particles andcosmetic using themEP2205973 A220100714WO2008IB0252620080926;IT2007PO0002320070926HOSPITEX DIAGNOSTICSS R L [IT]G01N33/536High sensitivity nanotechnology-based multiplexedbioassay method and deviceUS2010273000 A120101028JP2007027244720071019;WO2008JP6917320081016HOYA CORP [JP]B32B15/02; B22F9/18 Metal nanoparticle and method for producing the sameWO2010147069 A120101223JP2009014319620090616;JP2009022434220090929HOYA CORP [JP];TOKUMITSU SHUZO [JP]C01G25/02Surface-modified zirconia nanocrystal particle andmethod for producing sameUS2010249301 A120100930US2009038284220090325HSIAO CHANG-NENG [TW]C08K5/07; C08L63/00 Ink and manufacturing method thereofUS2010280226 A120101104US2009045322720090504HSIEH JEN-TOO [TW]C07K14/78Method for using nano carbon to refine collagen intonanoparticulate collagenUS2010206527 A120100819US2010070088320100205;US20090153441P20090218HU LIN-WEN [US];BUONGIORNO JACOPO[US]; TRUONG BAO H [US];FELDMAN HEATHER M[US]F28F13/18;B05D3/00; B05D3/02In-Situ Treatment of Metallic SurfacesCN101870799 A20101027CN2010121910620100707HUAIBEI KE AOENGINEERINGCONSTRUCTION CO LTDC08L63/00;C08K3/04; C08K3/36;C08K7/00; C08K7/06;C08K9/02;_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Modified epoxy resin composite for strengtheningconcrete pole274

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloC08K13/06;E04H12/12US2010278475 A120101104US2009043220920090429HUANG JIANDONG [US];JOSHI POORAN CHANDRA[US]; VOUTSASAPOSTOLOS T [US]G02F1/295;H01L33/00Light Emitting Device and Planar Waveguide withSingle-Sided Periodically Stacked InterfaceCN101870802 A20101027CN2010117171320100514HUANMIN ZHOUC08L67/00;C08K3/04; C08K7/00;C08K9/04;C08L77/00;D01F1/09; D01F6/90;D01F6/92Conductive master batch and preparation methodthereofEP2216396 A120100811WO2008JP7006020081104;JP2007028620820071102;JP2008009509220080401HUMANIX CO LTD [JP]C12M1/34;C12Q1/02;G01N27/62Method of capturing cell fluid and analyzingcomponents thereof while observing cell and systemfor capturing and analyzing cell fluidCN101845231 A20100929CN2010114123320100408HUNAN UNIVERSITY OFTECHNOLOGYC08L101/00;B65D1/02; B65D1/22;B65D53/02;C08K3/34; C08K3/36;C08K9/06;C08L23/08;C08L29/02;C08L77/02Method for preparing high-barrier nano compositematerial_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010275

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010167067 A120100701US2010226845 A120100909EP2255871 A120101201TW2008015161420081231GB2005002454120051201;GB2006001034120060524;WO2006GB0448920061201FR2009000251420090525HUNG CHI-HSIANG [TW]HUTCHINGS GRAHAMJOHN [GB]; TAYLORSTUART HAMILTON [GB];BARTLEY JONATHANKEITH [GB]HUTCHINSON [FR]B32B9/04;B29C71/04;C08K3/22C01B31/20;B01J21/18;B01J23/00;B01J23/34;B01J23/42;B01J23/52;B01J23/72;B01J27/02;B01J27/24B01J19/08;C01B31/02; C08J7/12Coating structure, chemical composition for forming thesame, and method of forming the sameMixed-metal oxides precipitated with supercritical co2Carbon nanotube carpetWO2010112680 A120101007WO2009FR0037320090331HUTCHINSON [FR];CENTRE NAT RECHSCIENT [FR]; UNIVPASTEUR [FR]; SONNTAGPHILIPPE [FR]; BERSONSOLENN [FR]; BROCHONCYRIL [FR]; DIEUDONNEMARIE [FR];HADZIIOANNOU GEORGES[FR]; HEISER THOMAS [FR]C08J5/00;C08J3/215;C08J5/18; C08J7/04;C08L65/00;C09D165/00;H01L51/44Transparent conductive films or coatings_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010276

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010193017 A120100805US2008045258520080710;US20070929781P20070712;WO2008US0845020080610HUTH GERALD C [US]H01L31/0352;H01L31/00;H01L31/18Solar photovoltaic structure comprising quantizedinteraction sensitive nanocellsWO2010095877 A220100826KR2009001434720090220HWAIL PHARMACEUTICALCO LTD [KR]; YU HYOGYOUNG [KR]; JI HONGGEUN [KR]; WOO HYEKYEONG [KR]; KIM SOODONG [KR]A61K8/36; A23L2/38;A23L2/52; A61Q19/00Aqueous nanoemulsion composition containingconjugated linoleic acidBRPI0902922 A220101130KR2008008198820080821HWANG BOO SUNG [KR]C25B11/12;H01M4/96Placa de eletrodo geradora de hidrogênio-oxigênio emétodo para fabricação de dita placa_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010277

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesUS2010078714520100525;US2006064154320061218;US2006035458320060214;US2006034224020060127;US2005022560720050912;US2005016600820050624;US2000063189220000804;US2003035129220030123;US2001081826520010326;US20000747762US2010305282 A1 20001221; HYBRID PLASTICS INCC08G77/3820101202 US20020186318 [US]20020627;US20050751362P20051216;US20050652922P20050214;US20050648327P20050127;US20040608582P20040910;US19990147435P19990804;_________________________________________________________________________________US20020351523PINPI/DICOD/CEDIN/CEPRO 20020123;Alerta Tecnológico nº 40 US20000192083P– Fevereiro de 2011Pedidos de Patente sobre 20000324; Nanotecnologia publicados no 2º semestre de 2010US19990171888P19991223;US20010301544P20010627TítuloMethod for modifying surface properties withnanostructured chemicals278

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101772597 A20100707WO2008CA0094720080515;CA2007258890620070515HYDRO QUEBEC; MEEIRTECHNOLOGIE INCC30B29/52;C23C24/00;C25B1/26;C25B11/08;C25B11/10;C30B28/02;C30B31/02Nanocrystalline alloys of the Fe3Al(Ru) type and usethereof optionally in nanocrystalline form for makingelectrodes for sodium chlorate synthesisWO2010123533 A220101028US20090161927P20090320;US20080141062P20081229HYDROELECTRONVENTURES INC [CA];JOHNSON KEITH [US];PRICE-GALLAGHERMATTHEW [CA]H01B1/06; H01B3/20High-tc superconductivity of electron-doped waterclusterclathratesCN101811953 A20100825CN2009104648020090223HYFLUX HIGH TECHENGINEERING SHANGHAICO LTDC07C55/10;B01D61/14;C07C51/42;C07C51/47Method for extracting succinic acid from fermentationbrothUS2010167494 A120100701US2010070510120100212;KR2006008439020060901;US2007077068920070628HYNIX SEMICONDUCTORINC [KR]H01L21/762;H01L21/308Selective Etching Method and Method for Forming anIsolation Structure of a Memory DeviceJP2010203973 A20100916JP2009005110420090304HYOGO PREFECTURE;MAITEKKU KKG01N21/65Measuring method of surface enhanced ramanscatteringKR20100079353 A20100708KR2008013780320081231HYOSUNG CORP [KR]H01M8/02; B82B3/00;H01M8/04Preparing method of carbon nanotube and carboncompound gas diffusion layer for fuel cell_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010279

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010177214 A20100812US20030485918P20030709HYPERION CATALYSIS INT[US]H01J1/304; H01J9/02Field emission device made of laser and/or plasmatreatedcarbon nanotube mat, film or inkUS2010221173 A120100902US2006090961420060329;US20050665996P20050329;WO2006US1200120060329HYPERION CATALYSIS INT[US]D01F9/12; B01J19/00Method for preparing single walled carbon nanotubesfrom a metal layerEP2240277 A120101020WO2009US3184020090123;US20080023672P20080125HYPERION CATALYSIS INT[US]B01J38/00;B01J38/48Processes for the recovery of catalytic metal andcarbon nanotubesUS2010252735 A120101007FR2007000671120070925;FR2008000166220080326;FR2008000268520080519;WO2008FR0130220080917HYTCH MARTIN [FR];HOUDELLIER FLORENT[FR]; HUE FLORIAN [FR]G01N23/20;G01N23/00Method, Device and System for Measuring NanoscaleDeformations_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010280

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2213727 A120100804EP2007085619420071120;JP2007015938220070615IPIERIAN INC [US]C12N5/071;C12N5/074Human pluripotent stem cells induced fromundifferentiated stem cells derived from a humanpostnatal tissueUS2010201381 A120100812US2010070188820100208;US20090150976P20090209IQBAL SAMIR M [US];GOYAL SWATI [US];CHRISTENSEN SHAWN M[US]; NOOR MOHAMMUD R[US]G01N27/04;C23F1/00;G01N27/22;G03F7/20Nano-scale biosensorsUS2010166680 A120100701US2010072364920100314;US20090261158P20091113IRAN POLYMER ANDPETROCHEMICAL [IR]A61K8/24;A61Q11/00;C01B25/32Method for production of biocompatible nanoparticlescontaining dental adhesiveCN101777473 A20100714CN101792924 A20100804CN101777431 A20100714CN101777430 A20100714CN2010112140320100310CN2010112215120100310CN2010112428620100315CN2010112421620100315IRICO GROUP CORPIRICO GROUP CORPIRICO GROUP CORPIRICO GROUP CORPH01J29/02;H01J9/00; H01J9/02C25D13/04; H01J9/02H01G9/042;H01G9/20;H01L51/48;H01M14/00H01G9/042;H01G9/20;H01L51/48;H01M14/00Dense material thin-layer sizing agent of carbonnanotube field emission device and method formanufacturing structureElectrophoretic ink and method for preparing carbonnanotube field emission array by using sameMethod for preparing carbon nanotube film electrodecoated by titanium dioxidePreparation method for titanium dioxide membraneused as dye-sensitized solar cell photo-anode_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010314

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010279009 A120101104US2007062026220070105;US2002014142320020508;US20010289415P20010508;US20010289745P20010509;US20020356272P20020211JACQUES DAVID N [US];ANDREWS RODNEY J [US]C23C16/26;C23C16/01Process for the continuous production of alignedcarbon nanotubesUS2010183829 A120100722EE2007000002920070607;WO2008EE0001620080609JAERVEKUELG MARTIN[EE]; REEDO VALTER [EE];MAEEORG UNO [EE]; KINKILMAR [EE]; LOEHMUSANTS [EE]B32B1/08;B29C37/00Method for preparing oxide materialCN101842470 A20100922WO2008US0956820080808;US20070955348P20070811;US2007097952920071105JAGDISH NARAYANC10M171/06;C10M125/00Lubricant having nanoparticles and microparticles toenhance fuel efficiency, and a laser synthesis methodto create dispersed nanoparticlesUS2010272826 A120101028US2007037769920070830;US20060824161P20060831;WO2007US7723820070830JAIN HIMANSHU [US];MARQUES ANA C [PT];ALMEIDA RUI M [PT]A61K33/42;A61K33/06;A61K33/30;A61P19/00;A61P43/00;C12N5/071Nano/macroporous bone tissue scaffolds forregenerative medicine_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010319

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR101002508B B120101217KR2010008873920100910JANG JUM SOO [KR]H04R31/00;H04R7/02The anion carbon nanotube silicon speaker diaphragmand the method which manufactures itEP2224815 A120100908WO2009EP5001920090102;GB2008000008120080104JANSSENPHARMACEUTICA NV [BE]A01N59/16;A01N25/08;A01N25/34;A01N63/02;A61K9/51; C01G5/00Silver nanoparticles with specific surface area and amethod for producing themJP2010162442 A20100729JP2009000511320090113JAPAN ATOMIC ENERGYAGENCY; UNIV NAGOYAB01J37/02;B01J23/42;B01J35/02;B01J37/16;B22F9/24; B82B3/00;C23C26/00Platinum-group nanoparticle support material, methodof producing the same, method for precipitatingplatinum-group nanoparticle, and catalyst materialWO2010098309 A120100902JP2009004745520090228;JP2010002141120100202JAPAN ION CO LTD [JP];NAKAJIMA YUJI [JP]C08L101/00;C08J3/22; C08K5/098Composition containing silver nanoparticles,masterbatch containing silver nanoparticles, andmolded product thereofUS2010322828 A120101223US2010085135520100805;JP2004017890020040616;US2006054746920061026;WO2005JP1102420050616JAPAN NUCLEAR CYCLEDEV INST [JP]B01J19/12;B22F1/00; B22F9/00;B82B3/00; C09K5/08;C09K5/12;G01M3/20;G01N21/62;G21C17/025Nanoparticle-dispersed high-performance liquid fluid,production method and apparatus for the fluid, andleak detection method for the fluid_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010320

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Número doDocumentoUS2010293518 A120101118WO2010106544 A120100923US2010285235 A120101111KR20100117892 A20101104KR20100131229 A20101215KR20100131228 A20101215KR20100113876 A20101022Prioridade(s)US2008001117520080123;US2005011588720050426;US2003065989220030910WO2009IN0017920090316IN2007DE0275020071228;WO2008IN0037120080613KR2009003659220090427KR2009005002120090605KR2009005001920090605KR2009003241520090414DepositanteKUEKES PHILIP J [US];ROBINETT J WARREN [US];SEROUSSL GADIEL [US];WILLIAMS R STANLEY [US]KUMAR RAJAH VIJAY [IN]KUMAR SUSHIL [IN]; DIXITPRAKASH NARAIN [IN];RAUTHAN CHANDRAMOHAN SINGH [IN]KUMOH NAT INST OFTECHNOLOGY INDUSTRYACADEMIC COOPERATIONFOUNDATION [KR]KUMOH NAT INST OFTECHNOLOGY INDUSTRYACADEMIC COOPERATIONFOUNDATION [KR]KUMOH NAT INST OFTECHNOLOGY INDUSTRYACADEMIC COOPERATIONFOUNDATION [KR]KUMOH NAT INST OFTECHNOLOGY INDUSTRYACADEMIC COOPERATIONFOUNDATION [KR]ClassificaçãoInternacional dePatentesG06F17/50;G06F11/10;G11C8/10;G11C8/20;G11C13/00A61N1/40; A61N2/00;C12N13/00C23C16/24D06M11/77;D06M11/59C08K9/00; C08J3/00;C08K3/04; C08L67/04C08K9/00; C08K3/34;C08L67/04;C08L83/06H01L33/28;B82B3/00; H01L33/40_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloNanoscale interconnection interfaceA method and apparatus for - focused resonancenanopermeabilization (forn)Process for the preparation of photo luminescentnanostructured silicon thin filmsHydrophobicity process of pla fabric with nanosilicagrafted by uv irradiationPolylactide/graphite nanocomposite with excellentmechanical strength, thermal stability and electricalconductivity and method for preparing the samePolylactide-based nanocomposites with rapidcrystallization rate and method for preparing the samePreparing methods of light emitting diode comprisingzno nanostructures363

Número doDocumentoKR20100113884 A20101022US2010310941 A120101209JP2010174416 A20100812US2010195270 A120100805US2010310921 A120101209US2010187485 A120100729US2010215985 A120100826Prioridade(s)KR2009003242420090414US2010079437420100604;US20090184581P20090605;US20090229447P20090729JP2009001989620090130JP2007027112420071018;WO2008JP0284920081009JP2006034226220061220;WO2007JP0137020071207JP2007011801020070427;WO2008JP5792320080424JP2007011801120070427;WO2008JP5792420080424DepositanteKUMOH NAT INST OFTECHNOLOGY INDUSTRYACADEMIC COOPERATIONFOUNDATION [KR]KUMTA PRASHANTNAGESH [US]; WANG WEI[US]ClassificaçãoInternacional dePatentesH01L33/28;H01L33/04H01M4/58; H01B1/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloPreparing methods of vertical-type light emitting diodecomprising zno nanostructuresCompositions Including Nano-Particles and a Nano-Structured Support Matrix and Methods of preparationas reversible high capacity anodes in energy storagesystemsKURARAY CO [JP] A41D19/00 Glove excellent in wearabilityKURARAY CO [JP] H01G9/02; B32B5/02 Laminate, separator for capacitor, and capacitorKURARAY CO [JP]KURARAY CO [JP]KURARAY CO [JP]H01M2/16;B29C47/00H01B1/24B32B9/04; B05D5/12;H01B1/04Separator for alkaline battery, method for producingthe same, and batterySingle-walled carbon nanotube dispersion liquid andmethod for producing single-walled carbon nanotubedispersion liquidTransparent conductive film and method for producingtransparent conductive film364

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100120552 A20101116KR2009003942220090506LIM CHOON JAE [KR]; LIMTAEK JAE [KR]A61K9/51;A61K35/02;A61P31/04;A61P35/00Nanotechnology electronic smart drug andmanufacturing processWO2010076664 A220100708KR2008008785420080905LIM HYUNG SUP [KR]; LIMHYUNG JOON [KR]; YOOYOUNG CHEOL [KR];KWON OSUNG [KR]B82B3/00; B22F9/16;C01G23/04;C01G23/047Method for preparing titania nanoparticlesUS2010166604 A120100701US2009055289920090902;US20080094301P20080904LIM SUNG H [US]; MUSTOCHRISTOPHER J [US];FENG LIANG [US];KEMLING JONATHAN W[US]; SUSLICK KENNETH S[US]G01N21/77;B05D5/06Colorimetric sensor arrays based on nanoporouspigmentsUS2010221458 A120100902US2009039615520090302LIN HONG-CHEU [TW];CHEN WEI-HONG [TW];WANG LING-YUNG [TW];TANG CHIEH-YIN [TW];CHEN SZU-FEN [TW]C09K19/54;G02F1/1341Liquid crystal composite and method for preparing thesameUS2010300886 A120101202TW2009011769320090527LIN JING-CHIE [TW];CHANG TING-KANG [TW];YANG JEN-HUNG [TW];HWANG YEAN-REN [TW];CHEN TING-CHAO [TW]C25D21/12;C25D17/00Continuous micro anode guided electroplating deviceand method thereofUS2010209617 A120100819TW2009010495520090217LIN KUAN-JIUH [TW]; HSUCHUEN-YUAN [TW]B05D3/04Method of forming a metal patternUS2010206720 A120100819TW2009010495420090217LIN KUAN-JIUH [TW]; HSUCHUEN-YUAN [TW]C23C14/32;C23C14/00Method of producing inorganic nanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010383

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010192851 A120100805US2010071437520100226;US2009061107020091102;US2007061932720070103;US20090182153P20090529;US20090169055P20090414;US20090168516P20090410;US20090157096P20090303;US20090155935P20090227LOCKHEED CORP [US]B05C9/10; B05C9/12;B05C11/00;B05C11/02Cnt-infused glass fiber materials and process thereforUS2010221424 A120100902US2010071439020100226;US20090155935P20090227LOCKHEED CORP [US]C23C16/44;C23C16/00Low temperature cnt growth using gas-preheat methodUS2010227134 A120100909US2010071314720100225;US20090157096P20090303;US20090182153P20090529LOCKHEED CORP [US]B32B5/16; B05D1/36;B05D3/10; B32B7/02;H05H1/00Method for the prevention of nanoparticleagglomeration at high temperatures_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010388

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010099487 A120100902US20090169055P20090414;US20090182153P20090529;US2009061107020091102;US20090155935P20090227;US20090168516P20090410;US20090157096P20090303LOCKHEED CORP [US];SHAH TUSHAR K [US];GARDNER SLADE H [US];ALBERDING MARK R [US];MALECKI HARRY C [US]B32B9/00Cnt-infused glass fiber materials and process thereforWO2010118176 A120101014US2010075535520100406;US20090167386P20090407LOCKHEED CORP [US];SHAH TUSHAR K [US];MALECKI HARRY C [US];ADCOCK DANIEL J [US];HEICK KRISTOPHER [US]F24J2/48Solar receiver utilizing carbon nanotube infusedcoatingsWO2010129234 A220101111US20090173027P20090427LOCKHEED CORP [US];SHAH TUSHAR K [US];MALECKI HARRY C [US];ADCOCK DANIEL JACOB[US]C04B35/52Cnt-based resistive heating for deicing compositestructures_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010390

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010255467 A120101007US2009050765720090722;US20080135690P20080722LOS ALAMOS NATSECURITY LLC [US]C12Q1/68;G01N33/53Assays for determining exposure to multiwalled carbonnanotubesUS2010236614 A120100923US2010070139620100205;US20090207012P20090206LOS ALAMOS NATSECURITY LLC [US]H01L31/00; H01B1/04Hybrid photovoltaics based on semiconductornanocrystals and amorphous siliconKR20100078823 A20100708KR20100078821 A20100708KR2008013718520081230KR2008013718320081230LS CABLE LTD [KR]LS CABLE LTD [KR]C08K9/04; C08K3/00;C08K5/3492;C08L23/00C08K9/04; C08K3/00;C08L23/00;H01B13/00Inorganic and melamine-based polyolefin flameretardant composition containing nanoclayPhosphorus-based polyolefin flame retardantcomposition containing nanoclayWO2010101418 A220100910KR2009001858220090304LS CABLE LTD [KR]; KIMYOON-JIN [KR]; KOCHANG-MO [KR]; CHO HO-SOUK [KR]H01B1/22; H05K1/11Composition for conductive paste containingnanometer-thick metal microplatesWO2010110626 A220100930KR2009002657720090327LS CABLE LTD [KR]; KIMYOON-JIN [KR]; KOCHANG-MO [KR]; CHO HO-SOUK [KR]H01B1/22; B82B3/00;H01J17/49Composition for conductive paste containingnanometer-thick metal microplates with surfacemodifyingmetal nano particlesMX2010008332 A20100823DE20081000678720080130;WO2009EP0004820090108LTS LOHMANN THERAPIESYSTEMS A [DE]C09J7/02; A61F13/02Micro- and/or nano-structured protective or processfilm._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010392

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010292791 A120101118US2009058307220090812;WO2008US0188920080212;US20070901047P20070212;US20070905649P20070307;US20070934198P20070611;US20070934182P20070611LU HELEN H [US];SPALAZZI JEFFREY [US];MOFFAT KRISTEN L [US];LEVINE WILLIAM N [US]A61F2/08;A61K35/32;A61K38/06;A61K38/18;A61K38/22;A61P19/02;A61P29/00;A61P31/00;A61P35/00;A61P37/06;B29C65/02Fully synthetic implantable multi-phased scaffoldUS2010209336 A120100819US2010221597 A120100902US2008059404720080326;US20070921329P20070402;WO2008US0390720080326US2010077517720100506;US2004080364120040318LU TOH-MING [US]; WANGGWO-CHING [US]; TANGFU [US]; PARKER THOMAS[US]LUCENT TECHNOLOGIESINC [US]C01B3/02;B01J23/20;B01J23/42;B01J23/44;B01J23/75;B32B7/00;C23C16/06; H01J1/02H01M6/42;H01M4/06;H01M6/32;H01M6/36;H01M6/50;H01M10/50Ultrathin magnesium nanobladesReversibly-activated nanostructured battery_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010393

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010306726 A120101202US2010079104020100601;US20090217535P20090601;US20100348366P20100526LUDWIG LESTER F [US]G06F17/50Chain/leapfrog circuit topologies and tools for carbonnanotube / graphene nanoribbon nanoelectronics,printed electronics, polymer electronics, and theirconfluencesUS2010258784 A120101014US2008067890720080918;US20070973288P20070918;WO2008US7690620080918LUKIN MIKHAIL D [US];ZIBROV ALEXANDER S[US]; AKIMOV ALEXEY V[US]; HEMMER PHILIP R[US]; PARK HONGKUN[US]; MUKHERJEE ARYESH[IN]; CHANG DARRICK E[US]; YU CHUN LIANG [US]H01L29/66;F21V8/00; G02B6/00;G02B6/26;H01L31/0232Method of efficient coupling of light from single-photonemitter to guided radiation localized to sub-wavelengthdimensions on conducting nanowiresEP2222683 A220100901US7758889 B120100720JP2010173914 A20100812WO2008US1284420081117;US20070996433P20071116;US20080064837P20080328US2003062311020030718;US20020398325P20020724JP2009002031520090130LUNA INNOVATIONS INC[US]LUNA INNOVATIONS INC[US]C07F3/00;C01B31/00A01N37/18;A61K31/44;A61K35/00;B01J19/08Derivatives of nanomaterials and related devices andmethodsFullerenes in targeted therapiesLUO JIKANG C04B33/04 Method for producing nanoclay and pure nanoclay_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010394

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101811731 A20100825CN2010114662320100408LUOYANG NORMALUNIVERSITYC01G11/02Preparation method of Q-cds nanoparticlesBRPI0805782 A220100824BR2008PI0578220080929LUPATO CONRADO LUISAUGUSTO [BR]C04B35/18;B82B3/00; C08K3/36Bioceramica nanométrica emissora de radiaççoinfravermelho incorporada em polimeros e artigo têxtilCN101838511 A20100922CN2010113638520100331LUTHAI TEXTILE CO LTD;UNIV WUHAN SCIENCE &ENGC09J167/02;C09J11/04;C09J123/06;C09J123/08;C09J131/04;C09J175/04;C09J177/00;D06M17/06;D06M17/08;D06M17/10Heat-resistant clothing hot melt adhesive andpreparation method thereofEP2235237 A120101006WO2008FR5235120081218;FR2007000887520071219LUZENAC EUROP SAS[FR]; UNIV TOULOUSE [FR];CENTRE NAT RECHSCIENT [FR]C25D15/00;B82B3/00;C23C30/00;C25D15/02Composite material consisting of a metal matrix inwhich synthetic lamellar phyllosilicated nanoparticlesare distributedCN101797261 A20100811CN2010114150320100402LV WEIXUEA61K31/7032;A61P9/10;A61P25/00;A61P25/16Method for preparing monostalotetrahexosyl ganglisideGM1 compoundUS2010291166 A120101118FR2007005755020070913;WO2008FR5162820080912LVMH RECH [FR]A61K8/02; A61K8/18;A61Q17/04Use of nitrogen-doped titanium oxide nanoparticles asagents for protecting against ultraviolet radiation_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010395

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Número doDocumentoUS2010189626 A120100729KR20100113154 A20101020EP2208557 A120100721US2010252778 A120101007WO2010076885 A120100708WO2010147193 A120101223Prioridade(s)JP2007013427420070521;WO2008JP5932720080521JP2008005319320080304WO2008JP6656420080912;JP2007024627720070921;JP2008006853120080317JP2007022067920070828;WO2008JP6335220080725US2008031844320081230;JP2009000158620090107;JP2009014471620090617JP2009014472320090617DepositanteNAT INST OF ADVANCEDIND SCIEN [JP]NAT INST OF ADVANCEDIND SCIEN [JP]NAT INST OF ADVANCEDIND SCIEN [JP]NAT INST OF ADVANCEDIND SCIEN [JP]NAT INST OF ADVANCEDIND SCIEN [JP]; HATAKENJI [JP]; FUTABA DON N[JP]; YUMURA MOTOO [JP]NAT INST OF ADVANCEDIND SCIEN [JP]; HATAKENJI [JP]; FUTABA DON N[JP]; YUMURA MOTOO [JP]ClassificaçãoInternacional dePatentesD01F9/12;B01D57/02;C01B31/30C23C4/00; B22F9/14;C23C4/08; H05H1/24B22F1/00;B01D53/14;B01D53/56;B01D53/74;B01D53/81;B01J23/42;B01J35/02;B22F9/14; B82B1/00;C25C5/04; F01N3/08C09K11/54;B05D3/02C01B31/02;B01J23/745;B01J37/02;B01J37/34C01B31/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloHigh efficient carbon nanotube separation methodMethod for the manufacture of inorganic nanoparticlesin air and device thereforNoble metal nanostructure and electrochemical reactorNovel nanoparticle phosphorAligned single-walled carbon nanotube assembly, bulkaligned single-walled carbon nanotube assembly,powder-like aligned single-walled carbon nanotubeassembly, and method for producing sameMethod for producing carbon nanotube assemblyhaving high specific surface area459

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010153210 A20100708JP2010165460 A20100729JP2010157400 A20100715JP2008033005520081225JP2009000426820090113JP2008033424720081226NISSHA PRINTINGNISSHA PRINTINGNISSHA PRINTINGH01H1/06; H01H1/02;H01H11/04;H01H13/712H01H1/06; B32B3/14;H01B5/14;H01B13/00;H01H1/04;H01H11/04;H01H36/00H01H1/06; B32B3/20;H01B5/14;H01B13/00;H01H1/04;H01H11/04Conductive nanofiber sheet and its manufacturingmethodConductive nanofiber sheet and method ofmanufacturing the sameConductive nanofiber sheet, and manufacturingmethod thereofUS2010279099 A120101104US2010083630520100714;JP2003010529420030409;JP2003015016420030528;JP2003030993220030902;JP2004011346920040407;US2004082117520040409NISSIN KOGYO KK [JP]B32B27/04;B82B1/00; C08J5/00;C08J5/04; C08K3/04;C08K7/06; C08K7/24Carbon fiber composite material and process forproducing the same_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010476

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Número doDocumentoUS2010283377 A120101111US2010200808 A120100812WO2010125708 A120101104WO2010134521 A120101125WO2010146088 A120101223ES2349262T T320101229CN101811796 A20100825Prioridade(s)US2010084103220100721;US2008003259020080215US2008053062020080311;US20070894360P20070312;WO2008US5655220080311JP2009010901020090428JP2009012439320090522;JP2010011321220100517US20090187816P20090617WO2006IT0045020060614CN2009125993420091223DepositanteClassificaçãoInternacional dePatentesTítuloNITTO DENKO CORP [JP] H01J1/62; B32B5/16 Nanoparticle synthesis by solvothermal processNITTO DENKO CORP [JP]NITTO DENKO CORP [JP];MAENO YOUHEI [JP]NITTO DENKO CORP [JP];TANAKA AKIKO [JP];MOROISHI YUTAKA [JP];NAKANO FUMIKO [JP]NLAB SOLAR AB [SE];LINDSTROEM HENRIK [SE];FILI GIOVANNI [SE]NM TECH LTDNANOMATERIALS ANDMICRODEVICESTECHNOLOGY [GB]NO 718 RES INST OFCHINA SHIPBUILDINGINDUSTRY CORPC09K11/78;B01J19/08;C01F17/00C01B31/02C09J4/06; C09J7/02;C09J11/04;C09J11/08; G02B5/20H01G9/20A61L27/30;A61L27/50C02F9/14Nanoscale phosphor particles with high quantumefficiency and method for synthesizing the sameCarbon nanotube assemblyUltraviolet-curable adhesive agent composite,adhesive agent layer, adhesive sheet, andmanufacturing method thereforDye sensitised solar cell and method of manufactureRecubrimientos de nanomateriales para protesisbiomedicas osteointegradas.Method for treating leachate_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010478

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2248258 A120101110WO2009FI5001120090108;US2008007297220080229NOKIA CORP [FI]H03H9/24; B81B3/00;H03H9/46Apparatus, method, and computer program productproviding edgeless nanotube resonator arraysEP2250701 A120101117US2010163844 A120100701US2010178531 A120100715US2010283032 A120101111WO2009FI5002120090115;US2008007454520080303US2008031791920081229US2009031996820090113GB2007000838120070430;WO2008EP5378120080331NOKIA CORP [FI]NOKIA CORP [FI]NOKIA CORP [FI]NOKIA CORP [FI]H01P3/16; H01P3/08H01L29/66;B01J19/08;B32B5/16; B32B9/00H01M12/00H01L29/66;B05C11/00;B05D1/04Electromagnetic wave transmission lines usingmagnetic nanoparticle compositesFabrication method of electronic devices based onaligned high aspect ratio nanoparticle networksHigh efficiency energy conversion and storage systemsusing carbon nanostructured materialsMethod for forming a semidconductor structureEP2245681 A120101103WO2009FI5004720090120;US2008003586620080222NOKIA CORP [FI]H01L51/05;B82B1/00; H01L29/06Nanotube deviceCN101816079 A20100825WO2007EP6098320071015NOKIA CORP [FI]H01L51/05;G11C13/02;H01L51/30;H03H9/24; H03H9/46Nanotube device_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010480

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101811798 A20100825CN2010112991720100323NORTH CHINA MUNICIPALENGINEERING DESIGN &RES INSTC02F9/14Method for improving security of water quality byutilizing microorganism-membrane compoundtechnologyUS2010234579 A120100916US2008059947420080512;US20070917224P20070510;WO2008US6344120080512NORTH WESTERNUNIVERSITY [IL]C07K16/00;C07H21/00;C07K14/00Silver nanoparticle binding agent conjugates based onmoieties with triple cyclic disulfide anchoring groupsUS2010224957 A120100909US2010069387520100126;US2006052424520060921;US20050719590P20050923NORTHROP GRUMMANSYSTEMS CORP [US]H01L27/08Microscopic electro-mechanical systems, radiofrequency devices utilizing nanocoils and sprial pitchcontrol techniques for fabricating the sameCN101869706 A20101027CN2010121034420100624NORTHWEST A & FUNIVERSITYA61K39/39;A61K9/107Compound astragalus polysaccharides and echinaceapurpurea herb nanoemulsion adjuvant and preparationmethod thereofUS2010176524 A120100715US2007029497620070329;US20060786702P20060329;WO2007CA0051420070329NORTHWEST METTECHCORP [CA]B29B9/10Method and apparatus for nanopowder andmicropowder production using axial injection plasmasprayES2345518T T320100924IT2006MI0184420060927NOVAMONT SPAC08L67/02;C08J5/18; C08L3/02Composiciones biodegradables a base de almidonnanoparticulado._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010482

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010138462 A220101202US20090180887P20090524;US20100321004P20100405;US20090227326P20090721O'BRIEN PAUL W [US]B01D35/00;C02F1/28; C02F1/50Water filtering and purification method and adapter kitEP2266926 A120101229WO2009RU0014420090323;RU2008011323620080328OBSCHESTVO SOGRANICHENOYOTVETSTVENNOSTYUMONOLIT [RU]C04B7/36; B02C7/10Method for mechanically activating cement and amechanical cement activatorWO2010128895 A120101111RU2009011649820090504OBSHCHESTVO SOGRANICHENNOY OT [RU]C08J5/00; C08K3/08;C08L63/00;C08L63/02Method for roducing a fire-resistant binder forcomposite materials produced in the pultrusionprocess, fire-resistant binder and articleWO2010131992 A120101118RU2009011826820090515OBSHCHESTVO SOGRANICHENNOY OT[RU]; STAVRI YANEVSTAVREV [BG]C01B31/06;B01J3/06; B82B1/00;B82B3/00Carbon-bearing nsp3 nanoparticle and a method forthe production thereofUS2010262182 A120101014US7763187 B120100727US2008060045920080515;EP2007010828120070515;US20070940607P20070529;WO2008EP5599620080515US2007089517020070823OCCLUTECH GMBHA61B17/03;D01D5/08_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Occlusion instruments comprising bioresorbableradiopaque polymeric materials, as well as relatedproducts, methods and usesOCEANIT LAB INC [US] H01B1/22; H01B1/24 Carbon nanotubes-reinforced conductive silver ink486

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010307863 A120101209US2008080803520081212;US2007000213420071214;WO2008US8667020081212OCV INTELLECTUALCAPITAL LLC [US]F01N1/24; F01N1/10Composite muffler system thermosetable polymersWO2010108960 A120100930DE20091001421920090325ODB TEC GMBH & CO KG[DE]; OSTERMANN DIETER[DE]E04G9/05; E04G9/10 Coated formwork elementUS2010301989 A120101202WO2010110729 A120100930US2010296527 A120101125US2010078623820100524;US20090180994P20090526SE2009005018220090324US2009045450720090519;US20080099978P20080925OEM GROUP [US]OESTERLUND LARS [SE];WESTIN GUNNAR [SE];LEIDEBORG MICHAEL [SE]OFS FITEL LLCH01C1/012;H01C17/06B01J21/06;B01J35/10;B01J37/03;C01G23/053H01S3/30;H01S3/098Sputter deposition of cermet resistor films with lowtemperature coefficient of resistanceHighly reactive photocatalytic material andmanufacturing thereofPassively modelocked fiber laser using carbonnanotubesUS2010301191 A120101202WO2008JP5262020080218OGAWA KAZUFUMI [JP]B29C33/56Metal mold, process for manufacturing the same, andmolded article produced using the moldJP2010208917 A20100924JP2009005912820090312OGAWARA KAKOKI KK;PULTECH KKC01B13/34Method and device for pulse spray thermaldecomposition_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010487

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010076489 A220100708FR2008005861120081215;FR2008005861220081215;US20090149468P20090203;US20090149469P20090203OREAL [FR]; VIC GABIN[FR]A61K8/81; A61K8/72;A61K8/84; A61Q5/00;A61Q5/06;A61Q19/00Cosmetic composition containing a polyamine havingdiazirine groups and use thereof for photo-graftingpigments and/or micro- or nanoparticlesWO2010120364 A220101021US20090212821P20090415OREGON STATE [US];SOLANKI RAJENDRA [US]G01N27/26;C12Q1/68;G01N33/50Impedimetric sensors using dielectric nanoparticlesWO2010106925 A120100923JP2009006586220090318ORGANO CORP [JP];INOUE HIROSHI [JP];TAKADA HITOSHI [JP];TAKAHASHI KAZUSHIGE[JP]; SUGAWARA HIROSHI[JP]B01J31/08;B01J37/30;C02F1/58; C02F1/70Catalyst with supported platinum-group metal, processfor producing water in which hydrogen peroxide hasbeen decomposed, process for producing water fromwhich dissolved oxygen has been removed, andmethod of cleaning electronic partJP2010214321 A20100930JP2009006584220090318ORGANO KKB01J31/28;C02F1/58; C02F1/70;C08J9/00;H01L21/304Supported catalyst of platinum group metal, method ofproducing treated water removed of hydrogen peroxideby decomposing the same, method of producingtreated water removed of dissolved oxygen, andmethod of washing electronic parts_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010491

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010214320 A20100930JP2009006584120090318ORGANO KKB01J31/28;C02F1/58; C02F1/70;C08J9/00Supported catalyst of platinum group metal, method ofproducing treated water removed of hydrogen peroxideby decomposing the same, method of producingtreated water removed of dissolved oxygen, andmethod of washing electronic partsUS2010226067 A120100909JP2006034752020061225;WO2007JP7455220071220OSADA MINORU [JP];EBINA YASUO [JP]; SASAKITAKAYOSHI [JP]H01G4/08;B32B37/00;B32B38/10Dielectric element and method for producing thedielectric elementMX2010007462 A20100823IL2008018864720080108;US20080080295P20080714;WO2009IL0003620090108OSHADI DRUGADMINISTRATION LTD [IL]A61K9/16; A61K9/50;A61K9/54Methods and compositions for oral administration ofprotein andUS2010285611 A120101111US2010077503820100506;US20090175927P20090506OSTAFIN AGNES E [US];MIZUKAMI HIROSHI [US];CHEN YEN-CHI [US]G01N33/543;G01N31/22Photobleaching resistant ph sensitive dyenanoreactors with dual wavelength emissionEP2217293 A220100818WO2008US8300520081110;US20070986839P20071109;US2008014006220080616OSTEOTECH INC [US]A61L27/24;A61L27/36Bone matrix compositions having nanoscale texturedsurfaces_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010492

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010104600 A120100916US20090210066P20090313OXAZOGEN INC [US];SARKAR ABHIJIT [US];MIRZA SHAMIM [US];RAHMAN SALMA [US];RAYFIELD GEORGE [US]H01B1/06Optical power limiting polymeric matrixUS2010233816 A120100916US2010072346220100312;US20090160201P20090313OXONICA MATERIALS INC[US]G01N21/65Tags Dispersible in Organic SolventsWO2010081018 A120100715US20090143352P20090108OXONICA MATERIALS INC[US]; NATAN MICHAEL J[US]; DOERING WILLIAM E[US]; CURRANO LUKE [US];BECKER COLLIN [US];MORRIS CHRISTOPHER[US]C12M1/42Energetic nanoporous devices for sample preparationWO2010072999 A220100701GB2008002345120081223;GB2009000257520090216;GB2009000974120090605OXONICA MATERIALS LTD[GB]; TERENTYEVVLADIMIR [RU];TAKHAUTDINOV RAFKAT[RU]; NOSOV IGORIVANOVICH [RU]; ATTFIELDMICHAEL JAMES [GB];PARK GEORGE BARRY[GB]C22B1/16; B22F1/00;B22F3/00Sinter process_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010494

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloNZ576483 A20101224US7787959 B120100831GB2006002152020061028;WO2007GB0396920071024US2006061551720061222P2I LTDPACESETTER INC [US]C09D4/00; B05D7/24;C08F220/34;C08F238/00A61N1/00Plasma Coated Microfluidic or Nanofluidic DevicesMechanism and method of attaching a stimulationand/or sensing electrode to a nerveWO2010117470 A220101014US20090168431P20090410PACIFIC BIOSCIENCESCALIFORNIA [US]; TURNERSTEPHEN [US]; FLUSBERGBENJAMIN [US]; FOQUETMATHIEU [US];CALLEBAUT HANS [US];SEBRA ROBERT [US];CHAUDHURI BIDHAN [US];SORENSON JON [US];BJORNSON KEITH [US];FEHR ADRIAN [US];KORLACH JONAS [US];EMIG ROBINC12Q1/68; B82B3/00;G01N33/48Nanopore sequencing devices and methodsUS2010290501 A120101118US2009046707220090515PALO ALTO RES CT INC[US]G01K17/00Nanocalorimeter based on thermal probesWO2010074466 A220100701KR2008013145720081222PAMPAS CO LTD [KR];CHIN YONG CHOOL [KR];KIM JIN KOOK [KR]; JANGHUI JIN [KR]; RYU IN GEUN[KR]G02F1/13Method for manufacturing a transparent substrate, andled display board using the transparent substrate_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010495

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010079511 A220100715IN2008MU0135320081227SAHARAN PAWAN [IN]A61K38/10;A61K38/04;C07K7/04Mammalian colostrum derived nanopeptides forbroadspectrum viral and recurrent infections with amethod of isolation thereofWO2010084290 A120100729FR2009005042220090123SAINT GOBAIN [FR];SCHIAVONI MICHELE [FR];NEANDER MARCUS [DE];ROEMGENS PASCAL [DE]C03C23/00;C03B11/08;C03B13/08;F24J2/50;H01L31/042Substrate en verre transparent glass substrate andmethod for producing such a substrateWO2010075041 A220100701US20080203422P20081222SAINT GOBAIN ABRASIVESINC [US]; SAINT GOBAINABRASIFS SA [FR];GOLDSMITH PAUL S [US];GAETA ANTHONY C [US];MANNING JAMES J [US];KHATAMI KAMRAN [US]B24D3/34; B24D3/26;B24D18/00Rigid or flexible, macro-porous abrasive article_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010550

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010141464 A220101209US20090183284P20090602;US20090235980P20090821SAINT GOBAIN ABRASIVESINC [US]; SAINT GOBAINABRASIFS SA [FR]; WUJIANHUI [US]; HWANGTAEWOOK [US];VEDANTHAM RAMANUJAM[US]; DINH-NGOCCHARLES [US];PUTHANANGADY THOMAS[US]; SCHULZ ERIC M [US];RAMANATH SRINIVASAN[US]H01L21/304Corrosion-resistant cmp conditioning tools andmethods for making and using sameNZ550508 A20101224US2004082340020040413;WO2005US1203720050412SAINT GOBAIN CERAMICSC09D5/02; C09D7/00;C09D7/12Surface coating solution comprising boehmite particlesEP2231326 A220100929WO2008FR5216220081128;FR2007005948720071130;FR2008005080520080208SAINT GOBAIN CTRECHERCHES [FR]B01J21/06;B01J35/02;B01J37/03;B01J37/06;C01G25/02Purified powder of nanometric particlesJP2010195756 A20100909JP2009006694420090225SAITO TOSHIAKI; NISHINAOKIA61K33/06;A61K33/00;A61P21/00;A61P27/02;C01F11/18; C02F1/68Method for producing nanocalcium as nanomineral_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010551

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010135589 A220101125US20090180026P20090520SAKURA PROPERTIES LLC[US]; MOWER THOMAS E[US]; BRADY CHARLESJEFFERY [US]A23L2/38; A23L2/58;A23L2/60; A23L2/62Dietary supplement drink for delivery of resveratrol andother polyphenolsUS2010256342 A120101007US2009058952920090427;US20080136097P20080812SALEMME FRANCISRAYMOND [US]; WEBERPATRICIA C [US]; ROULDMARK A [US]C07K14/00;C07K19/00Protein nodes for controlled nanoscale assemblyUS2010319489 A120101223US2010085027620100804;KR2007004699720070515;US2008014970920080507SAMSUNG ELECTROMECH [KR]B22F9/16Apparatus and method for manufacturing metalnanoparticlesUS2010277052 A120101104US2008023633720080923;KR2004007683620040924;US2005006496020050225SAMSUNG ELECTROMECH [KR]H01J1/02Carbon-fiber web structure type field emitter electrodeand fabrication method of the sameUS2010275729 A120101104US2010282022 A120101111US2010196681 A120100805US2010171064 A120100708US2007098718220071128KR2007009839220070928KR2009000849220090203KR2005007938220050829SAMSUNG ELECTROMECH [KR]SAMSUNG ELECTROMECH [KR]SAMSUNG ELECTROMECH [KR]SAMSUNG ELECTROMECH [KR]B22F9/18B22F9/18B32B15/02;B05D5/12H01F1/04_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Method for manufacturing metal nanoparticlescomprising rod-shaped nanoparticlesMethod for manufaturing copper-based nanoparticlesMethod of forming metal wiring and metal wiringformed using the sameNanoparticles, conductive ink and circuit line formingdevice552

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010294998 A120101125US2010078879320100527;KR2006000685220060123;US2006056220820061121SAMSUNG ELECTRONICSCO LTD [KR]H01B1/24; B05D5/12;C07D471/04;C25D13/02Aromatic imide-based dispersant for carbon nanotubesand carbon nanotube composition comprising thesameUS2010252806 A120101007US2010279001 A120101104US2010316813 A120101216KR2007007206520070719KR2007007521120070726US2010085438620100811;KR2007008946420070904;US2008005575520080326SAMSUNG ELECTRONICSCO LTD [KR]SAMSUNG ELECTRONICSCO LTD [KR]SAMSUNG ELECTRONICSCO LTD [KR]H01L51/54;H01L33/00;H01L51/44;H01L51/52;H01L51/56B05D5/12;C07C25/13;C07C25/22;C07C43/20;C07C69/76;C07C211/45;C07C233/64;C07C255/52;C07C309/38;C07C317/14;H01B1/12B05D5/00Carbon nano-tube (cnt) light emitting device andmethod of manufacturing the sameCarbon nano-tube (cnt) thin film treated with chemicalhaving electron withdrawing functional group andmanufacturing method thereofCarbon nano-tube film with a transformed substratestructure and a manufacturing method thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010553

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100083955 A20100723KR2009000330320090115SAMSUNG ELECTRONICSCO LTD [KR]B82B3/00;C01B31/02Method for preparing cross-bar structured carbonnanotubes and cross-bar structured carbon nanotubesobtained therebyUS2010233066 A120100916KR2009002218320090316SAMSUNG ELECTRONICSCO LTD [KR]D01F9/12; B01J31/02Method of coating catalyst metal layer by using nucleicacid and method of forming nanocarbon by using themethod of coating the catalyst metal layerUS2010173434 A120100708US2010279066 A120101104US2010072290320100312;KR2004004220020040609;US2004000246520041203KR2008006663920080709SAMSUNG ELECTRONICSCO LTD [KR]SAMSUNG ELECTRONICSCO LTD [KR]H01L51/56;H05B33/14;C09K11/06;C09K11/08;C09K11/56;C09K11/58;C09K11/60;C09K11/62;C09K11/66;C09K11/68;C09K11/70;C09K11/87;C09K11/88;C09K11/89;H01L51/50;H05B33/10;H05B33/22B32B3/10; B32B3/30;C23C14/35Nanocrystal electroluminescence device andfabrication method thereofNanostructured thin film and method for controllingsurface properties thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010555

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Número doDocumentoGB2467162 A20100728GB2467161 A20100728EP2248655 A120101110Prioridade(s)GB2009000122620090126GB2009000122520090126WO2008JP7103620081119;JP2008005378020080304DepositanteSHARP KK [JP]SHARP KK [JP]SHARP KK [JP]ClassificaçãoInternacional dePatentesC01B21/06;C01B33/00;C01B35/00;C01G15/00;C09K11/08;C30B29/38;C30B29/40C01B21/06;C01G15/00;C09K11/62;C30B29/40B29C59/04;B29C33/38;B29C33/42;G02B1/11TítuloFabrication of nitride nanoparticlesNitride nanoparticlesOptical element, roller type nanoimprinting apparatus,and process for producing die rollJP2010145736 A20100701JP2010162518 A20100729JP2008032272020081218JP2009000887920090119SHARP KK [JP]SHARP KK [JP]G02F1/1343;G09F9/30;H01L21/3205;H01L23/52C02F1/24;B01D61/04;B01D61/16;B01D61/58;B01F3/04; B01F5/12;C02F1/44; C02F1/52;C02F3/02; C02F3/12;C02F9/00Substrate for display device and liquid crystal displaydevice including the sameWater treatment apparatus and water treatmentmethod_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010579

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010276628 A120101104US2010083758220100716;US2005010684620050415;US20040580023P20040615SMITH JAMES D [US];STEVENS GARY [GB];WOOD JOHN W [US]C09K5/14;D21H13/44;D21H17/67;H01B3/52; H01B3/54Insulation paper with high thermal conductivitymaterialsUS2010276827 A120101104US2010192535 A120100805US2009043201920090429US2009038770320090506;US2009032259120090204SMITH KEVIN [US]; WOLFEJOSEPH E [US]SMITH MICHAEL W [US];JORDAN KEVIN [US]B29B9/00D02G3/02Method for Producing NanoparticlesBoron nitride nanotube fibrils and yarnsUS2010292667 A120101118US2010078701420100525;US2006055314920061026;US20060806005P20060628SMITH R MACDONALD[US]; WENDEL OTTOWILLIAM [US]; MCBRIDEARCHIE [GB]A61J1/14; A61K8/36;A61Q19/08Self-Neutralizing Acid Peel for Dermatologic UseCN101827782 A20100908WO2008SE0050620080910;US20070971859P20070912;US20070974045P20070920SMOLTEK AB [SE]B82B1/00; B82B3/00;C23C16/22;H01L21/285;H01L21/768;H01L23/52;H01L23/538Connecting and bonding adjacent layers withnanostructures_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010592

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100078779 A20100708KR2008013713820081230SNU R&DB FOUNDATION[KR]C09D11/02A preparation method of ink for inkjet printing usingsilica-polyaniline core-shell nanoparticleKR20100122225 A20101122KR2009004116120090512SNU R&DB FOUNDATION[KR]A61K9/16;A61K47/36;A61K47/42;A61P37/00Chitisan nanoparticles immobilized with m celltargeting peptideUS2010203112 A120100812KR2007003073020070329;WO2008KR0175320080328SNU R&DB FOUNDATION[KR]A61K9/127;A61K31/7088;A61P35/04;C12N5/02Composition of cationic phospholipid nanoparticles foreffective delivery of nucleic acidsKR20100072402 A20100701KR2008013080520081222SNU R&DB FOUNDATION[KR]B82B3/00;C08G61/12Electrorheological fluids using polypyrrolenanomaterials and fabrication methodKR20100078936 A20100708KR2008013732720081230SNU R&DB FOUNDATION[KR]C02F1/58; C02F1/28;C02F5/00Fabrication method of nano-fenton system waste watertreatment reagent using magnetic nanoparticle/polymercore-shell nanoparticlesKR20100121969 A20101119KR2009004093220090511SNU R&DB FOUNDATION[KR]G01N27/327;B82B1/00;G01N33/40Fabrication of high-performance transducers for fettypebioelectronic noses using polypyrrole nanotubesconjugated with human olfactory receptorsKR20100072425 A20100701KR2008013083320081222SNU R&DB FOUNDATION[KR]B82B3/00Fabrication of molecular imprinted polymer nanotube inaao membrane using vapor deposition polymerizationand their application to the membrane for chemicalseparation_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010594

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100106847 A20101004KR2009002508520090324SNU R&DB FOUNDATION[KR]G01N33/20;G01N21/65Highly sensitive sensor for heavy metal ions usingsingle gold nanoparticleKR20100097072 A20100902KR2009001580120090225SNU R&DB FOUNDATION[KR]G01N27/414;G01N33/20High-sensitive and selective detection of mercury ionsbased on direct redox reaction with carbon nanotubesKR101000358B B120101213KR2010004029020100429SNU R&DB FOUNDATION[KR]A61K31/66;A61K9/20; A61P35/00LIPID DERIVATIVES WITH INTEGRIN [alpha]V[beta]3AFFINITY AND LIPID NANOPARTICLESCOMPRISING THE SAMEKR20100113461 A20101021KR2009003181220090413SNU R&DB FOUNDATION[KR]C12Q1/02; B82B1/00;C12M1/42; C12M3/00Method for controlling shape, growth, polarity ordifferentiation of stem cell using nanostructure andsurface patterningKR101003124B B120101221KR20100078651 A20100708KR2010000512420100120KR2008013696920081230SNU R&DB FOUNDATION[KR]SNU R&DB FOUNDATION[KR]A61K33/38;A61K33/00;A61P25/00;A61P25/28B82B3/00Method for diagnosing alzheimer's disease ordementia-related neurological diseases using goldnanoparticleMethod of preparing polyrhodanine nanoparticle viadispersion polymerizationKR20100072395 A20100701KR2008013079320081222SNU R&DB FOUNDATION[KR]B82B3/00; D01D5/00Method of preparing silver nanoparticle-embeddedpolymethylmetharcylate nanofibers via electrospinningKR20100072412 A20100701KR2008013081820081222SNU R&DB FOUNDATION[KR]B82B3/00;B01J20/00; D01D5/00Polymer nanotube using vapor depositionpolymerization mediated electrospinning and theirapplication as a adsorbent for heavy metal ions_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010595

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100120506 A20101116KR2009003936220090506SNU R&DB FOUNDATION[KR]D06M11/42;D06M11/83;D06M14/04Preparation method of antimicrobial fiber with chemicalbond of metal nanoparticles and antimicrobial fiberformed therefromKR20100078569 A20100708KR2008013686720081230SNU R&DB FOUNDATION[KR]B82B3/00; H01B3/46Preparation method of electrorheological fluids withsuperior dispersion stability and re-dispersibility usingpoly(3,4-ethylenedioxythiophene nanotubesKR20100125577 A20101201KR2009004435320090521SNU R&DB FOUNDATION[KR]B82B3/00; B41M5/00;C08J5/18Preparation method of gold or silver nanoparticle filmhaving surface-enhanced-raman-scattering activityKR20100093627 A20100826KR2009001266020090217SNU R&DB FOUNDATION[KR]H01L31/042Thin film solar cell based on carbon nanotube networkKR20100095847 A20100901KR2009001486020090223SNU R&DB FOUNDATION[KR]; CHEIL IND INC [KR]C08G61/12;C08F290/06;C08K3/04; C08L77/00Compatabilizer for polyamide/carbonnanotubenanocomposite and polyamide/carbonnanotubenanocomposite comprising the sameKR20100110475 A20101013KR2009002881820090403SNU R&DB FOUNDATION[KR]; CHEIL IND INC [KR]C08F257/00;C08F265/06;C08K3/04Compatiblizer for polymer/carbon nanotubenanocomposite and polymer/carbon nanotubenanocomposite comprising the sameWO2010095812 A220100826KR2009001482120090223SNU R&DB FOUNDATION[KR]; HYEON TAEGHWAN[KR]; YU JUNG HO [KR]B82B3/00Production method for nanocrystals doped withmanganese_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010596

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2231144 A220100929WO2008IN0085720081223;IN2007MU0252720071224SUN PHARMA ADVANCEDRES COMPAN [IN]A61K31/337;A61K9/10; A61K9/51NanodispersionWO2010146606 A120101223IN2009MU0146820090619SUN PHARMA ADVANCEDRES COMPANY LTD [IN];KHOPADE AJAY JAYSINGH[IN]; ARULSUDAR N [IN];BHOWMICK SUBHASBALARAM [IN]A61K31/435;A61K9/14;A61K31/222;A61K31/542;A61K38/13Nanodispersion of a drug and process for itspreparationUS2010330167 A120101230US2010080708420100827;US2007088121720070726;US2005028473420051121;US2005002908220050104;US2004095886420041005SUNG HSING-WEN [TW];LIN YU-HSIN [TW]; LIANGHSIANG-FA [TW]; TUHOSHENG [US]A61K9/48;A61K31/00;A61K39/00Nanoparticles for protein drug deliveryUS2010167053 A120100701KR2008013534820081229SUNG HYUN-KYUNG [KR];LEE WAN SUNG [KR]; CHOINAMSUN [KR]; KIM DONGHWAN [KR]; JANGYOUNGCHAN [KR]B32B5/16;B01J21/08;B01J21/10;B01J23/22;B01J23/75;B01J23/847;D01F9/12Catalyst composition for preparing carbon nanotube_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010612

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010086600 A220100805GB2009000140920090128SURREY NANOSYSTEMSLTD [GB]; JENSEN BENPOUL [GB]; CHEN GUANYOW [SG]C01B31/02;C23C16/26;C23C16/44Providing gas for use in forming a carbon nanomaterialWO2010123563 A220101028US2009038685320090423;US20090214452P20090423;US2009059253620091125SUSTAINED NANOSYSTEMS LLC [US]A61K9/52; A61K9/50;A61K9/51;A61K47/30;A61M35/00Controlled release dispensing deviceUS2010173000 A120100708US2009059253620091125;US2009038635320090416;US2008029184120081113;US2008015245920080514;US20070930105P20070514SUSTAINED NANOSYSTEMS LLC [US]A61K9/50; A61K9/14Controlled release implantable dispensing device andmethodCN101775049 A20100714CN2010111178320100208SUZHOU BAOZETANGMEDICINE SCIEC07H15/18;C07H1/08Method for extracting and purifying salidroside fromglossy privet fruitCN101768201 A20100707CN2010111177920100208SUZHOU BAOZETANGMEDICINE SCIEC07J63/00Preparation method of oleanolic acidCN101852763 A20101006CN2010116556820100507SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESG01N27/414;H01L21/336;H01L29/78Chiral sensor based on field effect transistor andpreparation method thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010613

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101788516 A20100728CN2010111210720100222SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESG01N27/12;C23C16/26;C25D13/02Method for manufacturing alternating currentelectrophoresis directionally assembled carbonnanotube array sensing deviceCN101857276 A20101013CN2010120773020100621SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESC01G49/12;B82B3/00; C01G9/08Method for preparing general nano metal sulphideCN101800310 A20100811CN2010114616120100402SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESH01M4/1397;H01M4/62Method for preparing graphene-doped anode materialfor lithium-ion batteriesCN101864313 A20101020CN2009124226220091208;CN2010118342620100524SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESC09K11/85;C08F8/44;C08F20/06;C09K11/81;C09K11/82Method for preparing luminous nanocrystals withmonodispersity, hydrophily and biocompatibilityCN101838834 A20100922CN2010117848320100521SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESC25D11/08;C25D11/10;C25D11/12;C25D11/16Modulation method for shape morphing of hole ofanodic aluminum oxide templateCN101780420 A20100721CN2010112278420100305SUZHOU INST OF NANOTECH AND NANO BIONICSCHINESE ACADEMY OFSCIENCESB01J31/28;B01J21/18;C07C209/36;C07C211/51Preparation method of metal and graphene compositecatalystCN101844040 A20100929CN2010119254420100607SUZHOU XINWANG FILMTECHNOLOGY CO LTDB01D69/12;B01D67/00;B01D71/62Hollow fiber nanofiltration membrane and preparationmethod thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010614

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101844041 A20100929CN2010119251920100607SUZHOU XINWANG FILMTECHNOLOGY CO LTDB01D71/42;B01D67/00;B01D69/08Hollow fiber nanofiltration membrane and preparationmethod thereofCN101829471 A20100915CN2009111506020090310SUZHOU YOUSHUINANOFILTRATIONMEMBRANE TECHNOLOGYCO LTDB01D53/02Method for manufacturing nanofiltration membranecomponentCN101829503 A20100915CN2009111505420090309SUZHOU YOUSHUINANOFILTRATIONMEMBRANE TECHNOLOGYCO LTDB01D63/02Process for manufacturing nanofiltration membranecomponentUS2010244331 A120100930CZ2007000071620071015;WO2008CZ0012420081015SVOBODOVA JANA [CZ] D01F2/02 Method for Production of NanofibresKR20100103426 A20100927EP2009015503920090312;EP2009015713520090401SWATCH GROUP RES &DEV LTD [CH]B82B3/00;H01M4/525;H01M4/60;H01M10/0525Electrically conductive nanocomposite materialcomprising sacrificial nanoparticles and open porousnanocomposites produced thereofEP2237346 A120101006EP2009015713520090401SWATCH GROUP RES &DEV LTD [CH]H01M4/02;H01M4/04;H01M4/48; H01M4/52Electrically conductive nanocomposite materialcomprising sacrificial nanoparticles and open porousnanocomposites produced thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010615

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010203313 A120100812US2008059359920080331;SE2007000079520070329;US20070908684P20070329;WO2008SE5036620080331SWETREETECHNOLOGIES AB [SE]B32B5/02; B05D5/12;B32B5/16Magnetic nanoparticle cellulose materialUS2010179234 A120100715CN2007109901120070508;WO2008CN0088620080430SYNFUELS CHINATECHNOLOGY CO L [CN]B01J31/06; C07C1/06Transition metal nanocatalyst, method for preparingthe same, and process for fischer-tropsch synthesisusing the sameDE102009018874A1 20101104DE20091001887420090424SYSTEC SYSTEM UNDANLAGENTECHN [DE]H01M4/36;C23C14/26;C23C16/448;C23C16/50;H01M4/52Powdery electrode material consists of nickel, oxygenand/or hydrogen, or tetravalent nickel oxide, alkalimetal, transition metals such as cobalt, vanadium,tungsten, iridium, tantalum and/or chromium andimpuritiesEP2237866 A120101013JP2010205712 A20100916CN101809092 A20100818WO2008HU0015520081220;HU20070000228U20071221JP2009008038820090303WO2008JP6755120080926;JP2007025261020070927SZEGEDITUDOMANYEGYETEM [HU]TAGAMI KENJIRO;HARUTA OSAMUTAIHO KOGYO CO LTDB01F9/08; B01F15/06 Apparatus for producing titanate nanostructuresH01M14/00C08L101/00;C08K3/08; C08K3/22;C08K3/30;F16C33/10;F16C33/20Power generation batteryComposition for sliding member and sliding membercoated with the composition_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010616

Número doDocumentoUS2010295173 A120101125KR20100136553 A20101228Prioridade(s)US2010071420920100226;US20090180300P20090521EP2008010375120080428DepositanteTAIWANSEMICONDUCTOR MFG[TW]TAIWANSEMICONDUCTOR MFG[TW]ClassificaçãoInternacional dePatentesH01L23/488;C08K3/04; C08K3/08;C08K3/28; C08K3/34;H01L21/56;H01L23/31H01L21/314;H01L21/336;H01L29/78TítuloComposite Underfill and Semiconductor PackageMethod of forming a nanocluster-comprising dielectriclayer and device comprising such a layerUS2010226848 A120100909JP2006004796120060224;WO2007JP5320320070221TAIYO NIPPON SANSOCORP [JP]D01F9/12; B01J8/02;C09K3/00Catalyst for Carbon Nanostructure Growth, Process forProducing Carbon Nanostructure, Raw-Material Gasand Carrier Gas for Producing the Same, andApparatus for Producing the SameJP2010189621 A20100902JP2009001009420090120;JP2009028232020091212TAIYO NIPPON SANSOCORP [JP]C08J3/12; C08K3/04;C08L101/00Composite resin material particle and method forproducing the sameCN101848762 A20100929WO2008JP6697520080919;JP2007024471220070921TAIYO NIPPON SANSOCORP [JP]B01J23/745;C01B31/02Method for forming catalyst layer for carbonnanostructure growth, liquid for catalyst layerformation, and process for producing carbonnanostructure_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010617

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010106983 A120100923JP2009006214820090314TAIYO NIPPON SANSOCORP [JP]; UNIV OSAKA[JP]; NAKAYAMAYOSHIKAZU [JP]; SAKAITORU [JP]; YAJIMATAKERU [JP]; URAKAWAYOICHI [JP]; KON KENICHI[JP]; NAGASAKA TAKESHI[JP]C01B31/02Method of continuously synthesizing oriented carbonnanotubes and apparatus for continuously synthesizingsameUS2010239838 A120100923JP2006012280120060427;WO2007JP5941820070425TAKENAKA SEISAKUSHOCO LTD [JP]; GSI CREOSCORP [JP]B32B5/02;C08L43/04;C08L67/07;C08L79/08Coating Composition and Coated ArticleUS2010278714 A120101104JP2007031830220071210;JP2008021608720080826;WO2008JP7241420081210TANAKA TAKESHI [JP];KATAURA HIROMICHI [JP]D01F9/12;B01D17/00Method for simply separatng carbon nanotubeUS2010227114 A120100909DE20051006218120051223;WO2006IB0303020060810TANG XINHE [AT]; TSE KACHUN [CN]; HAMMELERNST [AT]; TANG BENZHONG [CN]B32B5/12;B32B27/38;C08L63/00;C08L67/00; H01F1/42Composite Material, Especially Multilayer Material, andAdhesive or Bonding Material_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010618

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloMX2010009916 A20100930IN2008MU0048020080310;IN2008MU0265520081222;WO2009IN0002120090107TATA CHEMICALS LTD [IN]C01G9/00; C01C1/04;C01G9/02A process for the preparation of nano zinc oxideparticles.MX2010009918 A20100930IN2008MU0093620080428;WO2009IB0540120090428TATA CHEMICALS LTD [IN] B22F9/24A process for the preparation of silver nano particles.WO2010092587 A120100819IN2009KO0029220090216TATA STEEL LTD [IN];BHADURT JAYABRATA [IN];ROY DEB [IN];CHAKRABORTYSUBHRAKANTI [IN];CHAKRABORTYSHANTANU [IN]; DASSUMITESH [IN];BHATTACHARJEEDEBASHISH [IN]B21C9/00A method and apparatus for achieving higher coolingrates of a gas during bypass cooling in a batchannealing furnace of cold rolling millsWO2010092586 A120100819IN2009KO0029120090216TATA STEEL LTD [IN]; ROYDEB [IN]; BHADURIJAYABRATA [IN]; DASSUMITESH [IN];BHATTACHARJEEDEBASHISH [IN]B21C9/00A process and apparatus for application of coolants toachieve higher cooling rates in the water boxes of awire rod mill_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010619

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010285397 A120101111TW2009011494920090506TATUNG UNIVERSITY [TW];TATUNG CO [TW]H01M8/10;B01J21/18;B01J23/06;B01J23/42;H01M4/88Hybrid catalyst, method of fabricating the same, andfuel cell comprising the sameUS2010172818 A120100708TW2009010017020090106TATUNG UNIVERSITY [TW];TATUNG CO [TW]C09C1/44Method of preparing carbon nanotube complexesCN101786716 A20100728CN2010111143620100210TAWA BEIJING CO LTDC02F3/10High-concentration difficult-degradation organicsewage treating system_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010620

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101795772 A20100804WO2008JP6223620080704;JP2007017910420070706;JP2007017910320070706;JP2007017910220070706;JP2007017910120070706;JP2007017910020070706;JP2007017909820070706;JP2007017909920070706;JP2007018034920070709;JP2007020385020070806;JP2007020742620070809TECH CO LTD M [JP]B02C7/14;B01J19/00; B41J2/01;B41M5/00;C09B67/02;C09B67/10;C09B67/20Method for producing nanoparticles by forced ultra-thinfilm rotary processing_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010621

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010189661 A20100902JP2007017909820070706;JP2007018034920070709;JP2007020385020070806;JP2008006044520080311;JP2010010642420100506TECH CO LTD M [JP]C09B67/02;C09B67/20;C09D11/00;C09D17/00Method for producing pigment nanoparticle andmethod for producing inkjet inkCN101784338 A20100721WO2008JP6223220080704;JP2007017909920070706;JP2007017909820070706;JP2007017910020070706;JP2007018034920070709;JP2007020385020070806TECH CO LTD M [JP]B01J23/42;B01J37/04;B01J37/16;C09C1/56; C09C3/06;H01M4/88; H01M4/92Method for production of metal-supporting carbon,method for production of crystal composed of fullerenemolecule and fullerene nanowhisker/nanofibernanotube, and apparatus for production of fullerenemolecule and fullerene nanowhisker/nanofiber nan_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010622

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101784484 A20100721WO2008JP6223520080704;JP2007017910120070706;JP2007017909820070706;JP2007018034920070709;JP2007020385020070806TECH CO LTD M [JP]C01F7/02; B01F3/08;B01F5/06;C01G23/00;C01G23/053;C01G25/02Process for production of ceramic nanoparticleUS2010254099 A120101007DE20071005960920071206;WO2008EP6683720081204TECH UNI LLMENAU [DE]H05K7/00; B32B3/00;H01L23/15;H05K1/11; H05K1/16Silicon-ceramic composite substrateIL173881 A20101130CZ2003000242120030908;WO2004CZ0005620040908TECHNICKA UNIVERZITA VLIBERCI [CZ]D04H1/70; D01D4/06;D01D5/00; D01D5/06;D01D5/08; D01D5/11;D04H1/72; D04H5/08Method of production of nanofibres from a polymersolution using electrostatic spinning and a device forcarrying out the methodCZ20090425 A320101222CZ2009000042520090701TECHNICKA UNIVERZITA VLIBERCI [CZ]; STUDENTSCIENCE [CZ];NANOPHARMA [CZ];ASTAV EX MEDICINY AVCR [CZ]; UNIV KARLOVA[CZ]D01D4/06; D01D5/06;D01D5/08; D01D5/11;D04H1/70; D04H1/72;D04H5/08Method of and device for producing nanofibers byflooded electrostatic spinning_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010623

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2215464 A120100811WO2008IL0152720081120;US20070989130P20071120TECHNION RES & DEVFOUNDATION [IL]G01N27/12Chemical sensors based on cubic nanoparticlescapped with an organic coatingEP2257800 A120101208WO2009IL0034220090326;IL2008019047520080327TECHNION RES & DEVFOUNDATION [IL]G01N33/22;G01N33/00Chemical sensors based on cubic nanoparticlescapped with an organic coating for detectingexplosivesUS2010172952 A120100708US2008044926220080131;US20070898394P20070131;WO2008IL0013420080131TECHNION RES & DEVFOUNDATION [IL]A61K33/42;A61F2/00;A61K35/12;A61P19/00;A61P43/00Electrospun scaffolds and methods of generating andusing sameUS2010267234 A120101021US2008059822820080427;US20070924070P20070430;WO2008IL0055820080427TECHNION RES & DEVFOUNDATION [IL]H01L21/768Focused ion beam deep nano-patterning apparatusand methodUS2010243571 A120100930US2008074253320081112;US20070987210P20071112;WO2008IL0148620081112TECHNION RES & DEVFOUNDATION [IL]C02F1/28Method for adsorption of phosphate contaminants fromwater solutions and its recovery_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010624

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101861350 A20101013WO2008IL0113920080820;US20070956843P20070820TECHNION RES & DEVFOUNDATION [IL]C08G75/23Polysulfone polymers and membranes for reverseosmosis, nanofiltration and ultrafiltrationWO2010079490 A120100715US20090143413P20090109TECHNION RES & DEVFOUNDATION [IL]; HAICKHOSSAM [IL]; GANG PENG[CN]; ADAMS ORNA [IL]G01N33/497Volatile organic compounds as diagnostic markers inthe breath for lung cancerKR20100102111 A20100920US20070013538P20071213TECHNION RES & DEVFOUNDATION [IL]; MERCKPATENT GMBH [DE]H01L31/042;H01L31/032Photovoltaic cells comprising group iv-visemiconductor core-shell nanocrystalsWO2010128505 A120101111US20090175537P20090505TECHNION RES & DEVFOUNDATION [IL];SHEINTUCH MOSHE [IL];MATATOV-MEYTAL URI [IL]B01J21/18;B01J23/89;B01J35/06;B01J37/02; C02F1/70Activated carbon cloth-supported bimetallic pd-cucatalysts for nitrate removal from water.WO2010082643 A120100722JP2009000758120090116;JP2009020481820090904;JP2009020590020090907;JP2009020590120090907TEIJIN FIBERS LTD [JP];SHIMADA SHINTARO [JP];TOGASAKI JUNICHI [JP];TERASAKA FUYUKI [JP];ITO SEIJI [JP]D01F6/92; B60C9/00;C08K5/5317;C08L67/02;D02G3/02;D02G3/48; D03D1/00;D03D15/00Polyester fiber, process for producing the polyesterfiber, and tire code, tire, fiber material for reinforcingbelt and belt each comprising the polyester fiberJP2010150332 A20100708JP2008032810420081224TEIJIN LTDC08F2/44; B82B1/00;B82B3/00; C08K3/08;C08L33/04Polymerizable compound-metal nanoparticledispersion, and method for producing the same_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010625

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2226364 A120100908US20090157395P20090304;US2010071665820100303TEXAS A & M UNIV SYS[US]C09D5/18;D06M11/79;D06M15/263;D06M15/267;D06M15/285;D06M15/356;D06M15/61;D06N3/12; D06N7/00Multilayer coating for flame retardent foam or fabricUS2010249335 A120100930US2010080216420100601;US2006042793620060630;US2004084888220040519;US20050696413P20050701TEXAS A & M UNIV SYS[US]; KANEKA CORP [JP]C08F8/42Methods of producing zinc oxide polymernanocompositesUS2010278715 A120101104US2010077070420100429;US20090173777P20090429TH LLC [VN]D01F9/12Systems, Devices, and/or Methods Regarding SpecificPrecursors or Tube Control Agent for the Synthesis ofCarbon Nanofiber and NanotubeUS2010201288 A120100812FR2009000052820090206THALES SA [FR]H05B39/00; F21V9/00NVG Compatible Illumination Device Based on Light-Emitting Diodes_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010628

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010139740 A220101209FR2009000273320090605THALES SA [FR]; ECOLEPOLYTECH [FR]; ROBERTCEDRIC [FR]; LEGAGNEUXPIERRE [FR]; PONARDPASCAL [FR]; ANDREFREDERIC [DE];COJOCARU COSTELSORIN [FR]; SCHNELLJEAN-PHILIPPE [FR]H01J1/304Source of a collimated electronic beam with coldcathodeKR20100081644 A20100715KR2009000096120090106THERMOLON KOREA COLTD [KR]B82B3/00;C01B33/12Silica nanotube containing silver nanoparticles havinghigh dispersion force and method of preparing thesameMX2010007630 A20100806EP2008030003520080117;EP2008030009320080214;WO2009EP5052120090116THOMSON LICENSING [FR] H04N7/167Method and apparatus for selective data encryption.GB2470208 A20101117GB2009000822620090514THORNTON & ROSS LTD[GB]A61K8/891;A01N55/10;A01P7/00;A61K31/80;A61K47/34;A61P33/14Treatment of head lice_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010629

Número doDocumentoJP2010177679 A20100812CN101829575 A20100915CN101824492 A20100908CN101824493 A20100908CN101824491 A20100908CN101824480 A20100908CN101830578 A20100915Prioridade(s)US20020383379P20020523CN2010117388520100517CN2010117447220100518CN2010117448820100518CN2010117445820100518CN2010117446020100518CN2010130121120100204DepositanteTHREE M INNOVATIVEPROPERTIESTIANJIN ANKAITECATALYST CO LTDTIANJIN CHAOHAITECHNOLOGY CO LTDTIANJIN CHAOHAITECHNOLOGY CO LTDTIANJIN CHAOHAITECHNOLOGY CO LTDTIANJIN CHAOHAITECHNOLOGY CO LTDTIANJIN CITY TANGGUDISTR XINYUENVIRONMENTAL PROTTECHNOLOGY CO LTDClassificaçãoInternacional dePatentesC09C1/28;H01L23/29;C09C3/12;C09J11/00;C09J11/04;C09J163/00;H01L21/56;H01L21/60;H01L23/31B01J23/755;B01J37/04;C07C213/00;C07C215/76C12Q1/70;C12Q1/68;G01N21/78C12Q1/70;C12Q1/68;G01N21/78C12Q1/70;C12Q1/68;G01N21/78C12Q1/68;C12Q1/10;G01N21/78C02F9/02TítuloElectronic assembly that includes underfill bondingcomposition filled with nanoparticle, and method ofmanufacturing the samePreparation method and application of composite nanonickel catalystKit for detecting AH1N1 influenza virusKit for detecting hepatitis B virusKit for detecting hepatitis C virusKit for detecting Salmonella spp.Device and method for chemical wastewater reverseosmosis advanced desalination treatment withoutadding scale inhibitor_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010630

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101831482 A20100915CN2010115039420100420TIANJIN KINGYORKGROUP CO LTDC12P41/00;C12P13/04Application of nanofiltration membrane in splitting D,Laminoacid by using acyltransferase or D-aminoacylaseCN101831483 A20100915CN2010115039920100420TIANJIN KINGYORKGROUP CO LTDC12P41/00;C12P13/12Preparation method of L-methionineCN101780377 A20100721CN2010112039220100309TIANJIN MOTIANMEMBRANE ENGINEB01D69/12;B01D67/00Method for preparing compound nanofiltrationmembraneCN101782693 A20100721CN2010130086520100128TIANJIN QIPUOPTOELECTRONICS TG02F1/03; G02F1/09Multi-functional integrated optical deviceCN101766826 A20100707CN2010111659220100303TIANJIN SCIENCE ANDTECHNOLOGYA61K49/12;A61K49/06Preparation method of ferroferric oxide nanoparticleswith liver targeting functionCN101775327 A20100714CN2009106765120090109TIANJIN SHENGTONGJIAHE TRADEC10M125/04Lubrication oil antiwear additiveCN101812531 A20100825CN2010116404920100506TIANJIN ZHAOHAITECHNOLOGY CO LTDC12Q1/68Escherichia coli detection kitCN101812544 A20100825CN2010116405520100506TIANJIN ZHAOHAITECHNOLOGY CO LTDC12Q1/70; C12Q1/68 Influenza virus detection kitCN101812543 A20100825CN2010116403720100506TIANJIN ZHAOHAITECHNOLOGY CO LTDC12Q1/70; C12Q1/68 Kit for detecting human immunodeficiency virusBRPI0610766 A220100720DE20051001930120050426;WO2006EP6182520060425TIMCAL SA TIMCAL AGTIMCAL LTD [CH]C09C3/06; C09C1/56;C09C3/08Processo para processamento adicional do resìduoformado na produção de nanoestruturas de fulerenos ecarbonoUS2010231433 A120100916RU2007014961420071228;WO2008RU0081320081229TISHIN ALEKSANDRMETTALINOVICH [RU];HALILOV SAMEDVEISALKARA OGLY [RU]H01Q17/00;B29C44/22Porous materials embedded with nanoparticles,methods of fabrication and uses thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010631

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Número doDocumentoUS2010317512 A120101216EP2204493 A120100707WO2010113303 A120101007JP2010220313 A20100930US2010261005 A120101014Prioridade(s)JP2007002931820070208;WO2007JP5887020070424;WO2008JP5218020080208WO2008JP6915020081022;JP2007027469320071023WO2009JP5682820090401JP2009006174220090313US2010080297020100617;ES2003000239620031015;US2006040314020060412;WO2004ES0044120041015DepositanteTOKAI RYOKAKUTETSUDO KK [JP]TOKUSHU PAPER MFG COLTD [JP]TOKUSHU PAPER MFG COLTD [JP]; SANO EIICHI [JP];TSUCHIKAWA KEIICHI [JP];IMAI MASANORI [JP]ClassificaçãoInternacional dePatentesB01J23/20;B01J23/02;B01J23/04D21H21/14;C01B31/02;D06M11/74;D21H13/50;D21H15/12H05K9/00;C01B31/02;D06M11/74TítuloPhotocatalytic film, method for forming photocatalyticfilm and photocatalytic film coated productSheet-like article and method for producing the sameElectromagnetic wave absorption structureTOKYO ELECTRON LTD H02N10/00 Sample injection deviceTOLSA SAB32B5/16;A01N59/16;A01N59/20;B01J21/16;B01J23/00;B01J23/40;B01J23/50;B01J23/70;B01J23/72;B01J37/04;B01J37/08Method of preparing metallic nanoparticles andmaterials thus obtained_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010633

Número doDocumentoUS2010228157 A120100909Prioridade(s)US2010072042820100309;US20090209636P20090309DepositanteClassificaçãoInternacional dePatentesTítuloTOM MICHAEL D [US] A61B5/103 Tensiometer utilizing elastic conductorsUS2010268346 A120101021US2010075434020100405;US20090169365P20090415;US20090169443P20090415TONG WEIDONG [US];SALVATI LAWRENCE [US];VASS STEPHANIE A [US]A61F2/30;B32B15/04;C23C22/00Nanotextured cobalt-chromium alloy articles havinghigh wettability and method of producing sameKR20100116951 A20101102KR20100116949 A20101102CN101849206 A20100929WO2010123265 A220101028WO2010151013 A220101229KR2009003563120090423KR2009003562920090423WO2008KR0157120080320;KR2007011304920071107KR2009003562920090423;KR2009003563120090423KR2009005563520090622TOP NANOSYS INC [KR]TOP NANOSYS INC [KR]B82B3/00; B82B1/00;C01B31/02H01B1/04; H01B1/18Carbon nanotube conductive layer and the method formanufacturing the sameCarbon nanotube conductive layer and the method formanufacturing the sameTOP NANOSYS INC [KR] G02F1/13 Transparent signboard and fabricating method thereofTOP NANOSYS INC [KR];KIM CHUNG HAN [KR];JEONG DA JEONG [KR];BANG YUN YOUNG [KR]TOP NANOSYS INC [KR];KIM CHUNG HAN [KR];JEONG DA-JEONG [KR];BANG YUN-YOUNG [KR]H01B1/04; B82B3/00B82B3/00; H01B1/18Carbon nanotube conductive film and method formanufacturing sameCarbon nanotube conductive film and method formanufacturing same_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010634

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010120070 A220101021KR2009003331720090416;KR2009003331820090416TOP NANOSYS INC [KR];PARK DO HYEONG [KR];LEE DONG MYEON [KR];YOON YEO HWAN [KR]G06F3/041;G06F3/044Film for touch sensor, touch sensor assemblycomprising same, and method for producing a touchsensor assemblyWO2010128763 A220101111KR2009004014720090508TOP NANOSYS INC [KR];PARK DO HYEONG [KR];YOON YEO HWAN [KR];LEE DONG MYEON [KR]G02F1/13357Led backlight unitJP2010219447 A20100930JP2009006705120090318TOPPAN PRINTING COLTDH01L21/288;H01L21/28;H01L21/336;H01L29/417;H01L29/786;H01L51/05Ink for organic transistor, electrode of organic transistorand method of forming the same, and organictransistorJP2010192367 A20100902JP2009003759220090220TOPPAN PRINTING COLTDH01J9/02; B82B1/00;B82B3/00;C01B31/02;H01J1/304Method for manufacturing nanocarbon materialcomposite substrate, nanocarbon material compositesubstrate, and electron emission elementJP2010188493 A20100902JP2009003759120090220TOPPAN PRINTING COLTDB82B1/00; B82B3/00;H01J1/304; H01J9/02Nanocarbon material compound substrate, electrondischarge element and manufacturing method fornanocarbon material compound substrateJP2010194995 A20100909JP2009004545420090227TOPPAN PRINTING COLTDB41F35/00;B41N3/06; G02B5/20Plate cleaning method and cleaning device_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010635

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010097224 A220100902DK2009000027720090227;WO2009EP0748120091019TOPSOE HALDOR AS [DK];HOEJHOLT KARENTHRANE [DK]; EGEBLADKRESTEN [DK];CHRISTENSEN CLAUSHVIID [DK]; HELVEG STIG[DK]; LAURSEN BOANDERS [DK]; BRORSONMICHAEL [DK]B01J29/06;B01J37/02;C01B39/02Process for the preparation of hybrid zeolite or zeolitelikematerialsJP2010216023 A20100930JP2010216024 A20100930EP2218682 A120100818JP2009006185520090313JP2009006185620090313WO2008JP6474820080819;JP2007031181720071130;JP2008016965820080627TORAY DU PONT KKTORAY DU PONT KKTORAY INDUSTRIES [JP]D06B19/00;D04H1/42;D06M11/76;D06M23/00D04H1/42;D03D15/00;D06C29/00;D06M23/08C01B31/02Method for producing nanofiberNanofiber fiber structure and fiber productCarbon nanotube assembly and process for producingthe sameJP2010201351 A20100916JP2009005016620090304TORAY INDUSTRIES [JP]B01J23/745;B01J37/08;B01J37/10Catalyst body for preparing carbon nanotube, methodfor the same, method for preparing compositioncontaining carbon nanotube and compositioncontaining carbon nanotube_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010636

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2249354 A120101110WO2009JP5363320090227;JP2008004947320080229TORAY INDUSTRIES [JP]H01B5/14; B32B7/02;B32B9/00;H01B13/00Substrate with a transparent conductive film, method ofmanufacturing the same, and touch panel using thesameJP2010192186 A20100902JP2009003358820090217TORAY INDUSTRIES [JP]H01B5/14; B32B7/02;B32B9/00;C01B31/02;G06F3/041Transparent conductive laminateWO2010101205 A120100910JP2009005016620090304;JP2009008844220090331;JP2009029487320091225TORAY INDUSTRIES [JP];NISHINO HIDEKAZU [JP];KATO HAJIME [JP];OKAMOTO NAOYO [JP];IKEUCHI SHUKO [JP];SATO KENICHI [JP];TANAKA SHIHO [JP];HIGUCHI KAZUYOSHI [JP]C01B31/02;B01J23/745;B01J37/08;B01J37/10Composition containing carbon nanotubes, catalyst forproducing carbon nanotubes, and aqueous dispersionof carbon nanotubesJP2010177405 A20100812JP2010208921 A20100924JP2010219399 A20100930JP2009001768720090129JP2009005973720090312JP2009006606120090318TOSHIBA CORPH01L21/768;C01B31/02;H01L21/28;H01L21/285;H01L23/522Carbon nanotube and method of manufacturing thesameTOSHIBA CORP C01B31/02 Nanocarbon generation deviceTOSHIBA CORPH01L31/04Schottky solar cell and method of manufacturing thesameJP2010163331 A20100729JP2009000843720090119TOSHIBA CORP; FUJITSUSEMICONDUCTOR LTDC01B31/02Method of growing carbon nanotube, and carbonnanotube bundle-formed substrate_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010638

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101784588 A20100721WO2008EP6105820080825;EP2007011492120070824TOTAL PETROCHEMICALSRES FELUYC08J3/22; C08J5/00;C08K3/04;C08L23/02;C08L67/04;H01B1/24; H01B3/44Reinforced and conductive resin compositionscomprising polyolefins and poly(hydroxy carboxylicacid)CN101784587 A20100721WO2008EP6105920080825;EP2007011492420070824TOTAL PETROCHEMICALSRES FELUYC08J3/22; C08J5/00;C08K3/34;C08L23/02;C08L67/04Resin compositions comprising polyolefins,poly(hydroxy carboxylic acid) and nanoclaysWO2010097778 A120100902FR2009000089820090227TOTAL RAFFINAGEMARKETING; BOUFFETALAIN [FR]; BARDINFRANCK [FR]C10M169/02;C10M169/06Grease compositionFR2946887 A120101224FR2009005411020090618TOULOUSE INST NATPOLYTECH [FR]; UNIVTOULOUSE 3 PAULSABATIER [FR]A61L27/32;A61L27/12;A61L27/56Porous biomaterial e.g. Hydroxyapatite-tricalciumphosphate biphasic ceramics, surface activatingmethod for e.g. Orthopedic prosthesis utilized bysurgeon, involves drying porous biomaterial attemperature lower than hundred degree CelsiusUS2010197783 A120100805US2008059358520080326;US20070908115P20070326;WO2008US5826820080326TOUR JAMES M [US]; LUMENG [US]; LUCENTE-SCHULTZ REBECCA [US];LEONARD ASHLEY [US];DOYLE CONDELLDEWAYNE [US]; KOSYNKINDMITRY V [US]; PRICEBRANDI KATHERINE [US]A61K31/215;A61P43/00;C07C229/00Radiation protection using single wall carbon nanotubederivatives_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010640

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010123593 A220101028US20090144360P20090113TRIGON HOLDINGS LC[US]; WENDELL JAYMORELL JR [US]F41H1/02; B32B18/00Laminate materials and dilatant compounds for ballisticshieldingEP2229251 A220100922WO2008IE0012420081222;IE2007000093120071221;US20080136808P20081006;IE2008000080420081006TRINITY COLLEGE DUBLIN[IE]B22F1/00; B22F9/24A process for preparing nanoparticlesEP2228402 A120100915EP2009015494020090311TRINITY COLLEGE DUBLIN[IE]C08J5/00Carbon-carbon compositesUS2010304136 A120101202US2006052622820060925;US2004085557720040528;US20030474280P20030530TRINITY COLLEGE DUBLIN[IE]B32B9/00; B32B27/30 ProductUS2010249877 A120100930US2008074424020081121;US20070989577P20071121;WO2008US8435820081121TRUSTEES BOSTONCOLLEGE [US]A61N1/04Apparatus and Methods for Visual Perception Using anArray of Nanoscale Waveguides_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010646

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010099466 A220100902US20090155784P20090226;US20100299753P20100129UNIV CALIFORNIA [US];TSENG HSIAN-RONG [US];WANG HAO [US]; WANGSHUTAO [US]; SU HELEN[US]; RADU CAIUS G [US];CZERNIN JOHANNES [US]B82B3/00; B82B1/00A supramolecular approach for preparation of sizecontrollable nanoparticlesWO2010151817 A120101229US20090220490P20090625UNIV CALIFORNIA [US];WEI FANG [US]; LIAO WEI[US]B32B5/00; B82B3/00Probe immobilization and signal amplification forpolymer-based biosensorWO2010083337 A220100722US20090165425P20090331;US20090145071P20090115UNIV CALIFORNIA [US];WRASIDLO WOLFGANG[US]; MURPHY ERIC [US];CHERESH DAVID [US];MAJETY BHARAT K [US]B82B3/00Composite nanostructures and methods for makingand using themWO2010080487 A120100715US20080139485P20081219UNIV CALIFORNIA [US];WU YUE [US]; WADIACYRUS N [US]C01G51/00Method of synthesizing pyrite nanocrystalsWO2010104801 A120100916US20090159017P20090310UNIV CALIFORNIA [US];ZETTL ALEXANDER K [US]H05K7/20; B82B1/00Heat transfer interface and method of improving heattransferES2347617 A120101102ES2007000028220070129UNIV CATALUNYAPOLITECNICA [ES]G01N33/543Dispositivo sensor interdigitado perfeccionado basadoen anticuerpos marcados con nanoparticulasconductoras._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010682

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Número doDocumentoEP2226082 A220100908DE102009033251A1 20100923WO2010097228 A220100902CN101798179 A20100811CN101851374 A20101006CN101811044 A20100825Prioridade(s)EP2009000319120090305;EP2009000494320090403DE20091003325120090714;DE20081004523120080830DE20091001067820090227;DE20091002466720090612CN2010113809320100402CN2010120781520100624CN2010115591520100423DepositanteUNIV DUISBURG ESSEN[DE]UNIV DUISBURG ESSEN[DE]UNIV DUISBURG ESSEN[DE]; SCHIERNING GABI[DE]; WIGGERS HARTMUT[DE]; SCHUZL CHRISTOF[DE]; SCHMECHELROLAND [DE]UNIV EAST CHINASCIENCE & TECHUNIV EAST CHINASCIENCE & TECHUNIV EAST CHINASCIENCE & TECHClassificaçãoInternacional dePatentesA61K49/04;A61K49/22H01M4/133;H01M4/139;H01M4/38H01L35/34C03C14/00;C03B5/16;C03B25/00;C03B29/00C08L23/12;C08K3/34; C08K3/36;C08K5/01;C08K13/02;C08L23/14;C08L53/00B01J23/648;A62D3/10;A62D3/176;B01J23/20;B01J23/68;_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloControl of the toxicity of gold nanoparticlesProducing an electrically conductive porous carbonmaterial useful as a battery anode material comprisesincorporating silicon and/or tin nanoparticles into apolymer matrix and carbonizing the productMethod for producing a semiconductor, andsemiconductor and electric elementDichroic nanogold-particle-doped glass andpreparation method thereofPlasticized polypropylene/inorganic nanocompositematerial and preparation method thereofPotassium niobate nanotube photocatalyst andpreparation method and application thereof695

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloB01J23/847;B01J31/36; C01B3/04CN101846662 A20100929CN2009104842720090327UNIV EAST CHINASCIENCE & TECHG01N30/56Preparation method and application thereof ofchromatography packed column of rodlike nanomesoporous molecular sieve materialCN101850249 A20101006CN2009104856320090331UNIV EAST CHINASCIENCE & TECHB01J23/46;B01J21/18;C07C29/00;C07C31/20Structured ruthenium catalyst and preparation methodthereofCN101866794 A20101020CN2010113331320100326UNIV ELECTRONICSCIENCE & TECHH01J1/304;H01J9/02; H01J29/04New application of conductive polyurethane foamplastic of carbon-doped nanotube in vacuum electroniccomponentWO2010124004 A220101028US20090171745P20090422UNIV EMORY [US];GEORGIA INST OFTECHNOLOGY [US];MUNSON JENNIFER M[US]; BELLAMKONDA RAVIV [US]; ARBISER JACK L[US]A61K9/133;A61K9/127;A61P35/00Nanocarrier therapy for treating invasive tumors_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010696

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Número doDocumentoUS2010190006 A120100729US2010227192 A120100909WO2010127634 A120101111Prioridade(s)US2009035939320090126US2009040027920090309US20090176115P20090507DepositanteUNIV HONG KONGPOLYTECHNIC [CN]UNIV HONG KONGPOLYTECHNIC [CN]UNIV HONG KONGPOLYTECHNIC [CN];LEUNG WALLACE WOON-FONG [CN]; HUNG CHI HO[CN]ClassificaçãoInternacional dePatentesB32B15/02;B05D7/02B32B5/14;B23K20/04;B23K31/02;B32B15/01B01D46/12;B01D39/00TítuloAmphiphilic magnetic composite particles and theirsynthesisComposite steel plate and method of making acomposite steel plateMultilayer nanofiber filterHK1092589 A120101112KR20100108707 A20101008US2004093375120040903;US2004093377920040903KR2009002684720090330UNIV HONG KONGSCIENCE & TECHN [HK]UNIV HOSEO ACAD COOPFOUND [KR]H01L27/146Lithium-ion battery incorporating carbon nanostructurematerialsSensor using carbon nanotubeUS2010252805 A120101007US2006099367720060629;US20050696020P20050629;WO2006US2560920060629UNIV HOUSTON [US]H01L29/66;H01L21/20Gan Nanorod Arrays Formed by Ion BeamImplantationWO2010114632 A220101007US20090211865P20090403UNIV HOUSTON [US]B82B3/00Metal nanoparticles functionalized with rationallydesigned coatings and uses thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010709

Número doDocumentoWO2010093452 A220100819EP2211910 A220100804Prioridade(s)US20090207392P20090211WO2008US1255220081107;US20070002201P20071107DepositanteUNIV HOUSTON [US]UNIV HOUSTON [US]ClassificaçãoInternacional dePatentesC08G69/48;A61K9/16;A61K31/7105;A61K47/48;A61K48/00;C08L101/16A61K49/18;A61K33/26;A61P35/00TítuloReducible polymers for non-viral gene deliveryUltrasmall superparamagnetic iron oxide nanoparticlesand uses thereofWO2010093420 A220100819WO2010135439 A220101125CN101805443 A20100818CN101811733 A20100825CN101786658 A20100728CN101777599 A20100714CN101817256 A20100901US2009037810020090211US20090179626P20090519CN2010114889020100412CN2009127307420091204CN2010111120320100205CN2010111364420100225CN2010116046520100430UNIV HOUSTON [US];BIKRAM MALAVOSKLISH[US]UNIV HOWARD [US];HUBER TITO [US]A61K49/18;A61K33/26;A61P35/00B82B1/00; G01J1/02;H01L31/10UNIV HUAZHONG NORMAL C08G63/08;C08G63/84UNIV HUAZHONG NORMAL C01G29/00;B82B3/00UNIV HUAZHONGSCIENCE TECHUNIV HUAZHONGSCIENCE TECHUNIV HUAZHONGSCIENCE TECHC01G23/047;B01J21/06; B82B3/00H01L31/08;H01L31/0232;H01L31/18;H04B10/08B41J2/14; B41J2/16Ultrasmall superparamagnetic iron oxide nanoparticlesand uses thereofNanothermocouple detector based on thermoelectricnanowiresMethod of catalyzing and synthesizing polylactic acidwith halloysite nanotubes as catalystVisible light-responded basic bismuth bromidenanostructured microsphere material and preparationmethod thereofCoaxial heterojunction tio2 nanotube array andpreparation method thereofExciton photodetector for optical communication andpreparation method thereofJet-printing head based on double-carbon nanotubemicrobubble generator and preparation method thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010710

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Número doDocumentoCN101785759 A20100728CN101782574 A20100721Prioridade(s)CN2010112026820100309CN2010110103520100126UNIV HUNANDepositanteUNIV HUNANAGRICULTURALClassificaçãoInternacional dePatentesA61K9/14;A61K31/704;A61K47/04;A61K47/24;A61K49/00;A61P35/00G01N33/53;G01N27/414;G01N33/577TítuloNanoparticle for embedding medicinal Adriamycin aswell as preparation method and application thereofPiezoelectric immuno-sensing method for detecting2,4-dichlorphenoxyacetic acid in agricultural productWO2010080617 A220100715US20080139056P20081219UNIV ILLINOIS [US]; UNIVJOHNS HOPKINS [US];TIMP GREGORY [US]; TIMPWINSTON [US]; FEINBERGANDREW [US]; MIRSAIDOVUTKUR [US]C12Q1/68;G01N27/26;G01N33/48Detecting and sorting methylated dna using a syntheticnanoporeUS2010305311 A120101202KR2007012394320071130;KR2008011905620081127;WO2008KR0703320081128UNIV IND & ACADCOLLABORATIONC07K1/36; B05D5/00;B32B5/16;C07F15/02; H01F1/01Nanoparticle for separating peptide, method forpreparing the same, and method for separating peptideusing the same,US2010276667 A120101104KR2007001825920070223;KR2007001827120070223UNIV IND & ACADCOLLABORATION [KR]H01L29/792;H01L21/336Nonvolatile memory electronic device includingnanowire channel and nanoparticle-floating gate nodesand a method for fabricating the same_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010712

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010181896 A120100722KR2009000393420090116UNIV IND & ACADCOLLABORATION [KR]H01J19/02;D01F9/12; D02G3/02;H01J1/02Surface field electron emitters using carbon nanotubeyarn and method of fabricating carbon nanotube yarnthereofPL387404 A120100913PL2009038740420090304UNIV JAGIELLONSKI [PL]B01J21/06;B01J35/00;C03C17/00Nanocrystalline photocatalytic colloid, method of itsobtaining and applicationWO2010098687 A220100902PL2009038735320090226;PL2009038740420090304UNIV JAGIELLONSKI [PL];LABUZ PRZEMYSLAW [PL];MACYK WOJCIECH [PL];STOCHEL GRAZYNA [PL];HECZKO PIOTR B [PL];STRUS MAGDALENA [PL];DERDZINSKA JUSTYNA[PL]B01J21/06Nanocrystalline photocatalytic colloid, a method ofproducing it and its useCN101776688 A20100714CN101845435 A20100929CN101846631 A20100929CN101845471 A20100929CN20101902605320100208CN2010120492320100611CN2010119697020100604CN2010117220320100512UNIV JIANGNANUNIV JIANGNANUNIV JIANGNANUNIV JIANGNAN; JIANGSUNANTONG MARIN BIOLOGPHARMACEUTICAL COG01N33/569;C12Q1/06;C12Q1/10;C12Q1/68;G01N21/31;G01N21/76;G01N33/543C12N15/10G01N21/78;G01N1/28C12P19/14;C12P19/00;C12P19/04;_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Method for detecting Salmonella on basis of techniquefor amplifying nanogold-labeled and silver-enhancedsignalsMethod for extracting transgenic soybean DNA byusing magnetic nanoparticlesMethod for quickly testing melamine content in milkpowder by using gold nanoparticle colorimetric methodMethod for rapidly dissolving chitosan and preparingchitosan with high-concentration substrate enzymaticmethod713

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Número doDocumentoCN101857268 A20101013CN101838013 A20100922WO2010075665 A120100708Prioridade(s)CN2010121320020100629CN2010118747820100528CN2008124299320081231DepositanteClassificaçãoInternacional dePatentesTítuloUNIV JIANGSU [CN] C01G23/053 Preparation method of tio2 nanotubeUNIV JIANGSU [CN] C01G9/02 Synthesis method of spindle-shaped zno nanostructureUNIV JIANGSU [CN]; XUXIMING [CN]; YUJIANGNAN [CN]; CAO XIA[CN]; ZHU YUAN [CN]A61K31/357;A61K9/22; A61K9/52;A61K47/02;A61K47/30;A61P1/16; A61P31/12A formulation of silibinin with high efficiency andprolonged action and the preparation method thereofWO2010075663 A120100708CN2008124298820081231UNIV JIANGSU [CN]; XUXIMING [CN]; YUJIANGNAN [CN]; TONGSHANSHAN [CN]; ZHUYUAN [CN]; CAO XIA [CN]A61K31/357;A61K9/22; A61K9/52;A61K47/02;A61K47/30;A61P1/16; A61P31/12A formulation of silymarin with high efficiency andprolonged action and the preparation method thereofWO2010075664 A120100708CN2008124299420081231UNIV JIANGSU [CN]; XUXIMING [CN]; YUJIANGNAN [CN]; ZHU YUAN[CN]; CAO XIA [CN]A61K9/22; A61K9/52;A61K47/02;A61K47/30A highly efficient and long-acting slow-releaseformulation of poorly soluble drugs and preparationmethod thereofCN101838382 A20100922CN101814346 A20100825CN101844804 A20100929CN101811693 A20100825CN2010115200020100420CN2010117992220100522CN2010117628120100519CN2010118032420100522UNIV JIANGSUPOLYTECHNICUNIV JIAOTONGSOUTHWESTUNIV JIAOTONGSOUTHWESTUNIV JIAOTONGSOUTHWESTC08G12/32;B32B37/10;B32B38/08;C08K3/04; C09K3/16H01B13/00C01G23/053C01B31/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Preparation method of antistatic material of melamineformaldehyderesin filled with grapheneMethod for preparing compact three-dimensional andmacroscopical carbon nanotube networkPreparation method of crystallized tio2 nanotube arrayPreparation method of high-density three-dimensionalmacroscopic carbon nanotube net715

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Número doDocumentoCN101806766 A20100818CN101817530 A20100901CN101774709 A20100714WO2010129319 A220101111Prioridade(s)CN2010114238020100409CN2010110698520100209CN2010101164520100121US20090173427P20090428UNIV JINANUNIV JINANDepositanteClassificaçãoInternacional dePatentesG01N27/26;G01N27/30;G01N27/48C01B33/12;B01J13/02TítuloHydroxypropyl /carbon nanotube decorationelectrochemical sensor and preparation method andapplication thereofMethod for preparing hollow silicon dioxidemicrospheresUNIV JINAN C02F9/04 Treating method of ceftazidime mother liquorUNIV JOHNS HOPKINS[US]; GRACIAS DAVID H[US]; CHO JEONG-HYUN[US]B82B1/00; B82B3/00;G03F7/00Self-assembly of lithographically patterned polyhedralnanostructures and formation of curvingnanostructuresWO2010115080 A220101007US20090202772P20090402UNIV JOHNS HOPKINS[US]; TOVAR JOHNDAYTON [US];DIEGELMANN STEPHENROBERT [US]; WALL BRIAND [US]; VADEHRA GEETASOPHIE [US]C07K5/02;A61L27/22;A61L27/50;C07K7/06;G01N33/68Self-assembling peptides bearing organic electronicfunctionality and applications employing the sameWO2010118016 A220101014US20090166970P20090406UNIV JOHNS HOPKINS[US]; UNIV CASEWESTERN RESERVE [US];VOGELSTEIN BERT [US];KINZLER KENNETH W [US];LI MENG [US]; DIAZ LUIS[US]; PAPADOPOULOSNICKOLAS [US];MARKOWITZ SANFORD[US]C12Q1/68;C12N15/11;G01N33/52Digital quantification of dna methylation_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010717

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100096433 A20100902KR2009001531120090224UNIV KOREA RES & BUSFOUND [KR]H01M8/16; B82B3/00;H01M4/86; H01M8/10Enzymatic fuel cells using dna-wrapped carbonnanotube and manufacturing methods therofKR20100119486 A20101109KR2010000942820100202UNIV KOREA RES & BUSFOUND [KR]C07K19/00;C07K14/775;C07K17/00Lipopeptides with specific affinity to fc region ofantibodies and antigen-recognizing lipid nanoparticlescomprising the sameKR20100097471 A20100903KR2009001642220090226UNIV KOREA RES & BUSFOUND [KR]B82B1/00; B82B3/00;H01L31/042Metal-polymer hybrid nanomaterials, method forpreparing the same and light-emitting device and solarcell using the sameKR20100090077 A20100813KR20100127443 A20101206KR2009000935820090205KR2009004588520090526UNIV KOREA RES & BUSFOUND [KR]UNIV KOREA RES & BUSFOUND [KR]B82B1/00A61B10/00;G01N21/62;G01N21/64;G01N33/48Metal-polymer hybrid nanomaterials, method forpreparing the same and optoelectronic device usingthe sameMethod for assessing skin penetration ofnanomaterialsKR20100095198 A20100830KR2009001435420090220UNIV KOREA RES & BUSFOUND [KR]G01N27/00;G11C11/15Method for calculating thermal stability parameter ofnanostructured cell of synthetic ferrimagnetUS2010163419 A120100701KR2008013785920081231UNIV KOREA RES & BUSFOUND [KR]C25D1/04; C25D5/02 Method for fabricating multi-component nanowiresKR20100098235 A20100906KR2009001729320090227UNIV KOREA RES & BUSFOUND [KR]H01L33/50;H01L33/56Method for synthesizing pr and mn doped znswhitelight emitting nanoparticle and whitelight emittingdiode fabricated using thereof_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010720

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100125064 A20101130KR2009004407720090520UNIV KOREA RES & BUSFOUND [KR]B82B3/00; H01L31/04Method of adsorbing dye on nanoparticle, method ofmanufacturing dye-sensitized solar cell using the sameand dye sensitized solar cell manufactured by thesameKR20100119377 A20101109KR20100129506 A20101209KR2009003845920090430KR2009004810020090601UNIV KOREA RES & BUSFOUND [KR]UNIV KOREA RES & BUSFOUND [KR]C23C16/26;B82B3/00;C23C16/44H01M8/16;C12N13/00;H01M8/04Method of fabricating carbon nanotube by catalyticchemical vapor deposition and apparatus thereforMethods for immobilizing enzymes on electrode forenzymatic fuel cells comprising dna-wrapped carbonnanotubeKR20100094102 A20100826KR2009001337320090218UNIV KOREA RES & BUSFOUND [KR]B82B1/00; B82B3/00Nanostructure, method of manufacturing the same andmethod of controlling electron beam for manufacturingnanostructureKR20100094101 A20100826KR2009001337220090218UNIV KOREA RES & BUSFOUND [KR]B82B1/00; B82B3/00Nanostructure, method of manufacturing the same andmethod of controlling electron beam for manufacturingnanostructureKR20100092661 A20100823KR2009001190120090213UNIV KOREA RES & BUSFOUND [KR]B82B1/00; B82B3/00;H01L51/00Nanostructure, method of manufacturing the same andmethod of controlling electron beam for manufacturingnanostructure_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010721

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010101437 A220100910KR2009001935520090306UNIV KOREA RES & BUSFOUND [KR]; KIM YOUNG-KEUN [KR]; LEE JEE-WON[KR]; PARK JIN-SEUNG[KR]; CHO MOON-KYU [KR];LEE EUN-JUNG [KR]H01L27/146Nanohair structure and an application thereforWO2010134746 A120101125US2009046832920090519UNIV KOREA RES & BUSFOUND [KR]; LEEKWANGYEOL [KR]G11B5/845;G11B5/65;H01F41/30Magnetic nanoparticle fabricationWO2010126319 A220101104KR2009003821220090430UNIV KOREA RES & BUSFOUND [KR]; SNU R&DBFOUNDATION [KR]; OH YUKYOUNG [KR]; CHANG RAESUNG [KR]; YU YONG HEE[KR]; KIM WON KI [KR]C07K19/00;A61K39/395;A61K49/16Lipopeptide with specific affinity to the fc region of anantibody, and antigen-recognizing lipid nanoparticlecomprising sameJP2010142699 A20100701CN101791550 A20100804CN101767854 A20100707JP2008032032720081216CN2010113029620100323CN2010103915720100113UNIV KUMAMOTO; ULVACCORPUNIV KUNMING SCIENCE &TECHUNIV KUNMING SCIENCE &TECHB01J37/02;B01D53/94;B01J23/63;C23C14/14;C23C14/24;F01N3/10; F01N3/28B01J23/34;B01D53/56;B01D53/86C02F1/52; C02F1/66Method for producing exhaust gas catalyst by usingcoaxial vacuum arc vapor deposition sourceCatalyst for removing NO through efficient catalysisoxidationunder the condition of plasmaCoagulating/flocculating method for processingnanofiltration concentrate reject stream of earlypercolate at refuse landfills_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010722

Número doDocumentoJP2010158171 A20100722JP2010216021 A20100930KR20100120904 A20101117KR20100081580 A20100715Prioridade(s)JP2008031274520081208;JP2008033512920081226JP2009006140420090313KR2009003977020090507KR2009000088220090106UNIV KYOTOUNIV KYOTODepositanteUNIV KYUNG HEE UNIVIND COOP [KR]UNIV KYUNG HEE UNIVIND COOP [KR]ClassificaçãoInternacional dePatentesC12N5/10; A61P3/10;A61P9/00;A61P25/00;A61P25/16;C12N15/09D21H11/18;C12P19/14;D21H11/20B82B1/00; B82B3/00B82B3/00;C01G23/00TítuloEfficient method for nuclear reprogrammingMethod for producing cellulose nanofiberHybrid nanoparticles and biocatalysts using the sameMethod for preparing thermally stable nanostructuredtitania powdersKR20100125068 A20101130KR2009004408320090520UNIV KYUNG HEE UNIVIND COOP [KR]H01B1/04; B82B3/00;C08J5/18The method for fabricating transparent conducting filmfrom carbon nanotube and the transparent conductingfilm using the sameWO2010095574 A120100826EP2219625 A120100825JP2009003518420090218WO2008JP7313920081212;JP2007032240920071213;JP2008012507120080512UNIV KYUSHU NAT UNIVCORP [JP]; HIDAKA MAMI[JP]; KOGA HIROTAKA [JP];KITAOKA TAKUYA [JP];ISOGAI AKIRA [JP]UNIV KYUSHU NAT UNIVCORP [JP]; TAKEDAPHARMACEUTICAL [JP]D06M11/83;D01F2/00; D04H1/40;D04H1/42;D06M11/00;D06M13/355;D21H11/18;D21H11/20A61K9/51;A61K31/4439;A61L31/00Complex comprising cellulose nanofibers and metalnanoparticles, and process for producing sameDrug-containing nanoparticles_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010723

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010185135 A20100826JP2009000556820090114;JP2010000486320100113UNIV KYUSHU; DAINIPPONINK & CHEMICALS [JP]B22F1/02; B22F1/00;B22F9/22Method for producing core shell type metalnanoparticleJP2010163314 A20100729JP2009000656320090115UNIV KYUSHU;KAWAMURA INST CHEMRESC01G23/04;B82B1/00; B82B3/00Titanium oxide-containing nanostructure coating typestructure and its producing methodCN101844751 A20100929CN2010117999720100521UNIV LANZHOUC01B19/04;B82B3/00Method for preparing lead selenide nanocrystalsCN101818382 A20100901CN2009111770520091209UNIV LANZHOU TECHD01D5/00;D01D13/02Electrostatic spinning device for preparing orientedcarbon nanotube reinforced polymer-based nano fiberCN101818307 A20100901CN2009102213820090403UNIV LANZHOU TECHC22C38/18;C22C1/05Fe-Al-Cr blocky nanocrystalline material andpreparation method thereofCN101851728 A20101006CN2010104630720100108UNIV LANZHOU TECHC22C38/16;C22C1/00Fe-Al-Cu bulk nanocrystalline alloy and preparationmethod thereofCN101818313 A20100901CN2009111760520091116UNIV LANZHOU TECHC22C47/08Method for enhancing performance of magnesiumbasedcomposite materialCN101818302 A20100901CN2009111770320091209UNIV LANZHOU TECHC22C38/12;B22F3/23Mo-containing bulk nanocrystalline Fe3Al material andpreparation method thereofCA2670867 A120101225CA2009267086720090625UNIV LEHIGH [US]G01D5/56; G01J5/10Sensors incorporating freestanding carbonnanostructuresUS2010192474 A120100805US2010069775320100201;US20090148588P20090130UNIV LEHIGH [US]C09K3/14Ultrahard stishovite nanoparticles and methods ofmanufacture_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010724

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010225337 A120100909US2008027995020080726;US20070952125P20070726;WO2008US7127520080726UNIV LOUISVILLE RESFOUND [US]G01N27/06Chemical sensors for detecting volatile organiccompounds and methods of useUS2010257643 A120101007US2010070911820100219;US20090153903P20090219UNIV LOUISVILLE RESFOUND [US]; PURDUERESEARCH FOUNDATION[US]G01Q60/24Ultrasoft atomic force microscopy device and methodUS2010233226 A120100916EP2007011842820071015;WO2008EP6380320081014UNIV LOUVAIN [BE]A61F2/00;A61K31/573;A61K31/616;A61K31/7088;A61K38/17;A61K38/18;A61K38/43;A61K39/395;A61N1/04; A61P3/02;A61P25/06;A61P25/08;A61P25/16;A61P25/18;A61P29/00;A61P35/00;A61P39/06;C25D5/02Drug-eluting nanowire array_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010726

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010195008 A120100805US2008059723520080502;US20070927417P20070503;US20070008040P20071218;US20070997962P20071004;WO2008CA0082620080502UNIV MANITOBA [CA]C09K19/52;G02F1/133;G02F1/1337Planar nematic liquid crystal cells doped withnanoparticles and methods of inducing a freedericksztransitionEP2218817 A120100818DE102009010670A1 20100930DE102009006942A1 20100805WO2010086408 A120100805EP2009015305720090217DE20091001067020090227DE20091000694220090130DE20091000694320090130UNIV MARBURG PHILIPPS[DE]UNIV MARBURG PHILIPPS[DE]UNIV MARBURG PHILIPPS[DE]UNIV MARBURG PHILIPPS[DE]; AGARWAL SEEMA[DE]; GETZE JULIA [DE]D06M15/00;D06M15/61C08F6/00;A01N25/10;A01N25/28;A01N59/16;B01J13/14; C08J3/20;C08K3/08B01J13/14;A01N59/16;C08F2/04;C09D11/00C08F2/26; C08J3/24;D01D5/00; D01F1/10High performance electrospun nanofibers frompolyaniline/polyamideProducing metal-containing nanoparticles coated withpolymers, useful e.g. For producing inks, comprisespreparing anionic macro-initiator solution, addingmonomer, polymerizing, and adding sulfide andorgano-soluble metal salt solutionProducing polymer coated metal containingnanoparticles, comprises forming anionicmacroinitiators solution in solvent, addingpolymerizable monomer, polymerizing, adding sulfide,metal salt and homogeneous reducing agent andprecipitatingMethod for producing photo-crosslinkablenanoparticles in a continuous reactor_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010727

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010085945 A120100805DE20091000694220090130;DE20091001042120090226;DE20091001067020090227UNIV MARBURG PHILIPPS[DE]; GREINER ANDREAS[DE]; AGARWAL SEEMA[DE]; GETZE JULIA [DE];BOKERN STEFAN [DE]C08F6/12; C08F8/34;C08F12/08;C08F20/18;C08K9/00;C08K13/00;G01N21/55Method for producing metal-containing nanoparticlesenveloped with polymers and particles that can beobtained therefromWO2010086406 A120100805DE20091000660620090129UNIV MARBURG PHILIPPS[DE]; WENDORFF JOACHIMH [DE]; AIGNER ACHIM[DE]; DERSCH ROLAND[DE]; HOEBEL SABRINA[DE]; RUDISILE MARKUS[DE]A61K48/00Non-viral transfection agentKR20100135857 A20101227US20080040482P20080328;US20090144237P20090113;US20090144246P20090113UNIV MASSACHUSETTS[US]A61K9/107;A61K31/337;A61K47/34;A61K47/44Compositions and methods for the preparation ofnanoemulsionsUS2010311866 A120101209US2010330340 A120101230US2009047918420090605US2010077719520100510;US20090177453P20090512UNIV MASSACHUSETTS[US]UNIV MASSACHUSETTS[US]G21F1/10Heirarchial polymer-based nanocomposites for emishieldingB32B3/30; B32B37/00 Superhydrophobic surfaces for drag reduction_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010728

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2222283 A220100901WO2008US8165320081029;US20070001025P20071029;US20080068184P20080304UNIV MASSACHUSETTS[US]A61K9/50Yeast cell wall protein (ycwp) encapsulatedmultilayered nanoparticles for nucleic acid delivery(sirna)WO2010107824 A120100923US20090160534P20090316;US20090234529P20090817UNIV MASSACHUSETTS[US]; UNIVNORTHEASTERN [US]; GUZHIYONG [US]; CUIQINGZHOU [US]; CHENJULIE [US]; ANDO TEIICHI[US]A61F7/00; H05B3/14Methods for the fabrication of nanostructure heatingelementsUS2010215724 A120100826US2010298135 A120101125US2006008501720061122;US20050739593P20051122;WO2006US4541220061122US2010078532720100521;US20090180588P20090522UNIV MCGILLUNIV MCGILLA61K9/127;A61K9/10;A61K31/7088;A61K38/02;A61K39/395;A61P35/00B01J21/04;B01J21/18;B32B15/04;C25D5/44;C25D11/04;C25D11/18Microcapsule Nanotube Devices for Targeted Deliveryof Therapeutic MoleculesPorous aluminum oxide templates_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010729

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010132833 A120101118US20090178344P20090514UNIV MICHIGAN [US];BAKER JAMES R [US];MAKIDON PAUL E [US];DUNLAP WHITNEY A [US];KNOWLTON JESSICA A[US]; SWANSON BENJAMIN[US]A61K39/09Streptococcus vaccine compositions and methods ofusing the sameWO2010120564 A220101021US20090165431P20090331UNIV MICHIGAN [US];HART ANASTASIOS JOHN[US]; TAWFICK SAMEH[US]; DEVOLDER MICHAEL[BE]; COPIC DAVOR [US]B82B3/00; B82B1/00Shaping nanostructure arraysWO2010148339 A220101223US20090218454P20090619UNIV MICHIGAN [US];KENNEDY ROBERT [US];PEI JIAN [US]; LI QIANG[US]; LEE MIKE S [US];VALASKOVIC GARY A [US]G01N1/28Electrospray and nanospray ionization of discretesamples in droplet formatCN101803055 A20100811WO2008US7020820080716;US2007088021020070719UNIV MICHIGAN [US]; UNIVPRINCETONH01L51/42Efficient solar cells using all-organic nanocrystallinenetworksBRPI0610888 A220100803US20050687769P20050606;WO2006US2163020060605UNIV MICHIGAN STATE[US]H01L35/34;H01L35/00Composição termoelétrica, e processo parapreparação de uma composição_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010733

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101815563 A20100825WO2008SG0025020080714;US20070950558P20070718UNIV NANYANG [SG]; UNIVLELAND STANFORDJUNIORB01D1/18; A61K9/14;B01J21/00;B01J35/08;B01J35/10;B01J37/08;C01G23/04;C03B19/10; C08J5/04Hollow porous microspheresWO2010138085 A120101202US20090182305P20090529UNIV NANYANG TECH[SG]; CHAN BEE ENGMARY [SG]; PANXIAOYONG [SG]; LI LAIN-JONG [SG]B82B3/00;B01F17/00;B82B1/00; C08K9/00;C08K9/12; C08L33/08Polymethacrylates with pendant aromatic functionalgroups for enriching different species of carbonnanotubesWO2010151232 A120101229US20090220758P20090626UNIV NANYANG TECH[SG]; ZHAO JIANWEN [SG];LI LAIN-JONG [SG]; CHENPENG [SG]; CHAN BEEENG MARY [SG]C01B31/02;B82B3/00Method for modifying electrical properties of carbonnanotubesUS2010233355 A120100916TW2007012946220070809UNIV NAT CENTRAL [TW]B05D5/12; B05D5/06Method of fabricating one-dimensional nanostructure oforgano-optoelectronic materialUS2010278923 A120101104TW2008010672920080227UNIV NAT CHIAO TUNG[TW]A61K9/14;A61K38/14;A61P31/04Functional nanoparticle-based antibiotics andpreparation method thereofUS2010261001 A120101014US2010082265820100624;TW2008013103920080814;US2008028981620081105UNIV NAT CHIAO TUNG[TW]B32B3/26Nanostructured thin-film formed by utilizing obliqueangledeposition and method of the same_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010740

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloA61P35/00US2010285716 A120101111TW2009011539620090508UNIV NAT TAIWANSCIENCE TECH [TW]H01J9/12Fabrication method of carbon nanotube field emissioncathodeUS2010237325 A120100923US2006047726320060629;US20050694852P20050629UNIV NEBRASKA [US]H01L39/22;B05D5/12;H01L21/283Highly resolved, low noise, room-temperaturecoulomb-staircase and blockade up to 2.2V in isolated50 micron long one dimensional necklace of 10 NM AUparticlesWO2010132996 A120101125US20090180830P20090522UNIV NEW BRUNSWICK[CA]; CHIBANTE LUISPAULO FELIPE [CA]H01L41/16; G01L1/18 Force sensing compositions, devices and methodsUS2010172840 A120100708US2009056974920090929;US20080100862P20080929UNIV NEW YORK STATERES FOUND [US]A61K49/00;B01J21/06;B01J23/10;C01F17/00; D01F9/12Preparation of carbon nanotubes with lanthanoidcatalystsUS2010240922 A120100923CN101767205 A20100707US2006047577620060627;US2003070140220031103CN2008116395320081229UNIV NEW YORK STATERES FOUND [US]C07C69/94;C01B31/02;D01F11/12Sidewall-functionalized carbon nanotubes, andmethods for making the sameUNIV NINGBO B22F9/24; B22F1/02 Preparation method of hollow nickel nanosphereUS2010178278 A120100715US2010068574320100112;WO2008US6992320080714;US20070949281P20070712UNIV NORTH CAROLINA[US]A61K35/12;A61K33/42;A61P43/00Formable bioceramics_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010742

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010087903 A120100805US20080121609P20081211UNIV RICE WILLIAM M [US];HAUGE ROBERT H [US];PINT CARY L [US];ALVAREZ NOE [US];KITTRELL WILBURCARTER [US]D01F9/00Strongly bound carbon nanotube arrays directly grownon substrates and methods for production thereofWO2010147860 A120101223US20090187130P20090615UNIV RICE WILLIAM M [US];TOUR JAMES M [US];KOSYNKIN DMITRY V [US]C01B31/04Graphene nanoribbons prepared from carbonnanotubes via alkali metal exposureWO2010147859 A120101223US20090187071P20090615UNIV RICE WILLIAM M [US];TOUR JAMES M [US];WONG MICHAEL [US];TOMSON MASON [US];BERLIN JACOB [US];LEONARD ASHLEY [US];LOMEDA JAY [US]; LU WEI[US]; KOSYNKIN DMITRY V[US]; YU JIE [US]; ZHANGLUNLIANG [CN]; KAN AMY[US]B01D39/00;B01D33/21Nanomaterial-containing signaling compositions forassay of flowing liquid streams and geologicalformations and methods for use thereofUS2010171065 A120100708US2009057577020091008;US20080103666P20081008UNIV ROCHESTER [US]H01F1/11; B05D5/12;H01F1/00Magnetorheological materials, method for making, andapplications thereofWO2010093793 A120100819US20090151551P20090211UNIV ROCHESTER [US];ROTHBERG LEWIS [US];STWERTKA BARBARA [US]C12N15/10Spatially inhomogenously functionalized porous mediaand method for use in selective removal ofcontaminants_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010760

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloNZ554830 A20101029US20040615480P20041001;WO2005US3562520050930UNIV RUTGERS [US]H01L21/00;H01M4/58Bismuth flouride based nanocomposites as electrodematerialsUSRE41427E E120100713US2005012975920050513;US2002011961020020410;US20010282967P20010411UNIV RUTGERS [US]H01L31/00Hybrid nanostructured materials based in II-VIsemiconductorsWO2010107831 A120100923US20090160575P20090316UNIV RUTGERS [US];SINKO PATRICK J [US];STEIN STANLEY [US];GUNASEELAN SIMI [US];POOYAN SHAHRIAR [US];PALOMBO MATTHEWSEAN [US]; ZHANGXIAOPING [US]A61K47/42Nanocarrier compositions and methodsEP2261398 A120101215EP2009000769620090610UNIV SAARLAND [DE];SAINT LOUIS INST [FR]C25D5/02; C25D5/18;C25D15/02Metal foamsES2347119 A120101025ES2009000109820090422UNIV SANTIAGOCOMPOSTELA [ES]A61K9/51;A61K31/337;A61P35/00Nanocapsulas de poliargininaES2344724 A120100903ES2010000048720100415UNIV SANTIAGOCOMPOSTELA [ES]B01J23/00;B01J21/06;B01J37/00Sistema catalitico que encapsula al menos un ionmetalico por interaccion directa con la matriz_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010761

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloBRPI0613234 A220101228ES2005000133120050602;WO2006ES0032220060601UNIV SANTIAGOCOMPOSTELA [ES]A61K9/51;A61K47/36;A61K47/40Sistema que inclui nanopartìculas para a libertação demoléculas biologicamente ativas, composiçãofarmacêutica, composição cosmética, vacina,procedimento para obtenção de um sistema para alibertação controlada de molécula biologicamenteativa, procedimento para a obtenção de nanopartìculase utilização de um sistemaES2345806 A120101001ES2009000091620090330UNIV SANTIAGOCOMPOSTELA [ES]A61K9/51;A61K47/18;A61K47/36Sistemas nanoparticulares elaborados a base depolimeros anionicos para administrar moleculasbioactivas para uso cosmeticoES2342588 A120100708BRPI0902080 A220101116BRPI0902050 A220101116KR20100086821 A20100802KR20100084027 A20100723ES2008000313620081028BR2009PI0208020090216BR2009PI0205020090311KR2009000625420090123KR2009000341720090115UNIV SANTIAGOCOMPOSTELA [ES]UNIV SAO PAULO [BR];FUNDACAO DE AMPARO APESQUISA - FAPESP [BR]UNIV SAO PAULO [BR];INST PESQUISAS TECHSAO PAULO SA [BR]UNIV SEJONG IND ACADCOOP GR [KR]UNIV SEJONG IND ACADCOOP GR [KR]A61K9/51;A61K47/18;A61K47/36A61L15/60;A61L15/18;A61L15/22;A61L15/38;A61L31/12; C12N9/50B82B3/00A01N63/00;A01P1/00A61K31/722;A23L1/30; A61P3/04;A61P9/10Sistemas nanoparticulares elaborados a base depolimeros anionicos.Membrana de hidrogel e curativo inteligenteMétodo de produção de nanopartìculas sensìveis átemperatura e ph para uso em liberação controlada deprodutos ou ativos e produtoComposition for antimicrobial activity usingnanochitosanComposition of nanochitosan for lowering cholesteroland triglyceride in blood_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010762

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloKR20100082707 A20100719KR2009000190420090109UNIV SEJONG IND ACADCOOP GR [KR]B82B3/00;C01B31/02Method for purifying carbon nanotubes and method fordispersing carbon nanotubesWO2010117126 A120101014KR2009003057620090408UNIV SEJONG IND ACADCOOP GR [KR]; HONGSUNG-CHUL [KR]; PARKNAM-GYU [KR]; KIMKYUNG-KON [KR]; CHOIHEE-JUNG [KR]; SHINJEONG-EUN [KR]H01B1/24; H01B1/22;H01L21/28;H01L31/042Carbon nanotube/metal composite paste compositionfor counter electrode of dye-sensitized solar cell, andcarbon nanotube/metal composite counter electrodeusing sameKR20100112040 A20101018KR2009003057720090408UNIV SEJONG IND ACADCOOP GR [KR]; KOREAINST SCI & TECH [KR]H01L31/042Dispersion-controlled carbon nanotube electrode andcounter electrode for dye-sensitized solar cell using thesameES2347629 A120101102ES2009000113220090430UNIV SEVILLA [ES]B01D53/02;B01D53/12Procedimiento asistido de adsorcion de dioxido decarbonoWO2010136619 A220101202ES2009000129920090527UNIV SEVILLA [ES];CONSEJO SUPERIORINVESTIGACION [ES];ODRIOZOLA GORDONJOSE ANTONIO [ES];ROMERO SARRIAFRANCISCA [ES];CENTENO GALLEGOMIGUEL ANGEL [ES];BOBADILLA BALADRONLUIS [ES]B22F9/24Method for preparing nanoparticles of ni-sn alloys andthe use thereof in reforming reactions_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010763

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloEP2216431 A120100811WO2008ES0073720081125;ES2007000320520071127UNIV SEVILLA [ES]; UNIVMALAGA [ES]D01F9/17; B05B7/06;D01D5/14Method for the ambient-temperature production ofmicro- and nano-fibres of lignin and other resinouscompoundsCN101787125 A20100728CN101774552 A20100714CN2010110110820100122CN2010111728920100304UNIV SHAANXI NORMALUNIV SHAANXI SCIENCE &TECHC08G73/06;G01N21/76C01B21/06;B82B3/00Preparation method of pyrrole/N-(2-carboxyethyl)pyrrole composite nanoparticles and applicationthereofMethod for preparation of gan nanocrystalCN101786671 A20100728CN2009121886320091030UNIV SHAANXI SCIENCE &TECHC01G51/00;B82B3/00Method for preparing bar-shaped cobalt sulfidenanocrystallineCN101767805 A20100707CN2009121882020091030UNIV SHAANXI SCIENCE &TECHC01F7/02Method for preparing cualo2 nanocrystalCN101864022 A20101020CN2010120195120100617UNIV SHAANXI SCIENCE &TECHC08F220/06;C08F220/28;C08F220/56;C08F226/04;C08K3/22; C08K3/34;C08K3/36; C14C3/06;C14C3/22Method for preparing vinyl polymer/inorganicnanoparticle composite tanning agent by in-situcyclopolymerization methodCN101780959 A20100721CN2010110830320100209UNIV SHAANXI SCIENCE &TECHC01B33/20Preparation method of Bi4Si3O12 nanocrystalsCN101792181 A20100804CN2010110820520100209UNIV SHAANXI SCIENCE &TECHC01G29/00;B82B3/00Preparation method of bismuth silicate nanocrystallineCN101844784 A20100929CN2010117881520100521UNIV SHANDONGC01F7/02; B82B3/00;C01F7/44Alpha-Al2O3 nanostructure aggregate material andpreparation method thereofCN101837950 A20100922CN2010117956420100524UNIV SHANDONGB82B3/00Device and method for assembling nanostructuredirectly by using two-block copolymer_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010764

Número doDocumentoCN101831272 A20100915CN101830430 A20100915CN101857438 A20101013CN101774617 A20100714CN101824264 A20100908CN101818044 A20100901CN101817675 A20100901CN101773480 A20100714CN101804021 A20100818CN101798238 A20100811CN101786814 A20100728Prioridade(s)CN2010114691920100415CN2010117956220100524CN2010118156520100525CN2010110187220100127CN2010116403020100506CN2010114691820100415CN2010119617020100610CN2010101148620100119CN2010115150120100421CN2010113331920100326CN2009125658120091230DepositanteUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGUNIV SHANDONGClassificaçãoInternacional dePatentesC09K3/00; A61K9/00;A61K47/18B82B3/00C04B35/56;C04B35/622C01F7/02C09D163/00;C09D5/24;C09D133/00;C09D175/04C09K3/00; A61K9/00;A61K47/18C04B35/14;C04B35/645A61K9/19; A61K9/10;A61K31/337;A61P35/00A61K9/00; A61K9/19;A61K31/337;A61K47/34;A61P35/00UNIV SHANDONG JIANZHU C04B41/80UNIV SHANDONGTECHNOLOGYC04B9/02TítuloDipeptide derivative gel and preparation methodthereofManufacture method of large-area highly uniformsequential quantum dot arrayMethod for preparing aluminum oxide-titanium carbidezirconiumoxide nanocomposite ceramic materialMethod for preparing gamma-alooh, gamma-Al2O3nano rods/boardsNuclear shell conductive polyaniline aqueous antistaticcoating and preparation method thereofOrganogel of dipeptide-like and preparation methodthereofPreparation method of boron nitride nanotubeintensifiedsilicon oxide ceramicPreparation method of Nnanocrystal preparationcontaining docetaxelduoxitasai and method forpreparing a freeze-drying agent thereofPreparation method of polyene-containing taxolnanoparticle mixed micelle preparation and freezedryingagentCeramic metallizing methodPreparation process of low-temperature rice husk ashmagnesite cement material_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010765

Número doDocumentoCN101864316 A20101020CN101805603 A20100818CN101864291 A20101020CN101851503 A20101006CN101804967 A20100818CN101804309 A20100818CN101792480 A20100804CN101786170 A20100728CN101863451 A20101020CN101865919 A20101020Prioridade(s)CN2010120645220100622CN2010112649420100317CN2010118565920100526CN2010118680720100528CN2010112633320100317CN2010113318320100326CN2010112678520100317CN2010113318520100326CN2010115239320100420CN2010116532920100429DepositanteUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIClassificaçãoInternacional dePatentesC09K11/88;B82B3/00C09K11/06;G01N21/64C09K11/06;C09K11/02;G01N33/52C09K11/06;A61K49/06;C07F15/00C01B13/14;B82B3/00;C01G23/047;C01G37/02;C01G49/02B01F3/04C07K1/14;G01N21/64;G01N33/68B22F9/24B82B3/00G01N33/569;G01N33/52;G01N33/533;G01N33/577TítuloCarbon nanotube/cadmium selenide quantum dot nanocomposite material and preparation method thereofFITC-doped silica fluorescent nanoparticle andpreparation method thereofFluorescent nanoparticles Ru(bpy)3/sio2, preparationmethod and application thereofIr-Gd metal complex fluorescent nanoparticle andpreparation method and application thereofLow temperature controllable preparation method ofdouble metal oxide semiconductor nanocrystalline solMethod and device for preparing nano-bubbles bywater temperature difference methodMethod for packing histidine-tagged protein with nanosilicaMethod for preparing cauliflower nano gold-silver alloywith surface-enhanced Raman scattering activityMethod for preparing zinc oxide in three-dimensionalnanostructure with cryogenic fluid methodMethod for rapidly detecting and screeningEnterobacter sakazakii_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010766

Número doDocumentoCN101792171 A20100804CN101829789 A20100915CN101857273 A20101013CN101811192 A20100825CN101775280 A20100714CN101814352 A20100825CN101838344 A20100922CN101867046 A20101020CN101798076 A20100811CN101775634 A20100714CN101792923 A20100804CN101814701 A20100825Prioridade(s)CN2010111758220100304CN2010117502320100514CN2010118562120100526CN2010112017720100309CN2010102316520100122CN2010112018320100309CN2010116929520100512CN2010114764420100415CN2010113774820100402CN2010112720420100319CN2010114582120100414CN2010118610220100528DepositanteUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIUNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]ClassificaçãoInternacional dePatentes_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloC01F17/00; B82B3/00 Preparation method of cerium oxide nanoballsB22F9/24;B01J23/44;B82B3/00; H01M4/92C01G39/06;B82B3/00B22F9/24;A61K49/06;A61K49/18C09K11/06;H01F1/34H01F1/11;A61K49/06;C01G51/04C08B37/08;A61K47/36;C09K11/06H01M4/36;H01M4/139C01B31/02;B82B3/00C25D11/34;C25D11/26C25D11/26H01T1/00; H01T1/20Preparation method of metallic palladium nanospherewith multi-shell structurePreparation method of nanoscale flaky molybdenumdisulfideWater-soluble monodisperse iron-nickel magneticnanoparticles and application thereofWater-soluble nuclear-shell magneto-optic dualfunctionnanoparticle and preparation method thereofWater-soluble rock salt type coo nano flower-likemagnetic particles and application thereofChitosan nanoparticle with fluorescence labelingcharacteristic and method for preparing sameComposite anode material of graphene nanoflakes andcobalt hydroxide for lithium ion battery and preparationmethod thereofMethod for preparing composite thin plate based onglass carbon and carbon nanotubeMethod for preparing oxide nanotube array on surfaceof nickel-titanium shape memory alloyMethod for titanium plate surface nanoscalerougheningMicro plane-type gas spark gap switch767

Número doDocumentoCN101870446 A20101027CN101834005 A20100915CN101844077 A20100929CN101812293 A20100825US2010292388 A120101118CN101800419 A20100811CN101780950 A20100721CN101871549 A20101027CN101859336 A20101013Prioridade(s)CN2010121441520100630CN2010120222420100618CN2010120335820100618CN2010116929420100512CN2006102321820060112;WO2007CN0010720070111CN2009119521120090907CN2009119606220090922CN2010119300520100604CN2010117754220100520DepositanteUNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN]UNIV SHANGHAIJIAOTONG [CN];SHANGHAI ALLRUN NANOSCIENCE A [CN]UNIV SHANGHAIJIAOTONG [CN];SHANGHAI ULTRA HVTRANSMISSION & DISTRIBCOMPANY SHANGHAIELECTRIC POWER CO LTDClassificaçãoInternacional dePatentesB81B7/02; B81C1/00H01B1/02; H01B1/08;H01B5/00;H01B13/00B01J21/06;B01J21/18;B01J27/24;B01J37/10C09K11/06C08J3/07H02H7/26; H02H3/06UNIV SHANGHAI MARITIME C01B31/02;B82B3/00UNIV SHANGHAI SCIENCE& TECHF16M11/04;F16M11/18UNIV SHENYANG JIANZHU G06F17/50TítuloMultichannel carbon nanotube sensor and preparationmethod thereofPreparation method of aluminum-doped zinc oxidenanoparticlePreparation method of carbon and nitrogen modifiednano-titanium dioxide thin film with visible light activityPreparation method of fluorescent nanoparticles withlight stabilityPolymerization process for preparing monodispersalorganic/inorganic composite nano-microsphereSingle-phase adaptive reclosure and implementationmethod thereofMethod for preparing high specific surface area carbonnanofibersThree-degree-of-freedom precision-positioningworkbenchParallel optimization method of large-scale moleculardynamics in nanofabrication_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010768

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloJP2010202918 A20100916JP2009004822620090302UNIV SHINSHU [JP]C25D15/02;C25D7/00Composite plated coating film and method of formingthe same, and electroplating liquidJP2010215978 A20100930JP2009006506720090317UNIV SHINSHU [JP]C23C18/52Electroless cu plating liquid and electroless cu platingmethodJP2010215977 A20100930JP2009006504920090317UNIV SHINSHU [JP]C23C18/16Electroless ni-p plating liquid and electroless ni-pplating methodJP2010159445 A20100722JP2009000129420090107UNIV SHINSHU [JP]B22F1/00; B22F3/14;B22F3/20; B22F9/02;B22F9/04; C22C1/10Method of mixing metal particle and carbon powder,method of producing metal-carbon composite material,and metal-carbon composite materialJP2010196098 A20100909JP2009004070920090224UNIV SHINSHU [JP]; ARTMETAL MFG CO LTDC22C47/06;B22D18/04;B22D19/00;B22D19/08;B22D21/04;C22C47/12;F02F1/00; F02F3/00Metal matrix composite and method for producing thesameUS2010196248 A120100805WO2009JP5185920090204UNIV SHINSHU [JP];FINETEX ENE INC [KR]D01F9/12Method for manufacturing carbon nanotubesUS2010196247 A120100805WO2009JP5186120090204UNIV SHINSHU [JP];FINETEX ENE INC [KR]D01F9/12Method for manufacturing carbon nanotubesJP2010161988 A20100729JP2009000806020090116UNIV SHINSHU [JP];FINETEX ENE INC [KR]A01M1/14; A01M1/02 Mosquito capturing material_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010769

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010134190 A120101125WO2009JP5938920090521UNIV SHINSHU [JP];FINETEX ENE INC [KR];OHTA KAZUCHIKA [JP];KIM ICK-SOO [JP]; KIMBYOUNG-SUHK [JP]; PARKJONGCHUL [KR]C01B31/02Method for manufacturing carbon nanotubes and thelikeUS2010164145 A120100701JP2008033018520081225UNIV SHINSHU [JP]; JAPANVILENE CO LTD [JP]B29C47/00Process of manufacturing inorganic nanofibersJP2010216018 A20100930JP2009006042720090313UNIV SHINSHU [JP]; NATINST OF ADVANCED INDSCIEN [JP]D01F6/50;C01B31/02;D02G3/02; D02J1/22Polyvinyl alcohol-based composite fiber and methodfor producing the sameJP2010145342 A20100701JP2008032565620081222UNIV SHINSHU [JP];RESUKA KKG01N3/04;G01N3/00; G01N3/08Device and method for holding extremely fine fibersampleJP2010145343 A20100701JP2008032565720081222UNIV SHINSHU [JP];RESUKA KKG01N3/04;G01N3/00; G01N3/08Device and method for holding extremely fine fiber,and extremely fine fiber testing apparatusWO2010143344 A120101216JP2009013678720090608UNIV SHINSHU [JP];SUGIMOTO WATARU [JP];FUKUDA KATSUTOSHI [JP];TAKASU YOSHIO [JP];SAIDA TAKAHIRO [JP];KATO HISATO [JP]B22F9/24; B22F1/00Metal nanosheet and method for producing the sameCN101864132 A20101020CN2010118309520100526UNIV SICHUANC08L29/04;C08K3/24; C08K3/26;C08K5/053;C08K5/09; C08K5/10;C08K5/21;C08K5/3492;Fusion preparation method of polyvinyl alcohol film_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010770

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloWO2010126314 A220101104KR2009003806220090430UNIV SOGANG IND UNIVCOOP FOUN [KR]; YI WHI-KUN [KR]; LEE JUNG-WOO[KR]H01L31/042;B82B1/00Silicon solar cell comprising a carbon nanotube layerKR20100119833 A20101111KR2009003877520090502UNIV SOONGSIL RESCONSORTIUM [KR]H01M4/86; H01M4/88Catalyst electrode of core/shell nanostructure supportsand method of it for fuel cellKR20100132281 A20101217KR20100137032 A20101230WO2010088726 A120100812KR2009005102220090609KR2009005524120090620AU2009090040520090204UNIV SOONGSIL RESCONSORTIUM [KR]UNIV SOONGSIL RESCONSORTIUM [KR]UNIV SOUTH AUSTRALIA[AU]; LOSIC DUSAN [AU]H01M4/88;B01J23/755;B01J37/00;H01M4/90H01L31/0224;B82B3/00B82B3/00; B81C1/00;C21D1/00;G01N21/25Nickel hydrooxide nanoparticle as an oxygen reductioncatalystTio2 nanostructure electrodes for dye-sensitized solarcellsFabrication of nanoparticles on solid surfaces_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010772

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Número doDocumentoUS2010273911 A120101028PL387740 A120101011US2010310660 A120101209WO2010130963 A120101118MD4063 B120100831US2010284921 A120101111Prioridade(s)US2010076466420100421;US2009037242520090217;US2007077902520070717;US20060807551P20060717PL2009038774020090408US2009048046920090608FR2009000233920090514MD2010000002420100218US2010077650320100510;US20090215717P20090508DepositanteUNIV SYRACUSE [US]UNIV T PRZYRODNICZY IMJANA I [PL]UNIV TAIPEI MEDICAL [TW]UNIV TECHNOLOGIE DETROYES [FR]; LERONDELGILLES [FR]; DIVAYLAURENT [FR]UNIV TEHNICA MOLDOVEI[MD]; INST FIZICAAPLICATA STIINTE [MD]UNIV TEMPLE [US]ClassificaçãoInternacional dePatentesA61L24/06;C08L33/12C08L27/06;C08K3/04; C08K7/24A61K9/14;A61K31/407;A61K38/02;A61K38/16;A61P11/00C30B7/00;C30B19/10;C30B29/16;C30B29/60;C30B29/62;G03F7/00B82B3/00;C01G23/047;C25D11/26A61K49/00;A61P35/00;G01N33/574_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010TítuloMulti-solution bone cements and methods of makingthe sameMethod of manufacturing nanocomposites from vinylpolychloride and copolymers of vinyl chloride withcarbon nanotubesDry powder microparticles for pulmonary deliveryMethod of nanostructuring a film or a wafer of materialof the metal oxide or semi-conductor typeMethod for producing nanotubes of titanium dioxide ona titanium substrateTargeted nanoparticles for intracellular cancer therapy781

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010201252 A120100812US2010076560220100422;CN2006115777020061227;US2007095116020071205UNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] H01J1/62Field emission lampUS2010296677 A120101125US2010212711 A120100826US2010245215 A120100930US2010237874 A120100923US2010296088 A120101125US2010244864 A120100930US2010227058 A120100909CN2009110748820090519CN2009110549020090220CN2009110640220090327US2010079436220100604;CN2007107354120070316;US2007096711620071229CN2009110749020090519US2009058466820090909;CN2009110640520090325;US2009046273420090806CN2005110231420051209UNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] H04R17/00UNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] H01L35/30_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Flat panel piezoelectric loudspeakerGeneratorUNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] G09G3/24; H01K1/00 Incandescent light source display and method formaking the sameUNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] G01L21/30UNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW]G01J3/42; G01J4/00MethodUNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] G01R27/08UNIV TSINGHUA [CN]; HONHAI PREC IND CO LTD [TW] C23C16/26Ionization vacuum gaugeand apparatus for detecting polarizing directionof electromagnetic waveMethod for detecting electromagnetic waveMethod for fabricating carbon nanotube array793

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Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloCN101826675 A20100908CN2010110980520100210ZHUZHOU YONGSHENGBATTERY MATERIAL COLTDH01R13/46;B32B15/01;C25D3/16; C25D5/08;C25D5/14; C25D5/18;C25D5/36; C25D7/06Material for shell of connector and preparation methodthereofCN101850247 A20101006CN2010119054220100602ZIBO JIAHUA ADVANCEDMATERIAL RESOURCESCO LTDB01J23/14;B01J35/10;B01J37/00Preparation method of composite oxide of cerium oxideand tin oxideUS2010166637 A120100701US2006006630120060915;US20050718028P20050915;WO2006US3603320060915ZIEGLER KIRK JEREMY[US]D01F9/12; B03B5/62Type Separation of Single-Walled Carbon Nanotubesvia Two-Phase Liquid ExtractionCN101777996 A20100714CN2009126173920091229ZTE CORPH04L12/24; H04L1/22Device and method for realizing switching primary andspare servicesCN101848051 A20100929CN2010117649520100519ZTE CORPH04J3/06; H04L12/56Method and device for performing clocksynchronization between equipmentUS2010200047 A120100812DE20091000790820090206ZYLUM BETEILIGUNGSGMBH & CO PA [DE]H01L27/142;H01L31/18Method of producing a thin film photovoltaic system,and a thin film photovoltaic systemEP2243860 A220101027DE20091001855420090424ZYRUS BETEILIGUNGSGMBH & CO PA [DE]C23C18/12; F24J2/48 Method for manufacturing a solar absorber coatingUS2010239794 A120100923US2006048826220060717B41M5/40; B32B3/10;H01L29/78Donor elements and processes for thermal transfer ofnanoparticle layers_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010848

Número doDocumentoPrioridade(s)DepositanteClassificaçãoInternacional dePatentesTítuloUS2010202944 A120100812RU2007012850720070724;WO2008RU0043620080703C22B11/06;B01D15/00Method for preparing samples for quantitatively andqualitatively determining the precious metal content inproducts of processing of potassium and magnesiumoresPL386993 A120100719PL386896 A120100705PL387002 A120100719JP2010242286 A20101028JP2010245556 A20101028JP2010245051 A20101028PL2009038699320090105PL2008038689620081222PL2009038700220090107JP2008009133320080331;JP2010015665720100709CN2007130583220071227US20010278419P20010326;US20010311810P20010814;US20010311811P20010814;US20010311815P20010814A61L17/04;D01D5/00; D01F6/00B22F9/04; B22F1/00;C01B3/00G01R31/00;H01L29/47D21H11/16;D21H11/18;D21H11/20H01G9/058B82B1/00; H01B1/24;B32B7/02; B32B9/00;B32B27/18;C01B31/02;C08J5/18; C08J7/04;C08K3/04; C08K7/06;C08K7/24;C08L101/00;C09D5/24; C09D7/12;C09D201/00;H01B5/14_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010Method of manufacturing the bioactive nanofibresMethod of manufacturing the composite nanomaterialsreversibly absorbing hydrogen on the basis ofmagnesiumMethof for characterizing the surfaces, materials andsemiconductor nanostructures849

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Número doDocumentoJP2010246099 A20101028JP2010235441 A20101021Prioridade(s)CN2009110649320090331JP2009006010020090312;JP2010005486320100311DepositanteClassificaçãoInternacional dePatentesH04R23/00C01G49/08;C01G49/06TítuloJP2010234367 A20101021JP2009005748320090311;JP2010005355020100310B01J19/00;B82B1/00; B82B3/00;C01B19/04JP2010242063 A20101028JP2009006445620090317;JP2010005021320100308C08L29/04;C08J5/06; C08K7/02;C08L1/02; D01F6/50JP2010241117 A20101028JP2010245498 A20101028JP2010239956 A20101028JP2010241668 A20101028JP2010243418 A20101028JP2009006890520090319;JP2010001128220100121KR2009002752120090331JP2009011003920090406JP2009010568120090402JP2009009453420090409B32B5/02;A41D31/00;A41D31/02;D04H1/72H01L21/683;C09D5/00; C09D5/24;C09D7/12;C09D201/00A01K63/00;A01K61/00C01B31/02G01R33/02_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010851

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Número doDocumentoJP2010234260 A20101021JP2010234258 A20101021JP2010234255 A20101021JP2010235379 A20101021JP2010235377 A20101021JP2010235368 A20101021JP2010234218 A20101021Prioridade(s)JP2009008480520090331JP2009008478720090331JP2009008476320090331JP2009008449920090331JP2009008447120090331JP2009008406220090331JP2009008372520090330DepositanteClassificaçãoInternacional dePatentesB01D53/56;B01D53/32;B01D53/38;B01D53/44;B01D53/74;B01J19/08B01J19/08;B01D53/32;F01N3/08B01D53/56;B01D53/72;B01D53/74;B01J19/08C01B31/02C01B31/02;H01B1/24; H01B5/14C01G25/02B01J19/12;A61K9/10;B01J13/00;B02C19/00;B02C19/18;B82B3/00;C07B61/00;C09B67/04;C09B67/46Título_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010854

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Número doDocumentoJP2010225590 A20101007JP2010229028 A20101014JP2010227551 A20101014Prioridade(s)JP2010008460720100331JP2010008133520100331JP2009004976220090303;JP2010004382720100301DepositanteClassificaçãoInternacional dePatentesH01M4/48;C01B31/02;H01G9/058;H01M4/02;H01M4/13;H01M4/131;H01M4/136;H01M4/36;H01M4/485;H01M4/58C04B35/80;C01B31/02;C04B35/84A61L27/00;A61C8/00; A61F2/28TítuloJP2010221210 A20101007JP2009004495520090227;JP2009027525320091203B01D39/08;B01D39/14JP2010229544 A20101014JP2008030156020081126;JP2009005138020090304;JP2009026743320091125B22F9/00;B01J13/00;B22F1/00; B22F9/24;H01B1/00; H01B1/22;H01B5/00;H01B13/00_________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010857

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ANEXO I - Códigos dos Principais PaísesCódigo País Código PaísAR Argentina IN ÍndiaAT Áustria IS IslândiaAU Austrália IT ItáliaBE Bélgica JP JapãoBG Bulgária KR República Da CoréiaBR Brasil LU LuxemburgoBS Bahamas LV LetôniaCA Canadá MA MarrocosCH Suíça MD Republica MoldovaCN China MX MéxicoCZ República Tcheca NL HolandaDE Alemanha NO NoruegaDK Dinamarca NZ Nova ZelândiaAfrican Intellectual PropertyDZ Argélia OA Organization (OAPI) 1EA Organização de Patentes da Eurásia (EAPO) 1 PH FilipinasEE Estônia PL PolôniaEG Egito PT PortugalEP Organização Européia de Patentes (EPO) 1 RO RomêniaES Espanha RU Federação RussaFI Finlândia SE SuéciaFR França SG SingapuraGB Reino Unido SI EslovêniaGR Grécia SK EslováquiaRegião Administrativa Especial de HongHK Kong Da República Popular da China TR TurquiaHR Croácia TW TaiwanHU Hungria UA UcrâniaID Indonésia US Estados UnidosOrganização Mundial deIE Irlanda WO Propriedade Intelectual (WIPO) 2IL Israel ZA África do SulFonte: http://www.wipo.int/export/sites/www/scit/en/standards/pdf/030301.pdf, acesso: março 20081 A OAPI é um organismo intergovernamental encarregado de emitir títulos de proteção dos direitos de propriedadeindustrial e de prestar serviços relacionados com a propriedade industrial para cada um dos Estados-membros.Aplica uma legislação uniforme que tem lugar de lei nacional para cada um dos Estados-Membros: o Acordo deBangui. Estes títulos de proteção têm efeito automático em cada um dos seguintes Estados-membros: Benim,Burquina Faso, Camarões, África Central, Congo, Costa do Marfim, Gabão, Guiné, Guiné Bissau, Guiné Equatorial,Mali, Mauritânia, Nigéria, Senegal, Chade e Togo.2 O código “WO” é utilizado para a publicação internacional dos pedidos depositados via Tratado de Cooperação emMatéria de Patentes (PCT) em qualquer um dos países receptores destes pedidos._________________________________________________________________________________INPI/DICOD/CEDIN/CEPROAlerta Tecnológico nº 40 – Fevereiro de 2011Pedidos de Patente sobre Nanotecnologia publicados no 2º semestre de 2010861