ÐлаÑник инÑелекÑÑалне ÑвоÑине 2012/04 - Ðавод за ...
ÐлаÑник инÑелекÑÑалне ÑвоÑине 2012/04 - Ðавод за ...
ÐлаÑник инÑелекÑÑалне ÑвоÑине 2012/04 - Ðавод за ...
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Гласник интелектуалне својине <strong>2012</strong>/4<br />
Intellectual Property Gazette <strong>2012</strong>/4<br />
A<br />
vacuum in several stages and the steel strip is subjected<br />
to a controlled cooling by cold rolling between said<br />
stages and after thee last stage, such that on exit from the<br />
plasma descaling plant the steel strip has a temperature<br />
below 100°C.<br />
(51) B 21 F 1/<strong>04</strong> (2006.01) (11) 2010/<strong>04</strong>59<br />
B 21 F 27/20 (2006.01) (13) A2<br />
(21) P-2010/<strong>04</strong>59 (22) 26.10.2010.<br />
(54) MEHANIZAM ZA SAVIJANJE DIJAGONALNE<br />
ŽICE BINOR NOSAČA<br />
(71) PETROVIĆ, Srbobran, Ljubivoja Gajića 60, 11450<br />
Sopot-Đurinci, RS; ŽIVKOVIĆ, Slobodan, Šarplaninska<br />
9, 11400 Mladenovac, RS<br />
(72) PETROVIĆ, Srbobran, Ljubivoja Gajića 60, 11450<br />
Sopot-Đurinci, RS; ŽIVKOVIĆ, Slobodan, Šarplaninska<br />
9, 11400 Mladenovac, RS<br />
(74) MAMIĆ, Ana, Gospodar Jevremova 41,<br />
11000 Beograd, RS<br />
(57) Pronalazak se odnosi na mehanizam za savijanje<br />
dijagonalne žice binor nosača, koji se sastoji od dva<br />
identična lančana prenosnika (1) i (2), gde je donji<br />
lančani prenosnik (1) postavljen ispod gornjeg lančanog<br />
prenosnika (2). Na lancu lančanog prenosnika (1) kao i<br />
na lancu lančanog prenosnika (2) postavljen je isti broj<br />
sklopova nosača (17) na kojima su montirani alati (18).<br />
Lanac lančanog prenosnika (1) postavljen je na lančanik<br />
(13), a preko sklopa nosača (17) na donje spoljašnje<br />
krivulje (9) i na donju unutrašnju krivulju (11). Lanac<br />
lančanog prenosnika (2) postavljen na lančanik (14), a<br />
preko sklopa nosača (17) na gornje spoljašnje krivulje<br />
(10) i na gornju unutrašnju krivulju (12). Na svakom<br />
nosaču (17) postavljeno je jedno kotrljajno ležište (20).<br />
Na svakoj osovinici (16) lamela (15) lanca postavljena<br />
su dva kotrljajna ležišta (19) i dve čaure (37), pri čemu<br />
osovinica (16) prolazi kroz otvore (30) na nosaču (17).<br />
Nosač (17) je delimično okretan oko na osovinici (16).<br />
Nosač (17) je povezan oprugama (21) na lamele (15)<br />
lanca i stalno se oslanja preko kotrljajnog ležišta (20) na<br />
unutrašnju krivulju (11, 12), a preko kotrljajnih ležišta<br />
(19) na dve spoljašnje krivulje (9, 10). Kotrljanje<br />
kotrljajnih ležišta (20) po spoljašnjim krivuljama (9, 10)<br />
traje samo u jednom delu obrtaja, a kotrljanje kotrljajnih<br />
ležišta (19) po unutrašnjim krivuljama (11, 12) odvija se<br />
stalno. Lančani prenosnici (1) i (2) su međusobno<br />
zakrenuti za izvestan mali ugao od 36 minuta.. Lančani<br />
prenosnici (1) i (2) alatima (18) povlače žicu (43), koja<br />
prolazeći između njih izlazi sa formiranim talasom<br />
odgovarajuće visine (H) i koraka (C).<br />
(54) MECHANISM FOR BENDING DIAGONAL<br />
WIRE OF LATTICE GIRDER - BINOR<br />
(57) Invention herewith described refers to the<br />
mechanism for bending diagonal wire of the lattice<br />
girder " binor consisting of two identical chain<br />
transmissions (1) and (2), whereat the lower chain<br />
transmission (1) is located under the upper chain<br />
transmission (2). On the transmission (1) chain and the<br />
transmission (2) chain there is set the same number of<br />
girder assemblies (17) with the tools (18) mounted on<br />
them. The transmission (1) chain is mounted on the<br />
chain pulley (13), and through the girder assembly (17)<br />
on the lower outer curve (9) and the lower inner curve<br />
(11). The transmission (2) chain is mounted on the chain<br />
pulley (14), and through the girder assembly (17) it is<br />
mounted on the upper outer curve (10) and the upper<br />
inner curve (12). On each girder (17) there is mounted<br />
one roller bearing (20). On each pin (16) of the chain<br />
plates (15) there are mounted two roller bearings (19)<br />
and two sleeves (37), with the pin (16) passing through<br />
the openings (30) on the girder (17). The girder (17) can<br />
partially swivel around the pin (16). The girder (17) is<br />
through springs (21) connected with plates (15) of the<br />
chain and constantly rests through the roller bearing (20)<br />
on the inner curve (11, 12), and through the roller<br />
bearings (19) on the two outer curves (9, 10). Rolling of<br />
the roller bearings (20) along the outer curves (9, 10)<br />
lasts for only one part of the revolution, and the rolling<br />
of the roller bearings (19) along the inner curves (11.12)<br />
is performed continuously. The chain transmissions (1)<br />
and (2) are mutually rotated at a certain small angle of<br />
36 minutes. The chain transmissions (1) and (2) with<br />
tools (18) draw wire (43), which passing between them<br />
comes out with formed wave of the appropriate height<br />
(H) and the pace (C).<br />
ЗИС / RS / IPO 1909