Intellectual ProPerty gazette

: , , 5, , :011 20 25 800 (); : 011 311 23 77

-mail: zis@zis.gov.rswww.zis.gov.rs

t: 200

XCI

51637 - 51750 1220 - 1232 U 62801 - 63000 10694 - 10705

:

2011-10-31

2011 5

2011/5 Intellectual Property Gazette 2011/5

/ RS / IPO 3837

CONTENTS

1. ............................................................... 2840 1.1. ............................ 2841 1.1.1. .................. 2876 1.2. ............................................... 2884 1.2.1. ................................ 2939 1.2.2. 2960

1.3. ................................ 2963 1.3.1. .................... 2970 1.3.2 .................................................. 2973

1.4. .......................................... 2974

1.4.1. WIPO ST. 9 ....................................................... 2975 1.4.2. . .............................................. 2976 1.4.2.1. - , ... 3116 1.4.3. ............................ 3263 1.4.3.1. - , e........................................................... 3326 2. ................................................................ 3392 2.1. .............................................. 3393 2.1.1. ......... 3445 2.1.1.1.

2011-08-06 2011-10-05 .......................... 3455 2.1.2. . . ................................................................ 3476 3. ............................ 3511 3.1.1.1 2011-08-06 2011-10-05 ......... 3519 4. ..........................................3521-3557

1. PATENTS..................................................................2840 1.1. Publication of Patent Applications ........................2841 1.1.1. Patent Applications Indexes................................2876 1.2. Publication of Patents ............................................2884 1.2.1. Patents Indexes ..................................................2939 1.2.2. Termination of validity of Registred Patents.....2960 1.3. Publication of Petty Patents ...................................2963 1.3.1. Petty Patents Indexes ..........................................2970 1.3.2. Termination of validity of Registred Petty Patents................................................................2973 1.4. Request for the Extension of the effects of European Patent Applications ...............................2974 1.4.1. Recommendation concerning Bibliographic Data on and relating to Patents - WIPO ST. 9 ....2975 1.4.2. Publication of Request for Extension to European Patent Applications.............................................2976 1.4.2.1. Indexes of Request for the Extension of the effects of European Publication of withdrawn applications for the Ehtension of the ffects of European Patent Applications .................3116 1.4.3. Indexes of withdrawn applications for the Extension of the effects f European Patent Applications Numbers and Applicants Patent Applications........................................................3263 1.4.3.1. Indexes of withdrawn applications for the Extension of the effects of European Patent Applications Numbers, Applicants and Clasification Symbols ...................................3326 2. TRADEMARKS ..................................................3392 2.1. Publication of Trademarks ...................................3393 2.1.1. Trademark Indexes ............................................3445 2.1.1.1. Publications of Entered Changes of Registered Trademarks from August 6th, 2011 to October 5th, 2011..............................................3455 2.1.2. Publication of Information on International Registrations of Marks for which Protection has been requestedin the Republic of Serbia...........3476 3. INDUSTRIAL DESIGNS ...................................3511 3.1.1.1.Publications of Entered Changes of Registered Desion from August 6th, 2011 to October 5th, 2011..............................................3519 4. SUPPLEMENT........................................3521-3557

2011/5 Intellectual Property Gazette 2011/5

2838 / RS / IPO

2011/5 Intellectual Property Gazette 2011/5

/ RS / IPO 2839

(WIPO standard ST.3) AD AE AF AG AI AL AM AN AR A AU W AZ BA BB BD BE BF BG BH BI BJ BM BN BO BR BS BT BV BW Y BZ CA CD CF CG CH CI CK CL CM CN C CR CU CV CY CZ DE DJ DK

DM DO P DZ EC E EG H R S FI FJ FK FO FR GA GB GD G GH GI GL GM GN GQ GR GS GT GW - GY HK HN HR HT HU ID IE IL IN IQ IR IS IT JM JO JP KE KG KH KI KM KN KP

KR W Y KZ LA LB LC LI LK LR LS LT LU LV LY C ME D G L MN P R S U V W X Y MZ NA N NG NI NL NO NP NR NZ PA PE PG PH PK PL PT PW PY

QA RS RO RU RW SA SB SC SD SE SG SH SI SK SL SM SN SO SR ST SV SY SZ TC TD TG TH N P R V W Z U UG US UY UZ VA VC V VG VN VU WS Y Z Z ZW

W (WIPO) IB ( PCT) EP (EPO) BX EA (EAPO) OA (OAPI) AP (ARIPO) GC (GCG)

2011/5 Intellectual Property Gazette 2011/5

2840 / RS / IPO

Me o - WIPO - ST. 9

Recommendation concerning bibliographic data on and

relating to patents - WIPO - ST. 9

/ Patents

(11) Number of document

(13) Kind of document

(21) Number assigned to the application

(22) Filing date of the application

, (23) Other dates, date of exhibiting at the intrnational exibition

(30) Priority data

(43) Publication date of the unexamined application

(45) Publication date of registered patent

(51) International Patent Classification code (54) Title of invention

(57) Abstract or patent claim

( ) (61)

Number of the earlier application (or patent) to which the present document is an addition

(62)

Number of the earlier application from which the present document has been divided out

(71) Name of the applicant

(72) Name of the inventor

(73) Name of the owner of patent

(74) Name of the representative

(86) Number and filing date of the international application

(87) Number and date of the publication of the interational application

(96) Date and number of the European patent application

(97) Date and number of publication of the granted European patent

TYPES OF OCUMENTS

A Publication of patent applications

B Registered patents

U Petty patents

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2841

PUBLICATION OF PATENT APPLICATIONS (51) A 01 C 1/06 (2006.01) A 01 N 25/26 (2006.01) A 01 N 25/30 (2006.01)

(11) 2010/0096 (13) A

(21) P-2010/0096 (22) 02.03.2010. (54) SMEA ZA PILIRANJE SEMENA ULJANE REPICE (71) INSTITUT ZA RATARSTVO I POVRTARSTVO, Maksima Gorkog 30, 21000 Novi Sad, RS (72) STOJAKOVI, eljka, Banovi Strahinje 18, 21000, Novi Sad, RS; MITROVI, Petar, mr, Maksima Gorkog 30, 21000 Novi Sad, RS; SEKULI, Petar, prof. dr, Maksima Gorkog 30, 21000 Novi Sad, RS; MIKLI, Vladimir, dr, Maksima Gorkog 30, 21000 Novi Sad, RS; SAKA, Zvonimir, Devet Jugovia 3/15, 21000, Novi sad, RS; RAJI, Milorad, dr, Stojana Novakovia 5, 21000 Novi Sad, RS (57) Smea za piliranje semena uljane repice predstavlja prakastu smeu sastavljenu od nekoliko paljivo odabranih, hemijski inertnih supstanci, maksimalno prilagoenih biljnoj vrsti za koju su namenjene. Kvalitet smee za piliranje semena uljane repice zavisi od vrste komponenata koje ulaze u njen sastav i od masenog udela pojedinanih komponenti u toj smei (Tab.4). Procesom piliranja, tj. nanoenjem smee za piliranje na seme, stvara se obloga (pileta) u cilju poveanja prenika. Pileta mora biti dobrog kvaliteta i visokog stepena vrstoe. Prodor vlage u piletu, pa time i njen kapacitet za apsorpciju vlage, omoguena je upotrebom tenzida (povrinski aktivne materije) u sastavu smee za piliranje. Nanesene supstance omoguuju da se za vrlo kratko vreme apsorbuje neophodna koliina vlage, a zbog prisustva hvdrogela pileta naglo bubri, naglo poveava zapreminu i dolazi do pucanja obloge. (54) RAPE SEED PELLETING MIXTURE (57) Invention herewith described refers to the mixture for rape seed pelleting which is the powder mixture consisting of a few carefully selected chemically inert substances, maximally adapted to the plant species for which they are intended. The quality mixture for rape seed pelleting depends on the type of components included in its composition and mass proportion of individual components in the mixture (Tab.4). By the pelleting process i.e. by applying the mixture over the seed, a covering is formed (a pellet) in order to increase the diameter. The pellet must be of good quality and of high strength. The moisture penetration into the pellet, and thus its capacity to absorb the moisture, is allowed with the use of surfactants (surface active agents) in the composition of the pelleting mixture. The applied substances provide the absorption of the necessary amount of moisture in a very short period of time and for the presence of hydro gel the pellet rapidly swells, rapidly increases the volume and the covering cracks.

(51) A 01 K 55/00 (2006.01) (11) 2011/0049 (13) A

(21) P-2011/0049 (22) 01.02.2011. (54) ELEKTRINA DIMILICA ZA ZATITU PELA (71) RAJKOVI, Miodrag, Bulevar Kralja Aleksandra 227, 11000 Beograd, RS (72) RAJKOVI, Miodrag, Bulevar Kralja Aleksandra 227, 11000 Beograd, RS (57) Elektrina dimilica za zatitu pela, sastoji se od tela (1) dimilice koje najednom svom kraju ima izveden otvor (1.1) za izlazak dima a na drugom kraju ima uvuenu i vencem (2.1) rastavljivo uvrenu ruku (2) dimilice. U telo (1) dimilice na njegovom cilindrinom delu je ugraena komora (3) za sagorevanje sa mreicom (4) u koju se postavlja papir (4.1) sa natopljenim lekom. U ruku (2) dimilice, koja je dvodelna, je ugraen elektromotor (5) sa propelerom (6) kao i baterija (7) sa prekidaem (8) za pogon elektromotora (6) sa propelerom (7). Papir (4.1) sa natopljenom hemikalijom se upali a zatim prekidaem (8) startuje elektromotor (5) to dovodi do okretanje propelera (7). Propeler (7) kroz otvor (2.2) na ruki (2), usisava vazduh i tera ga da struji oko komore (3) i kroz telo dimilice stvarajui time efekat Venturijeve cevi. Dolazi do usisavanja dima zapaljenog papira (4.1) natopljenog hemikalijom i meanja dima sa strujom vazduha, tako da stvorena smea dima izlazi kroz otvor (1.1) za dim.

(54) ELECTRIC SMOKER FOR CALMING BEES (57) The invention herewith described refers to the electric smoker for calming bees that consists of the smoker body (1) which at one end has a performed opening (1.1) for the smoke exit and at the other end it has an retracted ring (2.1) fixed and removable handle (2) of the smoker. In the body (1) of the smoker, in its cylindrical part there is the built-in chamber (3) for the combustion with the net (4) over which is put the paper (4.1) soaked in an adhesive. In the handle (2) of the smoker, which is the two-piece one, there is installed the electric motor (5) with the propeller (6) and the battery (7) with the switch (8) for driving the electric motor (6)

2011/5 A Intellectual Property Gazette 2011/5

2842 / RS / IPO

with the propeller (7). The paper (4.1) soaked in a chemical agent is ignited and then the switch (8) starts the electric motor (5) causing the rotation of the propeller (7). The propeller (7) through an opening (2.2) on the handle (2) sucks air and forces it to flow around the chamber (3) and through the body of the smoker thereby creating the Venturi tube effect. There comes the sucking of the smoke of the burning paper (4.1) soaked in a chemical agent and the mixing of the smoke with air stream and the created mixture of smoke exits through the hole (1.1) for smoke.

(51) A 01 N 43/40 (2006.01) (11) 2011/0191 (13) A

(21) P-2011/0191 (22) 12.10.2000. (62) P-2009/0312 (30) US 14.10.1999. 60/159, 383 (54) SINERGETSKI HERBICIDNI POSTUPCI I SMEE (71) BASF SE, D-67056 Ludwigshafen, DE (72) PIDSKALNY, Ronald, Steven, 11312-57 Avenue, Edmonton, Alberta T6H 0Z9, CA; KILLINS, Roy, Allan, 12919 Avenue N., Leithbridge, Alberta T1H 1H1, CA (74) IVKO MIJATOVI & PARTNERS, Takovska 58, 11000 Beograd, RS (57) Ovaj postupak obezbeuje postupak za sinergetsku kontrolu neeljenih biljaka kao to su Polygonum, Kochia, Galeopsis, Galium, Stelaria, Sinapis, i Avena koji obuhvata primenu na biljke ili na njihova mesta na kojima rastu sinergetski efikasne koliine ariloksipikolinamida kao herbicida u kombinaciji sa jednim ili dva odabrana dodatna herbicidna jedinjenja. Takoe su obezbeene sinergetske herbicidne smee koje sadre ariloksipikolinamid kao herbicid i jedan ili dva odabrana herbicidna jedinjenja. (54) SYNERGETIC HERBICIDAL METHODS AND COMPOSITIONS (57) The invention herewith described refers to the process which provides a procedure for the synergetic control of unwanted plants such as Polygonum, Kochia, Galeopsis, Galium, Stelaria, Sinapis, and Avena, which comprises the applying to the plants or their locus a synergistically effective amount of an aryloxypicolinamide as the herbicide in the combination with one or two selected additional herbicide compounds. There are also provided the synergistic herbicide mixtures containing aryloxypicolinamide as the herbicide and one or two selected herbicide compounds.

(51) A 21 B 1/00 (2006.01) B 01 B 1/08 (2006.01)

(11) 2009/0565 (13) A

(21) P-2009/0565 (22) 25.12.2009. (54) POSTROJENJE PARNO I TOPLOVODNO-AUKULACIONO SA REKUPERATOROM KORIENJA TOPLOTE DIMNIH GASOVA U POGONU TUNELSKE PEI

(71) CEROVINA, Andrija, Katarine Bogdanovi 19, 11030 Beograd, RS (72) CEROVINA, Andrija, Katarine Bogdanovi 19, 11030 Beograd, RS (57) Postrojenje parno i toplo vodno - akumulaciono sa rekuperatorom korienja toplote dimnih gasova u pogonu tunelske pei se sastoji od tunelske pei (1), rekuperatora (3) grejaa vode sa odplinjivaem (7) ventilatora (2) i primarne cirkulacione pumpe (4), akumulacioni napojni bojler (8) sa odplinjivaem (9) sa nivo regulatorom (22) i kondezatorom pare i predgrejaom vode (19), rairitelj pare (6) sa sigurnosnom U - cevi (18) i vodom (10) graninog pritiska (25) i dogrejaa (5) vrele vode i potroaa (16) pare sa regulatorima protoka pare (15) i regulatora protoka vode (23) sa presostatima za voenje (26) i elektroventila (20) i (29) sa dvostepenim sigurnosnim presostatom (27), vodom (11) za izjednaenje nivoa vode (17), i sekundarnom cirkulacionom pumpom (13) sa nepovratnim ventilom (14) i elektroventilom (31) za potroae toplote (32). Pronalazak koristi najveim delom otpadnu energiju koju nose izlazni gasovi iz tunelske pei da bi obezbedio zahtevane tehnoloke potrebe sa parom niskog pritiska i toplotom za tehnoloku i sanitarnu toplu vodu , odnosno da se izbegne kotlovsko postrojenje za takve svrhe. Omoguena je funkcionalna energetska usaglaenost rada tunelske pei (1) i toplotnog kapaciteta ureaja postrojenja sa grejaem (3) vode, dogrejaem (5) vrele vode i akumulacijom vode u napojnom bojleru (8) i rairitelju (9) pare kao i prikljuenog sekundarnog sistema sa cirkulacionom pumpom (13).Kompaktnost postrojenja prijavljenog patenta ne zahteva poseban prostor izvan tunelske pei (1) a automatsko upravljanje obezbeduje siguran rad i prilagodavanje tehnolokim potrebama tunelske pei (1).

(54) STEAM AND HOT WATER PLANT - CUMULATIVE WITH RECUPERATOR OF FLUE GAS HEAT USE IN TUNNEL OVEN PLANT (57) The invention herewith described refers to the steam and hot water plant - the cumulative with the recuperator of the flue gas heat use in the tunnel oven plant consisting of the tunnel oven (1), the recuperator (3) of

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2843

water heater with the degasser (7) the fan (2) and the primary circulation pump (4), the cumulative supply water heater (8) with the degasser (9) and with the level controller (22) and the steam condenser and the water preheater (19), the steam spreader (6) with safety U - pipe (18) and water (10) of pressure limit (25) and the boiling water reheater (5) and the steam consumer (16) with the steam flow regulators (15) and the water flow regulator (23) with the pressostats (pressure switches) for guiding (26) and the magnet valves (20) and (29) with the two-stage safety pressostat (pressure switch) (27), water (11) for equalizing the water level (17), and the secondary circulation pump (13) with the non-return valve (14) and the magnet valve (31) for heat consumers (32). The invention uses mostly the waste energy carried by the output gases from the tunnel oven to provide for the required technological needs for the low pressure steam and heat for process and sanitary hot water i.e. to avoid the boiler plant for such purposes. There is allowed the functional energy compatibility of the tunnel oven (1) and heat capacity of devices of the plant unit with the water heater (3) the hot water reheater (5) and water accumulation in the supply water heater (8) and the steam spreader (9) as well as the connected secondary system with the circulation pump (13). The compactness of the plant from the registered patent does not require a special space outside the tunnel oven (1) and the automatic control provides the safe operation and adjustment to the technological needs of the tunnel oven (1).

(51) A 21 D 8/02 (2006.01) A 23 L 1/29 (2006.01)

(11) 2010/0132 (13) A

(21) P-2010/0132 (22) 23.03.2010. (54) BEZGLUTENSKI TVRDI KEKS NA BAZI PIRINA I HELJDE, SA POVEANIM SADRAJEM PRIRODNIH ANTIOKSIDATIVNIH MATERIJA, NAMENJEN INDUSTRIJSKOJ PROIZVODNJI (71) INSTITUT ZA PREHRAMBENE TEHNOLOGIJE U NOVOM SADU, Bulevar cara Lazara 1, 21000 Novi Sad, RS (72) TORBICA, Aleksandra, dr., Mie Dimitrijevia 61, 21000 Novi Sad, RS; HADNAEV, Miroslav, mr., Hajduk Veljka 49, 21220 Beej, RS; SAKA, Marijana, dr., Brae Jovandi 17, 21000 Novi Sad, RS; SEDEJ, Ivana, mr., Lovenska 9, 21000 Novi Sad, RS; MANDI, Anamarija, dr., Ravanika 5, 21000 Novi Sad, RS; PESTORI, Mladenka, mr., Stevana elenia 4, 21000 Novi Sad, RS; MIAN, Aleksandra, dr, Gogoljeva 15, 21000, Novi Sad, RS (57) Bezglutenski tvrdi keks na bazi pirina i heljde prvenstveno je namenjen za ishranu obolelih od celijakije, ali zbog specifinog sadraja rutina I kvercetina pogodan je i preporuljiv i za ishranu ljudi sa kardiovaskularnim smetnjama, kao i zbog ukupne nutritivne vrednosti i zdravom delu populacije u cilju prevencije prethodno spomenutih poremeaja metabolizma. Na osnovu eljenih teksturnih, senzornih i funkcionalnih osobina bezglutenskog tvrdog keksa kreiran je sirovinski sastav finalnog proizvoda, a koji

ine pirinano i belo heljdino brano, biljna mast, eer u prahu, med, sredstvo za narastanje (natrijum-hidrogen-karbonat), emulgator (ester diacetil vinske kiseline i monoglicerida), hidrokoloid (karboksimetilceluloza) i kuhinjska so. Funkcionalna svojstva proizvoda potiu od rutina, kvercetina i ukupnih prehrambenih vlakana, a nutritivna svojstva od aminokiselinskog sastava proteina i prisutnih mineralnih materija poreklom iz heljde, a koje se u proizvod unose u koliinama koje zavise od vrste (belo heljdino brano) i uea heljdinog brana u recepturi za dati bezglutenski tvrdi keks. U zavisnosti od sirovinskog sastava proizvoda definisan je industrijski tehnoloki proces proizvodnje (izmenjen u odnosu na standardni za tvrdi keks od peninog brana), koji konano omoguava dobijanje bezglutenskog tvrdog keksa na bazi pirinanog i belog heljdinog brana, sa dodatkom prirodnog hidrokoloida i sa poveanim sadrajem prirodnih antioksidativnih materija optimalnih senzornih svojstava u odnosu na eljene. (54) GLUTEN-FREE COOKIES BASED ON RICE AND BUCKWHEAT, WITH INCREASED CONTENT OF NATURAL ANTIOXIDANT SUBSTANCES INTENDED FOR INDUSTRIAL PRODUCTION (57) Invention herewith described refers to the gluten-free cookies based on rice and buckwheat flour primarily intended for nutrition of patients with celiac disease, but because of the specific content of rutin and quercetin they are suitable and recommended for consumption to people with cardiovascular disorders and because of the overall nutritional value to the healthy part of the population as well in order to prevent previously mentioned metabolic disorders. Based on the desired texture, sensory and functional properties of gluten-free cookies, raw material composition of the final product is created that consist of rice flour and white buckwheat flour, vegetable fat, powdered sugar, honey, raising agent (sodium hydrogen carbonate), emulsifier (diacetyl tartaric acid ester of monoglyceride), hydrocolloid (carboxymethylcellulose) and salt. The functional properties of products originate from the presence of rutin, quercetin and total dietary fibres, and nutritional properties of the amino acid composition of proteins and present minerals originating from buckwheat, which are included in the product in amounts that depend on the type (white buckwheat flour) and participation of the buckwheat flour in the recipe for the gluten-free cookies. Depending on the composition of the raw material in the product, the industrial technological production process (changed in relation to the standard one for the cookies made of wheat flour), is defined which finally allows getting the gluten-free cookies based on white rice and buckwheat flour, with the addition of natural hydrocolloid and an increased content of natural antioxidant substances with optimal sensory characteristics compared to the desired.

2011/5 A Intellectual Property Gazette 2011/5

2844 / RS / IPO

(51) A 21 D 13/08 (2006.01) A 21 C 1/10 (2006.01) A 21 C 9/06 (2006.01) A 21 C 11/16 (2006.01) A 21 C 14/00 (2006.01) A 21 B 5/02 (2006.01) A 23 G 3/550 (2006.01) A 23 G 3/20 (2006.01) A 23 G 1/30 (2006.01)

(11) 2010/0070 (13) A

(21) P-2010/0070 (22) 19.02.2010. (54) POSTUPAK ZA INDUSTRIJSKU PROIZVODNJU KOLAA SA PUNJENJEM OD VONE MARMELADE (71) MEDELA A.D., Kulski put bb, 21460 Vrbas, RS (72) ZORKI, ivojin, dr Ivana Ribara 130/6, 11070 Novi Beograd, RS (74) OSOVI Dragoljub, Vojvode Dragomira 27, 11000 Beograd, RS (57) U ovoj prijavi prikazan je tehnoloki postupak proizvodnje kolaa sa vonim punjenjem, sa mogunou da dobijeni proizvod bude preliven kako prelivom. Polazne supstanke za dobijanje kolaa primenom ovog postupka su vona marmelada, penino brano, beli eer u prahu, voda, margarin, svea jaja, sladni ekstrakt (malteks), invertni sirup, surutka u prahu, mleko u prahu, so, sredstvo za dizanje testa (E500ii, E503ii), emulgator (E322) i odgovarajua aroma. Postupak dobijanja ini nekoliko koraka, pri emu se najpre odmeri potrebna koliina komponenti, koje se meaju, te dobijeno testo sipa u ureaj za istanjivanje testa, koje se istiskuje kroz odgovarajue dizne, a u sredinu testa, se pomou zupaste pumpe i dizni utiskuje odgovarajua koliina vone marmelade. Tako nastale trake testa prihvata transportna traka, koja tako obrazovano testo nosi na peenje u tunelsku pe. Nakon peenja, trake se seku na eljenu duinu i dobijeni proizvod se prirodno hladi na transporteru za prirodno hlaenje. U prijavi je prikazan i postupak dobijanja kakao preliva, kojim se nakon prirodnoh hadnja opciono moe preliti dobijeni proizvod. Naime, pre prelivanja kakao prelivom, kolai se odlau u plastine kadice. Predhodno pripremljeni kakao preliv, se rotacionom pumpom transportuje do maine za okoladiranje, a ulaganje kolaa na prelivanje vri se runo. Nakon prelivanja kolaa kakao prelivom, dobijeni proizvod se hladi na linijskom hladnjaku. Nakon hlaenja vri se pakovanje u komercijalne kutije odreenih neto teina, koje prolaze kroz metal detektor i redaju u transportne kutije. (54) PROCEDURE FOR INDUSTRIAL PRODUCTION OF COOKIES WITH FRUIT MARMALADE FILLING (57) The invention herewith described refers to the technological procedure for production of the cookies with fruit marmalade filling, with the possibility of coating the obtained product with cocoa topping. Starting substances for the cake in this procedure are fruit marmalade, wheat flour, white powdered sugar, water, margarine, fresh eggs, malt extract (maltex),

invert syrup, whey powder, milk powder, salt, dough raising agent (E500ii, E503ii), emulsifier (E322) and an appropriate flavouring agent. The procedure consists of several steps, and the first step is to weigh the required amount of components, which are mixed and the obtained dough is poured into the dough thinning machine where the dough is extruded through the appropriate nozzles, and in the middle of the dough is injected the right amount of fruit marmalade by means of the gear pump and the nozzles. Thus obtained dough strips are accepted by the conveyor which thus shaped dough transports to the tunnel oven for baking. After the baking, the strips are cut to the desired length and the obtained product is naturally cooled on the conveyer for natural cooling. In the application, there is also described the procedure for obtaining cocoa topping, which can be, after the natural cooling, optionally put over the obtained product. In fact, before putting the cocoa topping, the cookies are stored in small plastic tubs. Previously prepared cocoa topping is through the rotary pump transported to the chocolate coating machine into which the cakes are put manually. After coating the cake with the cocoa topping, the obtained product is cooled on the liner refrigerator. After cooling, the packing is performed in the commercial boxes of specific net weights, passing through the metal detector and sorted into transport boxes.

(51) A 44 B 11/00 (2006.01) A 44 B 21/00 (2006.01)

(11) 2010/0057 (13) A

(21) P-2010/0057 (22) 10.02.2010. (54) REGULATOR SILE STEZANJA LASTIA NA TELO (71) KOVAEVI, Novak, Bulevar Arsenija arnojevia 142/18, 11070 Novi Beograd, RS (72) KOVAEVI, Novak, Bulevar Arsenija arnojevia 142/18, 11070 Novi Beograd, RS (57) . , , je . . (1) (4) (2) (3).

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2845

(54) REGULATOR OF ELASTIC BAND TENSIONAL FORCE APPLIED ON BODY (57) The invention herewith described refers to the regulator of the elastic band tensional force applied on the body which is used in the textile industry in making clothing. It allows every individual to adjust according to his wish the most convenient tensional force in the clothes he wears as many times as he desires without any modifications and difficulties. It consists of the elastic band (1) at the ends of which are made the loops (4) through which is pushed the thread (2) on whose ends are to be made knots (3) after the adjustment.

(51) A 61 J 1/05 (2006.01) (11) 2009/0520 (13) A

(21) P-2009/0520 (22) 01.12.2009. (54) POSUDA ZA UZORKOVANJE URINA (71) "SPEKTAR" d.o.o. aak, Dr Dragie Miovia 144/I, 32000 aak, RS (72) MIHAILOVI, Mileta, Danice Markovi 8, 32000 aak, RS; MIHAILOVI, Jovan, Boka Tepevia 21, 32000 aak, RS (57) Pronalazak se odnosi na posudu za uzorkovanje urina koja obuhvata posudu (1) i poklopac (2). Na posudi je izvedena peskarena povrina (7) za obeleavanje uzorka koji se nalazi u posudi (1), a sa druge strane je merna skala (13). Poklopac (2) obuhvata otvor (3), koji se zatvara upljim epom (4). ep (4) je za poklopac (2) vezan preko zakake (9) i veze (8). Poklopac (2) sa otvorom (3) omoguava da se iz posude uzorkuje tenost bez otvaranja posude. Time se otklanja mogunost prosipanja tenosti i izbegavaju se neprijatni mirisi.

(54) URINE SAMPLING VESSEL (57) The invention herewith described refers to the urine sampling vessel comprising a vessel (1) and a lid (2). The vessel has one sandblasted surface (7) for marking the sample contained in the vessel (1) and on the other side there is the measuring scale (13). The lid (2) includes an opening (3), which is closed by a hollow cap (4). The cap (4) is attached to the lid (2) with a hook (9) and a link (8). The lid (2) with the opening (3) allows sampling fluid from the vessel without opening the vessel. This eliminates the possibility of spilling and enables avoiding the unpleasant door.

(51) A 61 K 9/16 (2006.01) A 61 K 9/20 (2006.01) A 61 K 31/40 (2006.01) A 61 P 3/06 (2006.01)

(11) 2011/0313 (13) A

(21) P-2011/0313 (22) 13.03.2002. (30) SI 14.03.2001. P-200100069 (54) ATORVASTATIN KALCIJUM U FARMACEUTSKOM OBLIKU, NJEGOVOJ SMEI I FARMACEUTSKOJ FORMULACIJI, KOJA SADRI ATORVASTATIN KALCIJUM (71) LEK PHARMACEUTICAL AND CHEMICAL COMPANY D.D., Verovskova 57, 1526 Ljubljana, SI (72) KERC, Janez, Trebinjska 7, 1000 Ljubljana, SI; MATEJA, Salobir, 28. maja 9, 1000 Ljubljana, SI; BAVEC, Sasa, Mekinceva 15, 1000 Ljubljana, SI (74) IVKO MIJATOVI AND PARTNERS, Takovska 58, 11000 Beograd, RS (57) Atorvastatin kalcijum, supstanca, poznata po hemijskom imenu (R-(R*, R*))-2-(4-fluorofenil)-, -dihidroksi-5-(1-metiletil)-3-fenil-((fenilamino) karbonil) -1H-pirol-1-heptanoina kiselina, hemi kalcijumova so, poznat je kao inhibitor HMG-CoA reduktaze i koristi se kao antihiper-holesterolemijski agens. Atorvastatin u farmaceutskim smeama, raspoloivim na tritu, uglavnom se priprema u vidu svoje kalcijumove soli, s obzirom na to da ona omoguava da atorvastatin bude pogodno formulisan u farmaceutskim formulacijama, na primer, u tabletama, kapsulama, prakovima i slinim formulacijama za oralnu primenu. Atorvastatin kalcijum moe postojati u amorfnom obliku ili u jednom od najmanje etiri poznata kristalna oblika (Oblik I, Oblik II, Oblik III i Oblik IV). Atorvastatin kalcijum je supstanca, koja je umereno slabo rastvorljiva u vodi, sa pKa 4,5, a utvreno je da su kristalni oblici manje rastvorljivi od amorfnog oblika, to moe izazvati probleme u bioraspoloivosti atorvastatina u organizmu. Ovaj pronalazak razreava problem obezbeivanja terapeutske ekvivalentnosti farmaceutske formulacije atorvastatina, bez obzira na oblik (kristalni, amorfni ili smea jednog i drugog) atorvastatin kalcijuma, koji se koristi za njenu izradu. (54) ATORVASTATIN CALCIUM IN PHARMACEUTICAL FORM, COMPOSITION THEREOF, AND PHARMACEUTICAL FORMULATION COMPRISING ATORVASTATION CALCIUM (57) The invention herewith described refers to the atorvastatin calcium, a substance known by the chemical name (R-(R*, R*))-2-(4- fluorophenyl) )-, -dihydroxy-5-(1-methylethyl)-3-phenyl-((phenylamino) carbonyl)-1H-pyrrole-1- -heptanoic acid, hemicalcium salt which is known as an inhibitor of HMG-CoA reductase and is used as antihypercholesterolemic agent. Atorvastatin in the pharmaceutical mixtures, available on the market, is generally prepared in the form of its calcium salt since it enables atorvastatin to be conveniently formulated in pharmaceutical formulations, for example, tablets,

2011/5 A Intellectual Property Gazette 2011/5

2846 / RS / IPO

capsules, powders and similar formulations for oral use. Atorvastatin calcium can exist in an amorphous form or in one of at least four known crystalline forms (Form I, Form II, Form III and Form IV). Atorvastatin calcium is the substance which is moderately soluble in water, with pKa 4,5, and it is determined that the crystalline forms are less soluble than the amorphous form, and that it can cause problems in the bioavailability of atorvastatin in the body. The invention solves the problem of providing therapeutic equivalence of atorvastatin pharmaceutical formulation, regardless of the form (crystalline, amorphous or a mixture of both) of atorvastatin calcium, which is used for its creating.

(51) A 61 K 36/00 (2006.01) A 61 K 125/00 (2006.01) A 61 P 37/00 (2006.01) A 23 F 3/16 (2006.01) A 61 K 127/00 (2006.01)

(11) 2009/0310 (13) A

(21) P-2009/0310 (22) 08.07.2009. (54) BILJNI EKSTRAKT ZA PRIPREMU DIJETETSKOG PROIZVODA SA SUPORTIVNIM DELOVANJEM U HEMOTERAPIJI (71) STANOJKOVI, Tatjana, Vojvode Stepe 418/1, 11000 Beograd, RS; NINKOVI, Milo, Pionirska 2, Ostrunica, RS (72) STANOJKOVI, Tatjana, Vojvode Stepe 418/1, 11000 Beograd, RS; NINKOVI, Milo, Pionirska 2, Ostrunica, RS (57) Biljni ekstrakt za pripremu dijetetskog proizvoda sa suportivnim delovanjem u hemoterapiji predstavlja fitofarmakoloki proizvod na bazi vodeno-etanolnog ekstrakta biljne meavine. Biljni ekstrakt je dobijen od 17 biljnih vrsta ije je geografsko poreklo sa teritorije Srbije. Ekstrakt je dobijen etvorodnevnom maceracijom biljnog materijala u 600ml 7% vodeno-etanolnog rastvora. Odnos meavine biljnog materijala prema rastvoru je 1:5.5. Nakon toga, ekstrakt je filtriran kroz filter papir u Bihnerovom levku. Tehniki problem koji se reava ovim pronalaskom je ekstrat koji ima za cilj poboljanje efikasnosti i smanjenje neeljenih efekata hemoterapije u bolesnica sa tumorom dojke. (54) HERBAL EXTRACT FOR THE PREPARATION OF DIETETIC PRODUCT WITH SUPPORTIVE ACTING IN CHEMOTHERAPY (57) Invention herewith described refers to the herbal extract for the preparation of dietetic product with the supportive acting in chemotherapy is a phytopharmacological product based on a water-ethanol extract of the herbal mixture. The herbal extract is derived from 17 plant species whose geographic origin is from Serbia. The extract is obtained by four-day maceration of the plant material in 600 ml of 7% water-ethanol solution. The ratio of the plant material mixture to the solution is 1:5, 5. Subsequently, the extract is filtered through the filter paper in the Bchner funnel. The technical problem to be

solved by this invention is the extract that aims to improve efficiency and reduce side effects of chemotherapy in patients with breast cancer.

(51) A 61 L 9/00 (2006.01) A 61 L 9/22 (2006.01)

(11) 2009/0566 (13) A

(21) P-2009/0566 (22) 25.12.2009. (54) VIENAMENSKI SOBNI UREAJ ZA OBRADU VAZDUHA (71) CEROVINA, Andrija, Katarine Bogdanovi 19, 11030 Beograd, RS (72) CEROVINA, Andrija, Katarine Bogdanovi 19, 11030 Beograd, RS (57) Pronalazak viestepeni sobni ureaj za obradu vazduha je primenjiv svugde gde se ele postii bolji zdravstveni uslovi u zatvorenom prostoru sa stanovnita boljeg kvaliteta vazduha. Pod boljim kvalitetom vazduha se podrazumeva preiavanje kune praine vlaenje, obogaivanje kiseonikom, odstranjivanje neugodnih mirisa i duvanskog dima. Ureaj raspolae sa nonim svetlom i tajmerom za programiran rad.

(54) MULTIPURPOSE INDOOR AIR PROCESSING UNIT

(57) The invention herewith described refers to the multipurpose indoor air processing unit applicable wherever is required to achieve better health conditions in an indoor space from the point of better air quality. The improved air quality means house dust filtration, humidification, oxygen enrichment, removal of odours and cigarette smoke. The unit has the night light and the timer for programmed operation.

(51) A 61 M 5/00 (2006.01) (11) 2010/0182 (13) A

(21) P-2010/0182 (22) 19.04.2010. (54) INTRAVENSKA KANILA SA SIGURNOSNIM VENTILOM (71) ELHAG, Haris, dr, Milana Kostia 52, 22000 Sremska Mitrovica, RS

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2847

(72) ELHAG, Haris, dr, Milana Kostia 52, 22000 Sremska Mitrovica, RS (57) Intravenska kanila sa sigurnosnim ventilom ima primenu u medicini prilikom otvaranja venske linije i sprovoenju intravenske terapije kao i za uzimanje krvi za laboratoriske analize. Jednostavnim reenjem, postavljanjem sigurnosnog ventila (6) u unutranjost standardne intravenske kanile (1) u delu koji je predvien za konekciju (5), koga ine dva odvojena tanka gumena krilca koja su polukrunog oblika u osnovi i njihove osnove su privrene za unutranjost konekcionog dela (5) intravenske kanile (1) i pruaju se tako to im se unutranje ivice dodiruju, spoljne prate unutranji oblik kanile (1) i blago se povijaju ka unutranjosti kanile (1) tako da se njihovi vrhovi spoje u sreditu konekcionog dela (5) kanile (1), naleu jedan na drugi i zatvaraju ulaz u kanilu (1) inei tako oblik obrnutog slova "V" (Mitralnog zaliska). Potiskivanjem, krilca sigurnosnog ventila (6) se razdvajaju tako da obezbeuju nesmetano postavljanje osnovne igle (2) kanile (1) i konekciju sa medicinskim pricem (7) iji vrh (8) za konekciju potiskivanjem gura i otvara krilca sigurnosnog ventila (6). Na ovaj nain omoguena je konekcija i sa drugim medicinskim ureajima koji su namenjeni za povezivanje sa intravenskom kanilom (1).

(54) INTRAVENOUS CANNULA WITH SAFETY VALVE (57) The invention herewith described refers to the intravenous cannula with safety valve that is used in medicine at the opening of venous lines and the implementation of intravenous therapy as well as for blood collection for laboratory analysis. By a simple solution i.e. by mounting the safety valve (6) inside the standard intravenous cannula (1) in the part designed for connection (5) consisting of two separate thin rubber wings which are basically semi-circular and their bases are attached to the inside of connection part (5) of the intravenous cannula (1) and extend with the inner edge touching, the outer edges follow the inner shape of the cannula (1) and they are slightly bent towards the inside

of the cannula (1) so that their tips are linked in the centre of the connection part (5) of the cannula (1), overlapping one another and closing the entrance to the cannula (1) making the shape of an inverted letter "V" (mitral valve). By suppression, the safety valve flappers (6) are separated and provide the undisturbed setting of the basic needle (2) of the cannula (1) and a connection with the medical syringe (7), whose tip (8) for the connection pushes and opens by suppressing the safety valve flappers (6). In this way, there is enabled the connection with other medical devices intended for connection with the intravenous cannula (1).

(51) B 01 D 53/00 (2006.01) (11) 2011/0248 (13) A

(21) P-2011/0248 (22) 13.06.2011. (54) UREAJ ZA SMANJENJE EMISIJE TETNIH GASOVA IZ DIMNJAKA SNAGE DO 50 KW (71) VULIN, Miroslav, Svetog Nikole 34, 21230 abalj, RS (72) VULIN, Miroslav, Svetog Nikole 34, 21230 abalj, RS (74) NIKI, Jelena, afarikova 15, 21000 Novi Sad, RS (57) Ureaj za smanjenje emisije tetnih gasova iz dimnjaka snage do 50MW funkcionie tako to tetni gas prvo prolazi kroz elemenat (9) i zatim nastavlja prema vodenoj turbini (11) kroz cev 4, gde nailazi na vodenu maglu od turbine (10) i vodene mlaznice (12). Krupnije estice se natapaju i tako oteane padaju kroz cevice (5) u separator (1). Neistoe se iz separatora (1) otklanjaju pomou slavine (13). Dopuna nivoa vode u separatoru (1), vri se pomou slavine (14). Gasovi koji se nakupljaju iznad povrine vode separatora (1) prolaze kroz cev (3) i dalje kroz T komad (7) u kome se nalazi filter (15) za suvo preiavanje i preien gas odnosno ist vazduh izlazi kroz cev 8 u atmosferu. Dodatno rastereenje pritiska u pronalasku kao i dodatno preiavanje se vri cevima za reciklau (16).

2011/5 A Intellectual Property Gazette 2011/5

2848 / RS / IPO

(54) DEVICE FOR REDUCING HARMFUL GASES FROM CHIMNEYS WITH POWER OUTPUT UP TO 50 kW (57) The invention herewith described refers to the device for reducing harmful gases from the chimneys with power output up to 50 kW operates in the way that harmful gas first passes through the element (9) and then proceeds to the water turbine (11) through the pipe (4), where it meets the turbine (10) water fog and water nozzles (12). The larger particles are saturated and thus heavier and because of that they fall down through the tubes (5) into the separator (1). The impurities from the separator (1) are removed by the tap (l3). The adding to the water level in the separator (1) is performed by the tap (14). Gases accumulated above the water surface in the separator (1) pass through the pipe (3) and further on through the T piece (7) in which there is the filter (15) for the dry purifying and the purified gas i.e. the clean air exits through the pipe (8) into the atmosphere. An additional pressure relief in the invention and the additional purifying are performed by the tubes for recycling (16).

(51) B 01 D 53/34 (2006.01) (11) 2010/0148 (13) A

(21) P-2010/0148 (22) 31.03.2010. (54) KOLEKTORSKI ELEKTRO FILTER (71) MUNJAS, Vlajko, 17 Oktobar 14/32, Smederevo, RS (72) MUNJAS, Vlajko, 17 Oktobar 14/32, Smederevo, RS (57) - (1), , (2), je . je (4 5) - , (5) . . je . je , , , .

. je (10) (11). .

(54) COLLECTOR ELECTRICAL FILTER (57) The invention herewith described refers to the collector electrical filters for purification of gases which consists of the outer metal sheath - the collector (1), which acts as the negative electrode and in the inside of which there is the coating (3) of an insulating material, the corrugated metal inner cylinder (2), which is coated with a thin layer of insulating material of low capacity for polarization of dielectric and acts as a positive electrode. The inner metal cylinder rests on the isolation rings (4, 5) - the electrode supports and the ring (5) through which there is obtained the galvanic connection of the positive electrode with the source of high voltage DC power supply. With connecting to the power source, between the outer cylinder as the negative electrode and the inner cylinder as the positive electrode there will be formed an electric field. In order to maintain a stationary electric field, the inside of the outer cylinder is coated with an insulating coating of adequate dielectric strength. The surface of the positive electrode is coated with a layer of insulating material, which, due to its dielectric properties, prevents neutralisation of negatively charged particles, which under the influence of an electric field, come into contact with the positive electrode resulting in their accumulation on it. The removal of the accumulated particles from the positive electrode is performed by the air under pressure in the process of which the electrodes can be in or out of the collector. Withdrawal of the electrodes from the collector and its return to the original position is provided by the application of the insulating couplings (10) and the movable frame (11). The collector electrical filters can be applied individually for small spaces or within the block collector with more collector electrical filters.

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2849

(51) B 24 B 3/36 (2006.01) (11) 2010/0194 (13) A

(21) P-2010/0194 (22) 28.04.2010. (54) DIJAMANTSKI OTRA SA KERAMIKOM (71) POPOVI, Blagoje, Milutina Milankovia 130, 11070 Beograd, RS (72) POPOVI, Blagoje, Milutina Milankovia 130, 11070 Beograd, RS (57) Dijamantski otra sa keramikom ima kuite (7) koje ima oblik elipse koja je u prednjem deli zaseena kuitem baterije (20) koje spaja kuite (7) i ergonomski rukohvat (17). Iznad kuita baterije (20) postavljen je nosa ploica za otrenje (14) u kome se nalaze ploice 4 za otrenje noeva i makaza pod potrebnim uglom. U ergonomskom rukohvatu (17) postavljenje elektromotor (2) koji preko osovinice (10) prenosi obrtni moment na osovinicu sa dijamantom (1), oko koje je vodjica noa (16) tako da je uvek idealni ugao otrenja. Dijamantski otra sa keramikom se moe proizvoditi poznatim tehnolokim procesima.

(54) DIAMOND CERAMIC SHARPENER (57) The invention herewith described refers to the diamond ceramic sharpener which has a housing (7) in the shape of an ellipse whose part is the notched the battery holder (20) which connects the housing (7) and the ergonomic grip (17). Above the battery holder (20), there is mounted the sharpening plate bracket (14) which includes plates (4) for sharpening knives and scissors under the required angle. In the ergonomic grip (17) there is mounted the electric motor (2) which through a pin (10) transmits the torque to the pin with the diamond (l) around which there is the knife guide (l6) so that there is always the ideal sharpening angle. Diamond ceramic sharpener can be produced with well-known technological processes.

(51) B 29 B 7/02 (2006.01) E 06 B 3/56 (2006.01) C 08 L 23/06 (2006.01)

(11) 2010/0161 (13) A

(21) P-2010/0161 (22) 12.04.2010. (54) POSTROJENJE I POSTUPAK ZA PROIZVODNJU TRAJNO PLASTINIH MASA (KITOVA) ZA ZAPTIVANJE POBOLJANIH SVOJSTAVA, ZA PRIMENU NAROITO U GRAEVINARSTVU (71) BLAGOJEVI, Milorad, Vojvoanska 106, 11070 Novi Beograd, RS; MARINKOVI, Aleksandar, dr. dipl. in. tehnologije, Radomira Markovia 33, Jajinci, RS (72) BLAGOJEVI, Milorad, Vojvoanska 106, 11070 Novi Beograd, RS; MARINKOVI, Aleksandar, dr, Radomira Markovia 33, Jajinci, RS (57) Postrojenje za proizvodnju trajno plastinih masa (kitova) za zaptivanje poboljanih svojstava, za primenu naroito u graevinarstvu, prema pronalasku se sastoji od vage (l) za pripremu veziva i vage (3) za odmeravanje vezivnog poluroizvoda (c) i komponenata (d-f), zatim od planetarnih mealica (2, 4, 6) uredjaja za dodavanje krede (h) i komponenata (i-k), uredjaja (7, 8) za profilisanje testaste mase (l), uredjaja (9) za seenje i uredjaja (10) za pakovanje odseene mase, koji su svi povezani trakastim transporterom (2). Tehnoloki postupak proizvodnje trajno plastinim masa (kitova) se sastoji iz dve faze. Tokom prve faze, faze proizvodnje veziva, vri se odmeravanje plastifikatora koji moe biti: parafinsko ulje, naftensko ulje, di-(2-etilheksil) ftalat, dibutil ftalat, butil benzil ftalat, diizononil ftalat, di-izodecil ftalat, trietil citrat i di-n-oktil ftalat ili njihova kombinacija, komponenta (b), i polietilenskog oligomera, komponenta (a), koji se nakon odmeravanja na vagi (1) transportuju do planetarne mealice (2) u kojoj se vri meanje veziva nakon ega se dobija vezivni poluproizvod (c). Postupak proizvodnje veziva baziranog na polietilenskom oligomeru se nastavlja odmeravanjem vezivnog poluproizvoda (c), dispergatora (d), homogenizatora (e) i pigmenta na vagi (3), nakon ega se komponente trakastim transporterom (12) dopremaju u mealicu (4) za meanje i homogenizovanje mase ime se dobija vezivo (g). Tokom druge faze vezivo (g) se zatim transporterom (12) doprema u mealicu (6) u koju se iz uredjaja (5) dodaje kreda (h) u dva dela, talk (1), silikati (j), i drugi punioci prema definisanoj tehnologiji. Direktno iz mealice (6) masa (l) dospeva u uredjaj (7) kojim se izvodi profilisanje plastine mase. Iz uredjaja (7) za profilisanje izlazi plastina masa definisanog profila koju see uredjaj (9) za seenje, a zatim se u uredjaju (10) vri pakovanje gotovog proizvoda plastine mase definisanog oblika.

2011/5 A Intellectual Property Gazette 2011/5

2850 / RS / IPO

(54) PLANT FOR THE PRODUCTION OF DURABLE PLASTICS (PUTTIES) FOR SEALING WITH IMPROVED SEALING PROPERTIES, PARTICULARLY FOR USE IN CIVIL ENGINEERING (57) Invention herewith described refers to the plant for the production of durable plastics (putties) for sealing with the improved sealing properties, particularly for use in the civil engineering, that consists of the balance (1) for the preparation of the binder and the balance (3) for measuring the connective semi-finished product (c) and components (df), then of the planetary mixers (2, 4, 6), the unit (5) for chalk adding (h) and components (i-k), devices (7, 8) for the profiling of the pasty mass (l), devices (9) for cutting and unit (10) for cut off weight packing, and they are all linked with a conveyor belt (12).The technological process for production of durable plastics (putties) consists of two phases. During the first phase, the phase of the binder production, the measurement of plasticizers is performed which can be: paraffin oil, naphthenic oil, di-(2-ethylhexyl) phthalate, dibutyl phthalate, butyl benzyl phthalate, diisononyl phthalate, di-isodecyl phthalate, triethyl citrate and di-n-octyl phthalate or any combination thereof, component (b), polyethylene oligomer, component (a) which, after weighing on the balance (1), are transported to the planetary mixers (2) where the binder is mixed and the binding semi-finished product (c) is obtained. The manufacturing process of binders based on polyethylene oligomers proceeds with measuring of the binding semi-finished product (c), dispersant (d), homogenizers (s) and pigment on the balance (3) and after that the components are via belt conveyor (12) supplied to the mixer (4) for mixing and homogenizing the mass in order to obtain the binder (g). During the second phase, the binder (g) is via conveyor (12) delivered to the mixer (6) into which is from the unit (5) added the chalk (h) twice, talc (i), silicates (j) and other fillers according to the to defined technology. Directly from the mixer (6), the mass (l) enters the device (7) for plastic profiling. From the profiling device (7) there comes out the plastics of the defined profile which is cut by the cutting device (9), and then packed in the device (10) for packing the finished plastic products of a defined shape.

(51) B 41 M 3/14 (2006.01) B 41 M 3/00 (2006.01) B 42 D 15/00 (2006.01) C 09 D 5/00 (2006.01)

(11) 2011/0247 (13) A

(21) P-2011/0247 (22) 10.06.2011. (54) JEDNOSLOJNI ZATITINI ELEMENT SA ETVOROSTRUKIM SISTEMOM ZA POTVRDU AUTENTINOSTI I ORIGINALNOSTI ZATIENIH PROIZVODA OD HARTIJE I SINTETIKIH MATERIJALA I POSTUPAK DOBIJANJA ZATITNOG PREMAZA U OBLIKU SUSPENZIJE ZA SITOTAMPU (71) NBS-ZAVOD ZA IZRADU NOVANICA I KOVANOG NOVCA-TOPIDER, Pionirska 2, 11030 Beograd, RS

(72) JEVTI, Ljubomir, Milutina Milankovia 120g, 11070 Novi Beograd, RS (57) , , 200 1500 nm. , , , , . , , je 200 400 nm 700 1500 nm, , , je . . (54) SINGLE-LAYER PROTECTIVE ELEMENT WITH QUADRUPLE SYSTEM FOR CONFIRMING AUTHENTICITY AND ORIGINALITY OF PROPRIETARY PRODUCTS OF PAPER AND SYNTHETIC MATERIALS AND PROCESS OF OBTAINING PROTECTIVE COATINGS IN FORM OF SUSPENSION FOR SCREEN PRINTING (57) The invention herewith described refers to the single-layer transparent protective element that provides concurrent, multispectral responses from the visible part of the spectrum, to the exciting electromagnetic radiation in the range between 200 and 1500 nm. The invention also relates to the process for obtaining the protective coating in the form of suspension, which is by screen print, in one pass, applied to the protected products, which can be made of the paper or the synthetic materials. Thus applied, it makes a single-layer transparent protective element which due to its four optical features, fluorescence when excited by electromagnetic radiation in the ultraviolet range between 200 and 400nm and infrared range between 700 and 1500 nm, circular polarization feature and change of the colour of reflected light from its surface, when changing the viewing angle, it serves to confirm the authenticity and originality of the protected products on which is applied. The invention reduces the number of stages in the security printing and helps to prevent forgery and counterfeiting of protected products.

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2851

(51) B 60 L 1/00 (2008.04) (11) 2010/0002 (13) A

(21) P-2010/0002 (22) 05.01.2010. (54) DODATNO BEZBEDNOSNO BEINO STOP SVETLO ZA MOTOCIKLE (71) LUCI, Neboja, Osmana ikia 11, 11000 Beograd, RS (72) LUCI, Neboja, Osmana ikia 11, 11000 Beograd, RS (57) (1) 27, 12 MHz je . (2) 27, 12 MHz, , je 24 LED (3), (3) (5) . , , , LED , , . , , a , .

(54) ADDITIONAL SECURITY WIRELESS BRAKE LIGHT FOR MOTORCYCLES (57) The invention herewith described refers to the additional security wireless brake light for the motorcycles. The transmitter (1) of the radio frequency signals with the frequency of 27.12 MHz is parallel connected to the bulb of the brake light on the motorcycle and mounted into the stop light housing or in its immediate vicinity. The receiver (2) of the radio frequency signals with the frequency of 27.12 MHz is self-powered and parallel connected to the series of 24

LEDs mounted into the housing (3), which are together with the receiver (3) housing fastened by Velcro strap (5) to the rear of the motorcycle driver's helmet. To obtain an additional stop light on the protective helmet of the motorcycle driver, the radio frequency signal of the transmitter that appears by its putting on voltage when pressing the motorcycle brake pedal, is received by the receiver immediately lighting up the LEDs which are parallel connected to it and represent additional stop light. When the driver releases the motorcycle brake pedal, the basic brake light turns off causing the additional stop light to turn off too because the additional brake light transmitter has the same power source as the basic stop light.

(51) B 60 Q 1/076 (2006.01) (11) 2010/0210 (13) A

(21) P-2010/0210 (22) 11.05.2010. (54) NAPONSKI PREKIDA FAROVA (71) PAUNOVI, Ratislav, 16. oktobra 84/25, 11300 Smederevo, RS (72) PAUNOVI, Ratislav, 16. oktobra 84/25, 11300 Smederevo, RS (57) Naponski prekida farova automatski pali farove posle starta motora, ako se akumulator puni. Kontrolie ispravnost kompletnog elektroenergetskog sistema vozila: remena, alternatora, dioda i reglera. Ne dozvoljava pranjenje akumulatora farovima! tedi novac za: kaznu zbog ugaenih farova, eksterno punjenje ili zamenu akumulatora, lep slubu na putu ako nestane struja, itd.

(54) VOLTAGE HEADLIGHT SWITCH (57) Invention herewith described refers to the voltage headlight switch that automatically turns on the headlights after starting the engine if the battery is charged. It controls the correctness of the complete electric power system of a vehicle: drive belt, alternator, diodes, and voltage regulator. It does not allow headlights to discharge the battery. It saves money for: the traffic ticket for headlights being off, the external charging or replacing battery, the towing service if the power goes out, and so on.

2011/5 A Intellectual Property Gazette 2011/5

2852 / RS / IPO

(51) B 60 R 25/02 (2006.01) E 05 B 35/04 (2006.01)

(11) 2010/0016 (13) A

(21) P-2010/0016 (22) 18.01.2010. (54) MEHANIKA BRAVA SA KODIRANIM KLJUEM ZA BLOKIRANJE VRATILA UPRAVLJAA VOZILA I ZATITU MOTORNOG VOZILA OD KRAE (71) TRAJKOVI, Predrag, Stefana Prvovenanog 138, 11000 Beograd, RS (72) TRAJKOVI, Predrag, Stefana Prvovenanog 138, 11000 Beograd, RS (74) VLAHOVI, Slobodan, Radoja Dakia 35/32, 11070 Novi Beograd, RS (57) ca , , (15) je (14) (16) . (14) je , (1) ca , (1) . , ca (13) ca () (12) , (3) (5) ca (6) je (11). (3) (5) je (1) . (3) je (9) no , (), (4) (1) . (4) (9) je (10) (1) ca (14) . ca , (10) , (1) . (3) je (2). () (12) (1) (14) (14) , () . () (12) . (1) (14) () .

(54) MECHANICAL LOCK WITH CODED KEY FOR BLOCKING THE SHAFT OF THE STEERING WHEEL AND PREVENTION OF MOTOR VEHICLE THEFT (57) The invention herewith described refers to the mechanical lock with coded key for blocking the shaft of the steering wheel and prevention of the motor vehicle theft which is, according to the invention, so mounted that on the housing (15) of the steering system that comprises the shaft (14) of the vehicles steering wheel, there is welded a clevis shaped holder (16) to which the lock assembly is welded by its lower surface. In the shaft (14) of the vehicles steering wheel it is necessary to make a transverse hole with the same diameter as is the diameter of the wedge (1) and with appropriate clearance into which enters the lower part of the wedge (1) when locking the vehicle. The proposed lock consists of the standard lock with coded central core (13), which is locked and unlocked with a coded key (K) when inserted into cylinder (12) of the lock located in the housing (3) and inserted into the steel body (5) connected with the holder (6) of the housing (15) where the safety screw (11) is screwed in. Through the housing (3) and the body (5) there is made a vertical opening for inserting the cylindrical steel wedge (1) with the ball fixed with thread on the upper end of the drivers handle. On the bottom of the housing (3) there is the runner (9) of the slide for locking and along which by turning the key (K), moves the slide (4) of the wedge locker which at the locking of the vehicle enters the narrowed groove on the wedge (1) and thus prevents unwelcome extraction of the wedge (1). Between the slide (4) and the slide runner (9) there is mounted a spring (10) for ejection of the wedge (1) after unlocking in the cases when the lock is fixed from the upper end (14) of the shaft or laterally. When the lock is fixed from the lower end, the spring (10) is not mounted because the wedge (1) is ejected due to its weight. The housing (3) of the lock is closed with a decorative cover (2). By inserting the key (K) into the cylinder (12) opening and by its rotating, the wedge (1) enters the opening on the shaft (14) of the vehicles steering wheel and then the locking and preventing the rotation of shaft (14) of the vehicles steering wheel are

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2853

performed, after which the key (K) is pulled out from the lock. Unlocking the lock is performed by inserting the key (K) into the cylinder lock (12) opening. By turning the key to the right, the lock mechanism is released and the wedge (1) ejects from the hole on the shaft (14) of the vehicles steering wheel and from the lock and releases the shaft (14) of the vehicles steering system and after that the key (K) is removed from the lock.

(51) B 65 D 23/00 (2006.01) A 45 F 5/00 (2006.01)

(11) 2010/0112 (13) A

(21) P-2010/0112 (22) 12.03.2010. (54) POMAGALO ZA OTVARANJE, ZATVARANJE I NOENJE ALUMINIUMSKE AMBALAE ZAPREMINE 0, 33 I 0, 5 L. (71) TRAJAKOVI, Saa, Karlovakog Mira 45b, Sremski Karlovci, RS (72) TRAJAKOVI, Saa, Karlovakog Mira 45b, Sremski Karlovci, RS (57) , 0,33 0,5 1 , . . (1) , (7) (2) je / (5) , (6), (3) , (4) , (7) (8) . je 0,33 0,5 1.

(54) TOOL FOR OPENING, CLOSING AND CARRYING ALUMINIUM CONTAINER WITH CAPACITY OF 0, 33 AND 0.5 L (57) Invention herewith described refers to the tool for opening, closing and carrying the aluminium container with the capacity of 0,33 and 0,5 l makes easier the opening, closing and carrying the cans. It consists of upper and lower part mounted on the lid of the can. The lower part consists of a can brim catcher (1), a slider (7) and a hook (2) while the upper part consists of an opener/ closure (5) of the can opening, a positioner (6), a

support (3) for the thumb when opening, a support (4) for the thumb when closing, a slide (7) and slide stoppers (8). The invention is simple to use and universal for all types of aluminium containers of 0,33 and 0,5 l.

(51) B 65 D 23/08 (2006.01) B 65 D 81/38 (2006.01)

(11) 2010/0147 (13) A

(21) P-2010/0147 (22) 30.03.2010. (54) DRA AMBALAE KOJI ODRAVA TEMPERATURU (71) LUKINOVI, Sonja, Palmotieva 25, 11000 Beograd, RS (72) LUKINOVI, Sonja, Palmotieva 25, 11000 Beograd, RS (57) Dra ambalae koji odrava temperature se sastoji od tela (1) draa ambalae, koje je izvedeno kao uplje telo izraeno od termoizolacionog elastinog materijala, koji ima svojstva da se moe prilagoditi spoljanjem obliku ambalae koja sadri fluid ija se temperatura eli odravati konstantnom. Materijal draa ambalae mora biti elastian u dovoljnoj meri da se unutranja povrina (3) draa ambalae prilagoava spoljanjem obliku ambalae i da sa njom ostvaruje preklop navlaenjem na ambalau, ime se ostvaruje vrsta veza i onemoguuje ispadanje ambalae iz draa ambalae. Sa spoljanje strane tela (1) vrsto vezano platno (5), kako bi obezbedila dugotrajnost draa ambalae.

(54) CONTAINER HOLDER FOR MAINTAINING TEMPERATURE (57) Invention herewith described refers to the container holder for maintaining the temperature consisting of the body (1) of the container holder designed as a hollow body made of thermal insulating elastic material which can adjust to the outer form of the container containing the fluid whose temperature is to be kept constant. The material of the container holder must be flexible enough that the inner surface (3) of the holder can adjust to the outer form of the container creating an overlap with it by putting on the container, thus achieving a firm joint and disabling the fallout of the container from the holder. On the outer side of the body (1) there is firmly tied fabric (5) providing the long life of the container holder.

2011/5 A Intellectual Property Gazette 2011/5

2854 / RS / IPO

(51) B 65 D 51/18 (2006.01) B 67 B 3/00 (2006.01)

(11) 2010/0102 (13) A

(21) P-2010/0102 (22) 08.03.2010. (54) SISTEM ZA NEPREKIDNO IZLIVANJE FLUIDA (71) PAUNOVIC, Nenad, aanska bb, D.Vreina , 18000 Ni, RS (72) PAUNOVIC, Nenad, aanska bb, D.Vreina , 18000 Ni, RS (57) () (2) () () (3) . (1) () (3) () (1) (1).

(54) SYSTEM FOR CONTINUOUS OUTFLOW OF FLUIDS (57) The invention herewith described refers to the system for continuous outflow of fluids which consists of the main opening(s) for the outflow (2) of fluids surrounded with the additional openings (3) for the fluid outflow. During the outflow of the stored fluid from the container (1), the additional opening(s) (3) allows the inflow of the outer fluid into the interior of the container (1) and the unobstructed outflow of the stored fluid from the container (1).

(51) C 02 F 1/52 (2006.01) C 02 F 1/28 (2006.01)

(11) 2010/0135 (13) A

(21) P-2010/0135 (22) 24.03.2010. (54) POSTUPAK ZA PREIAVANJE OTPADNIH VODA KOJE SADRE MINERALNA ULJA, MERKAPTANE I VTH (71) INSTITUT ZA OPTU I FIZKU HEMIJU, Studentski trg 12/5, 11000 Beograd, RS (72) SIMONOVI, Branislav, dr, Ranka Tajsi 5, 11000 Beograd, RS; ARANELOVI, Dragana, III bulevar 26/69, 11070 Novi Beograd, RS; PEZO, Lato, dr, Jurija Gagarina 62/86, 11070 Novi Beograd, RS; JOVANOVI, Aca, mr, Valjevskog odreda 96, 11211 Bora, RS; KOVAEVI, Branimir, Kneza Miloa 43, 11000 Beograd, RS; JOVANOVI, Mia, prof. dr, Graanika 7, 11000 Beograd, RS; PETROVI, Slobodan, prof. dr, Poarevaka 6, 11000 Beograd, RS

(57) je . / / : / ( 2,5-5:1) ( 2,5-5:1:3-4) 0,2%, na , , 10 ppm; / / / , , , 1: 0,1-0,3, , , 1 ppm.

(54) PROCEDURE FOR PURIFICATION OF WASTE WATER CONTAINING MINERAL OILS, MERCAPTANS AND BTX (57) Invention herewith described refers to the procedure for purification of waste water containing mineral oils, mercaptans and BTX. The technical problem to be solved by the invention procedure is the removal of mineral oil and mercaptans from wastewater containing significant concentrations of BTX. The procedure for purification of waste water containing mineral oil and/or mercaptans and/or BTX consists of two phases: - Within the first phase of the procedure a flocculant is added to the wastewater. The flocculant is the silicon/aluminium -polymer composite (in ratio of 2,5-5:1) as well as iron (in ratio of 2,5-5:1:3-4) in total concentrations of up to 0,2%. The formation of floccules is accomplished by agitation and they attract mineral oils, mercaptans and BTX, so that the concentration of the remaining mineral oils is less than 10 ppm. - During the second phase, the

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2855

wastewater containing mineral oils and/or fuel oil and/or mercaptans and/or BTX, previously treated by the process from the first phase, passes through the column filled with a combination of sorption materials made of anthracite and activated carbon placed at the entrance of the column, in the ratio 1: 0,1-0,3, for removal residual quantities of mineral oils, fuel oil, mercaptans and BTX in concentrations less than 1 ppm.

(51) C 02 F 11/12 (2006.01) B 65 G 53/30 (2006.01) B 01 D 17/00 (2006.01) B 65 G 3/02 (2006.01)

(11) 2010/0137 (13) A

(21) P-2010/0137 (22) 11.12.2009. (54) PRIPREMA I DEPONOVANJE VEOMA GUSTE MEAVINE PEPELA, LJAKE I VODE U VIDU PASTE (71) STANKOVI, Mioljub, Vece Lesendria 6, 11564 Stepojevac, RS (72) STANKOVI, Mioljub, Vece Lesendria 6, 11564 Stepojevac, RS (57) Priprema i deponovanje veoma guste meevine pepela i ljake i vode u vidu paste se izvodi uvoenjem tene meavine vode, pepela i ljake sa masenim sadrajem vode oko 60%, cevovodom (1) u postrojenje za odvodnjavanje (2) u kome se izdvaja voda tako da na se na izlazu dobije meavina vode, pepela i ljake u vidu paste sa masenim sadrajem vode oko 30%. Ova meavina se klipnom ili membranskom pumpom(3) i cevovodom (4) odlae povoljnije na deponiju (5) na vee visine a uticaj ove paste na okolinu po pitanju vika vode je zanemarljiv. Izdvojena voda se odvodi u talono jezero obloeno folijom (7) i koristi se za ispiranje delova postrojenja za odvodnjavanje preko sistema(8) za zalivanje deponije preko pumi (9) i cevovod (10) ili se vraa u termoelektranu preko cevovoda (11). Istaloeni mulj se pumpom (12) uvodi povremeno u talonik (13) iz koga se gusti mulj uvode u postrojenje za odvodnjavanje (2) preko cevovoda (14) a prelivna voda se vrae u talono jezero (7) preko cevovoda (15). Primenom ovog pronalaska eliminie se prodiranje vodi iz deponije u podzemne vode i omoguuje zalivanje deponije i tako spreava podizanje praine i omoguuje rekultivacija deponije.

(54) PREPARATION AND DEPOSITING OF VERY THICK MIXTURE OF FLY ASH, SLAG AND WATER IN PASTE FORM (57) Invention herewith described refers to the preparation and depositing a thick mixture of fly ash, slag, and water in the form of paste performed by introducing the liquid mixture of water, ash and slag with the water mass content of about 60% through the pipeline (1) into the drainage system (2) in which the water is separated in order to get the mixture of water, ash and slag in the form of paste at the exit with the water mass content of about 30%. This mixture is through the piston pump or diaphragm pump (3) and the pipeline (4) better disposed to the landfill (5) to greater heights and the impact of this paste on the environment in terms of water excess is negligible. The separated water is drained into the precipitation lake (7) lined with foil and used to irrigate parts of the drainage system through the system (8) for the landfill watering via pumps (9) and the pipeline (10) or it returns to the power plant through the pipeline (11). From time to time, the deposited sludge is by the pump (12) introduced into the precipitation tank (13) from which the thick sludge is introduced into the drainage system (2) through the pipeline (14) and the water overflow returns into the precipitation lake (7) through the pipeline (l5). By using this invention, the penetration of water from the landfill into the groundwater is eliminated and the watering of the landfill is allowed, raising of dust is prevented and the landfill reclamation is allowed.

(51) C 04 B 103/65 (2006.01) C 09 K 3/18 (2006.01)

(11) 2009/0429 (13) A

(21) P-2009/0429 (22) 12.10.2009. (54) HIDROIZOLACIONI MATERIJAL NA BAZI SEPIOLITA (71) MIURI Sran, Osogovska 41, 26000 Panevo, RS (72) MIURI Sran, Osogovska 41, 26000 Panevo, RS (57) Hidroizolacioni material na bazi minerala sepiolita pripada grupi minerolokih, viekomponentnih, prakastih hidroizolacionih materijala, specifian po tome jer mu je osnovna komponenta prakasti tvrdi mineral SEPIOLIT Mg8 Si12 O 30()4 (H20)4 nH2, gde je n=6-8, suvo pomean u tano odreenom omeru sa prakastim celoluznim uguivaem hidroksipropilmetilcelulozom ( HPMC ) i pomonim aditivima antipenuavcem u prahu i konzervansom u prahu, koji pomean sa odreenim procentom vode formira pastu, koja mehanikim zatvaranjem i apsorbcijom vode potpuno i trajno spreava prodiranje vode. (54) WATERPROOFING MATERIAL BASED ON SEPIOLITE (57) The invention herewith described refers to the waterproofing material based on the sepiolite mineral and belongs to the group of mineralogical, multicomponent, powdered waterproofing materials, and which is specific because its basic component is the

2011/5 A Intellectual Property Gazette 2011/5

2856 / RS / IPO

powdered hard mineral sepiolite MG8 Si12 O30(OH)4 (H20)4 x nH2O, where is n = 6-8, dry blended at the precisely defined ratio of the powdered cellulose thickener Hydroxy Propyl Methyl Cellulose (HPMC) and extra additives - powdered antibubbling agent and powdered preserving agent that mixed with a certain amount of water form a paste that by a mechanical closure and absorption of water totally and permanently prevents water penetration.

(51) C 07 C 67/02 (2006.01) C 10 G 3/00 (2006.01) C 10 L 1/02 (2006.01)

(11) 2010/0142 (13) A

(21) P-2010/0142 (22) 25.03.2010. (54) DOBIJANJE METIL ESTARA MASNIH KISELINA BILJNIH ULJA KONTINUALNIM POSTUPKOM HETEROGENO KATALIZOVANE METANOLIZE BILJNIH ULJA (71) STAMENKOVI, Olivera, dr, doc, Ilije Strele 3/28, 16000 Leskovac, RS (72) STAMENKOVI, Olivera, dr, doc, Ilije Strele 3/28, 16000 Leskovac, RS; MILADINOVI, Marija, Duboica 107/30, 16000 Leskovac, RS; VELJKOVI, Vlada, prof. dr, 16000 Leskovac, RS; SKALA, Dejan, prof. dr, Tadeua Koukog 74, 11000 Beograd, RS; TODOROVI, Zoran, dr, Selo Guberevac, 16000 Leskovac, RS; LAZI, Miodrag, prof. dr, 16000 Leskovac, RS; STAMENKOVI, Ivica, mr, Ilije Strele 3/28, 16000 Leskovac, RS (57) Razvijen je postupak za dobijanje metil estara masnih kiselina metanolizom biljnih ulja primenom negaenog krea kao katalizatora u reaktoru sa nepokretnim slojem. Negaeni kre se priprema arenjem na temperaturi od 450 do 650C u trajanju od 4 h. Reakcija metanolize je izvedena na atmosferskom pritisku i temperaturi od 20 do 65C, pri molskom odnosu metanohulje od 6:1 do 20:1 i vremenu zadravanja reakcione smee 60 do 120 min. Prinos metil estara masnih kiselina iznosi 99 % na temperaturi 60C, pri poetnom molskom odnosu metanokulje 18:1 i pri vremenu kontakta 90 min. (54) SYNTHESIS OF ACID METHYL ESTERS BY CONTINUOUS HETEROGENEOUS CATALYZED METHANOLYSIS OF VEGETABLE OILS (57) The invention herewith described refers to the synthesis of acid methyl esters by continuous heterogeneous catalyzed methanolysis of vegetable oils by using the quicklime as the catalyst in the reactor with a fixed layer. The quicklime is prepared by annealing at a temperature of 450 to 650C for 4 h. The methanolysis reaction is performed at the atmospheric pressure and temperature of 20 to 65C, and the mole ratio methanol:oil from 6:1 to 20:1 and the reaction mixture retention time from 60 to 120 min. The productivity of fatty acid methyl esters is 99% at the temperature of 60C, at the initial minor mole ratio methanol:oil 18:1 and at the contact time of 90 min.

(51) C 07 C 231/02 (2006.01) C 07 C 233/05 (2006.01) C 07 C 233/06 (2006.01) C 07 C 233/02 (2006.01) C 07 C 233/04 (2006.01)

(11) 2010/0184 (13) A

(21) P-2010/0184 (22) 20.04.2010. (54) POSTUPAK ZA DOBIJANJE NOVIH N, N-DISUPSTITUISANIH HLORACETAMIDA (71) PAVI, Ivana, Stanka Koraa 46, Busije, Ugrinovci, RS; MARINKOVI, Aleksandar, dr, Radomira Markovia 33, Jajinci, Beograd, RS; MIJIN, Duan, ., dr, Ustanika 114/21, Beograd, RS; CVETOJEVI, Slavica, Ohridska 5/34, Zemun, RS; PETROVI, Slobodan, D., dr, Poarevaka 6, Beograd, RS (72) PAVI, Ivana, Stanka Koraa 46, Busije, Ugrinovci, RS; MARINKOVI, Aleksandar, dr, Radomira Markovia 33, Jajinci, Beograd, RS; MIJIN, Duan, ., dr, Ustanika 114/21, Beograd, RS; CVETOJEVI, Slavica, Ohridska 5/34, Zemun, RS; PETROVI, Slobodan, D., dr, Poarevaka 6, Beograd, RS (57) Postupak za dobijanje novih N,N-disupstituisanih hloracetamida opte formule (I) u kojoj R1 i R2 predstavljaju alkil i cikloalkil grupe prema sledeoj tabeli:

R1 R2 etil pentil etil heksil

cikloheksil sek-pentil sek-butil propil n-butil terc-butil

okarakterisan je prema ovom pronalasku time to reaguje hloracetilhlorid, 121 (II), sa odgovarajuim sekundarnim aminima opte formule (III) u kojoj, R1 i R2 predstavlja alkil grupu kao to je ranije navedeno, u pogodnom organskom rastvarau, metilenhloridu, u prisustvu kalijum-karbonata, akceptora kiseline, i na temperaturi od 0 - 40C.

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2857

(54) PROCEDURE FOR OBTAINING NEW N, N- DISUBSTITUTED CHLORACETAMIDES (57) The invention herewith described refers to the procedure for obtaining the new N, N- disubstituted chloracetamides of general formula (I) in which R1 and R2 represent alkyl and cycloalkyl groups according to the following table:

R1 R2 ethyl pentyl ethyl hexyl

cyclohexyl sec-pentyl sec-butyl propyl n-butyl tert-butyl

The procedure is characterized according to this invention by reacting chloracetyl chloride, ClCH2COC1 (II), with appropriate secondary amines of general formula (III) in which R1 and R2 represent alkyl group as previously stated, in a suitable organic solvent, methylene chloride, in the presence of potassium carbonate, acid acceptor at the temperature of 0 - 40 C.

(51) C 07 C 333/32 (2006.01) (11) 2011/0060 (13) A

(21) P-2011/0060 (22) 07.02.2011. (54) POSTUPAK SINTEZE TETRAMETIL TIURAM DISULFIDA (TMTD) U POGODNOM REAKCIONOM MEDIJUMU (71) NOVAKOVI, Neboja, Rige od Fere 10, 32300 Gornji Milanovac, RS; MARINKOVI, Aleksandar, D., dr, Radomira Markovia 33, 11222 Jajinci, RS; MILENKOVI, Dragan, dr, Rasinska 32, 37000 Kruevac, RS; MILOSAVLJEVI, Milutin, dr, Nedeljka abrinkovia 59, 11000 Beograd, RS; MARKOVI, Jelena, M., enerala Terzia 15, 32300 Gornji Milanovac, RS (72) NOVAKOVI, Neboja, Rige od Fere 10, 32300 Gornji Milanovac, RS; MARINKOVI, Aleksandar, D., dr, Radomira Markovia 33, 11222 Jajinci, RS; MILENKOVI, Dragan, dr, Rasinska 32, 37000 Kruevac, RS; MILOSAVLJEVI, Milutin, dr, Nedeljka abrinkovia 59, 11000 Beograd, RS; MARKOVI, Jelena, M., enerala Terzia 15, 32300 Gornji Milanovac, RS (57)Novi postupak za dobijanje tetrametiltiuramdisulfida (TMTD) ubrzivaa vulkanizacije kauuka opte formule (I) okarakterisan je prema ovom pronalasku time dimetilditiokarbaminske kiseline (II) dobijena u reakciji ugljendisulfida (III) CS2 i dimetilamina (IV) u pogodnom reakcionom medijumu azeotropnoj smei izopropil alkohol - voda 87,7% -12,3%, ili smei izopropil alkohol - voda 70,4% - 29,6%, oksidie pomou vodonik peroksida (V) H2O2 koji je, takoe upotrebljen kao 13,2 %-tni rastvor u azeotropnoj smei izopropil alkohol voda 87,7% - 12,3% pri emu se nakon reakcije izdvaja proizvod filtracijom nastale suspenzije i ispiranjem, a nakon toga suenjem filtracione pogae u vakuum sunici. U prvoj fazi reakcije dimetilamin i

ugljendisulfid reaguju pri najpogodnijem molskom odnosu 1,0:1,1 na temperaturi od 28C do 35C, tokom 0, 5 asova, a u drugoj fazi dobijena dimetilaminska so dimetilditiokarbaminske kiseline reaguje sa rastvorom vodonik-peroksida u toku 0,5 asova, pri molskom odnosu 1,0:1,0, pri temperaturi od 35 do 40C. Dobija se tetrametiltiuramdisulfid (TMTD) kao, najpovoljnije sa aspekta proizvodnosti reaktora, 20 %- tna suspenzija koja se zatim filtrira na vakuum filtru i ispira sa vodom, filtrat se sabira i ponovo upotrebljava za sledeu sintezu kao reakcioni medijum, a filtraciona pogaa sui u vakuum sunici na 80C pri vakuumu od 660 Pa u toku 2 asa. Dobijeni ( TMTD ) se moe mleti do odreene granulacije i formulisati sa 1% tom ulja za gumarsku industriju ili formulisati kao preparat fungicid.

(54) PROCEDURE FOR SYNTHESIS OF TETRAMETHYLTHIURAM DISULFIDE (TMTD) USING APPROPRIATE REACTION MEDIUM (57) The invention herewith described refers to the new procedure for obtaining tetramethylthiuram disulfide (TMTD) the accelerator in rubber vulcanization of the general formula (I) is characterized according to this invention by the fact that: dimethylamine salt of the dimethyldithiocarbamic acid (II) obtained in the reaction of carbon disulphide (III) CS2 and dimethylamine (IV) in the suitable reaction medium an azeotropic mixture of isopropyl alcohol - water 87,7% -12,3%, or a mixture of isopropyl alcohol - water 70,4% - 29,6%, is oxidized by hydrogen peroxide (V) H2O2 which is also used as a 13,2%

2011/5 A Intellectual Property Gazette 2011/5

2858 / RS / IPO

solution in azeotropic mixture of isopropyl alcohol - water 87,7% - 12,3%, whereat after the reaction, there is separated the product resulting from the suspension caused by filtration and rinsing, and after that by drying the filtrated slop in the vacuum drier. In the first phase of the reaction, dimethylamine and carbon disulphide react with the most suitable molar ratio 1,0:1,1 at the temperature of 28 C to 35 C for half an hour, while in the second phase, the obtained dimethylamine salt of dimethyldithiocarbamic acid reacts with hydrogen peroxide solution during half an hour, with molar ratio 1, 0:1,0 at the temperature of 35 to 40C. Tetramethylthiuram disulfide (TMTD) is obtained as, the best from the point of the reactor productivity, the 20% suspension which is then filtered by a vacuum filter and rinsed with water, the filtrate is gathered and reused for the next synthesis as the reaction medium, and the filtrated slop is dried in the vacuum drier at the temperature of 80 C and the vacuum of 660 Pa for 2 hours. The obtained (TMTD) can be grinded to the specific granulation and formulated with 1% of the oil for the rubber industry or formulated as the preparation - fungicide.

(51) C 22 C 37/00 (2006.01) C 10 J 3/00 (2006.01)

(11) 2010/0121 (13) A

(21) P-2010/0121 (22) 17.03.2010. (54) ANTIABRAZIVNA LEGURA LIVENOG GVOA I POSTUPAK NJENE PROIZVODNJE (71) JANIIJEVI, Miroslav, Gandijeva 116/14, 11070 Beograd, RS; KOKANOVI, Marko, Kralja Milutina 9/b, 11500 Obrenovac, RS (72) JANIIJEVI, Miroslav, Gandijeva 116/14, 11070 Beograd, RS; KOKANOVI, Marko, Kralja Milutina 9/b, 11500 Obrenovac, RS (74) MAMI, Ana, Gospodar Jevremova 41, 11000 Beograd, RS (57) Antiabrazivna legura livenog gvoa i postupak njene proizvodnje koristi se za izradu aluzina za usmeravanje aerosmee. aluzine su ugraene u kanalima aerosmee od mlinova do kotlova u termoelektranama. Aerosmea nosi estice uglja i peska, to izaziva abraziju aluzina. Legura je hemijskog sastava 2,4 do 2,6 masenih % ugljenika; 0,5 do 0,7 masenih% silicijuma; 0,5 do 0,6 masenih % mangana; 18 do 20 masenih % hroma; 0,8 do 1,2 masenih % nikla; 2,5 do 2,7 masenih % molibdena; 0,32 do 0,34 masenih % cerijuma, lantana i niodima zajedno; do 0,1 masenih % volframa i vanadijuma zajedno sa ostatkom gvoa. Legura se dugotrajno izotermiki zagreva na 920C i kontrolisano hladi 75 asova do min 150C, pri emu se dobije tvrdoa HRc=28 do 30. (54) NON-ABRASIVE CAST IRON ALLOY AND PRODUCTION PROCESS THEREOF (57) The Invention herewith described refers to the non-abrasive cast iron alloy and its production process used for making shutters for aero-mixture directing. The shutters are built in the aero-mixture channels from the

mills to the boilers in the thermoelectric power plants. Aero-mixture carries coal and sand particles, causing the abrasion of the shutters. Chemical composition of the alloy is 2,4 to 2,6 mass % of carbon, 0,5 to 0,7 weight % of silicon, 0,5 to 0,6 mass % of manganese; 18 to 20 mass % of chromium, 0, 8 to 1,2 mass % of nickel, 2,5 to 2,7 mass % of molybdenum, 0,32 to 0,34 mass% of cerium, lanthanum and neodymium together, to 0,1 mass % of tungsten and vanadium, together with the rest of iron. The alloy is heated isothermally for long to 920C and controlled cooled for 75 hours to min 150C, where the obtained hardness is HRc = 28 to 30.

(51) E 02 B 9/02 (2006.01) (11) 2010/0125 (13) A

(21) P-2010/0125 (22) 19.03.2010. (54) SISTEM UDRUENOG AUTOMATSKOG SAMOSTALNOG RADA REVERZIBILNIH HIDROCENTRALA (71) JOVI, Vasilije, Radivoja Bogdanovia 50, 22203 Noaj, RS (72) JOVI, Vasilije, Radivoja Bogdanovia 50, 22203 Noaj, RS (57) (1), (2) (3) , (1) (3), (2) . (1), (2) (3) , , : - (1) (1a), (1) (5) (4); - (2) (2), "" (2) (2), (2) (5), (4) (1) (3); - (3) (), (3), (5), (4) (7) (8).

2011/5 Intellectual Property Gazette 2011/5 A

/ RS / IPO 2859

(54) SYSTEM FOR JOINT AUTOMATIC INDEPENDENT OPERATION OF REVERSIBLE HYDROPOWER PLANTS (57) The invention herewith described refers to the joint operation of the three pipeline systems (1), (2) and (3) that will, through their additional elements, the generators (1a) and (3a), and the turbo generator (2a) produce the electricity. In order to successfully realize the intended purpose of this imaginary joint operation of the system of pipelines (1), (2) and (3), some additional parts are built in, as follows: - Into the pipeline (1) there are installed the generator (1a), the gate water valve (1b) and the three-phase cable of the current network (5) with the transformer (4); - Into the pipeline (2) there are installed the turbo generator (2a), the connecting tube "T" (2d), the gate water valves (2b), (2c) and the terminal of the three-phase cable of the current network (5), with the transformer (4) for actuating generators (1a) and (3a); - Into the pipeline (3) there are installed the generator (3a), the gate water valve (3b), the three-phase cable of the current network (5), connected with the transformer (4) and the three-phase socket (7) turned on and off by the float socket (8).

(51) E 04 B 1/78 (2006.01) E 04 B 1/80 (2006.01) E 04 B 1/88 (2006.01) E 04 F 13/076 (2006.01)

(11) 2010/0197 (13) A

(21) P-2010/0197 (22) 29.04.2010. (54) SISTEM GOTOVE TERMOIZOLACIONE FASADE OD UEBLJENIH PLOASTIH STIROPOR ELEMENATA SA OSNOVNOM I FINALNOM OBRADOM (71) FILI, Jovica, Somborska 2, 11300 Smederevo, RS (72) FILI, Jovica, Somborska 2, 11300 Smederevo, RS (57) , (6) (1) (3) (2) . o (1) (4) (5) a (7) (8) o (9) (3) - (2). (4) (5) (3) - (2) , .

(54) SYSTEM OF READY-MADE THERMAL INSULATING FACADE MADE OF FLUTED PLATE SHAPED EXPANDED POLYSTYRENE ELEMENTS WITH PRIMARY TREATMENT AND FINAL PROCESSING (57) Invention herewith described refers to the system of ready-made thermal insulating facade made of fluted plate shaped expanded polystyrene elements with primary treatment and final processing consisting of the thermal insulating angular elements (6) and the panel (1) with a tongue (3) and a groove (2) of the expanded polystyrene and the styrodur. They are cut on the computer controlled machine for cutting expanded polystyrene and styrodur according to the given shape of the panel (1) and then in the production process, the primer coat (4) and finishing coat (5) are applied to their surface and then, by a combination of construction adhesive (7) and polyurethane foam (8), they are glued to the surface of the wall (9) and joined with the tongue (3) and groove (2) connecting system. The system of previously applied primer coat (4) and finishing coat (5) surface treatment in the combination with the tongue (3) and the groove (2) joining system simplifies the procedure and shortens the time required for the facade construction and reduces the costs and needed workforce.

(51) F 01 N 3/04 (2006.01) (11) 2010/0013 (13) A

(21) P-2010/0013 (22) 14.01.2010. (54) PREISTA IZDUVNIH GASOVA IZ IZDUVNE CEVI KOD SUS MOTORA (71) JAOVI, Dragoslav, D. Patrijarha br. 5., Beograd - 11090 Rakovica, RS (57) je . (1) (6) (1) (2) (4) (3) (7). (1) je (5) je (3) (4) a (12), (4) (11) (14), a (23)

2011/5 A Intellectual Property Gazette 2011/5

2860 / RS / IPO

(2) je (1), je (15). Ha (1) (5) (21) (3) (22), (21) (22) , (16) je (6). (16) (18) (25) (16) je (1.7) (8) je (19) (9) (10) je (4). (18) je (24) (20), a , 12 V, 35 - 55 Ah.

(54) EXHAUST GAS PURIFIER FOR INTERNAL COMBUSTION ENGINE (57) The invention herewith described refers to the exhaust gas purifier for the internal combustion engines which are the device for purifying the products of the combustion and their chemical decomposition. The purifier consists of the housing (1) on whose one side is mounted the input pipe (6) through which the gases enter the housing (1) in which is the wet purifier (2) wetted by the liquid (4) from the tank (3) and thus chemically dissolved the gasses pass through the exhaust pipe (7). To the upper side of the housing (1) there is attached the frame (5) comprising the tank (3) with liquid (4) and whose bottom has the holes (12) through which the liquid (4) seeps on the protective sheet (11) with the holes (14), and through them the liquid seeps on the protective purifier (23) the purifier (2) mounted inside the housing (1) to the bottom side of which there is fixed the sheet metal (15). To the housing (1) there is soldered the frame (5) with the hole (21) comprising the tank (3) with the hole (22), the holes (21) and (22) have to coincide, to them there is soldered the bracket (16) of the jet spray nozzle that should be above the inlet pipe (6). In the bracket (16) of the jet spray nozzle, there is the jet spray nozzle (18) through the lid (25) attached to the bracket (16) on whose side there is the tube (17) with the plastic hose (8) with the pump (19) and the tap (9 ) connected to the bottle (10) containing the liquid (4). The jet spray nozzle (18) is connected to the cable (24) with the electronic automat (20), which is connected with the power source, the battery 12 V, 3S - 55 Ah.

(51) F 02 C 3/04 (2006.01) (11) 2010/0051 (13) A

(21) P-2010/0051 (22) 05.02.2010. (54) GASNA TURBINA (71) URAINOVI, Jovan, Blok 63, zgrada 4 stan 4, 22320 Inija, RS (72) URAINOVI, Jovan, Blok 63, zgrada 4 stan 4, 22320 Inija, RS (57) je (1) je (2). a (1) (3) (4) (6) (5) . (7).

(54) GAS TURBINE (57) The gas turbine is a machine composed of the housing (1) in which the axle (2) is mounted. On one side of the housing (1) there is an intake (3) of air from the atmosphere into the compressor (4), which creates pressure in the chamber (6) into which enters (5) biodiesel or gas as a fuel and where the gas combustion is performed. Combustion gases drive the gas turbine (7).

(51) F 03 B 1/00 (2006.01) (11) 2010/0079 (13) A

(21) P-2010/0079 (22) 25.02.2010. (54) HIDROCENTRALA KAPIJA (71) MILIEVI, Drako, Ul. Slobode 5/14, Smederevo, RS (72) MILIEVI, Drako, Ul. Slobode 5/14, Smederevo, RS (57) (1) , (2), (3), (4), (5), (6), (7), (8, 10, 16), (9) , (11) , (14), (17), (12) (11) (13) - (17). (1) (2) (3)