||WO||WO/2015/009250 - METHOD OF OPERATION OF APPLICATIONS ON A WEB PLATFORM AND CIRCUIT FOR CARRYING OUT THE METHOD||22.01.2015||
||PCT/SK2014/050018||ADVOKÁTSKA KANCELÁRIA, MARKO, S.R.O.||KIANIČKA, Ladislav|
A method of operation of applications on a web platform and a circuit for carrying out said method are applied in the system of sale of applications in real time. It consists of a controlling part of a server (XX) containing a registration unit (1), and which generates a personal account (1A) for an application publisher connected to the server (XX) via hardware communications means, such as PC, Phone, Tablet. The server further contains a database (DB). The database is connected to the controlling part of the server (XX). The personal account (1A) of the application publisher also contains a possibility to amend to a modified personal account (1B) of the application publisher.A registration unit (2) of an application consumer generates a personal account (2A) of the application consumer, which is connected to the server(XX) through hardware communications means (6) of the application consumer, such as (PC, Phone, Tablet) and to the database(DB),which is connected to the server(XX). The database (DB) also contains a sorting system (TS), which sorts respective applications (APL) into categories and a searching system (VS). The server (XX) also contains a monitoring system (MS), which is automatically inserted into applications (APL).The monitoring system(MS) automatically counts and monitors all sold applications in all sales networks,such as Google Play, App Store, Black Berry World, Windows Phone and others in real time. All data from the monitoring system(MS) are brought to the server (XX),which processes and rates them. Information is further provided to the application consumer and application publisher via the hardware communications means (5) of application publishers and hardware communications means (6) of the application consumers, such as PC, Phone, Tablet and the like.
||WO||WO/2015/009249 - ENHANCEMENT-MODE III-N TRANSISTOR WITH N-POLARITY AND METHOD OF FABRICATING THE SAME||22.01.2015||
||PCT/SK2014/000011||ELEKTROTECHNICKY USTAV SAV||KUZMIK, Ján|
Enhancement -mode III-N transistor with N-polarity consisting of the following layers, from the bottom: a bottom barrier layer ( 1 ); a channel layer ( 2 ); an upper barrier layer ( 3 ), the chemical composition of which is different from the composition of the bottom barrier layer; and a dielectric insulating layer ( 4 ), while the upper barrier layer/channel layer interface exhibits a negative polarization charge with an absolute value larger than the positive polarization charge at the channel layer/bottom barrier layer interface, and the transistor threshold voltage is freely adjustable.
||WO||WO/2015/005875 - PELLET MILL||15.01.2015||
||PCT/SK2014/000018||SLOVENSKÁ TECHNICKÁ UNIVERZITA V BRATISLAVE||ŠOOŠ, L'ubomir|
For the pellet mill it is characteristic that the matrix (5) is coupled to the punch body (2) using intermeshing shaped tools in which the punch body (2) working face is in its outer part directly or indirectly fitted with shaped protrusions (14) regularly arranged on the circumference. At the same time, the matrix (5) working face is in its outer part directly or indirectly fitted with the cavities of continuous holes and/or shaped depressions (15) regularly arranged on the circumference. There is a direct or independent kinetic link between the spherical body (1 ) and the punch body (2).
||WO||WO/2014/209241 - METHOD FOR CROSS-LINKING OF POLYMER FILMS||31.12.2014||
||PCT/SK2014/050008||ÚSTAV POLYMÉROV SAV||LUKÁČ, Ivan|
The polymer films cross-linking method is based on the use as additive of low-molecular compound containing two 1,2-dicarbonyl groups at least, dissolved in the polymer in the amount between 1.2 and 11.7% (related to the polymer mass). The low-molecular compound is photoperoxidized by visible light and UV light in presence of oxygen till the 1,2-dicarbonyl groups are consumed by the formation of diacyl peroxide structures, decomposed subsequently by light or heat, thus creating the cross-linked polymer. The consumption of 1,2-dicarbonyl structures during the photoperoxidation and the subsequent decomposition of the diacyl peroxide groups at the generation of the cross-linked polymer is monitored according to the changes in IR spectra.
||WO||WO/2014/193314 - ADDITIVE FOR CETANE NUMBER INCREASE OF DIESEL FUELS AND BIO-DIESEL FUELS AND ITS USE||04.12.2014||
||PCT/SK2014/050015||SLOVENSKÁ TECHNICKÁ UNIVERZITA V BRATISLAVE||DAUČÍK, Pavol|
Additive for Cetane Number Increase of Diesel Fuels or Bio-Diesel Fuels The essence of the additive increasing the diesel or bio-diesel fuels cetane number consists in the additive constituted glycerol mono- and diesters nitrates containing the isomers of glycerol dialkyl ester mononitrate and/or isomers of glycerol monoalkyl ester dinitrate with between 1 and 20 carbons in the ester alkyl group and their addition in concentrations between 1 and 5,000 mg/kg to the total fuel amount. The additive is added either directly or diluted in fatty acids alkyl esters having from 1 to 20 carbons in the acid and/or alcohol relevant group contained in the esters.
||WO||WO/2014/185867 - SYSTEM FOR PROVIDING OF SERVICES, IN PARTICULAR SALE OF GOODS, ORDERING OF SERVICES AND PROVISION OF BETTING SERVICES.||20.11.2014||
||PCT/SK2014/050017||ITVSI A.S.||SUCHOBA, Michal|
The system for provision of services, in particular sale of goods, ordering of services and provision of betting services to customers during broadcasting of a television programme of the digital cable television consisting of a TV set (C3), which is through a bidirectional means connected to a TV operator (C4), which is subsequently through a unidirectional means connected to BackOffice (C1) and through a bidirectional means connected to AdManager (C2), which manages offers of goods and services and/or through a bidirectional means connected to BetService (C6) for management of offered betting services. BetService (C6) is through a bidirectional means connected to the External Bet Provider (C7) in order to secure services related to betting. The External Bet Provider (C7) is through a unidirectional means connected to BiddingSystem (R3) which is by a unidirectional means connected to BetService (C6). To AdManager (C2), AdvertSystem (R1) is connected through a unidirectional means and along with it also an inventory system of orders, goods and services of BackOffice (C1), which is through a bidirectional means connected to InfoSystem (C5) and through a unidirectional means connected to AdvertSystem (R1). AdvertSystem (R1) is connected to the electronic means (R2) of the customer for delivering services or supplying goods, whereas the electronic means (R2) of the customer are through a bidirectional means connected to InfoSystem (C5) for tracking the status of the order.
||WO||WO/2014/182254 - DEVICE FOR GRINDING AND FEEDING OF SOLID PARTICLES OF DRY ICE FOR DEVICES FOR MIXING SOLID PARTICLES OF DRY ICE WITH FLOW OF GASEOUS MEDIUM||13.11.2014||
||PCT/SK2013/050002||ICS ICE CLEANING SYSTEMS S.R.O.||KUBIŠ, Ivan|
Device for grinding and feeding of solid particles of dry ice comprising rotative roller (1 ) connected to a power source (7). Against the rotative roller (1 ), a rotative roller (3) eccentrically positioned on rotatively arranged supporting body (2) is placed and provided with means (4) for kinetic coupling with the power source (7).
||WO||WO/2014/182256 - RECUPERATIVE UNIT FOR A SMELTING AGGREGATE||13.11.2014||
||PCT/SK2014/000013||ŽILINSKÁ UNIVERZITA V ŽILINE||GAVLAS, Stanislav|
Recuperative unit for flue gas waste heat recovery from the smelting aggregate consists of two basic consecutive functional parts, namely a heat exchange equipment combustion products (1) - air with a preheated air outlet (2) to the burner; and heat exchange equipment combustion products (3) - water with a hot water outlet (4) in such a configuration, where the preheated air outlet (2) is situated at the flue gas inlet (5) of the heat exchange equipment combustion products (1) - air; and the cool air inlet (7) is situated at the flue gas outlet (6) of the heat exchange equipment combustion products (1) - air. The heat exchange equipment combustion products (1) - air consists of three segments (8) arranged in three spatial axes, where a part of the segments (8) is revolvable and a part of the segments (8) is firmly anchored. The flue gas pipe is conducted centrally through each segment (8) of the heat exchange equipment combustion products (1) - air and it is concentrically stored in a solid steel casing ensuring cooling space around the flue ducts with tangential air inlets/outlets located at their ends. The heat exchange equipment combustion products (3) - water has a vertical flue gas chamber and the the system placed therein with field pipes for the flow of heated water, with flue gas outlet (9) into the chimney.
||WO||WO/2014/182258 - CONSTRUCTION ELEMENT BASED ON SINGLE AND MULTILAYERED METAL GLASS AND METHOD OF PRODUCTION OF THEREOF||13.11.2014||
||PCT/SK2014/000015||FYZIKALNY USTAV SAV||ŠVEC, Peter|
Single and multi-layered metallic-glass based construction element, the element has the shape of a thin-walled strip 15-60 microns thick, thermally molded, and after the molding the construction element retains the shape acquired through molding, the amorphous structure and flexibility. A method of production of a construction element conducted in a such way that metallic glass strip is being led through a molded molding opening heated to a chosen temperature using a heating device with a temperature meter, the temperature is chosen according to the composition of the material. Plastic deformation of the construction element is permanent after lowering the temperature. Shaping of the metallic glass is done preferably in the shape of long troughs with the cross-section in the shape of the letters U, V, S, C or W, the shape of tubes of a straight or bended shape, with the cross-section in the shape of the letters O, B or the digit 8, shape of a spiral, shape of a spiral with interlacing threads or multiple articulated shapes in order to obtain shaped watch or spiral-shaped springs.
||WO||WO/2014/182253 - DEVICE FOR MIXING SOLID PARTICLES OF DRY ICE WITH FLOW OF GASEOUS MEDIUM||13.11.2014||
||PCT/SK2013/050001||ICS ICE CLEANING SYSTEMS S.R.O.||KUBIŠ, Ivan|
Device for mixing solid particles of dry ice and the flow of gaseous medium comprises feeding element (2) rotatively placed within the fixed housing (1 ) having openings (12, 13) for the flow of gaseous medium and/or the flow of gaseous medium with solid particles. Between the fixed housing (1 ) and rotatively placed feeding element (2) the immovable elastic membrane (3) is placed. The fixed housing (1 ) is at the side of the elastic membrane (3) provided by at least one sealed pressure chamber (14) connected with the opening (13) for the flow of gaseous medium and/or the opening (12) for the flow of gaseous medium with solid particles.