Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/179072 - COMPOSITIONS FOR BINDING AND SEPARATING OF PROTEINS||05.12.2013||
|PCT/HU2013/000050||BUDAPESTI MÜSZAKI ÉS GAZDASÁGTUDOMÁNYI EGYETEM||POPPE, László|
A composition for binding and separating proteins characterized by the general formula (II) wherein R1 is a hydrophobic group of small size, preferably hydrogen, or C1C8 straight chain or branched alkyl, or C2-C8 straight chain or branched alkenyl or alkynyl, C6-G8 aryl or aralkyl or cycloalkyl group; or alkoxy group, preferably methoxy or ethoxy group; or acyloxy group, preferably acetyloxy group; or chlorine, R2 is R1 or a hydrophobic group of small size, preferably hydrogen, or C1C8 straight chain or branched alkyl, or C2-C8 straight chain or branched alkenyl or alkynyl, C6-C8 aryl or aralkyl or cycloalkyl group; or alkoxy group, preferably methoxy- or ethoxy group; or acyloxy group, preferably acetyloxy group; or chlorine different form R1, R3 is R2 or a non-reactive group which contains straight chain, branched or cyclic structures formed by 2 - 30 covalently connected carbon, oxygen, sulfur, fluorine, chlorine, bromine or iodine atoms, symbol = represents one, two or three covalent single bonds between the Si atoms and the surface of the support, in case of one covalent bond, two of the R1- R3 groups are attached to the given Si atom; in case of two covalent bonds, one of the R1- R3 groups is attached to the given Si atom; in case of three covalent bonds, none of the groups R1 - R3 are attached to the given Si atom, A is an atom or group of atoms containing a non-bonding pair of electrons, preferably NH, NR3, S, O, L is a straight, branched or cyclic structure connecting Si atoms and the A moiety comprising 2 - 22 carbon, sulfur or nitrogen atoms covalently connected to each other, x is a number and 0 >x> 1, m is an integer and m = 0, 1 or 2.
|2.||WO||WO/2013/179073 - METHOD AND SYSTEM FOR MAPPING AN INTEGRAL INTO A THREAD OF A PARALLEL ARCHITECTURE||05.12.2013||
|PCT/HU2013/000051||FURUKAWA ELECTRIC TECHNOLÓGIAI INTÉZET KFT.||RÁK, Adám|
The invention is a method for mapping an integral into a thread of a parallel architecture, in the course of which the integral is mapped into a summation expressed by coefficient values and summation values (S100), and a directed graph is generated corresponding to the computation of the summation (S1 10). The directed graph comprising input nodes corresponding to the coefficient values and to the summation values, being connected to inputs of edges, respectively, and being adapted for giving their values, as intermediate values, to the edges connected thereto with their inputs, at least one intermediate node each corresponding to one operation of the summation, and being connected to outputs of two edges and to an input of one edge, and being adapted for performing the operation on the values of the edges connected thereto with their outputs, and for giving the result of the operation as an intermediate value to the edge connected thereto with its input, and an output node being connected to the output of an edge corresponding to an intermediate value corresponding to at least a part of the summation, and being adapted for receiving the intermediate value thereof. Furthermore, in the course of the method a level of a traversal sequence to each of the nodes is assigned, respectively, (S200), and at each level of the traversal sequence, a storage location of the intermediate value corresponding to the edge connected with its input to the node corresponding to the given level is specified (S300) in a memory corresponding to the thread and comprising a register storage, a local storage, and a global storage. The invention is furthermore a system for mapping an integral into a thread of a parallel architecture.
|3.||WO||WO/2013/175249 - MOBILE RESTING CHAIR AND METHOD FOR APPLICATION THEREOF||28.11.2013||
|PCT/HU2013/000048||TÓTH, László||TÓTH, László|
The subject of the invention is a mobile resting chair for the improvement of the physical, intellectual and mental condition of the human body with utilization of C02, and method for application thereof. The resting chair according to the invention has a seating surface and a back support placed on a base body, which is characterised by that the base body (2) of the resting chair (1) has a rear arched bordering surface (3) protruding from the lower part (5) of the base body (2), has a front arched bordering surface (4), and the resting chair (1) is covered from above with a partially closed movable hood (14), and a foot support (7), a lower foot support (8), a seating surface (9) and a back support (10) are established within the base body (2) of the resting chair (1), where the lower foot support (8) is aligned with an angle (a) relative to the lower part (5) of the base body (2), and the seating surface (9) is aligned with another angle (β), the back support has another angle (γ), and a gas distributor (13) is installed at the C02 gas inlet (1 1 ) at the edge of the back support (10), in the given case on the C02 gas inlet (1 1), together with a C02 gas sensor (12), where the lateral rim (18) of the base body (2) being in contact with the hood (14) has a raising angle (ε), and a pivot (16) is installed in the base body (12) for the mechanical manipulation of the hood (14), to which a lever (15) is connected, which in turn is attached to the hood (14).
|4.||WO||WO/2013/175248 - METHOD AND SETUP TO MANIPULATE ELECTRICALLY CHARGED PARTICLES||28.11.2013||
|PCT/HU2013/000044||PÉCSI TUDOMÁNYEGYETEM||ALMÁSI, Gábor|
The invention relates to a such particle accelerator setup (1, 11 ) and method based on the total reflection of electromagnetic pulses with a frequency falling into the THz frequency domain that utilize the evanescent filed for the acceleration of electrically charged particles. Said setup includes a radiation source (5) to emit high-energy THz-pulses, preferably comprising a few optical cycles, having a large peak electric field strength, as well as two optical elements (2, 12) in the form of a pair of bulk crystals made of a substance that exhibits large refractive index, low dispersion and high optical destruction threshold, wherein said optical elements are transparent for the THz radiation. The inventive solutions represent much simpler, more compact and more cost effective alternatives compared to the prior art particle accelerator setups.
|5.||WO||WO/2013/171525 - CARRIERS FOR PESTICIDES AND PROCESS FOR FORMING ADHERENT PESTICIDE FILM||21.11.2013||
|PCT/HU2013/000047||BVN NÖVÉNYVÉDŐ KFT.||BAKÁNY Gábor|
The invention concerns drying oil containing carriers forming polymerizable films usable in pesticides, and adherent pesticides containing the carriers and having controllable properties. The invention also covers a process for forming pesticides containing the carrier.
|6.||WO||WO/2013/171524 - PROCESS AND TEST DEVICE FOR THE TESTING OF WINDSCREEN WIPER BLADE END CAPS||21.11.2013||
|PCT/HU2013/000046||KONTZ, Zoltán||KONTZ, Zoltán|
This invention pertains to a process for testing windscreen wiper blade end caps. In the course of this process, first, the end caps are pushed toward the windscreen wiper blade from both sides, during the installation phase, via slide-in plate (6) until the fitting tab on the bottom of each end cap slides into the receptacle on the end of the corresponding flexor, thus capping off the wiper blades and fixing them in place. The process is characterised in that it establishes, during the installation process, whether the end caps have been adequately fitted and secured, by attempting - during the return phase, at an appropriate pre-set force controlled by a force- regulating unit (3) - to pull the installed caps out of position using a test assembly head that includes, among other things, a slide-in plate (6), noting that if the end caps remain in place undamaged, then they have been adequately fitted and secured.
|7.||WO||WO/2013/167920 - METHOD AND MEASUREMENT UNIT FOR MONITORING THE STATUS OF COLLECTORS IN RADIAL COLLECTOR WELLS BY MEASURING COLLECTOR WALL THICKNESS AND DETERMINING COLLECTOR AGING CONDITION||14.11.2013||
|PCT/HU2013/000039||FŐVÁROSI VIZMŰVEK ZRT.||CSÓKA, Gyula|
The invention relates to a method for monitoring the status of collectors in radial collector wells by measuring collector wall thickness and determining the aging condition of the collector. The essential feature of the invention is that a measurement unit is lowered in the well shaft of the radial collector well to the level of the collector, the measurement unit is introduced into the collector by remote control to perform optical data acquisition, the measurement unit is brought to a halt at least one point of the collector where the wall thickness of the collector is measured, and the measured data are stored in the measurement unit and/or sent to the surface. The invention further relates to a measurement unit capable of carrying out the method. The measurement unit (1) has an outer shell shaped as a body of revolution, with a propeller (2), driven by electric motor (3) and adapted to drive the measurement unit forward and backward, being connected to the rear end thereof. Reversible-direction propellers, driven by electric motor (3), are disposed in respective steering ducts (6, 7) located in the front portion of the measurement unit (1), with a front camera (18) and a periscope camera (17) being arranged to be connected through a data acquisition unit (16), where the periscope camera (18) is arranged perpendicular to the axis (24) of the measurement unit (1). A wall thickness measurement head (20), connected to a control/data storage unit (13), is built in the measurement unit (1) perpendicular to the axis (24) thereof, with a radio frequency (RC) control unit (10) adapted to perform control of the measurement unit (1 ) being also built therein. An RC antenna (11) is mounted on the outer shell, and energy is supplied to the measurement unit (1) from a built-in battery, with ballast tanks (4, 5) and compressed air tanks (15) being disposed inside the shell of the measurement unit (1), where the compressed air tanks are connected to the ballast tanks (4, 5) and the ballast tanks and compressed air tanks are adapted for floating and/or adjusting the submersion depth of the measurement unit (1).
|8.||WO||WO/2013/167921 - DISTRIBUTED POWER GENERATION SYSTEM, CONTROL MEANS AND METHOD FOR CONTROLLING THE POWER GENERATION OF THE SYSTEM||14.11.2013||
|PCT/HU2013/000040||VPP ENERGY ZRT.||CSERVÖLGYI, Krisztián|
An apparatus (120) for controlling the power generation of a distributed power generation system (100) including a plurality of small power plants (110) is disclosed. The apparatus comprises a first communication interface unit (301) configured to receive, from each of the small power plants (110) via a first communication interconnection (311), measured values of the instantaneous power generated by the small power plants (110) in the distributed power generation system (100), and to transmit, through said first communication interconnection (311) to each of the small power plants (110), information relating to the individual power control of the small power plants (110), a second communication interface unit (302) configured to receive, from a production control center (160) via a second communication interconnection (312), power values to be provided by the distributed power generation system for said power supply system, said power values being specified by said production control system as a function of the instantaneous load of the power supply system managed by said production control system, and a central data processing unit (330) configured to determine the aggregate instantaneous power of the distributed power generation system (100) on the basis of the measured power values received from the small power plants (110), to determine the difference between the power specified by the production control center (160) for the distributed power generation system (100) and the aggregate instantaneous power of the distributed power generation system (100), and to generate power control information for each of said small power plants as a function of said power difference, according to a predetermined method. A distributed power generation system comprising a plurality of small power plants, said central control apparatus and a communication network is also disclosed. A method for controlling the power generation of said small power plants constituting the distributed power generation system is further disclosed.
|9.||WO||WO/2013/167922 - PROCESS FOR PRODUCTION OF MODIFIED PUR INTEGRAL FOAM, MODIFIED PUR INTEGRAL FOAM, AND USE THEREOF||14.11.2013||
|PCT/HU2013/000042||RATIPUR GÉPJÁRMŰALKATRÉSZT ÉS AUTÓFELSZERELÉST GYÁRTÓ ÉS ÉRTÉKESÍTŐ KORLÁTOLT FELELŐSSÉGŰ TÁRSASÁG||KRAUSZ, Gábor|
The object of the invention is a method for producing PUR integral foam with a modified structure, in the course of which the components forming the PUR foam are mixed together and cross-linked in a tool. The method is based on that along at least a first surface region of the internal surface of the tool a temperature is ensured to enable the formation of an integral skin layer, and along at least a second surface region a temperature is ensured to prevent the formation of an integral skin layer. A further object of the invention is a PUR integral foam with a modified structure, which has an internal foam structure and is based on that on at least one first surface region of the foam structure an integral skin layer is created, and at least one second surface region is free of an integral skin layer.
|10.||WO||WO/2013/167923 - A NEW TYPE OF WINE-BASED BEVERAGES||14.11.2013||
|PCT/HU2013/000043||GRUNDTNER, Marcell||GRUNDTNER, Marcell|
The invention relates to a new type of wine-based beverage which contains 20-40 percent by volume wine, 50-80 percent by volume fruit juice or filtered fruit juice, or fruit flowers extract or mixture of these items, and at least 0,1 percent by volume carbon dioxide, and preferably 1-15 percent by volume sweetener, furthermore allowable and known auxiliary materials.