mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising or consisting of: 35 to 90 wt% of at least one (meth) acrylic ester of the general formula in which R 1 is selected from H and CH 3 and R 2 is a linear or branched alkyl chain having 1 to 30 carbons; 5 to 30 wt% of at least one olefinically unsaturated monomer having at least one cationically polymerizable functional group; 5 to 30 wt% of at least one alkoxysilane-modified (meth)acrylic ester; 5 to 30 wt% of at least one N-vinyl-substituted lactam; and optionally up to 5 wt% of at least one (meth)acrylic ester different from and/or of at least one olefinically unsaturated monomer which is copolymerizable with components to, wherein the weight indications are each based on the composition. 35 to 90 wt% of at least one (meth) acrylic ester of the general formula in which R 1 is selected from H and CH 3 and R 2 is a linear or branched alkyl chain having 1 to 30 carbons; 5 to 30 wt% of at least one olefinically unsaturated monomer having at least one cationically polymerizable functional group; 5 to 30 wt% of at least one alkoxysilane-modified (meth)acrylic ester; 5 to 30 wt% of at least one N-vinyl-substituted lactam; and optionally up to 5 wt% of at least one (meth)acrylic ester different from and/or of at least one olefinically unsaturated monomer which is copolymerizable with components to,
A method for transmitting a data stream from a User Equipment, the User Equipment comprising four antennas, whereby one or two antenna pairs are selected for transmission, the method comprising the steps of: - receiving, from a radio base station, a precoding code book or information identifying the precoding code book; - receiving, from the radio base station, information identifying an entry of the precoding code book for controlling transmissions from said four antennas, said code book comprising a plurality of entries, said entries comprising different antenna pair combinations of said four antennas, wherein a plurality of entries of said code book is arranged to only use one pair of said antennas; - storing the received information; - precoding said data stream in accordance with said entry; and - transmitting the precoded data stream by said one or two antenna pairs. - receiving, from a radio base station, a precoding code book or information identifying the precoding code book; - receiving, from the radio base station, information identifying an entry of the precoding code book for controlling transmissions from said four antennas, said code book comprising a plurality of entries, said entries comprising different antenna pair combinations of said four antennas, wherein a plurality of entries of said code book is arranged to only use one pair of said antennas; - storing the received information; - precoding said data stream in accordance with said entry; and - transmitting the precoded data stream by said one or two antenna pairs.
A children's vehicle with a seat, including an adjustable locking device, with which a desired position of the seat in the longitudinal direction of the children's vehicle may be set, characterised by a security locking device which releases the adjustable locking device for adjustment of the current position only when the seat is unloaded.
SOFC fuel cell system, in particular for use in a cogeneration plant, with a reformer, a fuel cell stack, an exhaust gas catalyst and cathode air pre-heater, characterized in that the cathode air pre-heater is arranged in front of the exhaust gas catalyst in the flow direction of the exhaust gas.
Fast-tool lathe comprising a lathe tool which is operatively connected by way of a tool holder with a fast-tool servo so as to be able to execute oscillating movements in an advance direction in common with the tool holder, and a device for supplying a liquid cooling lubricant to a cutting edge of the lathe tool, wherein a first connection, which is stationary with respect to a housing of the fast-tool servo, for a cooling lubricant source and an outlet, which is in fluid connection with the first connection, for delivery of a cooling lubricant jet to the lathe tool are provided, characterized in that the outlet is provided at the tool holder and is in fluid connection with the first connection by way of a resilient hose portion, wherein the outlet is formed by at least one nozzle channel in the tool holder, which nozzle channel communicates with a distributor bore, in which a second connection (70, 70') for the resilient hose portion is secured, in the tool holder, and wherein the resilient hose portion is longer than the largest clear spacing between the first connection and the second connection (70, 70') and extends therebetween in a curved shape, namely Cor U-shaped.
Method for manufacturing an inkjet print head, the inkjet print head having a nozzle, an associated funnel and an ink chamber,the ink chamber having a larger diameter than the nozzle, the funnel being arranged between the ink chamber and the nozzle and providing a gradual transition from the large ink chamber to the nozzle, wherein the nozzle and the funnel are provided in a single plate and the method comprises: (a) providing the single plate, the plate being etchable; (b) providing an etch resistant mask on the plate, the mask having a pattern, wherein the pattern comprises a first pattern part for etching the nozzle and a second pattern part for etching the funnel; (c) covering one of the first pattern part and the second pattern part using a first cover; (d) etching one of the nozzle and funnel corresponding to the pattern part not covered in step (c); (e) removing the first cover; (f) etching the other one of the nozzle and funnel; (g) removing the etch resistant mask. (a) providing the single plate, the plate being etchable; (b) providing an etch resistant mask on the plate, the mask having a pattern, wherein the pattern comprises a first pattern part for etching the nozzle and a second pattern part for etching the funnel; (c) covering one of the first pattern part and the second pattern part using a first cover; (d) etching one of the nozzle and funnel corresponding to the pattern part not covered in step (c); (e) removing the first cover; (f) etching the other one of the nozzle and funnel; (g) removing the etch resistant mask.
Apparatus comprising: a plurality of synthetic bubbles or beads (100, 117), and a cell or column having a top part and a bottom part, the top part configured to receive a mixture of fluid and valuable material and unwanted material; the bottom part configured to receive the synthetic bubbles or beads, the synthetic bubbles or beads constructed to be buoyant when submerged in the mixture and functionalized to control the chemistry of a process being performed in the cell or column; and wherein the top part of the cell or column is further arranged to provide enriched synthetic bubbles or beads having the valuable material attached thereto, wherein the valuable material comprises mineral particles, characterized in that the synthetic bubbles or beads have the form of solid-phase bodies comprising a surface having molecules attached thereto, the molecules comprising a functional group selected for attracting the mineral particles, wherein the solid-phase body is made of a synthetic material comprising the molecules, or the solid-phase body includes a shell providing the surface, the shell being made of a synthetic material comprising the molecules, and further wherein the synthetic material is polydimethylsiloxane, or wherein the solid-phase body has a glass surface coated with hydroxyl-terminated polydimethylsiloxane. a plurality of synthetic bubbles or beads (100, 117), and a cell or column having a top part and a bottom part, the top part configured to receive a mixture of fluid and valuable material and unwanted material; the bottom part configured to receive the synthetic bubbles or beads, the synthetic bubbles or beads constructed to be buoyant when submerged in the mixture and functionalized to control the chemistry of a process being performed in the cell or column; and wherein the top part of the cell or column is further arranged to provide enriched synthetic bubbles or beads having the valuable material attached thereto, wherein the valuable material comprises mineral particles, characterized in that the synthetic bubbles or beads have the form of solid-phase bodies comprising a surface having molecules attached thereto, the molecules comprising a functional group selected for attracting the mineral particles, wherein the solid-phase body is made of a synthetic material comprising the molecules, or the solid-phase body includes a shell providing the surface, the shell being made of a synthetic material comprising the molecules, and further wherein the synthetic material is polydimethylsiloxane, or wherein the solid-phase body has a glass surface coated with hydroxyl-terminated polydimethylsiloxane.
A drive generator configured for driving a coupled vehicle in relation to a corresponding drive member of a guideway, said drive generator comprising: a. at least one substantially cylindrical member; b. a plurality of magnets located on the surface of the at least one substantially cylindrical member, characterised in that the plurality of magnets are arranged so as to form a helix and in that the drive generator further comprises: c. a rotational motor for rotating the at least one substantially cylindrical member such that the rotation of the at least one substantially cylindrical member produces a helically varying magnetic flux in the corresponding drive member so as to cause the drive generator to move in relation to the corresponding drive member. a. at least one substantially cylindrical member; b. a plurality of magnets located on the surface of the at least one substantially cylindrical member, c. a rotational motor for rotating the at least one substantially cylindrical member such that the rotation of the at least one substantially cylindrical member produces a helically varying magnetic flux in the corresponding drive member so as to cause the drive generator to move in relation to the corresponding drive member.
A needle for gaining epicardial access, the needle comprising: an elongate member defining a lumen and a side-port in communication with the lumen wherein the elongate member is comprised of a metal; a blunt tip for delivering energy for puncturing tissue wherein the blunt tip of the needle is electrically exposed to define an electrode; and a guiding surface for directing a device through the side-port, characterized in that the needle further includes an insulation a portion of which covers an outside of the elongate member as an insulation portion, and which covers a proximal part of the side-port to define an aperture, the insulation portion configured to reduce abrasive friction between the device and a proximal edge of the side-port as the device travels through the side-port.
A device for Radio Frequency, RF, voltage limiting, the device comprising: an Analog Limiter, a Sensing Circuit, a Digital Controller and a Digital Limiter, wherein the Analog Limiter is configured to limit a voltage of a RF input to a predetermined safe range during power-off or power-up until a disable control signal is received from the Digital Controller, and provide a shunting current and a limiting voltage to the Sensing Circuit; the Sensing Circuit is configured to sense a plurality of shunting currents provided by the Analog Limiter in sequence, determine a value of each bit of a preset current sensing code based on a corresponding sensed shunting current, and send the generated value of each bit to the Digital Controller, and configured to sense the limiting voltage provided by the Analog Limiter after the value of each bit of the preset current sensing code has been determined, compare the sensed limiting voltage with a plurality of predetermined reference voltage ranges, generate a voltage comparison signal based on the comparison results and send the generated voltage comparison signal to the Digital Controller; the Digital Controller is configured to generate a control bit based on the value of each bit of the preset current sensing code to control the Digital Limiter to perform RF limiting function by a corresponding limiting unit, determine which voltage range the limiting voltage provided by the Analog Limiter is within based on the voltage comparison signal, and send a disable control signal to the Analog Limiter if the limiting voltage is within a predetermined acceptable voltage range; the Digital Limiter is configured to perform RF limiting function by a corresponding limiting unit therein based on the control bit received from the Digital Controller.
An antibody that is capable of binding to interleukin 4 (IL-4) receptor (IL-4R), wherein the antibody comprises a light chain variable region comprising the amino acid sequence as shown in SEQ ID NO: 55, and comprises a heavy chain variable region comprising the amino acid sequence as shown in SEQ ID NO: 91.
A method for manufacturing a thin film of a rare earth complex polymer comprising the steps of: mixing a solution A containing micelles containing a rare earth complex and a ferrocenyl surfactant and a solution B containing micelles containing polydentate ligands and a ferrocenyl surfactant to form a solution containing a mixture of micelles; electrolyzing the solution containing a mixture of micelles as an electrolyte, forming a thin film of a rare earth complex polymer containing the rare earth complex and the polydentate ligands on an anode surface; wherein: - the rare earth complex comprises a rare earth ion and a ligand denoted by formula below coordinated with the rare earth ion: (in the formula, A denotes a hydrogen atom or a halogen atom and Z denotes a hydrogen atom or a deuterium atom); - the polydentate ligand is a compound having two or more of at least one type coordinating functional groups to rare earth ion; and - the rare earth compound polymer comprises a crosslinked structure of the polydentate ligand and rare earth complex. mixing a solution A containing micelles containing a rare earth complex and a ferrocenyl surfactant and a solution B containing micelles containing polydentate ligands and a ferrocenyl surfactant to form a solution containing a mixture of micelles; electrolyzing the solution containing a mixture of micelles as an electrolyte, forming a thin film of a rare earth complex polymer containing the rare earth complex and the polydentate ligands on an anode surface; wherein: - the rare earth complex comprises a rare earth ion and a ligand denoted by formula below coordinated with the rare earth ion: (in the formula, A denotes a hydrogen atom or a halogen atom and Z denotes a hydrogen atom or a deuterium atom); - the polydentate ligand is a compound having two or more of at least one type coordinating functional groups to rare earth ion; and - the rare earth compound polymer comprises a crosslinked structure of the polydentate ligand and rare earth complex. - the rare earth complex comprises a rare earth ion and a ligand denoted by formula below coordinated with the rare earth ion: (in the formula, A denotes a hydrogen atom or a halogen atom and Z denotes a hydrogen atom or a deuterium atom); - the polydentate ligand is a compound having two or more of at least one type coordinating functional groups to rare earth ion; and - the rare earth compound polymer comprises a crosslinked structure of the polydentate ligand and rare earth complex.
A computer-implemented method for video coding comprising: generating (401, 1001) a reconstructed reference frame corresponding to a first scene pose, wherein the first scene pose indicates a pose of a scene in relation to a first viewpoint, wherein the first viewpoint corresponds to a first position and orientation of a system for video coding in a 3-dimensional, 3D-, space relative to the scene; determining position and orientation data by tracking a location and orientation of the system in the 3D-space; generating (402, 1002) scene pose difference data indicative of a scene pose change from the first scene pose to a second scene pose subsequent to the first scene pose, wherein the second scene pose is in relation to a second viewpoint corresponding to a second position and orientation of the system in the 3D-space relative to the scene, and wherein the scene pose difference data is generated by tracking motion of the system from the first position and orientation to the second position and orientation; applying (404, 1003) a projective transformation (213, 313, 904) to at least a portion of the reconstructed reference frame using the scene pose difference data to generate a reprojected reconstructed reference frame (226, 606, 701, 801, 804, 905); and performing (406, 1004) motion compensation to generate a current reconstructed frame using the reprojected reconstructed reference frame (226, 606, 701, 801, 804, 905) as a motion compensation (209, 309) reference frame. generating (401, 1001) a reconstructed reference frame corresponding to a first scene pose, wherein the first scene pose indicates a pose of a scene in relation to a first viewpoint, wherein the first viewpoint corresponds to a first position and orientation of a system for video coding in a 3-dimensional, 3D-, space relative to the scene; determining position and orientation data by tracking a location and orientation of the system in the 3D-space; generating (402, 1002) scene pose difference data indicative of a scene pose change from the first scene pose to a second scene pose subsequent to the first scene pose, wherein the second scene pose is in relation to a second viewpoint corresponding to a second position and orientation of the system in the 3D-space relative to the scene, and wherein the scene pose difference data is generated by tracking motion of the system from the first position and orientation to the second position and orientation; applying (404, 1003) a projective transformation (213, 313, 904) to at least a portion of the reconstructed reference frame using the scene pose difference data to generate a reprojected reconstructed reference frame (226, 606, 701, 801, 804, 905); and performing (406, 1004) motion compensation to generate a current reconstructed frame using the reprojected reconstructed reference frame (226, 606, 701, 801, 804, 905) as a motion compensation (209, 309) reference frame.
A computing device for communicating a defined order of a plurality of media content items for playback on a second computing device, the computing device configured to: receive a first reference to a plurality of media content items for playback said media content items being arranged in a first order; determine a seed for a shuffle algorithm that enables the shuffle algorithm to arrange the plurality of media content items in a second order, wherein the second order is dependent on the seed; and send the seed, along with a second reference to the plurality of media content items, to the second computing device; wherein the first reference and the second reference point to a location where an identifier for each of the plurality of media content items is stored. receive a first reference to a plurality of media content items for playback said media content items being arranged in a first order; determine a seed for a shuffle algorithm that enables the shuffle algorithm to arrange the plurality of media content items in a second order, wherein the second order is dependent on the seed; and send the seed, along with a second reference to the plurality of media content items, to the second computing device; wherein the first reference and the second reference point to a location where an identifier for each of the plurality of media content items is stored.
A controller entity for controlling the operation of first communication devices configured to provide aggregator functionality to one or more second communication devices in a cellular communication network, wherein the aggregator functionality provides radio coverage to one or more second communication devices within a coverage area of the first communication devices, the controller entity comprising processing circuitry configured to: assign each first communication device into a respective one of a plurality of clusters, each cluster having no substantial influence on network performance in any other cluster; segment one or more of the clusters into two or more sub-groups by controlling a maximum transmission power of one or more of the first communication devices in the cluster, thereby creating two or more sub-groups having no substantial coverage overlap with any other sub-group, subject to maintaining one or more network performance metrics at a predetermined value, each sub-group having one or more members, there being a plurality of available configurations of the members, each configuration having a corresponding value for said one or more network performance metrics; determine a respective optimum configuration for the or each sub-group of each cluster, the optimum configuration being a configuration having a corresponding performance value greater than or equal to that of any other configuration of the sub-group; and instruct the members of each sub-group to actively provide aggregator functionality in accordance with the respective optimum configuration for that sub-group. assign each first communication device into a respective one of a plurality of clusters, each cluster having no substantial influence on network performance in any other cluster; segment one or more of the clusters into two or more sub-groups by controlling a maximum transmission power of one or more of the first communication devices in the cluster, thereby creating two or more sub-groups having no substantial coverage overlap with any other sub-group, subject to maintaining one or more network performance metrics at a predetermined value, each sub-group having one or more members, there being a plurality of available configurations of the members, each configuration having a corresponding value for said one or more network performance metrics; determine a respective optimum configuration for the or each sub-group of each cluster, the optimum configuration being a configuration having a corresponding performance value greater than or equal to that of any other configuration of the sub-group; and instruct the members of each sub-group to actively provide aggregator functionality in accordance with the respective optimum configuration for that sub-group.
Eyeglass joint (10, 50, 100, 150) for an eyeglass frame with a first joint part assigned to a rim of the eyeglass frame, and a second joint part assigned to an eyeglass temple of the eyeglass frame, wherein the joint parts (12, 14) are movably connected to each other by means of at least one spring element (16, 102, 104), wherein the spring element (16, 102, 104) has a closed ring shape and is rubber-elastic, wherein both joint parts (12, 14) each comprise a cone-shaped and/or hook-shaped retaining element, around which the spring element (16, 102, 104) is at least portion-wise looped, wherein the respective retaining elements are formed as one piece and/or integrally with the respective joint parts (12, 14), wherein one of the joint parts (12, 14) comprises a receiving portion on which a corresponding rolling portion of the other one of the joint parts (12, 14) rolls and/or slides during a joint movement, and wherein the receiving portion and/or the rolling portion each comprise at least two support surfaces which are at an angle of between 75° and 105° to one another, wherein the first joint part and the second joint part comprise at least one recess (34, 106) in which the spring element (16, 102, 104) and/or the respective retaining element are at least partially arranged.