mhurhangee/ep-ind-claims huggingface dataset:
A coil assembly having a first and a second coil device, wherein the first and second coil device lie in one coil plane in each case, wherein the coil planes are spaced apart from each other and parallel to each other, wherein the lateral spacing of the first and second coil devices from each other as a projection in one of the coil planes corresponds at most to the dimensions of the first or second coil device in the respective coil plane, wherein the first and the second coil device are provided for contactless data transmission in a magnetic field, wherein each coil device has in each case a first winding, wherein two first faces are bounded by portions of the first winding having the same number of windings which are wound in each case in the opposite direction of winding, wherein the two first faces are arranged in a plane, so that the magnetic flux through each of the first faces is of the same size if the respective coil device is arranged in a homogeneous magnetic field, wherein each coil device has a second winding, which is arranged parallel to the first winding and bounds two second faces by portions of the second winding having the same number of windings which are wound in each case in the opposite direction of winding, wherein the second winding is arranged relative to the first winding such that the magnetic flux density which can be generated is nullified by the first winding in each of the two second faces, and the magnetic flux density which can be generated is nullified by the second winding in each of the two first faces, wherein in the projection plane each of the two second faces of the second winding overlaps with an identically sized portion in each case of the two first faces of the first winding, characterised in that the portions of the first and second winding in each case are wound in a semicircle, wherein the chords of the respective semicircular portions which correspond to the diameter abut each other, wherein the first coil device is arranged stationary and the second coil device in a movable unit, wherein the first and the second coil device in each case have n further windings, where n is a natural number greater than one, wherein the portions of all the windings in each case are wound in a semicircle, wherein the chords of the semicircular wound portions of the respective winding which correspond to the diameter of a semicircle abut each other and the windings lie in the respective winding plane, wherein the windings with the winding planes are arranged one above the other parallel to each other and covering the entire face, wherein the chords of windings lying directly one above the other in each case form an angle of 180/m degrees, where m is equal to the number of all the windings, and wherein either m = 6 and n = 4 or m = 8 and n = 6.
A method for detecting the quantity of gas (m) which is supplied by means of a gas supply device to an antechamber of an internal combustion engine, characterized in that a targeted disturbance (Δu) of the gas quantity (m) supplied by the gas supply device is performed and a change (ΔT) resulting from the targeted disturbance (Δu) in an exhaust gas temperature of an exhaust gas generated in a combustion chamber connected to the antechamber is measured, whereby, by comparison with a setpoint value of the change (ΔT target) of the exhaust gas temperature, the gas quantity (m) supplied by means of the gas supply device is deduced, whereby a gradient (dT/dm) of the exhaust gas temperature with respect to the quantity of gas (m) is calculated taking into account the change (Δm) in the quantity of gas (m) resulting from the targeted disturbance (Δu), whereby the calculated gradient (dT/dm) is compared with a target value of the gradient (dT/dmtarget) to make the deduction of the quantity of gas (m) supplied by means of the gas supply device.
Wear-resistant chain with chain links (2, 3; 13, 14) each connected to one another by means of a chain joint (4, 23), characterized in that at least one surface region (24, 18, 19) of the chain joints (4, 23) and/or of the chain link (2, 3; 13, 14) exposed to friction wear is provided with a wear-resistant coating (25, 26, 27) with at least partially nanocrystalline structure, that nanocrystals of the wear-resistant coating (25, 26, 27) have a diameter of ≤ 100 nm, preferably ≤ 50 nm, and that the wear-resistant coating (25, 26, 27) comprises an amorphous matrix in which the nanocrystals are embedded and wherein the matrix fraction is ≤ 10 vol.%.
Polymer composition comprising: a) 1-90 parts by weight of a bimodal polyethylene b) 1-20 parts by weight of an ethylene-octene copolymer having a melt flow index determined by ASTM D-1238 of 0.2-30 g/10 min; and c) 1-15 parts by weight, preferably 1-13 parts by weight, of an anti-tracking filler. a) 1-90 parts by weight of a bimodal polyethylene b) 1-20 parts by weight of an ethylene-octene copolymer having a melt flow index determined by ASTM D-1238 of 0.2-30 g/10 min; and c) 1-15 parts by weight, preferably 1-13 parts by weight, of an anti-tracking filler.
An optical transmitter configured to transmit a data sequence over at least two spatial propagation modes through an optical transmission channel in a multi-mode optical fiber transmission system, the transmission system being associated with a predefined value of a mode-dependent loss, the optical transmitter comprising: - a forward error correcting code encoder configured to encode said data sequence into a codeword vector by applying at least one error correcting code represented by a set of error correcting code parameters; - a modulator configured to determine a set of modulated symbols by applying a modulation scheme to said codeword vector; and - a Space-Time encoder configured to determine a codeword matrix by applying a Space-Time code to said set of modulated symbols said Space-Time code being represented by a set of Space-Time code parameters, wherein said set of error correcting code parameters comprises at least a number of codeword vectors, an error correction coding rate, and an error correction minimum distance value and said set of Space-Time code parameters comprises at least a number of codeword matrices, a Space-Time coding rate, and a Space-Time code Euclidean distance value, wherein the optical transmitter comprises a processing unit configured to determine at least one parameter of said set of error correcting code parameters and at least one parameter of said set of Space-Time code parameters depending on said predefined value of mode-dependent loss. - a forward error correcting code encoder configured to encode said data sequence into a codeword vector by applying at least one error correcting code represented by a set of error correcting code parameters; - a modulator configured to determine a set of modulated symbols by applying a modulation scheme to said codeword vector; and - a Space-Time encoder configured to determine a codeword matrix by applying a Space-Time code to said set of modulated symbols said Space-Time code being represented by a set of Space-Time code parameters, wherein said set of error correcting code parameters comprises at least a number of codeword vectors, an error correction coding rate, and an error correction minimum distance value and said set of Space-Time code parameters comprises at least a number of codeword matrices, a Space-Time coding rate, and a Space-Time code Euclidean distance value, wherein the optical transmitter comprises a processing unit configured to determine at least one parameter of said set of error correcting code parameters and at least one parameter of said set of Space-Time code parameters depending on said predefined value of mode-dependent loss.
A method of optimising resource allocation in a network function virtualisation data network by: assembling candidate configurations of physical resources (12, 13, 14, 15, 16) based on a mapping of services to network functions, each configuration being a grouping of resources of the network that support the required network functions and selected to provide one or more services projected to be required by clients, and assessing the candidate configurations to identify an optimum configuration, the assessment of each configuration including measurement of latency in physical links between the resources and, characterised in that a forecast is generated of services predicted to be required to be provided by the network to a plurality of clients, and each candidate configuration arranges the resources into clusters, each cluster being capable of providing one or more services to a group of clients, and the total delay between the resources within each cluster of the configuration, for a predicted level and pattern of traffic associated with the required service to be operated by each cluster, is determined from the latency measurements assembling candidate configurations of physical resources (12, 13, 14, 15, 16) based on a mapping of services to network functions, each configuration being a grouping of resources of the network that support the required network functions and selected to provide one or more services projected to be required by clients, and assessing the candidate configurations to identify an optimum configuration, the assessment of each configuration including measurement of latency in physical links between the resources and, characterised in that a forecast is generated of services predicted to be required to be provided by the network to a plurality of clients, and each candidate configuration arranges the resources into clusters, each cluster being capable of providing one or more services to a group of clients, and the total delay between the resources within each cluster of the configuration, for a predicted level and pattern of traffic associated with the required service to be operated by each cluster, is determined from the latency measurements
A body side member of an ostomy appliance, comprising: a proximal surface and a distal surface, at least a portion of the proximal surface comprising an adhesive; wherein at least a centre portion of the body side member comprises a stoma-receiving opening, or is prepared for provision of a stoma-receiving opening, extending through the body side member; characterized by a nonwoven element forming at least a portion of the distal surface of the body side member, wherein the nonwoven element comprises a releasable material; whereby the nonwoven element is configured such that - on contact of the nonwoven element with liquid - the releasable material is released from the nonwoven element. a proximal surface and a distal surface, at least a portion of the proximal surface comprising an adhesive; wherein at least a centre portion of the body side member comprises a stoma-receiving opening, or is prepared for provision of a stoma-receiving opening, extending through the body side member; characterized by a nonwoven element forming at least a portion of the distal surface of the body side member, wherein the nonwoven element comprises a releasable material; whereby the nonwoven element is configured such that - on contact of the nonwoven element with liquid - the releasable material is released from the nonwoven element.
A scheduling method, comprising: receiving, by a base station in a first system, a first indication sent by a user equipment, UE, wherein the first indication indicates that interference exists between the first system and a second system; generating, by the base station, temporary scheduling information, and sending the temporary scheduling information to the UE; and scheduling, by the base station, the UE according to the temporary scheduling information, wherein the time at which the base station schedules the UE according to the temporary scheduling information does not overlap the time at which the UE receives data from the second system; characterized in that the generating, by the base station, temporary scheduling information comprises: receiving, by the base station, recommended scheduling information sent by the UE, and modifying the recommended scheduling information according to a current service condition of the UE, wherein the modified scheduling information is the temporary scheduling information, and the recommended scheduling information indicates a manner recommended by the UE for the base station to schedule the UE, and the current service condition of the UE is that semi-persistent scheduling is used or not to receive a service. receiving, by a base station in a first system, a first indication sent by a user equipment, UE, wherein the first indication indicates that interference exists between the first system and a second system; generating, by the base station, temporary scheduling information, and sending the temporary scheduling information to the UE; and scheduling, by the base station, the UE according to the temporary scheduling information, wherein the time at which the base station schedules the UE according to the temporary scheduling information does not overlap the time at which the UE receives data from the second system; receiving, by the base station, recommended scheduling information sent by the UE, and modifying the recommended scheduling information according to a current service condition of the UE, wherein the modified scheduling information is the temporary scheduling information, and the recommended scheduling information indicates a manner recommended by the UE for the base station to schedule the UE, and the current service condition of the UE is that semi-persistent scheduling is used or not to receive a service.
A liquid crystal display, comprising: a liquid crystal panel including a plurality of gate lines, a plurality of data lines intersecting the gate lines, and a plurality of pixels provided near the intersections of the gate lines and the data lines; a timing controller adapted to receive image data and synchronization signals from an external graphics source, to perform format conversion for the image data and to generate control signals required for driving the liquid crystal panel; a voltage generator adapted to generate gray voltages (Vgray) and gate voltages (Vgate) required for the liquid crystal panel; a gate driver adapted to sequentially scan the gate lines of the liquid crystal panel by unit of one horizontal scanning period based on the gate voltages (Vgate); and a data driver adapted to arrange the image data from the timing controller corresponding to the data lines of the liquid crystal panel, to select the gray voltages (Vgray) corresponding to the image data, and to apply the selected voltages to the pixels connected to the scanned gate lines through the data lines, and to bias the data lines to a voltage with a predetermined level before outputting the gray voltages (Vgray) to the pixels in each scanned row, characterized in that the data driver is further adapted to reverse the polarity of the gray voltages (Vgray) to be applied to the data lines of the liquid crystal panel every two or more rows. a liquid crystal panel including a plurality of gate lines, a plurality of data lines intersecting the gate lines, and a plurality of pixels provided near the intersections of the gate lines and the data lines; a timing controller adapted to receive image data and synchronization signals from an external graphics source, to perform format conversion for the image data and to generate control signals required for driving the liquid crystal panel; a voltage generator adapted to generate gray voltages (Vgray) and gate voltages (Vgate) required for the liquid crystal panel; a gate driver adapted to sequentially scan the gate lines of the liquid crystal panel by unit of one horizontal scanning period based on the gate voltages (Vgate); and a data driver adapted to arrange the image data from the timing controller corresponding to the data lines of the liquid crystal panel, to select the gray voltages (Vgray) corresponding to the image data, and to apply the selected voltages to the pixels connected to the scanned gate lines through the data lines, and to bias the data lines to a voltage with a predetermined level before outputting the gray voltages (Vgray) to the pixels in each scanned row, characterized in that the data driver is further adapted to reverse the polarity of the gray voltages (Vgray) to be applied to the data lines of the liquid crystal panel every two or more rows.
A helmet fitting system comprising: a band whose one end is fixable to a helmet; and a fitting part connected to the band to provide an elastic force toward the back part of a wearer's head, wherein the band comprises: a first band and a second band whose one ends are fixable to the opposite sides of the helmet, wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part, and second elastic means for connecting the other end of the second band to the fitting part; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. a band whose one end is fixable to a helmet; and a fitting part connected to the band to provide an elastic force toward the back part of a wearer's head, wherein the band comprises: a first band and a second band whose one ends are fixable to the opposite sides of the helmet, wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part, and second elastic means for connecting the other end of the second band to the fitting part; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. a first band and a second band whose one ends are fixable to the opposite sides of the helmet, wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part, and second elastic means for connecting the other end of the second band to the fitting part; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. first elastic means for connecting the other end of the first band to the fitting part, and second elastic means for connecting the other end of the second band to the fitting part; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically.
A method of performing mass spectrometry analysis in a mass spectrometer instrument having an ion store for accumulating a desired population of ions for subsequent analysis, and a mass analyzer for acquiring a mass spectrum of ions, the accumulation and mass analysis operations occurring concurrently, the method comprising: identifying a plurality of ion species to be analyzed; determining, for each one of the plurality of ion species, an associated injection time and an analysis time; constructing an ordered list of ion species; and performing repeated operations of concurrently accumulating in the ion store the Nth ion species on the ordered list and mass analyzing the N-1th ion species on the ordered list; characterized in that the ordered list of ion species is constructed by matching the analysis time of each of at least a subset of the plurality of ion species to the injection time of another one of the ion species.
A door including a door leaf, which is guided in lateral running rails and is thereby transferable from a closing position into an opening position and vice versa by means of a drive or manually, wherein at least one drive means is used, which is contained in itself, which includes a driving side branch and a return side branch, which consist of various means, wherein the driving side branch includes a non-positive and/or positive closure with a driving pulley by means of a chain and the return side branch includes a form closure with a return pulley, characterized in that an exchangeable and adjustable tensioning device is provided for automatically generating tension of the drive means, which device is essentially formed by means of a mounting unit, which includes a basic bottom with lateral bendings, wherein a two-sided arm is supported at the basic bottom, which arm, via a guiding element, is able to perform a limited lift in a coulisse and is charged by means of a spring element in such a manner that a return pulley, which is unilaterally disposed at the arm, is always engaged against the drive means, and in that a catch is provided at the arm, which cooperates with a switch element for detecting the driving means tension.