mhurhangee/patent-ind-claim-en huggingface dataset:
A communications method performed by a terminal device, comprising: receiving (S702), by the terminal device, information sent by a radio access network device, wherein the information comprises access control information of at least one service of a public network and at least one service of a non-public network, and the information further comprises: a first index of the public network, a second index of the non-public network, an access category of each of the at least one service of the public network, and an access category of each of the at least one service of the non-public network; and determining (S703), by the terminal device based on a service that is to be initiated and the information, whether the terminal device is allowed to initiate the service, wherein the service is one of the at least one service of the public network and the at least one service of the non-public network. receiving (S702), by the terminal device, information sent by a radio access network device, wherein the information comprises access control information of at least one service of a public network and at least one service of a non-public network, and the information further comprises: a first index of the public network, a second index of the non-public network, an access category of each of the at least one service of the public network, and an access category of each of the at least one service of the non-public network; and determining (S703), by the terminal device based on a service that is to be initiated and the information, whether the terminal device is allowed to initiate the service, wherein the service is one of the at least one service of the public network and the at least one service of the non-public network.
A method for beam management performed by a user equipment, UE , the method comprising: using (s404) a first receive, RX, beam, receiving both a first reference signal, RS1, and a second reference signal, RS2, wherein a first TX beam was used to transmit RS1 and a second TX beam was used to transmit RS2; producing (s408) a first power value, P1, indicative of the power of RS1 received using the first RX beam; producing (s408) a second power value, P2, indicative of the power of RS2 received using the first RX beam; calculating (s410) a first value, V1, using P1 and P2 as inputs to the calculation; using a second RX beam, receiving both RS1 and RS2; producing a third power value, P3, indicative of the power of RS1 received using the second RX beam; producing a fourth power value, P4, indicative of the power of RS2 received using the second RX beam; calculating a second value, V2, using P3 and P4 as inputs to the calculation; selecting (s416) an RX beam from a set of candidate RX beams using both V1 and V2, wherein said set of candidate RX beams includes the first RX beam and the second RX beam. using (s404) a first receive, RX, beam, receiving both a first reference signal, RS1, and a second reference signal, RS2, wherein a first TX beam was used to transmit RS1 and a second TX beam was used to transmit RS2; producing (s408) a first power value, P1, indicative of the power of RS1 received using the first RX beam; producing (s408) a second power value, P2, indicative of the power of RS2 received using the first RX beam; calculating (s410) a first value, V1, using P1 and P2 as inputs to the calculation; using a second RX beam, receiving both RS1 and RS2; producing a third power value, P3, indicative of the power of RS1 received using the second RX beam; producing a fourth power value, P4, indicative of the power of RS2 received using the second RX beam; calculating a second value, V2, using P3 and P4 as inputs to the calculation; selecting (s416) an RX beam from a set of candidate RX beams using both V1 and V2, wherein said set of candidate RX beams includes the first RX beam and the second RX beam.
A three-phase resonant cyclo-converter including a closed loop control module for controlling the switching frequency of the cyclo-donverter , the closed loop control module including: a voltage signal development module arranged to develop a voltage signal representative of a voltage output waveform of the cyclo-converter , a storage module arranged to accumulate voltage signal values (X') for phase portions of the voltage output waveform, where the voltage signal values (X') are based on a voltage error signal and accumulated historical voltage signal values (A, S, T) for the same corresponding phase portions, and a switching frequency control module arranged to develop a switching frequency control signal to control the switching frequency of the cyclo-converter based on the accumulated voltage signal values (X') for corresponding phase portions of the voltage output waveform, and a proportional voltage signal based on a difference between the developed voltage signal and a reference voltage signal (Vref). a voltage signal development module arranged to develop a voltage signal representative of a voltage output waveform of the cyclo-converter , a storage module arranged to accumulate voltage signal values (X') for phase portions of the voltage output waveform, where the voltage signal values (X') are based on a voltage error signal and accumulated historical voltage signal values (A, S, T) for the same corresponding phase portions, and a switching frequency control module arranged to develop a switching frequency control signal to control the switching frequency of the cyclo-converter based on the accumulated voltage signal values (X') for corresponding phase portions of the voltage output waveform, and a proportional voltage signal based on a difference between the developed voltage signal and a reference voltage signal (Vref).
Work equipment for a work vehicle , wherein the work equipment comprises: a first boom , a second boom attachable to the first boom , a plurality of first service lines provided on the first boom , a plurality of second service lines provided on the second boom , and a quick coupling device for coupling the plurality of first service lines with the plurality of second service lines , wherein the quick coupling device comprises a first coupling unit and a second coupling unit , wherein the first coupling unit includes a first coupling block wherein the first service lines are connected to the first coupling block , characterized in that the first coupling block is fixedly mounted to a side surface of the first boom and the second coupling unit includes a second coupling block , wherein the second service lines are connected to the second coupling block and wherein the second coupling block is arranged laterally to a side surface of the second boom such that the second coupling block is rotatable relative to the first coupling block between a connection position in which the first and second coupling blocks are connected to each other and a release position in which the first and second coupling blocks are disconnected from each other. a first boom , a second boom attachable to the first boom , a plurality of first service lines provided on the first boom , a plurality of second service lines provided on the second boom , and a quick coupling device for coupling the plurality of first service lines with the plurality of second service lines , wherein the quick coupling device comprises a first coupling unit and a second coupling unit , wherein the first coupling unit includes a first coupling block wherein the first service lines are connected to the first coupling block , characterized in that the first coupling block is fixedly mounted to a side surface of the first boom and the second coupling unit includes a second coupling block , wherein the second service lines are connected to the second coupling block and wherein the second coupling block is arranged laterally to a side surface of the second boom such that the second coupling block is rotatable relative to the first coupling block between a connection position in which the first and second coupling blocks are connected to each other and a release position in which the first and second coupling blocks are disconnected from each other.
A fuse arrangement comprising a plurality of fuses for protecting outer conductors (L1, L2, L3) of an electrical fuse unit for a building connection, wherein the fuses are electrically connectable to respective outer conductors (L1, L2, L3) of a plurality of connector lines , characterized in that the fuse arrangement further has an electrical connecting bar , with the connecting bar having an N busbar for forming the neutral conductor (N) to which the respective neutral conductors (N) of the connector lines are electrically connectable, and with the connecting bar having a PE busbar for forming the protective conductor (PE) to which the respective protective conductors (PE) of the connector lines are electrically connectable, and with the connecting bar having a plurality of phase conductors that project out of the connecting bar such that they are introduced into clamping means of the output side of the fuses and are fixedly clamped by them at the fuses (10 so that the connecting bar is arranged at the fuses and via which a direct contact of the outer conductors (L1, L2, L3) to an output side of the fuses and a contact of neutral conductors (N) and of protective conductors (PE) of the plurality of connector lines is formed
A method for connecting a nonwoven carrier material comprising a first part (A) having a thickness and a second part (B) having a thickness, wherein the first part (A) and the second part (B) comprise at least a first and a second thermoplastic fiber layer (A1, A2; B1, B2), wherein part of the thickness of the first part A and part of the thickness of second part B is removed to form the first thermoplastic fiber layer (A1, B1) and the second thermoplastic fiber layer (A2, B2) in such a way that the first part (A) and the second part (B) form together a form-fit connection in the connecting area.
Composition comprising all or part of the aleurone layer of a cereal for use thereof in the prevention or treatment of liver and brain toxicity induced by at least one pollutant particularly contained in a food, said pollutant being a PCB or mixture of PCBs and/or a pesticide selected from among organochlorines, organophosphorus compounds, pyrethroids, carbamates and triazines, the amount of aleurone administered being from 0.01 g/kg bodyweight (BW) to 0.5 g/kg BW or from 0.5 g/kg BW to 5 g/kg BW, or from 0.01 g/kg BW to 0.05 g/kg BW, or from 0.05 g/kg BW to 0.1 g/kg BW, or from 0.1 g/kg BW to 0.5 g/kg BW, or from 0.5 g/kg BW to 1 g/kg BW, or from 1 g/kg BW to 3 g/kg BW, or from 3 g/kg BW to 6 g/kg BW.
A roller bearing comprising: an inner race ring ; an outer race ring ; and a roller (40; 140) arranged between and in contact with the inner and outer rings ; wherein the bearing has a flange on the inner race ring at one axial end, and a flange on the outer race ring at an opposite axial end; wherein an end of the roller has a profile: including at least one principal segment intermediate two additional segments , the principal segment being tangentially blended with the two additional segments; wherein the principal segment has a first curvature (BC) that is different from the respective curvatures (AB,CD) of the two additional segments; and wherein the curvatures of each of the principal segment and the two additional segments are portions of a circle, and wherein the first curvature has a greater radius (R B2 ) of curvature than the respective radii (R A2 ,R C2 ) of curvatures of the two additional segments: characterised in that the roller has a roller axis and a radius R, and wherein the principal segment has a center of curvature (O B2 ) offset from the roller axis by a distance less than 0.5R an inner race ring ; an outer race ring ; and a roller (40; 140) arranged between and in contact with the inner and outer rings ; wherein the bearing has a flange on the inner race ring at one axial end, and a flange on the outer race ring at an opposite axial end; wherein an end of the roller has a profile: including at least one principal segment intermediate two additional segments , the principal segment being tangentially blended with the two additional segments; wherein the principal segment has a first curvature (BC) that is different from the respective curvatures (AB,CD) of the two additional segments; and wherein the curvatures of each of the principal segment and the two additional segments are portions of a circle, and wherein the first curvature has a greater radius (R B2 ) of curvature than the respective radii (R A2 ,R C2 ) of curvatures of the two additional segments: characterised in that the roller has a roller axis and a radius R, and wherein the principal segment has a center of curvature (O B2 ) offset from the roller axis by a distance less than 0.5R
A catheter comprising: a catheter body having a lumen , a resin front end tip having a lumen communicating with the lumen of the catheter body , and attached to a front end of the catheter body , and a coil body and/or a braid arranged at the catheter body and the front end tip along the lumen , characterized in that a reinforcement body covering the coil body and/or the braid is arranged only within the front end tip , the coil body and/or the braid protrudes from the reinforcement body towards a front end of the front end tip , the reinforcement body is fixed to the front end tip and the coil body and/or the braid , the reinforcement body is provided as a separate body from the catheter body , and the reinforcement body comprises a resin harder than that constituting the front end tip . a catheter body having a lumen , a resin front end tip having a lumen communicating with the lumen of the catheter body , and attached to a front end of the catheter body , and a coil body and/or a braid arranged at the catheter body and the front end tip along the lumen , characterized in that a reinforcement body covering the coil body and/or the braid is arranged only within the front end tip , the coil body and/or the braid protrudes from the reinforcement body towards a front end of the front end tip , the reinforcement body is fixed to the front end tip and the coil body and/or the braid , the reinforcement body is provided as a separate body from the catheter body , and the reinforcement body comprises a resin harder than that constituting the front end tip .
A polyarylene sulfide resin composition comprising a polyarylene sulfide resin (A), an olefin wax (B) having at least one substituent selected from the group consisting of a carboxy group, a carboxylic anhydride group, and a hydroxy group, and at least one fatty acid metal salt (C) selected from the group consisting of a fatty acid alkali metal salt and a fatty acid alkali earth metal salt as essential components, the content of the olefin wax (B) being in the range of 0.01 to 5 parts by mass, the content of the fatty acid metal salts (C) being in the range of 0.01 to 5 parts by mass, relative to 100 parts by mass of the polyarylene sulfide resin (A).
A method of wireless communication at a base station, the method comprising: receiving , from a user equipment, LTE, information scrambled based on at least a portion of a synchronization signal, SS block index, the scrambled information including at least one of data associated with a physical uplink shared channel, PUSCH, or control information associated with a physical uplink control channel, PUCCH; and descrambling the scrambled information based on the at least the portion of the SS block index. receiving , from a user equipment, LTE, information scrambled based on at least a portion of a synchronization signal, SS block index, the scrambled information including at least one of data associated with a physical uplink shared channel, PUSCH, or control information associated with a physical uplink control channel, PUCCH; and descrambling the scrambled information based on the at least the portion of the SS block index.
A resonator assembly comprising: a conductive resonator cavity; a conductive resonant member mounted within said resonator cavity; and a dielectric spacer element mounted between said conductive resonant member and said conductive resonator cavity; wherein said dielectric spacer element is mounted on a first inner surface of said resonator cavity, characterized in said conductive resonant member having an anchored end and a further end, said anchored end being mounted on said dielectric spacer element and extending from said dielectric spacer element towards an opposing second inner surface of said resonator cavity, said further end being spaced from said opposing second inner surface. a conductive resonator cavity; a conductive resonant member mounted within said resonator cavity; and a dielectric spacer element mounted between said conductive resonant member and said conductive resonator cavity; wherein said dielectric spacer element is mounted on a first inner surface of said resonator cavity, characterized in said conductive resonant member having an anchored end and a further end, said anchored end being mounted on said dielectric spacer element and extending from said dielectric spacer element towards an opposing second inner surface of said resonator cavity, said further end being spaced from said opposing second inner surface.
A kraft black liquor recovery boiler system comprising: a furnace adapted to receive a fuel to be burned to generate hot working gases; a fuel supply structure associated with said furnace for supplying fuel to said furnace; a superheater section associated with said furnace and positioned to receive energy in the form of heat from the hot working gases, said superheater section comprising: at least one platen including at least one tube structure, the one tube structure having an end portion; and a temperature sensor for measuring the temperature of the tube structure end portion and generating a signal indicative of the temperature of said tube structure end portion; and a controller coupled to said temperature sensor for receiving and monitoring the signal from said sensor for rapid changes in temperature of said tube structure end portion, wherein said controller increases an amount of fuel supplied by said supply structure to said furnace after the temperature of said tube structure end portion has experienced rapid changes, and wherein said rapid changes in the temperature of said tube structure end portion comprise a monotonic increase in temperature of least about 13.9 °C (25 degrees F) occurring over a time period of between about one to ten minutes and a monotonic decrease in temperature greater than zero in magnitude occurring over a time period of between about one to fifteen minutes. a furnace adapted to receive a fuel to be burned to generate hot working gases; a fuel supply structure associated with said furnace for supplying fuel to said furnace; a superheater section associated with said furnace and positioned to receive energy in the form of heat from the hot working gases, said superheater section comprising: at least one platen including at least one tube structure, the one tube structure having an end portion; and a temperature sensor for measuring the temperature of the tube structure end portion and generating a signal indicative of the temperature of said tube structure end portion; and at least one platen including at least one tube structure, the one tube structure having an end portion; and a temperature sensor for measuring the temperature of the tube structure end portion and generating a signal indicative of the temperature of said tube structure end portion; and a controller coupled to said temperature sensor for receiving and monitoring the signal from said sensor for rapid changes in temperature of said tube structure end portion, wherein said controller increases an amount of fuel supplied by said supply structure to said furnace after the temperature of said tube structure end portion has experienced rapid changes, and wherein said rapid changes in the temperature of said tube structure end portion comprise a monotonic increase in temperature of least about 13.9 °C (25 degrees F) occurring over a time period of between about one to ten minutes and a monotonic decrease in temperature greater than zero in magnitude occurring over a time period of between about one to fifteen minutes.
A system for monitoring respiratory rate from a patient , comprising: a cable comprising: an impedance pneumography system comprising: i) a connecting portion configured to connect to a plurality of electrodes (178a-178c) configured to be worn on the patient; ii) a differential amplifier configured to receive electrical signals from each of the plurality of electrodes and process them to generate an analog impedance pneumography signal; and iii) an analog-to-digital converter configured to convert the analog impedance pneumography signal into a digital impedance pneumography signal; an accelerometer system comprising: i) an accelerometer configured to generate an analog motion signal; and ii) analog-to-digital converter configured to convert the analog motion signal into a digital motion signal; characterised in that a processing system comprising a processor in electrical communication with the cable and configured to receive a digital data stream comprising the digital impedance pneumography and motion signals and process these signals to determine an initial respiratory rate from the digital impedance pneumography signal, to process the initial respiratory rate to determine parameters for a bandpass digital filter to determine a customized filtering function and to process the digital motion signal to determine the patient's respiratory rate. an impedance pneumography system comprising: i) a connecting portion configured to connect to a plurality of electrodes (178a-178c) configured to be worn on the patient; ii) a differential amplifier configured to receive electrical signals from each of the plurality of electrodes and process them to generate an analog impedance pneumography signal; and iii) an analog-to-digital converter configured to convert the analog impedance pneumography signal into a digital impedance pneumography signal; an accelerometer system comprising: i) an accelerometer configured to generate an analog motion signal; and ii) analog-to-digital converter configured to convert the analog motion signal into a digital motion signal; characterised in that a processing system comprising a processor in electrical communication with the cable and configured to receive a digital data stream comprising the digital impedance pneumography and motion signals and process these signals to determine an initial respiratory rate from the digital impedance pneumography signal, to process the initial respiratory rate to determine parameters for a bandpass digital filter to determine a customized filtering function and to process the digital motion signal to determine the patient's respiratory rate.
A winding for an electrical machine, the winding comprising at least one flat conductor having at least one turn to form the winding, wherein the at least one flat conductor comprises a substantially L-shaped, U-shaped or V-shaped cross-section, wherein the at least one flat conductor comprises one or more pairs of conductors , wherein the conductors in each pair of conductors are disposed opposite each other and form a cooling channel there between, wherein there is no contact between the conductors ; characterised in that : the conductors of each pair of conductors are interleaved with each other.