mhurhangee/patent-ind-claim-en huggingface dataset:
Battery module having a battery cell circuit comprising a plurality of battery cells and having a monitoring and actuation unit for monitoring the functional state of the battery module , wherein a coupling unit with two half-bridges is arranged in the battery module , which half-bridges each comprise a first power semiconductor which is coupled to a positive pole of the battery cell circuit , a second power semiconductor which is coupled to a negative pole of the battery cell circuit , and a central connection and are connected to a respective other output terminal of the battery module via the respective central connection, wherein the battery module is designed, during normal operation, to operate the coupling unit by means of actuation by the monitoring and actuation unit in such a way that the first power semiconductor of one of the two half-bridges and the second power semiconductor of the other half-bridge are switched on and the other power semiconductors of the half-bridges are switched off, so that a battery module voltage is applied to the output terminals of the battery module selectively with a positive or negative orientation, characterized in that the monitoring and actuation unit is designed to identify, on the basis of information which is communicated, in particular, by a battery management system and/or evaluation of a measured cell temperature or battery module temperature and/or evaluation of the battery module voltage, the presence of a hazardous situation, in particular in the case of a cell temperature or battery module temperature which exceeds a predetermined temperature limit value and/or a dip in the battery module voltage, and, if the hazardous situation is present, to actuate the coupling unit, for the purpose of discharging the battery module , in such a way that, in at least one of the half-bridges , the respective first power semiconductor or the respective second power semiconductor is switched on and the respective other power semiconductor is switched to active operation as a controllable resistor.
A fluid connector assembly, comprising: a threaded retainer comprising: a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body ; and a first shoulder arranged on said outer surface ; a fluid connector comprising: a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder arranged to abut against said first shoulder of said threaded retainer , wherein an axial gap (AG) is formed between said threaded retainer and said fluid connector when secured together; and a tubular connector having a tube barb extending radially outward, said tube barb arranged within said axial gap (AG), and extending completely through said threaded retainer , characterised in that an annular channel is formed on an inner surface of said second through-bore and a seal is arranged in said channel , said seal engaging an outward facing surface of said tubular connector . a threaded retainer comprising: a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body ; and a first shoulder arranged on said outer surface ; a first body having a first through-bore therein; a first screw thread operatively arranged on an outer surface of said first body ; and a first shoulder arranged on said outer surface ; a fluid connector comprising: a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder arranged to abut against said first shoulder of said threaded retainer , wherein an axial gap (AG) is formed between said threaded retainer and said fluid connector when secured together; and a second body having a second through-bore and a counter-bore therein; a second screw thread formed on an inner surface of said counter-bore; and a second shoulder arranged to abut against said first shoulder of said threaded retainer , wherein an axial gap (AG) is formed between said threaded retainer and said fluid connector when secured together; and a tubular connector having a tube barb extending radially outward, said tube barb arranged within said axial gap (AG), and extending completely through said threaded retainer , characterised in that an annular channel is formed on an inner surface of said second through-bore and a seal is arranged in said channel , said seal engaging an outward facing surface of said tubular connector .
Vehicle, in particular rail vehicle , wherein the vehicle has at least one bidet, wherein the bidet and a toilet form an integrated bidet toilet unit , in which at least one bidet nozzle , which guarantees the bidet function and with which the bidet toilet unit can be operated as a bidet, and at least one flushing nozzle , which guarantees the flushing function and with which the bidet toilet unit can be operated as a toilet, are integrated in the same toilet bowl , wherein the bidet is connected to a gravity water system and is gravity fed with water from said system, wherein - the gravity water system exhibits a water tank arranged spatially above the bidet, which water tank is connected to the bidet via a water pipe and - the water pipe between the bidet and the water tank is heatable or heated, at least in sections, by means of a pipe trace heating system and creates a hot water pipe , and wherein - the hot water pipe is fitted with a bidet actuating valve , with which the bidet function can be activated by valve actuation, - wherein the bidet actuating valve releases a predetermined quantity of water per actuation and - the length and cross section of the hot water pipe , the quantity of water released by the bidet actuating valve per actuation and the heat output of the pipe trace heating system are measured in such a manner that at least two actuations of the bidet function with warmed water are possible. - the gravity water system exhibits a water tank arranged spatially above the bidet, which water tank is connected to the bidet via a water pipe and - the water pipe between the bidet and the water tank is heatable or heated, at least in sections, by means of a pipe trace heating system and creates a hot water pipe , and wherein - the hot water pipe is fitted with a bidet actuating valve , with which the bidet function can be activated by valve actuation, - wherein the bidet actuating valve releases a predetermined quantity of water per actuation and - the length and cross section of the hot water pipe , the quantity of water released by the bidet actuating valve per actuation and the heat output of the pipe trace heating system are measured in such a manner that at least two actuations of the bidet function with warmed water are possible.
A ureido-pyrimidinone oligomer having the formula wherein each Z' is independently the same or different, and is a substituted or unsubstituted straight or branched chain C 1-10 alkyl, each R 1 is independently the same or different, and is a substituted or unsubstituted straight or branched chain C 1-20 alkylene, substituted or unsubstituted C 2-20 alkenylene, substituted or unsubstituted C 3-8 cycloalkylene, or substituted or unsubstituted C 6-18 arylene, each V is independently the same or different, and is a substituted or unsubstituted tetravalent C 4-40 hydrocarbon group, each R is independently the same or different, and is a substituted or unsubstituted C 1-24 divalent hydrocarbon group, and n has an average value of 2 to 50, preferably 3 to 40, more preferably 5 to 30. each Z' is independently the same or different, and is a substituted or unsubstituted straight or branched chain C 1-10 alkyl, each R 1 is independently the same or different, and is a substituted or unsubstituted straight or branched chain C 1-20 alkylene, substituted or unsubstituted C 2-20 alkenylene, substituted or unsubstituted C 3-8 cycloalkylene, or substituted or unsubstituted C 6-18 arylene, each V is independently the same or different, and is a substituted or unsubstituted tetravalent C 4-40 hydrocarbon group, each R is independently the same or different, and is a substituted or unsubstituted C 1-24 divalent hydrocarbon group, and n has an average value of 2 to 50, preferably 3 to 40, more preferably 5 to 30.
An excitation system for providing excitation to a main rotating electrical machine , the excitation system comprising: an exciter for providing excitation to the main machine, the exciter comprising an exciter stator core ; and a permanent magnet generator for providing excitation to the exciter, the permanent magnet generator comprising a permanent magnet generator stator core separate from the exciter stator core , wherein one of the permanent magnet generator and the exciter is nested inside the other, characterised in that : the exciter and the permanent magnet generator share a common rotor core ; the common rotor core is substantially annular in shape; exciter rotor windings are provided on one of a radially outwards side and a radially inwards side of the common rotor core ; and permanent magnets are provided on the other of the radially outwards side and the radially inwards side of the common rotor core . an exciter for providing excitation to the main machine, the exciter comprising an exciter stator core ; and a permanent magnet generator for providing excitation to the exciter, the permanent magnet generator comprising a permanent magnet generator stator core separate from the exciter stator core , wherein one of the permanent magnet generator and the exciter is nested inside the other, characterised in that : the exciter and the permanent magnet generator share a common rotor core ; the common rotor core is substantially annular in shape; exciter rotor windings are provided on one of a radially outwards side and a radially inwards side of the common rotor core ; and permanent magnets are provided on the other of the radially outwards side and the radially inwards side of the common rotor core . the exciter and the permanent magnet generator share a common rotor core ; the common rotor core is substantially annular in shape; exciter rotor windings are provided on one of a radially outwards side and a radially inwards side of the common rotor core ; and permanent magnets are provided on the other of the radially outwards side and the radially inwards side of the common rotor core .
A cable support arrangement realised to support a plurality of power cable bundles in an upper region of a wind turbine tower , which cable support arrangement comprises - a plurality of cable bundle guides , wherein a cable bundle guide comprises a plurality of through-openings , wherein each through-opening is realised to encompass a power cable bundle comprising a plurality of power cables ; and - an offset fixation means realised to maintain an offset distance between consecutive cable bundle guides , characterized in that the offset fixation means comprises at least three connecting wires extending between each pair of consecutive cable bundle guides and fixed to each of the pair of consecutive cable bundle guides . - a plurality of cable bundle guides , wherein a cable bundle guide comprises a plurality of through-openings , wherein each through-opening is realised to encompass a power cable bundle comprising a plurality of power cables ; and - an offset fixation means realised to maintain an offset distance between consecutive cable bundle guides , characterized in that the offset fixation means comprises at least three connecting wires extending between each pair of consecutive cable bundle guides and fixed to each of the pair of consecutive cable bundle guides .
A machine for retreading tires , comprising: an expandable rim (10; 104; 200) including a plurality of shoes (202; 300) arranged symmetrically in a circumferential direction, each of the plurality of shoes (202; 300) including a base portion (20; 302) and a rim portion (40; 304), the base portion (20; 302) positioned closer to the axis of rotation (AR), the rim portion (40; 304) including a rim segment (42; 306) and flange segments (44, 44a, 44b; 308) on either side of the rim segment (42; 306), the rim segment (42; 306) having an original rim width (W) measured along the rotation axis (AR) of the rim (10; 104; 200) between inward facing surfaces of the flange segments (44, 44a, 44b; 308); a belt (70; 216; 370) disposed along the rim segment (42; 306) of the plurality of shoes (202; 300); and characterised by further comprising a band (60a, 60b; 160; 260; 412) positioned around a circumference of the rim segment (42; 306), the band (60a, 60b; 160; 260; 412) positioned contiguous with an inward facing surface of at least one of the flange segments (44, 44a, 44b; 308); wherein an adjusted rim width (W'), measured along the rotation axis (AR) between at least one inward facing surface of the band (60a, 60b; 160; 260; 412) and an inward facing surface of the flange segment (44, 44a, 44b; 308) at another side of the rim portion (40; 304), is different than the original rim width (W). an expandable rim (10; 104; 200) including a plurality of shoes (202; 300) arranged symmetrically in a circumferential direction, each of the plurality of shoes (202; 300) including a base portion (20; 302) and a rim portion (40; 304), the base portion (20; 302) positioned closer to the axis of rotation (AR), the rim portion (40; 304) including a rim segment (42; 306) and flange segments (44, 44a, 44b; 308) on either side of the rim segment (42; 306), the rim segment (42; 306) having an original rim width (W) measured along the rotation axis (AR) of the rim (10; 104; 200) between inward facing surfaces of the flange segments (44, 44a, 44b; 308); a belt (70; 216; 370) disposed along the rim segment (42; 306) of the plurality of shoes (202; 300); and characterised by further comprising a band (60a, 60b; 160; 260; 412) positioned around a circumference of the rim segment (42; 306), the band (60a, 60b; 160; 260; 412) positioned contiguous with an inward facing surface of at least one of the flange segments (44, 44a, 44b; 308); wherein an adjusted rim width (W'), measured along the rotation axis (AR) between at least one inward facing surface of the band (60a, 60b; 160; 260; 412) and an inward facing surface of the flange segment (44, 44a, 44b; 308) at another side of the rim portion (40; 304), is different than the original rim width (W).
A method comprising: obtaining data associated with aircraft flight parameters pertaining to collective input, engine power, and shaft torque when an aircraft is being operated in flight; processing the data to determine that at a weighted combination of the collective input, engine power, and shaft torque indicates a step change in value in an amount greater than a threshold magnitude as a function of time during flight; and decoupling a load from the aircraft based at least in part on determining that the weighted combination of the collective input, engine power, and shaft torque indicates the step change in value. obtaining data associated with aircraft flight parameters pertaining to collective input, engine power, and shaft torque when an aircraft is being operated in flight; processing the data to determine that at a weighted combination of the collective input, engine power, and shaft torque indicates a step change in value in an amount greater than a threshold magnitude as a function of time during flight; and decoupling a load from the aircraft based at least in part on determining that the weighted combination of the collective input, engine power, and shaft torque indicates the step change in value.
A method of transmitting a signal, comprising: determining , by a first device, a first numerology used to transmit a signal; determining , by the first device, a first precoding granularity which is used to transmit the signal based on the first numerology; performing , by the first device, transmission of the signal with a second device using the first precoding granularity, wherein determining , by the first device, a first precoding granularity which is used to transmit the signal based on the first numerology comprises: determining the first precoding granularity based on a first frequency point and a subcarrier spacing, wherein the first frequency point is a frequency point for transmitting the signal, wherein determining the first precoding granularity based on a first frequency point and a subcarrier spacing comprises: determining the first precoding granularity based on the subcarrier spacing, the first frequency point and a third correspondence, wherein the third correspondence indicates an association of at least one frequency point, at least one subcarrier spacing and at least one precoding granularity. determining , by a first device, a first numerology used to transmit a signal; determining , by the first device, a first precoding granularity which is used to transmit the signal based on the first numerology; performing , by the first device, transmission of the signal with a second device using the first precoding granularity, wherein determining , by the first device, a first precoding granularity which is used to transmit the signal based on the first numerology comprises: determining the first precoding granularity based on a first frequency point and a subcarrier spacing, wherein the first frequency point is a frequency point for transmitting the signal, wherein determining the first precoding granularity based on a first frequency point and a subcarrier spacing comprises: determining the first precoding granularity based on the subcarrier spacing, the first frequency point and a third correspondence, wherein the third correspondence indicates an association of at least one frequency point, at least one subcarrier spacing and at least one precoding granularity.
A system comprising: a gas turbine engine , comprising: a compressor comprising a compressor casing having an inner diameter; a combustor downstream of the compressor ; a turbine downstream of the combustor ; characterized by comprising a circumferential track embedded within an inner surface of the compressor casing , wherein the circumferential track extends about at least a portion of the inner diameter of the compressor casing in a circumferential direction relative to a longitudinal axis of the gas turbine engine ; and a measurement system , comprising: a sensor assembly ; and a plurality of sensors coupled to the sensor assembly , wherein the sensor assembly is configured to be removably inserted within the circumferential track without having to disassemble the compressor casing . a compressor comprising a compressor casing having an inner diameter; a combustor downstream of the compressor ; a turbine downstream of the combustor ; characterized by comprising a circumferential track embedded within an inner surface of the compressor casing , wherein the circumferential track extends about at least a portion of the inner diameter of the compressor casing in a circumferential direction relative to a longitudinal axis of the gas turbine engine ; and a measurement system , comprising: a sensor assembly ; and a plurality of sensors coupled to the sensor assembly , wherein the sensor assembly is configured to be removably inserted within the circumferential track without having to disassemble the compressor casing . a sensor assembly ; and a plurality of sensors coupled to the sensor assembly , wherein the sensor assembly is configured to be removably inserted within the circumferential track without having to disassemble the compressor casing .
Arrangement for switching high currents in high-voltage engineering for one pole, having at least one first and having at least one second contact , wherein a contact has at least two contact pieces that are in electrical and/or mechanical contact with one another in the closed switching state, characterized in that the at least one first and the at least one second contact are each configured as rated-current contacts connected in parallel with one another.
A method of transmitting control information by a User Equipment, UE, in a wireless communication system, the method comprising: generating a Physical Uplink Control Channel, PUCCH, for transmitting control information; and transmitting the PUCCH in a subframe having a plurality of symbols, wherein based on that the subframe is a Full Duplex Radio, FDR, subframe, - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth. generating a Physical Uplink Control Channel, PUCCH, for transmitting control information; and transmitting the PUCCH in a subframe having a plurality of symbols, wherein based on that the subframe is a Full Duplex Radio, FDR, subframe, - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth. - a downlink control channel is received within first N, N>0, symbols of the subframe, - the PUCCH is transmitted from an M-th symbol, M>N, of the subframe in both edge regions of a bandwidth, and - a simultaneous PDSCH-PUSCH reception/transmission is allowed from the M-th symbol of the subframe in a same remaining region of the bandwidth, and wherein based on that the subframe is a non-FDR subframe, - no downlink control channel is received through the subframe, - the PUCCH is transmitted from a first symbol of the subframe in both edge regions of the bandwidth, and - only PUSCH transmission is allowed at the subframe in the remaining region of the bandwidth.
Device for producing a matt surface , comprising a nozzle which has a blasting chamber for irradiating a workpiece with an abrasive blasting material, the blasting chamber having on at least one of its sides an at least one flat interaction opening (5.2) which is intended to be placed in a form-fitting manner on at least one surface that is to be made matt, so that the blasting chamber is thereby closed, wherein the workpiece and the nozzle remain rigid with respect to each other during the irradiation process, wherein a direction of an abrasive jet of abrasive material within the blasting chamber can be aligned approximately parallel to or at an angle of less than 30° with respect to the interaction opening (5.2) and the surface that is to be made matt, characterised in that the jet direction of the abrasive jet of abrasive material is reversible. wherein the workpiece and the nozzle remain rigid with respect to each other during the irradiation process, wherein a direction of an abrasive jet of abrasive material within the blasting chamber can be aligned approximately parallel to or at an angle of less than 30° with respect to the interaction opening (5.2) and the surface that is to be made matt, characterised in that the jet direction of the abrasive jet of abrasive material is reversible.