mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical architecture for a turbine engine having a high pressure (HP) spool and a low pressure (LP) spool comprising: a first AC generator coupled to the HP spool and comprising a first integrated auto transformer unit having at least two three-phase outputs from the first integrated auto transformer unit; a second AC generator coupled to the LP spool and comprising a second integrated auto transformer unit having at least two three-phase outputs from the second integrated auto transformer unit; a first AC/DC converter connected to the at least two three-phase outputs of the first AC generator , and to a first DC bus ; and a second AC/DC converter connected to the at least two three-phase outputs of the second AC generator , and to a second DC bus ; wherein the first and second DC buses are selectively connected; and wherein at least some electrical windings required for power transformation in the first and/or second integrated auto transformer unit are integrated with electrical winding of the first and/or second AC generator , respectively. a first AC generator coupled to the HP spool and comprising a first integrated auto transformer unit having at least two three-phase outputs from the first integrated auto transformer unit; a second AC generator coupled to the LP spool and comprising a second integrated auto transformer unit having at least two three-phase outputs from the second integrated auto transformer unit; a first AC/DC converter connected to the at least two three-phase outputs of the first AC generator , and to a first DC bus ; and a second AC/DC converter connected to the at least two three-phase outputs of the second AC generator , and to a second DC bus ; wherein the first and second DC buses are selectively connected; and wherein at least some electrical windings required for power transformation in the first and/or second integrated auto transformer unit are integrated with electrical winding of the first and/or second AC generator , respectively.
A method, comprising: receiving, at a user equipment from an eNodeB , a user equipment capability enquiry ; and in response to the receiving the user equipment capability enquiry, notifying the eNodeB from the user equipment about the user equipment's capability with respect to voice over a specified kind of internet protocol connection by providing user equipment capability information including an indication of voice over high speed packet access capability. receiving, at a user equipment from an eNodeB , a user equipment capability enquiry ; and in response to the receiving the user equipment capability enquiry, notifying the eNodeB from the user equipment about the user equipment's capability with respect to voice over a specified kind of internet protocol connection by providing user equipment capability information including an indication of voice over high speed packet access capability.
A vehicle display assembly comprising: a display element disposed within a vehicle and in electrical communication with at least one of a vehicle sensor and a vehicle computer, the at least one of vehicle sensor and vehicle computer configured to provide an output to the vehicle display assembly ; and a first printed circuit board in electrical communication with the display element ; a transparent element defining a viewing surface; and a light source in optical communication with the display element ; wherein the display element is configured to generate an image visible through the transparent element ; characterized in that the vehicle display element is disposed in a doorsill of the vehicle ; wherein a vehicle seat is associated with a vehicle door of the vehicle ; wherein the output is capable of indicating the presence or absence of a user in the associated vehicle seat; wherein, when the output indicates the presence of a user in the associated vehicle seat, the vehicle display assembly is configured to display an image oriented toward the user in the vehicle seat; and wherein, when the output indicates the absence of a user in the associated vehicle seat, the vehicle display assembly is configured to display an image in the display element in the doorsill, the image oriented toward a user positioned outside the vehicle. a display element disposed within a vehicle and in electrical communication with at least one of a vehicle sensor and a vehicle computer, the at least one of vehicle sensor and vehicle computer configured to provide an output to the vehicle display assembly ; and a first printed circuit board in electrical communication with the display element ; a transparent element defining a viewing surface; and a light source in optical communication with the display element ; wherein the display element is configured to generate an image visible through the transparent element ; the vehicle display element is disposed in a doorsill of the vehicle ; wherein a vehicle seat is associated with a vehicle door of the vehicle ; wherein the output is capable of indicating the presence or absence of a user in the associated vehicle seat; wherein, when the output indicates the presence of a user in the associated vehicle seat, the vehicle display assembly is configured to display an image oriented toward the user in the vehicle seat; and wherein, when the output indicates the absence of a user in the associated vehicle seat, the vehicle display assembly is configured to display an image in the display element in the doorsill, the image oriented toward a user positioned outside the vehicle.
A process transmitter with reduced sensitivity to electrical noise configured to measure a process variable of an industrial process, comprising: a process variable sensor configured to sense the process variable and responsively provide a process variable sensor output; sensor circuitry coupled to the process variable sensor ; output circuitry configured to communicate with the sensor circuitry and which comprises a processor configured to provide the process variable sensor output to a control room ; a housing which has an hermetically sealed cavity configured to both enclose the sensor circuitry and the output circuitry ; a sensor circuit common connection which couples the sensor circuitry to the housing thereby reducing noise in the sensed process variable; and a wireless communication link between the sensor circuitry and the output circuitry , wherein the wireless communication link wirelessly carries a data signal related to the process variable sensor output from the sensor circuitry to the output circuitry . a process variable sensor configured to sense the process variable and responsively provide a process variable sensor output; sensor circuitry coupled to the process variable sensor ; output circuitry configured to communicate with the sensor circuitry and which comprises a processor configured to provide the process variable sensor output to a control room ; a housing which has an hermetically sealed cavity configured to both enclose the sensor circuitry and the output circuitry ; a sensor circuit common connection which couples the sensor circuitry to the housing thereby reducing noise in the sensed process variable; and a wireless communication link between the sensor circuitry and the output circuitry , wherein the wireless communication link wirelessly carries a data signal related to the process variable sensor output from the sensor circuitry to the output circuitry .
A cooler for cooling liquid, in particular of an engine of a motorcycle, wherein the cooler has a plate-like cooler core for exchanging heat between a coolant and ambient air, wherein the cooler core has a planar middle region , wherein the cooler core has a bend on at least two side, preferably opposite sides, of the planar middle region , wherein the at least one fan is arranged on the planar middle region , the fan is arranged directly on the cooler core , preferably without an intermediate space, characterized in that the fan is attached directly to the cooler core by means of fastening means .
A rotational angle sensor comprising: an annular rotary plate being made of metal; and a printed circuit board in which a primary coil (S) supplied with high-frequency current and a secondary coil group (R) outputting induced current to a detection IC detecting the induced current are arranged in such a way that loops of the primary coil and the secondary coil group are along a surface of the printed circuit board, wherein the rotary plate includes a target portion having variable dimension in the radial direction of the rotary plate between a minimal dimension and a maximal dimension , wherein the radial dimension varies with a rotational angle of the rotary plate in a sine-wave shape, the primary coil is arranged in such a way as to partially overlap with the target portion in a plan view of the printed circuit board, and is formed in a circular-arc shape spanning between two angular ends in the rotational direction of the rotary plate, the secondary coil group includes 4n, n being a natural number, secondary coils arranged in pairs in line along the rotational direction, inside the loops of the primary coil, and a number of turns of each secondary coil in a pair is equal, and a first pair of coils with a greater number of turns is arranged along the rotational direction within a second pair of coils having a smaller number of turns. an annular rotary plate being made of metal; and a printed circuit board in which a primary coil (S) supplied with high-frequency current and a secondary coil group (R) outputting induced current to a detection IC detecting the induced current are arranged in such a way that loops of the primary coil and the secondary coil group are along a surface of the printed circuit board, wherein the rotary plate includes a target portion having variable dimension in the radial direction of the rotary plate between a minimal dimension and a maximal dimension , wherein the radial dimension varies with a rotational angle of the rotary plate in a sine-wave shape, the primary coil is arranged in such a way as to partially overlap with the target portion in a plan view of the printed circuit board, and is formed in a circular-arc shape spanning between two angular ends in the rotational direction of the rotary plate, the secondary coil group includes 4n, n being a natural number, secondary coils arranged in pairs in line along the rotational direction, inside the loops of the primary coil, and a number of turns of each secondary coil in a pair is equal, and a first pair of coils with a greater number of turns is arranged along the rotational direction within a second pair of coils having a smaller number of turns.
A surface-emitting laser element comprising: a substrate ; a plurality of semiconductor layers laminated on the substrate, the plural semiconductor layers including a resonator structural body including an active layer and semiconductor multilayer film reflection mirrors having the resonator structural body sandwiched therebetween; an electrode provided in such a manner as to surround an emitting region on a surface of the surface-emitting laser element from which light is emitted; and a dielectric film provided in the emitting region such that a reflection ratio of a peripheral part of the emitting region is different from a reflection ratio of a center part of the emitting region, wherein the dielectric film includes a flat part having a top surface that is parallel to the bottom surface of the dielectric and a tilted part having an optical thickness that gradually decreases to zero, wherein the top surface of the tilted part forms side walls of the dielectric film forming an acute angle with the bottom surface of the dielectric film, wherein the dielectric film is provided in an area that is not included in the center part of the emitting region. a substrate ; a plurality of semiconductor layers laminated on the substrate, the plural semiconductor layers including a resonator structural body including an active layer and semiconductor multilayer film reflection mirrors having the resonator structural body sandwiched therebetween; a resonator structural body including an active layer and semiconductor multilayer film reflection mirrors having the resonator structural body sandwiched therebetween; an electrode provided in such a manner as to surround an emitting region on a surface of the surface-emitting laser element from which light is emitted; and a dielectric film provided in the emitting region such that a reflection ratio of a peripheral part of the emitting region is different from a reflection ratio of a center part of the emitting region, wherein the dielectric film includes a flat part having a top surface that is parallel to the bottom surface of the dielectric and a tilted part having an optical thickness that gradually decreases to zero, wherein the top surface of the tilted part forms side walls of the dielectric film forming an acute angle with the bottom surface of the dielectric film, wherein the dielectric film is provided in an area that is not included in the center part of the emitting region.
A clamp member that is provided for a double-acting friction stir spot welding device for performing friction stir spot welding of a workpiece (W) by a rotary tool and presses a surface of the workpiece (W) while the workpiece (W) is supported, wherein the rotary tool includes a pin member configured to rotate around a predetermined axis (P) and advance and retract in an axial (P) direction and a shoulder member configured to rotate around the axis (P) while surrounding an outer periphery of the pin member and advance and retract in the axial (P) direction independently of the pin member , the clamp member includes an end face that comes into surface contact with the surface of the workpiece (W) to press the surface and a protruding portion protruding from the end face in the axial (P) direction and extending around the axis (P), the protruding portion being configured to press the workpiece (W), so that a groove-shaped concave portion (L) is formed in a portion of the workpiece (W), the clamp member surrounding an outer periphery of the shoulder member , and characterized in that the end face is formed in an annular shape, and the protruding portion is formed in an arc shape extending in a circumferential direction of the end face , when viewed in the axial (P) direction. wherein the rotary tool includes a pin member configured to rotate around a predetermined axis (P) and advance and retract in an axial (P) direction and a shoulder member configured to rotate around the axis (P) while surrounding an outer periphery of the pin member and advance and retract in the axial (P) direction independently of the pin member , the clamp member includes an end face that comes into surface contact with the surface of the workpiece (W) to press the surface and a protruding portion protruding from the end face in the axial (P) direction and extending around the axis (P), the protruding portion being configured to press the workpiece (W), so that a groove-shaped concave portion (L) is formed in a portion of the workpiece (W), the clamp member surrounding an outer periphery of the shoulder member , and characterized in that the end face is formed in an annular shape, and the protruding portion is formed in an arc shape extending in a circumferential direction of the end face , when viewed in the axial (P) direction.
A dual-polarized antenna radiating element , comprising four radiators and a connecting part , wherein the four radiators are arranged in a cross shape, with each two of them oppositely disposed, one end of each of the radiators is connected to the connecting part , the other end extends in a direction away from the connecting part , and the four radiators form a radiating plane; and each of the radiators comprises a first radiating arm and a second radiating arm , and the first radiating arm and the second radiating arm are asymmetric; wherein each radiator is in a rectangular shape, the first radiating arm of each radiator comprises a first feeding arm and a first dipole arm , the first feeding arm is connected to the connecting part , the first dipole arm is perpendicular to the first feeding arm and extends towards the second radiating arm , the first dipole arm and the first feeding arm form an L shape and are two right-angle sides of the rectangle formed by each radiator; the second radiating arm of each radiator comprises a second feeding arm , a second dipole arm and a first bent part , the second feeding arm is connected to the connecting part , the second feeding arm is perpendicular to the first feeding arm , the second dipole arm is perpendicular to the second feeding arm , the second dipole arm extends towards the first dipole arm , the second dipole arm and the second feeding arm form an L shape and are the other two right-angle sides of the rectangle formed by each radiator, and the first bent part is connected to the second dipole arm and extends towards the first feeding arm . the four radiators are arranged in a cross shape, with each two of them oppositely disposed, one end of each of the radiators is connected to the connecting part , the other end extends in a direction away from the connecting part , and the four radiators form a radiating plane; and each of the radiators comprises a first radiating arm and a second radiating arm , and the first radiating arm and the second radiating arm are asymmetric; wherein each radiator is in a rectangular shape, the first radiating arm of each radiator comprises a first feeding arm and a first dipole arm , the first feeding arm is connected to the connecting part , the first dipole arm is perpendicular to the first feeding arm and extends towards the second radiating arm , the first dipole arm and the first feeding arm form an L shape and are two right-angle sides of the rectangle formed by each radiator; the second radiating arm of each radiator comprises a second feeding arm , a second dipole arm and a first bent part , the second feeding arm is connected to the connecting part , the second feeding arm is perpendicular to the first feeding arm , the second dipole arm is perpendicular to the second feeding arm , the second dipole arm extends towards the first dipole arm , the second dipole arm and the second feeding arm form an L shape and are the other two right-angle sides of the rectangle formed by each radiator, and the first bent part is connected to the second dipole arm and extends towards the first feeding arm .
An oral care appliance comprising: a housing , the housing comprising: a first end ; a second end , wherein the second end is at least partially transparent; and, a cavity , the cavity comprising: a light source ; and characterized by , a light-diffusing fiber optically coupled to the light source and arranged within the second end of the housing , coiled or wound about a central axis (A) running through the center of the cavity from the first end to the second end ; wherein the light-diffusing fiber is arranged to produce a first light visible through the second end of the housing. a first end ; a second end , wherein the second end is at least partially transparent; and, a cavity , the cavity comprising: a light source ; and characterized by , a light-diffusing fiber optically coupled to the light source and arranged within the second end of the housing , coiled or wound about a central axis (A) running through the center of the cavity from the first end to the second end ; wherein the light-diffusing fiber is arranged to produce a first light visible through the second end of the housing. a light source ; and characterized by , a light-diffusing fiber optically coupled to the light source and arranged within the second end of the housing , coiled or wound about a central axis (A) running through the center of the cavity from the first end to the second end ; wherein the light-diffusing fiber is arranged to produce a first light visible through the second end of the housing.
A resin composition for molding, comprising: a chlorinated vinyl chloride-based resin; a thermal stabilizer; and a polyalcohol and/or a partial ester of a polyalcohol obtained by reaction with at least one mono- or polycarboxylic acid, the chlorinated vinyl chloride-based resin having a chlorine content of 65% by weight or more and less than 72% by weight, as measured in accordance with JIS K 7229, the chlorinated vinyl chloride-based resin having, as evaluated by NMR as set out in the description and based on the total number of moles of a structural unit (a) -CCl 2 -, a structural unit (b) -CHCl-, and a structural unit (c) -CH 2 -, a proportion of the structural unit (a) of 17.5 mol% or less, a proportion of the structural unit (b) of 46.0 mol% or more, and a proportion of the structural unit (c) of 37.0 mol% or less, the thermal stabilizer containing a compound represented by the formula Ca 1-x Mg x (OH) 2 where x satisfies the inequality 0 < x < 1 or a compound represented by the formula Ca 1-y Mg y O where y satisfies the inequality 0 < y < 1, and wherein the resin composition for molding contains the polyalcohol and/or the partial ester of a polyalcohol in a total amount within the range of 0.05 to 3 parts by weight based on 100 parts by weight of the chlorinated vinyl chloride-based resin. a chlorinated vinyl chloride-based resin; a thermal stabilizer; and a polyalcohol and/or a partial ester of a polyalcohol obtained by reaction with at least one mono- or polycarboxylic acid, the chlorinated vinyl chloride-based resin having a chlorine content of 65% by weight or more and less than 72% by weight, as measured in accordance with JIS K 7229, the chlorinated vinyl chloride-based resin having, as evaluated by NMR as set out in the description and based on the total number of moles of a structural unit (a) -CCl 2 -, a structural unit (b) -CHCl-, and a structural unit (c) -CH 2 -, a proportion of the structural unit (a) of 17.5 mol% or less, a proportion of the structural unit (b) of 46.0 mol% or more, and a proportion of the structural unit (c) of 37.0 mol% or less, the thermal stabilizer containing a compound represented by the formula Ca 1-x Mg x (OH) 2 where x satisfies the inequality 0 < x < 1 or a compound represented by the formula Ca 1-y Mg y O where y satisfies the inequality 0 < y < 1, and wherein the resin composition for molding contains the polyalcohol and/or the partial ester of a polyalcohol in a total amount within the range of 0.05 to 3 parts by weight based on 100 parts by weight of the chlorinated vinyl chloride-based resin.