mhurhangee/patent-ind-claim-en huggingface dataset:
Securing device for a tongue of a safety belt of a motor vehicle seat , having: - a part for capturing said tongue , situated at the end of a stem , - an articulation shaft designed to be mounted so as to be able to move in rotation on said seat about a geometric axis (A1), and - means for mounting the stem on said articulation shaft , characterized in that these mounting means comprise: - a ring that is mounted on the articulation shaft and has a stop means designed to prevent translation, along said geometric axis (A1), of the ring with respect to said articulation shaft , and - a drive washer that is mounted on the articulation shaft and has: ¤ a rotation-prevention means making it possible to prevent rotation, about the geometric axis (A1), of the drive washer with respect to the articulation shaft , ¤ a means for driving the stem that makes it possible to drive the pivoting of the stem about the geometric axis (A1) by virtue of the pivoting of the articulation shaft , and ¤ a capturing means that makes it possible to prevent translation, along the geometric axis (A1), of the drive washer with respect to the ring . - a part for capturing said tongue , situated at the end of a stem , - an articulation shaft designed to be mounted so as to be able to move in rotation on said seat about a geometric axis (A1), and - means for mounting the stem on said articulation shaft , - a ring that is mounted on the articulation shaft and has a stop means designed to prevent translation, along said geometric axis (A1), of the ring with respect to said articulation shaft , and - a drive washer that is mounted on the articulation shaft and has: ¤ a rotation-prevention means making it possible to prevent rotation, about the geometric axis (A1), of the drive washer with respect to the articulation shaft , ¤ a means for driving the stem that makes it possible to drive the pivoting of the stem about the geometric axis (A1) by virtue of the pivoting of the articulation shaft , and ¤ a capturing means that makes it possible to prevent translation, along the geometric axis (A1), of the drive washer with respect to the ring . ¤ a rotation-prevention means making it possible to prevent rotation, about the geometric axis (A1), of the drive washer with respect to the articulation shaft , ¤ a means for driving the stem that makes it possible to drive the pivoting of the stem about the geometric axis (A1) by virtue of the pivoting of the articulation shaft , and ¤ a capturing means that makes it possible to prevent translation, along the geometric axis (A1), of the drive washer with respect to the ring .
A lubricant oil composition comprising: a base oil; a succinimide compound; and a heterocyclic compound, wherein the heterocyclic compound is 2,5-(bis(n-octyldithio)-1,3,4-thiadiazole and the compounding amount of the heterocyclic compound is 0.01 to 20 % by mass based on a total amount of the lubricant oil composition, wherein the lubricant oil composition has a phosphorus content of 0.02 % by mass or less and a sulfuric acid ash content of 0.6 % by mass or less based on a total amount of the lubricant oil composition, and wherein the succinimide compound is a boron derivative of a succinimide compound represented by the following formula (IV) or (V) : wherein R 17 , R 19 and R 22 each represent an alkenyl group or an alkyl group having a number-average molecular weight of 500 to 4,000; R 19 and R 22 may be the same or different; R 18 , R 20 and R 21 each represent a C 2 to C 5 alkylene group; R 20 and R 21 may be the same or different; r is an integer of 1 to 10; and s is 0 or an integer of 1 to 10. a base oil; a succinimide compound; and a heterocyclic compound, wherein the heterocyclic compound is 2,5-(bis(n-octyldithio)-1,3,4-thiadiazole and the compounding amount of the heterocyclic compound is 0.01 to 20 % by mass based on a total amount of the lubricant oil composition, wherein the lubricant oil composition has a phosphorus content of 0.02 % by mass or less and a sulfuric acid ash content of 0.6 % by mass or less based on a total amount of the lubricant oil composition, and wherein the succinimide compound is a boron derivative of a succinimide compound represented by the following formula (IV) or (V) : wherein R 17 , R 19 and R 22 each represent an alkenyl group or an alkyl group having a number-average molecular weight of 500 to 4,000; R 19 and R 22 may be the same or different; R 18 , R 20 and R 21 each represent a C 2 to C 5 alkylene group; R 20 and R 21 may be the same or different; r is an integer of 1 to 10; and s is 0 or an integer of 1 to 10.
Use of a metal-hydride metal composite in a neutron shield: the metal-hydride metal composite comprising: a metal matrix ; and a plurality of metal-hydride particles dispersed within the metal matrix; wherein, a fraction of metal-hydride in the metal-hydride metal composite is at least 1 mol % and a volume fraction of metal-hydride in the metal-hydride metal composite, at temperatures below the dissolution temperature of the metal-hydride particles, is no higher than a ratio of a solid solubility limit of hydrogen in the metal matrix and a molar fraction of hydrogen in the metal-hydride, said solid solubility limit being defined at 1273K and 500MPa, whereby, in the event of dissolution, hydrogen released by the metal-hydride particles is dissolved into solid solution of the metal matrix. a metal matrix ; and a plurality of metal-hydride particles dispersed within the metal matrix; wherein, a fraction of metal-hydride in the metal-hydride metal composite is at least 1 mol % and a volume fraction of metal-hydride in the metal-hydride metal composite, at temperatures below the dissolution temperature of the metal-hydride particles, is no higher than a ratio of a solid solubility limit of hydrogen in the metal matrix and a molar fraction of hydrogen in the metal-hydride, said solid solubility limit being defined at 1273K and 500MPa, whereby, in the event of dissolution, hydrogen released by the metal-hydride particles is dissolved into solid solution of the metal matrix.
A lighting device comprising: an elongated extrusion comprising a first surface and a second surface proximate said first surface , said first surface being angled with respect to said second surface , said second surface being substantially reflective; an integrated reflector on said second surface comprising a movable portion that is separate from the elongated extrusion ; and one or more light emitting devices mounted at said first surface of said extrusion and configured such that at least a portion of said light emitted from said one or more light emitting devices is directed towards said second surface , the angle of said integrated reflector with respect to said first surface being customizable to either focus or broaden the spectrum of the light emitted from said light emitting devices ; whereby the lighting device further comprises one or more end caps for sealing ends of the elongated extrusion , said elongated extrusion comprising second flanges and second indentations that correspond to first flanges and first indentations formed in said one or more end caps , and whereby said one or more end caps further comprise an angle adjustment portion configured to customize the angle of said integrated reflector with respect to said first surface . an elongated extrusion comprising a first surface and a second surface proximate said first surface , said first surface being angled with respect to said second surface , said second surface being substantially reflective; an integrated reflector on said second surface comprising a movable portion that is separate from the elongated extrusion ; and one or more light emitting devices mounted at said first surface of said extrusion and configured such that at least a portion of said light emitted from said one or more light emitting devices is directed towards said second surface , the angle of said integrated reflector with respect to said first surface being customizable to either focus or broaden the spectrum of the light emitted from said light emitting devices ; whereby the lighting device further comprises one or more end caps for sealing ends of the elongated extrusion , said elongated extrusion comprising second flanges and second indentations that correspond to first flanges and first indentations formed in said one or more end caps , and whereby said one or more end caps further comprise an angle adjustment portion configured to customize the angle of said integrated reflector with respect to said first surface .
A method for managing vehicle occupant profiles in a vehicle comprising at least one transceiver for receiving radio signals wherein a vehicle occupant is associated with at least one unidentified radio device for verification against a vehicle occupant profile, the method comprising the following steps: detecting , by the at least one transceiver, the at least one unidentified radio device associated with the vehicle occupant, localizing , by at least one sensor in the vehicle, the detected at least one unidentified radio device to a seat position in the vehicle occupied by the vehicle occupant of which the detected at least one unidentified radio device is associated with, updating an available vehicle occupant profile of the vehicle occupant with the detected and localized at least one unidentified radio device when other identified radio devices associated to the vehicle occupant are detected and localized to the seat position occupied by the vehicle occupant, establishing a new vehicle occupant profile of the vehicle occupant with the detected and localized at least one unidentified radio device when no other identified radio devices associated to the vehicle occupant are detected and localized to the seat position occupied by the vehicle occupant, and assigning a probability value to the updated or established vehicle occupant profile. detecting , by the at least one transceiver, the at least one unidentified radio device associated with the vehicle occupant, localizing , by at least one sensor in the vehicle, the detected at least one unidentified radio device to a seat position in the vehicle occupied by the vehicle occupant of which the detected at least one unidentified radio device is associated with, updating an available vehicle occupant profile of the vehicle occupant with the detected and localized at least one unidentified radio device when other identified radio devices associated to the vehicle occupant are detected and localized to the seat position occupied by the vehicle occupant, establishing a new vehicle occupant profile of the vehicle occupant with the detected and localized at least one unidentified radio device when no other identified radio devices associated to the vehicle occupant are detected and localized to the seat position occupied by the vehicle occupant, and assigning a probability value to the updated or established vehicle occupant profile.
A load driving device driving a load by controlling ON/OFF of a switching element connected to the load, by applying voltage to a gate terminal (G) of the switching element , the load driving device comprising: the switching element ; a gate driving circuit configured to apply a gate voltage to the switching element ; and a current measurement circuit connected between a power source (VH) and a power input of the gate driving circuit , and configured to measure current flowing from the power source (VH) via the gate terminal (G) to the switching element , wherein the gate driving circuit comprises a voltage application circuit , where the voltage application circuit is connected to the power input of the gate driving circuit and to a reference power source (VDD) provided as a reference; and the voltage application circuit is configured to output a voltage having a potential equal or lower to that of the reference voltage (VDD); wherein the power source (VH) has a higher voltage than that of the reference voltage (VDD); and wherein the gate voltage is restricted by the voltage of the output of the voltage application circuit . the switching element ; a gate driving circuit configured to apply a gate voltage to the switching element ; and a current measurement circuit connected between a power source (VH) and a power input of the gate driving circuit , and configured to measure current flowing from the power source (VH) via the gate terminal (G) to the switching element , wherein the gate driving circuit comprises a voltage application circuit , where the voltage application circuit is connected to the power input of the gate driving circuit and to a reference power source (VDD) provided as a reference; and the voltage application circuit is configured to output a voltage having a potential equal or lower to that of the reference voltage (VDD); wherein the power source (VH) has a higher voltage than that of the reference voltage (VDD); and wherein the gate voltage is restricted by the voltage of the output of the voltage application circuit .
A fuel cell unit, the fuel cell unit comprising: a reformer (204"); a fuel cell stack (206") in operable fluid communication with the reformer; and an afterburner (208") in operable fluid communication with the fuel cell stack, wherein a reduced level of thermal insulation is in contact with, adjacent to, and/or in thermal communication with at least one face or one surface of the fuel cell unit (202") thereby to increase radiant heat transfer from the at least one face or one surface, wherein the reduced level of thermal insulation is in comparison to the level of thermal insulation in contact with, adjacent to, and/or in thermal communication with the other face(s), or other surface(s) of the fuel cell unit; and characterized in that a liquid heat-exchange plate or a liquid heat-exchange jacket (232") is in thermal communication with the reduced level of thermal insulation, thereby to transfer preferentially radiant heat from the at least one face or one surface to the liquid heat-exchange plate or the liquid heat-exchange jacket. a reformer (204"); a fuel cell stack (206") in operable fluid communication with the reformer; and an afterburner (208") in operable fluid communication with the fuel cell stack, wherein a reduced level of thermal insulation is in contact with, adjacent to, and/or in thermal communication with at least one face or one surface of the fuel cell unit (202") thereby to increase radiant heat transfer from the at least one face or one surface, wherein the reduced level of thermal insulation is in comparison to the level of thermal insulation in contact with, adjacent to, and/or in thermal communication with the other face(s), or other surface(s) of the fuel cell unit; and characterized in that a liquid heat-exchange plate or a liquid heat-exchange jacket (232") is in thermal communication with the reduced level of thermal insulation, thereby to transfer preferentially radiant heat from the at least one face or one surface to the liquid heat-exchange plate or the liquid heat-exchange jacket.
Battery pack, comprising: a first cooling plate (P1) internally provided with a cooling channel; a second cooling plate (P2) located above the first cooling plate (P1) and internally provided with a cooling channel; and characterized in that , the battery pack further comprises a first support (L) supporting the second cooling plate (P2), wherein the first support (L) is internally provided with a connection channel (L11), and the connection channel (L11)and the cooling channels in the first cooling plate (P1) and the second cooling plate (P1) are in sealed connection; wherein the battery pack further comprises a first battery unit (B1) and a second battery unit (B2), wherein the first battery unit (B1) is placed on the first cooling plate (P1), the second battery unit (B2) is placed on the second cooling plate (P2), and the second cooling plate (P2) is arranged above the first cooling plate (P1), and a height for accommodating the first battery unit (B1) is reserved between the second cooling plate (P2) and the first cooling plate (P1); wherein the number of the first supports (L) is two, and the two first supports (L) are arranged at two ends of the second cooling plate (P2). a first cooling plate (P1) internally provided with a cooling channel; a second cooling plate (P2) located above the first cooling plate (P1) and internally provided with a cooling channel; and characterized in that , the battery pack further comprises a first support (L) supporting the second cooling plate (P2), wherein the first support (L) is internally provided with a connection channel (L11), and the connection channel (L11)and the cooling channels in the first cooling plate (P1) and the second cooling plate (P1) are in sealed connection; wherein the battery pack further comprises a first battery unit (B1) and a second battery unit (B2), wherein the first battery unit (B1) is placed on the first cooling plate (P1), the second battery unit (B2) is placed on the second cooling plate (P2), and the second cooling plate (P2) is arranged above the first cooling plate (P1), and a height for accommodating the first battery unit (B1) is reserved between the second cooling plate (P2) and the first cooling plate (P1); wherein the number of the first supports (L) is two, and the two first supports (L) are arranged at two ends of the second cooling plate (P2).
A radiation detector that detects radiation to transfer detection data to an external apparatus for each frame, comprising: a sensor that generates a pulse when a radiation particle is detected; a plurality of counters that are provided in a readout circuit and count the generated pulses; a plurality of memories (150a, 150b, 250a-250d) that respectively read and store count values counted for each frame by the plurality of counters ; a control circuit that controls transferring the stored count values for each frame to the external apparatus from the memories (150a, 150b, 250a-250d), a first switching circuit that performs a switching operation for reading count values from the plurality of counters by one of the plurality of memories (150a, 150b, 250a-250d), and a second switching circuit that performs a switching operation for transferring the count values from one of the plurality of memories (150a, 150b, 250a-250d), wherein the control circuit controls the first and second switching circuits (125, 154, 545; 155) to simultaneously read the count values for a first frame to a first memory and transfer the count values for a second frame different from the first frame from a second memory different from the first memory in a parallel processing time period. a sensor that generates a pulse when a radiation particle is detected; a plurality of counters that are provided in a readout circuit and count the generated pulses; a plurality of memories (150a, 150b, 250a-250d) that respectively read and store count values counted for each frame by the plurality of counters ; a control circuit that controls transferring the stored count values for each frame to the external apparatus from the memories (150a, 150b, 250a-250d), a first switching circuit that performs a switching operation for reading count values from the plurality of counters by one of the plurality of memories (150a, 150b, 250a-250d), and a second switching circuit that performs a switching operation for transferring the count values from one of the plurality of memories (150a, 150b, 250a-250d), wherein the control circuit controls the first and second switching circuits (125, 154, 545; 155) to simultaneously read the count values for a first frame to a first memory and transfer the count values for a second frame different from the first frame from a second memory different from the first memory in a parallel processing time period.
A reload assembly comprising: a shell housing including an inner housing portion and an outer housing portion , the inner housing portion defining a central bore and being spaced from the outer housing portion to define an annular cavity between the inner and outer housing portions; a staple cartridge supported on a distal portion of the shell housing, the staple cartridge having a plurality of staple pockets , each of the staple pockets receiving a staple ; a pusher supported within the annular cavity, the pusher movable between a retracted position and an advanced position to eject the staples from the staple cartridge; a knife carrier including a body defining a longitudinal axis and a cutout , the knife carrier movable within the annular cavity of the shell housing between advanced and retracted positions; an annular knife supported on the knife carrier, the annular knife having a distal portion defining a cutting edge; and a spring clip supported on the inner housing portion of the shell housing, the spring clip having a locking tang and an engagement portion , characterised in that the spring clip is movable from a first position in which the engagement portion extends across the central bore of the of the inner housing portion of the shell housing and the locking tang is received within the cutout of the knife carrier to obstruct advancement of the knife carrier to a second position in which the engagement portion is spaced from the central bore of the inner housing portion of the shell housing and the locking tang is removed from the cutout of the knife carrier. a shell housing including an inner housing portion and an outer housing portion , the inner housing portion defining a central bore and being spaced from the outer housing portion to define an annular cavity between the inner and outer housing portions; a staple cartridge supported on a distal portion of the shell housing, the staple cartridge having a plurality of staple pockets , each of the staple pockets receiving a staple ; a pusher supported within the annular cavity, the pusher movable between a retracted position and an advanced position to eject the staples from the staple cartridge; a knife carrier including a body defining a longitudinal axis and a cutout , the knife carrier movable within the annular cavity of the shell housing between advanced and retracted positions; an annular knife supported on the knife carrier, the annular knife having a distal portion defining a cutting edge; and a spring clip supported on the inner housing portion of the shell housing, the spring clip having a locking tang and an engagement portion , characterised in that the spring clip is movable from a first position in which the engagement portion extends across the central bore of the of the inner housing portion of the shell housing and the locking tang is received within the cutout of the knife carrier to obstruct advancement of the knife carrier to a second position in which the engagement portion is spaced from the central bore of the inner housing portion of the shell housing and the locking tang is removed from the cutout of the knife carrier.