mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle seat , comprising: a seat frame ; a seat back having a rear surface disc disposed on a rear surface of the seat back ; a plurality of tension wires arranged under a tension between the seat frame and the rear surface disc ; a headrest disposed on the seat frame and configured to be tiltable toward a front side; and an elastic element configured to urge the headrest to be tilted forward, wherein one or more tension wires of the plurality of tension wires are hooked on the headrest to apply a tension to the headrest , the tension maintaining the headrest at an erected position against an urging force of the elastic element during normal operation, and loosening in response to a retreat of the rear surface disc in a rear-end collision, to thereby cause the headrest to be tilted forward. a seat frame ; a seat back having a rear surface disc disposed on a rear surface of the seat back ; a plurality of tension wires arranged under a tension between the seat frame and the rear surface disc ; a headrest disposed on the seat frame and configured to be tiltable toward a front side; and an elastic element configured to urge the headrest to be tilted forward, wherein one or more tension wires of the plurality of tension wires are hooked on the headrest to apply a tension to the headrest , the tension maintaining the headrest at an erected position against an urging force of the elastic element during normal operation, and loosening in response to a retreat of the rear surface disc in a rear-end collision, to thereby cause the headrest to be tilted forward.
A connector apparatus (100; 200; 300), comprising a female housing forming at least a first aperture and a second aperture; a first terminal position assurance member being received in the first aperture ; a connector position assurance member (102; 202; 500) being received in the second aperture ; a first plurality of terminal position assurance protection ribs being around the first terminal position assurance member on the female housing (102; 202; 400); a plurality of connector position assurance protection walls located on at least three sides of the second aperture of the female housing and further comprising: a male housing (108; 208; 700) forming at least a first aperture and a second aperture ; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing is received into the first aperture of the male housing (108; 208; 700). a female housing forming at least a first aperture and a second aperture; a first terminal position assurance member being received in the first aperture ; a connector position assurance member (102; 202; 500) being received in the second aperture ; a first plurality of terminal position assurance protection ribs being around the first terminal position assurance member on the female housing (102; 202; 400); a plurality of connector position assurance protection walls located on at least three sides of the second aperture of the female housing and further comprising: a male housing (108; 208; 700) forming at least a first aperture and a second aperture ; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing is received into the first aperture of the male housing (108; 208; 700). a male housing (108; 208; 700) forming at least a first aperture and a second aperture ; a second terminal position assurance member being received in the second aperture of the male housing (108; 208; 700), wherein a second plurality of terminal position assurance protection ribs being around the second terminal position assurance member on the male housing (108; 208; 700); and wherein the female housing is received into the first aperture of the male housing (108; 208; 700).
A computer implemented method comprising: generating 4D light field data representative of at least one volume in an object space of an optical system occupied by a set of rays of light passing through a pupil of said optical system and called a pixel beam and through a conjugate defining one section of said pixel beam , in said object space of said optical system , of at least one pixel of a sensor associated with said optical system , said conjugate of the at least one pixel being in a direction normal to a surface of the pupil , said pupil being defined as an image of an aperture stop as seen through said optical system and defining another one section of said pixel beam , characterized in that it further comprises - sampling a section (S1) of said pixel beam as a first polygon (P1) having p vertices, said section (S1) corresponding to said conjugate of said pixel of said sensor ; - sampling a pupil (S2) of said pixel beam as a second polygon (P2) having n vertices, said pupil (S2) corresponding to an entrance pupil of said optical system ; - computing sets of rays joining together said p vertices of said first polygon (P1) and said n vertices of said second polygon (P2); - computing intersections of said rays joining together the p vertices of the first polygon (P1) and the n vertices of the second polygon (P2) with a surface; - computing a convex envelope fitting said intersections of the rays joining together the p vertices of the first polygon (P1) and the n vertices of the second polygon (P2) with the surface, said convex envelope corresponding to a bokeh associated with a pixel beam; and - providing a set of parameters defining a correspondence between pixels and an object space of said optical system and defining each pixel beam and representative of said convex envelope as 4D light field data representative of the bokeh associated to said pixel beam . - sampling a section (S1) of said pixel beam as a first polygon (P1) having p vertices, said section (S1) corresponding to said conjugate of said pixel of said sensor ; - sampling a pupil (S2) of said pixel beam as a second polygon (P2) having n vertices, said pupil (S2) corresponding to an entrance pupil of said optical system ; - computing sets of rays joining together said p vertices of said first polygon (P1) and said n vertices of said second polygon (P2); - computing intersections of said rays joining together the p vertices of the first polygon (P1) and the n vertices of the second polygon (P2) with a surface; - computing a convex envelope fitting said intersections of the rays joining together the p vertices of the first polygon (P1) and the n vertices of the second polygon (P2) with the surface, said convex envelope corresponding to a bokeh associated with a pixel beam; and - providing a set of parameters defining a correspondence between pixels and an object space of said optical system and defining each pixel beam and representative of said convex envelope as 4D light field data representative of the bokeh associated to said pixel beam .
A method for preparing a plurality of micro-devices for transfer, the method comprising: temporarily bonding the micro-devices onto a carrier substrate ; testing the micro-devices on the carrier substrate to determine if there is at least one first failed micro-device in the micro-devices ; removing the first failed micro-device from the carrier substrate ; and transferring the remaining micro-devices , the method being characterized in that said step of transferring the remaining micro-devices is made from the carrier substrate to a receiving substrate after said removing, and it further comprises: acquiring at least one location of at least one micro-device void (V2) on the receiving substrate ; and patching the micro-device void (V2) on the receiving substrate with at least one patching micro-device . temporarily bonding the micro-devices onto a carrier substrate ; testing the micro-devices on the carrier substrate to determine if there is at least one first failed micro-device in the micro-devices ; removing the first failed micro-device from the carrier substrate ; and transferring the remaining micro-devices , the method being characterized in that said step of transferring the remaining micro-devices is made from the carrier substrate to a receiving substrate after said removing, and it further comprises: acquiring at least one location of at least one micro-device void (V2) on the receiving substrate ; and patching the micro-device void (V2) on the receiving substrate with at least one patching micro-device . acquiring at least one location of at least one micro-device void (V2) on the receiving substrate ; and patching the micro-device void (V2) on the receiving substrate with at least one patching micro-device .
A method for wireless communication at a user equipment, UE, comprising: identifying a transmission time interval allocated for a first transmission ; receiving a preemption indication, PI, indicating that a portion of the transmission time interval is preempted ; after receiving the PI, determining whether a threshold associated with an estimated uplink, UL, received power of the first transmission is satisfied ; determining whether to drop at least a portion of the first transmission in the transmission time interval based at least in part on whether the threshold associated with the estimated UL received power of the first transmission is satisfied ; and transmitting the first transmission during the transmission time interval in accordance with the determination of whether to drop at least the portion of the first transmission ; wherein determining whether to drop at least the portion of the first transmission comprises: determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold. identifying a transmission time interval allocated for a first transmission ; receiving a preemption indication, PI, indicating that a portion of the transmission time interval is preempted ; after receiving the PI, determining whether a threshold associated with an estimated uplink, UL, received power of the first transmission is satisfied ; determining whether to drop at least a portion of the first transmission in the transmission time interval based at least in part on whether the threshold associated with the estimated UL received power of the first transmission is satisfied ; and transmitting the first transmission during the transmission time interval in accordance with the determination of whether to drop at least the portion of the first transmission ; wherein determining whether to drop at least the portion of the first transmission comprises: determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold. determining to drop at least the portion of the first transmission when a characteristic of the first transmission satisfies the threshold; or determining to transmit an entirety of the first transmission when the characteristic of the first transmission fails to satisfy the threshold.
Drilling structure for cutting a rock mass, comprising a support structure , driving means coupled to the support structure , and at least two top hammers operable by the driving means, the structure being configured so that each of the two top hammers is operable and thus movable independently of the other top hammer , characterized in that the drilling structure further comprises at least one controller configured to control the driving means, the controller being additionally configured to adjust the alignment of at least one of the hammers with one or more of the remaining hammers , based on movement data of the hammers .
An aerial photographing system, comprising a flying vehicle being remotely controlled, a main frame provided in a center of said flying vehicle and designed in hollow cylindrical shape, a shaft which penetrates said main frame in up-to-down direction and provided on said main frame via a gimbal, a lower camera provided on a lower end of said shaft, an upper camera provided on an upper end of said shaft, and a retro-reflector integrated with said lower camera and being set in a known relation with said lower camera and used as an object to be measured, a total station for tracking said retro-reflector and for measuring a position of said retro-reflector, wherein said shaft is supported by said gimbal so as to be kept vertically by a weight balance, and wherein said lower camera photographs in vertically downward direction and said upper camera photographs in vertically upward direction.
Vertical Cavity Surface Emitting Laser (VCSEL), comprising an optical resonator comprising a first mirror , an active region for generation of laser light, and a second mirror , wherein the active region is arranged between the first and second mirrors , a photodiode integrated in the optical resonator , the photodiode comprising an absorption region having a plurality of absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) configured to absorb generated laser light, wherein the absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) are arranged spaced apart from one another by a center-to-center distance d which satisfies the condition: d = (2k-1) λ / (4 m), wherein λ is the wavelength of the laser light in the absorption region , and k and m are natural numbers ≥ 1. an optical resonator comprising a first mirror , an active region for generation of laser light, and a second mirror , wherein the active region is arranged between the first and second mirrors , a photodiode integrated in the optical resonator , the photodiode comprising an absorption region having a plurality of absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) configured to absorb generated laser light, wherein the absorbing layers (50, 52; 56, 58, 60, 62; 64, 66; 70, 72) are arranged spaced apart from one another by a center-to-center distance d which satisfies the condition: d = (2k-1) λ / (4 m), wherein λ is the wavelength of the laser light in the absorption region , and k and m are natural numbers ≥ 1.
A lyophilized formulation comprising romidepsin and mannitol, wherein the ratio of romidepsin to mannitol is about 1 : 2 w/w, and wherein substantially all of the romidepsin is amorphous.
A steer-by-wire system, wherein the steer-by-wire system comprises a steering column and a limiting apparatus , and the limiting apparatus comprises a fixed rod , a slide block , and a movable limiting block ; characterised in that the slide block is located on the fixed rod , and the slide block can slide on the fixed rod as the steering column rotates; and the movable limiting block is located on the fixed rod , and can slide on the fixed rod , to limit the slide block to slide on the fixed rod , so that the steering column rotates within a target rotation range. the slide block is located on the fixed rod , and the slide block can slide on the fixed rod as the steering column rotates; and the movable limiting block is located on the fixed rod , and can slide on the fixed rod , to limit the slide block to slide on the fixed rod , so that the steering column rotates within a target rotation range.
Scooter comprising a deck which, in a functional position of the scooter , provides a standing surface for a user of the scooter , comprising a front axle having at least one front wheel and a rear axle having at least one rear wheel , comprising a steering column for transmitting a steering motion to the at least one front wheel , and comprising an actuation element arranged on the steering column in order to release a locking device , wherein when the locking device is released, the scooter can be brought into a stowing position, wherein, in the stowing position of the scooter , the rear axle together with the deck is moved toward the steering column about an axis of rotation , wherein, in the stowing position, a distance between the rear axle and the front axle is equal to a distance between the rear axle and the front axle in the functional position, thus, when folded up, the deck itself is not folded or collapsed, wherein in order to transmit the steering motion to the at least one front wheel , a steering rod of the steering column can be rotated about a longitudinal axis of the steering column by means of a steering handle and the actuation element is arranged on the steering handle , characterised in that a movement device can be activated by actuating the actuation element , which is designed to automatically guide the deck towards the steering rod , so that the movement of the scooter from the functional position into the stowing position can be brought about by means of the movement device , in that by activating the movement device , the rear axle is moved together with the deck about the axis of rotation towards the steering column .
Charging cable system, having a charging cable with multiple single lines (11; 12) running inside the charging cable for transferring a charging current and with a cable connecting part for connecting the charging cable to the energy store of an electrically operable vehicle, wherein there runs inside the charging cable at least one cooling duct in which a cooling medium is carried to the cable connecting part , and the charging cable is embodied such that the cooling medium flows around the single lines (11; 12) running in the charging cable after it has returned, characterized in that there is provision in the cable connecting part for valve means for returning the cooling medium to the charging cable and the single lines (11; 12) are twisted inside the charging cable .
A device to support the back and/or head of a wheelchair user in a vehicle, the device comprising: a support arrangement; and a back/headrest which presents a substantially planar support surface, the back/headrest being moveable with respect to the support arrangement between a stowed position, in which the back/headrest is relatively close to the support arrangement, and a deployed position, in which the back/headrest is supported at a second, greater distance from the support arrangement, wherein when the back/headrest is in the stowed position the support surface lies in a first plane, and when the back/headrest moves to the deployed position, the support surface thereof is in the first plane, or in a further plane which is substantially parallel with the first plane, and wherein the support arrangement comprises a first component which is fixed in place, and the device further comprises a support arm which is pivotally attached to the fixed component near a first end thereof, and has a second opposite end which is a free end, wherein the back/headrest is attached to the support arm . a support arrangement; and a back/headrest which presents a substantially planar support surface, the back/headrest being moveable with respect to the support arrangement between a stowed position, in which the back/headrest is relatively close to the support arrangement, and a deployed position, in which the back/headrest is supported at a second, greater distance from the support arrangement, wherein when the back/headrest is in the stowed position the support surface lies in a first plane, and when the back/headrest moves to the deployed position, the support surface thereof is in the first plane, or in a further plane which is substantially parallel with the first plane, and wherein the support arrangement comprises a first component which is fixed in place, and the device further comprises a support arm which is pivotally attached to the fixed component near a first end thereof, and has a second opposite end which is a free end, wherein the back/headrest is attached to the support arm .
A process for synthesis of compound of Formula: X a - M z+ - Y b , wherein M z+ is Fe 3+ ; X and Y are independently selected from the group consisting of 2-ethyl hexyl carboxylate and tridecanoate; and 'a' and 'b' are in the range of 0-3, wherein 'a' and 'b' have values such that X a - M z+ - Y b is a neutral molecule; the process comprising the steps of: (a) contacting (i) a transition metal salt of Formula M-S, wherein M is Fe 3+ and S is a ligand selected from the group consisting of nitrate, sulfate, chloride, sulfite, and nitrite; (ii) at least one carboxylate salt selected from the group consisting of salts of R1(COOH) c and salts of R2(COOH) d , wherein R1(COOH) c and R2(COOH) d are respectively 2-ethylhexanoic acid and tridecanoic acid; (iii) water; and (iv) at least one organic solvent to obtain a first mixture is carried out at a temperature of 40°C; and (b) stirring the first mixture at 40°C for a period of 3 hours to obtain the compound. wherein M z+ is Fe 3+ ; X and Y are independently selected from the group consisting of 2-ethyl hexyl carboxylate and tridecanoate; and 'a' and 'b' are in the range of 0-3, wherein 'a' and 'b' have values such that X a - M z+ - Y b is a neutral molecule; the process comprising the steps of: (a) contacting (i) a transition metal salt of Formula M-S, wherein M is Fe 3+ and S is a ligand selected from the group consisting of nitrate, sulfate, chloride, sulfite, and nitrite; (ii) at least one carboxylate salt selected from the group consisting of salts of R1(COOH) c and salts of R2(COOH) d , wherein R1(COOH) c and R2(COOH) d are respectively 2-ethylhexanoic acid and tridecanoic acid; (iii) water; and (iv) at least one organic solvent to obtain a first mixture is carried out at a temperature of 40°C; and (b) stirring the first mixture at 40°C for a period of 3 hours to obtain the compound.
A trimmer head comprising: • a housing , • a cutting blade , • a cutting blade shield with a plurality of through-openings , and • a blowing air assembly, characterized in that the blowing air assembly comprises at least one blowing nozzle pointing to said blade shield openings such that, in operation, a blowing air flow is directed from the blowing nozzle towards said cutting blade shield openings . • a housing , • a cutting blade , • a cutting blade shield with a plurality of through-openings , and • a blowing air assembly,