mhurhangee/patent-ind-claim-en huggingface dataset:
A spacecraft comprising - a frame , - an electrical device , - electrical cables (7a-7f) for powering and/or controlling said electrical device, - at least two rotary actuators for orienting the electrical device about two non-parallel axes of rotation (Δa, Δb), - a junction member between the two rotary actuators, one of the rotary actuators being connected on the one hand to the electrical device and on the other hand to the junction member , the other rotary actuator being connected on the one hand to the junction member and on the other hand to the frame , and - one or more guide forks , arranged outside the junction member, each of said guide forks being fastened to the junction member and comprising fingers (9a, 9b, 9c; 10a, 10b, 10c) configured to support the electrical cables (7a-7f) and delimit between the fingers a guide path for said electrical cables (7a-7f), wherein each guide fork is arranged so that, irrespective of the positions of the rotary actuators , the electrical cables (7a-7f) exert, on each of the rotary actuators , a torque that is lower than a torque capacity of the rotary actuator, wherein the axes of rotation (Δa, Δb) of the rotary actuators are secant at an intersection center and at least one of the guide forks has a main axis that passes through said intersection center . - a frame , - an electrical device , - electrical cables (7a-7f) for powering and/or controlling said electrical device, - at least two rotary actuators for orienting the electrical device about two non-parallel axes of rotation (Δa, Δb), - a junction member between the two rotary actuators, one of the rotary actuators being connected on the one hand to the electrical device and on the other hand to the junction member , the other rotary actuator being connected on the one hand to the junction member and on the other hand to the frame , and - one or more guide forks , arranged outside the junction member, each of said guide forks being fastened to the junction member and comprising fingers (9a, 9b, 9c; 10a, 10b, 10c) configured to support the electrical cables (7a-7f) and delimit between the fingers a guide path for said electrical cables (7a-7f), wherein each guide fork is arranged so that, irrespective of the positions of the rotary actuators , the electrical cables (7a-7f) exert, on each of the rotary actuators , a torque that is lower than a torque capacity of the rotary actuator, wherein the axes of rotation (Δa, Δb) of the rotary actuators are secant at an intersection center and at least one of the guide forks has a main axis that passes through said intersection center . wherein each guide fork is arranged so that, irrespective of the positions of the rotary actuators , the electrical cables (7a-7f) exert, on each of the rotary actuators , a torque that is lower than a torque capacity of the rotary actuator, wherein the axes of rotation (Δa, Δb) of the rotary actuators are secant at an intersection center and at least one of the guide forks has a main axis that passes through said intersection center .
A host, wherein the host comprises a virtual machine monitor, VMM, and at least one network interface card, a first virtual machine runs on the host, the VMM comprises multiple VLAN subinterfaces, and the at least one network interface card comprises switching equipment and at least three network ports, wherein a first network port and a second network port support a network interface card virtualization capability, the first network port is corresponding to at least one physical function, PF, and multiple virtual functions, VFs, virtual local area network, VLAN, identifiers are configured for the multiple VFs and the VLAN identifiers of the VFs are different from each other, the first virtual machine is connected to at least one VF of the first network port, a quantity of VLAN subinterfaces is the same as a quantity of VFs of the first network port and the VLAN subinterfaces are in a one-to-one correspondence with the VFs of the first network port, the VLAN subinterfaces have same VLAN identifiers as the VFs corresponding to the VLAN subinterfaces, and the first network port and the second network port are connected by using a network cable, the VMM further comprises a virtual network function module; the first virtual machine is configured to send a data packet to a second virtual machine by using the VF that is connected to the first virtual machine, wherein the data packet carries a VLAN identifier of the VF that sends the data packet, and an address of the second virtual machine; switching equipment of the first network port is configured to receive the data packet, and forcibly forward the data packet to the second network port by using the network cable; switching equipment of the second network port is configured to receive the data packet from the first network port, and send, according to the VLAN identifier carried in the data packet, the data packet to a VLAN subinterface identified by the VLAN identifier; the VLAN subinterface is configured to receive the data packet, remove the VLAN identifier in the data packet, and send the data packet to the virtual network function module for performing network function processing. the first virtual machine is configured to send a data packet to a second virtual machine by using the VF that is connected to the first virtual machine, wherein the data packet carries a VLAN identifier of the VF that sends the data packet, and an address of the second virtual machine; switching equipment of the first network port is configured to receive the data packet, and forcibly forward the data packet to the second network port by using the network cable; switching equipment of the second network port is configured to receive the data packet from the first network port, and send, according to the VLAN identifier carried in the data packet, the data packet to a VLAN subinterface identified by the VLAN identifier; the VLAN subinterface is configured to receive the data packet, remove the VLAN identifier in the data packet, and send the data packet to the virtual network function module for performing network function processing.
A delivery system comprising: (a) an optical sensor comprising a three-dimensional optical detector configured to detect data useful to create a map of a bodily surface; (b) a printer operatively associated with said optical-sensor, said printer for use to deliver cells and/or compositions to said bodily surface based upon said data or said map, wherein the printer comprises a three-dimensional plotter; and (c) a controller operatively connected with said printer, wherein said delivery system further comprises a system for processing data of the bodily surface obtained from the three-dimensional detector to provide a path to the printer, said data processing system comprising: means for interpreting the bodily surface data from said three-dimensional detector to form a model of the surface; means for transforming said model into a negative mold of the bodily surface, which mold is split into a plurality of Z-axis layers; and means for overlaying each of said Z-axis layers of the negative mold_with a series of lines which represent coverage of the bodily surface, wherein said lines provide a path for control software of the controller to use to control the printer. (a) an optical sensor comprising a three-dimensional optical detector configured to detect data useful to create a map of a bodily surface; (b) a printer operatively associated with said optical-sensor, said printer for use to deliver cells and/or compositions to said bodily surface based upon said data or said map, wherein the printer comprises a three-dimensional plotter; and (c) a controller operatively connected with said printer, wherein said delivery system further comprises a system for processing data of the bodily surface obtained from the three-dimensional detector to provide a path to the printer, said data processing system comprising: means for interpreting the bodily surface data from said three-dimensional detector to form a model of the surface; means for transforming said model into a negative mold of the bodily surface, which mold is split into a plurality of Z-axis layers; and means for overlaying each of said Z-axis layers of the negative mold_with a series of lines which represent coverage of the bodily surface, wherein said lines provide a path for control software of the controller to use to control the printer. means for interpreting the bodily surface data from said three-dimensional detector to form a model of the surface; means for transforming said model into a negative mold of the bodily surface, which mold is split into a plurality of Z-axis layers; and means for overlaying each of said Z-axis layers of the negative mold_with a series of lines which represent coverage of the bodily surface, wherein said lines provide a path for control software of the controller to use to control the printer.
A polishing apparatus comprising: a substrate holder configured to hold and rotate a wafer (W); and a polishing unit configured to polish an edge portion of the wafer (W) with use of a polishing tape , the polishing unit including: a disk head having a circumferential surface for supporting the polishing tape ; the polishing apparatus characterised in that it comprises: a head moving device configured to move the disk head in a tangential direction of the wafer (W) and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer (W), and in that the disk head has a central axis (O) which is parallel with an upper surface of the wafer (W) held by the substrate holder and is perpendicular to the tangential direction. a substrate holder configured to hold and rotate a wafer (W); and a polishing unit configured to polish an edge portion of the wafer (W) with use of a polishing tape , the polishing unit including: a disk head having a circumferential surface for supporting the polishing tape ; the polishing apparatus characterised in that it comprises: a head moving device configured to move the disk head in a tangential direction of the wafer (W) and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer (W), and in that the disk head has a central axis (O) which is parallel with an upper surface of the wafer (W) held by the substrate holder and is perpendicular to the tangential direction. a head moving device configured to move the disk head in a tangential direction of the wafer (W) and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer (W), and in that the disk head has a central axis (O) which is parallel with an upper surface of the wafer (W) held by the substrate holder and is perpendicular to the tangential direction.
A method for reconstructing at least a first and a second independently moving body from one 3D tomography scan data acquisition, comprising: - performing a movement of the first body relative to the second body, - obtaining a digital representation of the movement, - obtaining a 3D tomography scan of the first body and the second body during the movement, and - reconstructing a first 3D model of the first body and a second 3D model of the second body by applying the obtained movement to the 3D tomography scan. - performing a movement of the first body relative to the second body, - obtaining a digital representation of the movement, - obtaining a 3D tomography scan of the first body and the second body during the movement, and - reconstructing a first 3D model of the first body and a second 3D model of the second body by applying the obtained movement to the 3D tomography scan.
A method for conjugating an isolated antibody to a label or derivatisation reagent, which method comprises contacting the antibody with an activated label or activated derivatisation reagent, or contacting the antibody with the label or derivatisation reagent in the presence of an antibody conjugation reagent, in a buffer system which comprises a monocarboxylic acid buffer compound other than glycine, bearing an amine substituent at the alpha or beta position, wherein the antibody conjugation reagent or activated label optionally comprises a carbodiimide, an N-hydroxy succinimide ester, a maleimide, an isothiocyanate or a thiolation reagent, wherein the monocarboxylic acid buffer compound optionally further comprises one or more non-amine substituents or no further substituents.
An automobile headrest, comprising a shell , support arms , and a seat fixing part , wherein the seat fixing part is arranged on the shell for fixing with the fixing rod on the automobile seat; each support arm is provided with a rotating shaft and a sliding shaft ; the sliding shaft slides in a slideway inside the shell , and one end of the sliding shaft is rotatably connected to the rotating shaft through a rotating structure ; the support arm is slidably installed in the shell through the sliding shaft , and the width between the support arms is adjusted laterally through the sliding shaft , characterized in that the seat fixing part comprises a first fixing buckle and a second fixing buckle , and the fixing rod on the automobile seat is clamped by the first fixing buckle and the second fixing buckle ; the first fixing buckle and the second fixing buckle are respectively provided with fixing clamping teeth ; a fixing plate is connected to the upper part of the shell ; the fixing plate is provided with corresponding clamping teeth , and the corresponding clamping teeth are engaged with the fixing clamping teeth .
A torque tube assembly comprising: a torque tube ; a spline coupling coupled to an end of the torque tube , the spline coupling having an opening with splines configured to receive and mesh with a spline gear coupled to a drive shaft of an actuator of an aircraft high lift device, the opening formed in an end of the spline coupling ; and a retainer coupled to the spline coupling , the retainer blocking at least a portion of the opening in the spline coupling to prevent the spline coupling from being moved off of the spline gear on the drive shaft , wherein the retainer includes a ring portion , the ring portion coupled to an outer surface of the spline coupling at or near the end of the spline coupling , wherein the retainer includes a shoulder portion extending radially inward from the ring portion and covering at least a portion of the opening in the spline coupling ; wherein the torque tube assembly further includes a plurality of threaded fasteners extending through the ring portion of the retainer and into the outer surface of the spline coupling , and wherein the plurality of threaded fasteners couples the retainer and the spline coupling . a torque tube ; a spline coupling coupled to an end of the torque tube , the spline coupling having an opening with splines configured to receive and mesh with a spline gear coupled to a drive shaft of an actuator of an aircraft high lift device, the opening formed in an end of the spline coupling ; and a retainer coupled to the spline coupling , the retainer blocking at least a portion of the opening in the spline coupling to prevent the spline coupling from being moved off of the spline gear on the drive shaft , wherein the retainer includes a ring portion , the ring portion coupled to an outer surface of the spline coupling at or near the end of the spline coupling , wherein the retainer includes a shoulder portion extending radially inward from the ring portion and covering at least a portion of the opening in the spline coupling ; wherein the torque tube assembly further includes a plurality of threaded fasteners extending through the ring portion of the retainer and into the outer surface of the spline coupling , and wherein the plurality of threaded fasteners couples the retainer and the spline coupling .
A method of manufacturing an optical absorber, comprising: forming a plurality of separate layers of randomly-organized horizontally-oriented carbon nanotubes (CNTs) in a continuous dry process by drawing a carbon nanotube aerogel from a growth reactor and consolidating the plurality of layers into a sheet; using a modulated laser to locally heat the surface of the sheet and thereby chemically functionalize the surface of the sheet to form a texture of pits and valleys; the elevated temperatures caused by the localized heating causing a chemical reaction between the carbon nanotubes and an ambient gas environment. forming a plurality of separate layers of randomly-organized horizontally-oriented carbon nanotubes (CNTs) in a continuous dry process by drawing a carbon nanotube aerogel from a growth reactor and consolidating the plurality of layers into a sheet; using a modulated laser to locally heat the surface of the sheet and thereby chemically functionalize the surface of the sheet to form a texture of pits and valleys; the elevated temperatures caused by the localized heating causing a chemical reaction between the carbon nanotubes and an ambient gas environment.
Arrangement with a structure fixed to a housing, a planet carrier mounted rotatably in the structure fixed to the housing, an oil bushing ring , a first means and a second means for contactless power transmission; wherein the oil bushing ring forms a lubricant-conducting connection between the structure fixed to the housing and the planet carrier ; the structure fixed to the housing has the first means ; and characterized in that the oil bushing ring has the second means .
A modular rail section for a dump loop in a train system, wherein the modular rail section is a modular dump loop section , the modular rail section comprising: a set of parallel rails for guiding the cars of a train thereupon, wherein the set of parallel rails are inner parallel rails , the inner parallel rails having an annular curve to form at least a partial loop; a set of parallel outer rails having a corresponding annular curve to form at least a partial loop, the set of parallel outer rails spaced from the parallel inner rails to accommodate the wheel of the cars of the train therebetween; one or more bracers spanning the parallel rails for reinforcing, supporting or maintaining the spacing and/or shape of the parallel rails, the one or more bracers shaped to accommodate the cars of the train when travelling upon the rails in an upright or inverted orientation; and wherein the modular dump loop section has a dump loop section angle defined by the angular difference between the angle of entrance into the dump loop section and the angle of exit from the dump loop section ; wherein the modular dump loop section has a dump loop section angle sufficient to at least partially invert a car travelling therethrough to cause unloading of the contents of the car; wherein the pair of inner rails comprise a flange on their respective finishing ends for connection to a support frame; and wherein entrance ends of the outer rails are tapered . a set of parallel rails for guiding the cars of a train thereupon, wherein the set of parallel rails are inner parallel rails , the inner parallel rails having an annular curve to form at least a partial loop; a set of parallel outer rails having a corresponding annular curve to form at least a partial loop, the set of parallel outer rails spaced from the parallel inner rails to accommodate the wheel of the cars of the train therebetween; one or more bracers spanning the parallel rails for reinforcing, supporting or maintaining the spacing and/or shape of the parallel rails, the one or more bracers shaped to accommodate the cars of the train when travelling upon the rails in an upright or inverted orientation; and wherein the modular dump loop section has a dump loop section angle defined by the angular difference between the angle of entrance into the dump loop section and the angle of exit from the dump loop section ; wherein the modular dump loop section has a dump loop section angle sufficient to at least partially invert a car travelling therethrough to cause unloading of the contents of the car; wherein the pair of inner rails comprise a flange on their respective finishing ends for connection to a support frame; and wherein entrance ends of the outer rails are tapered .
A method for assisting in vehicle parking, comprising the steps of: providing a vehicle with at least one of a forward-looking camera and a backward-looking camera ; using the forward-looking camera to capture an image of a parking area including at least one unoccupied parking space and a plurality of parking spaces occupied by other vehicles ; creating a homography of the captured image; using the homography to estimate an image of the parking area from an overhead viewpoint; displaying a portion of the overhead image including the unoccupied parking space on a display screen within a passenger compartment of the vehicle ; the method characterized in that it further comprises the step of: providing a representation of a current location of the vehicle in the overhead image; determining positions of the vehicle relative to the overhead images as the vehicle moves, wherein the displayed overhead images include real time representations of the vehicle , and dividing the homography into substantially identical grids of cells. providing a vehicle with at least one of a forward-looking camera and a backward-looking camera ; using the forward-looking camera to capture an image of a parking area including at least one unoccupied parking space and a plurality of parking spaces occupied by other vehicles ; creating a homography of the captured image; using the homography to estimate an image of the parking area from an overhead viewpoint; displaying a portion of the overhead image including the unoccupied parking space on a display screen within a passenger compartment of the vehicle ; the method characterized in that it further comprises the step of: providing a representation of a current location of the vehicle in the overhead image; determining positions of the vehicle relative to the overhead images as the vehicle moves, wherein the displayed overhead images include real time representations of the vehicle , and dividing the homography into substantially identical grids of cells. providing a representation of a current location of the vehicle in the overhead image; determining positions of the vehicle relative to the overhead images as the vehicle moves, wherein the displayed overhead images include real time representations of the vehicle , and dividing the homography into substantially identical grids of cells.