mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising: a motor and an engine each serving as a driving source for running the vehicle ; and a high-power assembled battery and a high-capacity assembled battery each capable of supplying an electric power to the motor and constituted by secondary batteries , respectively, the high-power assembled battery being capable of charge and discharge with a current relatively larger than that in the high-capacity assembled battery , the high-capacity assembled battery having an energy capacity relatively larger than that of the high-power assembled battery , in running of the vehicle using an output from the motor with the engine stopped, the high-capacity assembled battery supplying a more electric power to the motor than that in the high-power assembled battery , wherein the high-power assembled battery is placed in a riding space (RS) where a passenger rides, and the high-capacity assembled battery is placed in a luggage space (LS) different from the riding space (RS). a motor and an engine each serving as a driving source for running the vehicle ; and a high-power assembled battery and a high-capacity assembled battery each capable of supplying an electric power to the motor and constituted by secondary batteries , respectively, the high-power assembled battery being capable of charge and discharge with a current relatively larger than that in the high-capacity assembled battery , the high-capacity assembled battery having an energy capacity relatively larger than that of the high-power assembled battery , in running of the vehicle using an output from the motor with the engine stopped, the high-capacity assembled battery supplying a more electric power to the motor than that in the high-power assembled battery , wherein the high-power assembled battery is placed in a riding space (RS) where a passenger rides, and the high-capacity assembled battery is placed in a luggage space (LS) different from the riding space (RS).
A beamforming antenna assembly comprising: a mirror glass coated with a material, the material including a silver plated portion and a pattern portion consisting of a patterned silver plating disposed where the silver plated portion is not formed; and a beamforming antenna disposed on the pattern portion where the silver plated portion is not formed, wherein the pattern portion is configured to allow a part of the beams radiated from the beamforming antenna to pass through the mirror glass . a mirror glass coated with a material, the material including a silver plated portion and a pattern portion consisting of a patterned silver plating disposed where the silver plated portion is not formed; and a beamforming antenna disposed on the pattern portion where the silver plated portion is not formed, wherein the pattern portion is configured to allow a part of the beams radiated from the beamforming antenna to pass through the mirror glass .
Reverse turning machine for turning material by means of tools rotating around the material comprising: a frame ; a tool holder arranged to rotate around the material , and carrying at least three tools a servomotor (22a, 22b, 22c, -22d) per tool, the servomotor being fixed with respect to the frame; a transmission mechanism for controlling, by means of the corresponding servomotor, the position of each tool relative to the tool holder , characterized in that the transmission mechanism comprises - at least three bodies arranged to be rotated about the material, each body being arranged to be axially movable about the material by the corresponding servomotor , independently of the other bodies, - at least three axes passing through said tool holder and rotating with said tool holder about the axis of rotation of the tool holder , one tool being mounted on each of said at least three axes, - each axis being arranged to be rotated about its own longitudinal axis by one of said bodies from the side of the tool holder opposite to said tools , independently of the other axes - each axis controlling the movement of a tool. a frame ; a tool holder arranged to rotate around the material , and carrying at least three tools a servomotor (22a, 22b, 22c, -22d) per tool, the servomotor being fixed with respect to the frame; a transmission mechanism for controlling, by means of the corresponding servomotor, the position of each tool relative to the tool holder , - at least three bodies arranged to be rotated about the material, each body being arranged to be axially movable about the material by the corresponding servomotor , independently of the other bodies, - at least three axes passing through said tool holder and rotating with said tool holder about the axis of rotation of the tool holder , one tool being mounted on each of said at least three axes, - each axis being arranged to be rotated about its own longitudinal axis by one of said bodies from the side of the tool holder opposite to said tools , independently of the other axes - each axis controlling the movement of a tool.
A reversible heat exchanger for transferring heat between a refrigerant and another fluid, the heat exchanger comprising at least one exchange line in which a refrigerant is intended to circulate between an inlet and an outlet of the heat exchanger, the exchange line defining first and second refrigerant transport circuits inside the exchange line between the inlet and the outlet of the heat exchanger, the first transport circuit being different from the second transport circuit, the heat exchanger being configured to allow the circulation of the refrigerant in: - a first circulation direction inside the first transport circuit from the inlet toward the outlet of the exchanger, - a second circulation direction inside the second transport circuit from the outlet of the exchanger toward the inlet of the exchanger, the exchanger including - an insert arranged inside the exchange line , the insert at least partially forming a first circulation zone belonging to the first refrigerant transport circuit, the insert further at least partially forming a second circulation zone belonging to the second refrigerant transport circuit. - a first circulation direction inside the first transport circuit from the inlet toward the outlet of the exchanger, - a second circulation direction inside the second transport circuit from the outlet of the exchanger toward the inlet of the exchanger, - an insert arranged inside the exchange line , the insert at least partially forming a first circulation zone belonging to the first refrigerant transport circuit, the insert further at least partially forming a second circulation zone belonging to the second refrigerant transport circuit.
A nanoparticle comprising an amount of at least one antigen and an amount of at least one antibody having specificity for the framework region of a kappa BCR light chain wherein the antigen and antibody are attached by biotinylation to the surface of the nanoparticle and wherein said antibody and said antigen are monobiotinylated.
An optical converter comprising a ceramic element , the ceramic element being fluorescent so that light of a first wavelength is absorbed in the ceramic element and fluorescent light having longer wavelength is emitted, the ceramic element comprising pores , the pores being spatially irregularly distributed within the ceramic element , the distribution of the pores within the ceramic element being inhomogeneous so that the radial distribution function of the pore locations deviates from unity and has a maximum at a characteristic distance , the maximum having a value of at least 1.2.
Fastening device for fastening a functional device to a window or a door, wherein the window or the door has a movable sash and a fixed blind or block frame , wherein the fastening device has a multiple angled plate which has an anchoring section and a coupling section, wherein the coupling section has at least one fastening element for coupling the functional device to be fastened and is connected to the anchoring section and is designed and intended to be arranged outside the intermediate space between the sash and the blind or block frame when the window or door is closed, characterised in that the anchoring section has at least one aperture for a fastening screw or several through-holes for one fastening screw each and is designed and intended to be screwed in such a way to the front-side outer circumference of the sash or to the front-side inner circumference of the blind or block frame , that the anchoring section is arranged in the intermediate space between the face-side outer circumference of the sash and the face-side inner circumference of the blind or block frame when the window or door is closed.
A method for analyzing scans of a shoe part to generate dimension data, which is useable to model three-dimensional (3-D) features of the shoe part , the method comprising: projecting , with at least one laser , a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface ; recording , with at least one camera , an image of the projected laser line , wherein the image comprises a representation of the projected laser line ; determining coordinate points that define the representation of the line as depicted in the image ; combining the coordinate points with a plurality of other coordinate points , which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface , thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part sensed by the at least one camera . projecting , with at least one laser , a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface ; recording , with at least one camera , an image of the projected laser line , wherein the image comprises a representation of the projected laser line ; determining coordinate points that define the representation of the line as depicted in the image ; combining the coordinate points with a plurality of other coordinate points , which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface , thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part sensed by the at least one camera .
A wheelchair restraint mechanism configured to restrain a wheelchair to a restraining member installed on a vehicle, the mechanism comprising: an engagement target portion provided in a first member, which is either one of the wheelchair and the restraining member ; and an engagement portion provided in a second member, which is the other one of the wheelchair and the restraining member , the engagement target portion comprising at least one striker having a rod shape extending in up-down directions, the engagement portion comprising: at least one housing member configured to house the at least one striker ; at least one latch configured to limit separation of the at least one striker from the at least one housing member ; and at least one guide member configured to guide the striker towards the at least one housing member , wherein the at least one guide member comprises a first guide surface and a second guide surface , which face each other in width directions of the wheelchair restrained to the restraining member and have a distance therebetween decreasing towards the at least one housing member , wherein the engagement portion comprises: a base provided with the at least one housing member and the at least one guide member , characterized by a position adjustment mechanism configured to bias the base towards a center in the width direction and to hold the base movably in the width direction. an engagement target portion provided in a first member, which is either one of the wheelchair and the restraining member ; and an engagement portion provided in a second member, which is the other one of the wheelchair and the restraining member , the engagement target portion comprising at least one striker having a rod shape extending in up-down directions, the engagement portion comprising: at least one housing member configured to house the at least one striker ; at least one latch configured to limit separation of the at least one striker from the at least one housing member ; and at least one guide member configured to guide the striker towards the at least one housing member , wherein the at least one guide member comprises a first guide surface and a second guide surface , which face each other in width directions of the wheelchair restrained to the restraining member and have a distance therebetween decreasing towards the at least one housing member , wherein the engagement portion comprises: a base provided with the at least one housing member and the at least one guide member , characterized by a position adjustment mechanism configured to bias the base towards a center in the width direction and to hold the base movably in the width direction.
A Vertical Cavity Surface Emitting Laser comprising a first electrical contact , a substrate , a first Distributed Bragg Reflector , an active layer , a second Distributed Bragg Reflector and a second electrical contact , wherein at least one of the first Distributed Bragg Reflector and the second Distributed Bragg Reflector comprises at least two current aperture layers arranged below or above the active layer , wherein each of the current aperture layers comprises an Al y Ga (1-y) As-layer, wherein a first current aperture layer of the at least two current aperture layers is arranged nearer to the active layer as a second current aperture layer of the at least two current aperture layers , wherein the first current aperture layer comprises a first current aperture with a bigger size as a second current aperture of the second current aperture layer wherein the current aperture comprised in at least one of the at least two Al y Ga (1-y) As-layers comprises a tapered oxidation profile , wherein a waistline provided by the smallest diameter of the tapered current aperture is arranged at a node of a standing wave pattern of the Vertical Cavity Surface Emitting Laser when driven at a predefined electrical driving current.
A method, comprising: by a user equipment, UE : receiving configuration information from a base station, BS , the configuration information directing the configuration of a plurality of frequency partitions of a system bandwidth, including a primary partition; monitoring a physical downlink control channel, PDCCH, according to a PDCCH configuration transmitted using dedicated signaling to the UE, wherein the PDCCH configuration specifies a periodicity and offset in time for the PDCCH monitoring, wherein the periodicity and the time offset are jointly defined by an index ; and receiving the PDCCH in the primary of the frequency partitions, wherein the PDCCH is time and frequency division multiplexed with a physical downlink shared channel, PDSCH. receiving configuration information from a base station, BS , the configuration information directing the configuration of a plurality of frequency partitions of a system bandwidth, including a primary partition; monitoring a physical downlink control channel, PDCCH, according to a PDCCH configuration transmitted using dedicated signaling to the UE, wherein the PDCCH configuration specifies a periodicity and offset in time for the PDCCH monitoring, wherein the periodicity and the time offset are jointly defined by an index ; and receiving the PDCCH in the primary of the frequency partitions, wherein the PDCCH is time and frequency division multiplexed with a physical downlink shared channel, PDSCH.
Eyeglasses comprising a front frame to which two side arms are connected, said eyeglasses comprising electric and/or electronic elements connected to each other by means of an electric circuit , wherein at the areas connecting said arms and the front frame there are provided hinges for articulating said arms , such that each arm is pivotally movable about a pivot axis substantially perpendicular to the longitudinal axis of the arm and to the interpupillary line when the eyeglasses are worn, from an extreme folding position wherein said arm is oriented collapsed against the rear side of the front frame to an extreme deployment position wherein it is moved away from the opposite arm and it is substantially transverse to the extension of the front frame , wherein said electric circuit is composed at least partially of at least one flexible printed circuit , which flexible printed circuit board is housed into a seat formed at least partially inside said front frame and at least partially inside at least one arm , characterized in that at least one of said hinges is shaped such to be provided, at the extrados side, with a first, curved and seamless resting surface , such that, when pivoting the arm from said extreme deployment position to said extreme folding position, said resting surface contacts a more and more large portion of said printed circuit , pulling out a predetermined portion of said printed circuit from said front frame and/or from said arm by dragging it, wherein said seat housing said flexible printed circuit in said front frame and/or in at least one arm , has at least a widening intended to house said predetermined portion of said flexible printed circuit when the arm is in the deployment position. wherein said electric circuit is composed at least partially of at least one flexible printed circuit , which flexible printed circuit board is housed into a seat formed at least partially inside said front frame and at least partially inside at least one arm , characterized in that at least one of said hinges is shaped such to be provided, at the extrados side, with a first, curved and seamless resting surface , such that, when pivoting the arm from said extreme deployment position to said extreme folding position, said resting surface contacts a more and more large portion of said printed circuit , pulling out a predetermined portion of said printed circuit from said front frame and/or from said arm by dragging it, wherein said seat housing said flexible printed circuit in said front frame and/or in at least one arm , has at least a widening intended to house said predetermined portion of said flexible printed circuit when the arm is in the deployment position.
A method of recovering an extracellular vesicle, the method comprising mixing the extracellular vesicle-containing sample with a polymer, and separating the extracellular vesicle from an extracellular vesicle-containing sample in the presence of the polymer, wherein the polymer is a cellulose derivative, polyvinylpyrrolidone, or salts thereof, and wherein the separation is performed by a separation using an extracellular vesicle membrane-binding material, the extracellular vesicle membrane-binding material being an antibody against an extracellular vesicle marker or an antigen-binding fragment thereof. wherein the polymer is a cellulose derivative, polyvinylpyrrolidone, or salts thereof, and wherein the separation is performed by a separation using an extracellular vesicle membrane-binding material, the extracellular vesicle membrane-binding material being an antibody against an extracellular vesicle marker or an antigen-binding fragment thereof.
A collapsible bed frame , comprising two side bed frames and a plurality of transverse boards spaced between the two side bed frames , each side bed frame comprising a plurality of collapsible units , the collapsible units being hinged to the transverse boards through first hinge elements , and a second hinge element being disposed in a middle portion of each collapsible unit , so that the collapsible bed frame is transformable between an expanded state and a collapsed state, each collapsible unit comprising a first side plate and a second side plate , a front surface of the first side plate or the second side plate comprising at least a first region and a second region , and the first region protruding outward relative to the second region , wherein the second region has an outer surface defined by a front surface of the first side plate and the second side plate , wherein the first region includes a plurality of hollow protrusions, which protrude outward from the outer surface of the second region and the hollow protrusions include a pair of edge protrusions , close to two edges of the first side plate or the second side plate , on the outer surface of the second region , and middle protrusions located between the edge protrusions , on the outer surface of the second region , the edge protrusions and the middle protrusions are substantially elongated and orthogonal to each other.
A redox flow battery comprising a cell frame having a frame body in which a sealing groove is formed and a sealing member disposed in the sealing groove, wherein the redox flow battery comprises an adhesive that fixes the sealing member to the sealing groove, and wherein a type A durometer hardness of the adhesive after curing is 100 or less and less than a type A durometer hardness of the sealing member.
A computer-implemented method of generating image alignment data for medical images, the method comprising: determining prospective image pair registration connections by; arranging images into groups; determining at least one group representative image for each group of images, where the group representative image is determined automatically or manually based on one or more pieces of meta data or surrogate data; and defining prospective inter-group image pair registration connections via the determined group representative images determining registration weighting values for the determined prospective image pair registration connections based at least partly on intra-image attribute data; determining optimal registration paths for image pairs based at least partly on the registration weighting values for the prospective image pair registration connections; and generating image alignment data for the determined optimal registration paths; wherein the intra-image attribute data comprises meta-data, where the meta-data comprises attributes related to the image, but not directly calculated from the image; and wherein the surrogate data comprises attributes related to the image, calculated from the image content. determining prospective image pair registration connections by; arranging images into groups; determining at least one group representative image for each group of images, where the group representative image is determined automatically or manually based on one or more pieces of meta data or surrogate data; and defining prospective inter-group image pair registration connections via the determined group representative images determining registration weighting values for the determined prospective image pair registration connections based at least partly on intra-image attribute data; determining optimal registration paths for image pairs based at least partly on the registration weighting values for the prospective image pair registration connections; and generating image alignment data for the determined optimal registration paths;