mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle drive device having motors for driving wheels of a vehicle , the vehicle drive device comprising: in-wheel motors provided in the left and right front wheels of the vehicle ; and a battery and a capacitor that supply electric power for driving the in-wheel motors , characterized in that the battery is disposed below a vehicle interior of the vehicle or in a rear portion of the vehicle , the battery and the capacitor are connected in series, and a voltage, which is sum of an output voltage of the battery and an output voltage of the capacitor , is applied to the in-wheel motors , and the capacitor is disposed between the left and right front wheels of the vehicle . in-wheel motors provided in the left and right front wheels of the vehicle ; and a battery and a capacitor that supply electric power for driving the in-wheel motors , characterized in that the battery is disposed below a vehicle interior of the vehicle or in a rear portion of the vehicle , the battery and the capacitor are connected in series, and a voltage, which is sum of an output voltage of the battery and an output voltage of the capacitor , is applied to the in-wheel motors , and the capacitor is disposed between the left and right front wheels of the vehicle .
A system for controlling and managing hydroponic or similar cultivations positioned inside at least one modular shelf , wherein the at least one modular shelf comprises a plurality of modular spaces (A, B, C) each adapted to contain at least one tray for containing vegetable crops and a light source adapted to illuminate said tray for containing the vegetable crops, each modular space (A, B, C) being provided with support elements for the tray, vertically separated by predetermined distances, wherein the tray can be moved inside each modular shelf , wherein said at least one modular shelf further comprises a modular space adapted to house the tray inside which space a control and management station operates, comprising sensors able to determine the biological parameters of the vegetable crops, and actuators able to correct said biological parameters for bringing them back to predetermined growth values, wherein the system comprises a plurality of modular shelves arranged adjacent to one another and which each define a growth environment for vegetable crops, each environment being separated from the outside and from other environments of the same type, by insulating walls , the system being characterised in that at least two of said modular shelves are placed in mutual communication by at least one passage , which can be opened or closed on command, through which the crops are transitable on the tray, wherein said at least one passage is arranged at the modular space inside which said control and management station operates. wherein said at least one modular shelf further comprises a modular space adapted to house the tray inside which space a control and management station operates, comprising sensors able to determine the biological parameters of the vegetable crops, and actuators able to correct said biological parameters for bringing them back to predetermined growth values, wherein the system comprises a plurality of modular shelves arranged adjacent to one another and which each define a growth environment for vegetable crops, each environment being separated from the outside and from other environments of the same type, by insulating walls , the system being characterised in that at least two of said modular shelves are placed in mutual communication by at least one passage , which can be opened or closed on command, through which the crops are transitable on the tray, wherein said at least one passage is arranged at the modular space inside which said control and management station operates.
A far-infrared radiation multi-stage type heating furnace for steel sheets (15-1, ..., 15-6) for hot stamping, the far-infrared radiation multi-stage type heating furnace comprising heating units (13-1, ..., 13-6), the heating units (13-1, ..., 13-6) comprising: blocks (16a, ..., 16f) made of a thermal insulation material, the blocks (16a, ..., 16f) being disposed around horizontal planes of spaces for accommodating the steel sheets (15-1, ..., 15-6) for hot stamping; and far-infrared radiation heaters (14-1, ..., 14-7) positioned above and below the steel sheets (15-1, ..., 15-6) for hot stamping to heat the steel sheet for hot stamping, the far-infrared radiation multi-stage type heating furnace further comprising: a plurality of first metal strips that receive the far-infrared radiation heaters (14-1, ..., 14-7) in such a manner that the far-infrared radiation heaters (14-1, ..., 14-7) are disposed horizontally, the first metal strips being aligned in a first direction and disposed so that a direction with greater flexural rigidity thereof corresponds to a direction of gravity; and support pieces that support the plurality of first metal strips in such a manner that the first metal strips are expandable and contractible in a longitudinal direction by thermal expansion or thermal contraction, and wherein the first metal strips are fitted into respective slits or holes formed in the support pieces so as to provide clearance in the slits or holes.
A sensor unit for measuring a spatial temperature profile, having: at least one substrate (3, 3") having a first surface and a second surface, which is opposite the first surface at least in some regions, wherein the substrate (3, 3") is designed to be flexible at least in some regions; at least one adhesion means, wherein the adhesion means is arranged at least in some regions on the first surface and/or on the second surface for attaching the sensor unit to at least one measurement body ; and at least one sensor field, wherein the sensor field comprises at least two sensor elements (5a, 5a', 5a'', 5a''', 5aʺʺ, 5n, 5n', 5n'', 5nʺʺ) which are in each case adapted for measuring a temperature and which are arranged at different positions on the second surface of the substrate (3, 3"), characterized in that at least one levelling film (17ʺʺ, 17a′′′ʺ, 17n′′′ʺ), which is formed in multiple pieces, is arranged at least in some regions on the second surface of the substrate (3, 3"). at least one substrate (3, 3") having a first surface and a second surface, which is opposite the first surface at least in some regions, wherein the substrate (3, 3") is designed to be flexible at least in some regions; at least one adhesion means, wherein the adhesion means is arranged at least in some regions on the first surface and/or on the second surface for attaching the sensor unit to at least one measurement body ; and at least one sensor field, wherein the sensor field comprises at least two sensor elements (5a, 5a', 5a'', 5a''', 5aʺʺ, 5n, 5n', 5n'', 5nʺʺ) which are in each case adapted for measuring a temperature and which are arranged at different positions on the second surface of the substrate (3, 3"), characterized in that at least one levelling film (17ʺʺ, 17a′′′ʺ, 17n′′′ʺ), which is formed in multiple pieces, is arranged at least in some regions on the second surface of the substrate (3, 3").
A mandrel for a molding process, the mandrel comprising: a first portion having a first draft surface and a second draft surface ; a second portion and a third portion , the second portion having a third draft surface and the third portion having a fourth draft surface , wherein the first draft surface engages the third draft surface and the second draft surface engages the fourth draft surface; and a channel extends along a length of the mandrel at an interface between the first, second, and third portions, such that the second portion does not contact the third portion, characterized in that the first portion has a generally rhombus cross-section, the second and third portions each have a generally triangular cross-section, and the mandrel forms a substantially triangular cross-section. a first portion having a first draft surface and a second draft surface ; a second portion and a third portion , the second portion having a third draft surface and the third portion having a fourth draft surface , wherein the first draft surface engages the third draft surface and the second draft surface engages the fourth draft surface; and a channel extends along a length of the mandrel at an interface between the first, second, and third portions, such that the second portion does not contact the third portion, characterized in that the first portion has a generally rhombus cross-section, the second and third portions each have a generally triangular cross-section, and the mandrel forms a substantially triangular cross-section.
A car body assembly of a freight train, comprising at least two bogies , and an underframe and a car body both supported on the two bogies , wherein the car body comprises a middle car body , and a discharge opening of the middle car body is arranged between the two bogies , and at least one end of the middle car body is further provided with an end car body , and a predetermined space is defined above the respective bogie by adjacent end walls of the middle car body and the end car body ; and wherein a bottom of the end car body is further provided with a ridge structure extending longitudinally, the ridge structure protrudes upward to form an inverted V-shaped structure, and a first discharge opening and a second discharge opening which are in communication with an inner cavity of the end car body are respectively provided at two side of the ridge structure ; and wherein lower ends of two side walls of the ridge structure fit close to the underframe , and the two side walls of the ridge structure and an upper surface of the underframe form a communication passage extending through a bottom portion of the end car body , and the predetermined space is in communication with an outer end wall of the end car body via the communication passage , and a longitudinal center sill is arranged on the underframe at a position corresponding to the ridge structure, the two side walls of the ridge structure abut against the center sill and are supported by the center sill , and the two side walls of the ridge structure and the center sill form the communication passage . wherein a bottom of the end car body is further provided with a ridge structure extending longitudinally, the ridge structure protrudes upward to form an inverted V-shaped structure, and a first discharge opening and a second discharge opening which are in communication with an inner cavity of the end car body are respectively provided at two side of the ridge structure ; and wherein lower ends of two side walls of the ridge structure fit close to the underframe , and the two side walls of the ridge structure and an upper surface of the underframe form a communication passage extending through a bottom portion of the end car body , and the predetermined space is in communication with an outer end wall of the end car body via the communication passage , and a longitudinal center sill is arranged on the underframe at a position corresponding to the ridge structure, the two side walls of the ridge structure abut against the center sill and are supported by the center sill , and the two side walls of the ridge structure and the center sill form the communication passage .
A system comprising: an authenticator on a client device to securely store one or more private keys , at least one of the private keys usable to authenticate a block of a blockchain wherein the authenticator is granted exclusive control of the at least one of the private keys ; and an attestation module of the authenticator or coupled to the authenticator , the attestation module to generate a signed object comprising the block, one or more attested attributes of the authenticator including a firmware version of the authenticator , and a signature , wherein the signature is generated by the attestation module by signing a concatenation of the block and the one or more attested attributes with the private key , the signature usable to attest to the authenticity of the block and the one or more attested attributes using a public key corresponding to the private key . an authenticator on a client device to securely store one or more private keys , at least one of the private keys usable to authenticate a block of a blockchain wherein the authenticator is granted exclusive control of the at least one of the private keys ; and an attestation module of the authenticator or coupled to the authenticator , the attestation module to generate a signed object comprising the block, one or more attested attributes of the authenticator including a firmware version of the authenticator , and a signature , wherein the signature is generated by the attestation module by signing a concatenation of the block and the one or more attested attributes with the private key , the signature usable to attest to the authenticity of the block and the one or more attested attributes using a public key corresponding to the private key .
A speaker device comprising: a housing including a sound guide space (llh) that has a vertically flattened shape; a plurality of first speakers disposed in the housing to be oriented toward a front of the housing ; and a second speaker disposed in the housing , the second speaker being oriented to output sound into the sound guide space (llh) that is positioned at an internal part of the housing , wherein the sound guide space (llh) opens at an opening (llaa) that is formed in vertically flattened form in the housing , the plurality of first speakers are disposed on left and right sides of the opening (llaa), the plurality of first speakers output high-range sounds as compared with the second speaker , and the opening (llaa) has a vertical height that is smaller than an aperture of the first speaker , characterized in that : the second speaker being oriented upward and the sound guide space (llh) being positioned at an internal upper part of the housing , and the opening (llaa) being provided with an elongated directional member directly underlying the opening (llaa) and extending substantially throughout a whole width of the opening (llaa), said directional member having a directional surface that slopes diagonally downwardly while protruding from a front wall of the housing . a housing including a sound guide space (llh) that has a vertically flattened shape; a plurality of first speakers disposed in the housing to be oriented toward a front of the housing ; and a second speaker disposed in the housing , the second speaker being oriented to output sound into the sound guide space (llh) that is positioned at an internal part of the housing , wherein the sound guide space (llh) opens at an opening (llaa) that is formed in vertically flattened form in the housing , the plurality of first speakers are disposed on left and right sides of the opening (llaa), the plurality of first speakers output high-range sounds as compared with the second speaker , and the opening (llaa) has a vertical height that is smaller than an aperture of the first speaker , the second speaker being oriented upward and the sound guide space (llh) being positioned at an internal upper part of the housing , and the opening (llaa) being provided with an elongated directional member directly underlying the opening (llaa) and extending substantially throughout a whole width of the opening (llaa), said directional member having a directional surface that slopes diagonally downwardly while protruding from a front wall of the housing .
A fishing net comprising a woven fabric for preventing adhesion of aquatic organisms comprising yarn obtained by processing a fluororesin into the form of yarn, wherein the fluororesin is polytetrafluoroethylene (PTFE).
A method for measurement reporting performed by a user equipment, UE , wherein the method comprises: receiving a measurement configuration from a base station , wherein (a) the measurement configuration comprises a measurement object for a given frequency to which one serving cell corresponds and (b) the measurement configuration comprises a report configuration associated with a measurement ID that corresponds to the measurement object; generating a measurement report that includes measurement results of the one serving cell, wherein each of the measurement results is a cell-specific reference signal, CRS, measurement result or a channel state information reference signal, CSI-RS, measurement result, and wherein, in a case that the report configuration is related to a CSI-RS, the measurement results comprise at least one CRS measurement result and at least one CSI-RS measurement result, and in a case that the report configuration is not related to a CSI-RS, each of the measurement results is a CRS measurement result; and sending the measurement report to the base station , wherein the at least one CSI-RS measurement result indicates a measurement result of each of one or more best configured CSI-RSs, and a total number of the one or more best configured CSI-RSs is configured such that the total number is not more than a maximum number configured in the report configuration. receiving a measurement configuration from a base station , wherein (a) the measurement configuration comprises a measurement object for a given frequency to which one serving cell corresponds and (b) the measurement configuration comprises a report configuration associated with a measurement ID that corresponds to the measurement object; generating a measurement report that includes measurement results of the one serving cell, wherein each of the measurement results is a cell-specific reference signal, CRS, measurement result or a channel state information reference signal, CSI-RS, measurement result, and wherein, in a case that the report configuration is related to a CSI-RS, the measurement results comprise at least one CRS measurement result and at least one CSI-RS measurement result, and in a case that the report configuration is not related to a CSI-RS, each of the measurement results is a CRS measurement result; and sending the measurement report to the base station , wherein the at least one CSI-RS measurement result indicates a measurement result of each of one or more best configured CSI-RSs, and a total number of the one or more best configured CSI-RSs is configured such that the total number is not more than a maximum number configured in the report configuration.
A method of manufacturing a semiconductor device comprising the steps of: forming a semiconductor layer on a first main surface of a semiconductor substrate made of crystals of silicon carbide; forming lattice defects on a second main surface on a side opposite to the first main surface of the semiconductor substrate ; forming a conductive layer made of graphite on the second main surface by emitting a laser beam to the second main surface of the semiconductor substrate so that silicon is evaporated from the semiconductor substrate , after the step of forming the lattice defects; and forming an electrode on the second main surface of the semiconductor substrate comprising the conductive layer, wherein the electrode is formed after the step of forming the conductive layer made of graphite, the method being characterized in that the laser beam has a longer wavelength than an absorption edge wavelength, which is a wavelength of a light having the lowest energy which the crystals absorb. forming a semiconductor layer on a first main surface of a semiconductor substrate made of crystals of silicon carbide; forming lattice defects on a second main surface on a side opposite to the first main surface of the semiconductor substrate ; forming a conductive layer made of graphite on the second main surface by emitting a laser beam to the second main surface of the semiconductor substrate so that silicon is evaporated from the semiconductor substrate , after the step of forming the lattice defects; and forming an electrode on the second main surface of the semiconductor substrate comprising the conductive layer, wherein the electrode is formed after the step of forming the conductive layer made of graphite, the method being characterized in that the laser beam has a longer wavelength than an absorption edge wavelength, which is a wavelength of a light having the lowest energy which the crystals absorb.
An actuating member , in particular a handle element, of an interior door handle arrangement of a vehicle, wherein the actuating member comprises a carrier substrate preferably made of plastic and a decorative layer at least regionally covering the surface of the carrier substrate , wherein the decorative layer comprises: - a visible region which, in particular in the intended installed state of the actuating member and further in particular in the non-actuated state of the actuating member , forms a visible side of the actuating member ; - at least one sprue region formed in a sprue lip or sprue tab ; and - at least one edge region or arcuate region by which the sprue region is preferably continuously connected to the visible region of the decorative layer . - a visible region which, in particular in the intended installed state of the actuating member and further in particular in the non-actuated state of the actuating member , forms a visible side of the actuating member ; - at least one sprue region formed in a sprue lip or sprue tab ; and - at least one edge region or arcuate region by which the sprue region is preferably continuously connected to the visible region of the decorative layer .
A liquid discharge head , comprising: a plate including a pressure chamber open to one main surface; a flow path base provided on the one main surface side of the plate which forms a liquid chamber with the plate in which liquid chamber a liquid flows from a primary side to a secondary side along a surface direction of the one main surface; a liquid introduction portion which directs a flow direction of at least a portion of the liquid toward the pressure chamber on the secondary side of the flow direction of the liquid at an opening of the pressure chamber; and a nozzle which is connected to the pressure chamber, wherein the nozzle opens to another main surface and discharges the liquid, characterized in that the liquid introduction portion is provided on the secondary side in the flow direction of the liquid at the opening of the pressure chamber, the liquid introduction portion has an inclined surface which is inclined with respect to the surface direction of the one main surface and faces the pressure chamber. a plate including a pressure chamber open to one main surface; a flow path base provided on the one main surface side of the plate which forms a liquid chamber with the plate in which liquid chamber a liquid flows from a primary side to a secondary side along a surface direction of the one main surface; a liquid introduction portion which directs a flow direction of at least a portion of the liquid toward the pressure chamber on the secondary side of the flow direction of the liquid at an opening of the pressure chamber; and a nozzle which is connected to the pressure chamber, wherein the nozzle opens to another main surface and discharges the liquid, characterized in that the liquid introduction portion is provided on the secondary side in the flow direction of the liquid at the opening of the pressure chamber, the liquid introduction portion has an inclined surface which is inclined with respect to the surface direction of the one main surface and faces the pressure chamber.