mhurhangee/patent-ind-claim-en huggingface dataset:
An in-vehicle device, comprising: a gesture detection unit adapted to recognize a user's hand position located within a predetermined range; a driving state recognition unit adapted to detect a driving state of a vehicle; an output information control unit adapted to control displayed contents of a display unit (108; 109) connected to the in-vehicle device, and a gesture control unit adapted to control a state of a gesture oper-ation based on a recognition result of the hand position by the gesture detection unit, characterized in that the in-vehicle device further comprises a steering operation detection unit adapted to detect a steering operation for driving the vehicle; wherein the driving state recognition unit is adapted to detect the driving state of the vehicle based on the detected steering operation; wherein the gesture control unit is adapted to disable a specific gesture operation among a plurality of gesture operations to be performed by the user when the driving state of the vehicle detected by the driving state recognition unit is in a state where an amount of the user's steering operation detected by the steering operation detection unit exceeds a predetermined operation amount, and wherein, when the gesture operation has been disabled, the output information control unit is adapted not to change the display of the display unit even when the hand position is within the predetermined range. a gesture detection unit adapted to recognize a user's hand position located within a predetermined range; a driving state recognition unit adapted to detect a driving state of a vehicle; an output information control unit adapted to control displayed contents of a display unit (108; 109) connected to the in-vehicle device, and a gesture control unit adapted to control a state of a gesture oper-ation based on a recognition result of the hand position by the gesture detection unit, characterized in that the in-vehicle device further comprises a steering operation detection unit adapted to detect a steering operation for driving the vehicle; wherein the driving state recognition unit is adapted to detect the driving state of the vehicle based on the detected steering operation; wherein the gesture control unit is adapted to disable a specific gesture operation among a plurality of gesture operations to be performed by the user when the driving state of the vehicle detected by the driving state recognition unit is in a state where an amount of the user's steering operation detected by the steering operation detection unit exceeds a predetermined operation amount, and wherein, when the gesture operation has been disabled, the output information control unit is adapted not to change the display of the display unit even when the hand position is within the predetermined range.
An electricity storage module comprising: a housing filled with a coolant ; a plurality of electricity storage elements that include electrode terminals located above a liquid surface of the coolant and that are accommodated in the housing ; and a plurality of absorption sheets that absorb the coolant and are in contact with an outer surface of at least one of the plurality of electricity storage elements , wherein the electrode terminals include a connection portion that electrically connects the electrode terminals of the adjacent electricity storage elements of the plurality of electricity storage elements and that is integral with or separate from the electrode terminal , and each of the plurality of absorption sheets comprises a contact portion that is in contact with the connection portion ; characterized in that the contact portion protrudes upward at least one end in a front-rear direction of an upper end edge of the absorption sheet , and the contact portions are bent and placed one on top of the other and arranged on the connection portion . a housing filled with a coolant ; a plurality of electricity storage elements that include electrode terminals located above a liquid surface of the coolant and that are accommodated in the housing ; and a plurality of absorption sheets that absorb the coolant and are in contact with an outer surface of at least one of the plurality of electricity storage elements , wherein the electrode terminals include a connection portion that electrically connects the electrode terminals of the adjacent electricity storage elements of the plurality of electricity storage elements and that is integral with or separate from the electrode terminal , and each of the plurality of absorption sheets comprises a contact portion that is in contact with the connection portion ; characterized in that the contact portion protrudes upward at least one end in a front-rear direction of an upper end edge of the absorption sheet , and the contact portions are bent and placed one on top of the other and arranged on the connection portion .
A headphone , comprising: at least one cushion constructed and arranged for contact with a wearer, the at least one cushion comprising an interior region ; an electro-acoustical driver configured to transmit a sound towards an ear canal of the wearer of the headphone; a plurality of segments comprising a sound absorbing material that partially fill the interior region of the cushion, the segments having air pockets therebetween which provide lower impedance leak paths for air molecules, so the air molecules can better penetrate the sound absorbing material, thereby improving damping characteristics of the cushion; wherein a ratio of an aggregate of the segments' surface area relative to a volume of the aggregate of the segments in the cushion is increased compared to the same ratio in the cushion entirely filled with a single piece of the sound absorbing material. at least one cushion constructed and arranged for contact with a wearer, the at least one cushion comprising an interior region ; an electro-acoustical driver configured to transmit a sound towards an ear canal of the wearer of the headphone; a plurality of segments comprising a sound absorbing material that partially fill the interior region of the cushion, the segments having air pockets therebetween which provide lower impedance leak paths for air molecules, so the air molecules can better penetrate the sound absorbing material, thereby improving damping characteristics of the cushion; wherein a ratio of an aggregate of the segments' surface area relative to a volume of the aggregate of the segments in the cushion is increased compared to the same ratio in the cushion entirely filled with a single piece of the sound absorbing material.
A method of manufacturing an electric hub motor, the method comprising extruding an elongate member having a first outer diameter; machining a first end portion of the extruded member to produce an axle shaft extending coaxially from a remaining unmachined portion of the elongate member, the axle shaft having a second outer diameter smaller than the first outer diameter; and inserting the elongate member into a corresponding central opening in a stator portion of an electric hub motor, such that the elongate member is coupled to the stator portion in a concentric interference fit and the axle shaft extends beyond the stator portion. extruding an elongate member having a first outer diameter; machining a first end portion of the extruded member to produce an axle shaft extending coaxially from a remaining unmachined portion of the elongate member, the axle shaft having a second outer diameter smaller than the first outer diameter; and inserting the elongate member into a corresponding central opening in a stator portion of an electric hub motor, such that the elongate member is coupled to the stator portion in a concentric interference fit and the axle shaft extends beyond the stator portion.
Yoke assembly for a magnetic switching device such as a relay , having two pole faces and comprising a first element and a second element , wherein the first and second elements together form at least one of the pole faces , wherein the first element comprises a first section that extends parallel to a first section of the second element in a mounted state, and a second section , wherein the second section forms part of the at least one pole face and extends in a direction perpendicular to the first section of the first element , and wherein the at least one pole face comprises a protrusion , which is configured to be contacted by an armature , the protrusion being formed by the second element and projecting beyond the second section of the first element .
A nozzle plate positionable between an inlet and an outlet of a housing and for use in a separation assembly , the nozzle plate comprising: a wall ; at least one aperture ; and at least one chimney comprising an inner surface surrounding the at least one aperture and an outer surface , wherein an upstream side of the wall comprises an inner portion , which is radially encompassed by the at least one chimney, and an outer portion , wherein the inner portion and the outer portion are upstream of the at least one aperture, wherein the at least one chimney extends from the upstream side of the wall and encompasses only a portion of a flow path between the inlet of the housing and the upstream side of the wall such that fluid flows radially beyond the outer surface of the at least one chimney between the inlet of the housing and the wall when the nozzle plate is positioned in the housing. a wall ; at least one aperture ; and at least one chimney comprising an inner surface surrounding the at least one aperture and an outer surface , wherein an upstream side of the wall comprises an inner portion , which is radially encompassed by the at least one chimney, and an outer portion , wherein the inner portion and the outer portion are upstream of the at least one aperture, wherein the at least one chimney extends from the upstream side of the wall and encompasses only a portion of a flow path between the inlet of the housing and the upstream side of the wall such that fluid flows radially beyond the outer surface of the at least one chimney between the inlet of the housing and the wall when the nozzle plate is positioned in the housing.
An RFID tag for a product, the RFID tag comprising: a receiver configured to receive an input signal from a RFID reading device, comprising a synchronization impulse and a sequence of bits, and a transmitter configured to transmit an output signal to the RFID reading device, characterized in that : the receiver is configured to dispatch the input signal to a tag substrate comprising an input transmission line and a transmission line array allowing the input signal to be split from a main line into different transmission lines each comprising a connector or an absorber, the RFID tag further characterized in that it comprises an OR device configured to add up signals to form a certificate signal that represents the bits from a certificate in a time sequence, the signals being yielded from the synchronization impulse having travelled through the different transmission lines; and a XOR device processing the input signal from the input transmission line and the certificate signal from the transmission line array to yield the output signal, wherein absorbers and connectors are logical functions that respectively lead to a logical "0" and a logical "1" from said certificate. a receiver configured to receive an input signal from a RFID reading device, comprising a synchronization impulse and a sequence of bits, and a transmitter configured to transmit an output signal to the RFID reading device, characterized in that : the receiver is configured to dispatch the input signal to a tag substrate comprising an input transmission line and a transmission line array allowing the input signal to be split from a main line into different transmission lines each comprising a connector or an absorber, the RFID tag further characterized in that it comprises an OR device configured to add up signals to form a certificate signal that represents the bits from a certificate in a time sequence, the signals being yielded from the synchronization impulse having travelled through the different transmission lines; and the receiver is configured to dispatch the input signal to a tag substrate comprising an input transmission line and a transmission line array allowing the input signal to be split from a main line into different transmission lines each comprising a connector or an absorber, the RFID tag further characterized in that it comprises an OR device configured to add up signals to form a certificate signal that represents the bits from a certificate in a time sequence, the signals being yielded from the synchronization impulse having travelled through the different transmission lines; and a XOR device processing the input signal from the input transmission line and the certificate signal from the transmission line array to yield the output signal, wherein absorbers and connectors are logical functions that respectively lead to a logical "0" and a logical "1" from said certificate.
A linear actuator system of a vehicle with an electric motor , a clutch or a vehicle brake system, the linear actuator system being able to provide a linear actuator force transferred from an electric motor for actuating the vehicle brake or the clutch, the system comprising: a rod with threads ; characterized by a ring with at least one circumferential groove facing the threads of the rod , the ring and the rod being configured to perform a relative rotation to each other, wherein one of the ring and the rod is configured to couple to the electric motor such that the electric motor is able to drive the relative rotation; a plurality of balls arranged between the ring and the rod to roll along the circumferential groove and the threads to move the other one of the ring and the rod in a longitudinally direction in response to the relative rotation; a control unit configured to control the electric motor to provide a constant preload torque (T) acting between the rod and the ring without moving the other one of the ring and the rod in the longitudinally direction; and a gear unit , which is configured to couple to the electric motor and to provide a gearing for a torque (T1) provided by the electric motor . a rod with threads ; characterized by a ring with at least one circumferential groove facing the threads of the rod , the ring and the rod being configured to perform a relative rotation to each other, wherein one of the ring and the rod is configured to couple to the electric motor such that the electric motor is able to drive the relative rotation; a plurality of balls arranged between the ring and the rod to roll along the circumferential groove and the threads to move the other one of the ring and the rod in a longitudinally direction in response to the relative rotation; a control unit configured to control the electric motor to provide a constant preload torque (T) acting between the rod and the ring without moving the other one of the ring and the rod in the longitudinally direction; and a gear unit , which is configured to couple to the electric motor and to provide a gearing for a torque (T1) provided by the electric motor .
Impact shield for a child seat for a vehicle, in particular, a motor vehicle and/or a child sitting on a vehicle seat, in particular, a motor vehicle seat, wherein the impact shield can interact with a belt system to hold a child, wherein at least two belt section-holding devices are provided on the impact shield in such a way that at least two belt sections can be arranged next to one another, wherein the two belt sections have an offset to on another at least in sections transverse to their longitudinal extension, wherein the at least two adjacent belt sections next to one another run horizontally at least in sections in the mounted state of the impact shield.
A method of reducing the length of a route, from start to finish, in a queue management system of the type which includes panels and/or flexible tapes extending between stanchions to form lanes, the method comprising the step of (a) providing a queue management system including panels and/or flexible tapes extending between stanchions to form lanes (A, B, C, D), characterised in that the method further comprises the steps of (b) providing a queue management gate comprising an attachment device for attaching the queue management gate to a stanchion , the gate further comprising a relatively rigid movable barrier , movable in a substantially horizontal plane, the gate for allowing access between adjacent lanes formed by the queue management system, (c) removing a length of tape or panel between two adjacent stanchions and (d) attaching the queue management gate to one of the two said adjacent stanchions such that the barrier in a first position blocks access between the two said adjacent stanchions and in a second position allows access there between, such that, in use, with the barrier in a second position the route is shortened by access between adjacent lanes being provided. (a) providing a queue management system including panels and/or flexible tapes extending between stanchions to form lanes (A, B, C, D), characterised in that the method further comprises the steps of (b) providing a queue management gate comprising an attachment device for attaching the queue management gate to a stanchion , the gate further comprising a relatively rigid movable barrier , movable in a substantially horizontal plane, the gate for allowing access between adjacent lanes formed by the queue management system, (c) removing a length of tape or panel between two adjacent stanchions and (d) attaching the queue management gate to one of the two said adjacent stanchions such that the barrier in a first position blocks access between the two said adjacent stanchions and in a second position allows access there between, such that, in use, with the barrier in a second position the route is shortened by access between adjacent lanes being provided.
A photoresist composition comprising a resin binder selected from the group consisting of a reaction product formed in the absence of a catalyst between (i) a novolak polymer, (ii) a polymer comprising substituted or unsubstituted hydroxystyrene and acrylate, methacrylate or a mixture of acrylate and methacrylate, the acrylate and/or methacrylate being protected by an acid labile group that requires a high activation energy for deblocking, and (iii) a compound selected from a vinyl ether and an unsubstituted or substituted unsaturated heteroalicyclic compound.
An electric energy storage apparatus comprising: an electric energy storage module group formed by connecting in series two or more electric energy storage modules each comprising one or more electric energy storage elements; a first switch group comprising two or more switches each provided in a path connecting a first terminal and a terminal of one of the series-connected electric energy storage modules; and a second switch group comprising two or more switches each provided in a path connecting a second terminal and a terminal of one of the series-connected electric energy storage modules; characterised in that the electric energy storage module group is electrically connected to a balancing circuit configured for adjusting a voltage to be applied to each of the electric energy storage modules at least when discharge is performed from the electric energy storage modules to a load connected to the electric energy storage apparatus between the first and second terminals; and wherein the electric energy storage apparatus is configured to perform a switch changeover in the first and second switch groups so as to select a magnitude and polarity of an output voltage between the first and second terminals depending on a configuration of the electric energy storage elements present in a path connecting the first and second terminals. an electric energy storage module group formed by connecting in series two or more electric energy storage modules each comprising one or more electric energy storage elements; a first switch group comprising two or more switches each provided in a path connecting a first terminal and a terminal of one of the series-connected electric energy storage modules; and a second switch group comprising two or more switches each provided in a path connecting a second terminal and a terminal of one of the series-connected electric energy storage modules; characterised in that the electric energy storage module group is electrically connected to a balancing circuit configured for adjusting a voltage to be applied to each of the electric energy storage modules at least when discharge is performed from the electric energy storage modules to a load connected to the electric energy storage apparatus between the first and second terminals; and wherein the electric energy storage apparatus is configured to perform a switch changeover in the first and second switch groups so as to select a magnitude and polarity of an output voltage between the first and second terminals depending on a configuration of the electric energy storage elements present in a path connecting the first and second terminals.
A device for cross-linking the insulation of electric cables, especially a junction point thereof, comprising a basic frame , a pressure container disposed at the basic frame which can take up the electric cable or the junction point of an electric cable , formed by a lower shell fixed at the basic frame and an upper shell which is supported to be tilted in an open or closed condition wherein both shells in their folded condition limit a cylindrical space for taking up the cable, a respective cone at the respective axial end of the cylindrical space which is arranged in a correspondingly conical inner portion of the two shells and through which the cable can be led, and a seal for sealing the movable cone with respect to the conical inner portion , characterized in that each cone is axially movably supported in the conical inner portion designed as inner guide for the cone and is adapted to be pressed axially outwardly against an inserted cable due to an increased pressure in the inner space of the pressure container.