mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring electrical insulation resistance in an electric system , said method comprising: - supplying electric power from an external power supply via a first conductor and a second conductor ; - feeding said electric power to the electric system via a first current collector and a second current collector , each of which are configured to be electrically connected to said electric system via a first main contactor and a second main contactor , respectively; and - monitoring said insulation resistance of the electric system including the current collectors by means of an insulation resistance monitoring unit associated with a control unit which is connected to each of said main contactors ; characterized in that said method further comprises: - maintaining said main contactors in a closed state when the current collectors are disconnected from said conductors , thereby allowing monitoring of the insulation resistance; - opening said main contactors and subsequently connecting the current collectors to the conductors ; and - closing said main contactors , thereby allowing monitoring of the insulation resistance. - supplying electric power from an external power supply via a first conductor and a second conductor ; - feeding said electric power to the electric system via a first current collector and a second current collector , each of which are configured to be electrically connected to said electric system via a first main contactor and a second main contactor , respectively; and - monitoring said insulation resistance of the electric system including the current collectors by means of an insulation resistance monitoring unit associated with a control unit which is connected to each of said main contactors ; - maintaining said main contactors in a closed state when the current collectors are disconnected from said conductors , thereby allowing monitoring of the insulation resistance; - opening said main contactors and subsequently connecting the current collectors to the conductors ; and - closing said main contactors , thereby allowing monitoring of the insulation resistance.
A method for creating an electronic signature of a document associated to a person by means of the voice print of the person ; said creation method comprises the steps of: generating the document in electronic format; determining a message digest of the document by means of a hash function ; generating a list of words that associates to each possible byte of the message digest of the document a corresponding pronounceable word; creating a pronounceable alphanumeric sequence starting from the message digest of the document by replacing each byte of the message digest of the document with the corresponding pronounceable word of the list of words; recording the voice of the person for generating an authentication voice recording while the person reads out loud the pronounceable alphanumeric sequence ; associating the authentication voice recording to the document in electronic format; the creation method is characterized in that it comprises the further step of compressing the message digest to a fixed and pre-set number of bytes before replacing each byte of the message digest of the document with the corresponding pronounceable word of the list of words. generating the document in electronic format; determining a message digest of the document by means of a hash function ; generating a list of words that associates to each possible byte of the message digest of the document a corresponding pronounceable word; creating a pronounceable alphanumeric sequence starting from the message digest of the document by replacing each byte of the message digest of the document with the corresponding pronounceable word of the list of words; recording the voice of the person for generating an authentication voice recording while the person reads out loud the pronounceable alphanumeric sequence ; associating the authentication voice recording to the document in electronic format; the creation method is characterized in that it comprises the further step of compressing the message digest to a fixed and pre-set number of bytes before replacing each byte of the message digest of the document with the corresponding pronounceable word of the list of words.
A system for laying pipe , comprising: a conveyor configured to receive a plurality of pipes ; and a plurality of friction stir welding, FSW, machines configured to connect the one or more pipes to a pipeline deployed toward a sea floor, wherein at least one of the plurality of FSW machines is configured to connect together two of the plurality of pipes, and wherein at least one of the FSW machines is configured to connect one of the plurality of pipes to the pipeline , and wherein the FSW machines are all configured to move between a common starting point and a common end point along a circuit. a conveyor configured to receive a plurality of pipes ; and a plurality of friction stir welding, FSW, machines configured to connect the one or more pipes to a pipeline deployed toward a sea floor, wherein at least one of the plurality of FSW machines is configured to connect together two of the plurality of pipes, and wherein at least one of the FSW machines is configured to connect one of the plurality of pipes to the pipeline , and wherein the FSW machines are all configured to move between a common starting point and a common end point along a circuit.
A method of forming a coating on a component of an electrical machine , comprising: coating a surface of the component with a ceramic material, via an electrophoretic process, to form a first coating; contacting the first coating deposited by the electrophoretic process with a polymeric material; impregnating the polymeric material into a plurality of voids present in the first coating to form a second coating; and curing or melting the polymeric material in the second coating to form the coating comprising the ceramic material in a polymer matrix; characterised in that the component is a stator assembly or a rotor assembly coating a surface of the component with a ceramic material, via an electrophoretic process, to form a first coating; contacting the first coating deposited by the electrophoretic process with a polymeric material; impregnating the polymeric material into a plurality of voids present in the first coating to form a second coating; and curing or melting the polymeric material in the second coating to form the coating comprising the ceramic material in a polymer matrix; characterised in that the component is a stator assembly or a rotor assembly
A clamping device for clamping a workpiece , comprising a rotatably and axially non-displaceably mounted spindle with a threaded portion having a thread , a drive motor having a rotor for rotating the spindle , and a non-rotatably held spindle nut which co-operates with the thread of the spindle , wherein by rotation of the spindle there is adjustable a clamping element for clamping the workpiece , the clamping element being connected with the spindle nut or formed on the spindle nut , wherein the clamping device has a pulse unit with a rotary part , which is mechanically coupled with the rotor of the drive motor , wherein for rotating the spindle by the pulse unit there is transmittable a rotary pulse to the spindle at least once per rotation of the rotary part .
A support foot for a luggage carrier for a vehicle, said support foot comprising: a first clamping portion and a second clamping portion , wherein at least one of said first and second clamping portions is movable; a clamping mechanism comprising an attachment lever , said attachment lever is arranged to operate in a first plane between a closed and an open position, and thereby also moving said at least one movable clamping portion ; a locking means comprising a locked state and an unlocked state, characterized in that: said locking means is adapted to receive a key; and wherein the support foot further comprises a cap comprising a latched state and an unlatched state, wherein said cap is adapted to cover said locking means and at least partially cover said attachment lever when said cap is in said latched state and wherein said cap is adapted to pivot in a second plane when said cap is in said unlatched state; and wherein said cap is in said latched state when said locking means is in said locked state, and wherein said cap is in said unlatched state when said locking means is in said unlocked state. a first clamping portion and a second clamping portion , wherein at least one of said first and second clamping portions is movable; a clamping mechanism comprising an attachment lever , said attachment lever is arranged to operate in a first plane between a closed and an open position, and thereby also moving said at least one movable clamping portion ; a locking means comprising a locked state and an unlocked state, characterized in that: said locking means is adapted to receive a key; and wherein the support foot further comprises a cap comprising a latched state and an unlatched state, wherein said cap is adapted to cover said locking means and at least partially cover said attachment lever when said cap is in said latched state and wherein said cap is adapted to pivot in a second plane when said cap is in said unlatched state; and wherein said cap is in said latched state when said locking means is in said locked state, and wherein said cap is in said unlatched state when said locking means is in said unlocked state. said locking means is adapted to receive a key; and wherein the support foot further comprises a cap comprising a latched state and an unlatched state, wherein said cap is adapted to cover said locking means and at least partially cover said attachment lever when said cap is in said latched state and wherein said cap is adapted to pivot in a second plane when said cap is in said unlatched state; and wherein said cap is in said latched state when said locking means is in said locked state, and wherein said cap is in said unlatched state when said locking means is in said unlocked state.
A digital device comprising: a communication module configured to transmit remote control related information; a storage module configured to store the remote control related information; and a controller configured to control an operation of the digital device, wherein the controller is configured to: transmit a radio signal that includes the remote control related information; receive a remote control signal from an external device , which has received the radio signal; and control an operation of the digital device in accordance with the remote control signal if a key code included in the received remote control signal is a unique key code, characterized in that the digital device comprises a camera and in that the controller is configured to: detect the location of the external device by using the camera when a plurality of remote control signals are received from a plurality of external devices; determine priorities in accordance with the detected location of the external device; and control the operation of the digital device in accordance with the remote control signal of the external device, which has the highest priority of the determined priorities. a communication module configured to transmit remote control related information; a storage module configured to store the remote control related information; and a controller configured to control an operation of the digital device, wherein the controller is configured to: transmit a radio signal that includes the remote control related information; receive a remote control signal from an external device , which has received the radio signal; and control an operation of the digital device in accordance with the remote control signal if a key code included in the received remote control signal is a unique key code, transmit a radio signal that includes the remote control related information; receive a remote control signal from an external device , which has received the radio signal; and control an operation of the digital device in accordance with the remote control signal if a key code included in the received remote control signal is a unique key code, characterized in that the digital device comprises a camera and in that the controller is configured to: detect the location of the external device by using the camera when a plurality of remote control signals are received from a plurality of external devices; determine priorities in accordance with the detected location of the external device; and control the operation of the digital device in accordance with the remote control signal of the external device, which has the highest priority of the determined priorities. detect the location of the external device by using the camera when a plurality of remote control signals are received from a plurality of external devices; determine priorities in accordance with the detected location of the external device; and control the operation of the digital device in accordance with the remote control signal of the external device, which has the highest priority of the determined priorities.
A flexible display device, comprising: a flexible screen having a bendable area and comprising a screen body layer ; and a rotating mechanism supporting the back of the bendable area, wherein the rotating mechanism is provided with two rotating center axes spaced apart in parallel and the rotating mechanism is configured to rotate around the two rotating center axes, the bendable area is configured to bend with rotation of the rotating mechanism, and the screen body layer in the bendable area is a neutral layer of the flexible screen during bending of the flexible screen; characterized in that : the rotating mechanism comprises two rotating assemblies , the two rotating assemblies each comprises a supporting frame and a rotating frame rotatably connected with the supporting frame, and for each of the two rotating assemblies, a rotating center axis around which the rotating frame is configured to rotate relative to the supporting frame is located at the neutral layer; the rotating mechanism further comprises a gear assembly located between the two rotating assemblies, and the two rotating frames are each provided with a driving gear engaged with the gear assembly; and the two rotating frames each comprises a rotating member rotatably connected with the supporting frame and a connecting member connected with the rotating member, the connecting member comprises a connecting plate extending along a direction of the rotating center axis, and the driving gear is disposed at one end of the connecting plate away from the rotating member. a flexible screen having a bendable area and comprising a screen body layer ; and a rotating mechanism supporting the back of the bendable area, wherein the rotating mechanism is provided with two rotating center axes spaced apart in parallel and the rotating mechanism is configured to rotate around the two rotating center axes, the bendable area is configured to bend with rotation of the rotating mechanism, and the screen body layer in the bendable area is a neutral layer of the flexible screen during bending of the flexible screen; the rotating mechanism comprises two rotating assemblies , the two rotating assemblies each comprises a supporting frame and a rotating frame rotatably connected with the supporting frame, and for each of the two rotating assemblies, a rotating center axis around which the rotating frame is configured to rotate relative to the supporting frame is located at the neutral layer; the rotating mechanism further comprises a gear assembly located between the two rotating assemblies, and the two rotating frames are each provided with a driving gear engaged with the gear assembly; and the two rotating frames each comprises a rotating member rotatably connected with the supporting frame and a connecting member connected with the rotating member, the connecting member comprises a connecting plate extending along a direction of the rotating center axis, and the driving gear is disposed at one end of the connecting plate away from the rotating member.
A power distribution architecture for an off-road vehicle, the power distribution architecture comprising: a work circuit including a plurality of motion control units (46a-46d) configured to be fluidly connected to separate hydraulic actuators , the motion control units each including an electric motor/generator mechanically coupled to a pump/motor ; an electrical bus for providing electrical power to each of the electric motors/generators ; a common pressure rail for providing hydraulic power to each of the motion control units (46a-46d), characterized in that the power distribution architecture further comprises: a prime mover which directs power through a power take-off to a mechanical transmission for driving propulsion of the vehicle, wherein the prime mover also is coupled by a mechanical power take-off to a pump for pressuring the common pressure rail , and wherein the prime mover drives an electric generator for energizing the electrical bus . a work circuit including a plurality of motion control units (46a-46d) configured to be fluidly connected to separate hydraulic actuators , the motion control units each including an electric motor/generator mechanically coupled to a pump/motor ; an electrical bus for providing electrical power to each of the electric motors/generators ; a common pressure rail for providing hydraulic power to each of the motion control units (46a-46d),
A measurement resource indication method, being applied to a communication system supporting various signal measurements, comprising: sending, by a network device, first measurement resource indication information to a user device, the first measurement resource indication information being used for indicating that a first signal measurement reuses part or all of measurement resources of a second signal measurement; wherein the second signal measurement is a signal measurement configured with the measurement resources, and the first signal measurement is a signal measurement not configured with any measurement resource, characterized in that when there are a plurality of the second signal measurements, the method further comprises: sending, by the network device, second measurement resource indication information to the user device, the second measurement resource indication information including a second bit, the second bit being used for indicating that the first signal measurement reuses a measurement resource of a signal measurement i, wherein the signal measurement i is one of the plurality of the second signal measurements. sending, by a network device, first measurement resource indication information to a user device, the first measurement resource indication information being used for indicating that a first signal measurement reuses part or all of measurement resources of a second signal measurement; wherein the second signal measurement is a signal measurement configured with the measurement resources, and the first signal measurement is a signal measurement not configured with any measurement resource, characterized in that when there are a plurality of the second signal measurements, the method further comprises: sending, by the network device, second measurement resource indication information to the user device, the second measurement resource indication information including a second bit, the second bit being used for indicating that the first signal measurement reuses a measurement resource of a signal measurement i, wherein the signal measurement i is one of the plurality of the second signal measurements.
A leg training device comprising a support frame with a resistance mechanism and connectors connected to foot fixings and affixed to the resistance mechanism , wherein each foot fixing has a rear cushion located at the rear above the heel, and an instep cushion covered by a profile washer evenly located at the front on the instep near the ankle joint, and wherein each foot fixing comprises bindings covering the profile washer and mounted to the foot fixing at the axis of the tibia, wherein each foot fixing is connected to the resistance mechanism separately, and simultaneously, each foot fixing comprises a flat platform , wherein a rear wall is secured to the top side of the platform and the bottom of the platform is fixed to connectors guiding the platform , so that it is lifted up in a near-vertical direction with the load force of the resistance mechanism applied with essentially downward sense. each foot fixing has a rear cushion located at the rear above the heel, and an instep cushion covered by a profile washer evenly located at the front on the instep near the ankle joint, and wherein each foot fixing comprises bindings covering the profile washer and mounted to the foot fixing at the axis of the tibia, wherein each foot fixing is connected to the resistance mechanism separately, and simultaneously, each foot fixing comprises a flat platform , wherein a rear wall is secured to the top side of the platform and the bottom of the platform is fixed to connectors guiding the platform , so that it is lifted up in a near-vertical direction with the load force of the resistance mechanism applied with essentially downward sense.
Device for closing off a bay formed in a bodywork element of a motor vehicle, comprising a fixed part and at least one mobile panel relative to said fixed part , the sliding of which is guided by two rails (15 1 , 15 2 ) carried by said fixed part , said mobile panel bearing two bolts (19 1 , 19 2 ) capable of cooperating with two corresponding strikers, respectively formed in each of said rails (15 1 , 15 2 ), and being mobile in a direction of unlocking perpendicular to the direction of sliding of said mobile panel , between a locked position in which said bolts (19 1 , 19 2 ) are engaged with said strikers, and an unlocked position enabling sliding, in which said bolts (19 1 , 19 2 ) are removed from said strikers, said mobile panel carrying an actuating handle for actuating said bolts (19 1 , 19 2 ), that is mobile in one direction of actuation parallel to said direction of sliding, characterized in that said mobile panel carries angular gear transmission means (23 1 , 23 2 ) implementing, for each bolt, a flexible leaf portion, a first end (232 1 , 232 2 ) of which extends in parallel to said direction of unlocking and is fixed to said bolt (19 1 , 19 2 ), and a second end (231 1 , 231 2 ) of which extends in parallel to said direction of actuating and is fixed to said handle , means for guiding said leaf portion controlling the change in direction between said directions of unlocking and actuating.