mhurhangee/patent-ind-claim-en huggingface dataset:
A parking assistance device that performs parking assistance when parking a vehicle in a parking area (M), comprising: a speed calculation unit that is configured to: - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area (M); - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and a control unit that controls the vehicle such that the vehicle speed becomes the calculated target vehicle speed for each control cycle. a speed calculation unit that is configured to: - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area (M); - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and - calculate a target vehicle speed for each control cycle indicating a cycle for calculating the target vehicle speed set as a target of a vehicle speed of the vehicle based on a target distance for the vehicle to move to a target position, the control cycle, and a deceleration set so as to be output by the vehicle when the parking assistance is performed the target position being included in the parking area (M); - calculate a movement distance to a stop position of the vehicle based on the deceleration of the vehicle and the control cycle, to calculate a vehicle speed offset amount for adjusting the vehicle speed of the vehicle in order to stop the vehicle at the target distance based on a difference between the target distance and the movement distance, and - calculate the target vehicle speed based on the vehicle speed offset amount, the deceleration, and the control cycle; and a control unit that controls the vehicle such that the vehicle speed becomes the calculated target vehicle speed for each control cycle.
A three-dimensional woven structure comprising: a plurality of first yarns in a particular direction; a plurality of second yarns in another direction interwoven with the plurality of first yarns, characterized in that at least some second yarns are a laminated structure having at least three layers that include a second yarn first layer of fibers ) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer , each of the at least one second yarn bias layers having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer being disposed between the second yarn first and second layers , wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction. a plurality of first yarns in a particular direction; a plurality of second yarns in another direction interwoven with the plurality of first yarns, characterized in that at least some second yarns are a laminated structure having at least three layers that include a second yarn first layer of fibers ) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer , each of the at least one second yarn bias layers having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer being disposed between the second yarn first and second layers , wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction. a second yarn first layer of fibers ) having fibers in a first direction, a second yarn second layer of fibers having fibers in a first or second direction, and at least one second yarn bias layer , each of the at least one second yarn bias layers having fibers at an angle of other than 0° or 90° with respect to fibers in second yarn layers that are not second yarn bias layers, and the at least one second yarn bias layer being disposed between the second yarn first and second layers , wherein fibers in a second yarn first bias layer are at a first angle with respect to the first direction.
A molded stationary induction apparatus comprising: a contents of molded transformer configured of a combination of an iron core and windings whose surface is covered with any of resin and an insulating material containing resin; a closed vessel that accommodates the contents of molded transformer, and encapsulating air ] characterized by a heat exchanger provided on the outer side of the closed vessel , the heat exchanger is configured to cool the air inside the closed vessel by circulation of the air inside the closed vessel through the heat exchanger ; and wherein the apparatus is configured to encapsulate air having a higher pressure than atmospheric pressure and to set a dielectric voltage higher than a normally used voltage, when the contents of molded transformer is accommodated inside the closed vessel for enclosed air having said higher pressure than atmospheric pressure and for enclosed air at atmospheric pressure. a contents of molded transformer configured of a combination of an iron core and windings whose surface is covered with any of resin and an insulating material containing resin; a closed vessel that accommodates the contents of molded transformer, and encapsulating air ] characterized by a heat exchanger provided on the outer side of the closed vessel , the heat exchanger is configured to cool the air inside the closed vessel by circulation of the air inside the closed vessel through the heat exchanger ; and wherein the apparatus is configured to encapsulate air having a higher pressure than atmospheric pressure and to set a dielectric voltage higher than a normally used voltage, when the contents of molded transformer is accommodated inside the closed vessel for enclosed air having said higher pressure than atmospheric pressure and for enclosed air at atmospheric pressure.
Filter for heating circuits for filtering particles from heating water in a heating circuit, comprising: (a) a fitting housing with an inlet and an outlet for installation in a pipe of the heating circuit; and (b) a filter element provided in the flow between the inlet and the outlet; characterized in that (c) a bypass channel is provided from the inlet to the outlet bypassing the filter element ; (d) the filter element and/or a closing element connected to the filter element is moveably arranged between an operating position and a bypass position, wherein the bypass channel is blocked by the filter element and/or the closing element in the operating position and released in the bypass position; and (e) mechanical means are provided for moving the filter element and/or the closing element between the operating position and the bypass position. (a) a fitting housing with an inlet and an outlet for installation in a pipe of the heating circuit; and (b) a filter element provided in the flow between the inlet and the outlet; characterized in that (c) a bypass channel is provided from the inlet to the outlet bypassing the filter element ; (d) the filter element and/or a closing element connected to the filter element is moveably arranged between an operating position and a bypass position, wherein the bypass channel is blocked by the filter element and/or the closing element in the operating position and released in the bypass position; and (e) mechanical means are provided for moving the filter element and/or the closing element between the operating position and the bypass position.
A firearm stock extension , including a first body section , a second body section and a folding butt , the first and second body sections being foldable against each other, and the folding butt being foldable against the second body section , said firearm stock extension being removably attachable to a pistol at a connection location provided in the first body section , wherein the connection location is a pistol grip lock well, which is configured to cooperate with a rim on a stock of the pistol , characterized in that a reversed magazine catch locking system is provided, which reversed magazine catch locking system locks the rim to the pistol grip lock well by means of frame stock rim catch plate which is pushed into a locked position by frame stock rim catch plate spring
A method for generating uplink feedback information transmission for data received in an Unlicensed Spectrum, comprising: receiving, by a terminal device, at least one first signaling having DCI format 1_0 from a network device (S210), wherein the first signaling has no group information and said having no group information comprises that group information is not indicated in Downlink control information, DCI, and wherein the group information indicates which group corresponds to a physical downlink shared channel, PDSCH, scheduled by the DCI or corresponds to the physical downlink control channel, PDCCH, carrying the DCI; determining, by the terminal device, a first transmission resource for transmitting first feedback information corresponding to the first signaling (S220); and generating, by the terminal device, a first feedback information codebook, wherein the first feedback information codebook comprises the first feedback information and second feedback information, the second feedback information is feedback information corresponding to a target PDSCH group or a target PDCCH group indicated by a second signaling received from the network device, and a transmission resource of the second feedback information is overlapping with the first transmission resource; and transmitting, by the terminal device, the first feedback information codebook to the network device in the first transmission resource, wherein the terminal device adopts a group based ACK/NACK feedback of PDSCH or PDCCH. receiving, by a terminal device, at least one first signaling having DCI format 1_0 from a network device (S210), wherein the first signaling has no group information and said having no group information comprises that group information is not indicated in Downlink control information, DCI, and wherein the group information indicates which group corresponds to a physical downlink shared channel, PDSCH, scheduled by the DCI or corresponds to the physical downlink control channel, PDCCH, carrying the DCI; determining, by the terminal device, a first transmission resource for transmitting first feedback information corresponding to the first signaling (S220); and generating, by the terminal device, a first feedback information codebook, wherein the first feedback information codebook comprises the first feedback information and second feedback information, the second feedback information is feedback information corresponding to a target PDSCH group or a target PDCCH group indicated by a second signaling received from the network device, and a transmission resource of the second feedback information is overlapping with the first transmission resource; and transmitting, by the terminal device, the first feedback information codebook to the network device in the first transmission resource, wherein the terminal device adopts a group based ACK/NACK feedback of PDSCH or PDCCH.
An image display apparatus comprising: a detection unit that detects a specified position touched on a display screen on which an image is displayed; and a controller that, when the specified position on the display screen is moved and when an end portion of the image being displayed on the display screen is in contact with an end portion of a display area of the display screen, performs either a page switching operation or a scroll operation in accordance with an angle of a movement direction in which the specified position is moved, wherein the controller performs the page switching operation if a condition is satisfied, and the controller performs the scroll operation if the condition is not satisfied, the condition being that the angle of the movement direction with respect to a direction orthogonal to the end portion of the display area which is in contact with the end portion of the image is equal to or less than a predetermined threshold angle (θt) and that the movement direction goes away from the end portion of the display area which is in contact with the end portion of the image, the page switching operation being an operation of switching an image being displayed on the display screen to another image, and the scroll operation being an operation of moving a display position of the image being displayed on the display screen. a detection unit that detects a specified position touched on a display screen on which an image is displayed; and a controller that, when the specified position on the display screen is moved and when an end portion of the image being displayed on the display screen is in contact with an end portion of a display area of the display screen, performs either a page switching operation or a scroll operation in accordance with an angle of a movement direction in which the specified position is moved, wherein the controller performs the page switching operation if a condition is satisfied, and the controller performs the scroll operation if the condition is not satisfied, the condition being that the angle of the movement direction with respect to a direction orthogonal to the end portion of the display area which is in contact with the end portion of the image is equal to or less than a predetermined threshold angle (θt) and that the movement direction goes away from the end portion of the display area which is in contact with the end portion of the image, the page switching operation being an operation of switching an image being displayed on the display screen to another image, and the scroll operation being an operation of moving a display position of the image being displayed on the display screen.
Fixing system for fixing a rocker arm of a suspension to a chassis (A) of a vehicle in an adjustable manner, the fixing system comprising: - a threaded rod , extending along a longitudinal direction (x) between a first end and a second end , opposed to the first end , wherein the rod has a first thread at the first end and a second thread at the second end , - a first cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said first end ; - a second cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said second end ; - a first nut , screwed on said first thread of the rod so as to lock the position of said first cam along said longitudinal direction (x); and - a second nut , screwed on said second thread of the rod so as to lock the position of said second cam along said longitudinal direction (x), characterised in that the rod further has a locking cavity , at the second end ; and the second nut has a locking part that comprises a circumferential groove , and a positioning hole , passing through said groove ; the fixing system further comprising a pin and an elastic clip , the elastic clip being shaped as an open ring and being adapted to be accommodated in said groove of the second nut so as to hold said pin in said positioning hole , wherein, in a predetermined screwing position of the second nut on the second thread of the rod , the pin enters said locking cavity of the rod so as to lock the position of said second nut on the rod along the longitudinal direction (x). - a threaded rod , extending along a longitudinal direction (x) between a first end and a second end , opposed to the first end , wherein the rod has a first thread at the first end and a second thread at the second end , - a first cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said first end ; - a second cam arranged integral for rotation with said rod by means of a shape-fitting coupling with said rod at said second end ; - a first nut , screwed on said first thread of the rod so as to lock the position of said first cam along said longitudinal direction (x); and - a second nut , screwed on said second thread of the rod so as to lock the position of said second cam along said longitudinal direction (x), characterised in that the rod further has a locking cavity , at the second end ; and the second nut has a locking part that comprises a circumferential groove , and a positioning hole , passing through said groove ;
A hand tape applicator comprising: a body ; a spindle connected to the body and configured to receive a tape roll comprising tape ; an ergonomic handle connected to the body ; a roller mechanism connected to the body and configured to apply the tape to a substrate , wherein the roller mechanism comprises: a head ; and a tape roller extending along a roller axis between a first end and a second end of the tape roller , wherein the tape roller is connected to the head at each of the first and second ends ; characterised by , a force sensor connected to the head , wherein the force sensor is configured to detect a force between the tape roller and the head and provide a signal indicative of the force. a body ; a spindle connected to the body and configured to receive a tape roll comprising tape ; an ergonomic handle connected to the body ; a roller mechanism connected to the body and configured to apply the tape to a substrate , wherein the roller mechanism comprises: a head ; and a tape roller extending along a roller axis between a first end and a second end of the tape roller , wherein the tape roller is connected to the head at each of the first and second ends ; characterised by , a force sensor connected to the head , wherein the force sensor is configured to detect a force between the tape roller and the head and provide a signal indicative of the force. a head ; and a tape roller extending along a roller axis between a first end and a second end of the tape roller , wherein the tape roller is connected to the head at each of the first and second ends ; characterised by , a force sensor connected to the head , wherein the force sensor is configured to detect a force between the tape roller and the head and provide a signal indicative of the force.
A heat dissipating substrate which is a composite substrate consisting of three layers, namely a first, surface layer composed of single crystal silicon, a second, handle substrate layer composed of aluminum nitride or silicon carbide and a third, intermediate layer between the surface layer and the second layer and composed of silicon carbide or diamond wherein the intermediate layer has higher thermal conductivity than the second layer .
Condensational recuperation system for the energy output of a nuclear power station, comprising a nuclear power plant , an air intake means , a compressor , a condenser , a water chamber provided with a sprinkler , an electric current generator , a pure water pump station , a cooling water pump station for cooling water supply to condenser , a condensate pool , and a turbo expander , an outlet of the air intake means being connected to an inlet of the compressor by a pipeline, an outlet of the compressor being connected to an inlet of the condenser by a pipeline, an outlet of the condenser being connected to an inlet of the turbo expander provided with the electric current generator by a pipeline, an outlet of the turbo expander being connected to an inlet of the water chamber by a pipeline, an outlet of the water chamber being connected to an inlet of the condensate pool by a pipeline, an outlet of the condensate pool being connected to a pump station of pure water, the condenser being connected to an outlet of the pump station of cooling water, all of the connections being made in the form of pressure pipelines, wherein the air intake means is arranged in a waste water channel for supplying air by bubbling pipes into the waste water channel , characterized in that the waste water channel is the waste water channel of the nuclear power plant connected to an outlet of the nuclear power plant , and the waste water channel is provided with a sealed roof, and the condensational recuperation system is further provided with a droplet separator and an additional condensate pool , a moist steam outlet of the condenser is connected by a pressure pipeline to the inlet of the droplet separator , the outlet of which is connected to the inlet of the turbo expander by a pressure pipeline, and another outlet of said droplet separator is connected to the inlet of the additional condensate pool , a moisture outlet of the condenser is connected by a pressure pipeline to the inlet of the additional condensate pool , and the outlet of the additional condensate pool is connected to the inlet of the water chamber sprinkler and to the inlet of the pure water pump station by pressure pipelines.