mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle window glass comprising: a glass plate , which is a single glass plate or a laminated glass in which an intermediate film is sandwiched by two glass plates; a pair of bus bars formed on the glass plate ; a defogger having a plurality of horizontal heating wires that connect the pair of bus bars ; at least one vertical antenna element provided in the defogger and intersecting at least one of the horizontal heating wires ; a DAB antenna element formed on the glass plate and disposed on an upper side or a lower side of the defogger ; and a standing wave canceller disposed further on the defogger side than the DAB antenna element , wherein a distance L between each of the bus bars and the vertical antenna element or a distance L between the vertical antenna elements , a wavelength λ of a reception wave of the DAB antenna element and a wavelength shortening rate γ of the glass plate satisfy (λ·γ/3)·n≤L≤(λ·γ/1.5)·n, where n is an integer, and where γ is approximately 0.7 when the glass plate is a single glass plate and γ is approximately 0.5 when the glass plate is a laminated glass, the DAB antenna element is constituted by a dipole antenna, the standing wave canceller is disposed between the DAB antenna element and the defogger . a glass plate , which is a single glass plate or a laminated glass in which an intermediate film is sandwiched by two glass plates; a pair of bus bars formed on the glass plate ; a defogger having a plurality of horizontal heating wires that connect the pair of bus bars ; at least one vertical antenna element provided in the defogger and intersecting at least one of the horizontal heating wires ; a DAB antenna element formed on the glass plate and disposed on an upper side or a lower side of the defogger ; and a standing wave canceller disposed further on the defogger side than the DAB antenna element , wherein a distance L between each of the bus bars and the vertical antenna element or a distance L between the vertical antenna elements , a wavelength λ of a reception wave of the DAB antenna element and a wavelength shortening rate γ of the glass plate satisfy (λ·γ/3)·n≤L≤(λ·γ/1.5)·n, where n is an integer, and where γ is approximately 0.7 when the glass plate is a single glass plate and γ is approximately 0.5 when the glass plate is a laminated glass, the DAB antenna element is constituted by a dipole antenna, the standing wave canceller is disposed between the DAB antenna element and the defogger .
Laundry care appliance , having an infrared sensor , a laundry drum and a regulating unit , wherein the infrared sensor has a capture region which lies at least partially in the laundry drum and is configured to capture measurement values which represent the quantity of water in the laundry in the capture region, and to detect this during the operation of the laundry care appliance in order to identify a process error by the application of the water content in the capture region of the laundry drum over time and determining the progression gradient of the curve arising as a result, and conveying this to the regulating unit , wherein during operation of the laundry care appliance the process error is a laundry tangle.
Method to decelerate a vehicle comprising a combustion engine , a gearbox , driving wheels and a drive shaft arranged between the gearbox and the driving wheels , which combustion engine comprises: - at least one cylinder to which fuel is supplied in order to operate the combustion engine ; - a piston arranged in the/each cylinder , - at least one inlet valve in the/ each cylinder , which inlet valve is connected with an inlet system ; - a first camshaft , which controls the at least one inlet valve ; - at least one exhaust valve arranged in the/each cylinder , which exhaust valve is connected with an exhaust system ; - a second camshaft , which controls the at least one exhaust valve ; and - a crankshaft , which controls each camshaft , characterised in that the method comprises the following steps: a) to close the fuel supply to the/all cylinders , b) to phase-shift each camshaft in relation to the crankshaft , to a position where no air is supplied to the exhaust system when the pistons move forwards and backwards in the/each cylinder , c) to control the gearbox to engage a gear that increases the crankshaft's engine speed, which entails that the vehicle's speed decreases. d) to phase-shift the first camshaft between +75° and +85° crankshaft degrees, preferably +80°, and e) to phase-shift the second camshaft between -75° and -85° crankshaft degrees, preferably -80°. f) to phase-shift each camshaft with a phase-shifting device arranged for each camshaft . - at least one cylinder to which fuel is supplied in order to operate the combustion engine ; - a piston arranged in the/each cylinder , - at least one inlet valve in the/ each cylinder , which inlet valve is connected with an inlet system ; - a first camshaft , which controls the at least one inlet valve ; - at least one exhaust valve arranged in the/each cylinder , which exhaust valve is connected with an exhaust system ; - a second camshaft , which controls the at least one exhaust valve ; and - a crankshaft , which controls each camshaft , a) to close the fuel supply to the/all cylinders , b) to phase-shift each camshaft in relation to the crankshaft , to a position where no air is supplied to the exhaust system when the pistons move forwards and backwards in the/each cylinder , c) to control the gearbox to engage a gear that increases the crankshaft's engine speed, which entails that the vehicle's speed decreases. d) to phase-shift the first camshaft between +75° and +85° crankshaft degrees, preferably +80°, and e) to phase-shift the second camshaft between -75° and -85° crankshaft degrees, preferably -80°. f) to phase-shift each camshaft with a phase-shifting device arranged for each camshaft .
A resource allocation method operable by a base station, the base station comprising a Central Unit, CU, and a Distributed Unit, DU, connected to the CU, wherein the method comprises: determining , by the DU, a Sidelink, SL, resource allocation mode; and allocating , by the DU, SL resource for a UE according to the determined resource allocation mode and User Equipment, LTE, context information, characterized in that the SL resource allocation mode determined by the DU is a resource allocation mode scheduled by a network; the step of allocating , by the DU, the SL resource for the UE according to the determined resource allocation mode and the UE context information, comprises: acquiring, by the DU, Semi-Persistent Scheduling, SPS, assistance information that is related to UE V2X context information and transmitted by the CU; generating, by the DU, SPS configuration information according to the UE V2X context information and the SPS assistance information, and transmitting, by the DU, the SPS configuration information to the CU; and after the CU notifies the UE of the SPS configuration information, notifying, by the DU, the UE of SPS resource configuration information. determining , by the DU, a Sidelink, SL, resource allocation mode; and allocating , by the DU, SL resource for a UE according to the determined resource allocation mode and User Equipment, LTE, context information, characterized in that the SL resource allocation mode determined by the DU is a resource allocation mode scheduled by a network; the step of allocating , by the DU, the SL resource for the UE according to the determined resource allocation mode and the UE context information, comprises: acquiring, by the DU, Semi-Persistent Scheduling, SPS, assistance information that is related to UE V2X context information and transmitted by the CU; generating, by the DU, SPS configuration information according to the UE V2X context information and the SPS assistance information, and transmitting, by the DU, the SPS configuration information to the CU; and after the CU notifies the UE of the SPS configuration information, notifying, by the DU, the UE of SPS resource configuration information.
A communication apparatus operating as a base station having a function of configuring a network, the communication apparatus comprising: communication means configured to communicate with a control apparatus that is configured to control a base station network comprised of a plurality of base stations; establishment means configured to establish, based on a determination by at least one determination means and without accepting any instruction from the control apparatus, a plurality of links with another base station belonging to the base station network, wherein said plurality of links are to be used for communication with the another base station; and notification means configured to notify, in a case where the plurality of the links are established with the another base station, the control apparatus of establishment of the plurality of links via the communication means. communication means configured to communicate with a control apparatus that is configured to control a base station network comprised of a plurality of base stations; establishment means configured to establish, based on a determination by at least one determination means and without accepting any instruction from the control apparatus, a plurality of links with another base station belonging to the base station network, wherein said plurality of links are to be used for communication with the another base station; and notification means configured to notify, in a case where the plurality of the links are established with the another base station, the control apparatus of establishment of the plurality of links via the communication means.
A Lidar device , comprising: a vibrating fiber optic cantilever system on a transmit, TX, path ; a two-dimensional, 2D, light sensor array on a receive, RX, path ; a laser emitting element that emits laser pulses at intervats; and one or more time measuring converters ; characterized by further comprising: a dynamic switch ; wherein based on a direction in which a laser pulse is projected, the dynamic switch routes outputs from one or more particular light sensors in the 2D light sensor array that are expected to receive reflected light to the time measuring converters . a vibrating fiber optic cantilever system on a transmit, TX, path ; a two-dimensional, 2D, light sensor array on a receive, RX, path ; a laser emitting element that emits laser pulses at intervats; and one or more time measuring converters ; characterized by further comprising: a dynamic switch ; wherein based on a direction in which a laser pulse is projected, the dynamic switch routes outputs from one or more particular light sensors in the 2D light sensor array that are expected to receive reflected light to the time measuring converters .
Power tool with a mains plug with a mains cable for supplying electrical energy to the power tool from an electrical supply system with a control device for the power tool , having a printed circuit board with an electronic power component arranged on it, wherein the printed circuit board is arranged in the mains plug and is intended to provide electronics functions for the power tool on the printed circuit board , wherein the electronics functions model restart prevention, soft starting, load-dependent motor control and/or motor protection, characterized in that the printed circuit board can be connected to components of the power tool via a data connection.
A clutch for driving a winch , the clutch comprising: an input shaft for connection to a motor and being operatively connected to at least one input friction plate for rotation therewith; an output shaft for driving a winch and being operatively connected to at least one output friction plate for rotation therewith; a biasing member arranged to provide a biasing force that pushes the at least one input friction plate and the at least one output friction plate into contact with each other so that torque can be transferred from the input shaft to the output shaft via the input and output friction plates , wherein rotation of the output shaft causes the biasing force to vary; and a retainer for retaining the biasing member in operative connection with the output shaft , wherein rotation of the output shaft causes the retainer to translate axially relative to the input shaft , the axial translation causing the biasing force to vary; characterised in that the retainer is operatively connected to the output shaft such that it translates axially and rotates therewith; and by the clutch further comprising an auxiliary shaft arranged to be rotationally driven by the output shaft , wherein rotation of the auxiliary shaft relative to the output shaft causes the output shaft to translate axially relative to the auxiliary shaft and the input shaft . an input shaft for connection to a motor and being operatively connected to at least one input friction plate for rotation therewith; an output shaft for driving a winch and being operatively connected to at least one output friction plate for rotation therewith; a biasing member arranged to provide a biasing force that pushes the at least one input friction plate and the at least one output friction plate into contact with each other so that torque can be transferred from the input shaft to the output shaft via the input and output friction plates , wherein rotation of the output shaft causes the biasing force to vary; and a retainer for retaining the biasing member in operative connection with the output shaft , wherein rotation of the output shaft causes the retainer to translate axially relative to the input shaft , the axial translation causing the biasing force to vary; characterised in that the retainer is operatively connected to the output shaft such that it translates axially and rotates therewith; and by the clutch further comprising an auxiliary shaft arranged to be rotationally driven by the output shaft , wherein rotation of the auxiliary shaft relative to the output shaft causes the output shaft to translate axially relative to the auxiliary shaft and the input shaft .
A nozzle plate comprising a first surface , a second surface on the opposite side to the first surface , and a plurality of through holes which penetrate through the plate from the first surface to the second surface and become nozzles, wherein openings of the through holes in the first surface side form ejection holes , while openings of the through holes in the second surface side form internal openings , each of the through holes comprises a tapered part at the internal opening side having a cross-sectional area becoming larger towards the internal opening and, on at least the first surface side forming the side where the liquid is ejected, an inversely tapered part having a cross-sectional area becoming larger toward the ejection hole , the first surface comprises a first region and a second region which is not superimposed on the first region, a first through hole of one of the through holes is arranged in the first region, a second through hole of one of the through holes is arranged in the second region, when viewed from the first surface side, the inversely tapered part looks like a ring-shaped region on the periphery of a circular portion penetrating through the nozzle plate , with a width of the ring-shaped region being defined as width T, the width T of the first through hole is larger than the width T of the second through hole, and a thickness of the nozzle plate in the first region is thinner than a thickness of the nozzle plate in the second region.
A control device which controls a broadcast receiver , comprising: a communication interface unit configured to communicate with the broadcast receiver ; a touch display unit configured to receive a touch input; a sensor configured to sense a grip direction of the control device being held by a user; a control unit configured to: identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver. a communication interface unit configured to communicate with the broadcast receiver ; a touch display unit configured to receive a touch input; a sensor configured to sense a grip direction of the control device being held by a user; a control unit configured to: identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver. identify whether the control device is in a first control mode corresponding to a vertical grip direction or a second control mode corresponding to a horizontal grip direction based on the grip direction sensed by the sensor, control the touch display unit to display a user interface, UI, for controlling the broadcast receiver in response to identifying that the control device is in the first control mode, and control the touch display unit to display menu information received from the broadcast receiver in response to identifying that the control device is in the second control mode, the menu information being a same menu information which is currently displayed on a screen of the broadcast receiver.
Device for disposing a filtrate collected in a filtrate bag from a haemofiltration with a self-supporting container which is supported in a mobile manner on support wheels and which has a discharge device for the poured in filtrate, characterized in in that the container comprises in its upper region a shut-off inlet valve and a pressure connection , wherein the shut-off inlet valve is provided with a non-return valve and has a hose connection for a connecting hose which can be connected to the filtrate bag , an wherein the pressure connection can be connected to a vacuum source.
A liquid ejecting apparatus comprising: an ink ejecting unit that ejects ink from a nozzle; a waste liquid flow path that is a flow path of the ink sucked from the nozzle; a suction unit that performs an ink suction operation of sucking the ink from the nozzle of the ink ejecting unit selected from a plurality of the ink ejecting units via the waste liquid flow path; a cleaning unit that performs a cleaning operation of supplying cleaning liquid from a cleaning liquid storage unit that stores the cleaning liquid to the waste liquid flow path; and a control unit that controls the cleaning unit so that a supply amount of the cleaning liquid varies depending on a type of the ink sucked by the ink suction operation, when the cleaning operation is performed. an ink ejecting unit that ejects ink from a nozzle; a waste liquid flow path that is a flow path of the ink sucked from the nozzle; a suction unit that performs an ink suction operation of sucking the ink from the nozzle of the ink ejecting unit selected from a plurality of the ink ejecting units via the waste liquid flow path; a cleaning unit that performs a cleaning operation of supplying cleaning liquid from a cleaning liquid storage unit that stores the cleaning liquid to the waste liquid flow path; and a control unit that controls the cleaning unit so that a supply amount of the cleaning liquid varies depending on a type of the ink sucked by the ink suction operation, when the cleaning operation is performed.
A linear object comprising magnesium-alloy comprising: on a mass percent basis, 5.2% Y; 0.1% Zn; 0.4% Zr; 1.7% Nd; and the balance being Mg and incidental impurities, wherein the linear object comprising magnesium-alloy has a creep strain of 1.0% or less, the creep strain being determined by a creep test at a temperature of 150°C and a stress of 75 MPa for 100 hours. on a mass percent basis, 5.2% Y; 0.1% Zn; 0.4% Zr; 1.7% Nd; and the balance being Mg and incidental impurities, wherein the linear object comprising magnesium-alloy has a creep strain of 1.0% or less, the creep strain being determined by a creep test at a temperature of 150°C and a stress of 75 MPa for 100 hours.
A solar heat collector comprising: a plurality of heat collecting tubes connected in series, the heat collecting tubes each including: a heating-medium circulating tube through which a heating medium circulates; a glass tube that covers an outer peripheral surface of the heating-medium circulating tube and forms an annular space between the glass tube and the heating-medium circulating tube ; and a getter member that adsorbs a gas that exists within the annular space , characterized in that a heat collecting tube on a downstream side of the heating medium includes a larger number of the getter members than another heat collecting tube on an upstream side of the heating medium. a heating-medium circulating tube through which a heating medium circulates; a glass tube that covers an outer peripheral surface of the heating-medium circulating tube and forms an annular space between the glass tube and the heating-medium circulating tube ; and a getter member that adsorbs a gas that exists within the annular space , characterized in that a heat collecting tube on a downstream side of the heating medium includes a larger number of the getter members than another heat collecting tube on an upstream side of the heating medium.