mhurhangee/ep-ind-claims huggingface dataset:
A vehicle, in which positive static charges accumulate on a vehicle body insulated from a road surface during propulsion, wherein the vehicle comprises: a door fitted into a frame and having a window pane; a weather strip attached to the inner edges of the frame and arranged, to contact an inner edge of the door and to prevent intrusion of water into the vehicle, when the door is closed; a self-discharge device that is adapted to decrease the positive potential of the window pane at which positively charged airflow flowing along a vehicle surface deviates from the window pane during propulsion, by discharging the static electricity through the self-discharge device to produce negative ions according to the positive potential of the window pane; characterised in that the self-discharge device is located on the inner edge of the door so as not to be covered by the weather strip when the door is closed. a door fitted into a frame and having a window pane; a weather strip attached to the inner edges of the frame and arranged, to contact an inner edge of the door and to prevent intrusion of water into the vehicle, when the door is closed; a self-discharge device that is adapted to decrease the positive potential of the window pane at which positively charged airflow flowing along a vehicle surface deviates from the window pane during propulsion, by discharging the static electricity through the self-discharge device to produce negative ions according to the positive potential of the window pane; characterised in that the self-discharge device is located on the inner edge of the door so as not to be covered by the weather strip when the door is closed.
A method of controlling sidelink radio transmissions in a wireless communication network, the method comprising: a radio device receiving first sidelink control information from a further radio device; based on assistance information stored in the radio device and the received first sidelink control information, the radio device determining a configuration for transmission of second sidelink control information; based on the determined configuration for transmission of the second sidelink control information, the radio device receiving the second sidelink control information from the further radio device; and based on the received second sidelink control information, the radio device receiving a sidelink radio transmission (207, 208) from the further radio device. a radio device receiving first sidelink control information from a further radio device; based on assistance information stored in the radio device and the received first sidelink control information, the radio device determining a configuration for transmission of second sidelink control information; based on the determined configuration for transmission of the second sidelink control information, the radio device receiving the second sidelink control information from the further radio device; and based on the received second sidelink control information, the radio device receiving a sidelink radio transmission (207, 208) from the further radio device.
An integrated system for quantum computation, including: at least one semiconductor spin qubit; a feedline configured to act as an electron spin resonance, ESR, antenna for control of the at least one semiconductor spin qubit, at least one resonator (220_j), and a ground plane common to both the feedline and the at least one resonator, wherein the at least one resonator is capacitively coupled to the feedline, and configured for readout of said at least one semiconductor spin qubit via the feedline, and wherein the feedline and said at least one resonator are arranged in adjacent layers separated by at least a dielectric. at least one semiconductor spin qubit; a feedline configured to act as an electron spin resonance, ESR, antenna for control of the at least one semiconductor spin qubit, at least one resonator (220_j), and a ground plane common to both the feedline and the at least one resonator, wherein the at least one resonator is capacitively coupled to the feedline, and configured for readout of said at least one semiconductor spin qubit via the feedline, and wherein the feedline and said at least one resonator are arranged in adjacent layers separated by at least a dielectric.
A gut microbe or culture for use in the prevention or treatment of obesity by lowering fatty acid concentration in the gut fluid contents of a mammalian gastrointestinal tract, wherein said gut microbe or culture is selected from the group consisting of Lactobacillus plantarum JBD302 (KCTC 12918BP), Lactobacillus paracasei JBD305 (KCTC 12921BP) and Lactobacillus fermentum JBD309 (KCTC 12925BP).
Water-using household appliance, in particular a dishwasher, comprising a cleaning container that provides a cleaning chamber and is intended for receiving items to be cleaned, a loading device for loading items to be cleaned with cleaning solution, and a heat pump device for heating cleaning solution, the heat pump device having a condenser and a collector (15, 21), the condenser having two tubes (19, 20) which are arranged coaxially with one another so as to leave an annular gap, the inner tube surrounded by the annular gap being supplied with cleaning solution, and the annular gap provided by the outer tube being supplied with refrigerant, characterised in that the condenser and the collector (15, 21) are combined with one another to form one component, the outer tube having a portion which extends in the tube longitudinal direction and has an inner diameter which is enlarged compared with the rest of the inner diameter, or which is provided with at least one radial bulge that extends in the tube longitudinal direction.
An energy-saving method, characterized by comprising: receiving, by a baseband subsystem, a downlink subframe that is scheduled by a layer 2; performing, by the baseband subsystem, baseband processing on the downlink subframe; judging, by the baseband subsystem, whether an Orthogonal Frequency Division Multiplex, OFDM, symbol in the downlink subframe carries actual content; shutting down or decreasing, by the baseband subsystem or by an intermediate-frequency radio-frequency subsystem, power of a transmitting channel corresponding to the OFDM symbol when judging that no actual content is carried on the OFDM symbol in the downlink subframe; wherein the actual content comprises one or multiple items in the following: service data, pilot data and channel data. receiving, by a baseband subsystem, a downlink subframe that is scheduled by a layer 2; performing, by the baseband subsystem, baseband processing on the downlink subframe; judging, by the baseband subsystem, whether an Orthogonal Frequency Division Multiplex, OFDM, symbol in the downlink subframe carries actual content; shutting down or decreasing, by the baseband subsystem or by an intermediate-frequency radio-frequency subsystem, power of a transmitting channel corresponding to the OFDM symbol when judging that no actual content is carried on the OFDM symbol in the downlink subframe; wherein the actual content comprises one or multiple items in the following: service data, pilot data and channel data. service data, pilot data and channel data.
A customizable ablutionary shower system for washing comprising a main body part, a water outlet for delivering water for washing and an accessory connector integral with the main body part or connected to the main body part by a conduit, the main body part having a water inlet arranged to receive a supply of water, the main body part including a mixer valve to control the temperature of water at the water outlet by mixing the hot and cold water supplies, wherein the accessory connector includes a water transfer port and the main body part is adapted to provide a supply of water to the water transfer port of the accessory connector, wherein the system includes at least two, different accessory parts (8,8',8") each having different functionality, the water transfer port of the accessory connector is adapted to removably receive one of the at least two, different accessory parts such that the functionality of the ablutionary system can be customized by connecting the accessory part that has the desired functionality to the water transfer port of the accessory connector, characterised in that, when installed, a user of the system can alter the number of outlets of the system by selecting a different accessory part and removing and replacing the accessory part connected to the water transfer port of the accessory connector with the selected different accessory part or can alter the number of accessory parts by selecting a further accessory part and connecting the selected further accessory part to the accessory part connected to the water transfer port of the accessory connector.
An unmanned aerial vehicle, comprising: a direct current /DC converter configured to receive high voltage DC over a tether connected to the UAV and provide converted high voltage DC to a high power bus on the UAV, the high power bus providing the converted high voltage DC to one or more motors on the UAV, wherein the converted high voltage DC has a voltage lower than the high voltage DC; a battery configured to provide a lower voltage DC to a low power bus, the lower voltage DC having a voltage lower than the converted high voltage DC; and a power management circuit configured to monitor power available from the DC/DC converter and the battery and selectively provide the power available from the DC/DC converter and/or the battery to the one or more motors on the UAV. a direct current /DC converter configured to receive high voltage DC over a tether connected to the UAV and provide converted high voltage DC to a high power bus on the UAV, the high power bus providing the converted high voltage DC to one or more motors on the UAV, wherein the converted high voltage DC has a voltage lower than the high voltage DC; a battery configured to provide a lower voltage DC to a low power bus, the lower voltage DC having a voltage lower than the converted high voltage DC; and a power management circuit configured to monitor power available from the DC/DC converter and the battery and selectively provide the power available from the DC/DC converter and/or the battery to the one or more motors on the UAV.
A qubit cell comprising: a first phase qubit (12, 110) comprising a first Josephson junction embedded in a first superconducting loop; a second phase qubit (14, 120) comprising a second Josephson junction embedded in a second superconducting loop; and a common bias circuit configured to provide a first bias to the first phase qubit (12, 110) and a second bias to the second phase qubit, such that a change in bias experienced by the first phase qubit (12, 110) is mirrored by an equal and opposite change in bias provided to the second phase qubit (14, 120). a first phase qubit (12, 110) comprising a first Josephson junction embedded in a first superconducting loop; a second phase qubit (14, 120) comprising a second Josephson junction embedded in a second superconducting loop; and a common bias circuit configured to provide a first bias to the first phase qubit (12, 110) and a second bias to the second phase qubit, such that a change in bias experienced by the first phase qubit (12, 110) is mirrored by an equal and opposite change in bias provided to the second phase qubit (14, 120).
A resampling device, comprising an input buffer for storing input data, an output buffer for storing output data, and a processing block for resampling the input data at a resampling ratio to obtain the output data, the processing block being connected to the input buffer and the output buffer, the processing block further comprising an interpolator provided with a polynomial evaluator, wherein said input buffer is arranged to temporally store a plurality of incoming input data samples and to provide a input buffer fill level and said output buffer is arranged to temporally store a plurality of output data samples and to provide an output buffer fill level; wherein the processing block further comprises an adjuster connected to the interpolator, said adjuster being arranged to continuously adjust the resampling ratio on basis of the output buffer fill level and the input buffer fill level.
An electrocardiograph sensor mat, the mat comprising a multitude of electrodes for acquiring cardiac signals and a plug, wherein the electrodes are connected to the plug by electric wires, wherein the wires are segmented by mechanical switches, wherein the mechanical switches are switchable between a closed state and an open state, wherein in the closed state the electrodes are electrically connected to the plug and wherein in the open state the electrodes are electrically isolated from the plug and wherein the mechanical switches comprise removable conducting elements, wherein the elements are fixed to a removable layer, wherein the mechanical switches are adapted for being switched from the closed state to the open state upon a movement of the layer, characterised in that the layer is fixable to the mat by fastening means, wherein the fastening means comprise patent fasteners.
An engine driven welding machine in which a welding generator is driven by an engine, and said engine performs an idle operation when a welding operation is stopped, comprising: an engine stop signal forming circuit which forms a stop signal for stopping an operation of said engine when a time of said idle operation exceeds a predetermined time; a direct-current power supply connected to an output terminal of said welding machine; voltage detecting means which detects a voltage change of said output terminal; a restart detecting circuit which forms a restart signal for restarting said engine when the detected voltage by said voltage detecting means shows a predetermined change mode for starting the welding operation; an engine control circuit which stops said engine in response to said stop signal, and restarts said engine in response to said restart signal; and characterized in that the restart detecting power supply is connected to a battery through an insulating DC/DC converter, which forms predetermined voltage output, insulated from said battery, to supply power to said restart detecting circuit, and in that said restart detecting circuit forms said restart signal when said detected voltage shows the change mode corresponding to repetition of short-circuit and opening of said output terminals a predetermined times. an engine stop signal forming circuit which forms a stop signal for stopping an operation of said engine when a time of said idle operation exceeds a predetermined time; a direct-current power supply connected to an output terminal of said welding machine; voltage detecting means which detects a voltage change of said output terminal; a restart detecting circuit which forms a restart signal for restarting said engine when the detected voltage by said voltage detecting means shows a predetermined change mode for starting the welding operation; an engine control circuit which stops said engine in response to said stop signal, and restarts said engine in response to said restart signal; and characterized in that the restart detecting power supply is connected to a battery through an insulating DC/DC converter, which forms predetermined voltage output, insulated from said battery, to supply power to said restart detecting circuit, and in that said restart detecting circuit forms said restart signal when said detected voltage shows the change mode corresponding to repetition of short-circuit and opening of said output terminals a predetermined times.
A method of controlling data transmission from a transmitting unit to a receiving unit, through an asynchronous serial link, the method comprising the following steps, performed by a controlling unit: - sequentially receiving synchronization messages and data messages from the transmitting unit, - sequentially parsing the messages received, and - when a message parsed is a synchronization message, waiting until an event associated with the synchronization message occurs to relay data messages following said synchronization message to the receiving unit; characterized in that the event is the expiration of a timer defined in the synchronization message. - sequentially receiving synchronization messages and data messages from the transmitting unit, - sequentially parsing the messages received, and - when a message parsed is a synchronization message, waiting until an event associated with the synchronization message occurs to relay data messages following said synchronization message to the receiving unit;
A polyisocyanate composition wherein the polyisocyanate composition is obtained from: a polyisocyanate obtained from at least one diisocyanate selected from the group consisting of an aliphatic diisocyanate and an alicyclic diisocyanate; a polycarbonate diol; and a hydrophilic compound, wherein the hydrophilic compound can react with one isocyanate group per molecule thereof, and wherein the polyisocyanate composition comprises a diisocyanate trimer having an unreacted isocyanurate group in an amount of 10 mass% or more and 60 mass% or less based on a solid content of the polyisocyanate composition. wherein the polyisocyanate composition is obtained from: a polyisocyanate obtained from at least one diisocyanate selected from the group consisting of an aliphatic diisocyanate and an alicyclic diisocyanate; a polycarbonate diol; and a hydrophilic compound, a polyisocyanate obtained from at least one diisocyanate selected from the group consisting of an aliphatic diisocyanate and an alicyclic diisocyanate; a polycarbonate diol; and a hydrophilic compound, wherein the hydrophilic compound can react with one isocyanate group per molecule thereof, and wherein the polyisocyanate composition comprises a diisocyanate trimer having an unreacted isocyanurate group in an amount of 10 mass% or more and 60 mass% or less based on a solid content of the polyisocyanate composition.
A drive assist control apparatus that is configured to control steering of a vehicle in accordance with a sum of a first angle command value and a second angle command value, which is a target value for a rotation angle of a rotating shaft of a steering mechanism, the drive assist control apparatus comprising: a first calculation unit that is configured to calculate the first angle command value for a drive assist; a second calculation unit that is configured to calculate the second angle command value based on a steering torque; characterized by a distribution ratio calculation unit that is configured to calculate a distribution ratio that is a proportion of the first angle command value in the sum of the first angle command value and the second angle command value; a determination unit that is configured to multiply a lateral acceleration of the vehicle by the distribution ratio to determine the lateral acceleration related to the first angle command value and to determine whether or not the lateral acceleration related to the first angle command value needs to be reduced; and a correction unit that is configured to progressively reduce the first angle command value in accordance with a determination result from the determination unit; wherein the correction unit is configured to correct the first angle command value when the determination result indicates that the lateral acceleration related to the first angle command value needs to be reduced, and to not correct the first angle command value when the determination result indicates that the lateral acceleration related to the first angle command value need not be reduced. a first calculation unit that is configured to calculate the first angle command value for a drive assist; a second calculation unit that is configured to calculate the second angle command value based on a steering torque; characterized by a distribution ratio calculation unit that is configured to calculate a distribution ratio that is a proportion of the first angle command value in the sum of the first angle command value and the second angle command value; a determination unit that is configured to multiply a lateral acceleration of the vehicle by the distribution ratio to determine the lateral acceleration related to the first angle command value and to determine whether or not the lateral acceleration related to the first angle command value needs to be reduced; and a correction unit that is configured to progressively reduce the first angle command value in accordance with a determination result from the determination unit; wherein the correction unit is configured to correct the first angle command value when the determination result indicates that the lateral acceleration related to the first angle command value needs to be reduced, and to not correct the first angle command value when the determination result indicates that the lateral acceleration related to the first angle command value need not be reduced.
A casting core for manufacturing a gas turbine engine airfoil, the casting core comprising: a first row of core flow defining structure gaps for forming a first row of flow defining structures in a cast component, each structure gap comprising an airfoil shape, wherein in the cast component, adjacent first row flow defining structures form respective first segments of respective cooling channels; and a second row of core flow defining structure gaps for forming a second row of flow defining structures in the cast component, each structure gap comprising an airfoil shape, wherein in the cast component, adjacent second row flow defining structures form respective second segments of the respective cooling channels; wherein in the cast component, an axial extension of an outlet of each respective first segment aligns with an inlet of the respective second segment to define the respective cooling channel, each cooling channel comprising a serpentine flow axis, characterised in that: core turbulator features are arranged to form a successive stream of turbulators along respective serpentine flow axes of the cooling channels of the cast component. a first row of core flow defining structure gaps for forming a first row of flow defining structures in a cast component, each structure gap comprising an airfoil shape, wherein in the cast component, adjacent first row flow defining structures form respective first segments of respective cooling channels; and a second row of core flow defining structure gaps for forming a second row of flow defining structures in the cast component, each structure gap comprising an airfoil shape, wherein in the cast component, adjacent second row flow defining structures form respective second segments of the respective cooling channels; wherein in the cast component, an axial extension of an outlet of each respective first segment aligns with an inlet of the respective second segment to define the respective cooling channel, each cooling channel comprising a serpentine flow axis, characterised in that: core turbulator features are arranged to form a successive stream of turbulators along respective serpentine flow axes of the cooling channels of the cast component.