mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, comprising: an aiding sensor; at least one transceiver configured to: receive from a base station, BS at least one synchronization signal block, SSB, during a downlink SSB transmit period, wherein the at least one SSB is modulated using a downlink carrier wave; a memory system configured to store data, instructions, or a combination thereof; and a processing system coupled to the memory system and configured to: measure, during the downlink SSB transmit period, a first carrier phase associated with the downlink carrier wave; track relative movement of the UE during an uplink period subsequent to the downlink SSB transmit period based on signals received from the aiding sensor; estimate, during the uplink period, an integer ambiguity, IA, change based on the relative movement; measure, during a later downlink SSB transmit period subsequent to the uplink period, a second carrier phase based on the measured first carrier phase and the estimated IA change; and set a second IA based on a first IA and the IA change. an aiding sensor; at least one transceiver configured to: receive from a base station, BS at least one synchronization signal block, SSB, during a downlink SSB transmit period, wherein the at least one SSB is modulated using a downlink carrier wave; a memory system configured to store data, instructions, or a combination thereof; and a processing system coupled to the memory system and configured to: measure, during the downlink SSB transmit period, a first carrier phase associated with the downlink carrier wave; track relative movement of the UE during an uplink period subsequent to the downlink SSB transmit period based on signals received from the aiding sensor; estimate, during the uplink period, an integer ambiguity, IA, change based on the relative movement; measure, during a later downlink SSB transmit period subsequent to the uplink period, a second carrier phase based on the measured first carrier phase and the estimated IA change; and set a second IA based on a first IA and the IA change. measure, during the downlink SSB transmit period, a first carrier phase associated with the downlink carrier wave; track relative movement of the UE during an uplink period subsequent to the downlink SSB transmit period based on signals received from the aiding sensor; estimate, during the uplink period, an integer ambiguity, IA, change based on the relative movement; measure, during a later downlink SSB transmit period subsequent to the uplink period, a second carrier phase based on the measured first carrier phase and the estimated IA change; and set a second IA based on a first IA and the IA change.
A thermally sprayed, gas-tight protective layer for metallic substrates, in particular those on the basis of Fe, Ni, Al, Mg and/or Ti, the protective layer being applied to the metallic substrate by flame spraying, high-velocity oxy-fuel spraying (HVOF) or plasma spraying, and the spray powder therefor comprising at least two components, the first of which is a silicate mineral or rock, and the second of which is a metal powder and/or a further silicate mineral or rock, characterised in that the portion of silicate mineral or rock in the spray powder has an alkali content of less than 6 per cent by weight, that the grain size of the at least one silicate component of the spray powder is selected such that the coefficient of thermal expansion of the protective layer is adapted to the substrate by the partial devitrification of the protective layer when same is applied, and that the thermal conductivity of the protective layer is between 0.8 and 5 W/mK.
A discharge device for battery for a measurement of an electrical condition of the battery, the discharge device being adapted to discharge the battery, comprising: - a discharger comprising a discharge circuit in which a load resistor and a switch are connected in series between a positive electrode of the battery and a negative electrode thereof; and - a controller that is adapted to control an open/close operation of the switch, wherein the controller comprises: - a voltage measurer that is adapted to measure a voltage between the positive electrode of the battery and the negative electrode thereof; and - a current measurer that is adapted to measure a current flowing from the battery; characterized in that, based on the voltage measured by the voltage measurer, the controller is adapted to adjust a discharge current by adjusting a resistance value of the load resistor in the discharger when the internal mass transfer resistance of the battery is dominant in the internal resistance of the battery, so as to make the polarization voltage value of the battery greater than η 0, and a constant current to flow to the battery greater than i 0, wherein the values n0 and i0 define a starting point of a nonlinear relationship such that the internal resistance reaches a stage of depending on a mass transfer rate. - a discharger comprising a discharge circuit in which a load resistor and a switch are connected in series between a positive electrode of the battery and a negative electrode thereof; and - a controller that is adapted to control an open/close operation of the switch, - a voltage measurer that is adapted to measure a voltage between the positive electrode of the battery and the negative electrode thereof; and - a current measurer that is adapted to measure a current flowing from the battery;
Method for adjusting a charging pressure in an internal combustion engine having a pressure-wave supercharger, wherein the pressure-wave supercharger has a cell rotor, which passes through at least two compression cycles per revolution, wherein a valve, by means of which the high-pressure exhaust-gas flow can be opened or closed, or by means of which the gas quantity flowing through the high pressure exhaust-gas flow can be regulated, is arranged in at least one of the compression cycles, wherein a high-pressure exhaust-gas flow is divided into a first and a second high-pressure exhaust-gas partial flow (4d, 4e), wherein a fresh-air flow and the first high-pressure exhaust-gas partial flow are fed to the cell rotor and a first compressed fresh-air flow and a low-pressure exhaust-gas flow are led away from the cell rotor in the first compression cycle, and wherein the fresh-air flow and the second high-pressure exhaust-gas partial flow are fed to the cell rotor and a second compressed fresh-air flow, wherein a check valve is arranged in the second charging-air subduct to avoid the charging air flowing back into the cell rotor, and the low-pressure exhaust-gas flow are led away from the cell rotor in the second compression cycle, wherein the first and the second compressed fresh-air flow (3c, 3d) are combined into a charging air, and wherein the charging air is fed to the internal combustion engine, characterized in that the quantities of the first and of the second high-pressure exhaust-gas partial flow (4d, 4e) are controlled independently of one another, and the quantity of the charging air is controlled in this way, wherein the pressure-wave supercharger is operated in a first operating state, in which the first high-pressure exhaust-gas partial flow is fed to the cell rotor during the first compression cycle and no second high-pressure exhaust-gas partial flow is fed to the cell rotor during the second compression cycle, wherein the pressure-wave supercharger is operated in a second operating state, in which it is the case both that the first high-pressure exhaust-gas partial flow is fed to the cell rotor during the first compression cycle and that the second high-pressure exhaust-gas partial flow is fed to the cell rotor during the second compression cycle, and in that a switch is made between the first and the second operating state (L1, L2), depending on a measured operating state value and a predetermined setpoint switchover value.
Cooking device for cooking food, with a cooking space for receiving the food, a steam generator for supplying steam into the cooking space, an opening in the cooking space for enabling an escape of steam out of the cooking space, a hollow body which is connected to the cooking space via the opening for receiving the steam coming out of the cooking space, an exhaust shaft and with an opening in the exhaust shaft, via which the exhaust shaft is connected to the hollow body, such that the hollow body connects the cooking space with the exhaust shaft, characterized in that the cooking device furthermore comprises a radial fan for generating a counter air pressure at the opening of the exhaust shaft connected to the hollow body, a sensor for measuring a parameter of steam escaping the cooking space through the opening or with a sensor for measuring a parameter of steam inside the cooking space, a controller for controlling a steam supply into the cooking space depending on the measured parameter, wherein the controller is adapted to lower the steam supply when the measured parameter exceeds a threshold value, and wherein the radial fan is operated at least during the lowered steam supply for generating a static counter air pressure with respect to the gas inside the hollow space.
A method of wireless communication, comprising: receiving an indication of a power adjustment mode indicating a stage in the uplink physical channel processing at which power adjustment is applied for an uplink multiple-input multiple-output, MIMO transmission; and adjusting power of the uplink MIMO transmission according to the received power adjustment mode. receiving an indication of a power adjustment mode indicating a stage in the uplink physical channel processing at which power adjustment is applied for an uplink multiple-input multiple-output, MIMO transmission; and adjusting power of the uplink MIMO transmission according to the received power adjustment mode.
A specimen retrieval apparatus comprising: an elongated tubular member defining a lumen therethrough, the elongated tubular member having an end effector assembly disposed at a distal end thereof, the end effector assembly including: a shaft defining a longitudinal axis, the shaft including a lumen extending therethrough, the lumen of the shaft being in fluid communication with the lumen of the elongated tubular member; a suction member disposed at a distal end of the shaft and in communication with the lumen of the shaft, the suction member configured to retain a tissue specimen thereon; a sleeve disposed about the shaft, the sleeve being movable with respect to the shaft from a proximal position to a distal position; and a specimen retrieval bag coupled to the sleeve, the bag being deployable from an undeployed position to an extended position wherein the bag is deployed over the tissue specimen; characterized in that: the specimen retrieval bag, in the undeployed position, is disposed about the outer surface of the sleeve. a shaft defining a longitudinal axis, the shaft including a lumen extending therethrough, the lumen of the shaft being in fluid communication with the lumen of the elongated tubular member; a suction member disposed at a distal end of the shaft and in communication with the lumen of the shaft, the suction member configured to retain a tissue specimen thereon; a sleeve disposed about the shaft, the sleeve being movable with respect to the shaft from a proximal position to a distal position; and a specimen retrieval bag coupled to the sleeve, the bag being deployable from an undeployed position to an extended position wherein the bag is deployed over the tissue specimen;
A method of radiation treatment planning comprising: determining, by one or more processors, an estimate of radiation dose distribution within an anatomical region of a patient; and determining, by the one or more processors using the estimate of radiation dose distribution, a cost matrix representing an objective function defined in terms of the estimate of radiation dose distribution and patient specific data; characterized by: projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path. determining, by one or more processors, an estimate of radiation dose distribution within an anatomical region of a patient; and determining, by the one or more processors using the estimate of radiation dose distribution, a cost matrix representing an objective function defined in terms of the estimate of radiation dose distribution and patient specific data; characterized by: projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path. projecting, by the one or more processors, the cost matrix on each of a plurality of fluence planes, each of the plurality of fluence planes associated with a corresponding gantry-couch orientation of a plurality of gantry-couch orientations of a medical linear accelerator device; and determining, using projections of the cost matrix on each of the plurality of fluence planes, a sequence of gantry-couch orientations among the plurality of gantry-couch orientations representing a treatment path.
A method performed by a wireless access node (102 1, 102 2), the method comprising: determining one or more transport block formats to be utilized for transmitting device-related information (205, 209) on a common downlink, DL, channel to a wireless device (104 2), further characterized by the one or more transport block formats requiring a number of repeated transmissions of the device-related information on the common DL channel to meet a measure of a current radio environment of the wireless device.
A hairnet formed of a knitted fabric, the knitted fabric comprising parallel lines of stitches connected by pairs of transverse threads that are diagonally crossed, wherein the density of threads in said parallel lines of stitches is greater than the density of said transverse threads.
A touch coordinate predicting method for a mobile terminal comprising a display unit, the method comprising: detecting a touch movement on the display unit; displaying, delayed with respect to the detecting of the touch movement, a touch output comprising touch coordinates corresponding to the touch movement; calculating a speed component and an acceleration component of the touch movement based on a touch coordinate change due to the touch movement; amplifying the calculated speed component and acceleration component with different amplification ratios according to a type of an application being currently displayed, wherein the type of an application is defined by the extent of a direction change of a touch movement; calculating a touch coordinate predictive value by adding the amplified speed component and acceleration component to the last touch coordinate of the touch output; and displaying the calculated touch coordinate predictive value together with the touch coordinates of the touch output. detecting a touch movement on the display unit; displaying, delayed with respect to the detecting of the touch movement, a touch output comprising touch coordinates corresponding to the touch movement; calculating a speed component and an acceleration component of the touch movement based on a touch coordinate change due to the touch movement; amplifying the calculated speed component and acceleration component with different amplification ratios according to a type of an application being currently displayed, wherein the type of an application is defined by the extent of a direction change of a touch movement; calculating a touch coordinate predictive value by adding the amplified speed component and acceleration component to the last touch coordinate of the touch output; and displaying the calculated touch coordinate predictive value together with the touch coordinates of the touch output.
A compressed sensing method for compressed sensing a signal K-sparse in the frequency domain, the spectrum of the signal having a support comprising a plurality ( N b) of bands, characterized in that: - the signal is projected onto a plurality N Ω of waveforms succeeding one another at a bandpass sampling rate of the signal f Ω = λ (Ω) where Ω is the spectral support of the signal and λ (.) is the Lebesgue measure, to produce a plurality N Ω of projection values, the waveforms belonging to a dictionary, the parameters of the waveforms depending upon the characteristics of the bands of the signal; - the projection values are non-uniformly sampled in time, M < N Ω projection values being selected at random among N Ω projection values, to provide a compressed representation of the signal. - the signal is projected onto a plurality N Ω of waveforms succeeding one another at a bandpass sampling rate of the signal f Ω = λ (Ω) where Ω is the spectral support of the signal and λ (.) is the Lebesgue measure, to produce a plurality N Ω of projection values, the waveforms belonging to a dictionary, the parameters of the waveforms depending upon the characteristics of the bands of the signal; - the projection values are non-uniformly sampled in time, M < N Ω projection values being selected at random among N Ω projection values, to provide a compressed representation of the signal.
A cleaning implement holder, comprising: a surface for contacting a cleaning implement; wherein the surface comprises an antibacterial chemical and is configured such that upon a moist cleaning implement being placed on the surface at least some of the antibacterial chemical can be transferred from the surface to the cleaning implement to thereby help retard bacterial growth on the cleaning implement; characterized in that the holder is in a form of a dish or coaster and has an upper portion comprising a compressed antibacterial chemical, which is sodium chloride.
A projector device comprising: a projecting unit configured to project a projection image onto a projection surface; a receiving unit configured to receive information transmitted from a pointer operating on the projection surface, the information including unique identification information of the pointer and first operation direction information indicating an operation direction of the pointer; a photographing unit configured to photograph the projection surface; a generating unit configured to generate second operation direction information indicating an operation direction of the pointer operating the projection surface from multiple photographed images taken by the photographing unit; an associating unit configured to associate the second operation direction information matching with the first operation direction information with the unique identification information; an operation-information generating unit configured to generate operation information including the associated unique identification information and second operation direction information; and a transmitting unit configured to transmit the generated operation information to a controlled device. a projecting unit configured to project a projection image onto a projection surface; a receiving unit configured to receive information transmitted from a pointer operating on the projection surface, the information including unique identification information of the pointer and first operation direction information indicating an operation direction of the pointer; a photographing unit configured to photograph the projection surface; a generating unit configured to generate second operation direction information indicating an operation direction of the pointer operating the projection surface from multiple photographed images taken by the photographing unit; an associating unit configured to associate the second operation direction information matching with the first operation direction information with the unique identification information; an operation-information generating unit configured to generate operation information including the associated unique identification information and second operation direction information; and a transmitting unit configured to transmit the generated operation information to a controlled device.
A process for producing taurine from alkali taurinate or a mixture of alkali taurinate, alkali ditaurinate, and alkali tritaurinate, comprising: (a) adding ammonium isethionate to a solution of alkali taurinate or a mixture of alkali taurinate, alkali ditaurinate, and alkali tritaurinate to yield alkali isethionate and ammonium taurinate; (b) decomposing ammonium taurinate by heating and removing ammonia to yield taurine; (c) separating taurine by means of solid-liquid separation. (a) adding ammonium isethionate to a solution of alkali taurinate or a mixture of alkali taurinate, alkali ditaurinate, and alkali tritaurinate to yield alkali isethionate and ammonium taurinate; (b) decomposing ammonium taurinate by heating and removing ammonia to yield taurine; (c) separating taurine by means of solid-liquid separation.
An electrical contactor comprising: a first terminal having a fixed member with at least one fixed electrical contact; a second terminal; at least one movable electrical contact in electrical communication with the second terminal; and an actuator for moving the at least one movable contact, wherein the actuator is a DC dual-coil actuator having a first drive coil and a second non-drive coil; characterised in that the DC dual-coil actuator is drivable by DC energising only the first drive coil with a first polarity to close the movable and fixed electrical contacts (50, 32), and the DC dual-coil actuator is drivable by DC energising only the first drive coil with a reverse polarity to open the movable and fixed electrical contacts (50, 32), the second non-drive coil being feedback connected to induce a reverse flux relative to the polarity (P1, P2) of the DC energisation of the first drive coil so as to temper and stabilise a nett flux, thereby enabling control of a delay time of the opening and closing electrical contacts. a first terminal having a fixed member with at least one fixed electrical contact; a second terminal; at least one movable electrical contact in electrical communication with the second terminal; and an actuator for moving the at least one movable contact, wherein the actuator is a DC dual-coil actuator having a first drive coil and a second non-drive coil; characterised in that the DC dual-coil actuator is drivable by DC energising only the first drive coil with a first polarity to close the movable and fixed electrical contacts (50, 32), and the DC dual-coil actuator is drivable by DC energising only the first drive coil with a reverse polarity to open the movable and fixed electrical contacts (50, 32), the second non-drive coil being feedback connected to induce a reverse flux relative to the polarity (P1, P2) of the DC energisation of the first drive coil so as to temper and stabilise a nett flux, thereby enabling control of a delay time of the opening and closing electrical contacts.