mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a first wireless device (110, 3340) from a base station, a radio resource control, RRC, message comprising a list of sidelink configurations for sidelink communications, wherein each of the sidelink configurations comprises a communication range threshold for sidelink transmissions; and transmitting, by the first wireless device to one or more second wireless devices (3320, 3330), sidelink control information, SCI, comprising: a first index, in the list of the sidelink configurations, indicating one of the communication range thresholds for receiving HARQ feedback of the sidelink transmissions; and a zone identifier indicating a geographic location of the first wireless device for receiving the HARQ feedback. receiving, by a first wireless device (110, 3340) from a base station, a radio resource control, RRC, message comprising a list of sidelink configurations for sidelink communications, wherein each of the sidelink configurations comprises a communication range threshold for sidelink transmissions; and transmitting, by the first wireless device to one or more second wireless devices (3320, 3330), sidelink control information, SCI, comprising: a first index, in the list of the sidelink configurations, indicating one of the communication range thresholds for receiving HARQ feedback of the sidelink transmissions; and a zone identifier indicating a geographic location of the first wireless device for receiving the HARQ feedback. a first index, in the list of the sidelink configurations, indicating one of the communication range thresholds for receiving HARQ feedback of the sidelink transmissions; and a zone identifier indicating a geographic location of the first wireless device for receiving the HARQ feedback.
A flexible display device, comprising: a flexible display panel; a flexible battery arranged at a side of the flexible display panel away from a light emitting surface; a heat dissipation assembly comprising a first heat dissipation sheet, the first heat dissipation sheet being arranged at a side of the flexible battery facing toward or away from the flexible display panel, and the first heat dissipation sheet having a bendable area, wherein the bendable area of the first heat dissipation sheet has a through structure in a thickness direction, the first heat dissipation sheet comprises a plurality of heat dissipation bars arranged in parallel in the bendable area, any two adjacent heat dissipation bars have an interval therebetween, and the interval forms the through structure, and at least one first protruding portion is provided on at least one long side of each of the plurality of heat dissipation bars and faces an adjacent heat dissipation bar. a flexible display panel; a flexible battery arranged at a side of the flexible display panel away from a light emitting surface; a heat dissipation assembly comprising a first heat dissipation sheet, the first heat dissipation sheet being arranged at a side of the flexible battery facing toward or away from the flexible display panel, and the first heat dissipation sheet having a bendable area, wherein the bendable area of the first heat dissipation sheet has a through structure in a thickness direction, the first heat dissipation sheet comprises a plurality of heat dissipation bars arranged in parallel in the bendable area, any two adjacent heat dissipation bars have an interval therebetween, and the interval forms the through structure, and at least one first protruding portion is provided on at least one long side of each of the plurality of heat dissipation bars and faces an adjacent heat dissipation bar.
A method of forming a phase change switching device, the method comprising: providing a substrate; forming first and second RF terminals on the substrate; forming a strip of phase change material on the substrate that is connected between the first and second RF terminals; forming a heating element adjacent to the strip of phase change material such that the heating element is configured to control a conductive state of the strip of phase change material, wherein the first and second RF terminals and the heating element are formed by a lithography process that self-aligns the heating element with the first and second RF terminals; wherein the lithography process is characterized in that it comprises the following steps: forming a region of electrically insulating material on the substrate; forming a first trench and a second trench in the region of electrically insulating material; forming the first and second RF terminals in the first and second trenches, respectively; forming a third trench in the region of electrically insulating material; and forming the heating element in the third trench. providing a substrate; forming first and second RF terminals on the substrate; forming a strip of phase change material on the substrate that is connected between the first and second RF terminals; forming a heating element adjacent to the strip of phase change material such that the heating element is configured to control a conductive state of the strip of phase change material, wherein the first and second RF terminals and the heating element are formed by a lithography process that self-aligns the heating element with the first and second RF terminals; wherein the lithography process is characterized in that it comprises the following steps: forming a region of electrically insulating material on the substrate; forming a first trench and a second trench in the region of electrically insulating material; forming the first and second RF terminals in the first and second trenches, respectively; forming a third trench in the region of electrically insulating material; and forming the heating element in the third trench. forming a region of electrically insulating material on the substrate; forming a first trench and a second trench in the region of electrically insulating material; forming the first and second RF terminals in the first and second trenches, respectively; forming a third trench in the region of electrically insulating material; and forming the heating element in the third trench.
A method for estimating a surface temperature of a portable device, comprising: detecting an internal temperature of the portable device; and estimating the surface temperature using the internal temperature and an ambient temperature as input to a circuit model that describes thermal behaviors of the portable device; characterized in that the circuit model includes a plurality of thermal capacitors, a plurality of thermal resistors, a first voltage source representing the internal temperature, and a first node representing the surface temperature, wherein the method further comprises detecting one or more additional internal temperatures of the portable device, wherein in the circuit model, the one or more additional internal temperatures are represented by one or more additional voltage sources, wherein the first voltage source and the one or more additional voltage sources are located in different branches of a laddered RC circuit, respectively, and wherein the different branches of the laddered RC circuit are all connected to one and the same second node of the laddered RC circuit representing a temperature which is larger than the surface temperature and the ambient temperature, respectively, and smaller than the internal temperature and the one or more additional internal temperatures, respectively. detecting an internal temperature of the portable device; and estimating the surface temperature using the internal temperature and an ambient temperature as input to a circuit model that describes thermal behaviors of the portable device; characterized in that the circuit model includes a plurality of thermal capacitors, a plurality of thermal resistors, a first voltage source representing the internal temperature, and a first node representing the surface temperature, wherein the method further comprises detecting one or more additional internal temperatures of the portable device, wherein in the circuit model, the one or more additional internal temperatures are represented by one or more additional voltage sources, wherein the first voltage source and the one or more additional voltage sources are located in different branches of a laddered RC circuit, respectively, and wherein the different branches of the laddered RC circuit are all connected to one and the same second node of the laddered RC circuit representing a temperature which is larger than the surface temperature and the ambient temperature, respectively, and smaller than the internal temperature and the one or more additional internal temperatures, respectively.
An offshore support system for use with a wind turbine, said offshore support system comprising: a damper (102,302) adapted to be coupled to a wind turbine tower to facilitate reducing movement of the wind turbine in at least one direction, said damper (102, 302) comprising: a damper body (108, 192) comprising an outer surface that circumscribes a wind turbine tower; and a plurality of floats coupled to said outer surface, said plurality of floats being oriented circumferentially about said damper body (108, 192); and a counter-balance system coupled to said damper for suspending at least a portion of the wind turbine above a water surface, said counter-balance system configured to stabilize the wind turbine when subjected to wind and tidal forces. a damper (102,302) adapted to be coupled to a wind turbine tower to facilitate reducing movement of the wind turbine in at least one direction, said damper (102, 302) comprising: a damper body (108, 192) comprising an outer surface that circumscribes a wind turbine tower; and a plurality of floats coupled to said outer surface, said plurality of floats being oriented circumferentially about said damper body (108, 192); and a damper body (108, 192) comprising an outer surface that circumscribes a wind turbine tower; and a plurality of floats coupled to said outer surface, said plurality of floats being oriented circumferentially about said damper body (108, 192); and a counter-balance system coupled to said damper for suspending at least a portion of the wind turbine above a water surface, said counter-balance system configured to stabilize the wind turbine when subjected to wind and tidal forces.
A vehicle crash detection device, comprising: a case for accommodating an electric device, wherein the case has gaskets provided on a circumference of the case, a conductor provided in the gasket so as to be electrically insulated from the case, and detection means for determining an electric conductive state of the conductor to thereby detect a crash, characterized by the vehicle crash detection device further comprising a reference voltage source for applying a middle potential of a reference voltage to the conductor, wherein the case is grounded, and the detection means detects a crash when a voltage of the conductor is identical to a ground voltage or the reference voltage. a case for accommodating an electric device, wherein the case has gaskets provided on a circumference of the case, a conductor provided in the gasket so as to be electrically insulated from the case, and detection means for determining an electric conductive state of the conductor to thereby detect a crash, characterized by the vehicle crash detection device further comprising a reference voltage source for applying a middle potential of a reference voltage to the conductor, wherein the case is grounded, and the detection means detects a crash when a voltage of the conductor is identical to a ground voltage or the reference voltage.
A method for generating a filtered ultrasound image, the method comprising: obtaining channel data from an ultrasonic transducer array; generating first image data from the channel data using a first apodization function; generating second image data from the channel data using a second apodization function; applying a minimizing function to the first and second image data; generating third image data based on the minimized first and second image data; and generating the filtered ultrasound image based on the first and third image data, characterized in that the second apodization function comprises a null filter, and in that the generation of the filtered ultrasound image comprises: subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels. obtaining channel data from an ultrasonic transducer array; generating first image data from the channel data using a first apodization function; generating second image data from the channel data using a second apodization function; applying a minimizing function to the first and second image data; generating third image data based on the minimized first and second image data; and generating the filtered ultrasound image based on the first and third image data, characterized in that the second apodization function comprises a null filter, and in that the generation of the filtered ultrasound image comprises: subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels. subtracting the pixel values of the third image data from the pixel values of the first image data, thereby generating filtered pixels; and constructing the filtered ultrasound image using the filtered pixels.
An LED light module for a motor vehicle or for a headlight for a motor vehicle, wherein the LED light module has at least one LED light source, which comprises at least one light-emitting diode, and wherein the light (10, 11) emitted by the at least one LED light source is emitted via at least one reflector into a region located in front of a motor vehicle, wherein the light (10', 11') emitted via the reflector forms a defined basic light distribution, wherein at least one shutter is provided in the exit emission direction after the at least one LED light source, the at least one shutter being located in the beam path of at least a portion of the light that is emitted by the at least one LED light source in the light exit direction, and wherein the at least one shutter is designed to reflect light at least in some regions on the side thereof facing the at least one LED light source, and wherein the at least one shutter is disposed relative to the at least one reflector and the at least one LED light source such that light (20', 21') that is emitted by the at least one LED light source and reflected by the shutter is reflected onto the at least one reflector and radiated from there into the exterior space, wherein the beams (20", 21") radiated by the at least one reflector form an auxiliary light distribution, which in the light pattern is located at least partially beneath the defined basic light distribution or in one or more regions of the basic light distribution, preferably in a lower region of the defined basic light distribution, characterized in that the at least one shutter extends over the entire width of the reflector.
A shower head having a housing, comprising: a) a water inlet; b) a distributor chamber; c) at least one first valve comprising i) a first valve aperture, and ii) a first sealing element; d) an actuator; and e) a jet former; wherein the water inlet is connected, for conducting water, to the distributor chamber; wherein the distributor chamber is connected via the first valve aperture and a first water path, for conducting water, to a first area of the jet former; wherein the actuator is arranged and configured for carrying out an actuating movement; wherein the actuator is furthermore arranged and configured for guiding the first sealing element during the actuating movement such that the first sealing element switches the first valve aperture from an open state to a closed state and vice versa; wherein the first sealing element and the actuator each have a Shore hardness D ranging from 20 to 100 on surfaces which are contacted with one another during the actuating movement; characterized in that the first sealing element comprises a first pin, wherein the actuator comprises a first control curve, wherein the first pin is guided in the first control curve, and wherein the actuator is configured such that a radius of the first control curve changes along a periphery of the first control curve. a) a water inlet; b) a distributor chamber; c) at least one first valve comprising i) a first valve aperture, and ii) a first sealing element; i) a first valve aperture, and ii) a first sealing element; d) an actuator; and e) a jet former; wherein the water inlet is connected, for conducting water, to the distributor chamber; wherein the distributor chamber is connected via the first valve aperture and a first water path, for conducting water, to a first area of the jet former; wherein the actuator is arranged and configured for carrying out an actuating movement; wherein the actuator is furthermore arranged and configured for guiding the first sealing element during the actuating movement such that the first sealing element switches the first valve aperture from an open state to a closed state and vice versa; wherein the first sealing element and the actuator each have a Shore hardness D ranging from 20 to 100 on surfaces which are contacted with one another during the actuating movement; characterized in that the first sealing element comprises a first pin, wherein the actuator comprises a first control curve, wherein the first pin is guided in the first control curve, and wherein the actuator is configured such that a radius of the first control curve changes along a periphery of the first control curve.
Apparatus for metering carbon dioxide snow, having a storage container into which a feed line (11, 13) for carbon dioxide snow and a gas extraction line for removal of carbon dioxide gas open out and which is equipped with a discharge unit for metered delivery of carbon dioxide snow, wherein the discharge unit comprises a discharge opening, which is arranged laterally in the region of a metering section of the storage container, and a horizontally movable sliding element, which interacts with the discharge opening and serves for pushing out carbon dioxide snow situated in the metering section through the discharge opening, characterized in that provision is made of at least two snow horns (6, 7) which in each case are connected to a feed line (11, 12) for liquid carbon dioxide and open out into the storage container at a mouth opening (8, 9) and which are arranged in such a way that the streams of carbon dioxide snow and carbon dioxide gas entering the storage container from their mouth openings (8, 9) are directed toward one another at least in terms of a directional component, and the gas extraction line leads away from the storage container above the mouth openings (8, 9) of the snow horns (6, 7) and, between the mouth openings (8, 9) of the snow horns (6, 7) and the mouth of the gas extraction line, provision is made of a separating section in which snow particles entrained by the gas stream are separated from the gas.
A package for sheet products, comprising: a covering which defines an internal space of the package, the internal space being configured to hold the sheet products within the internal space, wherein: the covering defines a releasable tab; the releasable tab is configured to be only partially releasable from the covering so as to open a dispensing aperture in the covering, the dispensing aperture configured to allow dispensing of the sheet products from the package; and the releasable tab, once released, is configured such that a first, fixed portion of the releasable tab remains fixed to the covering; characterised in that the releasable tab, once released, is configured such that a second, releasable portion of the releasable tab is attachable to a portion of the covering such that the releasable tab forms a handle between the first, fixed portion and the second, releasable portion for carrying the package, and the second, releasable portion of the releasable tab comprises a first attachment component, wherein the portion of the covering comprises a second attachment component, and wherein the first attachment component and the second attachment component are configured to attach to each other such that the releasable tab forms the handle for carrying the package. the covering defines a releasable tab; the releasable tab is configured to be only partially releasable from the covering so as to open a dispensing aperture in the covering, the dispensing aperture configured to allow dispensing of the sheet products from the package; and the releasable tab, once released, is configured such that a first, fixed portion of the releasable tab remains fixed to the covering; characterised in that the releasable tab, once released, is configured such that a second, releasable portion of the releasable tab is attachable to a portion of the covering such that the releasable tab forms a handle between the first, fixed portion and the second, releasable portion for carrying the package, and the second, releasable portion of the releasable tab comprises a first attachment component, wherein the portion of the covering comprises a second attachment component, and wherein the first attachment component and the second attachment component are configured to attach to each other such that the releasable tab forms the handle for carrying the package.
A method for reducing fluorescence in recycled pulp, said method comprising: a) contacting a pulp slurry containing fluorescent agents with chlorine dioxide; b) contacting said pulp slurry with a sodium hypochlorite component chosen from sodium hypochlorite, at least one sodium hypochlorite derivative or combinations thereof, in an amount sufficient to reduce the fluorescence of said pulp; characterised in that the pulp is contacted with said sodium hypochlorite component simultaneous with or after contact with chlorine dioxide wherein the pulp is contacted with said sodium hypochlorite component less than 2 minutes after contact with the chlorine dioxide. a) contacting a pulp slurry containing fluorescent agents with chlorine dioxide; b) contacting said pulp slurry with a sodium hypochlorite component chosen from sodium hypochlorite, at least one sodium hypochlorite derivative or combinations thereof, in an amount sufficient to reduce the fluorescence of said pulp;
Method of forming a metal layer on an insulator outer surface and on a copper layer outer surface of a substrate comprising an insulator and said copper layer laminated on part of the insulator, characterised in that said insulator outer surface and the copper layer outer surface are simultaneously subjected to a process comprising treatment with an alkali metal hydroxide solution, a process comprising treatment with an alkaline aqueous solution containing an aliphatic amine, a process comprising treatment with an alkaline aqueous solution having a permanganate concentration of 0.3 to 3.5 wt% and a pH of 8 to 11, a process comprising treatment with an acidic microemulsion aqueous solution containing a thiophene compound and an alkali metal salt of polystyrenesulphonic acid, and a process comprising copper electroplating, which are implemented sequentially.