mhurhangee/ep-ind-claims huggingface dataset:
A method for neighbor discovery, implemented in a wireless transmit/receive unit, WTRU, the method comprising: transmitting, by the WTRU, a first beacon for neighbor discovery to discover neighbor WTRUs for peer-to-peer communication in a cellular wireless network while the WTRU is associated with a base station of the cellular wireless network on a condition that a pre-defined trigger event occurs, or a neighbor discovery is scheduled by a neighbor update period or requested by a network, wherein the first beacon triggers neighbor WTRUs that receive the first beacon to transmit a second beacon to the WTRU or a neighbor discovery report to the network; and monitoring, by the WTRU, a pre-configured resource for a response from the neighbor WTRUs. transmitting, by the WTRU, a first beacon for neighbor discovery to discover neighbor WTRUs for peer-to-peer communication in a cellular wireless network while the WTRU is associated with a base station of the cellular wireless network on a condition that a pre-defined trigger event occurs, or a neighbor discovery is scheduled by a neighbor update period or requested by a network, wherein the first beacon triggers neighbor WTRUs that receive the first beacon to transmit a second beacon to the WTRU or a neighbor discovery report to the network; and monitoring, by the WTRU, a pre-configured resource for a response from the neighbor WTRUs.
A light emitting device comprising: a substrate; a plurality of light emitting cells disposed on the substrate; a bridge electrode electrically connecting two adjacent light emitting cells; and an insulating layer disposed between the light emitting cells and the bridge electrode, wherein the plurality of light emitting cells comprise: a light emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode on the first conductivity type semiconductor layer; and a second electrode on the second conductivity type semiconductor layer, wherein the bridge electrode comprises a first part contacting the first electrode in one of the two adjacent light emitting cells, a second part contacting the second electrode in the other of the two adjacent light emitting cells, and a third part disposed between the first part and the second part, wherein the third part of the bridge electrode is thicker than the first electrode and the second electrode, and a first roughness is formed on a first region (S 1) of an upper surface of the substrate between adjacent light emitting cells, wherein the third part of the bridge electrode is disposed on the first region, and characterized in that a second roughness corresponding to the first roughness is formed on an upper surface of the third part of the bridge electrode. a substrate; a plurality of light emitting cells disposed on the substrate; a bridge electrode electrically connecting two adjacent light emitting cells; and an insulating layer disposed between the light emitting cells and the bridge electrode, a light emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer and an active layer between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a first electrode on the first conductivity type semiconductor layer; and a second electrode on the second conductivity type semiconductor layer, wherein the bridge electrode comprises a first part contacting the first electrode in one of the two adjacent light emitting cells, a second part contacting the second electrode in the other of the two adjacent light emitting cells, and a third part disposed between the first part and the second part, wherein the third part of the bridge electrode is thicker than the first electrode and the second electrode, and a first roughness is formed on a first region (S 1) of an upper surface of the substrate between adjacent light emitting cells, wherein the third part of the bridge electrode is disposed on the first region, and characterized in that a second roughness corresponding to the first roughness is formed on an upper surface of the third part of the bridge electrode.
Ophthalmic laser device, comprising components for providing a first pulsed laser beam having beam properties that are tuned to ablate corneal material and a second pulsed laser beam having beam properties that are tuned to apply an incision in the eye tissue, wherein the components comprise separate laser sources (110, 130) for generating the two laser beams and a large number of optical elements that guide the two laser beams, along separate beam paths, to a respective beam exit site and focus them on a focal point that lies outside the beam exit site, characterized in that the optical elements comprise an optical waveguide which serves for guiding the second laser beam, in that at least the two laser sources (110, 130) are accommodated in a common housing, and in that the optical waveguide extends within the housing for at least some of its length, wherein the second laser source is arranged in the housing below the first laser source and the optical waveguide is guided upwardly within the housing from the second laser source laterally past the first laser source.
A control apparatus which controls a fuel cell unit provided with a power generation unit which generates power upon chemical reaction and auxiliaries which assists an operation of the power generation unit, a temperature of the power generation unit is being kept at a power generation temperature by the chemical reaction and a burning of unreacted fuel comprising: a control unit which instructs a constant temperature mode to the fuel cell unit as one of operation modes, the constant temperature mode being a mode for performing a control to cover power consumption of the auxiliaries by power supplied from the outside and a control to keep a temperature of the power generation unit constant within a prescribed temperature range by burning the unreacted fuel, the prescribed temperature range being lower than the power generation temperature, wherein in the constant temperature mode, power output from the power generation unit is at least smaller than the power consumption of the auxiliaries. a control unit which instructs a constant temperature mode to the fuel cell unit as one of operation modes, the constant temperature mode being a mode for performing a control to cover power consumption of the auxiliaries by power supplied from the outside and a control to keep a temperature of the power generation unit constant within a prescribed temperature range by burning the unreacted fuel, the prescribed temperature range being lower than the power generation temperature, wherein in the constant temperature mode, power output from the power generation unit is at least smaller than the power consumption of the auxiliaries.
Wind sensor having a housing and a wind detection element which is rotatably supported on the housing and which is formed by a wind wheel, which has a star-like cup arrangement having a plurality of cups, wherein at least one ohmic heating element (8, 17a, 17b) is installed in the wind wheel and there are provided, for transmitting energy between the housing and the ohmic heating element which rotates with the wind wheel, means which comprise a primary coil which is arranged in the housing and a secondary coil which is arranged in the wind wheel, wherein the secondary coil is connected to the ohmic heating element, characterised in that the wind detection element comprises two halves (2a, 2b) which are connected to each other, wherein the at least one ohmic heating element is embedded between the two halves and the plurality of cups of the wind wheel are each retained by means of planar webs, wherein the webs extend as far as a location in the cups and divide the cups into two regions, and the at least one ohmic heating element is embedded in the webs and extends as far as a location in the region of the cups.
A clamp for key cutting machines, of the type comprising a pair of jaws (6, 10) mounted on a single pin fixed to the machine structure and associated with a knob screwable on a threaded portion of said pin and acting in the sense of causing said jaws to forcedly approach each other, against the elastic reaction of a spring tending to repel said jaws, and to retain a key positioned between said jaws, characterised by comprising a dynamometric device (18, 20, 30) interposed between said knob and said pin, the dynamometric device (18, 20, 30) controlling the intensity of the clamping, in the sense that until a certain value of torque, the operation of the knob is transmitted to the upper jaw by the dynamometric device (18, 20, 30) and causes the upper jaw to approach the lower jaw and hence clamp the key, whereas the dynamometric device. (18, 20,30) does not transmit the operation of the knob when said certain value of torque is exceeded so that the jaws (6, 10) do not provide a further clamping effect on the key.
An aircraft aerial refuelling system including a plurality of fuel tanks (3,4) fluidically connected to at least one aerial refuelling dispense station, and a plurality of fuel pumps (20,20), wherein at least one of the fuel pumps is associated with each of the fuel tanks, characterised in that the plurality of fuel pumps is a plurality of pressure controlled fuel pumps, each pump having a control system adapted to regulate the pump outlet fuel pressure using a pump outlet fuel pressure signal as control feedback, and in that the aircraft aerial refuelling system further comprises computer readable storage media containing a set of instructions for controlling the pressure controlled fuel pumps individually, where the set of instructions includes a set of nominal pump outlet pressure settings for the plurality of pressure controlled fuel pumps depending on the status of the aerial refuelling dispense station(s), and the set of instructions further includes a set of pump outlet pressure setting adjustments for the plurality of pressure controlled fuel pumps depending on a fuel volume within each tank.
A method, performed at a first wireless node, for determining a channel occupancy time, COT, of the first wireless node on a radio channel, the method comprising: - obtaining a radio condition parameter indicative of a condition of the radio channel; and - determining the channel occupancy time based on the radio condition parameter; wherein the radio condition parameter comprises a COT sharing parameter in the case where the radio condition parameter is obtained based on COT sharing with one or more additional wireless nodes. - obtaining a radio condition parameter indicative of a condition of the radio channel; and - determining the channel occupancy time based on the radio condition parameter; wherein the radio condition parameter comprises a COT sharing parameter in the case where the radio condition parameter is obtained based on COT sharing with one or more additional wireless nodes.
A method for training an animation character for use in animation, comprising: mapping first animation data to a first subset of bones of a bone hierarchy of a trained character, wherein the first animation data defines a first target motion sequence; mapping second animation data to a second subset of bones of the bone hierarchy of the trained character, wherein the bone hierarchy of the trained character includes the first subset of bones and the second subset of bones, wherein the second subset of bones is different to the first subset of bones, wherein the second animation data defines a second target motion sequence; and applying reinforcement learning over a plurality of iterations for training the first subset of bones using the first animation data and for training the second subset of bones using the second animation data, wherein training of each subset of bones is performed concurrently at each iteration, and wherein the training the first and second subset of bones includes adjusting orientations of bones in the first and second subset of bones, wherein the first subset of bones is composited with the second subset of bones at each iteration of reinforcement learning by applying physics parameters of a simulation environment to the adjusted orientations of bones in the first and second subset of bones that are adjusted. mapping first animation data to a first subset of bones of a bone hierarchy of a trained character, wherein the first animation data defines a first target motion sequence; mapping second animation data to a second subset of bones of the bone hierarchy of the trained character, wherein the bone hierarchy of the trained character includes the first subset of bones and the second subset of bones, wherein the second subset of bones is different to the first subset of bones, wherein the second animation data defines a second target motion sequence; and applying reinforcement learning over a plurality of iterations for training the first subset of bones using the first animation data and for training the second subset of bones using the second animation data, wherein training of each subset of bones is performed concurrently at each iteration, and wherein the training the first and second subset of bones includes adjusting orientations of bones in the first and second subset of bones, wherein the first subset of bones is composited with the second subset of bones at each iteration of reinforcement learning by applying physics parameters of a simulation environment to the adjusted orientations of bones in the first and second subset of bones that are adjusted.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: determining to transmit a first radio access technology, RAT, sidelink communication on a first frequency; receiving, from a base station operating with a second RAT on a second frequency, system information regarding the first RAT sidelink communication; the method characterised further by, in case that the first frequency corresponds to the second frequency, identifying whether the system information includes transmission resources for the first RAT sidelink communication on the first frequency; in case that the system information does not include the transmission resources for the first RAT sidelink communication on the first frequency, establishing a radio resource control, RRC, connection with the base station; transmitting, to the base station, a sidelink UE information message for the first RAT sidelink communication upon establishing the RRC connection; and receiving, from the base station, an RRC reconfiguration message including the transmission resources for the first RAT sidelink communication on the first frequency. determining to transmit a first radio access technology, RAT, sidelink communication on a first frequency; receiving, from a base station operating with a second RAT on a second frequency, system information regarding the first RAT sidelink communication; the method characterised further by, in case that the first frequency corresponds to the second frequency, identifying whether the system information includes transmission resources for the first RAT sidelink communication on the first frequency; in case that the system information does not include the transmission resources for the first RAT sidelink communication on the first frequency, establishing a radio resource control, RRC, connection with the base station; transmitting, to the base station, a sidelink UE information message for the first RAT sidelink communication upon establishing the RRC connection; and receiving, from the base station, an RRC reconfiguration message including the transmission resources for the first RAT sidelink communication on the first frequency.
Method for producing a trim part having a genuine carbon look for vehicles with a carbon fibre sheet arranged on a visible side of the trim part and recognisable from the outside, which is formed from a fibre structure of prefabricated carbon fibres with interspaces, comprising the method steps: - wet impregnation of the prefabricated, sized carbon fibres with an aqueous polymer dispersion based on polyurethane, acrylate or polyvinyl acetate or a mixture thereof, so that the polymer dispersion penetrates at least partially into the carbon fibres and increases a suitability for penetration of a lacquer into the interspaces of the fibre structure of the carbon sheet - Drying of the wet-impregnated carbon fibers, - Fastening arrangement of the carbon fiber sheet on a trim part support with an alignment to the visible side of the trim part, - Application of a lacquer layer over the carbon fiber sheet arranged on the trim part support to form a transparent surface layer on the visible side of the trim part, wherein lacquer penetrates into the interspaces of the carbon fiber sheet. - wet impregnation of the prefabricated, sized carbon fibres with an aqueous polymer dispersion based on polyurethane, acrylate or polyvinyl acetate or a mixture thereof, so that the polymer dispersion penetrates at least partially into the carbon fibres and increases a suitability for penetration of a lacquer into the interspaces of the fibre structure of the carbon sheet - Drying of the wet-impregnated carbon fibers, - Fastening arrangement of the carbon fiber sheet on a trim part support with an alignment to the visible side of the trim part, - Application of a lacquer layer over the carbon fiber sheet arranged on the trim part support to form a transparent surface layer on the visible side of the trim part, wherein lacquer penetrates into the interspaces of the carbon fiber sheet.
A method of purging non-condensable gases from a refrigerant tank of a refrigerant recovery unit, comprising the steps of: measuring a temperature of a refrigerant in the refrigerant tank with a temperature sensor of the refrigerant recovery unit; measuring a pressure of the refrigerant in the refrigerant tank with a pressure sensor of the refrigerant recovery unit, characterized by the steps of: calculating an ideal vapor pressure from the measured temperature with a controller of the refrigerant recovery unit; subtracting, with the controller, the calculated ideal vapor pressure from the measured pressure to obtain a resulting pressure; determining if the resulting pressure is greater than a predetermined pressure; determining (416, 418), with the controller, if the refrigerant recovery unit is leaking by performing a vacuum decay leak test; and purging in a safe mode if the resulting pressure is greater than the predetermined pressure and if the controller determines that the refrigerant recovery unit is not leaking, or purging in a normal mode if the resulting pressure is less than the predetermined pressure, wherein the safe mode includes purging at predetermined varied increments of time, mass, or pressure and if the controller determines that the refrigerant recovery unit is not leaking. measuring a temperature of a refrigerant in the refrigerant tank with a temperature sensor of the refrigerant recovery unit; measuring a pressure of the refrigerant in the refrigerant tank with a pressure sensor of the refrigerant recovery unit, characterized by the steps of: calculating an ideal vapor pressure from the measured temperature with a controller of the refrigerant recovery unit; subtracting, with the controller, the calculated ideal vapor pressure from the measured pressure to obtain a resulting pressure; determining if the resulting pressure is greater than a predetermined pressure; determining (416, 418), with the controller, if the refrigerant recovery unit is leaking by performing a vacuum decay leak test; and purging in a safe mode if the resulting pressure is greater than the predetermined pressure and if the controller determines that the refrigerant recovery unit is not leaking, or purging in a normal mode if the resulting pressure is less than the predetermined pressure, wherein the safe mode includes purging at predetermined varied increments of time, mass, or pressure and if the controller determines that the refrigerant recovery unit is not leaking.
A three-dimensional signboard which forms the shape of a character, comprising: an upper unit and a lower unit which are connected to each other; the upper unit comprising a main portion, wherein the main portion reflects each stroke of the shape of the character of the signboard and thereby presents the shape of the three-dimensional signboard; the lower unit comprising a sidewall connected to the main portion, wherein the sidewall encircles the main portion for supporting the main portion, and a cavity is formed therebetween; and a connecting portion arranged between the main portion and the sidewall, wherein the connecting portion comprise a plurality of step layers arranged in stack, and the step layer each comprises an upper step plate and a lower step plate which are connected to each other, wherein an edge of the upper step plate of a lower step layer in the plurality of step layers is connected to an edge of the lower step plate of an upper step layer connected to the lower step layer, wherein the size of the lower step layer is larger than the size of the connected upper step layer, such that the step layers of the plurality of step layers arranged in stack are gradually enlarged from top to bottom, characterised in that the sidewall and the connecting portion are made of metal, and the surfaces of the sidewall and the connecting portion, or a part or the entire region thereof are perforated, wherein the surface of the main portion is flat, and wherein the surface of the main portion or a part or the entire region thereof is perforated. an upper unit and a lower unit which are connected to each other; the upper unit comprising a main portion, wherein the main portion reflects each stroke of the shape of the character of the signboard and thereby presents the shape of the three-dimensional signboard; the lower unit comprising a sidewall connected to the main portion, wherein the sidewall encircles the main portion for supporting the main portion, and a cavity is formed therebetween; and a connecting portion arranged between the main portion and the sidewall, wherein the connecting portion comprise a plurality of step layers arranged in stack, and the step layer each comprises an upper step plate and a lower step plate which are connected to each other,