mhurhangee/ep-ind-claims huggingface dataset:
A beam correspondence capability reporting method, comprising: determining, by a terminal device based on pre-obtained first determining information and a first determining condition, whether the terminal device has a beam correspondence capability; when the terminal device determines that the terminal device has the beam correspondence capability, and a beam strength of a downlink receive beam of the terminal device is not less than a preset first strength threshold, determining, by the terminal device by using a preset beam correspondence capability, an uplink transmit beam corresponding to the downlink receive beam; transmitting, by the terminal device, first communication information by using the uplink transmit beam; characterized by: when the terminal device receives n transmission requests for the first communication information, performing, by the terminal device, detaching, wherein n is a preset positive integer greater than 1; and reporting, by the terminal device, first capability information in a process of re-accessing a base station, wherein the first capability information indicates that the terminal device does not have the beam correspondence capability. determining, by a terminal device based on pre-obtained first determining information and a first determining condition, whether the terminal device has a beam correspondence capability; when the terminal device determines that the terminal device has the beam correspondence capability, and a beam strength of a downlink receive beam of the terminal device is not less than a preset first strength threshold, determining, by the terminal device by using a preset beam correspondence capability, an uplink transmit beam corresponding to the downlink receive beam; transmitting, by the terminal device, first communication information by using the uplink transmit beam; when the terminal device receives n transmission requests for the first communication information, performing, by the terminal device, detaching, wherein n is a preset positive integer greater than 1; and reporting, by the terminal device, first capability information in a process of re-accessing a base station, wherein the first capability information indicates that the terminal device does not have the beam correspondence capability.
An output shaft for a door operator, including an output disc with a first and a second frontal surface, wherein the first and the second frontal surface of the output disc are opposite each other with regard to an axis of rotation of the output shaft, wherein furthermore the output shaft may be brought into operative connection with a lever arm of the door operator and the output disc into operative connection with a dampening device and/or a drive of the door operator, wherein the output shaft includes a first and a second reception element, characterized in that the output shaft includes an adapter element, wherein the first reception element is disposed at the first frontal surface of the output disc and, at a face facing away from the first frontal surface, includes a first reception, and wherein the second reception element is disposed at the second frontal surface of the output disc, and, at a face facing away from the second frontal surface, includes a second reception, wherein the first and the second reception are configured for accommodating the adapter element, and wherein furthermore the adapter element is connectable to the lever arm of the door operator and is disposed in the first or the second reception, wherein the output shaft includes a connecting element, wherein the connecting element penetrates at least the adapter element, the first reception element, the second reception element and the output disc and fixes them to each other.
Electrically driven mobile compressor or pump comprising at least one compressor element or pump element for supplying a pressurized fluid to a network of consumers of such pressurized fluid; an electric drive motor with a variable speed control coupled to the compressor element or pump element, and an electric or electronic controller comprising a first controller configured to control the speed (n) or the pressure (p) of the compressor or pump, respectively as a function of a set desired pressure or set desired flow rate, of the pressurised fluid demanded by the network, and a second controller configured for the variable speed control of the electric drive motor as a function of a desired speed that is determined by the first controller, and a connection for connecting the compressor or pump to an electricity supply source, characterised in that the controller is provided with an algorithm with which the electric current drawn from the supply source can be limited to a set or adjustable maximum value (Imax) by limiting the desired set speed, or respectively the desired set pressure, to a maximum value and whereby the electric or electronic control that limits the speed or respectively the pressure in order not to exceed a maximum drawn current, is a control with a fixed set value of the maximum speed or of the maximum pressure respectively, whereby this value is calculated or determined as a function of the characteristics of the machine and based on the set maximum current to be drawn together with the set desired pressure, or based on the set maximum current to be drawn together with the set desired flow rate respectively.
Electromechanical brake system for vehicles with a failsafe energy distribution composed of a first to a fourth brake module (BM1-BM4), each assigned to a wheel (WFR, WFL, WRR, WRL) of the vehicle and each comprising at least one control device (SG1-SG4) and one brake actuator unit (BAE1-BAE4), wherein in order to supply the brake modules (BM1-BM4) with electrical energy the control device (SG1-SG4) and the brake actuator unit (BAE1-BAE4) of a brake module (BM1-BM4) are each connected via energy supply lines (VL11-VL42) routed separately from one another, to at least one main energy supply unit, characterized in that in order to additionally supply the brake modules (BM1-BM4) with electrical energy a first emergency energy supply unit is connected to the control device (SG1, SG4) and to the brake actuator unit (BAE1, BAE4) of the first and fourth brake modules (BM1, BM4), and a second emergency energy supply unit is connected to the control device (SG2, SG3) and to the brake actuator unit (BAE2, BAE3) of the second and third brake modules (BM2, BM3) via, in each case, additional energy supply lines (VL11'-VL42') which are routed separately from one another, wherein the selection of the energy supply units (HVE, NVE1, NVE2), provided to supply energy to the brake modules (BM1-BM4), is carried out by means of switching means (SM11-SM42, SM11'-SM42') which can be actuated at least partially separately from one another by means of at least one central control system, wherein in order to connect through the energy supply lines (VL11-VL42) first to eighth switching means (SM11-SM42) are provided, and in order to connect through the additional energy supply lines (VL11'-VL42'), additional first to eighth switching means (SM11'-SM42') are provided, which switching means (SM11-SM42, SM11'-SM42') can each be switched separately from one another, and wherein in order to control the distribution of the electrical energy to the respective control device (SG1-SG4) and the respective brake actuator unit (BAE1-BAE4) at least a first and a second voter unit (IC1, IC2) are provided.
A system of an electronic cam lock and a metal cabinet or furniture wherein the cam lock is fixed to a door, cabinet, panel or drawer in the metal cabinet or furniture that provides ingress and no egress, without a mechanical key, comprising: a compact housing containing electronics and having an access terminal (14, 16) enabling entry of a code by a user, such code when properly entered causing the electronics to permit access, the housing being affixed in a generally U-shaped top rail or generally U-shaped vertical side rail of said cabinet or furniture, and the housing having a face at the front of the housing, the housing being inside-mounted, fitted within the top rail or side rail such that a portion of the housing face having the access terminal is exposed through an opening in a front rail piece of the top rail or side rail, and the housing being secured to the inside of the top rail or side rail, a cam lock cylinder unit extending from a back side of the housing, with a lock driver in the cylinder unit engaged with a cam or latch device at the inside of the cabinet or furniture, and including a knob or handle secured to the front of the housing and separate from the terminal, through an opening in the front rail piece, for operating the lock manually without a mechanical key to rotate the lock driver and the cam or latch device when permitted by the electronics, the housing being a self-contained, single housing containing all electronics of the cam lock, and a power source connected to power the electronics. a compact housing containing electronics and having an access terminal (14, 16) enabling entry of a code by a user, such code when properly entered causing the electronics to permit access, the housing being affixed in a generally U-shaped top rail or generally U-shaped vertical side rail of said cabinet or furniture, and the housing having a face at the front of the housing, the housing being inside-mounted, fitted within the top rail or side rail such that a portion of the housing face having the access terminal is exposed through an opening in a front rail piece of the top rail or side rail, and the housing being secured to the inside of the top rail or side rail, a cam lock cylinder unit extending from a back side of the housing, with a lock driver in the cylinder unit engaged with a cam or latch device at the inside of the cabinet or furniture, and including a knob or handle secured to the front of the housing and separate from the terminal, through an opening in the front rail piece, for operating the lock manually without a mechanical key to rotate the lock driver and the cam or latch device when permitted by the electronics, the housing being a self-contained, single housing containing all electronics of the cam lock, and a power source connected to power the electronics.
A pharmaceutical composition for use in the prevention or treatment of sleep disorder, comprising rice bran extract or rice hull extract as an active ingredient.
An interchange mechanism for deploying at least one reflector for reconfiguration of an antenna, said interchange mechanism including: - a rotary actuator having a fixed section for mounting on a structure of the antenna, and a mobile section rotating relative to the fixed section about a rotation axis; and being characterized by - at least one carrier configured to support the at least one reflector, the at least one carrier freely rotatably mounting on the fixed section for rotation about the rotation axis between a first angular position and a second angular position; and - an arm mounted on the mobile section and carrying a carrier engaging mechanism configured to successively and releasably engage the at least one carrier and displace the at least one carrier from the first angular position to the second angular position when the arm and the mobile section rotate in a first direction. - a rotary actuator having a fixed section for mounting on a structure of the antenna, and a mobile section rotating relative to the fixed section about a rotation axis; - at least one carrier configured to support the at least one reflector, the at least one carrier freely rotatably mounting on the fixed section for rotation about the rotation axis between a first angular position and a second angular position; and - an arm mounted on the mobile section and carrying a carrier engaging mechanism configured to successively and releasably engage the at least one carrier and displace the at least one carrier from the first angular position to the second angular position when the arm and the mobile section rotate in a first direction.
An arrangement for exhaust braking of a combustion engine, which arrangement comprises an exhaust passage (4a, 4b, 19-21, 25) adapted to receiving and leading exhaust gases from the combustion engine, a turbine arranged in the exhaust passage (4a, 4b, 19-21, 25), at least one flow element (17, 27) settable in varying positions to control the flow of exhaust gases through the turbine, and a control device (13, 18) adapted to control the flow element (17, 27), a bypass line provided with an inlet aperture connected to the exhaust passage (4a, 19, 20) at a location upstream of the flow element (17, 27) with respect to the intended direction of exhaust gas flow in the exhaust passage (4a, 4b, 19-21), wherein the bypass line further comprises an outlet aperture connected to the exhaust passage (21, 4b) at a location downstream of the flow element (17, 27) and the bypass line further comprises a throttle means, characterised in that the control device (13, 18) is adapted to place the flow element (17, 27) in a closed position when an exhaust braking process is to be effected, so that a positive pressure occurs in the exhaust passage (4a, 19) at a location upstream of the flow element (17, 27), which positive pressure is defined by said throttle means, and hence determines the braking action which occurs during the exhaust braking process.
An interference control method of a base station of a mobile communication system, the method comprising: transmitting, to a terminal, radio resource control, RRC, information for configuring information for at least one cell-specific reference signal, CRS, resource, transmitting, to the terminal, control information including quasi co-located, QCL, information, wherein the QCL information maps to one of the at least one CRS resource, wherein the one CRS resource has a QCL relationship with a demodulation reference signal, DMRS, of an interference signal. transmitting, to a terminal, radio resource control, RRC, information for configuring information for at least one cell-specific reference signal, CRS, resource, transmitting, to the terminal, control information including quasi co-located, QCL, information, wherein the QCL information maps to one of the at least one CRS resource, wherein the one CRS resource has a QCL relationship with a demodulation reference signal, DMRS, of an interference signal.
A pull-out guide for pulling a pull-out furniture part out of a furniture carcass, having rails (1, 2, 3), movable relative to one another and formed by shaped sheet-metal profiles (11, 21, 27) or having the like, which comprise a carcass rail, a pull-out rail and a middle rail which is arranged between the carcass rail and the pull-out rail and whose sheet-metal profile has a vertical elongated member and horizontal elongated members (21b, 21c) adjoining the vertical elongated member at the upper and lower end, the free edges of which horizontal elongated members (21b, 21c) are provided with flanged edges directed towards one another, characterized in that over at least a portion of its longitudinal extension, the middle rail has at least one channel running in the direction of the longitudinal extension of the middle rail, which channel is bounded by wall portions which viewed in a viewing direction parallel to the longitudinal extension of the middle rail together extend around the channel over the entire circumference, wherein to form the channel, a lower portion, U-shaped in the viewing direction parallel to the longitudinal extension of the middle rail, of the sheet-metal profile of the middle rail, which portion comprises a lower part of the vertical elongated member, the lower horizontal elongated member and the upwardly flanged edge of the lower horizontal elongated member, is closed over at least part of the longitudinal extension of the middle rail, namely by at least one supplementary part which, related to the direction of the circumference around the channel, is connected to the sheet-metal profile at at least two connection sites (24, 26) spaced apart from one another around the channel in the direction of the circumference, wherein both the sheet-metal profile and the supplementary part each form a wall portion bounding the channel, or by at least one tongue which is cut out and shaped from at least one portion of the sheet-metal profile and forms a wall portion of the channel and which is connected to a further portion, likewise forming a wall portion of the channel, of the sheet-metal profile, wherein the tongue is connected at a connection site to the further portion of the sheet-metal profile, which connection site is, related to the direction of the circumference around the channel, spaced apart from a window opening, formed by the cutting out and bending of the tongue, of the sheet-metal profile.
A system for detecting that a valve element should be replaced, the system comprising: a flush valve including a fluid inlet, a fluid outlet, and a main valve element adapted for movement between a first position in which the fluid inlet and the fluid outlet are in fluid isolation, and a second position in which the fluid inlet and the fluid outlet are in fluid communication, the main valve element comprising a replaceable portion; a sensor for monitoring usage of the replaceable portion of the main valve element; and an indicator in communication with the sensor for alerting an operator when the replaceable portion of the main valve element should be replaced, characterized in that the system further comprises a toilet including a handle attached to the flush valve, the sensor comprises a counter for recording each time the main valve element is actuated and wherein the indicator alerts the operator when the main valve element has been actuated a predetermined number of times, and wherein the counter is disposed on the handle of the toilet attached to the flush valve and the counter measures the number of times that the handle is actuated. a flush valve including a fluid inlet, a fluid outlet, and a main valve element adapted for movement between a first position in which the fluid inlet and the fluid outlet are in fluid isolation, and a second position in which the fluid inlet and the fluid outlet are in fluid communication, the main valve element comprising a replaceable portion; a sensor for monitoring usage of the replaceable portion of the main valve element; and an indicator in communication with the sensor for alerting an operator when the replaceable portion of the main valve element should be replaced, characterized in that the system further comprises a toilet including a handle attached to the flush valve, the sensor comprises a counter for recording each time the main valve element is actuated and wherein the indicator alerts the operator when the main valve element has been actuated a predetermined number of times, and wherein the counter is disposed on the handle of the toilet attached to the flush valve and the counter measures the number of times that the handle is actuated.
A plastic film, comprising: a support substrate; and a coating layer which is formed on one side of the support substrate, the coating layer comprising a crosslinked copolymer of tri- to hexafunctional acrylate-based monomers, a thermosetting resin, and inorganic fine particles, wherein the crosslinked copolymer of tri- to hexafunctional acrylate-based monomers and the thermosetting resin are included at a weight ratio of from 1:0.1 to 1:1.2, wherein the thermosetting resin is a thermoset of a prepolymer composition comprising a polyester-based polyurethane oligomer, a polyol, and a polyisocyanate. a support substrate; and a coating layer which is formed on one side of the support substrate, the coating layer comprising a crosslinked copolymer of tri- to hexafunctional acrylate-based monomers, a thermosetting resin, and inorganic fine particles, wherein the crosslinked copolymer of tri- to hexafunctional acrylate-based monomers and the thermosetting resin are included at a weight ratio of from 1:0.1 to 1:1.2, wherein the thermosetting resin is a thermoset of a prepolymer composition comprising a polyester-based polyurethane oligomer, a polyol, and a polyisocyanate.
A user terminal comprising: a communication unit for receiving, from a counterpart terminal, an image tagged with position information regarding a destination; and a controller configured for generating position information regarding the user terminal, for controlling a search unit to search for at least one path from the position of the user terminal to the position of the destination using the position information regarding the destination and the position information regarding the user terminal, and for controlling an output unit to display the searched at least one path, characterized in that the tagged image further includes direction information concerning the direction when the image was photographed, and the controller is further configured to control a candidate list generating unit to generate a candidate list of locations using the position information tagged to the image and the direction information and to control the search unit to search for the at least one path based on the candidate list. a communication unit for receiving, from a counterpart terminal, an image tagged with position information regarding a destination; and a controller configured for generating position information regarding the user terminal, for controlling a search unit to search for at least one path from the position of the user terminal to the position of the destination using the position information regarding the destination and the position information regarding the user terminal, and for controlling an output unit to display the searched at least one path, characterized in that the tagged image further includes direction information concerning the direction when the image was photographed, and the controller is further configured to control a candidate list generating unit to generate a candidate list of locations using the position information tagged to the image and the direction information and to control the search unit to search for the at least one path based on the candidate list.
A method of wireless communication in a multicarrier system, comprising: determining (705, 805) a set of uplink component carriers to be transmitted concurrently by a mobile device; calculating (710, 810) a maximum transmit power associated with a first component carrier in the set, the calculation accounting for increases in transmit power of each component carrier in at least a first subset of the uplink component carriers that includes the first component carrier by proportionally increasing transmit powers for each of the first subset of uplink component carriers; identifying (715, 815) power headroom available for the first component carrier based on a result of calculating the maximum transmit power; generating (720, 820) a first type of power headroom report comprising the power headroom available for the first component carrier; and transmitting a PHR communication including the first type of PHR. determining (705, 805) a set of uplink component carriers to be transmitted concurrently by a mobile device; calculating (710, 810) a maximum transmit power associated with a first component carrier in the set, the calculation accounting for increases in transmit power of each component carrier in at least a first subset of the uplink component carriers that includes the first component carrier by proportionally increasing transmit powers for each of the first subset of uplink component carriers; identifying (715, 815) power headroom available for the first component carrier based on a result of calculating the maximum transmit power; generating (720, 820) a first type of power headroom report comprising the power headroom available for the first component carrier; and transmitting a PHR communication including the first type of PHR.