mhurhangee/ep-ind-claims huggingface dataset:
An accessory removably attachable to a camera body and including a terminal holding unit on which a plurality of terminals are arranged, the accessory comprising following terminals arranged arcuately in line in the following order: a first terminal (LDET) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT) through which a first power is supplied; a third terminal (PGND) used as a ground terminal corresponding to the first power; a fourth terminal (V33) through which a second power is supplied; a fifth terminal (GND) used for a ground terminal corresponding to the second power; a sixth terminal (RDY) used to indicate whether or not communication with the camera body is allowed; a seventh terminal (DATAB) that receives a first data signal from the camera body in synchronization with a first clock signal; an eighth terminal (CLK) that receives the first clock signal from the camera body; a ninth terminal (DATAL) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal (HCLK) that outputs a second clock signal to the camera body; and an eleventh terminal (HDATA) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: a distance between the tenth terminal and the second terminal is longer than a distance between the eighth terminal and the second terminal. a first terminal (LDET) for causing the camera body to detect that the accessory is attached thereto; a second terminal (VBAT) through which a first power is supplied; a third terminal (PGND) used as a ground terminal corresponding to the first power; a fourth terminal (V33) through which a second power is supplied; a fifth terminal (GND) used for a ground terminal corresponding to the second power; a sixth terminal (RDY) used to indicate whether or not communication with the camera body is allowed; a seventh terminal (DATAB) that receives a first data signal from the camera body in synchronization with a first clock signal; an eighth terminal (CLK) that receives the first clock signal from the camera body; a ninth terminal (DATAL) that outputs a third data signal to the camera body in synchronization with the first clock signal; a tenth terminal (HCLK) that outputs a second clock signal to the camera body; and an eleventh terminal (HDATA) that outputs a second data signal to the camera body in synchronization with the second clock signal, wherein: a distance between the tenth terminal and the second terminal is longer than a distance between the eighth terminal and the second terminal.
Patient support, in particular for an operating table, with two supporting parts (10, 12) that can be coupled together, wherein a transmission device is provided to transmit data and/or electrical energy between the two supporting parts (10, 12), and wherein the transmission device comprises a first component and a second component which communicate with one another wirelessly, characterised in that the supporting parts (10, 12) can be pivoted relative to one another about a pivot axis, in that when one supporting part is pivoted relative to the other supporting part, the components are also moved relative to one another about the pivot axis, and in that the first component is a curved antenna and the second component is an RFID chip.
A socket assembly (100, 200, 600, 700) comprising: a light emitting diode package (102, 202, 602, 702) having an LED printed circuit board (104, 204, 604, 704) with an LED (106, 206, 606, 706) mounted thereto, the LED package having a power contact (108, 208, 608, 708) configured to receive power from a power source to power the LED and a socket housing (110, 210, 610, 710) having a receptacle (112, 212, 612, 712) that removably receives the LED package, the socket housing having a securing feature (114, 214, 614, 714) engaging the LED PCB to secure the LED PCB within the receptacle, the securing feature being configured to release the LED PCB to remove the LED PCB from the receptacle, wherein the power contact comprises a contact pad on the LED PCB (104, 204, 604, 704), the assembly further comprising a power connector (118, 218, 618, 718) configured to be mated with the contact pad, characterized in that the securing feature comprises deflectable latches (114, 214, 614, 714) at a front of the socket housing (110, 210, 610, 710), which may be deflected outward from the receptacle to allow clearance for removing the LED package from the receptacle. a light emitting diode package (102, 202, 602, 702) having an LED printed circuit board (104, 204, 604, 704) with an LED (106, 206, 606, 706) mounted thereto, the LED package having a power contact (108, 208, 608, 708) configured to receive power from a power source to power the LED and a socket housing (110, 210, 610, 710) having a receptacle (112, 212, 612, 712) that removably receives the LED package, the socket housing having a securing feature (114, 214, 614, 714) engaging the LED PCB to secure the LED PCB within the receptacle, the securing feature being configured to release the LED PCB to remove the LED PCB from the receptacle, wherein the power contact comprises a contact pad on the LED PCB (104, 204, 604, 704), the assembly further comprising a power connector (118, 218, 618, 718) configured to be mated with the contact pad, characterized in that the securing feature comprises deflectable latches (114, 214, 614, 714) at a front of the socket housing (110, 210, 610, 710), which may be deflected outward from the receptacle to allow clearance for removing the LED package from the receptacle.
A regulation information analysis system configured to analyze a specification of a traffic regulation imposed on a target road of a target intersection as an analysis target, based on probe information regarding paths travelled by vehicles, the regulation information analysis system comprising: a probe information storing unit configured to store the probe information sent from a plurality of vehicles; a road network data storing unit configured to store road network data that expresses intersections and roads as nodes and links; a traffic regulation determination unit configured to read probe information from a predetermined reference number of vehicles having passed through the target road of the target intersection from the probe information storing unit and to detect the presence or absence of a traffic regulation set as an analysis object, based on the passage rate of the target road which is the ratio of the number of routes passing through the target road to the number of routes passing through either of the end points of the target road in accordance with the traffic regulation; and an avoidance factor determination unit configured to read the road network data in a specific area including the target road of the target intersection from the road network data storing unit and use the road network data to detect the presence or absence of an avoidance factor, which means a cause why the vehicle keeps from passing through the target road of the target intersection by the target route, by application of a condition specified using a node characterised by the target intersection or a link characterised by the target road, wherein the traffic regulation determination unit increases the predetermined reference number of vehicles used to detect the presence or the absence of the traffic regulation when the avoidance factor determination unit detects the presence of an avoidance factor, so as to ensure accuracy of detection of the traffic regulation.
Method for remotely controlling a vehicle, the method comprising the steps of: - creating an exterior situation image of a vehicle by means of a sensor system for sensing the surroundings of the vehicle, - specifying a trajectory of the vehicle by means of a driver assistance system of the vehicle, - wirelessly transmitting the exterior situation image and the trajectory to a remote control of the vehicle, wherein the remote control is arranged spatially separate from the vehicle, and - controlling the vehicle by means of an operating element of the remote control on the basis of the received trajectory and the received exterior situation image, characterized in that - the quality of an available data link between the vehicle and the remote control is determined, and wherein the vehicle is only controlled by means of the operating element of the remote control if the determined quality of the data link reaches a predetermined first quality level, and - wherein the trajectory is only corrected by means of the remote control if the determined quality of the data link reaches a predetermined second quality level, wherein the second quality level lies below the first quality level. - creating an exterior situation image of a vehicle by means of a sensor system for sensing the surroundings of the vehicle, - specifying a trajectory of the vehicle by means of a driver assistance system of the vehicle, - wirelessly transmitting the exterior situation image and the trajectory to a remote control of the vehicle, wherein the remote control is arranged spatially separate from the vehicle, and - controlling the vehicle by means of an operating element of the remote control on the basis of the received trajectory and the received exterior situation image, characterized in that - the quality of an available data link between the vehicle and the remote control is determined, and wherein the vehicle is only controlled by means of the operating element of the remote control if the determined quality of the data link reaches a predetermined first quality level, and - wherein the trajectory is only corrected by means of the remote control if the determined quality of the data link reaches a predetermined second quality level, wherein the second quality level lies below the first quality level.
A wireless tag writing device, which writes predetermined information to wireless tags respectively formed on a plurality of label papers attached to a label mount while conveying the wireless tags, comprising: a setting module; a calibration module configured to convey the label mount by the conveyance pitch set by the setting module and to determine a writing position of information to the wireless tags, a wireless output value at the time of writing the information, and a threshold value for discriminating between a target response signal from a wireless tag which is a writing target for the wireless output value and a non-target response signal from a wireless tag which is not the writing target; and a writing module configured to write the information at the writing position determined by the calibration module according to the wireless output value determined by the calibration module, characterized in that the setting module is configured to calculate a tag interval between two adjacent wireless tags based on a label length in a conveyance direction of the label paper, and based on a tag length in a conveyance direction of the wireless tag, and based on a label interval between two adjacent label papers of the plurality of the label papers, and to set a conveyance pitch for conveyance of the label mount based on the calculated tag interval. a setting module; a calibration module configured to convey the label mount by the conveyance pitch set by the setting module and to determine a writing position of information to the wireless tags, a wireless output value at the time of writing the information, and a threshold value for discriminating between a target response signal from a wireless tag which is a writing target for the wireless output value and a non-target response signal from a wireless tag which is not the writing target; and a writing module configured to write the information at the writing position determined by the calibration module according to the wireless output value determined by the calibration module, characterized in that the setting module is configured to calculate a tag interval between two adjacent wireless tags based on a label length in a conveyance direction of the label paper, and based on a tag length in a conveyance direction of the wireless tag, and based on a label interval between two adjacent label papers of the plurality of the label papers, and to set a conveyance pitch for conveyance of the label mount based on the calculated tag interval.
An airfoil for a turbomachine, the airfoil comprising: a root; a tip spaced radially outward from the root, the root and the tip defining a span of the airfoil therebetween; a leading edge extending across the span of the airfoil from the root to the tip; a trailing edge downstream of the leading edge along a flow direction, the trailing edge extending across the span of the airfoil from the root to the tip; a pressure side surface extending between the root and the tip and extending between the leading edge and the trailing edge; a suction side surface extending between the root and the tip and extending between the leading edge and the trailing edge, the suction side surface opposing the pressure side surface; and a thermal barrier coating on the pressure side surface and the suction side surface, the thermal barrier coating comprising a base layer and a top coat, wherein a thickness of the base layer varies across each of the pressure side surface and the suction side surface with a maximum thickness of the base layer at the leading edge, characterized in that the airfoil comprises a leading edge portion, an aft zone and an intermediate zone between the leading edge portion and the aft zone, wherein the thickness of the base layer is at a maximum in the leading edge portion, the thickness of the base layer in the intermediate zone is less than the thickness of the base layer in the leading edge portion, and wherein the thickness of the base layer is at a minimum at the trailing edge and in the aft zone. a root; a tip spaced radially outward from the root, the root and the tip defining a span of the airfoil therebetween; a leading edge extending across the span of the airfoil from the root to the tip; a trailing edge downstream of the leading edge along a flow direction, the trailing edge extending across the span of the airfoil from the root to the tip; a pressure side surface extending between the root and the tip and extending between the leading edge and the trailing edge; a suction side surface extending between the root and the tip and extending between the leading edge and the trailing edge, the suction side surface opposing the pressure side surface; and a thermal barrier coating on the pressure side surface and the suction side surface, the thermal barrier coating comprising a base layer and a top coat, wherein a thickness of the base layer varies across each of the pressure side surface and the suction side surface with a maximum thickness of the base layer at the leading edge, characterized in that the airfoil comprises a leading edge portion, an aft zone and an intermediate zone between the leading edge portion and the aft zone, wherein the thickness of the base layer is at a maximum in the leading edge portion, the thickness of the base layer in the intermediate zone is less than the thickness of the base layer in the leading edge portion, and wherein the thickness of the base layer is at a minimum at the trailing edge and in the aft zone.
A side by side cartridge assembly (14; 24) for dispensing first and second fluid materials, comprising: a first cartridge container (30; 150) having a first body configured to contain a supply of the first fluid material and a first nozzle member (38; 154) coupled with the first body and having a first nozzle channel configured to communicate with the supply of the first fluid material, and a second cartridge container (32; 152) separate from the first cartridge container, the second cartridge container having a second body configured to contain a supply of the second fluid material and a second nozzle member (48; 156) coupled with the second body and having a second nozzle channel configured to communicate with the supply of the second fluid material, characterized by the first cartridge container and the second cartridge container being positionable with respect to one another such that the first nozzle member and the second nozzle member are brought together and cooperate to form a cartridge outlet for dispensing the first and second fluid materials, the cartridge outlet including a first dispensing opening communicating with the first nozzle channel and a second dispensing opening communicating with the second nozzle channel, and an uninterrupted sealing surface surrounding the first and second dispensing openings (80, 82) and configured for sealing engagement with a mixing element when a mixing element is attached to the cartridge outlet (60; 160). a first cartridge container (30; 150) having a first body configured to contain a supply of the first fluid material and a first nozzle member (38; 154) coupled with the first body and having a first nozzle channel configured to communicate with the supply of the first fluid material, and a second cartridge container (32; 152) separate from the first cartridge container, the second cartridge container having a second body configured to contain a supply of the second fluid material and a second nozzle member (48; 156) coupled with the second body and having a second nozzle channel configured to communicate with the supply of the second fluid material,
Method for performing a biochemical analysis in outer space under conditions of reduced gravity, wherein at least one analyte in a sample (12a-e) is identified qualitatively and/or quantitatively by means of a selective binding of an analyte-specific pair of a binding substance (14a-e, 16b-e) which fixates the analyte and a detection substance (20a-e, 22b-e) which binds to the analyte and either carries bound to it a labelling substance for labelling the analyte or binds to the labelling substance, and wherein, in one method step, a mixing of the sample (12a-e), the binding substance (14a-e, 16b-e), the detection substance (20a-e, 22b-e) and the labelling substance is effected in a reaction vessel (26a-e), the method being carried out in a device (10a-e) comprising the reaction vessel (26a-e) and a magnet unit (24a-e), characterised in that the binding substances (14d, 16d) are used as non-releasably fixated binding substances (14d, 16d) in a spatially defined place of the reaction vessel, wherein the mixing is effected by means of mixing bodies (18a; 18d; 18e, 30b-c, 32b-c), wherein the mixing bodies (18a; 18d; 18e, 30b-c, 32b-c) are configured to effect a mixing of the sample (12a-e), the binding substance (14a-e, 16b-e) and the detection substance (20a-e, 22b-e), wherein the mixing bodies (18a; 18d; 18e, 30b-c, 32b-c) are brought into motion via an internal motion device or via an external force and, due to their motion, mix the sample (12a-e), the binding substance (14a-e, 16b-e) and the detection substance (20a-e, 22b-e), wherein the mixing is effected by means of magnetically moved mixing bodies (18a; 18d; 18e, 30b-c, 32b-c) and wherein the mixing bodies are embodied as magnetic inert bodies, wherein the magnetic inert bodies are magnetical or magnetisable particles which are free of binding capabilities to substances in the sample and are free from analyte-specific binding substances or analyte-specific detection substances bound to them.
An electrode mounting unit comprising: a mounting member comprising a horizontal plate, a vertical plate disposed on a top surface of the horizontal plate, and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, characterized in that a bottom surface of the unwinding prevention member is formed as a horizontal surface, wherein an unevenness for preventing sliding is formed on the horizontal surface. a mounting member comprising a horizontal plate, a vertical plate disposed on a top surface of the horizontal plate, and a shaft which is fixed to the vertical plate and into which an electrode roll is fitted to be mounted; and an unwinding prevention member press-fitted between the electrode wound around the electrode roll and the horizontal plate to press and support the electrode wound around the electrode roll so as to prevent the electrode wound around the electrode roll from being unwound, characterized in that a bottom surface of the unwinding prevention member is formed as a horizontal surface, wherein an unevenness for preventing sliding is formed on the horizontal surface.
A method of supporting, by an Access and Mobility Function, AMF, initiation of a Packet Data Unit, PDU, session between a User Equipment, UE, and a Data Network, DN, having a Data Network Name, DNN, in a telecommunication network, said method comprising, during registration of said UE in said telecommunication network, the steps of: - receiving, by said AMF, a registration request from said UE for registering said UE in said telecommunication network; - retrieving, by said AMF, from a Unified Data Management, UDM (101, 152), node, one or more DNNs to which PDU sessions are expected to be established by said UE in said telecommunication network, wherein said step of retrieving is triggered by said receiving of said registration request; - instructing, by said AMF, said UE to initiate said one or more PDU sessions between said UE and said one or more DNNs. - receiving, by said AMF, a registration request from said UE for registering said UE in said telecommunication network; - retrieving, by said AMF, from a Unified Data Management, UDM (101, 152), node, one or more DNNs to which PDU sessions are expected to be established by said UE in said telecommunication network, wherein said step of retrieving is triggered by said receiving of said registration request; - instructing, by said AMF, said UE to initiate said one or more PDU sessions between said UE and said one or more DNNs.
A method for coding a block of video data using palette coding in a video coding system, wherein the video coding system incorporates a first syntax element to indicate whether there is only one single palette index in the block of video data and a second syntax element to indicate said one single palette index if the first syntax element is asserted, the method comprising: receiving input data associated with a current block; and after signaling or parsing a current palette table for the current block, deriving corresponding total palette size of the current block including Escape index at an encoder side or at a decoder side; characterized in that if the total palette size of the current block including the Escape index is equal to one, omitting signaling a current first syntax element and a current second syntax element at the encoder side or inferring respective values for the current first syntax element and the current second syntax element at the decoder side. receiving input data associated with a current block; and after signaling or parsing a current palette table for the current block, deriving corresponding total palette size of the current block including Escape index at an encoder side or at a decoder side; characterized in that if the total palette size of the current block including the Escape index is equal to one, omitting signaling a current first syntax element and a current second syntax element at the encoder side or inferring respective values for the current first syntax element and the current second syntax element at the decoder side.