mhurhangee/ep-ind-claims huggingface dataset:
A water meter, comprising a water meter enclosure, and first and second transducer assemblies located within the water meter enclosure, each transducer assembly comprising: a transducer enclosure; a transducer located within the transducer enclosure; a tube defining a channel connecting an interior of the transducer enclosure and an exterior of the transducer enclosure; an end-cap disposed on an end of the tube to prevent ventilation and passage of humidity through the channel defined in the tube; and a frangible portion by which the end-cap is removably coupled to the tube. a water meter enclosure, and first and second transducer assemblies located within the water meter enclosure, each transducer assembly comprising: a transducer enclosure; a transducer located within the transducer enclosure; a tube defining a channel connecting an interior of the transducer enclosure and an exterior of the transducer enclosure; an end-cap disposed on an end of the tube to prevent ventilation and passage of humidity through the channel defined in the tube; and a frangible portion by which the end-cap is removably coupled to the tube. a transducer enclosure; a transducer located within the transducer enclosure; a tube defining a channel connecting an interior of the transducer enclosure and an exterior of the transducer enclosure; an end-cap disposed on an end of the tube to prevent ventilation and passage of humidity through the channel defined in the tube; and a frangible portion by which the end-cap is removably coupled to the tube.
A method of controlling an electrical heating element, comprising: maintaining the temperature of the heating element at a target temperature during a plurality of heating phases by supplying electrical power to the heating element; limiting the power supplied to the heating element during each heating phase to a threshold power level, such that a variable B, where B is equal to the threshold power level divided by the target temperature, is progressively reduced with increasing time following activation of the heating element. maintaining the temperature of the heating element at a target temperature during a plurality of heating phases by supplying electrical power to the heating element; limiting the power supplied to the heating element during each heating phase to a threshold power level, such that a variable B, where B is equal to the threshold power level divided by the target temperature, is progressively reduced with increasing time following activation of the heating element.
A method of applying a force to a material comprising: disposing a material between an apparatus comprising a roller and a magnetically susceptible surface, wherein the roller comprises a magnet, characterized in that the roller further comprises a cutting member and the method further comprises the steps of; rolling the roller, comprising the magnet, over the material with the material disposed between the roller, comprising the magnet, and the magnetically susceptible surface in order to apply a force to the material; and cutting the material with the cutting member. disposing a material between an apparatus comprising a roller and a magnetically susceptible surface, wherein the roller comprises a magnet, characterized in that the roller further comprises a cutting member and the method further comprises the steps of; rolling the roller, comprising the magnet, over the material with the material disposed between the roller, comprising the magnet, and the magnetically susceptible surface in order to apply a force to the material; and cutting the material with the cutting member.
A computer-implemented method comprising: extracting a model of a computer application during load time, wherein the model is stored in an application map database and includes transition mapping data from the computer application, wherein the transition mapping data is for a direct transition mapping where transition instructions for a target address can be determined or wherein the transition mapping data is for an indirect transition mapping where transition instructions for the target address have runtime dependency preventing the transition instructions from being determined until runtime, the extracting comprising: saving a disassembly of target address instructions to the application map database if the transition mapping data is for an indirect transition mapping; and saving the transition instructions for the target address to the application map database if the transition mapping is a direct transition mapping without runtime dependency; and storing the model of the computer application. extracting a model of a computer application during load time, wherein the model is stored in an application map database and includes transition mapping data from the computer application, wherein the transition mapping data is for a direct transition mapping where transition instructions for a target address can be determined or wherein the transition mapping data is for an indirect transition mapping where transition instructions for the target address have runtime dependency preventing the transition instructions from being determined until runtime, the extracting comprising: saving a disassembly of target address instructions to the application map database if the transition mapping data is for an indirect transition mapping; and saving the transition instructions for the target address to the application map database if the transition mapping is a direct transition mapping without runtime dependency; and saving a disassembly of target address instructions to the application map database if the transition mapping data is for an indirect transition mapping; and saving the transition instructions for the target address to the application map database if the transition mapping is a direct transition mapping without runtime dependency; and storing the model of the computer application.
Safety-switch for a vehicle battery, to break an electric connection in which, when in a connected state, two contacts (50, 52) are electrically connected to one another, and in which, when in a disconnected state, a plurality of isolating sections lie between both contacts (50, 52), wherein, in order to switch from the connected state into the disconnected state, a propellant can be ignited, and pressure can thereby be created in a gas compartment, whereby the isolating sections and the gas compartment are physically separated from one another, characterised in that the safety-switch comprises a plurality of conducting components, which have been arranged so that they are spaced apart, as well as movable conductive elements, which, when in the connected state, connect the spaced-apart conductive elements in series, and which, when the state is switched by means of said pressure, can be separated from at least one of any of the spaced-apart conductive elements, so that one of the isolating sections is created between the two conductive elements (56, 62).
A hydropower station operation risk control system based on blockchain, wherein participating nodes of respective hydropower stations act as nodes in a blockchain, a first node is configured to generate blocks according to transaction information generated by each node, and add the blocks into a main chain, wherein the transaction information is information generated when each node transmits a risk parameterization solution to the blockchain; characterized in that, the first node is further configured to extract multiple types of risk information from the risk parameterization solution, generate different blocks according to each type of risk information respectively, and add the blocks corresponding to different types of risk information to corresponding slave chains respectively; a second node is configured to call one of the slave chains and combine with risk information in the slave chain to form a risk decision for the hydropower station to which the second node belongs; and the second node is further configured to upload the risk parameterization solution used in forming the risk decision to the blockchain. a first node is configured to generate blocks according to transaction information generated by each node, and add the blocks into a main chain, wherein the transaction information is information generated when each node transmits a risk parameterization solution to the blockchain; characterized in that, the first node is further configured to extract multiple types of risk information from the risk parameterization solution, generate different blocks according to each type of risk information respectively, and add the blocks corresponding to different types of risk information to corresponding slave chains respectively; a second node is configured to call one of the slave chains and combine with risk information in the slave chain to form a risk decision for the hydropower station to which the second node belongs; and the second node is further configured to upload the risk parameterization solution used in forming the risk decision to the blockchain.
A method for characterizing a sample, by estimating a plurality of thicknesses, named characteristic thicknesses, each being associated with a material named calibration material, comprising the following steps: - acquiring (31; 61) an energy spectrum, named spectrum transmitted through the sample ( S ech), said spectrum being defined by a number of photons transmitted through the sample in each channel of a plurality of energy channels located in an X and/or gamma spectral band; - for each spectrum of a plurality of energy spectra named calibration spectra ( S base ( L 1; L 2)), calculating (32; 62) the value of a likelihood function from said calibration spectrum ( S base ( L 1; L 2)) and from the spectrum transmitted through the sample ( S ech), each calibration spectrum ( S base ( L 1; L 2)) corresponding to the spectrum transmitted through a stack of gauge blocks, each gauge block being formed of a known thickness of a calibration material; - determining (33; 66, 69) estimations of the characteristic thicknesses L ^ 1 ech; L ^ 2 ech associated with the sample, from said values of a likelihood function and according to the criterion of maximum likelihood; characterised by a calculation of the mean effective atomic number of the sample, as a function of the estimations of the characteristic thicknesses L 1 ech; L 2 ech. - acquiring (31; 61) an energy spectrum, named spectrum transmitted through the sample ( S ech), said spectrum being defined by a number of photons transmitted through the sample in each channel of a plurality of energy channels located in an X and/or gamma spectral band; - for each spectrum of a plurality of energy spectra named calibration spectra ( S base ( L 1; L 2)), calculating (32; 62) the value of a likelihood function from said calibration spectrum ( S base ( L 1; L 2)) and from the spectrum transmitted through the sample ( S ech), each calibration spectrum ( S base ( L 1; L 2)) corresponding to the spectrum transmitted through a stack of gauge blocks, each gauge block being formed of a known thickness of a calibration material; - determining (33; 66, 69) estimations of the characteristic thicknesses L ^ 1 ech; L ^ 2 ech associated with the sample, from said values of a likelihood function and according to the criterion of maximum likelihood;
A shear wrench tool comprising: an electric motor, an output section having first and second output sleeves (28, 30) and a transmission for transferring torque from the motor to the output section wherein in use the output sleeves are caused to be rotated in opposite directions relative to each another, the first output sleeve configured for mating with a nut and the second output sleeve configured for mating with a tip of a bolt to be sheared; the shear wrench tool further comprising an ejection mechanism characterized in that the ejection mechanism has a first impact part which is both rotationally and axially movable and which has a first active surface, a second impact part which is rotationally restricted but axially movable and which has a second active surface, the ejection mechanism also having biasing means for urging the first active surface into engagement with the second active surface, wherein in use the first impact part receives torque from the electric motor for causing the first impact part to rotate relative to the second impact part whereby during such rotation interaction between the first and second active surfaces causes the first impact part to disengage from the second impact part against force of the biasing means whereby the biasing means subsequently urges the first impact part back into engagement with the second impact part for generating an impulse which is transferred via the second impact part to a sheared bolt tip for urging the sheared bolt tip out of the second output sleeve. an electric motor, an output section having first and second output sleeves (28, 30) and a transmission for transferring torque from the motor to the output section wherein in use the output sleeves are caused to be rotated in opposite directions relative to each another, the first output sleeve configured for mating with a nut and the second output sleeve configured for mating with a tip of a bolt to be sheared; the shear wrench tool further comprising an ejection mechanism characterized in that the ejection mechanism has a first impact part which is both rotationally and axially movable and which has a first active surface, a second impact part which is rotationally restricted but axially movable and which has a second active surface, the ejection mechanism also having biasing means for urging the first active surface into engagement with the second active surface, wherein in use the first impact part receives torque from the electric motor for causing the first impact part to rotate relative to the second impact part whereby during such rotation interaction between the first and second active surfaces causes the first impact part to disengage from the second impact part against force of the biasing means whereby the biasing means subsequently urges the first impact part back into engagement with the second impact part for generating an impulse which is transferred via the second impact part to a sheared bolt tip for urging the sheared bolt tip out of the second output sleeve.
A rotor (3, 3') for a hover-capable aircraft, comprising: - a drive mast; - a hub operatively connected to said drive mast and rotatable about a first axis; and - at least two blades hinged to said hub, via a rigid or elastically deformable connection, so as to be able to assume an attitude rotated about and/or translated along at least a second axis (B, C, D) with respect to said hub; said rotor (3, 3') further comprising sensor means configured to detect said attitude of at least one said blade with respect to said hub; said sensor means being configured to acquire an optical image associated with said attitude of at least one section of said blade with respect to said hub; characterized in that said sensor means comprise a camera (26, 26'); said sensor means comprising at least one said camera (26, 26') for each said blade. - a drive mast; - a hub operatively connected to said drive mast and rotatable about a first axis; and - at least two blades hinged to said hub, via a rigid or elastically deformable connection, so as to be able to assume an attitude rotated about and/or translated along at least a second axis (B, C, D) with respect to said hub; said rotor (3, 3') further comprising sensor means configured to detect said attitude of at least one said blade with respect to said hub;
A stand (10, 20, 25, 30, 40) for a dental technical material, for attaching thereto a dental model (51, 61) holding a dental technical material (52, 63), the dental model (51, 61) being provided with a pin (54, 64, 65), wherein the stand for a dental technical material comprises a body (11, 21, 31, 42); the body is provided with a holding device which holds the pin; the holding device is elastically deformable and the body and the holding device are made of light transmissive material. wherein the stand for a dental technical material comprises a body (11, 21, 31, 42); the body is provided with a holding device which holds the pin; the holding device is elastically deformable and the body and the holding device are made of light transmissive material.
A method for a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a network, a radio resource control, RRC, release message comprising a periodic scheduling configuration for configuring periodic scheduling resources; suspending one or more radio bearers; resuming the one or more suspended radio bearers for a data transmission; and performing the data transmission using the periodic scheduling resources to the network based on an interval of the periodic scheduling resources, wherein the data transmission is performed during a validity duration in which the data transmission using the periodic scheduling resources is valid, and wherein the interval of the periodic scheduling resources and the validity duration in which the data transmission using the periodic scheduling resources is valid are identified from the periodic scheduling configuration. receiving, from a network, a radio resource control, RRC, release message comprising a periodic scheduling configuration for configuring periodic scheduling resources; suspending one or more radio bearers; resuming the one or more suspended radio bearers for a data transmission; and performing the data transmission using the periodic scheduling resources to the network based on an interval of the periodic scheduling resources, wherein the data transmission is performed during a validity duration in which the data transmission using the periodic scheduling resources is valid, and wherein the interval of the periodic scheduling resources and the validity duration in which the data transmission using the periodic scheduling resources is valid are identified from the periodic scheduling configuration.
A cap assembly for attachment to an equalization port on an endoscope, comprising: a tubular housing having a first end and a second end and defining an internal chamber extending from said first end to said second end; a mounting section releasably attached to said second end of said tubular housing in fluid-tight fashion, said mounting section dimensioned to be attached to said equalization port of an endoscope in fluid-tight fashion, wherein said internal chamber communicates with said equalization port; a barrier layer formed of a reactive material that is capable of absorbing or breaking down a gaseous germicide, said barrier layer disposed within said internal chamber between said first end and said second end of said tubular housing; a first cavity defined between said barrier layer and said first end of said tubular housing; a second cavity defined between said barrier layer and said mounting section, said second cavity dimensioned to receive an indicator test strip that is capable of detecting said gaseous germicide; a first filter layer disposed between said barrier layer and said first end of said tubular housing operable to filter flow through said tubular housing; and characterized in that a plate is disposed in and across said internal chamber between said first filter layer and said barrier layer, said plate having an aperture therein, said aperture dimensioned to regulate flow through said plate and through said internal chamber. a tubular housing having a first end and a second end and defining an internal chamber extending from said first end to said second end; a mounting section releasably attached to said second end of said tubular housing in fluid-tight fashion, said mounting section dimensioned to be attached to said equalization port of an endoscope in fluid-tight fashion, wherein said internal chamber communicates with said equalization port; a barrier layer formed of a reactive material that is capable of absorbing or breaking down a gaseous germicide, said barrier layer disposed within said internal chamber between said first end and said second end of said tubular housing; a first cavity defined between said barrier layer and said first end of said tubular housing; a second cavity defined between said barrier layer and said mounting section, said second cavity dimensioned to receive an indicator test strip that is capable of detecting said gaseous germicide; a first filter layer disposed between said barrier layer and said first end of said tubular housing operable to filter flow through said tubular housing; and characterized in that a plate is disposed in and across said internal chamber between said first filter layer and said barrier layer, said plate having an aperture therein, said aperture dimensioned to regulate flow through said plate and through said internal chamber.
A secondary battery management apparatus comprising: a current control switch for opening and closing the flow of charge current or discharge current of a secondary battery; a connector for providing a connection interface with a charge/discharge device; a communication terminal for providing a communication interface with the charge/discharge device; a power supply for receiving power from the secondary battery and supplying the received power to a component that requires electrical power; a power supply line (23a, 23b) including a power supply switch for supplying or cutting off the power from the secondary battery to the power supply; a controller connected to the power supply for initiating or terminating a management operation for the secondary battery according to whether or not the power is provided from the power supply; a switch controller for detecting the reception of a communication request signal transmitted at regular intervals through the communication terminal during connection to the charge/discharge device through the connector; characterized in that the switch controller is configured to measure the voltage of the high potential line (Pack+) through which the charge current or discharge current of the secondary battery flows and, if the voltage is higher than a predetermined voltage level and the reception of a communication request signal transmitted at regular intervals is detected, the switch controller is configured to transmit a turn-on signal to the power supply switch. a current control switch for opening and closing the flow of charge current or discharge current of a secondary battery; a connector for providing a connection interface with a charge/discharge device; a communication terminal for providing a communication interface with the charge/discharge device; a power supply for receiving power from the secondary battery and supplying the received power to a component that requires electrical power; a power supply line (23a, 23b) including a power supply switch for supplying or cutting off the power from the secondary battery to the power supply; a controller connected to the power supply for initiating or terminating a management operation for the secondary battery according to whether or not the power is provided from the power supply; a switch controller for detecting the reception of a communication request signal transmitted at regular intervals through the communication terminal during connection to the charge/discharge device through the connector; characterized in that the switch controller is configured to measure the voltage of the high potential line (Pack+) through which the charge current or discharge current of the secondary battery flows and, if the voltage is higher than a predetermined voltage level and the reception of a communication request signal transmitted at regular intervals is detected, the switch controller is configured to transmit a turn-on signal to the power supply switch.