mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering a solution component by separating a plurality of components contained in a solution for recovery, the method comprising the steps of: separating between a first component and a second component by reducing a pressure of a solution containing the first component, solidification of which progresses at a predetermined solidification temperature or higher, and the second component in which the first component is dissolved, and evaporating the second component in a predetermined separation temperature range below the predetermined solidification temperature; and recovering the second component evaporated in the separation step by cooling, wherein the first component contains a water-soluble acrylic resin monomer and is an impregnation component that fills a void formed in a molded workpiece, and the second component is water, which is a solvent in which the impregnation component is dissolved, determining a permissible content of water contained in the impregnation component, and wherein the separation step is terminated when it is determined that separation between the first component and the second component has been terminated when a temperature of the solution from which the second component is evaporated reaches a predetermined determination temperature, the predetermined determination temperature being determined in accordance with the permissible content of water contained in the impregnation component. separating between a first component and a second component by reducing a pressure of a solution containing the first component, solidification of which progresses at a predetermined solidification temperature or higher, and the second component in which the first component is dissolved, and evaporating the second component in a predetermined separation temperature range below the predetermined solidification temperature; and recovering the second component evaporated in the separation step by cooling, the first component contains a water-soluble acrylic resin monomer and is an impregnation component that fills a void formed in a molded workpiece, and the second component is water, which is a solvent in which the impregnation component is dissolved, determining a permissible content of water contained in the impregnation component, and wherein the separation step is terminated when it is determined that separation between the first component and the second component has been terminated when a temperature of the solution from which the second component is evaporated reaches a predetermined determination temperature, the predetermined determination temperature being determined in accordance with the permissible content of water contained in the impregnation component.
A device, comprising: a support plate with a surface for placing a grinding wheel; a movable clamping member raised in a first position with respect to the support plate; and an actuator which is coupled to the clamping element and which is designed to move the clamping element into a second position in which the clamping element is pressed against the support plate in such a way that the grinding wheel is clamped between the support plate and the clamping element; characterized by a trigger element which is arranged relative to the support plate in such a way that the trigger element is mechanically actuated when the grinding wheel is placed on the surface of the support plate and pressed against it, wherein the trigger element and the actuator are coupled so that when the trigger element is actuated, the actuator moves the clamping element from the first position to the second position. a support plate with a surface for placing a grinding wheel; a movable clamping member raised in a first position with respect to the support plate; and an actuator which is coupled to the clamping element and which is designed to move the clamping element into a second position in which the clamping element is pressed against the support plate in such a way that the grinding wheel is clamped between the support plate and the clamping element; characterized by a trigger element which is arranged relative to the support plate in such a way that the trigger element is mechanically actuated when the grinding wheel is placed on the surface of the support plate and pressed against it, wherein the trigger element and the actuator are coupled so that when the trigger element is actuated, the actuator moves the clamping element from the first position to the second position.
A method of receiving radio-frequency transmissions with an electronic device, comprising: with an antenna in the electronic device, receiving at least first and second data streams in at least first and second respective communications bands; with a diplexer, routing the first data stream to a first receiver and routing the second data stream to a second receiver; simultaneously receiving the first data stream using the first receiver and the second data stream using the second receiver; and characterized by: with baseband processor circuitry in the electronic device, combining the first data stream received by the first receiver with the second data stream received by the second receiver; with a switching circuit that is interposed between the first receiver and the diplexer receiving the first data stream; with the switching circuit, routing the first data stream to a duplexer that is associated with the first communications band; and with the duplexer, routing the first data stream to an additional switching circuit that is interposed between the duplexer and the first receiver. with an antenna in the electronic device, receiving at least first and second data streams in at least first and second respective communications bands; with a diplexer, routing the first data stream to a first receiver and routing the second data stream to a second receiver; simultaneously receiving the first data stream using the first receiver and the second data stream using the second receiver; and characterized by: with baseband processor circuitry in the electronic device, combining the first data stream received by the first receiver with the second data stream received by the second receiver; with a switching circuit that is interposed between the first receiver and the diplexer receiving the first data stream; with the switching circuit, routing the first data stream to a duplexer that is associated with the first communications band; and with the duplexer, routing the first data stream to an additional switching circuit that is interposed between the duplexer and the first receiver. with baseband processor circuitry in the electronic device, combining the first data stream received by the first receiver with the second data stream received by the second receiver; with a switching circuit that is interposed between the first receiver and the diplexer receiving the first data stream; with the switching circuit, routing the first data stream to a duplexer that is associated with the first communications band; and with the duplexer, routing the first data stream to an additional switching circuit that is interposed between the duplexer and the first receiver.
Method for testing the truck of a rail vehicle on a test stand, including the steps: - centering the truck on the test stand, - creating an operating load in that the truck is subjected to a vertical force by means of force generators, and measuring the vertical forces at wheel supports of the test stand, characterized in that a horizontal force component is measured at the wheel supports and/or at the force generators, and the truck is displaced on the test stand during creation of the operating load through displacement of at least one wheel support in order to reduce the horizontal force component. - centering the truck on the test stand, - creating an operating load in that the truck is subjected to a vertical force by means of force generators, and measuring the vertical forces at wheel supports of the test stand,
A system for remotely measuring the active power flowing through an electrical conductor from an alternating current source to a load, the system comprising a first unit located on the conductor and a second unit electrically connected to the AC source, the first unit comprising a current transformer mounted in close proximity to the conductor, storage means for storing energy from the current transformer, a processor, a wireless transmitter, a resistor and a switch controlled by the processor to selectively switch the resistor in parallel with the current transformer, the processor being configured to: sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, and the second unit comprising a receiver to receive the signal from the first unit and being configured to measure the voltage of the AC power source and to calculate from this and the received data the power and direction of electricity flowing in the conductor. the first unit comprising a current transformer mounted in close proximity to the conductor, storage means for storing energy from the current transformer, a processor, a wireless transmitter, a resistor and a switch controlled by the processor to selectively switch the resistor in parallel with the current transformer, the processor being configured to: sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, and the second unit comprising a receiver to receive the signal from the first unit and being configured to measure the voltage of the AC power source and to calculate from this and the received data the power and direction of electricity flowing in the conductor.
A quantization method of a frame-end subframe in an input signal including a speech signal or an audio signal, the method comprising: obtaining a line spectral frequency, LSF, coefficient from a linear prediction coding, LPC, coefficient of the frame-end subframe in the input signal; the method being characterised by further comprising: determining a magnitude weighting function, based on a magnitude of a spectrum bin corresponding to a frequency of the LSF coefficient; determining a frequency weighting function based on frequency information from the LSF coefficient; determining a weighting function of the frame-end subframe by multiplying the magnitude weighting function and the frequency weighting function; quantizing the LSF coefficient based on the determined weighting function; and converting the quantized LSF coefficient to a quantized LPC coefficient, wherein the magnitude of the spectrum bin is obtained by using a fast Fourier transform coefficient which is frequency-converted from the input signal. determining a magnitude weighting function, based on a magnitude of a spectrum bin corresponding to a frequency of the LSF coefficient; determining a frequency weighting function based on frequency information from the LSF coefficient; determining a weighting function of the frame-end subframe by multiplying the magnitude weighting function and the frequency weighting function; quantizing the LSF coefficient based on the determined weighting function; and converting the quantized LSF coefficient to a quantized LPC coefficient, wherein the magnitude of the spectrum bin is obtained by using a fast Fourier transform coefficient which is frequency-converted from the input signal.
A composition for use in treating lens fibrotic disease, said composition comprising a skeletal muscle stem cell targeting molecule and at least one pharmaceutically acceptable carrier, wherein said skeletal muscle stem cell targeting molecule is an antibody which specifically binds G8 antigen, wherein said skeletal muscle stem cell targeting molecule is conjugated to at least one cytotoxic molecule, and wherein said composition is administered directly to the lens or the surrounding tissue.
A device-to-device communication method, which is used in Wireless Local Area Networks communication, comprising: receiving, by an access point, a request frame sent by a first station, the request frame is used to request a time window for performing device-to-device communication and the request frame includes a first field indicating a duration of the time window that is expected by the first station; determining, by the access point, a time window for device-to-device communication between stations; and sending, by the access point, a downlink frame comprising a second field to the first station, wherein the second field indicates the time window, and the time window is used for the first station and a second station having a device-to-device communication capability to perform device-to-device communication within the time window, wherein the downlink frame uses a frame format of a management frame. receiving, by an access point, a request frame sent by a first station, the request frame is used to request a time window for performing device-to-device communication and the request frame includes a first field indicating a duration of the time window that is expected by the first station; determining, by the access point, a time window for device-to-device communication between stations; and
A method for wireless communication, comprising: receiving, by a wireless node, a first message that includes a set of access control parameters from a network node, the set of access control parameters comprising unified access control, UAC, parameters that include a listing of access categories and a corresponding barring information set, the set of access control parameters further comprising a list of assistance information for access category selection for a number of networks sharing a cell, wherein a size of the list of assistance information for access category selection is equal to the number of networks sharing the cell, wherein each entry of the list of assistance information for access category selection is associated with a corresponding network in the number of networks sharing the cell, and wherein a value of an entry of the list of assistance information for access category selection corresponds to Access Category 1 not being configured for the corresponding network; and performing, by the wireless node, an access barring check to determine whether a certain access attempt is allowed using the set of access control parameters. receiving, by a wireless node, a first message that includes a set of access control parameters from a network node, the set of access control parameters comprising unified access control, UAC, parameters that include a listing of access categories and a corresponding barring information set, the set of access control parameters further comprising a list of assistance information for access category selection for a number of networks sharing a cell, wherein a size of the list of assistance information for access category selection is equal to the number of networks sharing the cell, wherein each entry of the list of assistance information for access category selection is associated with a corresponding network in the number of networks sharing the cell, and wherein a value of an entry of the list of assistance information for access category selection corresponds to Access Category 1 not being configured for the corresponding network; and performing, by the wireless node, an access barring check to determine whether a certain access attempt is allowed using the set of access control parameters.
A chemical-mechanical polishing system comprising: (a) a polishing component selected from the group consisting of a polishing pad, an abrasive, and a combination thereof, (b) a surfactant comprising at least one azole group having a polyether chain attached thereto, wherein the surfactant is not polyvinylimidazole and wherein the surfactant does not comprise cyclic imide groups or both pendant amide and ester groups, and (c) a liquid carrier. (a) a polishing component selected from the group consisting of a polishing pad, an abrasive, and a combination thereof, (b) a surfactant comprising at least one azole group having a polyether chain attached thereto, wherein the surfactant is not polyvinylimidazole and wherein the surfactant does not comprise cyclic imide groups or both pendant amide and ester groups, and (c) a liquid carrier.
A contacting or connection terminal for electrical conductors, for electrically connecting at least one conductor and at least one electrical contact body, - having an insulator in which the contact body is arranged, - with the contact body having at least one contact frame and a spring element interacting with the contact frame, - with the contact frame being provided with at least one contact frame bridge having connecting legs (33, 34), - with the spring element having an arm and with spring legs (23, 24, 25, 26) being arranged on the end of the arm, characterized in that - an upper contact frame bridge and a lower contact frame bridge are provided on the contact frame, which are arranged offset to one another and connected via an offset bridge, - and in that the arm of the spring element is arranged transversely and lies on the offset bridge and is additionally held by at least one guide element (41; 42; 43; 44) or alternatively between guide elements (41; 42; 43; 44) transversely along the uprightly aligned contact frame bridges (30, 31). - having an insulator in which the contact body is arranged, - with the contact body having at least one contact frame and a spring element interacting with the contact frame, - with the contact frame being provided with at least one contact frame bridge having connecting legs (33, 34), - with the spring element having an arm and with spring legs (23, 24, 25, 26) being arranged on the end of the arm, - an upper contact frame bridge and a lower contact frame bridge are provided on the contact frame, which are arranged offset to one another and connected via an offset bridge, - and in that the arm of the spring element is arranged transversely and lies on the offset bridge and is additionally held by at least one guide element (41; 42; 43; 44) or alternatively between guide elements (41; 42; 43; 44) transversely along the uprightly aligned contact frame bridges (30, 31).
A luminescence sensor comprising: - a substrate provided with at least one aperture, being for being filled with a medium, and configured such that at least one optically variable molecule can be present in said at least one aperture, - an excitation radiation source for irradiating said at least one aperture with excitation radiation for exciting said at least one optically variable molecule, and - a detector for detecting luminescence radiation generated by said at least one optically variable molecule, wherein said excitation radiation source and detector are positioned at the same side of the substrate, characterized in that said at least one aperture has a first lateral dimension larger than the diffraction limit of the excitation radiation in said medium and a second lateral dimension lower than the diffraction limit of the excitation radiation in said medium. - a substrate provided with at least one aperture, being for being filled with a medium, and configured such that at least one optically variable molecule can be present in said at least one aperture, - an excitation radiation source for irradiating said at least one aperture with excitation radiation for exciting said at least one optically variable molecule, and - a detector for detecting luminescence radiation generated by said at least one optically variable molecule, wherein said excitation radiation source and detector are positioned at the same side of the substrate, characterized in that said at least one aperture has a first lateral dimension larger than the diffraction limit of the excitation radiation in said medium and a second lateral dimension lower than the diffraction limit of the excitation radiation in said medium.
Drug comprising amlexanox or a salt thereof or a solvate thereof for use in preventing and treating vascular restenosis, wherein the drug has an inhibitory action on smooth muscle cells.
Fill-controlled hydrodynamic coupling, comprising: - a pump wheel and a turbine wheel, which delimit a working space and can be mechanically coupled to one another by means of a hydraulic fluid; - a direct circulation, which connects a hydraulic outlet to a hydraulic inlet of the working space; - only one pumping device, which is arranged hydraulically between a fluid source and the direct circulation; and - a lubricating line, which leads from the pumping device to a lubricating point of the coupling; - wherein a heat exchanger is arranged in the direct circulation, and the pumping device is hydraulically connected to the direct circulation between the heat exchanger and the inlet of the working space, and - wherein the only one pumping device is designed to deliver fluid from the fluid source into the working space and into the lubricating line in a first delivery direction and from the working space to the fluid source in a second delivery direction. - a pump wheel and a turbine wheel, which delimit a working space and can be mechanically coupled to one another by means of a hydraulic fluid; - a direct circulation, which connects a hydraulic outlet to a hydraulic inlet of the working space; - only one pumping device, which is arranged hydraulically between a fluid source and the direct circulation; and - a lubricating line, which leads from the pumping device to a lubricating point of the coupling; - wherein a heat exchanger is arranged in the direct circulation, and the pumping device is hydraulically connected to the direct circulation between the heat exchanger and the inlet of the working space, and - wherein the only one pumping device is designed to deliver fluid from the fluid source into the working space and into the lubricating line in a first delivery direction and from the working space to the fluid source in a second delivery direction.