mhurhangee/ep-ind-claims huggingface dataset:
A brake system for a vehicle, the brake system comprising the following features: a pneumatically and/or hydraulically actuatable first brake device for braking a first wheel of the vehicle; a pneumatically and/or hydraulically actuatable second brake device for braking a second wheel of the vehicle; a first brake pedal associated with the first wheel; a second brake pedal associated with the second wheel; characterised by a brake control valve that is designed to apply a pneumatic and/or hydraulic brake pressure to the first brake device and/or to the second brake device when the first brake pedal and/or the second brake pedal is actuated; a first control valve for controlling the brake pressure in the first brake device; a second control valve for controlling the brake pressure in the second brake device; and an electromechanical switch module that can be actuated by the first brake pedal and/or by the second brake pedal and that is designed to activate the second control valve when the first brake pedal is actuated in order to override or at least reduce a braking effect of the second brake device and/or to activate the first control valve when the second brake pedal is actuated in order to override or at least reduce a braking effect of the first brake device. a pneumatically and/or hydraulically actuatable first brake device for braking a first wheel of the vehicle; a pneumatically and/or hydraulically actuatable second brake device for braking a second wheel of the vehicle; a first brake pedal associated with the first wheel; a second brake pedal associated with the second wheel; characterised by a brake control valve that is designed to apply a pneumatic and/or hydraulic brake pressure to the first brake device and/or to the second brake device when the first brake pedal and/or the second brake pedal is actuated; a first control valve for controlling the brake pressure in the first brake device; a second control valve for controlling the brake pressure in the second brake device; and an electromechanical switch module that can be actuated by the first brake pedal and/or by the second brake pedal and that is designed to activate the second control valve when the first brake pedal is actuated in order to override or at least reduce a braking effect of the second brake device and/or to activate the first control valve when the second brake pedal is actuated in order to override or at least reduce a braking effect of the first brake device.
A processing method for multiple evolved multimedia broadcast multicast service, eMBMS, service sources, the method being performed by a processing apparatus and comprising: receiving at least two service lists, each sent by a respective network device; merging the at least two service lists to generate an integrated service list, wherein the integrated service list records a first correspondence between the at least two service lists and the respective network devices that sent the at least two service lists, wherein each service list comprises at least one eMBMS service; and providing the integrated service list to a user equipment, so that a user selects a target service according to the integrated service list; wherein the merging the at least two service lists to generate an integrated service list further comprises: merging the at least two service lists to generate the integrated service list, wherein no service comprised in the integrated service list is repeated; and recording, according to the first correspondence, a second correspondence between each service and the respective network devices that can send the service. receiving at least two service lists, each sent by a respective network device; merging the at least two service lists to generate an integrated service list, wherein the integrated service list records a first correspondence between the at least two service lists and the respective network devices that sent the at least two service lists, wherein each service list comprises at least one eMBMS service; and providing the integrated service list to a user equipment, so that a user selects a target service according to the integrated service list; wherein the merging the at least two service lists to generate an integrated service list further comprises: merging the at least two service lists to generate the integrated service list, wherein no service comprised in the integrated service list is repeated; and recording, according to the first correspondence, a second correspondence between each service and the respective network devices that can send the service.
A method for transmitting media data based on Internet, comprising: receiving, by an over the top, OTT, server, a media data request initiated by a user terminal, wherein the OTT server is connected to at least one cache server; determining, by the OTT server, a cache server from the at least one cache server according to a location and/or a capability of the at least one cache server; and sending, by the OTT server, a notification message, which carries session information, to the user terminal and to the determined cache server, so that when the determined cache server receives a media data request, which carries session information, from the user terminal it compares the session information from the OTT server with the session information from the user terminal and sends corresponding media data to the user terminal when the session information from the OTT server matches the session information from the user terminal. receiving, by an over the top, OTT, server, a media data request initiated by a user terminal, wherein the OTT server is connected to at least one cache server; determining, by the OTT server, a cache server from the at least one cache server according to a location and/or a capability of the at least one cache server; and sending, by the OTT server, a notification message, which carries session information, to the user terminal and to the determined cache server, so that when the determined cache server receives a media data request, which carries session information, from the user terminal it compares the session information from the OTT server with the session information from the user terminal and sends corresponding media data to the user terminal when the session information from the OTT server matches the session information from the user terminal.
A device (1,100) for specifying a faulty section of an optical fiber, wherein the device is configured to be connected to an optical fiber (2,120) into which a light reflection element (3_1,3_2...3_n;110,111,112) to perform reflection of light of a fixed amount is inserted, the device comprising: a transmission means (11,101) for transmitting light to the optical fiber, and stopping the transmission; a measurement means (13,102) for measuring intensity of reflected light reflected from the light reflection element; a time measurement means (13,103) for measuring a time until intensity of the reflected light to be measured by the measurement means comes to be a predetermined value or less after the transmission means stops transmission of the light; a distance measurement means (13,104) for calculating a distance corresponding to the time having been measured by the time measurement means; and an output means (11,105) for outputting a signal indicating the distance, wherein the predetermined value is equal to or more than intensity of the reflected light when not transmitting the light, and is a value smaller than intensity of the reflected light to be received from the light reflection element inserted farthest when the light is transmitted. a transmission means (11,101) for transmitting light to the optical fiber, and stopping the transmission; a measurement means (13,102) for measuring intensity of reflected light reflected from the light reflection element; a time measurement means (13,103) for measuring a time until intensity of the reflected light to be measured by the measurement means comes to be a predetermined value or less after the transmission means stops transmission of the light; a distance measurement means (13,104) for calculating a distance corresponding to the time having been measured by the time measurement means; and an output means (11,105) for outputting a signal indicating the distance, wherein the predetermined value is equal to or more than intensity of the reflected light when not transmitting the light, and is a value smaller than intensity of the reflected light to be received from the light reflection element inserted farthest when the light is transmitted.
A method for controlling a gas turbine engine having a variable geometry mechanism (51, 52; 130), comprising: determining, at a computing device of a variable geometry mechanism control system, a power level difference between a requested engine power level and a current engine power level; comparing, at the computing device, the power level difference to a predetermined power threshold; determining, at the computing device, a requisite bias level by scaling the power level difference by a factor associated with a maximum bias level, and determining, at the computing device, the maximum bias level based on an operating condition of the engine; when the power level difference exceeds the predetermined power threshold, generating and outputting, at the computing device, a position control signal for changing a position of the variable geometry mechanism (51, 52; 130), the position control signal generated based on the requisite bias level, the requisite bias level based on the power level difference; and when the power level difference does not exceed the predetermined power threshold, maintaining the variable geometry mechanism (51, 52; 130) at a steady-state position. determining, at a computing device of a variable geometry mechanism control system, a power level difference between a requested engine power level and a current engine power level; comparing, at the computing device, the power level difference to a predetermined power threshold; determining, at the computing device, a requisite bias level by scaling the power level difference by a factor associated with a maximum bias level, and determining, at the computing device, the maximum bias level based on an operating condition of the engine; when the power level difference exceeds the predetermined power threshold, generating and outputting, at the computing device, a position control signal for changing a position of the variable geometry mechanism (51, 52; 130), the position control signal generated based on the requisite bias level, the requisite bias level based on the power level difference; and when the power level difference does not exceed the predetermined power threshold, maintaining the variable geometry mechanism (51, 52; 130) at a steady-state position.
Recoil press of a crane in the form of a gas pressure cylinder having the following features: a) a piston rod engaging in a cylinder space of the gas pressure cylinder is configured as a piston accumulator, the gas in the bottom space of the gas pressure cylinder being exchanged with the gas in the piston rod; b) an annular space surrounding the piston rod of the gas pressure cylinder carries out gas exchange with the bottom space; c) a seal arrangement in a rod guide of the gas pressure cylinder seals the piston rod against the cylinder; d) the seal arrangement comprises a circumferential lubricant groove (11, 21) in the rod guide, by means of which groove the outside of the piston rod is lubricated, the gas pressure prevailing in the cylinder being applied to the lubricant upon the interposition of a pressure transmitter (14, 17, 22). a) a piston rod engaging in a cylinder space of the gas pressure cylinder is configured as a piston accumulator, the gas in the bottom space of the gas pressure cylinder being exchanged with the gas in the piston rod; b) an annular space surrounding the piston rod of the gas pressure cylinder carries out gas exchange with the bottom space; c) a seal arrangement in a rod guide of the gas pressure cylinder seals the piston rod against the cylinder; d) the seal arrangement comprises a circumferential lubricant groove (11, 21) in the rod guide, by means of which groove the outside of the piston rod is lubricated, the gas pressure prevailing in the cylinder being applied to the lubricant upon the interposition of a pressure transmitter (14, 17, 22).
A method, comprising: performing a set of operations with a computer system with one or more processors and memory, wherein the computer system is communicatively coupled with a fixture for positioning a patient during radiological measurements wherein said set of operations comprises the following steps: receiving a biofeedback signal from the patient; while receiving the biofeedback signal from the patient: determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position. receiving a biofeedback signal from the patient; while receiving the biofeedback signal from the patient: determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position. determining, while the patient is positioned at a first position by the fixture, whether the biofeedback signal from the patient is indicative of the patient breathing at rest; and in accordance with a determination that the biofeedback signal from the patient is not indicative of the patient breathing at rest, articulating the patient using the fixture from the first position to a second position; and in accordance with a determination that the biofeedback signal from the patient, at the second position, is indicative of the patient breathing at rest, obtaining radiological measurements of the patient with the patient positioned at the second position.
Apparatus for brewing ingredients in a solvent, said apparatus comprising: - a container for containing said ingredients, - a sensor for measuring a characteristic of said solvent, - a lighting system for generating a light beam that travels towards said container, said lighting system comprising a circuit for changing, based on the measured characteristic, a lighting property of said light beam, characterized in that said sensor is one of the following sensors: - a pH sensor, said measured characteristic being the pH value of said solvent, or - an electro-conductivity sensor, said measured characteristic being the electro-conductivity value of said solvent, or - a color sensor, said measured characteristic being the color value of said solvent. - a container for containing said ingredients, - a sensor for measuring a characteristic of said solvent, - a lighting system for generating a light beam that travels towards said container, said lighting system comprising a circuit for changing, based on the measured characteristic, a lighting property of said light beam, characterized in that said sensor is one of the following sensors: - a pH sensor, said measured characteristic being the pH value of said solvent, or - an electro-conductivity sensor, said measured characteristic being the electro-conductivity value of said solvent, or - a color sensor, said measured characteristic being the color value of said solvent.
Guide system comprising a guide rail which can be placed on a ground and a guide carriage suitable for guiding a hand-operated power tool, wherein the guide rail has at least one guide contour extending along its longitudinal dimension for guiding the guide carriage, wherein the guide carriage forms a part of the hand-operated power tool or can be joined to the hand-operated power tool using connecting means, wherein the hand-operated power tool has a drive assembly for driving a cutting tool having a cutting body and provided for cutting into a workpiece along a working direction, characterised in that the guide system has a supporting device connected to the guide carriage or releasably connectable thereto using fixing means for supporting the drive assembly of the hand-operated power tool at a distance from the guide carriage provided for placing the workpiece on the guide rail, so that the cutting tool is located in the gap between the guide rail and the drive assembly for cutting into the workpiece lying on the guide rail.
Timepiece component for a timepiece movement, and notably a pivot arbor of a regulating member of a mechanical timepiece movement, made of an alloy comprising by weight: - between 25% and 55% of palladium, - between 25% and 55% of silver, - between 10% and 30% of copper, - between 0.5% and 5% of zinc, gold and platinum with a total percentage of these two elements comprised between 5% and 25%, - between 0% and 1% of one or more elements chosen from among boron and nickel, - between 0% and 3% of one or more elements chosen from among rhenium and ruthenium, - no more than 0.1% of one or more elements chosen from among iridium, osmium and rhodium, and - no more than 0.2% of other impurities, the respective quantities of the components being such that, together, they add up to 100%. - between 25% and 55% of palladium, - between 25% and 55% of silver, - between 10% and 30% of copper, - between 0.5% and 5% of zinc, - between 0% and 1% of one or more elements chosen from among boron and nickel, - between 0% and 3% of one or more elements chosen from among rhenium and ruthenium, - no more than 0.1% of one or more elements chosen from among iridium, osmium and rhodium, and - no more than 0.2% of other impurities, the respective quantities of the components being such that, together, they add up to 100%.
A method of producing a compact representation of reflectance spectrum data, the method comprising the following steps: (a) receiving or accessing the reflectance spectrum data comprising pairs of wavelength and reflectance values; (b) interpolating a spline curve to the reflectance spectrum data, the spline curve having a set of control points, a knot vector, and representing wavelength values as a first function of an independent parameter and representing reflectance values as a second function of the same independent parameter; and (c) removing one or more knots from the knot vector that minimise a cost function in a parameter domain of the spline curve. (a) receiving or accessing the reflectance spectrum data comprising pairs of wavelength and reflectance values; (b) interpolating a spline curve to the reflectance spectrum data, the spline curve having a set of control points, a knot vector, and representing wavelength values as a first function of an independent parameter and representing reflectance values as a second function of the same independent parameter; and (c) removing one or more knots from the knot vector that minimise a cost function in a parameter domain of the spline curve.
A starting control system for a diesel engine, which is arranged to perform control of a starting parameter that changes starting characteristics of an engine, while energizing a glow plug during a period from switching of an engine switch to an ignition-on position to switching of the engine switch to a starter-on position, in which, the starting control system is arranged to compare a required glow waiting time as an energization time of the glow plug required for the temperature of the glow plug to increase to a temperature level suitable for starting of the engine with an actual glow waiting time as an actual energization time for which the glow plug is actually energized from switching of the engine switch to the ignition-on position to switching of the engine switch to the starter-on position in which cranking is started, the starting control system is arranged to control the starting parameter according to a result of the comparison, characterized in that cranking is started according to the controlled starting parameter at the same time the engine switch is switched to the starter-on position and in that the starting parameter subjected to the control includes at least one of main injection timing during starting of the engine, a common rail pressure during starting of the engine, a pilot injection amount of a fuel, pilot injection timing of the fuel, and a target glow temperature.
A method performed by a user equipment, UE, the method comprising: determining, in response to an event that triggers the UE to perform an access request to a radio access network, RAN, an access category to apply; performing a barring check, applying the access category; upon determining that access is not barred based on the access category, sending the access request to a network node in the RAN, the access request including the access category, used for a decision of the network node whether to accept or reject the access request. Z determining, in response to an event that triggers the UE to perform an access request to a radio access network, RAN, an access category to apply; performing a barring check, applying the access category; upon determining that access is not barred based on the access category, sending the access request to a network node in the RAN, the access request including the access category, used for a decision of the network node whether to accept or reject the access request. Z
A polymeric material comprising a semi-interpenetrating polymeric network being suitable as an ion exchange resin and comprising: an ionic first polymer having a first ionic group, wherein the ionic first polymer is present in an amount in a range of 10 to 80 weight percent based on a total weight of the semi-interpenetrating network and contains at least 50 weight percent of a first ionic monomer based on the total weight of monomers in a first monomer composition; and a crosslinked second polymer prepared by free radical polymerization of a second monomer composition in the presence of the ionic first polymer, the second monomer composition comprising at least 30 weight percent of a crosslinking monomer based on a total weight of monomer in the second monomer composition, wherein the crosslinked second polymer is present in an amount in a range of 20 to 90 weight percent based on the total weight of the semi-interpenetrating network. an ionic first polymer having a first ionic group, wherein the ionic first polymer is present in an amount in a range of 10 to 80 weight percent based on a total weight of the semi-interpenetrating network and contains at least 50 weight percent of a first ionic monomer based on the total weight of monomers in a first monomer composition; and a crosslinked second polymer prepared by free radical polymerization of a second monomer composition in the presence of the ionic first polymer, the second monomer composition comprising at least 30 weight percent of a crosslinking monomer based on a total weight of monomer in the second monomer composition, wherein the crosslinked second polymer is present in an amount in a range of 20 to 90 weight percent based on the total weight of the semi-interpenetrating network.