mhurhangee/ep-ind-claims huggingface dataset:
Method for classifying a partial discharge in an insulator of an electrical conductor of a medium voltage or high voltage electrical device, the method being implemented in an electronic control unit and being configured to classify a partial discharge from between at least a first class and a second class distinct from the first class, the method comprising the steps: - obtain a set of samples (E 1..., E n) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set of samples each corresponding to at least one partial discharge, - determine a classification model by automatic learning based on at least one statistical quantity of the samples of the set obtained (step 52), in which the statistical quantity of the set of samples to be classified comprises the duration (Delta) separating two consecutive samples of the set of samples to be classified, - acquire a new sample (E n+1) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1) based on the classification model. (step 54) the method comprising the steps: - obtain a set of samples (E 1..., E n) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set of samples each corresponding to at least one partial discharge, - determine a classification model by automatic learning based on at least one statistical quantity of the samples of the set obtained (step 52), - obtain a set of samples (E 1..., E n) each corresponding to at least one partial discharge, (step 51) - determine a duration (Delta) separating two consecutive samples of the set of samples each corresponding to at least one partial discharge, - determine a classification model by automatic learning based on at least one statistical quantity of the samples of the set obtained (step 52), in which the statistical quantity of the set of samples to be classified comprises the duration (Delta) separating two consecutive samples of the set of samples to be classified, - acquire a new sample (E n+1) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1) based on the classification model. (step 54) - acquire a new sample (E n+1) corresponding to at least one partial discharge, (step 53) - determine the class (C1, C2) of the partial discharge associated with the new sample acquired (E n+1) based on the classification model. (step 54)
A working machine comprising: a machine body; a traveling device travelably supporting the machine body; a hydraulic driving device to hydraulically drive the traveling device; a floor frame supported on the machine body via a mounting member; a pedal (111L, 111R) operable to brake the traveling device; an inching valve to change a flow rate of hydraulic fluid supplied to the hydraulic driving device according to operation of the pedal (111L, 111R); and a cable operably connecting the pedal (111L, 111R) to the inching valve, the working machine being characterized in that the floor frame includes an installation part supporting an operator's seat, the pedal (111L, 111R) is attached to the floor frame, and the inching valve is attached to the installation part below the operator's seat. a machine body; a traveling device travelably supporting the machine body; a hydraulic driving device to hydraulically drive the traveling device; a floor frame supported on the machine body via a mounting member; a pedal (111L, 111R) operable to brake the traveling device; an inching valve to change a flow rate of hydraulic fluid supplied to the hydraulic driving device according to operation of the pedal (111L, 111R); and a cable operably connecting the pedal (111L, 111R) to the inching valve, the working machine being characterized in that the floor frame includes an installation part supporting an operator's seat, the pedal (111L, 111R) is attached to the floor frame, and the inching valve is attached to the installation part below the operator's seat.
A reciprocating welding wire feed system, comprising: - a first drive roll comprising a first set of protrusions extending radially outward from the first drive roll and configured to drive a welding wire in a linear first direction; and - a second drive roll disposed adjacent to the first drive roll on a first side of the welding wire, wherein the second drive roll comprises a second set of protrusions extending radially outward from the second drive roll and configured to drive the welding wire in a linear second direction opposite the first linear direction; wherein the first drive roll and the second drive roll do not contact the welding wire simultaneously, characterized in that the first set of protrusions is spaced equidistantly about a first circumference of the first drive roll, the second set of protrusions is spaced equidistantly about a second circumference of the second drive roll, and the first and second sets of protrusions are out of phase relative to one another. - a first drive roll comprising a first set of protrusions extending radially outward from the first drive roll and configured to drive a welding wire in a linear first direction; and - a second drive roll disposed adjacent to the first drive roll on a first side of the welding wire, wherein the second drive roll comprises a second set of protrusions extending radially outward from the second drive roll and configured to drive the welding wire in a linear second direction opposite the first linear direction; wherein the first drive roll and the second drive roll do not contact the welding wire simultaneously,
A branching air supply device of a refrigerator, comprising: a housing, having an air inlet and a plurality of air outlets; and an adjustment member, rotatably disposed in the housing, to completely block, partially block or completely expose each air outlet at different rotational positions, so as to adjust respective air outlet areas of the plurality of air outlets, characterized in a baffle, rotatably mounted at the air inlet; and a linkage apparatus, configured to transfer the rotational movement of the adjustment member to the baffle, so that the baffle moves to open or close the air inlet. a housing, having an air inlet and a plurality of air outlets; and an adjustment member, rotatably disposed in the housing, to completely block, partially block or completely expose each air outlet at different rotational positions, so as to adjust respective air outlet areas of the plurality of air outlets, characterized in a baffle, rotatably mounted at the air inlet; and a linkage apparatus, configured to transfer the rotational movement of the adjustment member to the baffle, so that the baffle moves to open or close the air inlet.
A compensation nut fastener assembly (100; 200; 400), comprising: a first nut (110; 206; 402) including a first channel; a second nut (112; 208; 414) including a second channel configured to receive a portion of the first nut (110; 206; 402); and a torque clip comprising at least one securing member, wherein the at least one securing member comprises a fixing clip that securely fixes the torque clip to the first nut (110; 206; 402), characterized in that the torque clip comprising a shaft, the at least one securing member radially extending from the shaft, wherein the shaft is securely fixed within the first channel, and the at least one securing member further includes an offset tab that defines a minimum offset distance between the first nut (110; 206; 402) and the second nut (112; 208; 414). a first nut (110; 206; 402) including a first channel; a second nut (112; 208; 414) including a second channel configured to receive a portion of the first nut (110; 206; 402); and a torque clip comprising at least one securing member, wherein the at least one securing member comprises a fixing clip that securely fixes the torque clip to the first nut (110; 206; 402), characterized in that the torque clip comprising a shaft, the at least one securing member radially extending from the shaft, wherein the shaft is securely fixed within the first channel, and the at least one securing member further includes an offset tab that defines a minimum offset distance between the first nut (110; 206; 402) and the second nut (112; 208; 414).
A method for wireless communications performed by a user equipment, UE, the method comprising: sending a request to connect to a set of network slices, wherein the request comprises at least one priority associated with at least one network slice in the set of network slices; receiving signaling indicating a set of allowed network slices in response to the request; and determining, based on the set of allowed network slices and the at least one priority associated with the at least one network slice, whether to remain connected with a current serving network or to reselect to a new serving network. sending a request to connect to a set of network slices, wherein the request comprises at least one priority associated with at least one network slice in the set of network slices; receiving signaling indicating a set of allowed network slices in response to the request; and determining, based on the set of allowed network slices and the at least one priority associated with the at least one network slice, whether to remain connected with a current serving network or to reselect to a new serving network.
A drug delivery device comprising: a drug delivery housing comprising a drug reservoir for containing the drug; a piston for injecting the drug from the drug reservoir through an injection site via a needle housing; characterized by: a treatment element comprising a treatment compartment; a treatment substance for improving the pharmacokinetic and/or pharmacodynamic properties of the drug and stored in the compartment, the treatment element being coupled to the drug delivery housing, wherein the needle housing comprises a needle opening and the treatment substance is delivered to the injection site through at least one of: treatment delivery openings formed in the needle housing and surrounding the needle opening; an opening formed at an opposite end of the device to the needle housing; and the needle opening. a drug delivery housing comprising a drug reservoir for containing the drug; a piston for injecting the drug from the drug reservoir through an injection site via a needle housing; characterized by: a treatment element comprising a treatment compartment; a treatment substance for improving the pharmacokinetic and/or pharmacodynamic properties of the drug and stored in the compartment, the treatment element being coupled to the drug delivery housing, wherein the needle housing comprises a needle opening and the treatment substance is delivered to the injection site through at least one of: treatment delivery openings formed in the needle housing and surrounding the needle opening; an opening formed at an opposite end of the device to the needle housing; and the needle opening. a treatment element comprising a treatment compartment; a treatment substance for improving the pharmacokinetic and/or pharmacodynamic properties of the drug and stored in the compartment, the treatment element being coupled to the drug delivery housing, wherein the needle housing comprises a needle opening and the treatment substance is delivered to the injection site through at least one of: treatment delivery openings formed in the needle housing and surrounding the needle opening; an opening formed at an opposite end of the device to the needle housing; and the needle opening. treatment delivery openings formed in the needle housing and surrounding the needle opening; an opening formed at an opposite end of the device to the needle housing; and the needle opening.
Method for operating a motor vehicle comprising at least one electric drive component (18, 20, 22), which is cooled by means of at least one coolant circuit (14, 16) which is thermally connected to a refrigerant circuit, characterised in that by means of an activating element the driver can select either a first operating mode, defined as the normal operating mode, or a second operating mode, defined as the sports operating mode, and in the first operating mode of the motor vehicle a flow temperature of a coolant of the at least one coolant circuit (14, 16) is set to a first value by means of active cooling by the refrigerant circuit, and in the second operating mode of the motor vehicle the flow temperature of the coolant of the at least one coolant circuit (14, 16) is set to a second, lower value by means of active cooling by the refrigerant circuit.
A fire protection sprinkler, comprising: a body having a water passage defined therein, and the water passage including an inlet orifice and an outlet orifice; a seal cap to seal a flow of fluid from the output orifice, water-exposed surfaces of said seal cap being formed of a low-lead releasing material; a thermally-responsive element positioned to releasably retain the seal cap; and a deflector supported on said body, wherein said fire protection sprinkler is characterized by: the water passage having its interior surface formed of a low-lead releasing material, material. a body having a water passage defined therein, and the water passage including an inlet orifice and an outlet orifice; a seal cap to seal a flow of fluid from the output orifice, water-exposed surfaces of said seal cap being formed of a low-lead releasing material; a thermally-responsive element positioned to releasably retain the seal cap; and a deflector supported on said body, wherein said fire protection sprinkler is characterized by: the water passage having its interior surface formed of a low-lead releasing material, material. the water passage having its interior surface formed of a low-lead releasing material, material.
A sight glass apparatus for viewing the interior of a pressurised vessel, chamber or a pipe conveying fluid under pressure, the sight glass apparatus comprising: a sight glass assembly mounted over an opening into the vessel, chamber or pipe, the sight glass assembly comprising a sight glass adjacent the opening which provides a window to the inside of the vessel, chamber or pipe; and a containment vessel mounted behind and/or around the sight glass assembly for containing fluid exiting the opening in the vessel, chamber or pipe in the event that the sight glass assembly fails, wherein the sight glass apparatus further comprises an optical sensor mounted within the containment vessel for viewing the interior of the pipe, chamber or vessel through the sight glass assembly, characterised in that the containment vessel comprises one or more optical elements for defining an indirect optical path between the sight glass and the optical sensor, the optical sensor being mounted out of a direct path from the sight glass. a sight glass assembly mounted over an opening into the vessel, chamber or pipe, the sight glass assembly comprising a sight glass adjacent the opening which provides a window to the inside of the vessel, chamber or pipe; and a containment vessel mounted behind and/or around the sight glass assembly for containing fluid exiting the opening in the vessel, chamber or pipe in the event that the sight glass assembly fails, wherein the sight glass apparatus further comprises an optical sensor mounted within the containment vessel for viewing the interior of the pipe, chamber or vessel through the sight glass assembly, characterised in that the containment vessel comprises one or more optical elements for defining an indirect optical path between the sight glass and the optical sensor, the optical sensor being mounted out of a direct path from the sight glass.
A method of data conditioning comprising the steps of: receiving a data stream; encoding, by an encoder, a time code in the data stream to identify a portion of the data stream corresponding to a content fragment, wherein the time code indicates a time the content fragment was created; encoding, by the encoder a horizon window indicating one or more next in time fragments into the content fragment and, for each of the one or more next in time fragments, indicating a quality level of the next in time fragment; separating, by a fragmentor, the identified portion of the data stream based on the time code to define the content fragment, wherein the content fragment comprises the encoded time code; and transmitting, by the fragmentor, the content fragment to a distribution network. receiving a data stream; encoding, by an encoder, a time code in the data stream to identify a portion of the data stream corresponding to a content fragment, wherein the time code indicates a time the content fragment was created; encoding, by the encoder a horizon window indicating one or more next in time fragments into the content fragment and, for each of the one or more next in time fragments, indicating a quality level of the next in time fragment; separating, by a fragmentor, the identified portion of the data stream based on the time code to define the content fragment, wherein the content fragment comprises the encoded time code; and transmitting, by the fragmentor, the content fragment to a distribution network.
Direct time-of-flight depth imaging sensor comprising: - an array of photodetectors arranged in one or more subgroups, wherein each subgroup is divided into a plurality of minigroups of photodetectors; - digital processing and communication units each associated to one of the minigroups, each comprising: ∘ a minigroup pixel address register to store an address of the photodetector in the respective minigroup which has detected the last photon detection event within a coincidence window, wherein the coincidence window corresponds to detection window of a fixed duration starting with the first photon detection event within the respective subgroup; and ∘ a minigroup timestamp unit configured to store minigroup timestamp data of the last photon detection event received in the coincidence window; - a time to digital converter configured to generate a subgroup timestamp data about the first photon detection event in the subgroup during the coincidence window. - an array of photodetectors arranged in one or more subgroups, wherein each subgroup is divided into a plurality of minigroups of photodetectors; - digital processing and communication units each associated to one of the minigroups, each comprising: ∘ a minigroup pixel address register to store an address of the photodetector in the respective minigroup which has detected the last photon detection event within a coincidence window, wherein the coincidence window corresponds to detection window of a fixed duration starting with the first photon detection event within the respective subgroup; and ∘ a minigroup timestamp unit configured to store minigroup timestamp data of the last photon detection event received in the coincidence window; ∘ a minigroup pixel address register to store an address of the photodetector in the respective minigroup which has detected the last photon detection event within a coincidence window, wherein the coincidence window corresponds to detection window of a fixed duration starting with the first photon detection event within the respective subgroup; and ∘ a minigroup timestamp unit configured to store minigroup timestamp data of the last photon detection event received in the coincidence window; - a time to digital converter configured to generate a subgroup timestamp data about the first photon detection event in the subgroup during the coincidence window.
Tachograph which is designed to execute security-critical program parts and non-security-critical program parts and has: - a hardware platform having a computing unit and a memory unit, - a memory management system for managing the memory unit, which memory management system is executable in the computing unit and is designed to assign a protected virtual memory area to each of the program parts and to prevent the respective other program parts from effecting read or write access to this respective memory area, - a virtualizer which is executable in the computing unit and is designed to provide independent virtual machines on each of which one of the program parts is executed in such a way that the respective other program parts are not affected or are affected only via predefined interfaces, - wherein the computing unit comprises a physical memory management unit for the memory management system, - wherein the virtualizer comprises a real-time-capable operating system having real-time functions, and - wherein the tachograph executes program parts with different security and real-time requirements, and - wherein a programming interface is executed in a first virtual machine, a real-time operating system is executed in a second virtual machine, a further operating system (32") is executed in a third virtual machine and a security-critical application program, which is equipped with administrator rights, is executed in a fourth virtual machine. - a hardware platform having a computing unit and a memory unit, - a memory management system for managing the memory unit, which memory management system is executable in the computing unit and is designed to assign a protected virtual memory area to each of the program parts and to prevent the respective other program parts from effecting read or write access to this respective memory area, - a virtualizer which is executable in the computing unit and is designed to provide independent virtual machines on each of which one of the program parts is executed in such a way that the respective other program parts are not affected or are affected only via predefined interfaces, - wherein the computing unit comprises a physical memory management unit for the memory management system, - wherein the virtualizer comprises a real-time-capable operating system having real-time functions, and - wherein the tachograph executes program parts with different security and real-time requirements, and - wherein a programming interface is executed in a first virtual machine, a real-time operating system is executed in a second virtual machine, a further operating system (32") is executed in a third virtual machine and a security-critical application program, which is equipped with administrator rights, is executed in a fourth virtual machine.