mhurhangee/ep-ind-claims huggingface dataset:
Procedure for commissioning a field device for controlling or monitoring a process, comprising: - The supply of a voltage to a commissioning unit by means of a power unit, wherein said commissioning unit comprises an energy accumulator designed to store electrical energy, - Charging of the energy accumulator to commission the field device, - The supply of the stored electrical energy to the field device in the form of a voltage with a second voltage value - which is greater than a first voltage value output by the power unit - during commissioning by means of the commissioning unit when the electrical energy saved in the energy accumulator reaches or exceeds a predefined threshold value, wherein, during commissioning, the voltage requirement and power requirement of the field device is higher than during the regular operation of the field device, and - Supplying the field device with electrical energy which the field device requires to perform its designated function, after commissioning, in its regular operating mode by means of the power unit. - The supply of a voltage to a commissioning unit by means of a power unit, wherein said commissioning unit comprises an energy accumulator designed to store electrical energy, - Charging of the energy accumulator to commission the field device, - The supply of the stored electrical energy to the field device in the form of a voltage with a second voltage value - which is greater than a first voltage value output by the power unit - during commissioning by means of the commissioning unit when the electrical energy saved in the energy accumulator reaches or exceeds a predefined threshold value, wherein, during commissioning, the voltage requirement and power requirement of the field device is higher than during the regular operation of the field device, and - Supplying the field device with electrical energy which the field device requires to perform its designated function, after commissioning, in its regular operating mode by means of the power unit.
Gap bridging system for a rail vehicle for bridging the gap between a passenger compartment floor and a platform, comprising a component carrier and a step plate which is mounted slidably in relation to the component carrier by means of a sliding mounting, wherein the sliding mounting comprises a rolling bearing linear guide and two plain bearing linear guides, wherein the rolling bearing linear guide is designed as a fixed bearing which transmits forces between the step plate and the component carrier in every spatial direction oriented normally to the direction of movement of the step plate, characterized in that the plain bearing linear guides are designed as floating bearings.
An implantable medical device comprising: a housing; and a header mounted to the housing, the header including a header body having a bore with an electrical contact located within the bore, wherein the electrical contact includes a helical coil spring (221; 721) having an axial bore, wherein the axial bore of the helical coil (221; 721) spring is aligned with a longitudinal axis of the bore, characterized in that the helical coil spring (221; 721) includes an intermediate section having a smaller inner diameter as compared to a diameter of a first end and a diameter of a second end of the helical coil spring (221; 721) and that the helical coil spring (221; 721) has a pitch such that adjacent filars of the helical coil spring (221; 721) do not touch each other. a housing; and a header mounted to the housing, the header including a header body having a bore with an electrical contact located within the bore, wherein the electrical contact includes a helical coil spring (221; 721) having an axial bore, wherein the axial bore of the helical coil (221; 721) spring is aligned with a longitudinal axis of the bore,
A miter saw comprising: a base; a table pivotally coupled to the base about a miter axis; a saw unit coupled to the table for movement about the miter axis; a workpiece support pivotable relative to the base between a first position and a second position, wherein in the first position, the table is permitted to pivot about the miter axis within a first range of miter angles, and a sidewall of the workpiece support is substantially parallel with a first sidewall of the base, and in the second position, the table is permitted to pivot about the miter axis within a second range of miter angles different than the first range, characterized in that in the second position the sidewall of the workpiece support protrudes laterally outward from the first sidewall of the base; and the miter saw further includes a locking mechanism for maintaining the workpiece support in at least one of the first position or the second position, wherein the locking mechanism includes an actuator supported by and moveable with the workpiece support between the first position and the second position. a base; a table pivotally coupled to the base about a miter axis; a saw unit coupled to the table for movement about the miter axis; a workpiece support pivotable relative to the base between a first position and a second position, wherein in the first position, the table is permitted to pivot about the miter axis within a first range of miter angles, and a sidewall of the workpiece support is substantially parallel with a first sidewall of the base, and in the second position, the table is permitted to pivot about the miter axis within a second range of miter angles different than the first range, characterized in that in the second position the sidewall of the workpiece support protrudes laterally outward from the first sidewall of the base; and the miter saw further includes a locking mechanism for maintaining the workpiece support in at least one of the first position or the second position, wherein the locking mechanism includes an actuator supported by and moveable with the workpiece support between the first position and the second position.
A method of managing communication resources within a cellular network, the method comprising the steps of: Determining, by a controller, one or more groups of user equipment, UEs, within a cell provided by a base station engaged in a Multimedia Broadcast and Multicast Service, MBMS, group call in a multicast mode of operation to be migrated to a unicast mode of operation based on information indicating the load of the base station including information indicating the utilisation of one or more MBMS resources, by determining that the one or more MBMS resource utilisation is above a first threshold and if above the first threshold then migrating one or more groups of UEs to unicast operation, wherein the information indicating the load of the base station is included in a load report including a list of temporary mobile group identities (TMGI) for which data is being transmitted; and sending a message indicating that the determined one or more groups of UEs are to migrate to the unicast mode of operation. Determining, by a controller, one or more groups of user equipment, UEs, within a cell provided by a base station engaged in a Multimedia Broadcast and Multicast Service, MBMS, group call in a multicast mode of operation to be migrated to a unicast mode of operation based on information indicating the load of the base station including information indicating the utilisation of one or more MBMS resources, by determining that the one or more MBMS resource utilisation is above a first threshold and if above the first threshold then migrating one or more groups of UEs to unicast operation, wherein the information indicating the load of the base station is included in a load report including a list of temporary mobile group identities (TMGI) for which data is being transmitted; and sending a message indicating that the determined one or more groups of UEs are to migrate to the unicast mode of operation.
A filter element, comprising: a. a frame having an outlet panel and two side panels along opposite sides of the outlet panel, the side panels each having a U-shaped media anchor channel along a distal side edge of the respective side panel; b. filter media pack supported within the frame, the filter media pack including side edges along opposite sides of the media, each media side edge being at least partially received within a respective media anchor channel; c. a bead of adhesive along each media anchor channel for adhesively sealing the respective media side edge within the media anchor channel; and, d. two seal bars, each seal bar having a geometry that cooperates with a respective media anchor channel to mechanically retain the respective media side edge in the respective media anchor channel. a. a frame having an outlet panel and two side panels along opposite sides of the outlet panel, the side panels each having a U-shaped media anchor channel along a distal side edge of the respective side panel; b. filter media pack supported within the frame, the filter media pack including side edges along opposite sides of the media, each media side edge being at least partially received within a respective media anchor channel; c. a bead of adhesive along each media anchor channel for adhesively sealing the respective media side edge within the media anchor channel; and, d. two seal bars, each seal bar having a geometry that cooperates with a respective media anchor channel to mechanically retain the respective media side edge in the respective media anchor channel.
A method of operating a wireless device in a wireless communication network, the method comprising: determining respective signal qualities of a plurality of cells of the wireless communication network; ranking the plurality of cells based on the respective signal qualities of the plurality of cells; logging measurement information for at least two of the plurality of cells in memory of the wireless device based on ranking the plurality of cells, wherein ranking comprises identifying a first one of the plurality of cells having a highest signal quality and identifying at least a second one of the plurality of cells having a signal quality within a defined range of the highest signal quality, and wherein the measurement information includes a respective cell identity and beam information for each of the first one of the plurality of the cells and the second one of the plurality of cells; and transmitting a report to the wireless communication network, wherein the report includes the measurement information. determining respective signal qualities of a plurality of cells of the wireless communication network; ranking the plurality of cells based on the respective signal qualities of the plurality of cells; logging measurement information for at least two of the plurality of cells in memory of the wireless device based on ranking the plurality of cells, wherein ranking comprises identifying a first one of the plurality of cells having a highest signal quality and identifying at least a second one of the plurality of cells having a signal quality within a defined range of the highest signal quality, and wherein the measurement information includes a respective cell identity and beam information for each of the first one of the plurality of the cells and the second one of the plurality of cells; and transmitting a report to the wireless communication network, wherein the report includes the measurement information.
A method of feeding an ion thruster with propellant gas coming from a pressurized tank via a feed circuit comprising an on/off valve and, in succession downstream from said on/off valve, a high pressure restrictor, a buffer tank, and at least one low pressure restrictor, the method comprising the steps of: • calculating a pressure setpoint (p c) for the buffer tank as a function of a flow rate setpoint (Q c); • calculating the difference (Δp) between the pressure setpoint (p c) for the buffer tank and a pressure (p t) measured in the buffer tank; • calculating a setpoint (t c) for the opening time of the on/off valve as a function of said difference (Δp), of a pressure (p r) inside said pressurized tank, and of the head loss of the high pressure restrictor; and • opening the on/off valve in compliance with said opening time setpoint (t c). • calculating a pressure setpoint (p c) for the buffer tank as a function of a flow rate setpoint (Q c); • calculating the difference (Δp) between the pressure setpoint (p c) for the buffer tank and a pressure (p t) measured in the buffer tank; • calculating a setpoint (t c) for the opening time of the on/off valve as a function of said difference (Δp), of a pressure (p r) inside said pressurized tank, and of the head loss of the high pressure restrictor; and • opening the on/off valve in compliance with said opening time setpoint (t c).
A rubber-reinforcing cord comprising: a first fiber strand; and a plurality of second fiber strands disposed around the first fiber strand, characterized in that the second fiber strand has a tensile elastic modulus higher than a tensile elastic modulus of the first fiber strand by 20 GPa or more, and in that the number of twists in the first fiber strand is equal to or greater than the number of twists in the second fiber strand in the resultant form of the rubber-reinforcing cord obtained by giving final twists to the first fiber strand and second fiber strands. a first fiber strand; and a plurality of second fiber strands disposed around the first fiber strand, characterized in that the second fiber strand has a tensile elastic modulus higher than a tensile elastic modulus of the first fiber strand by 20 GPa or more, and in that the number of twists in the first fiber strand is equal to or greater than the number of twists in the second fiber strand in the resultant form of the rubber-reinforcing cord obtained by giving final twists to the first fiber strand and second fiber strands.
Assembly (1; 101; 201) for monitoring the occupancy state of a set of points or a track region with a track section (3; 103; 203) designed as an resonant circuit (2; 102; 202), wherein the resonant circuit (2; 102; 202) contains a rail (6; 106; 206) and an additional rail (7; 107; 207) of the track section (3; 103; 203) with a bridge (8, 9; 108, 109; 208, 209) which is galvanic on both sides and a capacitor (12; 112; 212) which is arranged between the rails (6, 7; 106, 107; 206, 207), characterised in that on each side of the capacitor (12; 112; 212), one feed coil (13 or 14; 113 or 114; 213 or 214) respectively, which is connected in series with the capacitor (12; 112; 212), is connected to one of the two rails (6, 7; 106, 107; 206, 207).
A method of making a low density polylactic acid foam, of density below 50 kg/m 3, using a blowing agent composition, the method comprising: - mixing a blowing agent and a foamable polylactic acid resin to form an expandable resin composition, wherein the blowing agent comprises carbon dioxide and a co-blowing agent selected from the group consisting of 3,3,3-trifluoropropene, 2,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene, trans-1-chloro-3,3,3-trifluoropropene, and mixtures thereof; wherein - the carbon dioxide and co-blowing agent are added in amounts of 3-15% wt. and 1-5% wt., respectively, with respect to the amount of foamable thermoplastic resin; and - initiating foaming of the expandable resin composition. - mixing a blowing agent and a foamable polylactic acid resin to form an expandable resin composition, wherein the blowing agent comprises carbon dioxide and a co-blowing agent selected from the group consisting of 3,3,3-trifluoropropene, 2,3,3,3-tetrafluoropropene, trans-1,3,3,3-tetrafluoropropene, trans-1-chloro-3,3,3-trifluoropropene, and mixtures thereof; wherein - the carbon dioxide and co-blowing agent are added in amounts of 3-15% wt. and 1-5% wt., respectively, with respect to the amount of foamable thermoplastic resin; and - initiating foaming of the expandable resin composition.
A method of dicing a semiconductor wafer or a substrate comprising a plurality of integrated circuits (ICs), the method comprising: forming a mask over the semiconductor wafer or the substrate covering the plurality of ICs, the plurality of ICs including metal bumps or pads with an oxidation layer; patterning the mask with a laser scribing process to provide a patterned mask with gaps, removing non-silicon materials and exposing a silicon substrate of the semiconductor wafer or the substrate between the ICs; and plasma etching the semiconductor wafer or the substrate through the gaps in the patterned mask to singulate the plurality of ICs and to simultaneously remove the oxidation layer from the metal bumps or pads. forming a mask over the semiconductor wafer or the substrate covering the plurality of ICs, the plurality of ICs including metal bumps or pads with an oxidation layer; patterning the mask with a laser scribing process to provide a patterned mask with gaps, removing non-silicon materials and exposing a silicon substrate of the semiconductor wafer or the substrate between the ICs; and plasma etching the semiconductor wafer or the substrate through the gaps in the patterned mask to singulate the plurality of ICs and to simultaneously remove the oxidation layer from the metal bumps or pads.
A valve, comprising a valve body; a first path portion in the valve body; a second path portion in the valve body; a coupling zone between the first and second path portions; and a shutter (302; 315; 319) arranged in the coupling zone, wherein the shutter comprises a shutting portion of ferromagnetic material that is deformable under the action of an external magnetic field, the shutting portion comprising an elastically deformable tapered portion configured to deform under the action of the external magnetic field, wherein the tapered portion is frustoconical-, frustopyramidal-, or a frustoprismatic-shaped, wherein the shutting portion comprises a central part and a peripheral tapered part constituting the tapered portion, the peripheral tapered part having variable thickness, characterized in that the peripheral part is deformable between an undeformed position, wherein the peripheral tapered part closes the coupling zone, and a deformed position, wherein the peripheral tapered part at least partially frees the coupling zone.
A foldable chair for leisure comprises: coupling holes formed at a set angle on both sides of a support tube such that insert tubes of front support tubes are penetrated and coupled through the coupling holes so as to be exposed, backrest tubes coupled to the insert tubes of the front support tubes coupled through the coupling holes, assembling holes formed at a set angle on the inner sides of the coupling holes on both sides of the support tube such that insert tubes of rear support tubes are penetrated and coupled to the backrest tubes at predetermined interval, insertion holes formed at a set angle on the inner sides of the assembling holes on both sides of the support tube such that insert tubes of base support tubes are penetrated and coupled to the assembling holes at predetermined intervals, and a base of which insertion parts are coupled to the base support tubes coupled through the insertion holes of both sides and to the backrest tubes coupled through the coupling holes of both sides. coupling holes formed at a set angle on both sides of a support tube such that insert tubes of front support tubes are penetrated and coupled through the coupling holes so as to be exposed, backrest tubes coupled to the insert tubes of the front support tubes coupled through the coupling holes, assembling holes formed at a set angle on the inner sides of the coupling holes on both sides of the support tube such that insert tubes of rear support tubes are penetrated and coupled to the backrest tubes at predetermined interval, insertion holes formed at a set angle on the inner sides of the assembling holes on both sides of the support tube such that insert tubes of base support tubes are penetrated and coupled to the assembling holes at predetermined intervals, and a base of which insertion parts are coupled to the base support tubes coupled through the insertion holes of both sides and to the backrest tubes coupled through the coupling holes of both sides.
An isolated nucleic acid sequence encoding a chimeric antigen receptor, wherein the CAR comprises an antigen binding domain, a transmembrane domain, a costimulatory signaling region, and a CD3 zeta signaling domain, wherein the costimulatory signaling region comprises a CD2 signaling domain and further comprises the intracellular domain of a CD28 costimulatory molecule.
A method for preparing a biocompatible tissue for revitalization thereof, characterized in that said tissue has an essentially tubular shape; said method providing the following operations: - inserting a support that mainly extends along a longitudinal extension axis inside the cavity defined by said tissue; - performing on the outer and/or inner surface of said tissue one or more holes spread out on at least one of the generatrixes of said tissue, said one or more holes being made with a depth which occupies at least a part of the thickness of said tissue. - inserting a support that mainly extends along a longitudinal extension axis inside the cavity defined by said tissue; - performing on the outer and/or inner surface of said tissue one or more holes spread out on at least one of the generatrixes of said tissue, said one or more holes being made with a depth which occupies at least a part of the thickness of said tissue.
A semiconductor device, comprising: a normally-on junction FET having a first gate electrode, a first source electrode and a first drain electrode; and a normally-off MOSFET having a second gate electrode, a second source electrode and a second drain electrode, wherein the first source electrode of the junction FET is electrically connected to the second drain electrode of the MOSFET, and the junction FET is thus connected to the MOSFET in series, the semiconductor device further comprises a voltage control element which is configured to control a voltage applied to the first gate electrode, the voltage control element including a resistor and a first diode, and the first gate electrode is electrically connected to the second gate electrode through the resistor, characterized in that: a first anode of the first diode is electrically connected to one end of the resistor on a side of the first gate electrode, and a first cathode of the first diode is electrically connected to the second source electrode of the MOSFET. a normally-on junction FET having a first gate electrode, a first source electrode and a first drain electrode; and a normally-off MOSFET having a second gate electrode, a second source electrode and a second drain electrode, wherein the first source electrode of the junction FET is electrically connected to the second drain electrode of the MOSFET, and the junction FET is thus connected to the MOSFET in series, the semiconductor device further comprises a voltage control element which is configured to control a voltage applied to the first gate electrode, the voltage control element including a resistor and a first diode, and the first gate electrode is electrically connected to the second gate electrode through the resistor, characterized in that: a first anode of the first diode is electrically connected to one end of the resistor on a side of the first gate electrode, and a first cathode of the first diode is electrically connected to the second source electrode of the MOSFET. a first anode of the first diode is electrically connected to one end of the resistor on a side of the first gate electrode, and a first cathode of the first diode is electrically connected to the second source electrode of the MOSFET.