mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting an aperiodic feedback in a wireless access system supporting multicarrier aggregation, the method performed by a user equipment, UE, and comprising: receiving a radio resource control, RRC, signal including mode information configuring a feedback mode for the aperiodic feedback and carrier information indicating two or more downlink component carriers, DL CCs, for which the aperiodic feedback is to be performed; measuring channel state information, CSI, for the two or more DL CCs according to the feedback mode; receiving a downlink control information, DCI, format 0 including a carrier indicator field and a request field, the request field indicating that the aperiodic feedback is triggered for the two or more DL CCs; and transmitting the aperiodic feedback including the measured CSI though a physical uplink shared channel, PUSCH, on an uplink component carrier, UL CC, indicated by the carrier indicator field, wherein the PUSCH is transmitted k subframes after receiving the DCI format 0. receiving a radio resource control, RRC, signal including mode information configuring a feedback mode for the aperiodic feedback and carrier information indicating two or more downlink component carriers, DL CCs, for which the aperiodic feedback is to be performed; measuring channel state information, CSI, for the two or more DL CCs according to the feedback mode; receiving a downlink control information, DCI, format 0 including a carrier indicator field and a request field, the request field indicating that the aperiodic feedback is triggered for the two or more DL CCs; and transmitting the aperiodic feedback including the measured CSI though a physical uplink shared channel, PUSCH, on an uplink component carrier, UL CC, indicated by the carrier indicator field, wherein the PUSCH is transmitted k subframes after receiving the DCI format 0.
A protective tube for a medium conduit to be tempered, wherein the protective tube is sectionally realized in the form of a corrugated tube, wherein at least one central corrugated tube section with central corrugation crests and corrugation valleys is provided, wherein at least one terminal corrugated tube section with terminal corrugation crests and corrugation valleys is arranged on at least one end of the protective tube, and wherein at least one cylindrical tube section is arranged between the central corrugated tube section and a terminal corrugated tube section, characterized in that a terminal corrugated tube section features at least one terminal corrugation crest that extends over the entire circumference of the protective tube, and in that the terminal corrugated tube section features at least one additional terminal corrugation crest that only extends over part of the circumference of the protective tube, particularly over more than 50% of the circumference of the protective tube.
A conversion kit for converting a firearm for firing live rounds to fire only non-lethal training ammunition which comprises a barrel assembly and a slide assembly which replaces the host weapon slide assembly, wherein the barrel assembly includes a barrel which interfaces with the slide assembly, and a projection, the barrel having a chamber for receiving training ammunition only, whereas live rounds will project from the rear of the barrel and hold the slide assembly rearwards a distance from the barrel, and the slide assembly includes a gate which interacts with the projection, the gate comprising a member which has a first end and a second end, wherein the first end interacts in direct manner with the projection and the second end interacts with a biasing means, wherein the member is movable between a first 'safe' position wherein a firing pin of the firearm is blocked from impacting on a cartridge in the chamber and the member is movable to a second 'fire' position wherein the firing pin is not blocked from impacting upon a cartridge in the chamber.
Antibacterial implant coating composition comprising a graft copolymer, comprising: - a (meth)acrylic acid-based backbone and - phosphonate side chains, wherein at least one phosphonate side chain is linked to a guanidine oligomer by an N-P bond. - a (meth)acrylic acid-based backbone and - phosphonate side chains,
5-amino-2,3-dihydro-1,4-phthalazinedione or one of its pharmaceutically acceptable salts for use as glucocorticoid-sparing agent allowing a significant reduction of the glucocorticoid dose compared to the use of the glucocorticoid alone in the prophylaxis or treatment of conditions treated with glucocorticoids.
Tread profile of a pneumatic vehicle tyre - in particular a pneumatic passenger car tyre - with at least one circumferential rib, which is outwardly bounded in the radial direction R by a radially outer surface, forming the ground contact surface, and in the axial direction A by circumferential grooves (2, 3), wherein there are formed in the circumferential rib transversely running grooves (4, 4'), which extend in the axial direction A from a beginning of extent of the groove (4, 4'), formed at an axial distance from the circumferential grooves (2, 3) bounding the circumferential rib, in the direction of a circumferential groove bounding the circumferential rib, over a first portion of extent and over a second portion of extent, which adjoins the first portion of extent in the axial direction A, and the transverse grooves open into the circumferential groove, wherein the groove (4, 4') is formed in the course of its extent between the first portion of extent and the second portion of extent with a vertex point, wherein the direction of extent of the groove (4, 4') from the beginning of extent along its extent in the first portion of extent to the vertex point is formed with a greater directional component in the circumferential direction U than in the axial direction A and from the vertex point over the entire second portion of extent up to the opening into the circumferential groove is formed with a greater directional component in the axial direction A than in the circumferential direction, wherein the groove (4, 4') is formed in the first portion of extent with a depth T 1, which is formed as increasing continuously from the beginning of extent along the extent over the first portion of extent up to reaching its maximum value T 1max at the vertex point, and is formed in the second portion of extent with a constant depth T 2, where T 2 ≥ T 1max, characterized in that the groove (4, 4') is formed with a width b, which is measured in the radially outer surface, increasing along its entire extent between the beginning of extent and the circumferential groove.
A method, comprising: monitoring a moving web in a first operating mode of a machine vision system comprising at least one lighting device (18, 19), at least one image sensor (12, 15) and a data processing device (13, 16), wherein the monitoring in the first operating mode comprises illuminating the web arranged at least partly on a moving machine clothing by said at least one lighting device (18, 19) in a first operating mode and capturing images of the web by said at least one image sensor (12, 15) at an image capturing frequency; transmitting the captured image data to the data processing device (13, 16) for analysis; and changing the machine vision system to a second operating mode, if absence of the web on the machine clothing is detected, wherein in the second operating mode images of machine clothing are captured by said at least one image sensor (12, 15) at the same or different image capturing frequency than in the first operating mode, characterized in that the lighting devices (18, 19) are arranged to illuminate the machine clothing in the second operating mode, wherein intensity of light is increased or decreased for enabling effective detecting of deviations from the machine clothing. monitoring a moving web in a first operating mode of a machine vision system comprising at least one lighting device (18, 19), at least one image sensor (12, 15) and a data processing device (13, 16), wherein the monitoring in the first operating mode comprises illuminating the web arranged at least partly on a moving machine clothing by said at least one lighting device (18, 19) in a first operating mode and capturing images of the web by said at least one image sensor (12, 15) at an image capturing frequency; transmitting the captured image data to the data processing device (13, 16) for analysis; and changing the machine vision system to a second operating mode, if absence of the web on the machine clothing is detected, wherein in the second operating mode images of machine clothing are captured by said at least one image sensor (12, 15) at the same or different image capturing frequency than in the first operating mode, characterized in that the lighting devices (18, 19) are arranged to illuminate the machine clothing in the second operating mode, wherein intensity of light is increased or decreased for enabling effective detecting of deviations from the machine clothing.
An electronic assembly, comprising: an electromagnetic module, a housing disposed on one side of the electromagnetic module, and a heat conduction plate, wherein the heat conduction plate is provided with a through-hole corresponding to the electromagnetic module, and a slot penetrating through the heat conduction plate in a thickness direction and communicating the through-hole with an edge of the heat conduction plate; characterized in that the housing comprises an inner surface facing the electromagnetic module and an outer surface facing away from the electromagnetic module and opposite to the inner surface; a part of the heat conduction plate is embedded in the housing and located between the inner surface and the outer surface; and the other part of the heat conduction plate is located between the inner surface and the electromagnetic module. an electromagnetic module, a housing disposed on one side of the electromagnetic module, and a heat conduction plate, wherein the heat conduction plate is provided with a through-hole corresponding to the electromagnetic module, and a slot penetrating through the heat conduction plate in a thickness direction and communicating the through-hole with an edge of the heat conduction plate; characterized in that the housing comprises an inner surface facing the electromagnetic module and an outer surface facing away from the electromagnetic module and opposite to the inner surface; a part of the heat conduction plate is embedded in the housing and located between the inner surface and the outer surface; and the other part of the heat conduction plate is located between the inner surface and the electromagnetic module.
A vapor delivery system, comprising: a RF generator console configured to provide RF power to a heating element of the vapor delivery device; a syringe inserted into the RF generator console, the syringe comprising a syringe handle and a plunger, characterized in that the syringe further comprises a handle magnet disposed on the syringe handle, and a plunger magnet disposed in the plunger; a source of fluid coupled to the syringe; and a generator magnet disposed in the RF generator and configured to align with the plunger magnet to advance and retract the plunger magnet; wherein the RF generator console is configured to automatically refill the syringe with fluid from the source of fluid by advancing and retracting the generator magnet. a RF generator console configured to provide RF power to a heating element of the vapor delivery device; a syringe inserted into the RF generator console, the syringe comprising a syringe handle and a plunger, characterized in that the syringe further comprises a handle magnet disposed on the syringe handle, and a plunger magnet disposed in the plunger; a source of fluid coupled to the syringe; and a generator magnet disposed in the RF generator and configured to align with the plunger magnet to advance and retract the plunger magnet; wherein the RF generator console is configured to automatically refill the syringe with fluid from the source of fluid by advancing and retracting the generator magnet.
A three-dimensional modeling material for forming a three-dimensional model using thermal energy, the three-dimensional modeling material comprising an olefin-based polymer and an organometallic complex, wherein the organometallic complex contains a central metal, a ligand coordinated to the central metal, and a compatible group having a structure in which four or more carbon atoms bonded to the ligand are linearly arranged, and the central metal has one or more vacant orbitals, characterised in that the compatible group is an aliphatic chain having 4 or more carbon atoms and having no substituent. the three-dimensional modeling material comprising an olefin-based polymer and an organometallic complex, wherein the organometallic complex contains a central metal, a ligand coordinated to the central metal, and a compatible group having a structure in which four or more carbon atoms bonded to the ligand are linearly arranged, and the central metal has one or more vacant orbitals, characterised in that the compatible group is an aliphatic chain having 4 or more carbon atoms and having no substituent.
Power generation device comprising: - a power generator; - a converter device having a power output for providing electrical output power to an electricity network; - the converter device being configured for receiving input power from the power generator and providing, in response hereto, the electrical output power at the power output; - the converter device being configured for modulating the electrical output power in response to a damping control signal so as to damp a power oscillation in the electricity network; characterised in that - the converter device comprises a device controller for receiving the damping control signal and controlling in response hereto elements of the converter device; - the device controller changing the rotational speed reference of the mechanical system of the power generator in order to extract or deposit energy from the modulation of the electrical output power of the converter device. - a power generator; - a converter device having a power output for providing electrical output power to an electricity network; - the converter device being configured for receiving input power from the power generator and providing, in response hereto, the electrical output power at the power output; - the converter device being configured for modulating the electrical output power in response to a damping control signal so as to damp a power oscillation in the electricity network; characterised in that - the converter device comprises a device controller for receiving the damping control signal and controlling in response hereto elements of the converter device; - the device controller changing the rotational speed reference of the mechanical system of the power generator in order to extract or deposit energy from the modulation of the electrical output power of the converter device.
A method for deleting user equipment (105, 106, 107, 108, 109), comprising: receiving, by a virtual broadband remote access server control plane vBRAS-CP device, a delete instruction from a control device, wherein the delete instruction comprises a target attribute, and the target attribute corresponds to at least two user equipments (105, 106, 107, 108, 109); and sending, by the vBRAS-CP device, a delete entry operation to a virtual broadband remote access server user plane vBRAS-UP device (103, 104), to instruct the vBRAS-UP device (103, 104) to delete entries of the user equipments (105, 106, 107, 108, 109) corresponding to the target attribute; and the delete entry operation comprises the target attribute. receiving, by a virtual broadband remote access server control plane vBRAS-CP device, a delete instruction from a control device, wherein the delete instruction comprises a target attribute, and the target attribute corresponds to at least two user equipments (105, 106, 107, 108, 109); and sending, by the vBRAS-CP device, a delete entry operation to a virtual broadband remote access server user plane vBRAS-UP device (103, 104), to instruct the vBRAS-UP device (103, 104) to delete entries of the user equipments (105, 106, 107, 108, 109) corresponding to the target attribute; and the delete entry operation comprises the target attribute.
A hot rolling apparatus for manufacturing a metal plate by hot-rolling-treating a metal material including copper, comprising: a rough rolling device for rolling-treating the metal material to which a heating treatment has been applied, a plurality of times with a back-and-forth movement of the metal material, to mold into a metal plate; a heat retention/application treatment device for retaining heat of or applying heat to the metal plate molded by the rough rolling device at lower temperatures than in the heating treatment, without applying bending; a finish rolling device for further rolling-treating the metal plate that has been heat-treated by the heat retention/application treatment device; a cooling device for cooling the metal plate that has been rolling-treated by the finish rolling device; and a support table for movably supporting the metal material from below before and after the rough rolling device while the metal material is moved back and forth by the rough rolling device, characterized in that the support table further includes a posterior support table for movably supporting the metal material from below, between the rough rolling device and the heat retention/application treatment device, and a length of the posterior support table is set greater than a length by which the metal material protrudes from the rough rolling device in a final back-and-forth movement of the metal material from the rough rolling device toward the heat retention/application treatment device. a rough rolling device for rolling-treating the metal material to which a heating treatment has been applied, a plurality of times with a back-and-forth movement of the metal material, to mold into a metal plate; a heat retention/application treatment device for retaining heat of or applying heat to the metal plate molded by the rough rolling device at lower temperatures than in the heating treatment, without applying bending; a finish rolling device for further rolling-treating the metal plate that has been heat-treated by the heat retention/application treatment device; a cooling device for cooling the metal plate that has been rolling-treated by the finish rolling device; and a support table for movably supporting the metal material from below before and after the rough rolling device while the metal material is moved back and forth by the rough rolling device, characterized in that the support table further includes a posterior support table for movably supporting the metal material from below, between the rough rolling device and the heat retention/application treatment device, and a length of the posterior support table is set greater than a length by which the metal material protrudes from the rough rolling device in a final back-and-forth movement of the metal material from the rough rolling device toward the heat retention/application treatment device.
A mud pulse telemetry tool for use in a drill string having a drilling fluid flowing therein; said tool comprising: a pulser disposed in said drill string, the pulser including: a non-rotating mud pulse stator, and a mud pulse rotor disposed proximate to the stator; and a drive system connected to the mud pulse rotor via a mud pulse rotor shaft, said drive system comprising: a turbine stator, a turbine rotor, a rotatable inertial member, said rotatable inertial member magnetically coupled to the turbine rotor, said inertial member operatively connected at a first end to the mud pulse rotor via a rotational input member; characterised in that said rotatable inertial member when rotating having a larger inertia than an inertia of the mud pulse rotor and a drive train from the rotational input member to the mud pulse rotor shaft. a pulser disposed in said drill string, the pulser including: a non-rotating mud pulse stator, and a mud pulse rotor disposed proximate to the stator; and a non-rotating mud pulse stator, and a mud pulse rotor disposed proximate to the stator; and a drive system connected to the mud pulse rotor via a mud pulse rotor shaft, said drive system comprising: a turbine stator, a turbine rotor, a rotatable inertial member, said rotatable inertial member magnetically coupled to the turbine rotor, said inertial member operatively connected at a first end to the mud pulse rotor via a rotational input member; characterised in that said rotatable inertial member when rotating having a larger inertia than an inertia of the mud pulse rotor and a drive train from the rotational input member to the mud pulse rotor shaft. a turbine stator, a turbine rotor, a rotatable inertial member, said rotatable inertial member magnetically coupled to the turbine rotor, said inertial member operatively connected at a first end to the mud pulse rotor via a rotational input member; characterised in that said rotatable inertial member when rotating having a larger inertia than an inertia of the mud pulse rotor and a drive train from the rotational input member to the mud pulse rotor shaft.
An elevator controller comprising a controller main body for controlling an operation of a car and for monitoring presence of an abnormality of a brake torque of a brake device for braking running of the car, characterized in that the controller main body judges whether or not an emergency operation or a normal operation is being performed upon detection of the abnormality of the brake torque when the car stops, and allows a door to be opened when the emergency operation is being performed and inhibits the door from being opened when the normal operation is being performed.