mhurhangee/ep-ind-claims huggingface dataset:
A user equipment having operating modes of at least a connected mode and an idle mode, comprising: a measurement unit configured to measure radio quality in the idle mode in accordance with measurement target information indicating that the user equipment is preset to report a measurement value of the radio quality to a management node; a storage unit configured to store the measurement target information and the measurement value of the radio quality measured by the measurement unit; a transmitting unit configured to, if a predefined report condition is satisfied, transmit an indicator indicative of presence of the measurement value of the radio quality to a base station in the connected mode and in response to a request from the base station, transmit a report signal including the measurement value of the radio quality, characterized in that, if a predefined period has expired or if it is confirmed that the report signal has been successfully transmitted, the storage unit deletes the measurement target information. a measurement unit configured to measure radio quality in the idle mode in accordance with measurement target information indicating that the user equipment is preset to report a measurement value of the radio quality to a management node; a storage unit configured to store the measurement target information and the measurement value of the radio quality measured by the measurement unit; a transmitting unit configured to, if a predefined report condition is satisfied, transmit an indicator indicative of presence of the measurement value of the radio quality to a base station in the connected mode and in response to a request from the base station, transmit a report signal including the measurement value of the radio quality, characterized in that, if a predefined period has expired or if it is confirmed that the report signal has been successfully transmitted, the storage unit deletes the measurement target information.
A method of wireless communication by a base station (no), comprising: identifying a first region of a first frequency spectrum assigned to a first operator, wherein uplink and downlink subframe configurations for Time Division Duplex, TDD, communications using the first region and a first region of a second frequency spectrum assigned to a second operator are synchronized between the first and second operator; identifying a second region of the first frequency spectrum, wherein uplink and downlink subframe configurations for TDD communications using the second region and a second region of the second frequency spectrum are not synchronized between the first and second operators; and communicating with one or more user equipments, UEs, using the first and second regions of the first frequency spectrum. identifying a first region of a first frequency spectrum assigned to a first operator, wherein uplink and downlink subframe configurations for Time Division Duplex, TDD, communications using the first region and a first region of a second frequency spectrum assigned to a second operator are synchronized between the first and second operator; identifying a second region of the first frequency spectrum, wherein uplink and downlink subframe configurations for TDD communications using the second region and a second region of the second frequency spectrum are not synchronized between the first and second operators; and communicating with one or more user equipments, UEs, using the first and second regions of the first frequency spectrum.
A superheated-steam heating nozzle which is suitable for carrying out an operation in which saturated vapor at 100°C taken from a steam-intake tube provided at the inlet side of the nozzle is heated and then sprayed from a blow-out nozzle provided at the outlet side of said superheated-steam heating nozzle, characterized in that it comprises: a first steam pipe, a second steam pipe, a third steam pipe, and a fourth steam pipe that are concentrically disposed from inside to outside; a temperature-rise-prevention section that is suitable for peripherally spreading steam from a steam-intake tube to the center of said inlet side, sending said steam to the gap between the third steam pipe and the fourth steam pipe; an outlet connection that is provided to said outlet side and that is suitable for receiving steam from the first steam pipe; a blow-out nozzle that is connected to the outlet connection; multiple electric heaters (5, 7) that are disposed in the gap between the second steam pipe and the third steam pipe and whose sealed sections at the tips traverse the aforementioned temperature-rise-prevention section and protrude toward the outside of said superheated-steam heating nozzle; a first loop-back section that is provided on said outlet side and that connects the gap between the third steam pipe and the fourth steam pipe with the gap between the first steam pipe and the second steam pipe; and a second loop-back section that is provided on said inlet side and that connects the gap between the first steam pipe and the second steam pipe with the inside of the first steam pipe. a first steam pipe, a second steam pipe, a third steam pipe, and a fourth steam pipe that are concentrically disposed from inside to outside; a temperature-rise-prevention section that is suitable for peripherally spreading steam from a steam-intake tube to the center of said inlet side, sending said steam to the gap between the third steam pipe and the fourth steam pipe; an outlet connection that is provided to said outlet side and that is suitable for receiving steam from the first steam pipe; a blow-out nozzle that is connected to the outlet connection; multiple electric heaters (5, 7) that are disposed in the gap between the second steam pipe and the third steam pipe and whose sealed sections at the tips traverse the aforementioned temperature-rise-prevention section and protrude toward the outside of said superheated-steam heating nozzle; a first loop-back section that is provided on said outlet side and that connects the gap between the third steam pipe and the fourth steam pipe with the gap between the first steam pipe and the second steam pipe; and a second loop-back section that is provided on said inlet side and that connects the gap between the first steam pipe and the second steam pipe with the inside of the first steam pipe.
A method performed by a wireless communication device, comprising: determining a configuration of a slot as a sidelink channel resource unit of a sidelink channel according to a sidelink channel resource pattern table; and performing sidelink communications on the sidelink channel resource unit, wherein the sidelink channel resource pattern table comprises a plurality of sidelink channel resource configuration patterns, one of which indicates a configuration of the sidelink channel resource unit, the configuration of the sidelink channel resource unit comprises a plurality of symbols in a time slot, and a configuration for using one symbol of the plurality of symbols in the time slot is for an automatic gain control, AGC. determining a configuration of a slot as a sidelink channel resource unit of a sidelink channel according to a sidelink channel resource pattern table; and performing sidelink communications on the sidelink channel resource unit, wherein the sidelink channel resource pattern table comprises a plurality of sidelink channel resource configuration patterns, one of which indicates a configuration of the sidelink channel resource unit, the configuration of the sidelink channel resource unit comprises a plurality of symbols in a time slot, and a configuration for using one symbol of the plurality of symbols in the time slot is for an automatic gain control, AGC.
A lock with a bar biased against its extended position and a springloaded operable latch, the locking piece of which is engageable with a striking plate, wherein the locking piece includes an angled edge as well as a rear abutment surface, and wherein a locking mechanism is provided which blocks the bar in its retracted position and can be released via a pivotable two-arm release lever arranged in the latch and extending around a pivotal axis perpendicularly to the moving direction of the latch, the first arm of the release lever, in its rest position, protruding from the locking piece over a surface of the locking piece extending substantially in parallel to the pivotal axis of the release lever, and the second arm of the release lever acting on the locking mechanism, wherein the first arm of the release lever protrudes from the rear abutment surface of the locking piece and being operable from a corresponding complementary surface in the striking plate.
Method for automatically keeping a motor vehicle in a stationary state using a valve, by means of which the brake pressure (p) which is present at a brake can be maintained at a predefinable value (p s), characterized in that a positive gradient and a pressure threshold value (p s) which is dependent on the positive gradient are determined, and in that when the motor vehicle is in a stationary state the pressure threshold value (p s) is set at the valve independently of the brake pressure (p) which is present in the brake circuit.
A method of applying a thermal barrier coating to an article comprising thermally spraying plasma heated powder coating materials onto the surface of the article to produce a porous, segmented thermal barrier coating having a density ranging from 3.0 g/cc to 5.5 g/cc and having a vertical crack density between 5 macro-cracks per linear 2.54 cm to 60 macro-cracks per linear 2.54 cm, wherein the sprayed materials comprise a bi-modal distribution of 75wt% plasma densified material with particles size 11 μm to 75 μm and 25wt% spray dried material with particles size 75 μm to 180 μm; wherein the coating material comprises zirconium oxide stabilized with one or more of magnesia, ceria, yttria, ytterbia, dysposia, gadolinia, erbia, neodymia, lanthanum oxide, and/or strontium oxide; or wherein the coating material comprises zirconium oxide stabilized with one or more of magnesia, ceria, yttria, ytterbia, dysposia, gadolinia, erbia, neodymia, lanthanum oxide, and/or strontium oxide and hafnium oxide is substituted for at least part of or all of the zirconium oxide. wherein the coating material comprises zirconium oxide stabilized with one or more of magnesia, ceria, yttria, ytterbia, dysposia, gadolinia, erbia, neodymia, lanthanum oxide, and/or strontium oxide; or wherein the coating material comprises zirconium oxide stabilized with one or more of magnesia, ceria, yttria, ytterbia, dysposia, gadolinia, erbia, neodymia, lanthanum oxide, and/or strontium oxide and hafnium oxide is substituted for at least part of or all of the zirconium oxide.
A base station, wherein the base station comprises: a first processing unit, configured to determine, according to channel state information, CSI, a transmission path to be passed through for forwarding first data to a first terminal, wherein if the first processing unit determines that the first data needs to be forwarded by at least one relay station to the first terminal, the transmission path comprises a path from the base station to a relay station and a path from the relay station to the first terminal; and a second processing unit, configured to send, according to the transmission path determined by the first processing unit a first data frame to the first terminal via the at least one relay station by using a user plane protocol stack only formed by a physical layer, PHY layer, wherein the first data frame comprises resource assignment information and the first data, and the resource assignment information comprises resource assignment information from the base station to the relay station and resource assignment information from the relay station to the first terminal. a first processing unit, configured to determine, according to channel state information, CSI, a transmission path to be passed through for forwarding first data to a first terminal, wherein if the first processing unit determines that the first data needs to be forwarded by at least one relay station to the first terminal, the transmission path comprises a path from the base station to a relay station and a path from the relay station to the first terminal; and a second processing unit, configured to send, according to the transmission path determined by the first processing unit a first data frame to the first terminal via the at least one relay station by using a user plane protocol stack only formed by a physical layer, PHY layer, wherein the first data frame comprises resource assignment information and the first data, and the resource assignment information comprises resource assignment information from the base station to the relay station and resource assignment information from the relay station to the first terminal.
A near field communication device comprising: an antenna; a transmission amplifier; a matching circuit connected between the antenna and the transmission amplifier; and a transmitter, wherein the transmitter comprises a reference clock generation block configured to output a reference clock (CLKr), wherein, in a phase measurement mode, the transmitter is configured to output the reference clock (CLKr) as a transmit clock (CLKt), to transmit the transmit clock (CLKt) through the transmission amplifier to the matching circuit to form a waveform in the matching circuit and the antenna such that a wireless signal corresponding to the waveform is radiated from the antenna, to extract an extraction clock (CLKe), and to determine information relating to a phase difference between the transmit clock (CLKt) and the extraction clock (CLKe), and wherein the transmitter is further configured to control transmission of an information signal (SIGi) through the antenna, the transmission amplifier, and the matching circuit based on the determined information relating to the phase difference, and characterized in that the extraction clock (CLKe) is extracted from the waveform formed in the matching circuit. an antenna; a transmission amplifier; a matching circuit connected between the antenna and the transmission amplifier; and a transmitter, wherein the transmitter comprises a reference clock generation block configured to output a reference clock (CLKr), wherein, in a phase measurement mode, the transmitter is configured to output the reference clock (CLKr) as a transmit clock (CLKt), to transmit the transmit clock (CLKt) through the transmission amplifier to the matching circuit to form a waveform in the matching circuit and the antenna such that a wireless signal corresponding to the waveform is radiated from the antenna, to extract an extraction clock (CLKe), and to determine information relating to a phase difference between the transmit clock (CLKt) and the extraction clock (CLKe), and wherein the transmitter is further configured to control transmission of an information signal (SIGi) through the antenna, the transmission amplifier, and the matching circuit based on the determined information relating to the phase difference, and characterized in that the extraction clock (CLKe) is extracted from the waveform formed in the matching circuit.
A drive for driving a load, wherein the drive has a gear unit, a summation gearbox and electric motors, wherein power from the electric motors is supplied to the summation gearbox, wherein an input shaft of a gear unit which has an output shaft is driven with an output shaft of the summation gearbox, wherein the output shaft is connected to a shaft of the load which is to be driven, wherein power from the summation gearbox can be supplied to an energy store (10, 503) or power from the energy store (10, 503) can be transmitted to the summation gearbox, characterised in that - the summation gearbox has a housing part with centring means, the centring means being embodied as an adapter flange acting a centring flange, to which housing parts of the electric motors are connected, - spacing means, such as spacers, are arranged between the centring means and housing of the gear unit, which bring about thermal separation between the gear unit and summation gearbox, - the output shaft of the summation gearbox is mounted in a bearing cup (3, 45), which at a centring collar of the centring means is connected thereto, and which is introduced into a receiving bore of the housing of the gear unit, - and the spacing means are arranged in the axial region between the receiving bore and the adapter flange, in particular the centring collar of the adapter flange, at a greater radial distance than the bearing cup (3, 45). - the summation gearbox has a housing part with centring means, the centring means being embodied as an adapter flange acting a centring flange, to which housing parts of the electric motors are connected, - spacing means, such as spacers, are arranged between the centring means and housing of the gear unit, which bring about thermal separation between the gear unit and summation gearbox, - the output shaft of the summation gearbox is mounted in a bearing cup (3, 45), which at a centring collar of the centring means is connected thereto, and which is introduced into a receiving bore of the housing of the gear unit, - and the spacing means are arranged in the axial region between the receiving bore and the adapter flange, in particular the centring collar of the adapter flange, at a greater radial distance than the bearing cup (3, 45).
A plated steel sheet having a plating film on a surface of a hot-rolled steel sheet, wherein the hot-rolled steel sheet comprises, by weight, 0.15 to 0.25% of C, 0.5% or less of Si, 0.5 to 2.0% of Mn, 0.03% or less of P, 0.015% or less of S, 0.05% or less of Al, 0.01% or less of N, 0.01 to 0.05% of Ti, 0.0005 to 0.01% of B, a balance of Fe, and inevitable impurities, wherein the elements satisfy the following relationship 1, and wherein the hot-rolled steel sheet comprises, by area, 10 to 30% of ferrite, 20 to 40% of pearlite, and 35 to 55% of bainite, as a microstructure, 0.235 C + 0.0158 Mn + 0.0625 Si + 0.0423 Mo + 0.317 Ti + 1.36 Nb ≤ 0.075, wherein, [Mn], [Si], [Mo], [Ti], and [Nb] represent the content of the corresponding elements contained in the steel sheet in wt%, respectively. wherein the elements satisfy the following relationship 1, and wherein the hot-rolled steel sheet comprises, by area, 10 to 30% of ferrite, 20 to 40% of pearlite, and 35 to 55% of bainite, as a microstructure, 0.235 C + 0.0158 Mn + 0.0625 Si + 0.0423 Mo + 0.317 Ti + 1.36 Nb ≤ 0.075, wherein, [Mn], [Si], [Mo], [Ti], and [Nb] represent the content of the corresponding elements contained in the steel sheet in wt%, respectively.
Automobile headlight designed to emit an adjustable light beam comprising: - a point light source - optical means, projecting the image from the light source to form the light beam and including an object focal point formed by the intersection between its optical axis and its object focal plane; - means (38, 44, 46) for adjusting the light beam around at least one pivoting axis; the light source being substantially movable in the object focal plane along a direction capable of pivoting the light beam, wherein the direction is particularly orthogonal to the pivoting axis, characterized in that the light source is formed by the virtual image from a light-emitting diode fixed by a mirror which is rotationally mounted about an axis of rotation parallel with the pivoting axis of the light beam. - a point light source - optical means, projecting the image from the light source to form the light beam and including an object focal point formed by the intersection between its optical axis and its object focal plane; - means (38, 44, 46) for adjusting the light beam around at least one pivoting axis;
A voltage regulator comprising a controller, the controller being switchable between first and second modes of operation in which the controller is adapted to control the regulator to operate in switching and linear modes respectively, wherein the controller is further adapted to respond to an input voltage to the voltage regulator to enter a third mode of operation in which the input voltage is coupled directly to an output terminal; wherein the voltage regulator comprises a first transistor coupled between an input terminal of the voltage regulator and the output terminal and a second transistor coupled between the output terminal and a ground terminal; and characterised in that the voltage regulator further comprises a switch configured to couple the output terminal to a feedback terminal when in the second mode of operation.
A method for playing a multimedia ring tone during a call, wherein the method comprises: receiving an off-hook message of a called terminal (UE-B); sending a message to a calling terminal (UE-A) and the called terminal to update a session; and instructing a Multimedia Resource Function, MRF, to execute audio mixing processing to continuously play a multimedia ring tone during the call; wherein the method further comprises: requesting, by a Customized Ringing Signal-Application Server, CRS-AS, from the MRF a site resource or a resource for audio mixing during a call; wherein the step of sending comprises: sending, by the CRS-AS, a re-INVITE message to the called terminal, where the message carries a Session Description Protocol, SDP, Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF; and sending, by the CRS-AS, an UPDATE message to the calling terminal, where the message carries an SDP Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF. receiving an off-hook message of a called terminal (UE-B); sending a message to a calling terminal (UE-A) and the called terminal to update a session; and instructing a Multimedia Resource Function, MRF, to execute audio mixing processing to continuously play a multimedia ring tone during the call; wherein the method further comprises: requesting, by a Customized Ringing Signal-Application Server, CRS-AS, from the MRF a site resource or a resource for audio mixing during a call; wherein the step of sending comprises: sending, by the CRS-AS, a re-INVITE message to the called terminal, where the message carries a Session Description Protocol, SDP, Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF; and sending, by the CRS-AS, an UPDATE message to the calling terminal, where the message carries an SDP Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF. sending, by the CRS-AS, a re-INVITE message to the called terminal, where the message carries a Session Description Protocol, SDP, Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF; and sending, by the CRS-AS, an UPDATE message to the calling terminal, where the message carries an SDP Offer generated by the MRF, and both an IP address and a port number in the SDP Offer are pointed to the MRF.
Comminuting machine with a rotor system, in particular a knife ring cutter, in which feed material is pneumatically conveyed in the axial direction into a central region of a rotor and supplied to comminuting tools which are arranged in a radial direction in the form of a ring around the rotor, wherein an insert is arranged in the central region, characterized in that the insert is rotatably driven by a motor and assigns the input surface of the central region to separate chambers (16, 17) which each deliver the feed material entering them into axially different regions.