mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication terminal (1, 100) configured to establish a link with a first wireless access system via a first communication interface, comprising: at least first and second communication interfaces (10, 105), each of which corresponds to at least one of a plurality of wireless access systems; means for notifying a control apparatus (2, 200) of a status of said wireless communication terminal (1, 100), which changes along with movement of said wireless communication terminal; receiving means for receiving an instruction from said control apparatus (2, 200) via the first communication interface, the first communication interface configured to communicate with said control apparatus (2, 200), said instruction including a second wireless access system determined by said control apparatus (2, 200) based on the status of said wireless communication terminal (1, 100); and communicating means for communicating by using the second communication interface corresponding to said second wireless access system wherein the status of the wireless communication terminal comprises at least one of: movement history of said wireless communication terminal (1, 100) or communication history of said wireless communication terminal. (1, 100). at least first and second communication interfaces (10, 105), each of which corresponds to at least one of a plurality of wireless access systems; means for notifying a control apparatus (2, 200) of a status of said wireless communication terminal (1, 100), which changes along with movement of said wireless communication terminal; receiving means for receiving an instruction from said control apparatus (2, 200) via the first communication interface, the first communication interface configured to communicate with said control apparatus (2, 200), said instruction including a second wireless access system determined by said control apparatus (2, 200) based on the status of said wireless communication terminal (1, 100); and communicating means for communicating by using the second communication interface corresponding to said second wireless access system wherein the status of the wireless communication terminal comprises at least one of: movement history of said wireless communication terminal (1, 100) or communication history of said wireless communication terminal. (1, 100).
An auxiliary bearing system, comprising: a shaft; at least two mounting pad assemblies (22, 24, 26, 28), each mounting pad assembly comprising a body member compliantly mounted to a casing and permitted to move relative to the casing and the respective body members of the other mounting pad assemblies (22, 24, 26, 28), of the at least two mounting pad assemblies; and an inertia ring; characterised in that the inertia ring is coupled to the shaft, and in that the inertia ring is adapted to engage one or more of the at least two mounting pad assemblies (22, 24, 26, 28), only when the shaft is supported by the auxiliary bearing system. a shaft; at least two mounting pad assemblies (22, 24, 26, 28), each mounting pad assembly comprising a body member compliantly mounted to a casing and permitted to move relative to the casing and the respective body members of the other mounting pad assemblies (22, 24, 26, 28), of the at least two mounting pad assemblies; and an inertia ring; characterised in that the inertia ring is coupled to the shaft, and in that the inertia ring is adapted to engage one or more of the at least two mounting pad assemblies (22, 24, 26, 28), only when the shaft is supported by the auxiliary bearing system.
A single-stage buffer circuit, comprising: a first transistor having a gate terminal and an output terminal, wherein the gate terminal of the first transistor receives an audio signal input; a second transistor having a source terminal, a drain terminal, and a gate terminal, wherein the source terminal of the second transistor is directly coupled to an output of the single-stage buffer circuit, wherein the drain terminal of the second transistor is directly coupled to the output terminal of the first transistor; a high pass filter network (206, 208) that is directly coupled to the output terminal of the first transistor and to the gate terminal of the second transistor; wherein the second transistor electrically decouples the first transistor from the output of the single-stage buffer circuit; wherein the gate terminal of the second transistor is driven by the high-pass filter network (206, 208), and the high-pass filter network is driven by the first transistor; and wherein the high-pass filter network (206, 208) includes a capacitor having one terminal directly coupled to the output terminal of the first transistor and another terminal directly coupled to the gate terminal of the second transistor, the high-pass filter network including a resistor with a terminal directly coupled to the gate terminal of the second transistor and another terminal directly coupled to ground. a first transistor having a gate terminal and an output terminal, wherein the gate terminal of the first transistor receives an audio signal input; a second transistor having a source terminal, a drain terminal, and a gate terminal, wherein the source terminal of the second transistor is directly coupled to an output of the single-stage buffer circuit, wherein the drain terminal of the second transistor is directly coupled to the output terminal of the first transistor; a high pass filter network (206, 208) that is directly coupled to the output terminal of the first transistor and to the gate terminal of the second transistor; wherein the second transistor electrically decouples the first transistor from the output of the single-stage buffer circuit; wherein the gate terminal of the second transistor is driven by the high-pass filter network (206, 208), and the high-pass filter network is driven by the first transistor; and wherein the high-pass filter network (206, 208) includes a capacitor having one terminal directly coupled to the output terminal of the first transistor and another terminal directly coupled to the gate terminal of the second transistor, the high-pass filter network including a resistor with a terminal directly coupled to the gate terminal of the second transistor and another terminal directly coupled to ground.
A nucleic acid construct comprising an miR-21 promoter sequence and at least one nucleic acid sequence encoding an anti-cancer agent, wherein the nucleic acid sequence encoding the anti-cancer agent is operably linked to the miR-21 promoter sequence, wherein the miR-21 promoter sequence comprises SEQ ID NO: 1 or a variant thereof possessing promotor activity, wherein the variant has at least 95% identity with SEQ ID NO: 1 and wherein the variant comprises the promoter elements TATA box, initiator, CCAAT box and GC box.
A tipper body tailgate for a tipper vehicle, which has an opening and a sliding flap device with a sliding flap for selectively closing and opening the opening, wherein the sliding flap is displaceably guided between a closed position and an open position, so that the opening is blocked when the sliding flap is in the closed position and is at least largely open when the sliding flap is in the open position, wherein the sliding flap device comprises a sliding guide arrangement, which guides the sliding flap during its movements between the closed position and the open position, and an actuating mechanism for displacing the sliding flap, and wherein the sliding guide arrangement has guide track elements for engaging the sliding flap on two sliding flap side edges (31, 32) which are opposed to one another and extend parallel to one another, so that the guide track elements define a guide path parallel to the sliding flap side edges (31, 32) for the movement of the sliding flap, characterised in that the sliding guide arrangement has a plurality of guide track elements, which are arranged in series at intervals from one another to form free spaces between them along the guide path.
A load balancing method, comprising: if periodicities of allocatable sounding reference signal SRS resources in a first cell are greater than periodicities of allocatable SRS resources in a second cell, determining, by a network device, a to-be-handed-over terminal based on transmission modes of terminals having accessed the first cell, wherein the first cell and the second cell are cells in a multi-carrier co-coverage network, and the network device covers the first cell and the second cell; and handing over, by the network device, the to-be-handed-over terminal to the second cell, wherein a periodicity of an SRS resource, allocated to the to-be-handed-over terminal, in the second cell is less than a periodicity of an SRS resource, allocated to the to-be-handed-over terminal, in the first cell. if periodicities of allocatable sounding reference signal SRS resources in a first cell are greater than periodicities of allocatable SRS resources in a second cell, determining, by a network device, a to-be-handed-over terminal based on transmission modes of terminals having accessed the first cell, wherein the first cell and the second cell are cells in a multi-carrier co-coverage network, and the network device covers the first cell and the second cell; and handing over, by the network device, the to-be-handed-over terminal to the second cell, wherein a periodicity of an SRS resource, allocated to the to-be-handed-over terminal, in the second cell is less than a periodicity of an SRS resource, allocated to the to-be-handed-over terminal, in the first cell.
Master interface device for controlling remotely at least one medical instrument (2, 2') for investigation or surgical intervention mounted in an endoscope forming part of an endoscopic system, in particular a flexible type in which said or each instrument has three motorised degrees of freedom, namely an ability to perform a translation movement relative to the endoscope, an ability to rotate around itself and an ability to bend the operational distal end of the instrument (2, 2') supporting the tool or similar effector, said master interface device being capable of and designed for delivering control signals, position and/or displacement signals to actuating units (25, 25') controlling the aforementioned three degrees of freedom of the instrument (2, 2') or each instrument concerned, said master interface device comprising at least one manual control handle device (6, 6') and a display screen of a video image of the intervention or investigation site provided by the endoscopic system and, the or each control handle device (6, 6') consisting of a sub-assembly able to be manipulated with the same degrees of freedom as the associated controlled instrument (2, 2') and comprising on the one hand a gripping and manoeuvring shaft, designed to be gripped with the whole hand by the operator, and on the other hand a mounting console supporting said shaft, for example in the form of a bracket, said master interface device being characterised in that the shaft is connected to the mounting console by a pivot connection with an axis which is offset from said shaft, and in that said console is connected to a support structure forming a fixed reference by a connection (13, 14) with the ability to pivot and perform a translation movement according to the mutually parallel or combined axes (PE, TE), these axes (PM and PE) of the two pivot connections (12, 13) being mutually intersecting, in that the translation and the pivoting of the console control respectively the translation and the rotation around itself of the associated instrument (2, 2') in that the displacement of the shaft relative to the console, along a circular trajectory centered on the pivot axis, controls the bending of the end of the concerned instrument (2, 2'), in that the pivot axes (PM and PE) of the shaft and of the console are substantially perpendicular to one another and in that said shaft is mounted on the console and said console is mounted on the support structure in such a way that the hand of the operator gripping said shaft is located so as to substantially face the pivot connection between the console and the support structure.
A communication device (801, 901, 1500) comprising: a transceiver (501, 1501) configured to be inactive during a period of inactivity; a determiner (502, 1401, 1502) configured to determine a length of the period of inactivity; and a controller (502, 1401, 1503) configured to set a gain of the transceiver (501, 1501) when the transceiver (501, 1501) starts receiving data after the period of inactivity, wherein the transceiver (501, 1501) is controlled to collect reception power samples before the period of inactivity, wherein a regression model is generated based on the reception power samples, wherein the gain of the transceiver (501, 1501) is determined based on the regression model using the length of the period of inactivity to set the gain of the transceiver (501, 1501) when the transceiver (501, 1501) starts receiving data after the period of inactivity. a transceiver (501, 1501) configured to be inactive during a period of inactivity; a determiner (502, 1401, 1502) configured to determine a length of the period of inactivity; and a controller (502, 1401, 1503) configured to set a gain of the transceiver (501, 1501) when the transceiver (501, 1501) starts receiving data after the period of inactivity, wherein the transceiver (501, 1501) is controlled to collect reception power samples before the period of inactivity, wherein a regression model is generated based on the reception power samples, wherein the gain of the transceiver (501, 1501) is determined based on the regression model using the length of the period of inactivity to set the gain of the transceiver (501, 1501) when the transceiver (501, 1501) starts receiving data after the period of inactivity.
A method of manufacturing a slide assembly for a zipper, the method comprising: forming a slide member, said slide member being constructed and arranged to open and close a zipper chain, said slide member including a top surface, said top surface including a bridge having a first end and a second end both integrally formed to said top surface, an inner surface of said bridge formed to be substantially flat as it extends transversely across said inner surface and forming a pull member having a loop portion and a first tab portion, said loop portion formed as a continuous loop around said bridge and integrally formed to said first tab portion; said slide member and said pull member both formed in a single operation in a die casting tool, said die casting tool having at least one side shifting slide for forming a portion of the inner surface of the bridge and a lower portion of the loop portion of the pull member, characterized by said at least one side shifting slide being configured to shift orthogonally with respect to its insertion path, wherein said die casting tool further includes at least one first insert and one secondary insert, wherein as said die casting tool is closed to form the slide and pull, the at least one side shifting slide and the at least one first insert and one secondary insert are inserted into the area under the bridge, the insert and the side shifting insert are positioned first along an insertion path so that the side shifting can occur after the slide has reached its insertion depth, next the secondary insert is timed to be positioned in the die casting tool adjacent to the side shift insert once the side shift has occurred.
A system (113; 213; 313; 413) for providing power and data signals from a main control unit (120; 220; 320; 420) to at least one slave unit (115; 215; 315; 415) via a first bus (130; 230; 330; 430); - the main control unit comprising a first AC signal generator (114; 214; 314; 414) adapted for providing a first AC signal comprising a plurality of first pulses for providing power to the at least one slave unit via the first bus; - each slave unit being AC-coupled to the first bus by means of a first series capacitor (119; 219; 319; 419), each first series capacitor being arranged for converting the first pulses provided at its inputs into second pulses at its output characterised in that - the main control unit being adapted for sending data to the at least one slave unit by modulating the plurality of first pulses; - the at least one slave unit being adapted for receiving the data by demodulating the plurality of second pulses. - the main control unit comprising a first AC signal generator (114; 214; 314; 414) adapted for providing a first AC signal comprising a plurality of first pulses for providing power to the at least one slave unit via the first bus; - each slave unit being AC-coupled to the first bus by means of a first series capacitor (119; 219; 319; 419), each first series capacitor being arranged for converting the first pulses provided at its inputs into second pulses at its output characterised in that - the main control unit being adapted for sending data to the at least one slave unit by modulating the plurality of first pulses; - the at least one slave unit being adapted for receiving the data by demodulating the plurality of second pulses.
An induction heating cooker comprising: a plurality of heating coils disposed below a cooking plate; and a controller to determine whether a container is placed on the heating coils, wherein the controller is configured to determine whether a plurality of containers (P1,P2) is placed on one of the heating coils, characterized in that when a plurality containers is placed on one of the heating coils, the controller is configured, to adjust a power of the heating coil on which the plurality of containers (P1,P2) is placed based on powers of the other heating coils occupied by each of the containers of the plurality of containers. a plurality of heating coils disposed below a cooking plate; and a controller to determine whether a container is placed on the heating coils, wherein the controller is configured to determine whether a plurality of containers (P1,P2) is placed on one of the heating coils, characterized in that when a plurality containers is placed on one of the heating coils, the controller is configured, to adjust a power of the heating coil on which the plurality of containers (P1,P2) is placed based on powers of the other heating coils occupied by each of the containers of the plurality of containers.
A hydrogen storage tank having a composite laminate wall (114; 214), a hydrogen-porous layer (110; 210) in contact with the outer surface of the composite laminate wall and a hydrogen-non-porous layer (104; 204) in contact with the outer surface of the hydrogen-porous layer, the hydrogen-non-porous layer having an output port (108; 208) for venting hydrogen which passes through the composite laminate wall and the hydrogen-porous layer from the interior of the tank, characterised in that the hydrogen-porous layer is permanently mechanically deformable and in that the hydrogen-non-porous layer is separable from the hydrogen-porous layer and replaceable.
Apparatus for monitoring a predefined level of a medium in a vessel with a unit capable of vibrating mechanically, a drive/reception unit designed to excite the unit capable of vibrating mechanically to produce mechanical vibrations and to receive the vibrations of the unit capable of vibrating mechanically, and an electronic unit designed to generate an electrical excitation signal and to evaluate an electrical reception signal, wherein, using the drive/reception unit, the electronic unit is designed to excite the unit capable of vibrating mechanically to produce mechanical vibrations within a fixed, predefined frequency band with discrete consecutive excitation frequencies, characterized in that the frequency band contains the resonance frequency of the unit capable of vibrating mechanically during a vibration under standard conditions, i.e. in air at normal pressure and room temperature, and has a frequency range with frequencies that deviate by a maximum of 15 % from the resonance frequency at standard conditions, wherein the excitation signal is not generated with frequencies with which a vibration of the unit capable of vibrating mechanically could be excited in the solid or liquid medium if the unit capable of vibrating is fully immersed, and in that the electronic unit is designed to detect the occurrence or not of a vibration - of the unit capable of vibrating mechanically - whose amplitude exceeds a defined threshold within the predefined frequency, and to detect the reaching of the predefined level on the basis of the absence of the vibration, or the undershooting of the predefined level on the basis of the occurrence of the vibrations of the unit capable of vibrating mechanically.
A wireless transmit/receive unit, WTRU, comprising: at least one processor configured to transition to a CELL_FACH state from a CELL_PCH state, on a condition that the WTRU is in the CELL_PCH state, that an enhanced dedicated channel, E-DCH, radio network temporary identifier, E_RNTI, variable is set, and that there is uplink data to send; and a transmitter configured to send the uplink data via an E-DCH resource. at least one processor configured to transition to a CELL_FACH state from a CELL_PCH state, on a condition that the WTRU is in the CELL_PCH state, that an enhanced dedicated channel, E-DCH, radio network temporary identifier, E_RNTI, variable is set, and that there is uplink data to send; and a transmitter configured to send the uplink data via an E-DCH resource.
A chassis dynamometer comprising a roller with a cylindrical outer peripheral portion on which to place a wheel of a vehicle, the roller comprising a flange portion extending inward in a radial direction from the cylindrical outer peripheral portion of the roller; and a motor including a stator fitted fixed to a base seat and a rotor configured to rotate integrally with said roller, wherein at least part of the motor is disposed inward in the radial direction of the roller, characterized by further comprising a rotor bracket supporting the rotor; and a torque meter, the rotor bracket and the flange portion of the roller being connected via the torque meter, wherein the rotor bracket and the flange portion of the roller are fixed to the torque meter, so that the torque meter is capable of measuring at least an outer peripheral tangential force of said roller by detecting strain caused by a rotational deviation between the rotor and the roller. a roller with a cylindrical outer peripheral portion on which to place a wheel of a vehicle, the roller comprising a flange portion extending inward in a radial direction from the cylindrical outer peripheral portion of the roller; and a motor including a stator fitted fixed to a base seat and a rotor configured to rotate integrally with said roller, wherein at least part of the motor is disposed inward in the radial direction of the roller, characterized by further comprising a rotor bracket supporting the rotor; and a torque meter, the rotor bracket and the flange portion of the roller being connected via the torque meter, wherein the rotor bracket and the flange portion of the roller are fixed to the torque meter, so that the torque meter is capable of measuring at least an outer peripheral tangential force of said roller by detecting strain caused by a rotational deviation between the rotor and the roller.