mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: one or more processing elements; circuity configured to generate and apply electrical stimulation signals to a patient via one or more sets of electrodes; and tangible, non-transitory computer-readable media comprising instructions stored therein, wherein the instructions, when executed by the one or more processing elements, cause the system to perform functions comprising: generating one or more random electrical stimulation signals in a frequency range between about 5 Hz and about 2 KHz, wherein an individual electrical stimulation signal is based on a plurality of waveforms randomly selected from a library of non-pulsed waveforms; controlling an individual waveform to have a randomized RMS voltage between a configurable lower RMS voltage and a configurable upper RMS voltage; and applying the one or more random electrical stimulation signals to a patient via the circuitry. one or more processing elements; circuity configured to generate and apply electrical stimulation signals to a patient via one or more sets of electrodes; and tangible, non-transitory computer-readable media comprising instructions stored therein, wherein the instructions, when executed by the one or more processing elements, cause the system to perform functions comprising: generating one or more random electrical stimulation signals in a frequency range between about 5 Hz and about 2 KHz, wherein an individual electrical stimulation signal is based on a plurality of waveforms randomly selected from a library of non-pulsed waveforms; controlling an individual waveform to have a randomized RMS voltage between a configurable lower RMS voltage and a configurable upper RMS voltage; and applying the one or more random electrical stimulation signals to a patient via the circuitry. generating one or more random electrical stimulation signals in a frequency range between about 5 Hz and about 2 KHz, wherein an individual electrical stimulation signal is based on a plurality of waveforms randomly selected from a library of non-pulsed waveforms; controlling an individual waveform to have a randomized RMS voltage between a configurable lower RMS voltage and a configurable upper RMS voltage; and applying the one or more random electrical stimulation signals to a patient via the circuitry.
A vertical air conditioner, comprising: a housing provided with a top air outlet located at a top thereof and a bottom air outlet located at a bottom thereof, said housing comprising a front panel and a rear panel , between which a hollow chamber is enclosed; and a volute fan combination structure comprising: mounting plate and at least two adjacent volute fans mounted on said mounting plate , wherein one volute fan of the two adjacent volute fans has an intermediate inclined air outlet located between the two adjacent volute fans, said intermediate inclined air outlet extending along a direction away from said mounting plate , the volute fan combination structure being arranged within said hollow chamber along a longitudinal direction, a main body air duct being formed between said at least two adjacent volute fans and said front panel , said main body air duct respectively communicates with the top air outlet and the bottom air outlet , the vertical air conditioner comprising three volute fans having a third volute fan , a second volute fan and a first volute fan provided in an upward sequence; characterized in that said second volute fan comprises second volute fan air outlets configured for blowing air upwards and blowing air downwards, said second volute fan air outlets extending along a direction away from said mounting plate . a housing provided with a top air outlet located at a top thereof and a bottom air outlet located at a bottom thereof, said housing comprising a front panel and a rear panel , between which a hollow chamber is enclosed; and a volute fan combination structure comprising: mounting plate and at least two adjacent volute fans mounted on said mounting plate , wherein one volute fan of the two adjacent volute fans has an intermediate inclined air outlet located between the two adjacent volute fans, said intermediate inclined air outlet extending along a direction away from said mounting plate , the volute fan combination structure being arranged within said hollow chamber along a longitudinal direction, a main body air duct being formed between said at least two adjacent volute fans and said front panel , said main body air duct respectively communicates with the top air outlet and the bottom air outlet , the vertical air conditioner comprising three volute fans having a third volute fan , a second volute fan and a first volute fan provided in an upward sequence; characterized in that said second volute fan comprises second volute fan air outlets configured for blowing air upwards and blowing air downwards, said second volute fan air outlets extending along a direction away from said mounting plate .
A radio communication base station for receiving an aperiodic sounding reference signal, A-SRS, comprising: a transmitter adapted to transmit control information including a transmission request for the A-SRS and a transmission power control command, TPC command, for the A-SRS, a transmission power value of the A-SRS being controlled using a first accumulation value updated with the transmitted TPC command, a receiver adapted to receive the A-SRS at the controlled transmission power value, and a measurer adapted to measure channel state information, CSI, using the received A-SRS, wherein a second accumulation value instead of the first accumulation value is used for controlling, the second accumulation value being updated with a TPC command transmitted on a specific subframe and in a specific downlink control information DCI format. a transmitter adapted to transmit control information including a transmission request for the A-SRS and a transmission power control command, TPC command, for the A-SRS, a transmission power value of the A-SRS being controlled using a first accumulation value updated with the transmitted TPC command, a receiver adapted to receive the A-SRS at the controlled transmission power value, and a measurer adapted to measure channel state information, CSI, using the received A-SRS, wherein a second accumulation value instead of the first accumulation value is used for controlling, the second accumulation value being updated with a TPC command transmitted on a specific subframe and in a specific downlink control information DCI format.
A method of image geo-registration to provide absolute position and attitude updates and a measurement uncertainty distribution to a navigation system that includes an inertial measurement unit (IMU, 26), a prediction filter , a sensor for collecting sensor images, a reference image database and a 3-D scene model database , the method comprising: feeding back a state estimate of position, velocity and attitude with its uncertainty distribution from the prediction filter to a reference image projector and a sensor image projector to generate based upon a 3-D scene model a projected reference image and a plurality of candidate sensor models and their resulting projected sensor images in a common space using samples drawn from the uncertainty distribution of the state estimate; correlating the candidate projected sensor images to the projected reference image to select one of the candidate sensor models; generating a set of matching tie points between the selected projected sensor image and the reference image; and feeding back the state estimate with its uncertainty distribution to a sensor model parameter solver that solves a constrained optimization problem, said constrained optimization problem taking as input the sensor models , the uncertainty distribution , and the set of matching tie points and providing as output full six degree-of-freedom absolute position and attitude updates for the navigation system, said uncertainty distribution shaping the topology of the optimization search space by scoring the sensor model solutions and penalizing low probability solutions so as to guide the solver to a sensor model solution. feeding back a state estimate of position, velocity and attitude with its uncertainty distribution from the prediction filter to a reference image projector and a sensor image projector to generate based upon a 3-D scene model a projected reference image and a plurality of candidate sensor models and their resulting projected sensor images in a common space using samples drawn from the uncertainty distribution of the state estimate; correlating the candidate projected sensor images to the projected reference image to select one of the candidate sensor models; generating a set of matching tie points between the selected projected sensor image and the reference image; and feeding back the state estimate with its uncertainty distribution to a sensor model parameter solver that solves a constrained optimization problem, said constrained optimization problem taking as input the sensor models , the uncertainty distribution , and the set of matching tie points and providing as output full six degree-of-freedom absolute position and attitude updates for the navigation system, said uncertainty distribution shaping the topology of the optimization search space by scoring the sensor model solutions and penalizing low probability solutions so as to guide the solver to a sensor model solution.
A user equipment, UE , comprising: a transceiver ; and a processor coupled with the transceiver and configured to: receive, from a base station, BS , configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE , and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting. a transceiver ; and a processor coupled with the transceiver and configured to: receive, from a base station, BS , configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE , and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting. receive, from a base station, BS , configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE , and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting.
A conductive material dispersed liquid, comprising: a conductive material including bundle-type carbon nanotubes; a dispersant including a hydrogenated nitrile-based rubber; and a dispersion medium; wherein a complex modulus (|G*| @1Hz) of the conductive material dispersed liquid is in a range of 20 to 500 Pa when measured by a rheometer at a frequency of 1 Hz; and wherein the hydrogenated nitrile-based rubber includes a repeating unit of a structure derived from a hydrogenated conjugated diene in an amount of 1 to 15 wt% based on the total weight of the rubber. a conductive material including bundle-type carbon nanotubes; a dispersant including a hydrogenated nitrile-based rubber; and a dispersion medium; wherein a complex modulus (|G*| @1Hz) of the conductive material dispersed liquid is in a range of 20 to 500 Pa when measured by a rheometer at a frequency of 1 Hz; and wherein the hydrogenated nitrile-based rubber includes a repeating unit of a structure derived from a hydrogenated conjugated diene in an amount of 1 to 15 wt% based on the total weight of the rubber.
Device for controlled regulation of the incoming cooling air flow for a motor vehicle, intended to be interposed between the front bumper beam and at least one heat exchanger of said vehicle, said device comprising a first and a second regulation module designed to be arranged respectively above and below said beam facing the high and low air inlets of the vehicle, each said module comprising a support rack delimiting two lateral compartments A, 11B, 21A, 21B) separated by a central compartment , a plurality of flaps arranged in said lateral compartments and mounted to pivot about parallel transverse axes between a closed position and an open position, and a control mechanism installed at said central compartment and articulated to said flaps 12, 13, 22, 23), said device also comprising a connecting rod connecting the control mechanisms of said modules as well as an actuator housed in said central box of said module , said actuator being able to cause the pivoting of all the flaps of said modules via said control mechanisms 4, 24) and said connecting rod ; characterized in that said connecting rod has at least one frangible weakening zone of lower strength configured to break under a predetermined longitudinal shear stress.
A battery-powered stationary or semi-stationary power tool comprising an electric drive unit, a battery interface for electrically coupling at least one battery pack (A), and a housing arrangement to which the drive unit is at least partially connected, wherein the battery interface in the assembled state is non-interchangeably connected to the housing arrangement , wherein the battery interface is movably attached to the housing arrangement between a first position and a second position relative thereto, wherein the battery interface is translationally movable, characterized in that the battery interface is electrically connected to the drive unit in each position. an electric drive unit, a battery interface for electrically coupling at least one battery pack (A), and a housing arrangement to which the drive unit is at least partially connected, wherein the battery interface in the assembled state is non-interchangeably connected to the housing arrangement , wherein the battery interface is movably attached to the housing arrangement between a first position and a second position relative thereto, wherein the battery interface is translationally movable, characterized in that the battery interface is electrically connected to the drive unit in each position.
A drive mechanism for a repetitive processing machine, the drive mechanism comprising: a body ; a carrier member configured to carry an output unit; a first drive member comprising a rotary actuator rotationally constrained to the body ; a second drive member , separate to the first drive member , comprising a rotary actuator rotationally constrained to the carrier member ; a drive linkage system comprising a first member and a second member that are rotatably connected about a first axis ; and a control system; wherein the first member is arranged to receive rotary motion relative the body from the first drive member to cause the first member to rotate about a second axis and with a length between the second axis and first axis ; the second member is arranged to receive rotary motion relative the carrier member from the second drive member to cause the second member to rotate about a third axis and with a length between the third axis and first axis ; a stabilizing system to provide a rotational constraint of the carrier member relative the body so that the carrier member is rotationally constrained for translational movement; and a position of the carrier member relative the body is controllable to move with a cyclic movement by the control system controlling rotational speed and direction of the first and second rotary actuators whilst the stabilizing system rotationally constrains the carrier member relative to the body. a body ; a carrier member configured to carry an output unit; a first drive member comprising a rotary actuator rotationally constrained to the body ; a second drive member , separate to the first drive member , comprising a rotary actuator rotationally constrained to the carrier member ; a drive linkage system comprising a first member and a second member that are rotatably connected about a first axis ; and a control system; wherein the first member is arranged to receive rotary motion relative the body from the first drive member to cause the first member to rotate about a second axis and with a length between the second axis and first axis ; the second member is arranged to receive rotary motion relative the carrier member from the second drive member to cause the second member to rotate about a third axis and with a length between the third axis and first axis ; a stabilizing system to provide a rotational constraint of the carrier member relative the body so that the carrier member is rotationally constrained for translational movement; and a position of the carrier member relative the body is controllable to move with a cyclic movement by the control system controlling rotational speed and direction of the first and second rotary actuators whilst the stabilizing system rotationally constrains the carrier member relative to the body.
A polypeptide comprising at least one helix-loop-helix calcium-binding EF-hand motif which comprises a deletion of the two amino acid residues in position 2 and 3 or 1 and 2 of the 12-amino-acid calcium-binding loop sequence, and wherein said polypeptide binds uranyl.
An absorbent article , comprising: a front-back direction (L); a width direction (W) orthogonal to the front-back direction; an absorbent core including an absorbent material; a side flap extending outward in the width direction from the absorbent core ; and a fastening tape provided on the side flap , wherein the absorbent article includes a front region(R11), a crotch region(R13), and a rear region (R12) which are obtained by equally dividing a total length of the absorbent core in the front-back direction into three parts, a length of the side flap in the width direction in the crotch region (R13) is at least 30 mm, the crotch region includes a central region (R13C) and side regions (R13S) located on both outer sides of the central region in the width direction, low basis weight portions each having a basis weight of the absorbent material lower than a basis weight of the surroundings thereof are provided on both outer edges of the central region (R13C) in the front-back direction, and a contraction force of the central region (R13C) in the front-back direction is higher than a contraction force of the side regions (R13S) in the front-back direction, wherein the central region (R13C) includes a central elastic member that stretches in the front-back direction. a front-back direction (L); a width direction (W) orthogonal to the front-back direction; an absorbent core including an absorbent material; a side flap extending outward in the width direction from the absorbent core ; and a fastening tape provided on the side flap , wherein the absorbent article includes a front region(R11), a crotch region(R13), and a rear region (R12) which are obtained by equally dividing a total length of the absorbent core in the front-back direction into three parts, a length of the side flap in the width direction in the crotch region (R13) is at least 30 mm, the crotch region includes a central region (R13C) and side regions (R13S) located on both outer sides of the central region in the width direction, low basis weight portions each having a basis weight of the absorbent material lower than a basis weight of the surroundings thereof are provided on both outer edges of the central region (R13C) in the front-back direction, and a contraction force of the central region (R13C) in the front-back direction is higher than a contraction force of the side regions (R13S) in the front-back direction, wherein the central region (R13C) includes a central elastic member that stretches in the front-back direction.
A pusher fan engine, comprising: a nacelle having a bypass inlet and a nozzle , with a bypass flowpath extending from the bypass inlet to the nozzle ; a pusher fan rotor including a plurality of fan blades within the bypass flowpath ; a plurality of guide vanes within the bypass flowpath and between the inlet and the fan blades , wherein each guide vane has opposing concave and convex sides that extend longitudinally between a leading edge and a trailing edge ; a turbine engine core axially forward of the pusher fan rotor ; a free turbine rotor ; characterised by a gear train connecting the free turbine rotor with the pusher fan rotor . a nacelle having a bypass inlet and a nozzle , with a bypass flowpath extending from the bypass inlet to the nozzle ; a pusher fan rotor including a plurality of fan blades within the bypass flowpath ; a plurality of guide vanes within the bypass flowpath and between the inlet and the fan blades , wherein each guide vane has opposing concave and convex sides that extend longitudinally between a leading edge and a trailing edge ; a turbine engine core axially forward of the pusher fan rotor ; a free turbine rotor ; characterised by a gear train connecting the free turbine rotor with the pusher fan rotor .