mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a rotor ; a first primary array comprising a first annular Halbach array attached to said rotor; a support structure configured to be stationary with respect to said rotor; a second primary array comprising a second annular Halbach array attached to said support structure, wherein said first primary array and said second primary array are configured to interact magnetically one with another to provide a levitation force to said rotor; characterised by a first secondary array comprising a third annular Halbach array attached to said rotor; a second secondary array comprising a fourth annular Halbach array attached to said support structure, wherein said first secondary array and said second secondary array are configured to interact magnetically one with another to provide a force that is opposite to said levitation force to said rotor; and an extra primary array comprising a fifth annular Halbach array configured to augment said levitation force, wherein said extra primary array is attached to said support structure. a rotor ; a first primary array comprising a first annular Halbach array attached to said rotor; a support structure configured to be stationary with respect to said rotor; a second primary array comprising a second annular Halbach array attached to said support structure, wherein said first primary array and said second primary array are configured to interact magnetically one with another to provide a levitation force to said rotor; characterised by a first secondary array comprising a third annular Halbach array attached to said rotor; a second secondary array comprising a fourth annular Halbach array attached to said support structure, wherein said first secondary array and said second secondary array are configured to interact magnetically one with another to provide a force that is opposite to said levitation force to said rotor; and an extra primary array comprising a fifth annular Halbach array configured to augment said levitation force, wherein said extra primary array is attached to said support structure.
A quantum computer comprising: a set of qubits ; and qubit control circuitry for independently performing discrete operations on each qubit and independently reading a qubit value from each qubit; wherein each qubit is a concatenation of at least two doubly periodic Josephson junction circuits , a doubly periodic Josephson junction circuit being a Josephson junction circuit having an energy E being a function of a phase φ such that E(φ)=E(φ+π) where φ is the superconducting phase difference across the Josephson junction circuit; wherein the concatenation provides a series interconnection of doubly periodic Josephson junction circuits; wherein the doubly periodic Josephson junction circuits include two Josephson junctions symmetrically arranged in a bridge circuit, wherein the doubly periodic Josephson junction circuits are connected in series at primary terminals of the doubly periodic Josephson junction circuits on opposite sides of the bridge; and wherein the bridge circuit further includes two inductors in series with and separating two Josephson junctions, each Josephson junction being connected to a different primary terminal forming a connection between an inductor and a Josephson junction. a set of qubits ; and qubit control circuitry for independently performing discrete operations on each qubit and independently reading a qubit value from each qubit; wherein each qubit is a concatenation of at least two doubly periodic Josephson junction circuits , a doubly periodic Josephson junction circuit being a Josephson junction circuit having an energy E being a function of a phase φ such that E(φ)=E(φ+π) where φ is the superconducting phase difference across the Josephson junction circuit; wherein the concatenation provides a series interconnection of doubly periodic Josephson junction circuits; wherein the doubly periodic Josephson junction circuits include two Josephson junctions symmetrically arranged in a bridge circuit, wherein the doubly periodic Josephson junction circuits are connected in series at primary terminals of the doubly periodic Josephson junction circuits on opposite sides of the bridge; and wherein the bridge circuit further includes two inductors in series with and separating two Josephson junctions, each Josephson junction being connected to a different primary terminal forming a connection between an inductor and a Josephson junction.
Fluid-bed granulator system for producing fertilizer granules with a defined size at least comprising: a.) a fluid-bed granulator b.) a first cooler externally connected with the fluid-bed granulator or forming an internal part of the fluid-bed granulator , c.) a product screen connected with the first cooler wherein the product screen at least comprises: - an exit for on-size particles ; - an exit for oversized particles and - an exit for undersized particles ; c.1) wherein the exit for undersized particles is connected with the fluid-bed granulator and wherein the exit for oversized particles is connected with the fluid-bed granulator via one or more crushers ; c.2) wherein the exit for on-size particles is connected with a first splitter and wherein the first splitter is connected with the fluid-bed granulator and a post processing unit ; and wherein a particle size analyzer is located between the fluid-bed granulator and the product screen , wherein the particle size analyzer is able to determine the particle size of the product particles leaving the fluid-bed granulator and the output of the particle analyzer is used by a processing and control unit which independently controls and adjusts the granule size distribution in the product particles; and wherein the particle size analyzer is electronically connected with the first splitter via the processing and control unit which allows for online measuring and simultaneous, preferably automated, adjusting of the product particle size within the fluid-bed granulator via the size of the introduced seed particles. a.) a fluid-bed granulator b.) a first cooler externally connected with the fluid-bed granulator or forming an internal part of the fluid-bed granulator , c.) a product screen connected with the first cooler wherein the product screen at least comprises: - an exit for on-size particles ; - an exit for oversized particles and - an exit for undersized particles ; - an exit for on-size particles ; - an exit for oversized particles and - an exit for undersized particles ; c.1) wherein the exit for undersized particles is connected with the fluid-bed granulator and wherein the exit for oversized particles is connected with the fluid-bed granulator via one or more crushers ; c.2) wherein the exit for on-size particles is connected with a first splitter and wherein the first splitter is connected with the fluid-bed granulator and a post processing unit ; and wherein a particle size analyzer is located between the fluid-bed granulator and the product screen , wherein the particle size analyzer is able to determine the particle size of the product particles leaving the fluid-bed granulator and the output of the particle analyzer is used by a processing and control unit which independently controls and adjusts the granule size distribution in the product particles; and wherein the particle size analyzer is electronically connected with the first splitter via the processing and control unit which allows for online measuring and simultaneous, preferably automated, adjusting of the product particle size within the fluid-bed granulator via the size of the introduced seed particles.
A terminal apparatus that is configured to communicate with a base station apparatus , the terminal apparatus comprising: a receiver configured to receive a Radio Resource Control, RRC, message including configuration information of a Multicast Broadcast Service, MBS, from the base station apparatus ; and a processing unit , wherein the configuration information of the MBS includes information of an MBS session, the processing unit establishes an MBS Radio Bearer, MRB, to receive the MBS session, and the processing unit , in a case of establishing the MRB, establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist. a receiver configured to receive a Radio Resource Control, RRC, message including configuration information of a Multicast Broadcast Service, MBS, from the base station apparatus ; and a processing unit , wherein the configuration information of the MBS includes information of an MBS session, the processing unit establishes an MBS Radio Bearer, MRB, to receive the MBS session, and the processing unit , in a case of establishing the MRB, establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist. establishes a Packet Data Convergence Protocol, PDCP, entity for the MRB, and establishes a Service Data Adaptation Protocol, SDAP, entity in a case that the SDAP entity for the MBS session does not exist.
A coated glass-based article comprising: a glass-based substrate comprising a substrate Young's modulus value and a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.3 millimeters to 3 millimeters; a coating on at least one of the first surface and the second surface of the glass-based substrate, the coating comprising a coating Young's modulus value equal to or greater than the substrate Young's modulus value and comprising a coating thickness ( t c ) from 80 nanometers to 10 micrometers; and the glass-based substrate comprising a compressive region, the compressive stress region comprising a compressive stress (CS) of from 750 MPa up to 1200 MPa at a surface of the glass-based article, the CS decreasing to zero at a depth of compression (DOC), the compressive region comprising a stress profile comprising a first portion and a second portion, the first portion extending from the first surface up to a first depth, the second portion extending from the first depth to the DOC, points in the first portion comprise a tangent with a slope that is less than -15 MPa/micrometers and greater than -60 MPa/micrometers, and points in the second portion comprise a tangent with a slope that is less than or equal to -1 MPa/micrometers and greater than -12 MPa/micrometers, and the first depth is from 16 microns to 30 microns. a glass-based substrate comprising a substrate Young's modulus value and a first surface and a second surface opposing the first surface defining a substrate thickness (t) in a range of 0.3 millimeters to 3 millimeters; a coating on at least one of the first surface and the second surface of the glass-based substrate, the coating comprising a coating Young's modulus value equal to or greater than the substrate Young's modulus value and comprising a coating thickness ( t c ) from 80 nanometers to 10 micrometers; and the glass-based substrate comprising a compressive region, the compressive stress region comprising a compressive stress (CS) of from 750 MPa up to 1200 MPa at a surface of the glass-based article, the CS decreasing to zero at a depth of compression (DOC), the compressive region comprising a stress profile comprising a first portion and a second portion, the first portion extending from the first surface up to a first depth, the second portion extending from the first depth to the DOC, points in the first portion comprise a tangent with a slope that is less than -15 MPa/micrometers and greater than -60 MPa/micrometers, and points in the second portion comprise a tangent with a slope that is less than or equal to -1 MPa/micrometers and greater than -12 MPa/micrometers, and the first depth is from 16 microns to 30 microns.
An electric parking brake device for a vehicle, comprising: a drum brake (B) which includes a pair of brake shoes rotatably supported by an anchor portion provided in a lower portion of a back plate and which is arranged on a radially inner side of a rim portion of a wheel of a vehicle wheel; and an electric actuator which enables obtaining a parking brake state by driving the drum brake (B), the electric actuator being mounted to a side surface of the back plate on an inner side in a vehicle-width direction, wherein an ice and snow accumulation suppressing member including a wall portion , which extends from the back plate to the inner side in the vehicle-width direction while facing an inner peripheral surface of the rim portion and which is arranged at least below the anchor portion , is mounted to an outer peripheral edge portion of the back plate , and wherein, on a projected figure on a plane orthogonal to a rotation axis (C) of the vehicle wheel, an outermost edge of the wall portion along a radial direction of the back plate is arranged outside of an imaginary circle (IC) which passes through an outermost end of the electric actuator in the radial direction and which is centered on the rotation axis (C), characterised in that the wall portion is formed into an annular shape centered on the rotation axis (C). a drum brake (B) which includes a pair of brake shoes rotatably supported by an anchor portion provided in a lower portion of a back plate and which is arranged on a radially inner side of a rim portion of a wheel of a vehicle wheel; and an electric actuator which enables obtaining a parking brake state by driving the drum brake (B), the electric actuator being mounted to a side surface of the back plate on an inner side in a vehicle-width direction, wherein an ice and snow accumulation suppressing member including a wall portion , which extends from the back plate to the inner side in the vehicle-width direction while facing an inner peripheral surface of the rim portion and which is arranged at least below the anchor portion , is mounted to an outer peripheral edge portion of the back plate , and wherein, on a projected figure on a plane orthogonal to a rotation axis (C) of the vehicle wheel, an outermost edge of the wall portion along a radial direction of the back plate is arranged outside of an imaginary circle (IC) which passes through an outermost end of the electric actuator in the radial direction and which is centered on the rotation axis (C), characterised in that the wall portion is formed into an annular shape centered on the rotation axis (C).
A method for reporting a power headroom, PH, by a terminal in a mobile communication system, the method comprising: selecting a maximum transmit power, P CMAX , of the terminal, the P cmax being equal to or greater than a lowest maximum transmit power and equal to or less than a highest maximum transmit power; determining a power headroom, PH, of the terminal using the selected maximum transmit power, P CMAX ; and transmitting a PHR message including the maximum transmit power, P CMAX , and the power headroom, PH to a base station . selecting a maximum transmit power, P CMAX , of the terminal, the P cmax being equal to or greater than a lowest maximum transmit power and equal to or less than a highest maximum transmit power; determining a power headroom, PH, of the terminal using the selected maximum transmit power, P CMAX ; and transmitting a PHR message including the maximum transmit power, P CMAX , and the power headroom, PH to a base station .
An electronic device, wherein the electronic device is provided with a segmented metal frame, the electronic device further comprises an antenna feeding point, an antenna ground , a feeding branch , a grounding branch , an antenna resonance arm , a variable capacitor , and a control circuit, the antenna resonance arm is a part of said metal frame, the antenna feeding point is disposed on the feeding branch, a first connection portion (B) and a second connection portion (A) are disposed on the antenna resonance arm , the first connection portion (B) is disposed on a first end portion of the antenna resonance arm , the second connection portion (A) is disposed between the first end portion and a second end portion (T) of the antenna resonance arm , the feeding branch is disposed between the second connection portion (A) and the antenna ground , the grounding branch is disposed between the first connection portion (B) and the antenna ground , the variable capacitor is disposed on the feeding branch , the variable capacitor is disposed between the antenna feeding point and the second connection portion (A), and the control circuit is configured to adjust a capacitance of the variable capacitor , characterized in that a part between the first connection portion (B) and the second connection portion (A) on the antenna resonance arm is used as an antenna radiator to send or receive a low-frequency resonance frequency signal, wherein a distance between the first connection portion (B) and the second connection portion (A) is less than one eighth of a wavelength of the low-frequency resonance frequency and the distance is configured to be adjusted to meet a boundary condition of the low-frequency resonance frequency, and wherein the electronic device further comprises a short grounding branch provided with a controlled switch , a third connection portion (C) is further disposed on the antenna resonance arm, the third connection portion (C) is between the first connection portion (B) and the second connection portion (A), the short grounding branch is disposed between the third connection portion (C) and the antenna ground , and the control circuit is further configured to control the controlled switch to be switched off or switched on.
An isolated neutralizing antibody or a fragment thereof that specifically binds to at least one conformational (non-linear) epitope of enterovirus 71 (EV71), wherein the antibody or fragment thereof comprises at least one variable light chain and at least one variable heavy chain, wherein the variable light chain amino acid sequence comprises SEQ ID NO: 1 or SEQ ID NO: 15, and the variable heavy chain amino acid sequence comprises SEQ ID NO: 2.
Ring suitable to select incoherent material in the form of wood-based chip and to eliminate inert materials contained in said incoherent material, said ring comprising a circumferential cusp and two circumferential base surfaces connected to said cusp by means of circumferential lateral surfaces , said base surfaces having a smaller diameter than that of said cusp , wherein said ring is configured to rotate around an axis of rotation (X) and said lateral surfaces have a plurality of circumferential teeth each defined respectively by a conical annular surface , followed by a cylindrical annular surface , wherein said cylindrical annular surface is directed parallel to said axis of rotation (X) of the ring, characterized in that the circumferential teeth have, with respect to said axis of rotation (X), a cross-section with a trapezoid shape defined, on the lateral surface , by a straight segment , parallel to the axis of rotation (X), and by an oblique segment connected to said straight segment and inclined with respect thereto in the direction of the cusp and wherein said straight segment and said oblique segment , in an axial symmetrical development of the ring around said axis of rotation (X), respectively define said cylindrical annular surface and said conical annular surface . said ring is configured to rotate around an axis of rotation (X) and said lateral surfaces have a plurality of circumferential teeth each defined respectively by a conical annular surface , followed by a cylindrical annular surface , wherein said cylindrical annular surface is directed parallel to said axis of rotation (X) of the ring, characterized in that the circumferential teeth have, with respect to said axis of rotation (X), a cross-section with a trapezoid shape defined, on the lateral surface , by a straight segment , parallel to the axis of rotation (X), and by an oblique segment connected to said straight segment and inclined with respect thereto in the direction of the cusp and wherein said straight segment and said oblique segment , in an axial symmetrical development of the ring around said axis of rotation (X), respectively define said cylindrical annular surface and said conical annular surface .
A liquid crystal display comprising: a gate line (GL) and a data line (DL) disposed to cross over each other; a common line (CL) crossing over the data line (DL) and disposed in parallel with the gate line (GL); a dummy data line (DDL) crossing over the gate line (GL) and disposed in parallel with the data line (DL); a dummy pixel electrode (DPx) disposed between the data line and the dummy data line in a dummy area (DUA) adjacent to an outermost side of a display area and disposed in a portion of a non-display area; a pixel electrode (PX) disposed in a pixel area (PA) adjacent to the dummy pixel electrode on the side of the data line opposite to the side where the dummy pixel electrode is disposed; and a common electrode (COM) connected to the common line and disposed to overlap the pixel electrode (PX) and the dummy pixel electrode (DPx), wherein the dummy pixel electrode (DPx) is connected to the common line (COM), characterized in that the dummy pixel electrode (DPx) is connected to a protrusion (CLP) that is between the gate line (GL) and the common line (CL) adjacent to each other, wherein the protrusion (CLP), in a plan view, extends from the common line and protrudes toward the gate line. a gate line (GL) and a data line (DL) disposed to cross over each other; a common line (CL) crossing over the data line (DL) and disposed in parallel with the gate line (GL); a dummy data line (DDL) crossing over the gate line (GL) and disposed in parallel with the data line (DL); a dummy pixel electrode (DPx) disposed between the data line and the dummy data line in a dummy area (DUA) adjacent to an outermost side of a display area and disposed in a portion of a non-display area; a pixel electrode (PX) disposed in a pixel area (PA) adjacent to the dummy pixel electrode on the side of the data line opposite to the side where the dummy pixel electrode is disposed; and a common electrode (COM) connected to the common line and disposed to overlap the pixel electrode (PX) and the dummy pixel electrode (DPx), wherein the dummy pixel electrode (DPx) is connected to the common line (COM), characterized in that the dummy pixel electrode (DPx) is connected to a protrusion (CLP) that is between the gate line (GL) and the common line (CL) adjacent to each other, wherein the protrusion (CLP), in a plan view, extends from the common line and protrudes toward the gate line.
Tilting vehicle with a rear section and with a carrier device connected to the rear section , wherein the carrier device comprises a receiving section for the detachable fastening of a luggage container and is connected to the rear section by means of at least one first support in the region of the receiving section and is connected to the rear section by means of at least one second support arranged spaced apart from the at least one first support , characterized in that the at least one first support is formed in such a way that it does not transmit any torque, and in that the at least one first support comprises an elastic connection element for uncoupling a movement of the carrier device with respect to the rear section .