mhurhangee/patent-ind-claim-en huggingface dataset:
A signal processing method, said method being performed by a communication apparatus located in a base station, said method comprising: generating (S301) a reference signal sequence of a physical channel based on a first m-sequence and a second m-sequence, wherein the reference signal sequence is a gold sequence, the reference signal sequence is related to a physical cell identifier and first timing information, and the first timing information comprises a 2-bit synchronization signal block time index; and in response to modulating the generated reference signal sequence, mapping (S302) a modulated reference signal sequence to N subcarriers to obtain a reference signal, wherein N is a positive integer greater than or equal to 1 and a carrier frequency band of the N subcarriers is a frequency band less than or equal to 3 GHz ; wherein a cyclic shift value m 0 of the first m-sequence meets: m 0 = N cell ID + a ∗ SS _ block _ idx ∗ b mod c ; or m 0 = b ∗ N cell ID + d ∗ SS _ block _ idx mod c , where N cell ID represents an identifier corresponding to the physical cell identifier, SS_block_idx represents the synchronization signal block time index, a, b, c , and d each are a non-zero integer, and a, b, c, and d meet at least one of the following constraint conditions: d ∗ SS _ block _ idx max mod c ≤ c − b ∗ N cell , max ID ; d mod c ≤ ⌊ c / SS _ block _ idx max ⌋ , where d = a ∗ b, SS_block_idx max is a maximum value in SS_block_idx, N cell , max ID is a maximum value in N cell ID , mod represents a modulo operation, and └ ┘ represents a rounding down operation. generating (S301) a reference signal sequence of a physical channel based on a first m-sequence and a second m-sequence, wherein the reference signal sequence is a gold sequence, the reference signal sequence is related to a physical cell identifier and first timing information, and the first timing information comprises a 2-bit synchronization signal block time index; and in response to modulating the generated reference signal sequence, mapping (S302) a modulated reference signal sequence to N subcarriers to obtain a reference signal, wherein N is a positive integer greater than or equal to 1 and a carrier frequency band of the N subcarriers is a frequency band less than or equal to 3 GHz ; wherein a cyclic shift value m 0 of the first m-sequence meets: m 0 = N cell ID + a ∗ SS _ block _ idx ∗ b mod c ; or m 0 = b ∗ N cell ID + d ∗ SS _ block _ idx mod c , where N cell ID represents an identifier corresponding to the physical cell identifier, SS_block_idx represents the synchronization signal block time index, a, b, c , and d each are a non-zero integer, and a, b, c, and d meet at least one of the following constraint conditions: d ∗ SS _ block _ idx max mod c ≤ c − b ∗ N cell , max ID ; d mod c ≤ ⌊ c / SS _ block _ idx max ⌋ , where d = a ∗ b, SS_block_idx max is a maximum value in SS_block_idx, N cell , max ID is a maximum value in N cell ID , mod represents a modulo operation, and └ ┘ represents a rounding down operation.
A method for wireless communications by a first user equipment, UE, comprising: rate-matching a multiple-layer second stage of a two-stage sidelink control information, SCI, as a single layer, characterised in that : the rate-matching comprises determining a number of coded modulation symbols for the multiple-layer second stage of the two-stage SCI based on a single layer; and transmitting the multiple-layer second stage of the two-stage SCI, to a second UE, using multiple antenna ports, wherein the number of coded modulation symbols is mapped to each of the multiple antenna ports. rate-matching a multiple-layer second stage of a two-stage sidelink control information, SCI, as a single layer, characterised in that : the rate-matching comprises determining a number of coded modulation symbols for the multiple-layer second stage of the two-stage SCI based on a single layer; and transmitting the multiple-layer second stage of the two-stage SCI, to a second UE, using multiple antenna ports, wherein the number of coded modulation symbols is mapped to each of the multiple antenna ports.
A vaccine for use in a method for inducing a T-cell mediated immune response against an immunogenic peptide, wherein the vaccine is a nucleic acid molecule that encodes a fusion protein, said recombinant fusion protein containing two portions peptide-linked together in which a first portion is a protein body-inducing sequence (PBIS) and a second portion is an immunogenic polypeptide, wherein the PBIS is from a higher plant and wherein the PBIS sequence further includes a signal peptide sequence that directs a protein towards the endoplasmic reticulum (ER) of the recombinant protein body-like assemblies (RPBLA)-expressing cell.
A method for attenuating vibrations in an aircraft wheel/brake assembly that arise during braking, with the brake comprising rotor discs rotationally driven with the wheel by means of bars secured to the wheel and engaged in notches of the rotor discs, and stator discs , which are kept rotationally immobile by means of tenons secured to a torque tube of the brake and engaged in notches of the stator discs, the notches having sides protected by brackets , characterized in that one of the following bracket/tenon and/or bracket/bar pairs is selected: - brackets made of 15CrMoV6 steel; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), unground with roughness Ra of ≤ 3.2 microns or - brackets made of 17-22AS steel; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), ground with roughness Ra of ≤ 1.6 microns or - brackets made of 15CrMoV6 steel, with a surface deposit of carbon particles; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), unground with roughness Ra of ≤ 3.2 microns, with a surface deposit of carbon particles. - brackets made of 15CrMoV6 steel; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), unground with roughness Ra of ≤ 3.2 microns or - brackets made of 17-22AS steel; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), ground with roughness Ra of ≤ 1.6 microns or - brackets made of 15CrMoV6 steel, with a surface deposit of carbon particles; - bars or tenons made of X5CrNiMol6-5 steel with a coating of cobalt enriched tungsten carbide (WC/Co/Cr), unground with roughness Ra of ≤ 3.2 microns, with a surface deposit of carbon particles.
A high frequency ultrasound transducer, comprising: a piezoelectric layer having a top surface, a bottom surface and a number of kerf slots therein that define an array of individual transducer elements; a conductive ground layer electrode disposed over the top surface of the piezoelectric layer and coupled to a first ground electrode and a second ground electrode; a lens having a concave surface that defines a focal depth of the array; and a number of matching layers positioned between the lens and the conductive ground layer; wherein the matching layers include a cyanoacrylate layer that is bonded to a lower surface of the lens; wherein the matching layers further include a powder doped epoxy layer that bonds a bottom surface of the cyanoacrylate layer to a top surface of the second of the matching layers , starting from the conductive ground layer, the high frequency ultrasound transducer being characterized in that : the powder doped epoxy layer has a thickness that is controlled by a number of pillar spacers , each of the pillar spacers being coupled to one of the first ground electrode or the second ground electrode, wherein the pillar spacers have a desired thickness and are positioned around a perimeter of the piezoelectric layer and outside of an active area of the transducer. a piezoelectric layer having a top surface, a bottom surface and a number of kerf slots therein that define an array of individual transducer elements; a conductive ground layer electrode disposed over the top surface of the piezoelectric layer and coupled to a first ground electrode and a second ground electrode; a lens having a concave surface that defines a focal depth of the array; and a number of matching layers positioned between the lens and the conductive ground layer; wherein the matching layers include a cyanoacrylate layer that is bonded to a lower surface of the lens; wherein the matching layers further include a powder doped epoxy layer that bonds a bottom surface of the cyanoacrylate layer to a top surface of the second of the matching layers , starting from the conductive ground layer, the high frequency ultrasound transducer being characterized in that : the powder doped epoxy layer has a thickness that is controlled by a number of pillar spacers , each of the pillar spacers being coupled to one of the first ground electrode or the second ground electrode, wherein the pillar spacers have a desired thickness and are positioned around a perimeter of the piezoelectric layer and outside of an active area of the transducer.
A high voltage DC circuit breaker comprising: a vacuum circuit breaker installed on a DC transmission line and functioning to interrupt a current in the DC transmission line by operating when a fault occurs on one side or a remaining side thereof on the DC transmission line; a gas circuit breaker connected in series with the vacuum circuit breaker ; an LC circuit connected in parallel with the vacuum circuit breaker and including a capacitor and a reactor connected in series with each other to induce LC resonance; a first bidirectional switching device connected in series with the LC circuit and switching currents flowing in both forward and backward directions, characterised in that it further comprises: a second bidirectional switching device connected in parallel with the LC circuit and switching currents to induce LC resonance in both forward and backward directions. a vacuum circuit breaker installed on a DC transmission line and functioning to interrupt a current in the DC transmission line by operating when a fault occurs on one side or a remaining side thereof on the DC transmission line; a gas circuit breaker connected in series with the vacuum circuit breaker ; an LC circuit connected in parallel with the vacuum circuit breaker and including a capacitor and a reactor connected in series with each other to induce LC resonance; a first bidirectional switching device connected in series with the LC circuit and switching currents flowing in both forward and backward directions, characterised in that it further comprises: a second bidirectional switching device connected in parallel with the LC circuit and switching currents to induce LC resonance in both forward and backward directions.
A white balance processing method, comprising: imaging a living shot object to obtain an image; obtaining a white balance gain value according to an area of a target region comprising a face in the image; and performing white balance processing on the image according to the white balance gain value, characterized in that the method further comprises: obtaining the white balance gain value according to the area of the target region comprising the face in the image comprises: determining, when an area occupied by a face region in the image is not less than a preset area threshold, the face region as the target region; or determining, when the area occupied by the face region in the image is less than a preset area threshold, a portrait region as the target region; calculating an area proportion of the target region in the image according to the area occupied by the target region in the image; and calculating a first gain value and a second gain value of each color component according to the area proportion to obtain the white balance gain value, the first gain value being used to regulate the face in the image to a skin color and the second gain value being different from the first gain value. imaging a living shot object to obtain an image; obtaining a white balance gain value according to an area of a target region comprising a face in the image; and performing white balance processing on the image according to the white balance gain value, characterized in that the method further comprises: obtaining the white balance gain value according to the area of the target region comprising the face in the image comprises: determining, when an area occupied by a face region in the image is not less than a preset area threshold, the face region as the target region; or determining, when the area occupied by the face region in the image is less than a preset area threshold, a portrait region as the target region; calculating an area proportion of the target region in the image according to the area occupied by the target region in the image; and calculating a first gain value and a second gain value of each color component according to the area proportion to obtain the white balance gain value, the first gain value being used to regulate the face in the image to a skin color and the second gain value being different from the first gain value. determining, when an area occupied by a face region in the image is not less than a preset area threshold, the face region as the target region; or determining, when the area occupied by the face region in the image is less than a preset area threshold, a portrait region as the target region; calculating an area proportion of the target region in the image according to the area occupied by the target region in the image; and calculating a first gain value and a second gain value of each color component according to the area proportion to obtain the white balance gain value, the first gain value being used to regulate the face in the image to a skin color and the second gain value being different from the first gain value.
A method for detecting the presence of mini chromosome maintenance complex component 5 (Mcm5) in a subject, the method comprising: (a) preparing a urine sample from said subject wherein preparing the urine sample comprises exposing the urine sample to a lysis buffer capable of releasing Mcm5 from cells in the urine sample thereby releasing Mcm5 from cells in the urine sample, and wherein the lysis buffer comprises a detergent comprising triton X-100; (b) performing an assay to determine the concentration of Mcm5 released from cells in the urine sample by exposing the urine sample to a first monoclonal antibody and a second monoclonal antibody and measuring the amount of Mcm5 that binds to the first monoclonal antibody and the second monoclonal antibody, wherein the assay is a sandwich ELISA assay which comprises capturing Mcm5 using a capture antibody and detecting the concentration of Mcm5 using a detection antibody, and wherein the capture antibody is the first monoclonal antibody and the detection antibody is the second monoclonal antibody or the capture antibody is the second monoclonal antibody and the detection antibody is the first monoclonal antibody; and (c) comparing the concentration of Mcm5 determined in step (b) to a reference value previously derived from a sample from a healthy subject; wherein the first monoclonal antibody and the second monoclonal antibody bind to Mcm5, and wherein the first monoclonal antibody binds to an epitope having the amino acid sequence of SEQ ID NO: 1, and the second monoclonal antibody binds to an epitope having the amino acid sequence of SEQ ID NO: 2. (a) preparing a urine sample from said subject wherein preparing the urine sample comprises exposing the urine sample to a lysis buffer capable of releasing Mcm5 from cells in the urine sample thereby releasing Mcm5 from cells in the urine sample, and wherein the lysis buffer comprises a detergent comprising triton X-100; (b) performing an assay to determine the concentration of Mcm5 released from cells in the urine sample by exposing the urine sample to a first monoclonal antibody and a second monoclonal antibody and measuring the amount of Mcm5 that binds to the first monoclonal antibody and the second monoclonal antibody, wherein the assay is a sandwich ELISA assay which comprises capturing Mcm5 using a capture antibody and detecting the concentration of Mcm5 using a detection antibody, and wherein the capture antibody is the first monoclonal antibody and the detection antibody is the second monoclonal antibody or the capture antibody is the second monoclonal antibody and the detection antibody is the first monoclonal antibody; and (c) comparing the concentration of Mcm5 determined in step (b) to a reference value previously derived from a sample from a healthy subject;
Process for producing an NO/N 2 gas mixture comprising the steps of: a) carrying out a purification of impure nitrogen gas containing impurities of at least the O 2 type by: i) contacting the impure nitrogen with a catalyst in order to remove or transform at least a part of the impurities of the O 2 type, ii) contacting the nitrogen purified in substep i) with a molecular sieve to remove at least a part of the impurities of the H 2 O type resulting from step i), b) mixing the pure nitrogen resulting from step a) with nitric oxide (NO), c) obtaining a mixture composed of NO and pure nitrogen that has an NO content of less than 20% by volume and a proportion of impurities of the O 2 type of less than 5 ppmv and of the H 2 O type of less than 40 ppmv. a) carrying out a purification of impure nitrogen gas containing impurities of at least the O 2 type by: i) contacting the impure nitrogen with a catalyst in order to remove or transform at least a part of the impurities of the O 2 type, ii) contacting the nitrogen purified in substep i) with a molecular sieve to remove at least a part of the impurities of the H 2 O type resulting from step i), i) contacting the impure nitrogen with a catalyst in order to remove or transform at least a part of the impurities of the O 2 type, ii) contacting the nitrogen purified in substep i) with a molecular sieve to remove at least a part of the impurities of the H 2 O type resulting from step i), b) mixing the pure nitrogen resulting from step a) with nitric oxide (NO), c) obtaining a mixture composed of NO and pure nitrogen that has an NO content of less than 20% by volume and a proportion of impurities of the O 2 type of less than 5 ppmv and of the H 2 O type of less than 40 ppmv.
A method for local repair to a damaged area of a multi-layer polyurethane erosion coating system on an airfoil surface of a fan blade, comprising: preparing the erosion coating adjacent to the damage by abrading and/or feathering; and cleaning the erosion coating adjacent to the damage; applying a paint primer onto a substrate in the damaged area; and applying a filled epoxy paste to the paint primer in the damaged area. preparing the erosion coating adjacent to the damage by abrading and/or feathering; and cleaning the erosion coating adjacent to the damage; applying a paint primer onto a substrate in the damaged area; and applying a filled epoxy paste to the paint primer in the damaged area.
Autonomous hydraulic lifting support for a motorized road vehicle having a chassis , in particular for mobile homes, sales vehicles or special purpose vehicles, wherein the lifting support has an extendable supporting unit which is designed to support itself on an underlying surface and has a hydraulic actuator and an assigned separate hydraulic supply unit in a hydraulic circuit, characterized in that the autonomous hydraulic lifting support has a pressure sensor in the hydraulic circuit that detects ground contact, wherein the hydraulic actuator and the hydraulic supply unit are configured as separate units, which can be mounted independently at a mutual distance on the road vehicle , and are connected to one another by means of hose-shaped hydraulic lines .
A foam product, comprising: a foam core having a top surface, a bottom surface and a peripheral side surface; an upper skin covering the top surface of the foam core and at least a portion of the peripheral side surface of the foam core, but extending not beyond the bottom surface of the foam core, wherein the upper skin has an inner surface bonded to the top surface and the peripheral side surface of the foam core, an outer surface provided for supporting a user, and a peripheral end surface; and a lower skin covering both of the bottom surface of the foam core and the peripheral end surface of the upper skin, and having an inner surface, an outer surface, and a peripheral end surface, wherein the inner surface of the lower skin is bonded to the bottom surface of the foam core and the peripheral end surface of the upper skin, and the outer surface of the lower skin is provided for contacting a slide surface of water, snow, grass or sand ; wherein the upper skin includes an upper foam layer covering the top surface and the peripheral side surface of the foam core; wherein the lower skin includes a compressed lower foam layer and a non-foam plastic plate; and the compressed lower foam layer is disposed in between the foam core and the non-foam plastic plate, wherein the compressed lower foam layer is thinner than the upper foam layer, wherein the compressed lower foam layer has a thickness smaller than the non-foam plastic plate, wherein the non-foam plastic plate is made tougher and more wear resistant than the compressed lower foam layer. a foam core having a top surface, a bottom surface and a peripheral side surface; an upper skin covering the top surface of the foam core and at least a portion of the peripheral side surface of the foam core, but extending not beyond the bottom surface of the foam core, wherein the upper skin has an inner surface bonded to the top surface and the peripheral side surface of the foam core, an outer surface provided for supporting a user, and a peripheral end surface; and a lower skin covering both of the bottom surface of the foam core and the peripheral end surface of the upper skin, and having an inner surface, an outer surface, and a peripheral end surface, wherein the inner surface of the lower skin is bonded to the bottom surface of the foam core and the peripheral end surface of the upper skin, and the outer surface of the lower skin is provided for contacting a slide surface of water, snow, grass or sand ; wherein the upper skin includes an upper foam layer covering the top surface and the peripheral side surface of the foam core; wherein the lower skin includes a compressed lower foam layer and a non-foam plastic plate; and the compressed lower foam layer is disposed in between the foam core and the non-foam plastic plate, wherein the compressed lower foam layer is thinner than the upper foam layer, wherein the compressed lower foam layer has a thickness smaller than the non-foam plastic plate, wherein the non-foam plastic plate is made tougher and more wear resistant than the compressed lower foam layer.