mhurhangee/patent-ind-claim-en huggingface dataset:
A generator of high-power nanosecond pulses comprising a series connected inductive energy storage device and a superfast drift step recovery diode connected in series at one of their terminals, as well as to a terminal of a load (H) connected in parallel to the drift step recovery diode and a first switch and second switch , characterized in that the switches are connected in series at one of their terminals, as well as the other terminal of the inductive energy storage device , wherein the switches are connected with their respective other terminal to one terminal of a first source and a second source of two DC voltages sources with different polarities, wherein the voltage sources , the drift step recovery diode and the load (H) are connected with their other terminals to a common bus, wherein the inductive energy storage device is adaptable for adjusting the amplitude of the pulses on the load (H) by varying closing and opening times of the switches during the application of the generator, wherein the moment of closing the second switch is in the time interval between the opening of the first switch and the instant when the current trough the inductive energy storage device changes its polarity and wherein the moment of its opening is in the time interval from the beginning of the pulse formation on the load (H) to the moment of the next closing of the first switch . characterized in that the switches are connected in series at one of their terminals, as well as the other terminal of the inductive energy storage device , wherein the switches are connected with their respective other terminal to one terminal of a first source and a second source of two DC voltages sources with different polarities, wherein the voltage sources , the drift step recovery diode and the load (H) are connected with their other terminals to a common bus, wherein the inductive energy storage device is adaptable for adjusting the amplitude of the pulses on the load (H) by varying closing and opening times of the switches during the application of the generator, wherein the moment of closing the second switch is in the time interval between the opening of the first switch and the instant when the current trough the inductive energy storage device changes its polarity and wherein the moment of its opening is in the time interval from the beginning of the pulse formation on the load (H) to the moment of the next closing of the first switch .
A circular nanoimprint mold-forming substrate having a surface on which a topological pattern is to be formed and having a diameter of 125 mm to 300 mm and a thickness, wherein the thickness of the substrate has a generally convex profile and has a variation of not more than 0.6 μm within a circle having a diameter of 125 mm, and concentric with the substrate, said substrate meeting the relationship T ≥ C > E, where T is the thickness at the thickest point t within the circle having a diameter of 125 mm wherein point t first comes in contact with a resin layer on a recipient substrate, C is the thickness at the center c thereof, and E is the thickness at a point e where an extension of line t-c intersects the circle, opposite to t wherein point e last comes in contact with the resin layer on the recipient substrate, wherein the substrate thicknesses T and E satisfy 0.6 μm ≥ T-E ≥ 0.3 μm.
A method of manufacturing a machine driven by an electric motor, wherein an electric motor, having a stator and a rotor, is provided for driving the machine by an electric motor, wherein the rotor is not mounted in the stator, but in the machine driven by the electric motor, characterised in that - in a first method step, the rotor is received in a positioning auxiliary part connected to a stator housing of the stator, wherein the positioning auxiliary part positions and orients the rotor and wherein the positioning auxiliary part is centred and oriented on the stator housing part, - in a subsequent method step, a clamping set is inserted into a receiving region of a support part of the rotor, - an inner flange part is loosely arranged on the stator housing , - in a subsequent method step, the clamping set is actuated, so that the inner flange part is connected to the support part in a force-locked manner and is oriented and centred in a relative manner, - in a subsequent method step, stator housing and inner flange part are securely connected, - in a subsequent method step, the positioning auxiliary part is removed, - in a subsequent method step, the rotor is connected to a hollow shaft portion of a shaft, to be driven, of the machine and the stator housing is connected to a housing, of the machine, in which the shaft is mounted, - in a subsequent method step, the clamping set is released, axially displaced and then connected to the inner flange part . - in a first method step, the rotor is received in a positioning auxiliary part connected to a stator housing of the stator, wherein the positioning auxiliary part positions and orients the rotor and wherein the positioning auxiliary part is centred and oriented on the stator housing part, - in a subsequent method step, a clamping set is inserted into a receiving region of a support part of the rotor, - an inner flange part is loosely arranged on the stator housing , - in a subsequent method step, the clamping set is actuated, so that the inner flange part is connected to the support part in a force-locked manner and is oriented and centred in a relative manner, - in a subsequent method step, stator housing and inner flange part are securely connected, - in a subsequent method step, the positioning auxiliary part is removed, - in a subsequent method step, the rotor is connected to a hollow shaft portion of a shaft, to be driven, of the machine and the stator housing is connected to a housing, of the machine, in which the shaft is mounted, - in a subsequent method step, the clamping set is released, axially displaced and then connected to the inner flange part .
A compressor cover which is configured to cover a delivery fan which discharges, to a radial outer side, a fluid sucked in from a direction of an axis by rotating around the axis, the compressor cover comprising: a cover body that includes a tubular part in which a tubular inner peripheral surface along the axis and a shroud surface that is disposed on a downstream side of the tubular inner peripheral surface in the direction of the axis and expands in diameter toward the downstream side in the direction of the axis are formed; and a sleeve that includes an outer tube having an outer peripheral surface that is fixed to the tubular inner peripheral surface , an inner tube that is disposed on a radially inner side of the outer tube and defines a recirculation flow path, which is configured for a portion of the fluid that is sucked in by the delivery fan to flow through it, between the inner tube and the outer tube , and a plurality of struts that are disposed at intervals in a peripheral direction so as to connect the outer tube and the inner tube together, thereby partitioning the recirculation flow path into a plurality of sections, wherein an outer peripheral surface of the outer tube is fitted to the tubular inner peripheral surface , and an outer peripheral surface of the outer tube includes an upstream region , and a downstream region that is continuous with a downstream side of the upstream region in the direction of the axis, characterized in that the upstream region has a greater fitting degree with respect to the tubular inner peripheral surface than the downstream region . a cover body that includes a tubular part in which a tubular inner peripheral surface along the axis and a shroud surface that is disposed on a downstream side of the tubular inner peripheral surface in the direction of the axis and expands in diameter toward the downstream side in the direction of the axis are formed; and a sleeve that includes an outer tube having an outer peripheral surface that is fixed to the tubular inner peripheral surface , an inner tube that is disposed on a radially inner side of the outer tube and defines a recirculation flow path, which is configured for a portion of the fluid that is sucked in by the delivery fan to flow through it, between the inner tube and the outer tube , and a plurality of struts that are disposed at intervals in a peripheral direction so as to connect the outer tube and the inner tube together, thereby partitioning the recirculation flow path into a plurality of sections, wherein an outer peripheral surface of the outer tube is fitted to the tubular inner peripheral surface , and an outer peripheral surface of the outer tube includes an upstream region , and a downstream region that is continuous with a downstream side of the upstream region in the direction of the axis, characterized in that the upstream region has a greater fitting degree with respect to the tubular inner peripheral surface than the downstream region .
A gas flow generator for the concurrent treatment of obstructive sleep apnea and hypertension in a patient, the gas flow generator comprising a controller configured for: a) providing a flow of treatment to an airway of the patient in 5 accordance with an initial set of flow parameters; b) determining that the patient has achieved stable breathing while receiving the provided flow of treatment gas in accordance with the initial set of parameters; c) increasing the flow parameters; d) providing the flow of treatment gas to the airway of the patient in 10 accordance with the increased flow parameters until it is determined that a predetermined period of time has elapsed; e) determining whether a stop increasing indicator has occurred and/or is present, wherein the stop increasing indicator signifies that no further increases to the flow parameters should be made; f) further increasing the flow parameters, if it is determined that no stop increasing indicator has occurred and/or is present; and g) providing the flow of treatment gas to the airway of the patient in accordance with the further increased flow parameters for a predetermined time; characterized in that the stop increasing indicator comprises a threshold indicating that 20 attempts have been made to increase a pressure support a certain amount of times and such increase causes a stop condition each time. a) providing a flow of treatment to an airway of the patient in 5 accordance with an initial set of flow parameters; b) determining that the patient has achieved stable breathing while receiving the provided flow of treatment gas in accordance with the initial set of parameters; c) increasing the flow parameters; d) providing the flow of treatment gas to the airway of the patient in 10 accordance with the increased flow parameters until it is determined that a predetermined period of time has elapsed; e) determining whether a stop increasing indicator has occurred and/or is present, wherein the stop increasing indicator signifies that no further increases to the flow parameters should be made; f) further increasing the flow parameters, if it is determined that no stop increasing indicator has occurred and/or is present; and g) providing the flow of treatment gas to the airway of the patient in accordance with the further increased flow parameters for a predetermined time; characterized in that the stop increasing indicator comprises a threshold indicating that 20 attempts have been made to increase a pressure support a certain amount of times and such increase causes a stop condition each time.
Method for operating a machine tool , comprising the steps: a) provision of a control command set , by which a machining of a workpiece is defined; b) provision of an actual contour of the workpiece ; c) calculation of a first material entrance point of a tool into the workpiece on the basis of the actual contour of the workpiece ; d) generation of a first positioning command for an approach to the first material entrance point ; wherein the step c) is performed by means of a collision avoidance unit of the machine tool , and the actual contour of the workpiece is produced by a detection of the workpiece , characterised in that the first positioning command specifies a track path which differs from a track path specified by the control command set , and the track path has an abbreviated traverse section , wherein the first positioning command generated in step d) is dominant compared to a specification of the control command set , and the method is performed in real time. a) provision of a control command set , by which a machining of a workpiece is defined; b) provision of an actual contour of the workpiece ; c) calculation of a first material entrance point of a tool into the workpiece on the basis of the actual contour of the workpiece ; d) generation of a first positioning command for an approach to the first material entrance point ; wherein the step c) is performed by means of a collision avoidance unit of the machine tool , and the actual contour of the workpiece is produced by a detection of the workpiece , characterised in that the first positioning command specifies a track path which differs from a track path specified by the control command set , and the track path has an abbreviated traverse section , wherein the first positioning command generated in step d) is dominant compared to a specification of the control command set , and the method is performed in real time.
A method of predicting presence of Mycoplasma pneumonia in a subject suffering from a respiratory infection, the method comprising: determining a level of serum thymidine kinase 1 (STK1) material in a serum or plasma sample obtained from the subject with an anti-TK1 antibody or a fragment thereof; and estimating a likelihood that the respiratory infection is Mycoplasma pneumonia caused by Mycoplasma pneumoniae based on the determined level of STK1 material in the serum or plasma sample. determining a level of serum thymidine kinase 1 (STK1) material in a serum or plasma sample obtained from the subject with an anti-TK1 antibody or a fragment thereof; and estimating a likelihood that the respiratory infection is Mycoplasma pneumonia caused by Mycoplasma pneumoniae based on the determined level of STK1 material in the serum or plasma sample.
A resource request method, performed by a remote user equipment, comprising: sending (S002, S102, S202) a first buffer status report, BSR, to a network device, the first BSR being used for requesting a second resource from the network device, characterized in the second resource being a resource used for data transmission from a relay user equipment to the network device.
A vehicle seat comprising: a seatback ; a seat cushion switchable to a tip-up state where the seat cushion has been tipped up so as to extend along the seatback , the seat cushion including a seating surface and a rear surface that is on an opposite side of the seat cushion from the seating surface; and a wheelchair fixing device provided on the rear surface-side, the wheelchair fixing device being configured to fix a wheelchair to the seat cushion . a seatback ; a seat cushion switchable to a tip-up state where the seat cushion has been tipped up so as to extend along the seatback , the seat cushion including a seating surface and a rear surface that is on an opposite side of the seat cushion from the seating surface; and a wheelchair fixing device provided on the rear surface-side, the wheelchair fixing device being configured to fix a wheelchair to the seat cushion .
A method of manufacturing a solar cell, comprising the steps of forming a pn junction (203;303;403;503) in a p-type or n-type single crystal, polycrystalline or thin film silicon semiconductor substrate (201;301;401;501) at a light receiving side, forming passivation layers (204,205;304,305;404,405;504,505) directly on a light-receiving surface and a non-light-receiving surface of the semiconductor substrate, and forming power extraction electrodes (207,208;307,308;407,408;507,508) on the light-receiving surface and the non-light-receiving surface, wherein a said passivation layer (205;305;405;505), being the passivation layer on the non-light-receiving surface of a p-type semiconductor substrate (201;301) or the light-receiving surface of an n-type semiconductor substrate (401;501), is formed by an aluminum oxide film (205a;305a;405a;505a) having a thickness of up to 40 nm formed on said substrate and another dielectric film (205b;305b;405b;505b) disposed thereon as an overlay, another said passivation layer (204;304;404;504), being the passivation layer (204;304) on the light-receiving surface of a p-type semiconductor substrate (201;301) and serving as an antireflective film, or being on the non-light-receiving surface of an n-type semiconductor substrate (401;501), is a dielectric film of silicon nitride, silicon oxide, silicon carbide or titanium oxide, and wherein said electrodes are sintered products obtained by printing a conductive paste, being a silver paste, onto the passivation layers on both surfaces and firing at from 500 to 900°C for from 1 second to 30 minutes to fire the silver paste through the passivation layers, including said aluminum oxide film (205a;305a;405a;505a) in the respective passivation layer, to make electrical contact between the electrode and the substrate, the region of said aluminum oxide film disposed immediately below the respective electrode being displaced by the penetration of the sintered product.
An antifouling coating composition, comprising: a copolymer P; and an antifouling agent; wherein: the copolymer P is a copolymer of a monomer (a), a monomer (b), a monomer (c), and an ethylenically unsaturated monomer (d) other than the monomers (a) to (c); the monomer (a) is represented by general formula ; in the general formula , R 1 is a methyl group, R 2 , R 3 , and R 4 are the same or different, and each represents a C3-C8 branched alkyl group or a phenyl group; a content of the monomer (a) is 25 to 50 mass% with respect to a total mass of the monomers (a) to (d); each of the monomers (b) and (c) is a monomer other than the monomer (a) and has a common logarithm log P (as calculated according to the description) of n-octanol/water partition coefficient P of 0.00 to 0.59 and 0.60 to 0.95, wherein the n-octanol/water partition coefficient P is a value of the ratio of the partition concentration of a substance to each phase of a two-phase solvent system consisting of n-octanol and water; and the monomer (c) is a monomer having only one unsaturated bond. a copolymer P; and an antifouling agent; wherein: the copolymer P is a copolymer of a monomer (a), a monomer (b), a monomer (c), and an ethylenically unsaturated monomer (d) other than the monomers (a) to (c); the monomer (a) is represented by general formula ; in the general formula , R 1 is a methyl group, R 2 , R 3 , and R 4 are the same or different, and each represents a C3-C8 branched alkyl group or a phenyl group; a content of the monomer (a) is 25 to 50 mass% with respect to a total mass of the monomers (a) to (d); each of the monomers (b) and (c) is a monomer other than the monomer (a) and has a common logarithm log P (as calculated according to the description) of n-octanol/water partition coefficient P of 0.00 to 0.59 and 0.60 to 0.95, wherein the n-octanol/water partition coefficient P is a value of the ratio of the partition concentration of a substance to each phase of a two-phase solvent system consisting of n-octanol and water; and the monomer (c) is a monomer having only one unsaturated bond. the copolymer P is a copolymer of a monomer (a), a monomer (b), a monomer (c), and an ethylenically unsaturated monomer (d) other than the monomers (a) to (c); the monomer (a) is represented by general formula ; in the general formula , R 1 is a methyl group, R 2 , R 3 , and R 4 are the same or different, and each represents a C3-C8 branched alkyl group or a phenyl group; a content of the monomer (a) is 25 to 50 mass% with respect to a total mass of the monomers (a) to (d); each of the monomers (b) and (c) is a monomer other than the monomer (a) and has a common logarithm log P (as calculated according to the description) of n-octanol/water partition coefficient P of 0.00 to 0.59 and 0.60 to 0.95, wherein the n-octanol/water partition coefficient P is a value of the ratio of the partition concentration of a substance to each phase of a two-phase solvent system consisting of n-octanol and water; and the monomer (c) is a monomer having only one unsaturated bond.
A torque transmission assembly for the drive train of a muscle power operated vehicle with an auxiliary motor, having an output shaft , a first input shaft for transmitting a torque produced by muscle power to the output shaft , a second input shaft for transmitting a torque produced by the auxiliary motor to the output shaft , and having a freewheel function by means of which a user of the muscle power operated vehicle does not have to pedal along with the auxiliary motor when the auxiliary motor is deactivated, characterized in that the torque transmission assembly has a mechanical clutch which is configured to transmit a torque from the second input shaft to the output shaft when, at the first input shaft , a torque which acts in a driven direction of rotation is applied to the output shaft , and not to transmit a torque from the second input shaft to the output shaft when, at the first input shaft , a torque which acts against the driven direction of rotation is applied to the output shaft .
A glazed railing system which comprises a horizontal bottom rail (DR) and a handrail (UR) as a horizontal top rail, as well as a glazing groove (DRG) in the bottom rail (DR) and a glazing groove (URG) in the handrail, and a glazing structure (G) comprising one or more glazing elements (G1-G3) and, being located by means of the glazing grooves (DRG, URG) between the bottom rail (DR) and handrail (UR), and additionally a fastening structure (FS) for fastening the glazing structure (G), wherein in the horizontal bottom rail (DR) and/or the handrail (UR) there is a wall (W) surrounding the glazing groove (DRG, URG), and wherein the fastening structure (FS) comprises in the bottom rail (DR) and/or handrail (UR) a tightening protrusion (PR), and in addition the fastening structure (FS) comprises in the bottom rail (DR) and/or handrail (UR) a chamber (THRN) and a pushing member (PD) which is movable in relation to the chamber (THRN) and arranged to push said tightening protrusion (PR) towards the side surface of the glazing structure (G, G1-G3) in the glazing groove (DRG, URG), on the edge area thereof, wherein the tightening protrusion (PR) is an integral tightening protrusion (PR) on the wall (W) of the bottom rail (DR and/or handrail (UR), characterised in that said tightening protrusion (PR) may be distanced in relation to the wall (W) by bending.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, message including first information on at least one scheduling request, SR, configuration, second information indicating an SR configuration among the at least one SR configuration to which a logical channel is mapped, and third information on a subcarrier spacing mapped to the logical channel; generating an SR for the logical channel based on the SR configuration identified by the second information; and transmitting, to the base station, the SR for the logical channel. receiving, from a base station, a radio resource control, RRC, message including first information on at least one scheduling request, SR, configuration, second information indicating an SR configuration among the at least one SR configuration to which a logical channel is mapped, and third information on a subcarrier spacing mapped to the logical channel; generating an SR for the logical channel based on the SR configuration identified by the second information; and transmitting, to the base station, the SR for the logical channel.