mhurhangee/ep-ind-claims huggingface dataset:
A motor-driven tool machine unit such as a multi-axis rotational head, a motor spindle, a rotary table or the like, having a stator assembly and an at least one rotor assembly having a rotar shaft rotatable about a rotation axis, wherein the rotor assembly comprises at least one bearing unit and a rolling bearing unit arranged in the end region of a tool and/or workpiece holder, having several rolling elements for supporting the rotor shaft in the stator, wherein the end portion has at least one gap between the rotor assembly and stator, wherein at least one fluid unit (2, 3, 7) is provided, which introduces a pressurizable fluid at at least one injection point into the gap of the end region, wherein at least one distributor unit (16, 17) is provided for the distribution of the fluid introduced at the injection point and wherein the distributor unit (16, 17) is designed as a ring unit for the distribution of the fluid primarily around a peripheral surface arranged about the rotation axis, characterized in that distributor channels and/or distributor elements are provided distributed/arranged at least partially over the periphery.
A method for a terminal applied with a virtual subscriber identity module, VSIM, the method comprising: sending, by the terminal to a VSIM management server, a VSIM application request, wherein the VSIM application request carries an identifier of a VSIM desired by a user; receiving, by the terminal from the VSIM management server, VSIM installation information corresponding to the identifier of the VSIM desired by the user; installing, by the terminal, the VSIM installation information; and sending, by the terminal, to the VSIM management server, binding request information, wherein the binding request information comprises the identifier of the VSIM of the terminal, wherein the binding request information is used to bind the identifier of the VSIM of the terminal and an identifier of a SIM of the terminal. sending, by the terminal to a VSIM management server, a VSIM application request, wherein the VSIM application request carries an identifier of a VSIM desired by a user; receiving, by the terminal from the VSIM management server, VSIM installation information corresponding to the identifier of the VSIM desired by the user; installing, by the terminal, the VSIM installation information; and sending, by the terminal, to the VSIM management server, binding request information, wherein the binding request information comprises the identifier of the VSIM of the terminal, wherein the binding request information is used to bind the identifier of the VSIM of the terminal and an identifier of a SIM of the terminal.
A method of making a grafted polysulfone membrane, comprising: a) contacting the polysulfone membrane with an alcohol solution comprising benzophenone; b) contacting the polysulfone membrane with an aqueous exchange solution; c) contacting the polysulfone membrane with an aqueous grafting solution comprising: i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and d) exposing the polysulfone membrane to electromagnetic radiation, thereby resulting in a grafted polysulfone membrane. a) contacting the polysulfone membrane with an alcohol solution comprising benzophenone; b) contacting the polysulfone membrane with an aqueous exchange solution; c) contacting the polysulfone membrane with an aqueous grafting solution comprising: i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and i) an anionic or cationic monomer; ii) sodium sulfate; and iii) sodium persulfate; and d) exposing the polysulfone membrane to electromagnetic radiation, thereby resulting in a grafted polysulfone membrane.
A resin composition, comprising: a polycarbonate resin; a titanium compound; and a zinc compound, wherein a content Ct of the titanium element derived from the titanium compound is from 0.1% by mass to 5% by mass based on the total resin composition, and a content Cz of the zinc element derived from the zinc compound is from 0.2 ppm to 10 ppm based on the total resin composition. a polycarbonate resin; a titanium compound; and a zinc compound, wherein a content Ct of the titanium element derived from the titanium compound is from 0.1% by mass to 5% by mass based on the total resin composition, and a content Cz of the zinc element derived from the zinc compound is from 0.2 ppm to 10 ppm based on the total resin composition.
Adjustment drive (5, 6) for a motor-adjustable steering column for a motor vehicle, comprising a transmission (8, 9) with a drive assembly (82, 92), in which a drive wheel is mounted which can be driven in rotation about a drive axis and which is in operative engagement with a transmission wheel which is mounted in a transmission assembly (81, 91) and which is connected to a threaded spindle or a spindle nut of a spindle drive, wherein the drive assembly (82, 92) and the gear assembly (81, 91) have joining portions directed towards one another and are connected to one another by at least one joining connection, characterised in in that the drive assembly (82, 92) and/or the transmission assembly (81, 91) have at least one elastic clamping element for clamping the drive assembly (82, 92) and the transmission assembly (81, 91) in the region of the joint connection, the clamping element being designed to clamp the joint sections against one another.
A membrane-electrode assembly for a fuel cell, comprising, in order: an anode substrate; an anode catalyst layer; a polymer electrolyte membrane; a cathode catalyst layer; and a cathode substrate, wherein an adhesive layer is provided between the anode catalyst layer and the polymer electrolyte membrane and/or between the cathode catalyst layer and the polymer electrolyte membrane, and characterised in that the or each adhesive layer is permeated into the surface pores of the respective catalyst layer and the adhesive layer fills empty spaces between catalyst particles at the surface of the catalyst layer, and the space between the catalyst layer and the polymer electrolyte membrane. an anode substrate; an anode catalyst layer; a polymer electrolyte membrane; a cathode catalyst layer; and a cathode substrate, wherein an adhesive layer is provided between the anode catalyst layer and the polymer electrolyte membrane and/or between the cathode catalyst layer and the polymer electrolyte membrane, and characterised in that the or each adhesive layer is permeated into the surface pores of the respective catalyst layer and the adhesive layer fills empty spaces between catalyst particles at the surface of the catalyst layer, and the space between the catalyst layer and the polymer electrolyte membrane.
Hand-held power tool, in particular screwdriver, having a hand-held power tool housing, in particular a screwdriver housing, having at least two housing elements that at least partially enclose a drive unit of the hand-held power tool, in particular of the screwdriver, having at least one tool housing axis and having at least one air guiding unit for guiding an air flow for cooling at least the drive unit, wherein the air guiding unit is arranged transversely to the tool housing axis, characterized in that the air guiding unit and an actuating element of the actuating unit form a connecting line, wherein the connecting line encloses an angle in the range from 60° to 90°, in particular in the range from 65° to 85°, more particularly in the range from 70° to 80°, with the tool housing axis.
A sterilisation, decontamination and/or sanitation device comprising a main body a control panel and a discharge outlet, the main body housing a humidifier unit, an ozone discharge unit and a controller for controlling the humidifier and ozone discharge units, the control panel including a wireless user interface for remote control of the controller, characterised in that the control panel is detachable, the main body having means for temporary attachment of the control panel thereto, wherein the control panel is in the form of a lectern that extends at least partially along one wall of the main body, and wherein the lectern is substantially the same height as the main body of the device.
A method of identifying sex-linked proteins in a mammalian sperm cell by identifying selectively expressed X- or Y-chromosome linked proteins at or on the surface of the cell, the method including the steps of:- i) treating sperm cell samples to remove the accessory proteins and other seminal fluid components; ii) separating the sperm cell samples into X- and Y-chromosome bearing enriched fractions; iii) selecting an enriched fraction obtained in step ii) and staining, solublising and subjecting the selected cells to electrophoresis to identify proteins at or on the cell membrane or the cell surface and comparing the results from the selected fraction to those from other fractions to eliminate common proteins; iv) subjecting the proteins identified in step iii) to mass spectrometry and peptide sequencing; and v) mapping the sequences from step iv) to recognised databases. i) treating sperm cell samples to remove the accessory proteins and other seminal fluid components; ii) separating the sperm cell samples into X- and Y-chromosome bearing enriched fractions; iii) selecting an enriched fraction obtained in step ii) and staining, solublising and subjecting the selected cells to electrophoresis to identify proteins at or on the cell membrane or the cell surface and comparing the results from the selected fraction to those from other fractions to eliminate common proteins; iv) subjecting the proteins identified in step iii) to mass spectrometry and peptide sequencing; and v) mapping the sequences from step iv) to recognised databases.
A sealing device intended to be fixed against an end edge of a tube and against a column which must pass along an axis of the column through an opening in the tube, delimited by this edge, the device including a base having a feedthrough for the axial passage of the column, a first sealing member capable of being activated to be pressed against the column in the feedthrough, a body surrounding around the axis a cavity for receiving the edge of the tube and a second sealing member intended to be pressed against the edge of the tube in the cavity, the feedthrough communicating axially with the cavity, characterized in that the device comprises also a clamping ring, and in that the body includes a plurality of guides, which are distributed around the cavity and which extend between an inner side which opens into the cavity and an outer side which opens against the concentric clamping ring, rotatably mounted around the axis with respect to the base, a plurality of inner fingers integral with a plurality of outer actuating members being guided respectively in the plurality of guides around the cavity, the ring including a plurality of actuation zones which are mutually distant and which are capable of being positioned against respectively the plurality of outer actuating members to cause the inner fingers to slide and to protrude in the cavity for clamping the fingers against the edge of the tube when the ring and the base are, with respect to one another, in a first relative rotational position, called first tube edge clamping position, the ring and the base being capable of passing, by rotation with respect to one another around the axis, between one and the other of the first relative rotational position and a second relative rotational position, called tube edge unclamping position, in which the plurality of actuation zones is at a distance from the plurality of outer actuating members to allow the fingers to be retracted into the body.
A vehicle having an electric drive and having a sound transducer, characterized in that the vehicle comprises a sound generator for simultaneously emitting a first noise having increasing frequency and decreasing loudness, a second noise having increasing frequency and increasing loudness, and at least a third noise having increasing frequency by means of the sound transducer, in particular during increasing rotational speed of the electric drive.
A method for establishing a mode of a plurality of modes of operation of a zone for Domain Name Service Security, DNSSEC, by a device intermediary to a plurality of clients and a plurality of servers, the method comprising: a) receiving, by the device intermediary to the plurality of clients and the plurality of servers, a selection of a mode of a plurality of modes of operation for a zone for providing a Domain Name Service, DNS, wherein the selected mode is either an authoritative mode or a proxy mode; b) receiving, by the device, a request to enable DNS security for the selected mode; and c) establishing, by the device, the zone for DNS in accordance with the selected mode and with DNS Security enabled. a) receiving, by the device intermediary to the plurality of clients and the plurality of servers, a selection of a mode of a plurality of modes of operation for a zone for providing a Domain Name Service, DNS, wherein the selected mode is either an authoritative mode or a proxy mode; b) receiving, by the device, a request to enable DNS security for the selected mode; and c) establishing, by the device, the zone for DNS in accordance with the selected mode and with DNS Security enabled.
A keyboard instrument comprising: a plurality of keys; and a keyboard chassis, wherein each key has a shaft or a shaft hole provided on one end side thereof, wherein the keyboard chassis is provided with shafts when the plurality of keys has shaft holes, and is provided with shaft holes when the plurality of keys has shafts, wherein the keyboard chassis supports the plurality of keys by the shafts being arranged in the shaft holes, wherein first spaces and second spaces are formed between an inner surface of the shaft hole and the shaft, wherein the first spaces are positioned in a vertical direction of the key, and the second spaces are positioned in a longitudinal direction of the key, and wherein the second spaces are larger than the first spaces, characterized in that said shaft and said shaft hole provided on each key and the keyboard chassis are arranged for rotating the respective key with the shaft being the axis of rotation in response to key depression operations. a plurality of keys; and a keyboard chassis, wherein each key has a shaft or a shaft hole provided on one end side thereof, wherein the keyboard chassis is provided with shafts when the plurality of keys has shaft holes, and is provided with shaft holes when the plurality of keys has shafts, wherein the keyboard chassis supports the plurality of keys by the shafts being arranged in the shaft holes, wherein first spaces and second spaces are formed between an inner surface of the shaft hole and the shaft, wherein the first spaces are positioned in a vertical direction of the key, and the second spaces are positioned in a longitudinal direction of the key, and wherein the second spaces are larger than the first spaces, characterized in that said shaft and said shaft hole provided on each key and the keyboard chassis are arranged for rotating the respective key with the shaft being the axis of rotation in response to key depression operations.
A transmitter comprising: a first tone generator for generating at least one first tone; a second tone generator for generating at least one second tone; a first sigma-delta modulator for generating a first output signal in response to a first component of a complex signal and the at least one first tone; a second sigma-delta modulator for generating a second output signal in response to a second component of the complex signal and the at least one second tone; a transmission modulator for modulating the first and second output signals, wherein: the first component and the at least one first tone are represented in the modulated first output signal, and the at least one first tone is outside a bandwidth of the first component as represented in the modulated first output signal; the second component and the at least one second tone are represented in the modulated second output signal, and the at least one second tone is outside a bandwidth of the second component as represented in the modulated second output signal; and the transmission modulator includes a separator for converting the first and second output signals into first and second phase signals representing first and second phases thereof; an amplifier (246, 248) for amplifying the first and second phase signals; and a filter coupled to the amplifier (246, 248) for attenuating the first and second tones after the amplifying. a first tone generator for generating at least one first tone; a second tone generator for generating at least one second tone; a first sigma-delta modulator for generating a first output signal in response to a first component of a complex signal and the at least one first tone; a second sigma-delta modulator for generating a second output signal in response to a second component of the complex signal and the at least one second tone; a transmission modulator for modulating the first and second output signals, wherein: the first component and the at least one first tone are represented in the modulated first output signal, and the at least one first tone is outside a bandwidth of the first component as represented in the modulated first output signal; the second component and the at least one second tone are represented in the modulated second output signal, and the at least one second tone is outside a bandwidth of the second component as represented in the modulated second output signal; and the transmission modulator includes a separator for converting the first and second output signals into first and second phase signals representing first and second phases thereof; an amplifier (246, 248) for amplifying the first and second phase signals; and a filter coupled to the amplifier (246, 248) for attenuating the first and second tones after the amplifying.
A gas turbine engine defined along a central longitudinal engine axis, comprising: a turbine section; and an exhaust section located axially aft of the turbine section, the exhaust section including an exhaust case, wherein the exhaust case includes a first case; a second case that is co-axial with the first case and radially inward of the first case, wherein the second case includes a flange and a bracket; a strut coupled to the first case and the second case; and a fastener (334a, 334b) that fastens the flange and the strut, wherein the strut radially contacts the bracket due to a difference in temperature of the strut relative to the bracket when the gas turbine engine is powered-on, wherein the second case transfers a load to the strut as part of a load path when the gas turbine engine is powered-on, and wherein the load path bypasses the fastener (334a, 334b). a turbine section; and an exhaust section located axially aft of the turbine section, the exhaust section including an exhaust case, wherein the exhaust case includes a first case; a second case that is co-axial with the first case and radially inward of the first case, wherein the second case includes a flange and a bracket; a strut coupled to the first case and the second case; and a fastener (334a, 334b) that fastens the flange and the strut, wherein the strut radially contacts the bracket due to a difference in temperature of the strut relative to the bracket when the gas turbine engine is powered-on, a first case; a second case that is co-axial with the first case and radially inward of the first case, wherein the second case includes a flange and a bracket; a strut coupled to the first case and the second case; and a fastener (334a, 334b) that fastens the flange and the strut, wherein the strut radially contacts the bracket due to a difference in temperature of the strut relative to the bracket when the gas turbine engine is powered-on, wherein the second case transfers a load to the strut as part of a load path when the gas turbine engine is powered-on, and wherein the load path bypasses the fastener (334a, 334b).
A wireless communication method, comprising: determining, by a network device, N first time locations required to be used for paging a terminal device at a specific frequency point, the specific frequency point being configured to represent a frequency point at which communication with the terminal device is performed, and N being an integer greater than or equal to 1; and paging the terminal device, by the network device, at the specific frequency point at the N first time locations, characterized in that, the N first time locations have a predetermined relationship with N second time locations, the N second time locations being actual transmission time locations of the Synchronous Signal Blocks, SSBs, wherein the actual transmission time locations of the SSBs are SSB locations where SSBs are actually transmitted among candidate time locations of the SSBs, a number of the actual transmission time locations of the SSBs being less than a number the candidate time locations of the SSBs, and wherein the N first time locations are indicated to the terminal device through Remaining Minimum System Information, RMSI. determining, by a network device, N first time locations required to be used for paging a terminal device at a specific frequency point, the specific frequency point being configured to represent a frequency point at which communication with the terminal device is performed, and N being an integer greater than or equal to 1; and paging the terminal device, by the network device, at the specific frequency point at the N first time locations, characterized in that, the N first time locations have a predetermined relationship with N second time locations, the N second time locations being actual transmission time locations of the Synchronous Signal Blocks, SSBs, wherein the actual transmission time locations of the SSBs are SSB locations where SSBs are actually transmitted among candidate time locations of the SSBs, a number of the actual transmission time locations of the SSBs being less than a number the candidate time locations of the SSBs, and wherein the N first time locations are indicated to the terminal device through Remaining Minimum System Information, RMSI.
Refrigerant line assembly for a refrigeration appliance, having: a suction pipe with a first end region which is provided for connection to an outlet of a first evaporator and has a first pipe connecting section which runs in a curved manner, and a second end region provided for connection to an inlet of a compressor; and a connecting pipe with a first end region provided for connection to an outlet of a second evaporator and a second end region which is provided for connection to an inlet of the first evaporator and has a second pipe connecting section which runs in a curved manner, characterised in that the first pipe connecting section and the second pipe connecting section which is curved in a similar manner each run parallel to one another and are fastened to one another. a suction pipe with a first end region which is provided for connection to an outlet of a first evaporator and has a first pipe connecting section which runs in a curved manner, and a second end region provided for connection to an inlet of a compressor; and a connecting pipe with a first end region provided for connection to an outlet of a second evaporator and a second end region which is provided for connection to an inlet of the first evaporator and has a second pipe connecting section which runs in a curved manner, characterised in that the first pipe connecting section and the second pipe connecting section which is curved in a similar manner each run parallel to one another and are fastened to one another.