mhurhangee/ep-ind-claims huggingface dataset:
A compound of the general formula: X-[NR-CO-Ar-W-(CH=CH) n -(CH 2) 2 -L] m in which represents a polymer; Ar represents an optionally-substituted heteroaryl or aryl group; R represents a hydrogen atom or an alkyl, aryl or alkyl-aryl group; W represents a keto group CO; n represents 0 or an integer of from 1 to 4; L represents a leaving group; and m represent an integer of from 1 to 8.
A leadless pacing device for delivering electrical stimulation to a heart of a patient, the leadless pacing device comprising: a housing having a central longitudinal axis, the housing comprising: a body portion; and a header extending distally from the body portion; a fixation member extending from the header; a distal extension connected to the header and extending distally of a distal end of the header; and wherein the fixation member has a helical configuration in a relaxed state and is configured to elongate to a straightened configuration in response to an axial force applied thereto; wherein the fixation member is configured to elongate to the straightened configuration in response to an axial force applied thereto that is in a range of 0.445 N (0.1 pound-force, lbf) to 4.45 N (1.0 lbf). a housing having a central longitudinal axis, the housing comprising: a body portion; and a header extending distally from the body portion; a body portion; and a header extending distally from the body portion; a fixation member extending from the header; a distal extension connected to the header and extending distally of a distal end of the header; and wherein the fixation member has a helical configuration in a relaxed state and is configured to elongate to a straightened configuration in response to an axial force applied thereto; wherein the fixation member is configured to elongate to the straightened configuration in response to an axial force applied thereto that is in a range of 0.445 N (0.1 pound-force, lbf) to 4.45 N (1.0 lbf).
A wellbore ball valve, comprising: a ball-type valve closure having an interior, central bore; a ball carrying assembly defining an annular, sealing seat surface in contact with and adapted to seal with the exterior of the valve closure, the seat surface defining a first through hole that communicates with the central bore when the valve closure is open and is sealed from the central bore when the valve closure is closed; and an upper assembly defining an annular ball contacting surface in contact with the exterior of the valve closure, the ball contacting surface defining a second through hole that overlaps an opening of the central bore when the valve closure is open and does not overlap the opening of the central bore when the valve closure is closed, the second through hole being shaped differently from the first through hole in that the second through hole at least partially overlaps with the central bore while the first through hole is sealed from the central bore when the valve closure is between open and closed, where the second through hole is larger than the first through hole, and where the valve closure is configured to rotate in a first direction when changed from closed to open and the second through hole is larger in a greatest dimension measured parallel to the first direction than a greatest dimension measured transverse to the first direction. a ball-type valve closure having an interior, central bore; a ball carrying assembly defining an annular, sealing seat surface in contact with and adapted to seal with the exterior of the valve closure, the seat surface defining a first through hole that communicates with the central bore when the valve closure is open and is sealed from the central bore when the valve closure is closed; and an upper assembly defining an annular ball contacting surface in contact with the exterior of the valve closure, the ball contacting surface defining a second through hole that overlaps an opening of the central bore when the valve closure is open and does not overlap the opening of the central bore when the valve closure is closed, the second through hole being shaped differently from the first through hole in that the second through hole at least partially overlaps with the central bore while the first through hole is sealed from the central bore when the valve closure is between open and closed, where the second through hole is larger than the first through hole, and where the valve closure is configured to rotate in a first direction when changed from closed to open and the second through hole is larger in a greatest dimension measured parallel to the first direction than a greatest dimension measured transverse to the first direction.
An ignition lead having an insulated center wire and at least one terminal assembly comprising: a connector secured to said insulated center wire; an electrically conductive contact body electrically connected at a first end to said center wire and having a second end spaced from said first end; a tubular insulator extending over said contact body such that said insulator provides electrical isolation of said contact body from said connector; and a retaining component which maintains the insulator in place over the contact body; characterised in that an electrically conductive replaceable contact is provided which has a first axial end removably connected to said second end of said contact body, said replaceable contact further including a groove extending about at least a portion of an outer surface of said replaceable contact; and said retaining component is disposed within said groove whereby said insulator is captively held in position by said retaining component and another portion of said terminal assembly. a connector secured to said insulated center wire; an electrically conductive contact body electrically connected at a first end to said center wire and having a second end spaced from said first end; a tubular insulator extending over said contact body such that said insulator provides electrical isolation of said contact body from said connector; and a retaining component which maintains the insulator in place over the contact body; characterised in that an electrically conductive replaceable contact is provided which has a first axial end removably connected to said second end of said contact body, said replaceable contact further including a groove extending about at least a portion of an outer surface of said replaceable contact; and said retaining component is disposed within said groove whereby said insulator is captively held in position by said retaining component and another portion of said terminal assembly.
The can comprises one at least partially electrically conductive body, in particular made of aluminium, wherein on a front wall of the can a closure region is at least partially delimited by a predetermined breaking edge and wherein the can has an opening element. The opening element in the initial position of same at least partially rests against the front wall of the can in a planar manner and is connected to the front wall at at least one point. - When the opening element is pivoted with respect to the can from the initial position into an open position, the closure region tears off from the predetermined breaking edge and an opening forms in the intermediate region delimited by the predetermined breaking edge for emptying the contents of the can. wobei - The opening element comprises a carrier body made of electrically or magnetically insulating material or consists of same. - The opening element has an antenna arranged on or in the carrier body and a transponder chip connected to the antenna, wherein the antenna in the initial position is arranged in the contiguous region of the can, in particular in the contiguous region of the front wall of the can. - Said wall or surface region of the front wall of the can against which the opening element rests is electrically and/or magnetically conductive. The opening element is designed in two pieces and comprises a base part which is articulated on the front wall and an antenna part which is connected to the base part and has an electrically non-conductive body, wherein the transponder chip and the antenna are arranged in the antenna part, in particular cast, and wherein the base part has at least one projection (41, 42), in particular two projections (41, 42), which is connected to the antenna part and rests in particular against same. The antenna part has a housing part and an annular projection, wherein the antenna extends at least partially in the annular projection, characterised in that the housing part has at least one latching recess, into which the end of the projection (41, 42) of the base part meshes and is engaged, and wherein the projection (41, 42) of the base part rests against the annular projection of the antenna part. - When the opening element is pivoted with respect to the can from the initial position into an open position, the closure region tears off from the predetermined breaking edge and an opening forms in the intermediate region delimited by the predetermined breaking edge for emptying the contents of the can. wobei - The opening element comprises a carrier body made of electrically or magnetically insulating material or consists of same. - The opening element has an antenna arranged on or in the carrier body and a transponder chip connected to the antenna, wherein the antenna in the initial position is arranged in the contiguous region of the can, in particular in the contiguous region of the front wall of the can. - Said wall or surface region of the front wall of the can against which the opening element rests is electrically and/or magnetically conductive.
A cell measurement method, comprising: receiving, by a terminal device, first information from a network device, wherein the first information is used to indicate a measurement parameter used by the terminal device to perform cell measurement or beam measurement in an inactive state, and a detection signal for the cell measurement or the beam measurement comprises a synchronization sequence or physical broadcast channel block, SSB, and/or a channel state information reference signal, CSI-RS; receiving, by the terminal device, second information from the network device, wherein the second information indicates that the terminal device is allowed to report the measurement result of the cell measurement or the beam measurement in a radio resource control, RRC, resume complete message; and sending, by the terminal device, a measurement result of the cell measurement or of the beam measurement in the RRC resume complete message to the network device based on the first information. receiving, by a terminal device, first information from a network device, wherein the first information is used to indicate a measurement parameter used by the terminal device to perform cell measurement or beam measurement in an inactive state, and a detection signal for the cell measurement or the beam measurement comprises a synchronization sequence or physical broadcast channel block, SSB, and/or a channel state information reference signal, CSI-RS; receiving, by the terminal device, second information from the network device, wherein the second information indicates that the terminal device is allowed to report the measurement result of the cell measurement or the beam measurement in a radio resource control, RRC, resume complete message; and sending, by the terminal device, a measurement result of the cell measurement or of the beam measurement in the RRC resume complete message to the network device based on the first information.
A surface plasmon resonance fluorescence analysis method in which fluorescence which is emitted from a fluorescence material labelling a substance to be detected when the fluorescence material is excited by localized light based on surface plasmon resonance is detected to detect presence or an amount of the substance to be detected, the surface plasmon resonance fluorescence analysis method comprising: installing an analysis chip to a chip holder fixed to a conveyance stage, the analysis chip including a prism having a bottom surface, an incidence surface and a film formation surface, the film formation surface being a top surface, a metal film disposed on the film formation surface, a capturing body fixed on the metal film, and a channel closure disposed on the film formation surface or the metal film, the channel closure forming a liquid flow channel together with metal film and prism; obtaining location information of the analysis chip by irradiating the analysis chip installed to the chip holder with excitation light, and by detecting intensity of reflection light of the excitation light which is reflected by the incidence surface or the bottom surface of the prism, or by detecting intensity of transmission light of the excitation light which has passed through the channel closure, while moving the analysis chip by the conveyance stage along a x-axis direction; moving the analysis chip to a measurement position by moving the chip holder by the conveyance stage based on the location information; and irradiating the analysis chip disposed at the measurement position with the excitation light and detecting the fluorescence emitted from the fluorescence material labelling the substance to be detected captured by the capturing body. installing an analysis chip to a chip holder fixed to a conveyance stage, the analysis chip including a prism having a bottom surface, an incidence surface and a film formation surface, the film formation surface being a top surface, a metal film disposed on the film formation surface, a capturing body fixed on the metal film, and a channel closure disposed on the film formation surface or the metal film, the channel closure forming a liquid flow channel together with metal film and prism; obtaining location information of the analysis chip by irradiating the analysis chip installed to the chip holder with excitation light, and by detecting intensity of reflection light of the excitation light which is reflected by the incidence surface or the bottom surface of the prism, or by detecting intensity of transmission light of the excitation light which has passed through the channel closure, while moving the analysis chip by the conveyance stage along a x-axis direction; moving the analysis chip to a measurement position by moving the chip holder by the conveyance stage based on the location information; and irradiating the analysis chip disposed at the measurement position with the excitation light and detecting the fluorescence emitted from the fluorescence material labelling the substance to be detected captured by the capturing body.
Method for signalling information about adjacent radio cells in a radio communication system, in which a subscriber station, during call set-up to a base station of a first radio communication system that supports a first transmission method, signals additional support for at least one second transmission method (TDD, FDD), and the base station takes the signal support by the subscriber station as a basis for signalling information about adjacent radio cells (Ztdd) of at least one second communication system that supports the at least one second transmission method (TDD, FDD) in a call-individual signalling channel to the subscriber station.
Device for measuring the structural state of a building, comprising at least one reference module and a target, as well as means for measuring the movement of the target, formed by an attachment support or by a target module, relative to the reference module, the measurement means comprising means for detecting the movement of the target in a three-axis reference system (X, Y, Z), characterized in that it comprises a vibration sensor which measures the vibrations of the building, the movement measurement means comprising a resilient conductive polymeric cable with variable resistivity, the polymeric cable connects, by being kept under tension, the reference module and the target, and the at least one reference module and/or the target comprises at least one resistivity sensor (27, 28) which interacts with the polymeric cable.
An ice protection heater for an aircraft component comprising: a woven fabric sheet comprising a plurality of warp and fill threads arranged in a weave pattern, wherein at least some of the warp threads and at least some of the fill threads are electrically conductive and spaced from one another; and two opposed bus strips; wherein the spacing of warp conductive threads in the weave pattern is greater than the spacing of fill conductive threads; and wherein the balance of the weave pattern of the woven fabric includes non-conductive threads and the conductive threads extend in a warp direction between the two opposed bus strips; characterized in that the two opposed bus strips are conductive metal strips which extend along substantially the full length of respective opposed edges of the woven fabric sheet. a woven fabric sheet comprising a plurality of warp and fill threads arranged in a weave pattern, wherein at least some of the warp threads and at least some of the fill threads are electrically conductive and spaced from one another; and two opposed bus strips; wherein the spacing of warp conductive threads in the weave pattern is greater than the spacing of fill conductive threads; and wherein the balance of the weave pattern of the woven fabric includes non-conductive threads and the conductive threads extend in a warp direction between the two opposed bus strips; characterized in that the two opposed bus strips are conductive metal strips which extend along substantially the full length of respective opposed edges of the woven fabric sheet.
Holder (23, 24, 26, 27) for holding washware in a dish rack of a household dishwasher, having a holding element which can be fastened on a side wall of the dish rack such that it can be pivoted about a vertical axis in a first pivoting direction and a second, opposing pivoting direction and which is designed so that, in a holding position for holding the washware, it blocks pivoting in the first pivoting direction and in the second pivoting direction, wherein, in the holding position, the holding element has been pivoted away from the side wall, characterised by a fastening element which is rigidly fastenable to the side wall of the dish rack, wherein the holding element is pivotably fastened to the fastening element.
A method for verifying data in an aircraft, comprising: receiving, by a processor unit, a plurality of digital certificates associated with the data, wherein the data include software part for use on line-replaceable units of the aircraft; implementing in an aircraft network data processing system a data verification module; determining, by the processor unit, whether one of the plurality of digital certificates is compromised; selecting, by the processor unit, a selected number of the plurality of digital certificates in response to a determination that the one of the plurality of digital certificates is compromised; wherein the number of the plurality of digital certificates that must be determined to be valid in order for the data to be verified are defined by quorum rules; selecting by the data verification module a quorum rule from the quorum rules that are based on number of aircraft systems on which the data will be used, and on a location of the aircraft when the data is loaded on the aircraft; verifying, by the processor unit, the data in the aircraft using the selected number of the plurality of digital certificates. receiving, by a processor unit, a plurality of digital certificates associated with the data, wherein the data include software part for use on line-replaceable units of the aircraft; implementing in an aircraft network data processing system a data verification module; determining, by the processor unit, whether one of the plurality of digital certificates is compromised; selecting, by the processor unit, a selected number of the plurality of digital certificates in response to a determination that the one of the plurality of digital certificates is compromised; wherein the number of the plurality of digital certificates that must be determined to be valid in order for the data to be verified are defined by quorum rules; selecting by the data verification module a quorum rule from the quorum rules that are based on number of aircraft systems on which the data will be used, and on a location of the aircraft when the data is loaded on the aircraft; verifying, by the processor unit, the data in the aircraft using the selected number of the plurality of digital certificates.
A smokeable material heating apparatus comprising: a smokeable material heating chamber configured to contain a body of smokeable material during heating; and a heater configured to heat the smokeable material to volatize at least one component of the smokeable material, the heater comprising a substrate and at least one heating element printed on to the substrate; wherein the smokeable material heating chamber is located around the heater such that the heater emits heat in a radially outward direction into the smokeable material heating chamber; wherein the heater has peripheral surfaces, and wherein the heater is arranged such that the peripheral surfaces of the heater principally comprise those of the substrate such that the smokeable material is heated principally by heat emitted from the heated substrate. a smokeable material heating chamber configured to contain a body of smokeable material during heating; and a heater configured to heat the smokeable material to volatize at least one component of the smokeable material, the heater comprising a substrate and at least one heating element printed on to the substrate; wherein the smokeable material heating chamber is located around the heater such that the heater emits heat in a radially outward direction into the smokeable material heating chamber; wherein the heater has peripheral surfaces, and wherein the heater is arranged such that the peripheral surfaces of the heater principally comprise those of the substrate such that the smokeable material is heated principally by heat emitted from the heated substrate.