mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for use in measuring an impedance spectrum of a coating on a metal substrate, the apparatus comprising: a substantially electrically conductive body defining a cavity for containing an electrolyte, the body having a first surface arranged to be, in use, in electrically conductive contact with the object along substantially the whole of a length of the first surface; and at least a first electrode at least partially within the cavity, the first electrode for connection to a potentiostat or a galvanostat and arranged to be, in use, in electrical contact with the electrolyte in the cavity; characterised in that said first surface is arranged to physically isolate, in use, the electrolyte from the object, and further characterised in that the electrically conductive body comprises at least a first part and a second part , the second part slideably movable relative to the first part from a first, retracted, position to a second, extended, position, such that the length of the first surface is greater when the second part is in the second position than when the second part is in the first position. a substantially electrically conductive body defining a cavity for containing an electrolyte, the body having a first surface arranged to be, in use, in electrically conductive contact with the object along substantially the whole of a length of the first surface; and at least a first electrode at least partially within the cavity, the first electrode for connection to a potentiostat or a galvanostat and arranged to be, in use, in electrical contact with the electrolyte in the cavity; characterised in that said first surface is arranged to physically isolate, in use, the electrolyte from the object, and further characterised in that the electrically conductive body comprises at least a first part and a second part , the second part slideably movable relative to the first part from a first, retracted, position to a second, extended, position, such that the length of the first surface is greater when the second part is in the second position than when the second part is in the first position.
An ophthalmologic microscope comprising: an illuminating optical system for illuminating a subject's eye ; an observation optical system that comprises an observation optical system for left eye and an observation optical system for right eye to observe the subject's eye illuminated by the illuminating optical system; an objective lens through which an optical axis of the observation optical system for left eye (O-400L) and an optical axis of the observation optical system for right eye (O-400R) of the observation optical system commonly penetrate; and an OCT optical system for scanning a measuring light (LS) to test the subject's eye with Optical Coherence Tomography, wherein the observation optical system, the objective lens, and the OCT optical system are placed in such a way that the optical axis of the OCT optical system (O-500) does not penetrate through the objective lens through which the optical axis of the observation optical system (O-400) penetrates, and the optical axis of the observation optical system and the optical axis of the OCT optical system are non-coaxial; and it further comprises a SLO optical system that scans a light ray which is a visible ray, a near infrared ray, or an infrared ray and guides the light to the subject's eye so as to become substantially coaxial with the optical axis of the OCT optical system, and it can observe an area including a section of the subject's where the OCT optical system scans, with the SLO optical system. an illuminating optical system for illuminating a subject's eye ; an observation optical system that comprises an observation optical system for left eye and an observation optical system for right eye to observe the subject's eye illuminated by the illuminating optical system; an objective lens through which an optical axis of the observation optical system for left eye (O-400L) and an optical axis of the observation optical system for right eye (O-400R) of the observation optical system commonly penetrate; and an OCT optical system for scanning a measuring light (LS) to test the subject's eye with Optical Coherence Tomography, wherein the observation optical system, the objective lens, and the OCT optical system are placed in such a way that the optical axis of the OCT optical system (O-500) does not penetrate through the objective lens through which the optical axis of the observation optical system (O-400) penetrates, and the optical axis of the observation optical system and the optical axis of the OCT optical system are non-coaxial; and it further comprises a SLO optical system that scans a light ray which is a visible ray, a near infrared ray, or an infrared ray and guides the light to the subject's eye so as to become substantially coaxial with the optical axis of the OCT optical system, and it can observe an area including a section of the subject's where the OCT optical system scans, with the SLO optical system.
A protective case for batteries of vehicles comprising: - a resin matrix , - a multilayer structure embedded in the resin matrix and configured to protect a battery, the multilayer structure comprising at least one first reinforcement layer and one second reinforcement layer , - a shielding layer configured to shield the electromagnetic radiation emitted by the battery and disposed between the first and second reinforcement layers, the shielding layer having a dispersion of metal material characterized in that the shielding layer comprises: - a polyester fabric with metal material dispersed thereon, or - a polyester non-woven fabric with metal material dispersed thereon. - a resin matrix , - a multilayer structure embedded in the resin matrix and configured to protect a battery, the multilayer structure comprising at least one first reinforcement layer and one second reinforcement layer , - a shielding layer configured to shield the electromagnetic radiation emitted by the battery and disposed between the first and second reinforcement layers, the shielding layer having a dispersion of metal material - a polyester fabric with metal material dispersed thereon, or - a polyester non-woven fabric with metal material dispersed thereon.
A holder for a vacuum cleaner dust container , the dust container comprising a dust bag , made of an air permeable material, and a connector plate surrounding an opening in the dust bag , wherein the holder comprises a holding structure configured to receive the connector plate of the dust container and configured to hold the connector plate in a working position within a vacuum cleaner during use of the vacuum cleaner , the holding structure being configured to bend at least a first portion of the connector plate upon insertion of the connector plate into the holding structure , and comprising an insert slot and a further insert slot opposing the insert slot , wherein the insert slot and the further insert slot each comprises a respective open end for insertion of the connector plate into the holding structure the holding structure comprising an insert slot at least being partially curved, wherein the insert slot comprises an essentially straight portion and a curved portion , wherein the essentially straight portion connects the open end and the curved portion , characterized in that the curved portion being shorter in a direction along an extension of the insert slot than the essentially straight portion and the respective open ends of the insert slot , and the further insert slot being tapered in a direction coinciding with an intended direction of insertion of the connector plate into the holding structure . the holding structure being configured to bend at least a first portion of the connector plate upon insertion of the connector plate into the holding structure , and comprising an insert slot and a further insert slot opposing the insert slot , wherein the insert slot and the further insert slot each comprises a respective open end for insertion of the connector plate into the holding structure the holding structure comprising an insert slot at least being partially curved, wherein the insert slot comprises an essentially straight portion and a curved portion , wherein the essentially straight portion connects the open end and the curved portion , characterized in that the curved portion being shorter in a direction along an extension of the insert slot than the essentially straight portion and the respective open ends of the insert slot , and the further insert slot being tapered in a direction coinciding with an intended direction of insertion of the connector plate into the holding structure .
Warp-knitting machine having a main shaft and a main-shaft drive which has a drive motor , wherein the main shaft actuates at least one bar assembly, wherein the drive motor is disposed so as to be coaxial with the main shaft , characterized in that the drive motor is configured as a revolution-controlled motor, wherein the drive motor has a rotor which is fitted to the main shaft .
An electric measuring assembly for continuously monitoring a protective-conductor resistance (Rpe) of a protective-conductor connection (PE) in a power supply system (A) comprising a supply station (V), which comprises first leakage capacitors (C1, C2), comprising a supply line (K), which comprises active conductors (L, N), and comprising an electric installation (E), which is grounded via the protective-conductor connection (PE) and comprises second leakage capacitors (C3, C4) and a load (R), the electric measuring assembly comprising a signal generator for generating a signal alternating voltage (Us) having a measuring frequency (fs), a first measuring current transformer , which encircles the protective-conductor connection (PE) and has a first winding for inductively coupling the signal alternating voltage (Us) into the protective-conductor connection (PE) so that a loop current (Is) flows via the first leakage capacitors (C1, C2), the active conductors (L, N), the second leakage capacitors (C3, C4) and the protective-conductor connection (PE), and has a second winding for the return measurement of a protective-conductor voltage (Um), a second measuring current transformer , which encircles the protective-conductor connection (PE) and has a secondary winding for capturing a protective-conductor current (Im) flowing in the protective-conductor connection (PE), an evaluation unit having a digital computing unit for controlling the signal generator , for determining a loop impedance (Zm) from the protective-conductor voltage (Um) and the protective-conductor current (Im) and for evaluating the real part (Zre) of the loop impedance (Zm). a signal generator for generating a signal alternating voltage (Us) having a measuring frequency (fs), a first measuring current transformer , which encircles the protective-conductor connection (PE) and has a first winding for inductively coupling the signal alternating voltage (Us) into the protective-conductor connection (PE) so that a loop current (Is) flows via the first leakage capacitors (C1, C2), the active conductors (L, N), the second leakage capacitors (C3, C4) and the protective-conductor connection (PE), and has a second winding for the return measurement of a protective-conductor voltage (Um), a second measuring current transformer , which encircles the protective-conductor connection (PE) and has a secondary winding for capturing a protective-conductor current (Im) flowing in the protective-conductor connection (PE), an evaluation unit having a digital computing unit for controlling the signal generator , for determining a loop impedance (Zm) from the protective-conductor voltage (Um) and the protective-conductor current (Im) and for evaluating the real part (Zre) of the loop impedance (Zm).
A polymer composition, comprising: a thermoplastic base polymer, an inorganic desiccant material, and an additive characterized in that the additive is a polyether block amide and the inorganic desiccant material is present in an amount of 50 wt% or more, based on the total weight of the composition. a thermoplastic base polymer, an inorganic desiccant material, and an additive characterized in that the additive is a polyether block amide and the inorganic desiccant material is present in an amount of 50 wt% or more, based on the total weight of the composition.
A geared motor for a mechanical parking brake actuator of a drum brake including an electric motor and a reduction gearbox , wherein the electric motor has an output shaft extending along a first axis, the reduction gearbox includes an output axis extending along a second axis, wherein the geared motor also includes at least one angle transmission between the electric motor and the reduction gearbox and is characterized in that said angle transmission comprises a crown gear.
A resin composition comprising a cyanate compound (A), wherein the cyanate compound (A) comprises a naphthol aralkyl-based cyanate compound; and an epoxy resin (B) represented by following general formula : wherein m and n each independently represent an integer of 1 or more; and the epoxy resin (B) represented by the general formula may be a mixture of compounds in which m and n each independently represent a different integer.
A transmission method in Wireless Local Area Network (WLAN), comprising: a transmitting Station (STA) or a receiving STA performing channel detection and/or channel scanning on a channel of a first channel set and/or a second channel set, wherein the first channel set and the second channel set are channel sets formed by adopting different channelization methods for a same frequency band, wherein a center frequency point of the channel of the first channel set is different from a center frequency point of the channel of the second channel set, and the channel of the first channel set and the channel of the second channel set are fully or partly overlapped; if a result of the detection and/or the scanning satisfies a preset condition, then the transmitting STA and the receiving STA exchanging a reservation message on the channel of the first channel set or the second channel set, wherein the reservation message is configured to reserve a channel of the second channel set for transmission; the transmitting STA transmitting a data frame to the receiving STA on the reserved channel of the second channel set; and the transmitting STA performing receiving/transmission of a radio frame of a first type, which is different from the data frame, with the receiving STA on the channel of the first channel set; and after receiving the data frame, the receiving STA transmitting acknowledgement information of the data frame on the channel of the first channel set or the second channel set. a transmitting Station (STA) or a receiving STA performing channel detection and/or channel scanning on a channel of a first channel set and/or a second channel set, wherein the first channel set and the second channel set are channel sets formed by adopting different channelization methods for a same frequency band, wherein a center frequency point of the channel of the first channel set is different from a center frequency point of the channel of the second channel set, and the channel of the first channel set and the channel of the second channel set are fully or partly overlapped; if a result of the detection and/or the scanning satisfies a preset condition, then the transmitting STA and the receiving STA exchanging a reservation message on the channel of the first channel set or the second channel set, wherein the reservation message is configured to reserve a channel of the second channel set for transmission; the transmitting STA transmitting a data frame to the receiving STA on the reserved channel of the second channel set; and the transmitting STA performing receiving/transmission of a radio frame of a first type, which is different from the data frame, with the receiving STA on the channel of the first channel set; and after receiving the data frame, the receiving STA transmitting acknowledgement information of the data frame on the channel of the first channel set or the second channel set.
An apparatus, comprising: an implant , dimensioned to be advanced into a body of a subject; a tissue anchor , wherein the tissue anchor comprises: an anchor head , and a tissue-engaging member , coupled to the anchor head , extending distally away from the anchor head until a distal tip of the tissue-engaging member , and configured to anchor the anchor to the tissue; an anchor-delivery tool comprising: an anchor-delivery channel , shaped to define a lumen therethrough, the lumen having a diameter, and the channel being dimensioned to be moveable within a lumen of the implant ; and an implant-gripping element disposed at a distal end portion of the anchor-delivery channel , the implant-gripping element being configured to reversibly grip an inner wall of the implant during implantation of the tissue anchor via the anchor-delivery channel ; characterized in that the implant-gripping element comprises at least one deformable element configured to change shape from a resting state to a gripping state in response to passage of the tissue anchor alongside the deformable element . an implant , dimensioned to be advanced into a body of a subject; a tissue anchor , wherein the tissue anchor comprises: an anchor head , and a tissue-engaging member , coupled to the anchor head , extending distally away from the anchor head until a distal tip of the tissue-engaging member , and configured to anchor the anchor to the tissue; an anchor head , and a tissue-engaging member , coupled to the anchor head , extending distally away from the anchor head until a distal tip of the tissue-engaging member , and configured to anchor the anchor to the tissue; an anchor-delivery tool comprising: an anchor-delivery channel , shaped to define a lumen therethrough, the lumen having a diameter, and the channel being dimensioned to be moveable within a lumen of the implant ; and an implant-gripping element disposed at a distal end portion of the anchor-delivery channel , the implant-gripping element being configured to reversibly grip an inner wall of the implant during implantation of the tissue anchor via the anchor-delivery channel ; an anchor-delivery channel , shaped to define a lumen therethrough, the lumen having a diameter, and the channel being dimensioned to be moveable within a lumen of the implant ; and an implant-gripping element disposed at a distal end portion of the anchor-delivery channel , the implant-gripping element being configured to reversibly grip an inner wall of the implant during implantation of the tissue anchor via the anchor-delivery channel ; characterized in that the implant-gripping element comprises at least one deformable element configured to change shape from a resting state to a gripping state in response to passage of the tissue anchor alongside the deformable element .
A method of reporting measurement of a terminal , the method comprising: receiving from a base station (105-120, 305, 405, 415, 510) a measurement setup message instructing measurement of neighboring cells; performing measurement of first cells selected based on the measurement setup message, wherein the first cells are neighboring cells to be measured; determining whether to start a measurement reporting procedure according to a measurement result of second cells selected among the first cells based on the measurement setup message, wherein, the measurement reporting procedure is started according to a measurement result of the second cells selected based on the measurement setup message; and generating a measurement report message of third cells selected based on the measurement setup message when start of the measurement reporting procedure is determined and transmitting the measurement report message to the base station (105-120, 305, 405, 415, 510) wherein the third cells are neighboring cells included in the measurement report message and the third cells correspond to an entirety of the first cells or at least a portion of the first cells. receiving from a base station (105-120, 305, 405, 415, 510) a measurement setup message instructing measurement of neighboring cells; performing measurement of first cells selected based on the measurement setup message, wherein the first cells are neighboring cells to be measured; determining whether to start a measurement reporting procedure according to a measurement result of second cells selected among the first cells based on the measurement setup message, wherein, the measurement reporting procedure is started according to a measurement result of the second cells selected based on the measurement setup message; and generating a measurement report message of third cells selected based on the measurement setup message when start of the measurement reporting procedure is determined and transmitting the measurement report message to the base station (105-120, 305, 405, 415, 510) wherein the third cells are neighboring cells included in the measurement report message and the third cells correspond to an entirety of the first cells or at least a portion of the first cells.
A sensing magnet comprising: a through hole that is positioned at a center portion thereof; and a plurality of poles which are formed along an outer circumference thereof, wherein the plurality of poles include first poles and second poles , outer ends of the first and second poles being located at the outer circumference of the sensing magnet and the first and second poles extending from the outer circumference in a radial direction of the sensing magnet toward the through hole , the second poles extending with a radial length greater than a radial length of the first poles such that the second poles have inner ends closer to the center of the sensing magnet than the first poles, wherein the plurality of poles is divided into a plurality of groups, each group comprising two of the second poles and a plurality of the first poles disposed between the two second poles, wherein the two second poles of each group have a same polarity and are disposed at a boundary of the group, characterized in that the second poles comprise poles of S polarity and a same number of poles of N polarity, wherein the polarity of the second poles of each group is different from the polarity of the second poles of each adjacent group. a through hole that is positioned at a center portion thereof; and a plurality of poles which are formed along an outer circumference thereof, wherein the plurality of poles include first poles and second poles , outer ends of the first and second poles being located at the outer circumference of the sensing magnet and the first and second poles extending from the outer circumference in a radial direction of the sensing magnet toward the through hole , the second poles extending with a radial length greater than a radial length of the first poles such that the second poles have inner ends closer to the center of the sensing magnet than the first poles, wherein the plurality of poles is divided into a plurality of groups, each group comprising two of the second poles and a plurality of the first poles disposed between the two second poles, wherein the two second poles of each group have a same polarity and are disposed at a boundary of the group, characterized in that the second poles comprise poles of S polarity and a same number of poles of N polarity, wherein the polarity of the second poles of each group is different from the polarity of the second poles of each adjacent group.