mhurhangee/ep-ind-claims huggingface dataset:
An electrode assembly, comprising: a cathode plate and an anode plate; a separator positioned between the cathode plate and the anode plate; and coating layers (135, 137) positioned between the separator and the cathode plate and between the separator and the anode plate, wherein the separator includes a first portion covered with the coating layer (135, 137), and a second portion exposing a surface facing the cathode plate and a surface facing the anode plate, and the second portion is positioned at an edge of the separator, wherein the cathode plate includes a cathode current collector and a cathode active material layer, and the anode plate includes an anode current collector and an anode active material layer, and the second portion of the separator overlaps the cathode active material layer and the anode active material layer in a direction vertical to an upper surface of the separator, and wherein a portion of the cathode current collector and a portion of the anode current collector which overlap an entire region occupied by the second portion of the separator in the direction vertical to the upper surface of the separator are covered with the cathode active material layer and the anode active material layer, respectively, characterized in that the separator includes an olefin-based polymer, and the separator is capable of thermal shrinkage, and at least one of the cathode plate and the anode plate includes a positive temperature coefficient material (112, 122). a cathode plate and an anode plate; a separator positioned between the cathode plate and the anode plate; and coating layers (135, 137) positioned between the separator and the cathode plate and between the separator and the anode plate, wherein the separator includes a first portion covered with the coating layer (135, 137), and a second portion exposing a surface facing the cathode plate and a surface facing the anode plate, and the second portion is positioned at an edge of the separator, wherein the cathode plate includes a cathode current collector and a cathode active material layer, and the anode plate includes an anode current collector and an anode active material layer, and the second portion of the separator overlaps the cathode active material layer and the anode active material layer in a direction vertical to an upper surface of the separator, and wherein a portion of the cathode current collector and a portion of the anode current collector which overlap an entire region occupied by the second portion of the separator in the direction vertical to the upper surface of the separator are covered with the cathode active material layer and the anode active material layer, respectively, characterized in that the separator includes an olefin-based polymer, and the separator is capable of thermal shrinkage, and at least one of the cathode plate and the anode plate includes a positive temperature coefficient material (112, 122).
A superconducting magnet apparatus comprising: a bobbin around which superconducting wires (7 to 11) are wound to constitute a superconducting coil; a tubular first wiring-holding portion which extends from the bobbin in an axial direction of the superconducting coil; and a disk-shaped second wiring-holding portion coupled to an end of the first wiring-holding portion, the end being opposite to the bobbin in the axial direction, wherein the second wiring-holding portion extends in a direction intersecting with the axial direction and has a diameter greater than that of the bobbin and the first wiring-holding portion, wherein a plurality of lead lines (7a to 11a), being respective parts of the superconducting wires (7 to 11) which extend from the superconducting coil, are spirally wound on the first wiring-holding portion, extend to the second wiring-holding portion, and are fastened in grooves (13a; 13b; 13c) formed on the second wiring-holding portion, with ends of the lead lines (7a to 11a) connecting pairwise to one another at respective connection portions (J1 to J6), each connection portion (J1 to J6) being located in a separate one of said grooves (13a; 13b; 13c). a bobbin around which superconducting wires (7 to 11) are wound to constitute a superconducting coil; a tubular first wiring-holding portion which extends from the bobbin in an axial direction of the superconducting coil; and a disk-shaped second wiring-holding portion coupled to an end of the first wiring-holding portion, the end being opposite to the bobbin in the axial direction, wherein the second wiring-holding portion extends in a direction intersecting with the axial direction and has a diameter greater than that of the bobbin and the first wiring-holding portion, wherein a plurality of lead lines (7a to 11a), being respective parts of the superconducting wires (7 to 11) which extend from the superconducting coil, are spirally wound on the first wiring-holding portion, extend to the second wiring-holding portion, and are fastened in grooves (13a; 13b; 13c) formed on the second wiring-holding portion, with ends of the lead lines (7a to 11a) connecting pairwise to one another at respective connection portions (J1 to J6), each connection portion (J1 to J6) being located in a separate one of said grooves (13a; 13b; 13c).
An input/output module for a building automation system, comprising: a mounting plate having at least two fastener receptacles (24, 26, 28, 30) positioned to align with fastener receptacles of a standard electrical junction box, the mounting plate further comprising at least two openings (36,38,40,42), each opening sized to receive one or more wires therethrough; a circuit board supporting an interface circuit, the interface circuit configured to communicate on a building network, and including at least one device input terminal and one device output terminal, the interface circuit configured to provide an interface between the building network and one or more devices connected to the input and/or output terminals, the circuit board configured to be mounted to the mounting plate, a cover sized to fit over the mounting plate and circuit board, wherein the mounting plate has a first surface and a second surface, wherein the circuit board is configured to mount on or above the first surface, and wherein the second surface faces an interior of the standard electrical junction box, when the at least two fastener receptacles (24, 26, 28, 30) are aligned with fastener receptacles of the standard electrical junction box, characterized in that the circuit board does not completely overlap any of the openings (36, 38, 40, 42). a mounting plate having at least two fastener receptacles (24, 26, 28, 30) positioned to align with fastener receptacles of a standard electrical junction box, the mounting plate further comprising at least two openings (36,38,40,42), each opening sized to receive one or more wires therethrough; a circuit board supporting an interface circuit, the interface circuit configured to communicate on a building network, and including at least one device input terminal and one device output terminal, the interface circuit configured to provide an interface between the building network and one or more devices connected to the input and/or output terminals, the circuit board configured to be mounted to the mounting plate, a cover sized to fit over the mounting plate and circuit board,
A cordierite-based sintered body comprising cordierite as a primary crystal and alumina as a secondary crystal, wherein the cordierite-based sintered body has a porosity of 0.25% or less and has a thermal expansion coefficient at room temperature of -0.1×10 -6 /°C or more and 0.1×10 -6 /°C or less, wherein Ca is contained at an amount of 0.2 to 0.8% by mass of the total mass in terms of CaO, the ratio (I Al /I mas) of the peak intensity I Al of the main peak of alumina (2θ = 35.0 - 35.5°) to the peak intensity I mas of the main peak of cordierite (2θ = 28.0 - 29.0°) each measured with an X-ray diffraction device using a Kα-ray of Cu falls within the range of 0.02 to 0.15, and a glass phase is not contained.
An oral topical aqueous pharmaceutical composition comprising: (i) flurbiprofen or pharmaceutically acceptable salts thereof; (ii) dexpanthenol or pharmaceutically acceptable salts thereof. (i) flurbiprofen or pharmaceutically acceptable salts thereof; (ii) dexpanthenol or pharmaceutically acceptable salts thereof.
A robot suitable for travel through a pipeline comprising: at least one tracked drive means and at least one roller means that can swivel about an axis substantially normal to a rolling axis thereof, wherein said at least one tracked drive means and at least one roller means are provided with magnetic means for generating a magnetic adhesion force between the robot and an internal wall of the pipeline.
A surface profile measuring apparatus comprising: a measuring head including a distance detector and an angle detector, the distance detector configured to detect a distance to a surface under measurement (Ws) of an object under measurement (W, W 1, W 2) using a first probe light beam, the angle detector configured to detect an angle of the surface under measurement (Ws) using a second probe light beam; an applied position moving mechanism (10, 30) configured to move applied positions of the first probe light beam and the second probe light beam on the surface under measurement (Ws); and a controller configured to derive a profile of the surface under measurement (Ws) based on the applied positions of the first and second probe light beams (PL1, PL2), the distance to the surface under measurement (Ws) detected by the distance detector and the angle of the surface under measurement (Ws) detected by the angle detector, wherein the surface profile measuring apparatus is configured such that the first probe light beam is obliquely incident on the surface under measurement (Ws) at a predetermined angle of incidence (θ 1) with respect to the surface under measurement (Ws), and the controller is configured to correct the angle of the surface under measurement (Ws) detected by the angle detector using the distance to the surface under measurement (Ws) detected by the distance detector. a measuring head including a distance detector and an angle detector, the distance detector configured to detect a distance to a surface under measurement (Ws) of an object under measurement (W, W 1, W 2) using a first probe light beam, the angle detector configured to detect an angle of the surface under measurement (Ws) using a second probe light beam; an applied position moving mechanism (10, 30) configured to move applied positions of the first probe light beam and the second probe light beam on the surface under measurement (Ws); and a controller configured to derive a profile of the surface under measurement (Ws) based on the applied positions of the first and second probe light beams (PL1, PL2), the distance to the surface under measurement (Ws) detected by the distance detector and the angle of the surface under measurement (Ws) detected by the angle detector, wherein the surface profile measuring apparatus is configured such that the first probe light beam is obliquely incident on the surface under measurement (Ws) at a predetermined angle of incidence (θ 1) with respect to the surface under measurement (Ws), and the controller is configured to correct the angle of the surface under measurement (Ws) detected by the angle detector using the distance to the surface under measurement (Ws) detected by the distance detector.
A semiconductor optical sensor, comprising: a substrate integrating a plurality of photodetector areas; and a CMOS layer stack arranged on the substrate and including a number of dielectric and conductive layers; further comprising UV conversion regions arranged above a number of first photodetector areas and configured to convert UV light radiation into visible light radiation towards said first photodetector active areas, said first photodetector areas being thereby designed to define first photodetection units for UV light detection, wherein the first photodetector areas are alternated to a number of second photodetector areas, integrated in the substrate and designed to define second photodetection units for visible light detection, the first and second photodetection units forming an array of photodetection units of the optical sensor, jointly defining a single image detection area sensitive to both UV and visible light radiation, characterized by further comprising filter regions, arranged above said second photodetector areas and made of a material transparent to visible light radiation and opaque to UV light radiation. a substrate integrating a plurality of photodetector areas; and a CMOS layer stack arranged on the substrate and including a number of dielectric and conductive layers; further comprising UV conversion regions arranged above a number of first photodetector areas and configured to convert UV light radiation into visible light radiation towards said first photodetector active areas, said first photodetector areas being thereby designed to define first photodetection units for UV light detection, wherein the first photodetector areas are alternated to a number of second photodetector areas, integrated in the substrate and designed to define second photodetection units for visible light detection, the first and second photodetection units forming an array of photodetection units of the optical sensor, jointly defining a single image detection area sensitive to both UV and visible light radiation, characterized by further comprising filter regions, arranged above said second photodetector areas and made of a material transparent to visible light radiation and opaque to UV light radiation.
A tube retainer comprising: a block made in one piece comprising: a top wall; a bottom wall; a first side wall; a second side wall; a third side wall; and a fourth side wall; a first opening comprising a tube slot having a first slot end and a second slot end, and a second opening having a generally annular shape, the first opening communicating with the second opening, the first and second openings passing through the top wall and the bottom wall; wherein the third wall or the fourth wall includes the first slot end of the tube slot; wherein at least the first side wall and the second side wall each include a male block connector comprising an outwardly extending member having a first rounded end and a second rounded end, the first rounded end and the second rounded end facing in opposite directions and being spaced from and arranged generally parallel to the respective side wall; and a female block connector comprising a recess comprising a first pocket having an open end and a closed end, and a second pocket having an open end and a closed end, wherein the first pocket and the second pocket are arranged generally parallel to the respective side wall, and the open end of the first pocket faces the open end of the second pocket. a top wall; a bottom wall; a first side wall; a second side wall; a third side wall; and a fourth side wall; a first opening comprising a tube slot having a first slot end and a second slot end, and a second opening having a generally annular shape, the first opening communicating with the second opening, the first and second openings passing through the top wall and the bottom wall; wherein the third wall or the fourth wall includes the first slot end of the tube slot; wherein at least the first side wall and the second side wall each include a male block connector comprising an outwardly extending member having a first rounded end and a second rounded end, the first rounded end and the second rounded end facing in opposite directions and being spaced from and arranged generally parallel to the respective side wall; and a female block connector comprising a recess comprising a first pocket having an open end and a closed end, and a second pocket having an open end and a closed end, wherein the first pocket and the second pocket are arranged generally parallel to the respective side wall, and the open end of the first pocket faces the open end of the second pocket. a male block connector comprising an outwardly extending member having a first rounded end and a second rounded end, the first rounded end and the second rounded end facing in opposite directions and being spaced from and arranged generally parallel to the respective side wall; and a female block connector comprising a recess comprising a first pocket having an open end and a closed end, and a second pocket having an open end and a closed end, wherein the first pocket and the second pocket are arranged generally parallel to the respective side wall, and the open end of the first pocket faces the open end of the second pocket.
A recycling system for processing sludge from a fume scrubbing system that scrubs fumes from a steelmaking converter, wherein the sludge includes metallic iron microspheres and non-metallic-iron material, the system comprising: separating equipment (224, 226, 216, 220, 240, 246) designed and configured to process the sludge so as to isolate substantially only metallic iron microspheres from the non-metallic-iron material, said separating equipment (224, 226, 216, 220, 240, 246) including an ultrasonic cleaner designed and configured to remove surficial fines bound to the metallic iron microspheres using two different ultrasound frequencies to produce a uniform sound field of intense ultrasonic cavitation so as to create surface-cleaned metallic microspheres; and forming equipment (252, 254) designed and configured to receive the surface-cleaned metallic iron microspheres isolated by said separating equipment (224, 226, 216, 220, 240, 246) and form therewith cohesive bodies consisting essentially of the metallic iron microspheres isolated by said separating equipment (224, 226, 216, 220, 240, 246); wherein said ultrasonic cleaner includes an acoustic cavitation device designed and configured to process a slurry made from the sludge in a continuous flow; and wherein said acoustic cavitation device includes an acoustic cavitation duct defining an elongate fluid passageway having a flow axis, said acoustic cavitation device further comprising a plurality of ultrasonic transducers (1004A-F, 1008A-E) configured to generate said two different ultrasonic frequencies in acoustic communication with said elongate fluid passageway and spaced apart along said acoustic cavitation duct. separating equipment (224, 226, 216, 220, 240, 246) designed and configured to process the sludge so as to isolate substantially only metallic iron microspheres from the non-metallic-iron material, said separating equipment (224, 226, 216, 220, 240, 246) including an ultrasonic cleaner designed and configured to remove surficial fines bound to the metallic iron microspheres using two different ultrasound frequencies to produce a uniform sound field of intense ultrasonic cavitation so as to create surface-cleaned metallic microspheres; and forming equipment (252, 254) designed and configured to receive the surface-cleaned metallic iron microspheres isolated by said separating equipment (224, 226, 216, 220, 240, 246) and form therewith cohesive bodies consisting essentially of the metallic iron microspheres isolated by said separating equipment (224, 226, 216, 220, 240, 246); wherein said ultrasonic cleaner includes an acoustic cavitation device designed and configured to process a slurry made from the sludge in a continuous flow; and wherein said acoustic cavitation device includes an acoustic cavitation duct defining an elongate fluid passageway having a flow axis, said acoustic cavitation device further comprising a plurality of ultrasonic transducers (1004A-F, 1008A-E) configured to generate said two different ultrasonic frequencies in acoustic communication with said elongate fluid passageway and spaced apart along said acoustic cavitation duct.
A guide for aligning an implant, wherein the guide comprises a socket engaging portion (505; 505a; 505b) configured in accordance with patient specific data and wherein the socket engaging portion (505; 505a; 505b) is adapted for aligning the guide, characterized in that the socket engaging portion (505; 505a; 505b) comprises a guide indicia generation means for generating a guide indicia for aligning the guide, the guide indicia generation means comprising a guide indicia display device adapted to display the guide indicia.
An adhesive label for a multi-part container having a threaded element and a container body, comprising: - a first, flat label portion that is designed to be fastened to the threaded element of the container, and - a second label portion which is adjacent to the first label portion and has a comb-like structure with a plurality of mutually spaced, strip-shaped fixing elements (131, 132) which are designed to be fastened to the container body of the container, so that the adhesive label couples the threaded element to the container body and counteracts a movement of the threaded element relative to the container body. - a first, flat label portion that is designed to be fastened to the threaded element of the container, and - a second label portion which is adjacent to the first label portion and has a comb-like structure with a plurality of mutually spaced, strip-shaped fixing elements (131, 132) which are designed to be fastened to the container body of the container, so that the adhesive label couples the threaded element to the container body and counteracts a movement of the threaded element relative to the container body.
Foam dispenser (1; 50) comprising a dispensing container with a pressurized propellant gas, a pre-mixing valve with a downstream foaming chamber, and a push button for actuating the pre-mixing valve wherein a pressure control device for maintaining a constant predetermined excess pressure is arranged in the dispensing container, said pressure control device comprises a first cylinder having an open end and a closed end, and a pressure regulating piston movable within said first cylinder defining a first chamber filled with a gas exerting said predetermined excess pressure, second cylinder defining a second chamber, a passageway from the second chamber to the outside of the device leading to the container, a pressure regulating valve for releasing and closing said passageway, wherein the second chamber being filled with a gas at a pressure higher that said predetermined excess pressure, and said pressure regulating piston having means for actuating said valve dependent from the pressure difference between the first chamber and the container, so that if the fluid pressure in the container drops below the predetermined excess pressure, gas flows from the second chamber to the container until the container pressure approximately equals said predetermined pressure.
A fabric for use in the manufacture of an inflatable air-bag, the fabric comprising interwoven warp fibres and weft fibres which are arranged substantially perpendicular to one another, one or more of the warp and weft fibres being at least partially coated with an adhesive substance to increase the friction between the warp and weft fibres at their intersections, and wherein the adhesive is an adhesive that has been activated, to increase its adhesive properties, after being applied to the one or more of the warp and weft fibres.