mhurhangee/patent-ind-claim-en huggingface dataset:
A light emitting device, comprising: a plurality of light emitting diodes ; a mounting substrate mounting the light emitting diodes thereon along a line, or in a matrix pattern of parallel rows of groups of light emitting diodes arranged at regular intervals; at least one encapsulating member encapsulating the light emitting diodes and one planar lead frame extending in a longitudinal direction along the line, or a plurality of planar lead frames each extending in a longitudinal direction along a respective one of the rows, the at least one planar lead frame being electrically connected to the light emitting diodes through wires , wherein the at least one planar lead frame is arranged on a rear surface of the mounting substrate , the mounting substrate including a front mounting surface on which the light emitting diodes are mounted, the front mounting surface having a surface region covered with the encapsulating member ; and wire holes through which the wires extend from the light emitting diodes to the lead frame , wherein each of the one or more planar lead frames includes individual segments extending in said longitudinal direction and a stress-relieving portion extending partly perpendicular to said longitudinal direction the stress-relieving portion having a U-like, V-like, M-like or N-like shape and connecting neighbouring segments of the line or of one of the rows of the lead frame . a plurality of light emitting diodes ; a mounting substrate mounting the light emitting diodes thereon along a line, or in a matrix pattern of parallel rows of groups of light emitting diodes arranged at regular intervals; at least one encapsulating member encapsulating the light emitting diodes and one planar lead frame extending in a longitudinal direction along the line, or a plurality of planar lead frames each extending in a longitudinal direction along a respective one of the rows, the at least one planar lead frame being electrically connected to the light emitting diodes through wires , wherein the at least one planar lead frame is arranged on a rear surface of the mounting substrate , the mounting substrate including a front mounting surface on which the light emitting diodes are mounted, the front mounting surface having a surface region covered with the encapsulating member ; and wire holes through which the wires extend from the light emitting diodes to the lead frame , wherein each of the one or more planar lead frames includes individual segments extending in said longitudinal direction and a stress-relieving portion extending partly perpendicular to said longitudinal direction the stress-relieving portion having a U-like, V-like, M-like or N-like shape and connecting neighbouring segments of the line or of one of the rows of the lead frame .
Distributor tube for cooling metal or similar products, in particular steel strips, leaving a hot-rolling mill comprising a) along the longitudinal extension of said distributor tube , a plurality of outlet openings through which a cooling fluid can be ejected; (b) an inlet located at one end of said distributor tube for said cooling fluid and a closure of said distributor tube at the other end, (c) a connection for connecting a source of cooling fluid and feeding said distributor tube with said fluid; wherein at least on the inlet side of said distributor tube there is a zone of change in the diameter of the tube, which varies from a sector with a smaller diameter, followed in the direction of flow by a sector with a larger diameter, characterized in that upstream of said plurality of outlet openings there is an orifice in the area of the flow section wherein said orifice is a plate, preferably circular, with a plurality of holes. a) along the longitudinal extension of said distributor tube , a plurality of outlet openings through which a cooling fluid can be ejected; (b) an inlet located at one end of said distributor tube for said cooling fluid and a closure of said distributor tube at the other end, (c) a connection for connecting a source of cooling fluid and feeding said distributor tube with said fluid; wherein at least on the inlet side of said distributor tube there is a zone of change in the diameter of the tube, which varies from a sector with a smaller diameter, followed in the direction of flow by a sector with a larger diameter, characterized in that upstream of said plurality of outlet openings there is an orifice in the area of the flow section wherein said orifice is a plate, preferably circular, with a plurality of holes.
A molded transformer comprising a primary coil , a secondary coil disposed inside the primary coil, a frame , and a plurality of support structures supporting the primary and secondary coils; wherein the secondary coil is disposed in a state in which a predetermined space is provided between the primary coil and the secondary coil, the support structures respectively comprise an insulator block , and a wide insulating plate having an area wider than a bottom surface area of the insulator block, the support structures respectively provided between end portions of the primary and secondary coils and the frame, a first support portion supporting the end portion of the primary coil and a second support portion supporting the end portion of the secondary coil are provided on a top surface of the insulator block, and the wide insulating plate is disposed between a bottom surface of the insulator block and the frame, characterised in that the wide insulating plate comprises an inclination provided thereon, and an end portion of the wide insulating plate is positioned lower than a center portion of the wide insulating plate.
A device for protecting a plant against frost, the device comprising: - a panel suitable for positioning above the plant, the panel comprising a photovoltaic cell and a metal frame surrounding the photovoltaic cell, the metal frame being a conductive and non-photovoltaic part, - at least one source capable of supplying the metal frame with an electric current while the photovoltaic cell is not exposed to light, so that the metal frame heats by Joule effect . - a panel suitable for positioning above the plant, the panel comprising a photovoltaic cell and a metal frame surrounding the photovoltaic cell, the metal frame being a conductive and non-photovoltaic part, - at least one source capable of supplying the metal frame with an electric current while the photovoltaic cell is not exposed to light, so that the metal frame heats by Joule effect .
A precursor composition in the form of a liquid concentrate for the preparation of a dialysis fluid, the precursor composition comprising at least a glucose component, an acid component, and an amino acid component, characterized in that the amino acid component comprises Valine, Isoleucine and Leucine and the amino acid component is free from Methionine and Tryptophan. the amino acid component comprises Valine, Isoleucine and Leucine and the amino acid component is free from Methionine and Tryptophan.
An assay method for evaluating the interaction of one or more candidate compounds with hepatocytes, comprising: culturing hepatocytes in a cell culture article to form a spheroid , wherein the cell culture article comprises a plurality of wells of a multi-well plate, each well being a chamber, each chamber comprising an array of microcavities , each microcavity 115) structured to constrain the hepatocytes to grow in a 3D spheroid conformation ; wherein each microcavity 115) of the chamber comprises: a side wall ; a top aperture ; and a liquid impermeable bottom comprising a concave surface, wherein at least a portion of the bottom comprises a low-adhesion or no-adhesion material in or on the concave surface; a) contacting the 3D spheroid hepatocytes with one or more candidate compounds; and b) measuring the in vitro intrinsic clearance of the one or more candidate compounds. a) contacting the 3D spheroid hepatocytes with one or more candidate compounds; and b) measuring the in vitro intrinsic clearance of the one or more candidate compounds.
A system for generating content for an encrypted package, the system comprising: at least one processor ; and at least one memory including instructions which when executed by the at least one processor, causes the at least one processor to: receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, the system being characterised in that the instructions cause the at least one processor to validate the generated data utilizing one or more anti-tamper hashes from the anti-tamper hash portion of the package by: generating a hash value based on an encrypted portion of the generated data; receiving a hash value from the anti-tamper hash portion of the package; and comparing the generated hash value to the received hash value. at least one processor ; and at least one memory including instructions which when executed by the at least one processor, causes the at least one processor to: receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, receive a package including one or more anti-tamper hash portions and encrypted data, the encrypted data including one or more seed portions and one or more instructions, decrypt a portion of the encrypted data including the one or more instructions and the one or more seed portions, generate data based on the execution of the one or more instructions, wherein the one or more instructions operate on the one or more seed portions, encrypt the generated data, generating a hash value based on an encrypted portion of the generated data; receiving a hash value from the anti-tamper hash portion of the package; and comparing the generated hash value to the received hash value.
An apparatus for measuring interstory drift of a building wherein the building has a reference floor and an adjacent floor immediately adjacent the reference floor, comprising: a laser beam source operatively connected to the reference floor, a laser beam produced by said laser beam source , said laser beam being a diffracted laser beam having a linear beam trace directed toward the adjacent floor and wherein the linear beam trace is orientated transverse to a predetermined direction of measurement, a sensor array operatively connected to the adjacent floor, wherein said sensor array is a diode sensor array including: a plurality of staggered parallel rows of diode sensors, with adjacent rows having sensors staggered along the predetermined direction of measurement such that no two immediately adjacent said rows are laterally aligned, and wherein the linear beam traced laser beam has a width sufficient to simultaneously span across multiple rows of the diode sensor array ; and the diode sensor array being positioned to receive said laser beam for measuring interstory drift of the building. a laser beam source operatively connected to the reference floor, a laser beam produced by said laser beam source , said laser beam being a diffracted laser beam having a linear beam trace directed toward the adjacent floor and wherein the linear beam trace is orientated transverse to a predetermined direction of measurement, a sensor array operatively connected to the adjacent floor, wherein said sensor array is a diode sensor array including: a plurality of staggered parallel rows of diode sensors, with adjacent rows having sensors staggered along the predetermined direction of measurement such that no two immediately adjacent said rows are laterally aligned, and wherein the linear beam traced laser beam has a width sufficient to simultaneously span across multiple rows of the diode sensor array ; and the diode sensor array being positioned to receive said laser beam for measuring interstory drift of the building. a plurality of staggered parallel rows of diode sensors, with adjacent rows having sensors staggered along the predetermined direction of measurement such that no two immediately adjacent said rows are laterally aligned, and wherein the linear beam traced laser beam has a width sufficient to simultaneously span across multiple rows of the diode sensor array ; and the diode sensor array being positioned to receive said laser beam for measuring interstory drift of the building.
A medical implant comprising a shaped thermoform of poly-4-hydroxybutyrate homopolymer that is obtainable by a process comprising heating a poly-4-hydroxybutyrate film or sheet to a temperature of from 51.9 °C to 150 °C, and stretching the film or sheet over a mold by pneumatic or mechanical means or combinations thereof to make the shaped thermoform, wherein the poly-4-hydroxybutyrate film or sheet is oriented in one or more directions during thermoforming, and wherein the poly-4-hydroxybutyrate homopolymer has a glass transition temperature between -45°C and -65°C.
A common-mode choke that includes a plurality of hybrid toroidal core inductors connected in series to a printed circuit board, wherein: each of the plurality of hybrid toroidal core inductors comprises: a first toroidal core comprising a first material and having an outer diameter and an inner diameter;a second toroidal core comprising a second material and having an outer diameter and inner diameter, wherein the first toroidal core and the second toroidal core are arranged one inside the other such that the outer diameter of the second toroidal core is positioned within the inner diameter of the first toroidal core; and at least one multiphase coil configured around each of the first and second toroidal cores to generate a magnetic field in both the first and second toroidal cores wherein the at least one multiphase coil is wound around the outer diameter of the first toroidal core and the inner diameter of the second toroidal core; and wherein the plurality of hybrid toroidal core inductors are connected to the printed circuit board in a planar configuration. a first toroidal core comprising a first material and having an outer diameter and an inner diameter;a second toroidal core comprising a second material and having an outer diameter and inner diameter, wherein the first toroidal core and the second toroidal core are arranged one inside the other such that the outer diameter of the second toroidal core is positioned within the inner diameter of the first toroidal core; and at least one multiphase coil configured around each of the first and second toroidal cores to generate a magnetic field in both the first and second toroidal cores wherein the at least one multiphase coil is wound around the outer diameter of the first toroidal core and the inner diameter of the second toroidal core; and wherein the plurality of hybrid toroidal core inductors are connected to the printed circuit board in a planar configuration.
Packaging for medical devices, comprising a tub provided with a peripheral wall delimiting an upper opening , a sealing cover sealable on the upper opening of the tub, and a sealing film adapted to be positioned on the upper face of the sealing cover, the packaging being characterized in that the sealing film comprises: - a protective foil , - an adhesive layer extending over the protective foil, - a peelable sheet having a first portion extending over the adhesive layer opposite to a first portion of the protective foil, wherein said first portions of the protective foil and peelable sheet are arranged in a retracted position uncovering the sealing cover , wherein a second portion of the protective foil, distinct from the first portion , is bonded to the sealing cover and/or to the tub by the adhesive layer , and a second portion of the peelable sheet, separated from said second portion of the protective foil, is arranged so as to be pullable by a user to progressively separate the first portion of the peelable sheet from the first portion of the protective foil to an extended position wherein the protective foil adheres to the sealing cover. the packaging being characterized in that the sealing film comprises: - a protective foil , - an adhesive layer extending over the protective foil, - a peelable sheet having a first portion extending over the adhesive layer opposite to a first portion of the protective foil, - a protective foil , - an adhesive layer extending over the protective foil, - a peelable sheet having a first portion extending over the adhesive layer opposite to a first portion of the protective foil, wherein said first portions of the protective foil and peelable sheet are arranged in a retracted position uncovering the sealing cover , wherein a second portion of the protective foil, distinct from the first portion , is bonded to the sealing cover and/or to the tub by the adhesive layer , and a second portion of the peelable sheet, separated from said second portion of the protective foil, is arranged so as to be pullable by a user to progressively separate the first portion of the peelable sheet from the first portion of the protective foil to an extended position wherein the protective foil adheres to the sealing cover.
A resin composition comprising a polyarylate resin, a polycarbonate resin, silica particles having an average particle diameter of 0.5 to 10 μm, and a phosphite ester compound represented by the general formula (I), wherein a mass ratio between the polyarylate resin and the polycarbonate resin is 25/75 to 90/10, the average particle diameter of the silica particles is defined by a particle diameter value at weight accumulation 50% when a particle diameter distribution is measured using a laser diffraction particle size distribution meter as a particle size distribution measuring apparatus, a content of the silica particles is 5 to 60 parts by mass based on 100 parts by mass of a total amount of the polyarylate resin and the polycarbonate resin, and a content of the phosphite ester compound is 0.01 to 1 part by mass based on 100 parts by mass of a total amount of the polyarylate resin and the polycarbonate resin: (in the formula (I), m1 and m2 are each independently an integer of 0 to 5; R 1 and R 2 each independently represent an alkyl group having 1 to 12 carbon atoms, which may have a substituent; and four R 3 s each independently represent an alkylene group having 1 to 5 carbon atoms.). wherein a mass ratio between the polyarylate resin and the polycarbonate resin is 25/75 to 90/10, the average particle diameter of the silica particles is defined by a particle diameter value at weight accumulation 50% when a particle diameter distribution is measured using a laser diffraction particle size distribution meter as a particle size distribution measuring apparatus, a content of the silica particles is 5 to 60 parts by mass based on 100 parts by mass of a total amount of the polyarylate resin and the polycarbonate resin, and a content of the phosphite ester compound is 0.01 to 1 part by mass based on 100 parts by mass of a total amount of the polyarylate resin and the polycarbonate resin: (in the formula (I), m1 and m2 are each independently an integer of 0 to 5; R 1 and R 2 each independently represent an alkyl group having 1 to 12 carbon atoms, which may have a substituent; and four R 3 s each independently represent an alkylene group having 1 to 5 carbon atoms.).
An intelligent system for coordinating harvester and cargo truck, comprising: a harvester terminal , wherein the harvester terminal comprises a repository monitoring module and a control module , the repository monitoring module configured to monitor storage information of a storage bin of the harvester, the control module configured to receive the storage information from the repository monitoring module , and configured to determine whether a storage level of the storage bin reaches a preset level; and characterized in that , the control module is configured to set the preset level of the the storage bin according to a harvesting speed of the harvester, a threshing speed of the harvester and a remaining storage capacity of the storage bin, the system further comprising a cargo truck terminal configured to communicate with the harvester terminal , wherein when the control module determines that the storage level of the storage bin reaches the preset level, the control module is configured to send a transportation instruction to the cargo truck terminal to control a cargo truck to move to the harvester for transporting grain. a harvester terminal , wherein the harvester terminal comprises a repository monitoring module and a control module , the repository monitoring module configured to monitor storage information of a storage bin of the harvester, the control module configured to receive the storage information from the repository monitoring module , and configured to determine whether a storage level of the storage bin reaches a preset level; and characterized in that , the control module is configured to set the preset level of the the storage bin according to a harvesting speed of the harvester, a threshing speed of the harvester and a remaining storage capacity of the storage bin, the system further comprising a cargo truck terminal configured to communicate with the harvester terminal , wherein when the control module determines that the storage level of the storage bin reaches the preset level, the control module is configured to send a transportation instruction to the cargo truck terminal to control a cargo truck to move to the harvester for transporting grain.