mhurhangee/patent-ind-claim-en huggingface dataset:
A coating composition for a hole injection or transporting layer or a charge generating layer of an organic electroluminescent device, characterized in that the coating composition comprises: an organic metal complex comprising one or more of Group 5, Group 6, and Group 7 transition metals; an organic metal complex or metal salt comprising one or more of Group 1, Group 8, Group 11, and Group 12 metals; and an organic solvent. an organic metal complex comprising one or more of Group 5, Group 6, and Group 7 transition metals; an organic metal complex or metal salt comprising one or more of Group 1, Group 8, Group 11, and Group 12 metals; and an organic solvent.
Method for monitoring and identifying sensor faults in an electric drive system, comprising the steps of: collecting corresponding data by means of various sensors in an electric drive system of a vehicle; inputting the collected data to an already-established sensor fault mode identification model; and determining whether a fault mode exists and a fault mode type on the basis of the collected data by means of the sensor fault mode identification model, wherein the method for monitoring and identifying sensor faults in an electric drive system is performed on the basis of a vehicle network monitoring system, the vehicle network monitoring system comprising the electric drive system in each of multiple vehicles and a cloud capable of communicating wirelessly with each electric drive system or a controller of each vehicle, the cloud comprising a database for storing the data, and a central processing unit for performing all calculation and communication for monitoring and identifying sensor faults. collecting corresponding data by means of various sensors in an electric drive system of a vehicle; inputting the collected data to an already-established sensor fault mode identification model; and determining whether a fault mode exists and a fault mode type on the basis of the collected data by means of the sensor fault mode identification model, wherein the method for monitoring and identifying sensor faults in an electric drive system is performed on the basis of a vehicle network monitoring system, the vehicle network monitoring system comprising the electric drive system in each of multiple vehicles and a cloud capable of communicating wirelessly with each electric drive system or a controller of each vehicle, the cloud comprising a database for storing the data, and a central processing unit for performing all calculation and communication for monitoring and identifying sensor faults.
A method comprising: providing a mobile operator infrastructure including a number of servers preconfigured to store one or more tracker files; using a mobile communication device to seek a tracker file providing information of likely locations of a data file sought by a user of the mobile communication device , wherein said likely locations of the data file comprise user devices that have previously downloaded the data file; obtaining instructions from the mobile operator infrastructure used by the mobile communication device where to obtain the tracker file and whether or not the mobile communication device is allowed to carry out an active peer node discovery procedure to enable the mobile communication device to access peer nodes other than those defined in the tracker file, and obtaining the tracker file from a location instructed by the mobile operator infrastructure used by the mobile communication device . providing a mobile operator infrastructure including a number of servers preconfigured to store one or more tracker files; using a mobile communication device to seek a tracker file providing information of likely locations of a data file sought by a user of the mobile communication device , wherein said likely locations of the data file comprise user devices that have previously downloaded the data file; obtaining instructions from the mobile operator infrastructure used by the mobile communication device where to obtain the tracker file and whether or not the mobile communication device is allowed to carry out an active peer node discovery procedure to enable the mobile communication device to access peer nodes other than those defined in the tracker file, and obtaining the tracker file from a location instructed by the mobile operator infrastructure used by the mobile communication device .
A manufacturing device of molten iron, comprising: a reduction unit for reducing a powdered ore by using a reduction gas; a compacted material supply unit for manufacturing a first reduction compacted material including at least one of iron and oxidized steel by using the reduced powdered ore; a gas supply unit for supplying a byproduct gas generated from a coke manufacturing facility ; and a reaction unit , wherein the reaction unit includes a reaction furnace in which a reaction of the first reduction compacted material and the byproduct gas is performed, a first reduction gas conduit for supplying the reduction gas produced from the reaction furnace to the reduction unit ; and a first supply line for supplying the second reduction compacted material produced from the reaction furnace , wherein the gas supply unit includes: a supply conduit for supplying a byproduct gas generated from the coke manufacturing facility ; a heater connected to the supply conduit to heat the byproduct gas; a high temperature gas conduit for connecting the heater and the reaction furnace to supply the heated byproduct gas; a sulfureted hydrogen insufflator for injecting a sulfureted hydrogen into the high temperature gas conduit ; and a second oxygen blower for injecting oxygen into the high temperature gas conduit . a reduction unit for reducing a powdered ore by using a reduction gas; a compacted material supply unit for manufacturing a first reduction compacted material including at least one of iron and oxidized steel by using the reduced powdered ore; a gas supply unit for supplying a byproduct gas generated from a coke manufacturing facility ; and a reaction unit , wherein the reaction unit includes a reaction furnace in which a reaction of the first reduction compacted material and the byproduct gas is performed, a first reduction gas conduit for supplying the reduction gas produced from the reaction furnace to the reduction unit ; and a first supply line for supplying the second reduction compacted material produced from the reaction furnace , wherein the gas supply unit includes: a supply conduit for supplying a byproduct gas generated from the coke manufacturing facility ; a heater connected to the supply conduit to heat the byproduct gas; a high temperature gas conduit for connecting the heater and the reaction furnace to supply the heated byproduct gas; a sulfureted hydrogen insufflator for injecting a sulfureted hydrogen into the high temperature gas conduit ; and a second oxygen blower for injecting oxygen into the high temperature gas conduit . a supply conduit for supplying a byproduct gas generated from the coke manufacturing facility ; a heater connected to the supply conduit to heat the byproduct gas; a high temperature gas conduit for connecting the heater and the reaction furnace to supply the heated byproduct gas; a sulfureted hydrogen insufflator for injecting a sulfureted hydrogen into the high temperature gas conduit ; and a second oxygen blower for injecting oxygen into the high temperature gas conduit .
An apparatus for measuring thickness capable of measuring the thickness of thin materials used for batteries such as an electrode and a separator, comprising: an inductive sensor for measuring a length variation, wherein the maximum measurement distance variation is 4mm, the maximum measurement error is 0.01% or less of the measurement variation and is 0.4μm or less, the measurement force is 0.75N, the measurement force increment per distance increment is 0.08N/mm, and the sensor comprises a sensor tip having a spherical surface and which is retractable by vacuum; a bottom tip, which is located on the opposite side of the sensor tip with respect to a sample in order to support the sample and which has a spherical surface; a compression unit, which consists of a pump capable of applying a constant reduced pressure to retract the sensor tip, a motor, a power source, and a control unit; a body, which has a top surface on which a sample can be placed, and at the center of which the bottom tip is located; and a fixing unit, which is located on a side surface of the body and to which the sensor is fixed to measure the thickness of a sample. an inductive sensor for measuring a length variation, wherein the maximum measurement distance variation is 4mm, the maximum measurement error is 0.01% or less of the measurement variation and is 0.4μm or less, the measurement force is 0.75N, the measurement force increment per distance increment is 0.08N/mm, and the sensor comprises a sensor tip having a spherical surface and which is retractable by vacuum; a bottom tip, which is located on the opposite side of the sensor tip with respect to a sample in order to support the sample and which has a spherical surface; a compression unit, which consists of a pump capable of applying a constant reduced pressure to retract the sensor tip, a motor, a power source, and a control unit; a body, which has a top surface on which a sample can be placed, and at the center of which the bottom tip is located; and a fixing unit, which is located on a side surface of the body and to which the sensor is fixed to measure the thickness of a sample.
A water-purifying agent, comprising: a powder that is a mixture of a plant powder and a polymeric flocculant, wherein a surface of the powder comprises a coated portion in which the plant powder is coated with the polymeric flocculant and a non-coated portion in which the plant powder is not coated with the polymeric flocculant, wherein a ratio of an area of the coated portion to a total of the area of the coated portion and an area of the non-coated portion is from 30% through 70%. a powder that is a mixture of a plant powder and a polymeric flocculant, wherein a surface of the powder comprises a coated portion in which the plant powder is coated with the polymeric flocculant and a non-coated portion in which the plant powder is not coated with the polymeric flocculant, wherein a ratio of an area of the coated portion to a total of the area of the coated portion and an area of the non-coated portion is from 30% through 70%.
A light emitting arrangement, adapted to produce a directional beam of light, comprising: a solid state light source having a light emitting top surface and one or more lateral side surfaces, wherein the solid state light source is an LED; a reflecting structure which covers said side surface or surfaces; a beam shaping arrangement applied over the reflecting structure and positioned optically downstream from the light source; and an opaque optical body positioned over the reflecting structure , for limiting the angular spread of the directional beam of light, said body having a first opening at its base for receiving light from the solid state light source , and a tapered funnel structure surrounding the axis normal to the light emitting top surface of the solid state light source which opens to a second opening at its top which is larger than the first opening, characterized in that , the beam shaping arrangement is a microstructured beam shaping arrangement, wherein the microstructured beam shaping arrangement comprises an array of beam shaping components, and in that the reflecting structure comprises a supporting base layer and a reflecting thin-film coating , wherein the supporting base layer provides support for the opaque optical body and does not extend laterally beyond the lateral extension of the solid state light source , and wherein the reflecting thin-film coating covers one or more lateral side surfaces of solid state light source . a solid state light source having a light emitting top surface and one or more lateral side surfaces, wherein the solid state light source is an LED; a reflecting structure which covers said side surface or surfaces; a beam shaping arrangement applied over the reflecting structure and positioned optically downstream from the light source; and an opaque optical body positioned over the reflecting structure , for limiting the angular spread of the directional beam of light, said body having a first opening at its base for receiving light from the solid state light source , and a tapered funnel structure surrounding the axis normal to the light emitting top surface of the solid state light source which opens to a second opening at its top which is larger than the first opening, characterized in that , the beam shaping arrangement is a microstructured beam shaping arrangement, wherein the microstructured beam shaping arrangement comprises an array of beam shaping components, and in that the reflecting structure comprises a supporting base layer and a reflecting thin-film coating , wherein the supporting base layer provides support for the opaque optical body and does not extend laterally beyond the lateral extension of the solid state light source , and wherein the reflecting thin-film coating covers one or more lateral side surfaces of solid state light source .
A method for producing an alloy sample, comprising the steps of: furnishing a directional heat source and multi-wire feed-head ; disposing a work-piece surface a fixed distance from a downward-facing surface of the multi-wire feed-head; the method further comprising the steps of: delivering heat and feeding selected lengths of at least two wires having diverse compositions into the heat-affected region to form, on the portion of the work-piece surface, a substantially homogeneous molten alloy portion having a composition defined by the cross sectional areas and relative proportions of the selected lengths of the at least two wires; and cooling the molten alloy portion to form a solid alloy portion having the same defined composition as the molten alloy portion; characterized in that the multi-wire feed-head and work-piece are configured to allow the feed-head to deliver, through an exit disposed in the downward-facing surface, heat (H) from the directional heat source along a heat delivery direction (B) aligned with a longitudinal axis of the multi-wire feed-head into a heat-affected region comprising at least a portion of the work-piece surface aligned normal to the heat delivery direction, and to feed, from each of one or more of a multiplicity of wire exits disposed on the downward-facing surface, the ends, respectively, of each of one or more of a multiplicity of wires (1, 2,..) having diverse compositions at equal inclination angles to the heat delivery direction and towards a common focus (F) located in the heat-affected region. furnishing a directional heat source and multi-wire feed-head ; disposing a work-piece surface a fixed distance from a downward-facing surface of the multi-wire feed-head; the method further comprising the steps of: delivering heat and feeding selected lengths of at least two wires having diverse compositions into the heat-affected region to form, on the portion of the work-piece surface, a substantially homogeneous molten alloy portion having a composition defined by the cross sectional areas and relative proportions of the selected lengths of the at least two wires; and cooling the molten alloy portion to form a solid alloy portion having the same defined composition as the molten alloy portion; characterized in that the multi-wire feed-head and work-piece are configured to allow the feed-head to deliver, through an exit disposed in the downward-facing surface, heat (H) from the directional heat source along a heat delivery direction (B) aligned with a longitudinal axis of the multi-wire feed-head into a heat-affected region comprising at least a portion of the work-piece surface aligned normal to the heat delivery direction, and to feed, from each of one or more of a multiplicity of wire exits disposed on the downward-facing surface, the ends, respectively, of each of one or more of a multiplicity of wires (1, 2,..) having diverse compositions at equal inclination angles to the heat delivery direction and towards a common focus (F) located in the heat-affected region.
An apparatus for use within a woman's urethra for inhibiting urine outflow when her intra-abdominal pressure rises, the apparatus having a generally tubular device that has a proximal end and a distal end and defines a longitudinal axis, characterized in that : the device comprises at least two liquid-filled sealed flexible chambers , wherein the chambers together are constructed and arranged to define a longitudinal passageway that extends entirely through the device from the proximal end to the distal end; and wherein the device is constructed and arranged such that an increase in intra-abdominal pressure causes the liquid in the liquid-filled chambers to be displaced from a first state in which the passageway is open along its length and able to conduct urine to a second state in which the passageway is more restricted or is closed off, to inhibit the passage of urine. the device comprises at least two liquid-filled sealed flexible chambers , wherein the chambers together are constructed and arranged to define a longitudinal passageway that extends entirely through the device from the proximal end to the distal end; and wherein the device is constructed and arranged such that an increase in intra-abdominal pressure causes the liquid in the liquid-filled chambers to be displaced from a first state in which the passageway is open along its length and able to conduct urine to a second state in which the passageway is more restricted or is closed off, to inhibit the passage of urine.
A method of transmitting a positioning reference signal, PRS, by a base station in a wireless communication system, the method comprising: transmitting (S2110) PRS occasion configuration information; and transmitting (S2120) the PRS on each PRS occasion based on the PRS occasion configuration information, wherein the PRS occasion configuration information includes information on beams used on each PRS occasion, and wherein the PRS is transmitted by sweeping the beams used on each PRS occasion, wherein the beams are swept on a PRS subframe basis in the PRS occasion, and wherein based on the number of beams used by the base station greater than the number of PRS subframes in the PRS occasion, the PRS is transmitted by sweeping beams indicated by the PRS occasion configuration information among the beams used by the base station on a first PRS occasion and sweeping remaining beams on a second PRS occasion. transmitting (S2110) PRS occasion configuration information; and transmitting (S2120) the PRS on each PRS occasion based on the PRS occasion configuration information, wherein the PRS occasion configuration information includes information on beams used on each PRS occasion, and wherein the PRS is transmitted by sweeping the beams used on each PRS occasion, wherein the beams are swept on a PRS subframe basis in the PRS occasion, and wherein based on the number of beams used by the base station greater than the number of PRS subframes in the PRS occasion, the PRS is transmitted by sweeping beams indicated by the PRS occasion configuration information among the beams used by the base station on a first PRS occasion and sweeping remaining beams on a second PRS occasion.
A greenhouse comprising: a supporting structure and a translucent roofing , wherein the roofing limits the greenhouse to the outside and is supported by the supporting structure; and a shelf system comprising an arrangement of shelves with a plurality of planes , wherein the shelves are arranged such that shelf aisles are formed between opposing shelves in the longitudinal direction and shelf aisles are formed between shelves arranged next to each other in the transverse direction, wherein the supporting structure of the greenhouse is formed by the shelf system , wherein the shelf system is an automatically operable shelf system and comprises at least one autonomous shelf vehicle which is freely movable in the shelf aisles arranged in the longitudinal and transverse directions and by means of which seed stock may be put into a storage place in the shelf system or fetched therefrom. a supporting structure and a translucent roofing , wherein the roofing limits the greenhouse to the outside and is supported by the supporting structure; and a shelf system comprising an arrangement of shelves with a plurality of planes , wherein the shelves are arranged such that shelf aisles are formed between opposing shelves in the longitudinal direction and shelf aisles are formed between shelves arranged next to each other in the transverse direction, wherein the supporting structure of the greenhouse is formed by the shelf system , wherein the shelf system is an automatically operable shelf system and comprises at least one autonomous shelf vehicle which is freely movable in the shelf aisles arranged in the longitudinal and transverse directions and by means of which seed stock may be put into a storage place in the shelf system or fetched therefrom.
A curable resin system, comprising 1) an epoxy component having two or more epoxy resins, wherein at least one of the epoxy resins is a polyglycidyl ether of a polyphenol having an epoxy equivalent weight of up to about 250 and at least one other epoxy resin is an epoxy novolac resin; 2) a hardener component comprising a cycloaliphatic compound containing at least two amine groups for the reaction with the epoxy resin; and 3) a catalyst component comprising at least one of a phenyl-substituted imidazole or imidazoline compound. 1) an epoxy component having two or more epoxy resins, wherein at least one of the epoxy resins is a polyglycidyl ether of a polyphenol having an epoxy equivalent weight of up to about 250 and at least one other epoxy resin is an epoxy novolac resin; 2) a hardener component comprising a cycloaliphatic compound containing at least two amine groups for the reaction with the epoxy resin; and 3) a catalyst component comprising at least one of a phenyl-substituted imidazole or imidazoline compound.
An osmotic material-free article comprising a plurality of fibers wherein the article exhibits an HFS of greater than 17.0 g/g as measured according to the Horizontal Full Sheet (HFS) Test Method and a Dry Thick Compression of greater than 700 as measured according to the Dry Compressive Modulus Test Method, wherein the article comprises at least one co-formed fibrous structure and at least one mono-fibrous wet-laid fibrous structure, said at least one co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2 , measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to pulp fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the core component being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, said at least one mono-fibrous wet-laid fibrous structure comprising hardwood and softwood pulp fibers.