mhurhangee/ep-ind-claims huggingface dataset:
Method for determining an absolute velocity of a further road user having wheels in a motor vehicle which has at least one radar sensor that detects radar data of the further road user travelling in particular parallel to the motor vehicle, characterised in that by evaluating the radar data, firstly, reflection centres marking the upper and lower boundary of at least one of the wheels of the further road user are located and a wheel radius is determined as a result, and, secondly, by evaluating cyclically recurring reflection patterns of the at least one wheel, in particular of the rims of the at least one wheel, an angular velocity of the at least one wheel is determined over the course of time of the radar data, wherein the absolute velocity of the road user is determined from the angular velocity and the wheel radius of the at least one wheel. characterised in that by evaluating the radar data, firstly, reflection centres marking the upper and lower boundary of at least one of the wheels of the further road user are located and a wheel radius is determined as a result, and, secondly, by evaluating cyclically recurring reflection patterns of the at least one wheel, in particular of the rims of the at least one wheel, an angular velocity of the at least one wheel is determined over the course of time of the radar data, wherein the absolute velocity of the road user is determined from the angular velocity and the wheel radius of the at least one wheel.
A pressure hose, comprising: a tube layer defining an interior passageway of the pressure hose; a single layer reinforcement layer disposed over the tube layer, the single layer reinforcement layer comprising: a plurality of beams braided together around the tube layer, each of the beams comprising a plurality of ends; wherein the single layer reinforcement layer has a reinforcement volumetric ratio of greater than or equal to 126%; and a cover layer disposed over the reinforcement layer; characterized in that: the number of ends in each beam is greater than or equal to 14, the RVR being defined by RVR = n helix × CSL × n ends π × Φ where n ends is the number of ends in a helix, Φ is the Mean Helix Diameter, and Cylindrical Segment Length is CSL = End Diameter cos θ where End Diameter is the diameter of the end and Θ is the braid angle with n helix = n carriers ÷ 2 and where each beam includes a carrier. a tube layer defining an interior passageway of the pressure hose; a single layer reinforcement layer disposed over the tube layer, the single layer reinforcement layer comprising: a plurality of beams braided together around the tube layer, each of the beams comprising a plurality of ends; wherein the single layer reinforcement layer has a reinforcement volumetric ratio of greater than or equal to 126%; and a plurality of beams braided together around the tube layer, each of the beams comprising a plurality of ends; wherein the single layer reinforcement layer has a reinforcement volumetric ratio of greater than or equal to 126%; and a cover layer disposed over the reinforcement layer; characterized in that: the number of ends in each beam is greater than or equal to 14, the RVR being defined by RVR = n helix × CSL × n ends π × Φ where n ends is the number of ends in a helix, Φ is the Mean Helix Diameter, and Cylindrical Segment Length is CSL = End Diameter cos θ where End Diameter is the diameter of the end and Θ is the braid angle with n helix = n carriers ÷ 2 and where each beam includes a carrier. the number of ends in each beam is greater than or equal to 14, the RVR being defined by RVR = n helix × CSL × n ends π × Φ where n ends is the number of ends in a helix, Φ is the Mean Helix Diameter, and Cylindrical Segment Length is CSL = End Diameter cos θ where End Diameter is the diameter of the end and Θ is the braid angle with n helix = n carriers ÷ 2 and where each beam includes a carrier.
A fitting (10, 10', 30, 40, 70), in particular for installation in a light construction plate, having a housing, on which at least one adhesive chamber (13, 13', 35, 44, 74), which is open to the outside, is formed, this chamber being connected to an adhesive channel (18, 18', 18", 37, 47, 78), which extends in the housing, and which has an inlet opening for connection to an injection nozzle for adhesive, characterized in that the adhesive channel (18, 18', 18", 37, 47, 78) has a screen (19, 19', 38, 48, 79) having a reduced cross section.
Heat-shielding device for a building window, comprising a first sheet-like element and a second sheet-like element which are arranged so as to be spaced apart from one another, wherein at least one sheet-like element (4, 5) is designed to be at least partially reflecting in the infrared spectral range and the first sheet-like element and the second sheet-like element are arranged on the outside of the building window, characterized in that the first sheet-like element is arranged with a first fastening device in front of the building window and the second sheet-like element is arranged with a second fastening device in front of the building window, by means of which fastening devices the first sheet-like element and the second sheet-like element can be operated independently of one another.
A tracking method, in which a target point provided with a reflector is tracked by a measurement beam of a laser tracker, wherein in an ordinary tracking mode, data for controlling the direction of the measurement beam is derived from the detection of the measurement beam being reflected by the reflector, • wherein additionally, in an extraordinary tracking mode, the data for controlling the direction of the measurement beam is derived from data being registered by an overview apparatus, • wherein the overview apparatus has a known position and orientation relative to the measurement beam, • and wherein an illumination of the reflector itself is realised with the help of an illumination means in the region of the overview apparatus, in particular wherein the viewing field of the overview apparatus is illuminated by the illumination means, characterized in that • the extraordinary tracking mode can be activated, particularly is active, when no measurement beam reflected by the reflector is detected, and • in the extraordinary tracking mode, the detection of the reflected measurement beam is monitored by the laser tracker and the ordinary tracking mode is automatically activated, as soon as the reflected measurement beam is detected. • wherein additionally, in an extraordinary tracking mode, the data for controlling the direction of the measurement beam is derived from data being registered by an overview apparatus, • wherein the overview apparatus has a known position and orientation relative to the measurement beam, • and wherein an illumination of the reflector itself is realised with the help of an illumination means in the region of the overview apparatus, in particular wherein the viewing field of the overview apparatus is illuminated by the illumination means, • the extraordinary tracking mode can be activated, particularly is active, when no measurement beam reflected by the reflector is detected, and • in the extraordinary tracking mode, the detection of the reflected measurement beam is monitored by the laser tracker and the ordinary tracking mode is automatically activated, as soon as the reflected measurement beam is detected.
Expression system comprising a prokaryotic cell containing a nucleotide construct coding for a T7 RNA polymerase under control of a T7 promoter and under control of an inducible promoter, and an expression vector, which contains a gene encoding a protein to be expressed under the control of a T7 promoter, characterized in that the prokaryotic cell contains no lambda phage DNA and the T7 RNA polymerase under control of a T7 promoter and under control of an inducible promoter was specifically integrated into the genome of the prokaryotic cell by means of a "site specific" recombination and the expression vector contains a plasmid stabilization system.
A location update method, comprising: when detecting, by a single-card dual-standby user equipment, that a location update needs to be performed in a first mobile communication network, sending, by the single-card dual-standby user equipment, a first request message comprising instruction information to a mobile management device in the first mobile communication network, the first request message triggers the mobile management device in the first mobile communication network to send a second request message to a mobile management device in a second mobile communication network when executing the location update according to the instruction information, wherein the second request message enables the mobile management device in the second mobile communication network to reset a periodic update timer and send a first accept message comprising a periodic update timer reset instruction of the second mobile communication network to the mobile management device in the first mobile communication network; receiving, by the single-card dual-standby user equipment, a second accept message sent by the mobile management device in the first mobile communication network, wherein the second accept message comprises the periodic update timer reset instruction of the second mobile communication network; and resetting, by the single-card dual-standby user equipment, the periodic update timer of the second mobile communication network according to the periodic update timer reset instruction of the second mobile communication network. when detecting, by a single-card dual-standby user equipment, that a location update needs to be performed in a first mobile communication network, sending, by the single-card dual-standby user equipment, a first request message comprising instruction information to a mobile management device in the first mobile communication network, the first request message triggers the mobile management device in the first mobile communication network to send a second request message to a mobile management device in a second mobile communication network when executing the location update according to the instruction information, wherein the second request message enables the mobile management device in the second mobile communication network to reset a periodic update timer and send a first accept message comprising a periodic update timer reset instruction of the second mobile communication network to the mobile management device in the first mobile communication network; receiving, by the single-card dual-standby user equipment, a second accept message sent by the mobile management device in the first mobile communication network, wherein the second accept message comprises the periodic update timer reset instruction of the second mobile communication network; and resetting, by the single-card dual-standby user equipment, the periodic update timer of the second mobile communication network according to the periodic update timer reset instruction of the second mobile communication network.
An oral composition for use as a supportive therapy for treating diarrhea in a subject comprising: an effective amount of an isolated low sodium calcium aluminosilicate anti-diarrheal ("CASAD"), wherein the isolated low sodium CASAD has an average particle size between 5 and 100 microns, is substantially free from dioxins and toxic heavy metal contamination and has a chemical composition comprising CaO above about 3.2%; MgO ranging from 4.0 to 5.4%; Fe 2 O 3 ranging from 5.4 to 6.5%; K 2 O ranging from 0.50 to 0.90%; Na 2 O ranging from 0.10 to 0.30%; MnO ranging from 0.01 to 0.03%; Al 2 O 3 ranging from 14.8 to 18.2%; and SiO 2 ranging from 62.4 to 73.5%; wherein, the chemical composition is given as weight percent.
A method for tracking human targets, the method comprising: receiving data from a radar sensor of a radar; processing the received data to detect human targets; identifying a first geometric feature of a first detected human target at a first time step, the first detected human target being associated to a first track, wherein identifying the first geometric feature comprises: performing a first empirical mode decomposition, EMD, on received data of the first time step associated with the first detected human target, identifying first intrinsic mode functions, IMFs, from the first EMD that are higher than a predetermined threshold, and sorting the first IMFs; identifying a second geometric feature of a second detected human target at a second time step, wherein identifying the second geometric feature comprises: performing second EMD on received data of the second time step associated with the second detected human target, identifying second IMFs from the second EMD that are higher than the predetermined threshold, and sorting the second IMFs; determining an error value based on the first and second geometric features, wherein determining the error value comprises determining a mean square error based on the sorted first and second IMFs; and associating the second detected human target to the first track based on the error value. receiving data from a radar sensor of a radar; processing the received data to detect human targets; identifying a first geometric feature of a first detected human target at a first time step, the first detected human target being associated to a first track, wherein identifying the first geometric feature comprises: performing a first empirical mode decomposition, EMD, on received data of the first time step associated with the first detected human target, identifying first intrinsic mode functions, IMFs, from the first EMD that are higher than a predetermined threshold, and sorting the first IMFs; performing a first empirical mode decomposition, EMD, on received data of the first time step associated with the first detected human target, identifying first intrinsic mode functions, IMFs, from the first EMD that are higher than a predetermined threshold, and sorting the first IMFs; identifying a second geometric feature of a second detected human target at a second time step, wherein identifying the second geometric feature comprises: performing second EMD on received data of the second time step associated with the second detected human target, identifying second IMFs from the second EMD that are higher than the predetermined threshold, and sorting the second IMFs; performing second EMD on received data of the second time step associated with the second detected human target, identifying second IMFs from the second EMD that are higher than the predetermined threshold, and sorting the second IMFs; determining an error value based on the first and second geometric features, wherein determining the error value comprises determining a mean square error based on the sorted first and second IMFs; and associating the second detected human target to the first track based on the error value.
A sputtering target, wherein 20 to 40 at% of Ga, 0.05 to 2 at% of Na, and 0.025 to 1.0 at% of S are contained and a remaining portion has a component composition consisting of Cu and unavoidable impurities.
A method of assembling an electronic subassembly for a powered personal care product comprising: manufacturing a hollow housing defining a chamber having a first open end and an opposing second open end; inserting a rigid end of a first circuit board into the first open end of the housing; inserting a second circuit board subassembly having a second circuit board into the chamber through the second open end; and connecting the first circuit board to the second circuit board within the chamber of the housing, further comprising assembling a first circuit board subassembly by connecting the first circuit board to the housing, wherein said connecting comprises molding plastic around a portion of the rigid end of the first circuit board to form a seal between the rigid end and the housing, wherein the first circuit board is molded to the housing prior to inserting the second circuit board subassembly into the chamber through the second open end, and further comprising sealing the opposing second open end. manufacturing a hollow housing defining a chamber having a first open end and an opposing second open end; inserting a rigid end of a first circuit board into the first open end of the housing; inserting a second circuit board subassembly having a second circuit board into the chamber through the second open end; and connecting the first circuit board to the second circuit board within the chamber of the housing, further comprising assembling a first circuit board subassembly by connecting the first circuit board to the housing, wherein said connecting comprises molding plastic around a portion of the rigid end of the first circuit board to form a seal between the rigid end and the housing, wherein the first circuit board is molded to the housing prior to inserting the second circuit board subassembly into the chamber through the second open end, and further comprising sealing the opposing second open end.
A blast furnace operation method, comprising: preparing pulverized coal having a volatile matter content of 25 mass% or less; preparing a double wall lance for injecting the pulverized coal and a combustion-supporting gas through a tuyere, the double wall lance having an inner tube and an outer tube; blowing hot air through the tuyere; circumferentially forming a plurality of notches in a injecting front end of the inner tube of the double wall lance, the notches being cut in the axial direction; injecting the pulverized coal together with a carrier gas through the inner tube at a pulverized coal ratio of 150 kg/t-pig iron or more; and injecting the combustion-supporting gas through the outer tube of the double wall lance, wherein the concentration of oxygen in a gas composed of the carrier gas and the combustion-supporting gas is 35% by volume or more and characterized in that the notches are so formed that the pulverized coal and the combustion-supporting gas can diffuse through the notches and come into contact with each other.
A low-lead brass alloy for use in a member for water works, the brass alloy consisting of: 27% by mass or more and 34% by mass or less of Zn; 0.5% by mass or more and 1.7% by mass or less of Sn; 0.4% by mass or more and 1.8% by mass or less of Al; 0.005% by mass or more and 0.2% by mass or less of P; and 0.01% by mass or more and 0.25% by mass or less of Pb; 0.1% by mass or more and 0.5% by mass or less of Ni; and optionally 0.0005% by mass or more and 0.015% by mass or less of B; with the balance being copper and unavoidable impurities; wherein, in cases where the brass alloy has a content of Sn of less than 1.0% by mass, the contents of Al and Sn in % by mass satisfy the following Inequality: Al + 2 × Sn ≥ 2.8 and wherein said unavoidable impurities contain less than 0.2% by mass Si and less than 0.3% by mass Bi. 27% by mass or more and 34% by mass or less of Zn; 0.5% by mass or more and 1.7% by mass or less of Sn; 0.4% by mass or more and 1.8% by mass or less of Al; 0.005% by mass or more and 0.2% by mass or less of P; and 0.01% by mass or more and 0.25% by mass or less of Pb; 0.1% by mass or more and 0.5% by mass or less of Ni; and optionally 0.0005% by mass or more and 0.015% by mass or less of B;
A tempura batter mix comprising: 12.5 to 35% by mass of a heat-moisture-treated soft wheat flour having a degree of gelatinization of 12.5 to 30% and having a viscosity of 1 to 10 Pa·s when the heat-moisture treated wheat flour is added with 300% by mass of water at 15°C based on the mass of the flour; 0.01 to 4% by mass of at least one emulsifying agent selected from the group consisting of a polyglycerol fatty acid ester, a sucrose fatty acid ester, lecithin, and an organic acid monoglyceride, and. further comprising 5 to 30% by mass of an oil/fat-treated starch. 12.5 to 35% by mass of a heat-moisture-treated soft wheat flour having a degree of gelatinization of 12.5 to 30% and having a viscosity of 1 to 10 Pa·s when the heat-moisture treated wheat flour is added with 300% by mass of water at 15°C based on the mass of the flour; 0.01 to 4% by mass of at least one emulsifying agent selected from the group consisting of a polyglycerol fatty acid ester, a sucrose fatty acid ester, lecithin, and an organic acid monoglyceride, and. further comprising 5 to 30% by mass of an oil/fat-treated starch.
Packaging and dispensing device having a container intended to contain a fluid product, and a closure member for closing the container, the closure member having both an application pipette designed to be inserted into the container in order to withdraw at least one dose of fluid product contained in the container, and also at least one pumping means, in particular a piston pump, connected to a push button for sucking up or expelling a dose of product contained in the pipette, the device being characterized in that the push button has a complementary thread that engages with a thread on the container.
An agricultural composition comprising an oil-based active ingredient; an emulsifier system comprising a first component selected from the list comprising: glyceryl oleate, ethoxylated oleate, and ethoxylated soybean oil; and a second component comprising ethoxylated castor oil; wherein the ratio between said first component and said second component is between 1:3 and 3:1; wherein said emulsifier system is operable to disperse the oil-based active ingredient in a water emulsion. an oil-based active ingredient; an emulsifier system comprising a first component selected from the list comprising: glyceryl oleate, ethoxylated oleate, and ethoxylated soybean oil; and a second component comprising ethoxylated castor oil; wherein the ratio between said first component and said second component is between 1:3 and 3:1; wherein said emulsifier system is operable to disperse the oil-based active ingredient in a water emulsion.
A method for a wireless communication device, comprising: obtaining a bundle size of each control resource set, CORESET, in multiple CORESETs, wherein: resource element groups, REGs, of control channel element, CCE, of the each CORESET are bundled, according to the bundle size of the each CORESET, into one or more REG bundles, and the one or more REG bundles are mapped to physical resource elements for control channel transmission; and detecting a control channel in the multiple CORESETs according to the bundle size of the each CORESET. obtaining a bundle size of each control resource set, CORESET, in multiple CORESETs, wherein: resource element groups, REGs, of control channel element, CCE, of the each CORESET are bundled, according to the bundle size of the each CORESET, into one or more REG bundles, and the one or more REG bundles are mapped to physical resource elements for control channel transmission; and resource element groups, REGs, of control channel element, CCE, of the each CORESET are bundled, according to the bundle size of the each CORESET, into one or more REG bundles, and the one or more REG bundles are mapped to physical resource elements for control channel transmission; and detecting a control channel in the multiple CORESETs according to the bundle size of the each CORESET.
An agitator shaft for a mill, comprising: - a spindle intended to be driven in rotation, - a series of flat agitator elements and tubular spacers that are mounted in alternation on the spindle and in a stack along said spindle, - end stops (5, 6) that are secured to the spindle and keep the stack of agitator elements and spacers under compression, characterized in that the tubular spacers have orifices that allow the matter and fluids to flow freely from the outside of the agitator shaft to the inside, and vice versa. - a spindle intended to be driven in rotation, - a series of flat agitator elements and tubular spacers that are mounted in alternation on the spindle and in a stack along said spindle, - end stops (5, 6) that are secured to the spindle and keep the stack of agitator elements and spacers under compression,