mhurhangee/ep-ind-claims huggingface dataset:
Method for optical distance measurement, wherein a plurality of measuring pulses is transmitted by at least one transmission matrix with several transmitting elements (12 0,0 to 12 127,255), wherein at least one transmitted measuring pulse is reflected by a measuring object in the form of a reflected measuring pulse, wherein the at least one measuring pulse reflected on the measuring object is received by at least one reception matrix with several receiving elements (52 0,0 to 52 127,255), wherein the transit time of the at least one measuring pulse to the measuring object is determined, wherein the distance covered by the measuring pulse to the measuring object is determined using the speed of light, wherein the transmission matrix has a first subset of the transmitting elements (12 0,0 to 12 127,255) and a second subset of the transmitting elements (12 0,0 to 12 127,255), each comprising at least one transmitting element, wherein the transmitting elements (12 0,0 to 12 127,255) of the transmission matrix are activated and / or deactivated in such a way that at a first point in time only the first subset of the transmitting elements (12 0,0 to 12 127,255) is active, so that only the at least one transmitting element assigned to the first subset of the transmitting elements (12 0,0 to 12 127,255) sends out a measuring pulse, and that at a second point in time only the second subset of the transmitting elements (12 0,0 to 12 127,255) is active, so that only at least one transmitting element assigned to the second subset of the transmitting elements (12 0,0 to 12 127,255) sends out a measuring pulse, characterized in that a first subset of the receiving elements (52 0,0 to 52 127,255) comprising at least one receiving element is assigned to the first subset of the transmitting elements (12 0,0 to 12 127,255), wherein a second subset of the receiving elements (52 0.0 to 52 127.255) comprising at least one receiving element is assigned to the second subset of the transmitting elements (12 0,0 to 12 127,255), wherein the receiving elements (52 0,0 to 52 127,255) are activated and / or deactivated in such a way that essentially simultaneously with the activation of the first subset of the transmitting elements (12 0,0 to 12 127,255) only the first subset of the receiving elements (52 0,0 to 52 127,255) is active, so that the first subset of the receiving elements (52 0,0 to 52 127,255) receives the measuring pulses emitted and reflected by the first subset of the transmitting elements (12 0,0 to 12 127,255), and that essentially simultaneously with the activation of the second subset of the transmitting elements (12 0,0 to 12 127,255) only the second subset of the receiving elements (52 0,0 to 52 127,255) is active, so that the second subset of the receiving elements (52 0,0 to 52 127,255) receives the measuring pulses transmitted and reflected by the second subset of the transmitting elements (12 0,0 to 12 127,255).
A wireless communications system configured to use a predetermined bandwidth of a Unlicensed bandwidth, the wireless communications system comprising: a base station configured to transmit a control signal that includes information indicating an offset time from a reference timing; and one or more terminals (120, 130) connected to the base station, wherein the one or more terminals (120, 130) are configured to: calculate a transmission start timing, which is a timing at which the one or more terminals (120, 130) are to start transmitting wireless signals, according to the offset time indicated in the control signal that is received from the base station; perform a process of detecting a wireless signal of the predetermined bandwidth in a standard period before the transmission start timing; and when no wireless signal of the predetermined bandwidth is detected in the standard period, the one or more terminals (120, 130) start transmission from the calculated transmission start timing. a base station configured to transmit a control signal that includes information indicating an offset time from a reference timing; and one or more terminals (120, 130) connected to the base station, wherein the one or more terminals (120, 130) are configured to: calculate a transmission start timing, which is a timing at which the one or more terminals (120, 130) are to start transmitting wireless signals, according to the offset time indicated in the control signal that is received from the base station; perform a process of detecting a wireless signal of the predetermined bandwidth in a standard period before the transmission start timing; and when no wireless signal of the predetermined bandwidth is detected in the standard period, the one or more terminals (120, 130) start transmission from the calculated transmission start timing. calculate a transmission start timing, which is a timing at which the one or more terminals (120, 130) are to start transmitting wireless signals, according to the offset time indicated in the control signal that is received from the base station; perform a process of detecting a wireless signal of the predetermined bandwidth in a standard period before the transmission start timing; and when no wireless signal of the predetermined bandwidth is detected in the standard period, the one or more terminals (120, 130) start transmission from the calculated transmission start timing.
A vehicle seat comprising a seat base, a seat back coupled to the seat base for movement about a seat-back pivot axis from a locked upright position to a fold-flat position, and a seat mover configured to unlock the seat back while the seat back lies in the locked upright position and then move the seat back toward the fold flat position, wherein the seat mover includes a seat-back motion controller including a sector plate mounted for movement about the seat-back pivot axis and coupled to the seat back such that the seat back moves with the sector plate about the seat-back pivot axis, a seat-back lock including a blocker movable from a first position blocking the sector plate from movement about the seat-back pivot axis to a second position freeing the sector plate for movement about the seat-back pivot axis and a spring biasing the blocker toward the first position, and an actuation device for moving the blocker against the force of the spring from the first position to the second position before transmitting rotational drive motion provided by a motion-input unit to the sector plate so that the sector plate and the seat back are free to pivot as a unit about the seat-back pivot axis before the sector plate and the seat back are moved together by the motion-input unit about the seat-back pivot axis from an unlocked upright position to the fold-flat position, characterized in that said actuation device is configured to transmit motion from the motion-input unit to the seat-back lock and to the sector plate.
Process for preparing tetramethyldiethylene glycol bisphosphate or tetraethyldiethylene glycol bisphospate, characterized in that a) a tetrachlorobisphosphate of the general formula in which A is -CH 2 CH 2 -O-CH 2 CH 2 -, is reacted with an alcohol selected from the group consisting of methanol and ethanol, b) when in step a) at least 50% of the P-Cl groups present in the tetrachlorobisphosphate have reacted, the reaction mixture from step a) is reacted with a base comprising a 10%-60% strength by weight aqueous solution of sodium hydroxide, sodium carbonate, potassium hydroxide and/or potassium carbonate or a powderous sodium carbonate, sodium hydrogencarbonate, potassium carbonate and/or potassium hydrogencarbonate having a mean particle size from 0.1 μm to 2000 μm, c) the salt NaCl and/or KCl formed in step b) is precipitated as a solid at a temperature between 5°C and 70°C and at a pressure between 10 and 6000 mbar, and d) the solid NaCl and/or KCl is isolated from the mixture obtained in step c). a) a tetrachlorobisphosphate of the general formula in which A is -CH 2 CH 2 -O-CH 2 CH 2 -, is reacted with an alcohol selected from the group consisting of methanol and ethanol, b) when in step a) at least 50% of the P-Cl groups present in the tetrachlorobisphosphate have reacted, the reaction mixture from step a) is reacted with a base comprising a 10%-60% strength by weight aqueous solution of sodium hydroxide, sodium carbonate, potassium hydroxide and/or potassium carbonate or a powderous sodium carbonate, sodium hydrogencarbonate, potassium carbonate and/or potassium hydrogencarbonate having a mean particle size from 0.1 μm to 2000 μm, c) the salt NaCl and/or KCl formed in step b) is precipitated as a solid at a temperature between 5°C and 70°C and at a pressure between 10 and 6000 mbar, and d) the solid NaCl and/or KCl is isolated from the mixture obtained in step c).
A casing for a turbine rotor comprising: a first fluid supply channel configured to direct a first working fluid onto the turbine rotor; and a second fluid supply channel comprising a plurality of fluid guiding structures circumferentially disposed around an axis of the turbine rotor and configured to direct a second working fluid to impart torque on the turbine rotor in the same direction as the direction in which torque is imparted on the turbine rotor by the first working fluid, wherein the first fluid supply channel and the second fluid supply channel are arranged to direct the first working fluid and the second working fluid from separate inlets to the casing such that the first working fluid and the second working fluid converge to meet at one or more points within the casing prior to being imparted onto a set of turbine blades of the turbine rotor, to form a co-fluent flow of first working fluid and second working fluid to be directed onto the set of turbine blades of the turbine rotor, wherein the fluid guiding structures are convergent-divergent nozzles. a first fluid supply channel configured to direct a first working fluid onto the turbine rotor; and a second fluid supply channel comprising a plurality of fluid guiding structures circumferentially disposed around an axis of the turbine rotor and configured to direct a second working fluid to impart torque on the turbine rotor in the same direction as the direction in which torque is imparted on the turbine rotor by the first working fluid, wherein the first fluid supply channel and the second fluid supply channel are arranged to direct the first working fluid and the second working fluid from separate inlets to the casing such that the first working fluid and the second working fluid converge to meet at one or more points within the casing prior to being imparted onto a set of turbine blades of the turbine rotor, to form a co-fluent flow of first working fluid and second working fluid to be directed onto the set of turbine blades of the turbine rotor, wherein the fluid guiding structures are convergent-divergent nozzles.
A core-shell capsule comprising: a core including a synthetic oil, an alcohol-based solvent satisfying the following Equation 1, and a water-insoluble cellulose-based polymer compound dissolved in the alcohol-based solvent; and a water-insoluble polymer shell surrounding the core: 0.01 ≥ C A / C B ≥ 100 wherein C A /C B is a distribution coefficient of the alcohol-based solvent, in which when the alcohol-based solvent is dissolved in synthetic oil and water to reach equilibrium, C A is a concentration of the alcohol-based solvent dissolved in the synthetic oil, and C B is a concentration of the alcohol-based solvent dissolved in the water, wherein a weight ratio of the cellulose-based polymer compound to the alcohol-based solvent in the core is 1:0.5 to 100, wherein a weight ratio of the alcohol-based solvent to the synthetic oil in the core is 1:0.1 to 10, characterized in that the synthetic oil is octyl dodecanol, the alcohol-based solvent is ethanol, the cellulose-based polymer compound is ethyl cellulose, and the water-insoluble polymer is acrylate/C10-30 alkyl acrylate crosspolymer. a core including a synthetic oil, an alcohol-based solvent satisfying the following Equation 1, and a water-insoluble cellulose-based polymer compound dissolved in the alcohol-based solvent; and a water-insoluble polymer shell surrounding the core: 0.01 ≥ C A / C B ≥ 100 wherein C A /C B is a distribution coefficient of the alcohol-based solvent, in which when the alcohol-based solvent is dissolved in synthetic oil and water to reach equilibrium, C A is a concentration of the alcohol-based solvent dissolved in the synthetic oil, and C B is a concentration of the alcohol-based solvent dissolved in the water, wherein a weight ratio of the cellulose-based polymer compound to the alcohol-based solvent in the core is 1:0.5 to 100, wherein a weight ratio of the alcohol-based solvent to the synthetic oil in the core is 1:0.1 to 10, characterized in that the synthetic oil is octyl dodecanol, the alcohol-based solvent is ethanol, the cellulose-based polymer compound is ethyl cellulose, and the water-insoluble polymer is acrylate/C10-30 alkyl acrylate crosspolymer.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein: R 1 is selected from CH 3, CH 2 D, CHD 2, and CD 3; R 2 is CH 3 or CD 3; R 3 is CD 3; R 4 is an ethyl group substituted with zero to five deuterium, or is a cyclopentyl group substituted with zero to nine deuterium; X is selected from CH 2, CHD, CD 2 and C=O; each of Y 1a, Y 1b, Y 2, Y 3, Y 4, Y 5, Y 7 and Y 8 is independently selected from H and D; Y 6 is selected from Cl, H, and D; and wherein the isotopic enrichment factor for each designated deuterium atom is at least 6000. R 1 is selected from CH 3, CH 2 D, CHD 2, and CD 3; R 2 is CH 3 or CD 3; R 3 is CD 3; R 4 is an ethyl group substituted with zero to five deuterium, or is a cyclopentyl group substituted with zero to nine deuterium; X is selected from CH 2, CHD, CD 2 and C=O; each of Y 1a, Y 1b, Y 2, Y 3, Y 4, Y 5, Y 7 and Y 8 is independently selected from H and D; Y 6 is selected from Cl, H, and D; and
An aircraft engine assembly comprising: an engine having a drive shaft and exhaust collector; a propeller rotationally coupled to the drive shaft and defining a rotational axis; an exhaust stub having an inlet fluidly coupled to the exhaust collector and an exhaust outlet having an outwardly turned tip; and a door provided in the exhaust stub such that in flight the door is closed and exhaust gases are directed away from the engine in a first direction forming a first angle with the rotational axis, whereas during engine idle the door is open and exhaust gases exit through the door and thus are directed further away from the engine in a second direction forming a second angle with the rotational axis. an engine having a drive shaft and exhaust collector; a propeller rotationally coupled to the drive shaft and defining a rotational axis; an exhaust stub having an inlet fluidly coupled to the exhaust collector and an exhaust outlet having an outwardly turned tip; and a door provided in the exhaust stub such that in flight the door is closed and exhaust gases are directed away from the engine in a first direction forming a first angle with the rotational axis, whereas during engine idle the door is open and exhaust gases exit through the door and thus are directed further away from the engine in a second direction forming a second angle with the rotational axis.
The use of polyelectrolyte complexes as plasticizer barrier for coating the surface of a plasticized substrate at least to some extent with at least one layer, wherein the polyelectrolyte complexes have been formed from at least one anionic polymer and from at least one cationic polymer.
An item of furniture, including: - a furniture carcass, and - at least one folding door or folding-sliding door having at least two door wings (3, 4) hingedly connected to one another, wherein the folding door or folding-sliding door can assume at least one closed position in which the at least two door wings (3, 4) are arranged in a common closing plane, and an open position in which the at least two door wings (3, 4) form an angle different from 180° relative to each other, wherein the item of furniture includes at least one ejection device for the folding door or the folding-sliding door, wherein the ejection device has at least one energy storage member (8, 9) and at least one ejection element (5, 6) for spreading apart the folding door or the folding-sliding door from the closed position towards the open position, wherein the at least one ejection element (5, 6) can be acted upon by an energy storage member (8, 9) to be manually loaded by an operator and the at least one ejection device includes at least one locking device (10, 11) for releasably locking the at least one ejection element (5, 6) against the force of the at least one loaded energy storage member (8, 9), wherein the at least one locking device (10, 11), when the ejection device is mounted, can be unlocked by applying pressure to the folding door or the folding-sliding door, preferably in the region where the at least two door wings (3, 4) are hingedly connected to one another, characterized in that the ejection device includes at least one movably-mounted loading element for loading the at least one energy storage member (8, 9) by folding together the folding door or folding-sliding door, wherein the at least one ejection element (5, 6) and the at least one loading element are configured as spatially separated constructional units, wherein the at least one ejection element (5, 6) is configured as a pivotally mounted ejection lever, and wherein the at least one ejection device is arranged on a side of one of the two door wings (3, 4) facing towards the furniture carcass. - a furniture carcass, and - at least one folding door or folding-sliding door having at least two door wings (3, 4) hingedly connected to one another, wherein the folding door or folding-sliding door can assume at least one closed position in which the at least two door wings (3, 4) are arranged in a common closing plane, and an open position in which the at least two door wings (3, 4) form an angle different from 180° relative to each other,
A method for the treatment of drilling wastes and coal combustion residues, comprising: (a) combining at least a first drilling waste with coal combustion residues to form a paste; (b) combining at least a second drilling waste with coal combustion residues to form a compactable fill; and (c) placing the paste and the compactable fill in a lined landfill. (a) combining at least a first drilling waste with coal combustion residues to form a paste; (b) combining at least a second drilling waste with coal combustion residues to form a compactable fill; and (c) placing the paste and the compactable fill in a lined landfill.
A fuel composition which comprises at least: - a fuel derived from one or more sources selected from the group consisting of mineral, animal, vegetable and synthetic sources, - from 5 to 1000 ppm of a compound selected from: polyalkylene glycols, C 1 -C 12 alkyl ethers of polyalkylene glycol, and mixtures thereof, - from 5 to 500 ppm of a compound selected from polyol esters of saturated or unsaturated, linear or branched, cyclic or acyclic C 1 to C 36, preferably C 4 to C 30 monocarboxylic aliphatic hydrocarbons, it being possible for said esters to be taken alone or as a mixture, - from 1 to 1000 ppm of at least a detergent additive, wherein the: weight ratio is from 10:1 to 1:10. - a fuel derived from one or more sources selected from the group consisting of mineral, animal, vegetable and synthetic sources, - from 5 to 1000 ppm of a compound selected from: polyalkylene glycols, C 1 -C 12 alkyl ethers of polyalkylene glycol, and mixtures thereof, - from 5 to 500 ppm of a compound selected from polyol esters of saturated or unsaturated, linear or branched, cyclic or acyclic C 1 to C 36, preferably C 4 to C 30 monocarboxylic aliphatic hydrocarbons, it being possible for said esters to be taken alone or as a mixture, - from 1 to 1000 ppm of at least a detergent additive,
A lighting device, comprising: an optical member comprising an optical pattern and a reflection member at a lower portion of the optical member, the optical pattern is formed on a surface toward the reflection layer and an air gap is formed between the reflection member and the optical pattern, and wherein at least one light emitting unit is inserted into the optical member, characterized in that an adhering pattern formed in a shape corresponding to the optical pattern is provided between the optical member and the reflection member and the air gap is not formed at the portion where the adhering pattern is formed. an optical member comprising an optical pattern and a reflection member at a lower portion of the optical member, the optical pattern is formed on a surface toward the reflection layer and an air gap is formed between the reflection member and the optical pattern, and wherein at least one light emitting unit is inserted into the optical member, characterized in that an adhering pattern formed in a shape corresponding to the optical pattern is provided between the optical member and the reflection member and the air gap is not formed at the portion where the adhering pattern is formed.
A method for generating, on a computer system, a multi-threaded Cobol program executable from an original Cobol source program written in Cobol programming language, the multi-threaded Cobol program executable functioning in a manner described by the original Cobol source program, the original Cobol source program described by original Cobol source program statements stored in one or more program files residing on the computer system, the original Cobol source program statements including: original Cobol variable declaration statements describing original Cobol variables with original Cobol variable names and associated Cobol data types, original Cobol program statements specifying functionality of the original Cobol source program, and, optional original Cobol comment statements, the method comprising the steps of: A) a first compiler compiling the Cobol source program by performing a parallel aware analysis and translation operation and generating as output, a directly related intermediate computer program in C/C++ or FORTRAN computer language which includes both intermediate program statements directly related to the original program statements and first parallelization directives which designate regions of parallelization within the original Cobol source program; and, B) compiling, with a second compiler, the intermediate computer program in the C/C++ or FORTRAN computer language generated in step A, to generate as output, the multi-threaded Cobol program executable, the compiling being carried out using functionality of the second compiler selected to support program input in the C/C++ or FORTRAN computer language including parallelization directives. A) a first compiler compiling the Cobol source program by performing a parallel aware analysis and translation operation and generating as output, a directly related intermediate computer program in C/C++ or FORTRAN computer language which includes both intermediate program statements directly related to the original program statements and first parallelization directives which designate regions of parallelization within the original Cobol source program; and, B) compiling, with a second compiler, the intermediate computer program in the C/C++ or FORTRAN computer language generated in step A, to generate as output, the multi-threaded Cobol program executable, the compiling being carried out using functionality of the second compiler selected to support program input in the C/C++ or FORTRAN computer language including parallelization directives.