mhurhangee/patent-ind-claim-en huggingface dataset:
A stable, single-phase emulsifiable concentrate, comprising (a) a pesticide mixture comprising a major amount of at least one water-insoluble pesticide selected from an ester of fluroxypyr and an ester of bromoxynil, and a minor amount of at least one water-soluble pesticidal salt which is the sodium, potassium, ammonia, dimethylamine, diethylamine, triethylamine, monoethanolamine, diethanolamine, 2-hydroxyethylammonium, aminoethoxyethanol, triisopropanolamine, tris(2-hydroxypropyl)amine, aminopropylmorpholine or triethanolamine salt of dicamba; (b) a solvent system comprising (i) a major amount of a solvent comprising at least one non aqueous polar solvent; (ii) a minor amount of water, wherein the minor amount of water is less than the major amount of the at least one non aqueous polar solvent; and (iii) at least one aromatic hydrocarbon; and, (c) an emulsifying surfactant system enabling an oil in water emulsion to be formed when the emulsifiable concentrate is added to water, wherein the emulsifying surfactant system comprises at least one of an alkyl polyglycoside surfactant and an alkylene oxide surfactant. (a) a pesticide mixture comprising a major amount of at least one water-insoluble pesticide selected from an ester of fluroxypyr and an ester of bromoxynil, and a minor amount of at least one water-soluble pesticidal salt which is the sodium, potassium, ammonia, dimethylamine, diethylamine, triethylamine, monoethanolamine, diethanolamine, 2-hydroxyethylammonium, aminoethoxyethanol, triisopropanolamine, tris(2-hydroxypropyl)amine, aminopropylmorpholine or triethanolamine salt of dicamba; a major amount of at least one water-insoluble pesticide selected from an ester of fluroxypyr and an ester of bromoxynil, and a minor amount of at least one water-soluble pesticidal salt which is the sodium, potassium, ammonia, dimethylamine, diethylamine, triethylamine, monoethanolamine, diethanolamine, 2-hydroxyethylammonium, aminoethoxyethanol, triisopropanolamine, tris(2-hydroxypropyl)amine, aminopropylmorpholine or triethanolamine salt of dicamba; (b) a solvent system comprising (i) a major amount of a solvent comprising at least one non aqueous polar solvent; (ii) a minor amount of water, wherein the minor amount of water is less than the major amount of the at least one non aqueous polar solvent; and (iii) at least one aromatic hydrocarbon; and, (c) an emulsifying surfactant system enabling an oil in water emulsion to be formed when the emulsifiable concentrate is added to water, wherein the emulsifying surfactant system comprises at least one of an alkyl polyglycoside surfactant and an alkylene oxide surfactant.
A boron-containing molecular sieve having the CHA crystal structure and comprising silicon oxide and a combination of boron oxide and aluminum oxide, and optionally iron oxide, titanium oxide, gallium oxide and mixtures thereof, wherein oxide is more than 50% boron oxide on a molar basis.
Lifting surface comprising: • a movable discontinuity located in the surface of the lifting surface , the movable discontinuity being movable between: ∘ an active position in which the movable discontinuity acts as vortex generator, and ∘ a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, • an elevator , the elevator being rotatable around a hinge line with respect to the rest of the lifting surface , • a bar rigidly joined to the elevator , the bar , the elevator and the movable discontinuity being configured such that when the elevator rotates with respect to the rest of the lifting surface , the bar moves the movable discontinuity that deploys from the surface of the lifting surface acting as a vortex generator, the movable discontinuity being located in a trailing edge panel of the rest of the lifting surface , characterised in that the movable discontinuity comprises a flexible skin , an upper and a lower trailing edge panels being manufactured with flexible skins of aramid, nylon, polyester or other fabrics and wherein the movable discontinuity additionally comprises an intermediate element adapted to be moved by the bar and that in turn it moves the flexible skin or wherein the end of the bar comprises a shape according to the deformation to be produced on the flexible skin . • a movable discontinuity located in the surface of the lifting surface , the movable discontinuity being movable between: ∘ an active position in which the movable discontinuity acts as vortex generator, and ∘ a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, ∘ an active position in which the movable discontinuity acts as vortex generator, and ∘ a passive position in which the movable discontinuity is integrated into the surface of the lifting surface without acting as vortex generator, • an elevator , the elevator being rotatable around a hinge line with respect to the rest of the lifting surface , • a bar rigidly joined to the elevator ,
A method for controlling a fuel cell system , wherein the method is a method for controlling a fuel cell system in which a fuel and an oxidant are supplied to a fuel cell and a generated power from the fuel cell is outputted to a secondary battery , the method comprising: a charged amount acquisition step in which a charged amount of the secondary battery is acquired, a power generation control step in which when the charged amount of the secondary battery becomes equal to or less than a prescribed value, the fuel cell is started up from a state that the fuel cell stops power generation, or the generated power of the fuel cell is increased, and a fuel amount acquisition step in which a remaining amount of the fuel which can be supplied to the fuel cell is acquired, characterized by further comprising: a setting step in which when the remaining amount of the fuel becomes small, the prescribed value is set to a smaller value as compared with when the remaining amount of the fuel is large. a charged amount acquisition step in which a charged amount of the secondary battery is acquired, a power generation control step in which when the charged amount of the secondary battery becomes equal to or less than a prescribed value, the fuel cell is started up from a state that the fuel cell stops power generation, or the generated power of the fuel cell is increased, and a fuel amount acquisition step in which a remaining amount of the fuel which can be supplied to the fuel cell is acquired, characterized by further comprising: a setting step in which when the remaining amount of the fuel becomes small, the prescribed value is set to a smaller value as compared with when the remaining amount of the fuel is large.
A clamping device for mounting a sheet made of a bendable material, the clamping device comprising a keder rail and a keder body , the keder rail having a guide groove with a clamping space and a supply slot , the keder body being designed such that it can be transferred from a supply state to a locked state, it being possible in the supply state for the keder body to be fed into the clamping space in a supply direction through the supply slot , the guide groove and the keder body being designed such that, in the locked state, the keder body fills the clamping space such that the keder body cannot be removed from the clamping space through the supply slot , the keder body having an expansion groove , the expansion groove being arranged in the keder body such that the expansion groove sectionally divides the keder body into a first and a second clamping portion , the clamping device having an expansion body , the expansion body being arranged in the expansion groove and being movable relative to the keder body at least when the keder body is in the supply state, characterized in that the keder body with the expansion groove and the expansion body are designed such that when supplying the keder body together with the sheet through the supply slot into the clamping space , the expansion body is pressed into the expansion groove by the sheet and an inner wall surface of the guide groove opposite the supply direction so that the expansion body presses the first and second clamping portions apart from each other such that the keder body transitions from the supply state to the locked state. the keder rail having a guide groove with a clamping space and a supply slot , the keder body being designed such that it can be transferred from a supply state to a locked state, it being possible in the supply state for the keder body to be fed into the clamping space in a supply direction through the supply slot , the guide groove and the keder body being designed such that, in the locked state, the keder body fills the clamping space such that the keder body cannot be removed from the clamping space through the supply slot , the keder body having an expansion groove , the expansion groove being arranged in the keder body such that the expansion groove sectionally divides the keder body into a first and a second clamping portion , the clamping device having an expansion body , the expansion body being arranged in the expansion groove and being movable relative to the keder body at least when the keder body is in the supply state, characterized in that the keder body with the expansion groove and the expansion body are designed such that when supplying the keder body together with the sheet through the supply slot into the clamping space , the expansion body is pressed into the expansion groove by the sheet and an inner wall surface of the guide groove opposite the supply direction so that the expansion body presses the first and second clamping portions apart from each other such that the keder body transitions from the supply state to the locked state.
A dual-energy ray imaging method, wherein the method comprises steps of: performing (S31) a dual-energy transmissive scanning on an object to be inspected to acquire high-energy projection data and low-energy projection data, (p 1 ,p 2 ), for at least a part of the object to be inspected, in which part of the object two materials are overlapped; determining (S432) whether the high-energy projection data and the low-energy projection data, ( p 1 , p 2 ) , correspond to a combination of two base materials using a lookup table for single base materials; for each pixel that is determined to correspond to a combination of two base materials, calculating (S32) mass thicknesses, ( M i , M j ), of the two base materials using the high-energy projection data and the low-energy projection data, ( p 1 , p 2 ), according to an equation that is determined by using a surface fitting method, the two base materials comprising a first base material and a second base material; calculating (S33) a first high and low energy data set, ( p 1 ,p 2 ) M i , corresponding to the first base material and a second high and low energy data set, ( p 1 , p 2 ) M j , corresponding to the second base material based on respective mass attenuation coefficients and the mass thicknesses of the two base materials; and performing (S34) a substance recognition of the two overlapping materials in the part of the object using the first high and low energy data set, ( p 1 ,p 2 ) M i , and the second high and low energy data set, ( p 1 ,p 2 ) M j . performing (S31) a dual-energy transmissive scanning on an object to be inspected to acquire high-energy projection data and low-energy projection data, (p 1 ,p 2 ), for at least a part of the object to be inspected, in which part of the object two materials are overlapped; determining (S432) whether the high-energy projection data and the low-energy projection data, ( p 1 , p 2 ) , correspond to a combination of two base materials using a lookup table for single base materials; for each pixel that is determined to correspond to a combination of two base materials, calculating (S32) mass thicknesses, ( M i , M j ), of the two base materials using the high-energy projection data and the low-energy projection data, ( p 1 , p 2 ), according to an equation that is determined by using a surface fitting method, the two base materials comprising a first base material and a second base material; calculating (S33) a first high and low energy data set, ( p 1 ,p 2 ) M i , corresponding to the first base material and a second high and low energy data set, ( p 1 , p 2 ) M j , corresponding to the second base material based on respective mass attenuation coefficients and the mass thicknesses of the two base materials; and performing (S34) a substance recognition of the two overlapping materials in the part of the object using the first high and low energy data set, ( p 1 ,p 2 ) M i , and the second high and low energy data set, ( p 1 ,p 2 ) M j .
An electric truck frame in which a pair of side rails supporting a cab is coupled by a plurality of cross members (CM1 - CM4), the electric truck frame made for an electric truck driven by electric power supplied from a battery placed between the pair of side rails at a vehicle rear side of the cab , the cross members (CM1 - CM4) are prohibited from being placed in the battery region , characterized in that : the side rails include a plurality of elastic support sections (ES) that elastically support both ends of a housing of the battery in a vehicle width direction (Y) in a battery region in which the battery is placed between the pair of side rails , and the pair of side rails are elastically connected via the housing of the battery and the elastic support sections (ES). the cross members (CM1 - CM4) are prohibited from being placed in the battery region , characterized in that : the side rails include a plurality of elastic support sections (ES) that elastically support both ends of a housing of the battery in a vehicle width direction (Y) in a battery region in which the battery is placed between the pair of side rails , and the pair of side rails are elastically connected via the housing of the battery and the elastic support sections (ES).
A method of manufacturing a directionally solidified article from an additively manufactured article comprising: providing a collection of particulate material that includes a first group of particles and a second group of particles ; additively manufacturing a first article , including forming an outer wall from the first group of particles layer-by-layer around the second group of particles such that the outer wall ultimately contains the second group of particles within a cavity defined by the outer wall , the second group of particles remaining loosely packed within the cavity ; encasing, with an outer member , at least a portion of the outer wall with the second group of particles loosely packed within the outer wall , the outer member defining an internal cavity that corresponds to the at least a portion of the outer wall ; heating the outer member and the first article to melt the outer wall and the second group of particles together into a molten mass within the internal cavity of the outer member ; and solidifying, with a directional solidification device , the molten mass along a predetermined solidification path within the outer member to form a second article that corresponds to at least a portion of the internal cavity of the outer member . providing a collection of particulate material that includes a first group of particles and a second group of particles ; additively manufacturing a first article , including forming an outer wall from the first group of particles layer-by-layer around the second group of particles such that the outer wall ultimately contains the second group of particles within a cavity defined by the outer wall , the second group of particles remaining loosely packed within the cavity ; encasing, with an outer member , at least a portion of the outer wall with the second group of particles loosely packed within the outer wall , the outer member defining an internal cavity that corresponds to the at least a portion of the outer wall ; heating the outer member and the first article to melt the outer wall and the second group of particles together into a molten mass within the internal cavity of the outer member ; and solidifying, with a directional solidification device , the molten mass along a predetermined solidification path within the outer member to form a second article that corresponds to at least a portion of the internal cavity of the outer member .
A. method comprising: receiving, by a wireless device from a base station, a radio resource control, RRC, release message indicating that a signaling radio bearer, SRB, is configured for a small data transmission, SDT, procedure; and in response to a signal message associated with the SRB being available, transmitting the signal message, while in an RRC idle state or an RRC inactive state, based on a type of the signal message being allowed to use the SDT procedure. receiving, by a wireless device from a base station, a radio resource control, RRC, release message indicating that a signaling radio bearer, SRB, is configured for a small data transmission, SDT, procedure; and in response to a signal message associated with the SRB being available, transmitting the signal message, while in an RRC idle state or an RRC inactive state, based on a type of the signal message being allowed to use the SDT procedure.
A downlink control information sending method, comprising: sending , by a base station device, downlink control information, DCI, on a physical downlink control channel, PDCCH, of a downlink subframe, wherein the DCI is used to instruct user equipment, UE, to receive physical downlink shared channel, PDSCH, information in an uplink subframe; and sending , by the base station device, the PDSCH information in the uplink subframe. sending , by a base station device, downlink control information, DCI, on a physical downlink control channel, PDCCH, of a downlink subframe, wherein the DCI is used to instruct user equipment, UE, to receive physical downlink shared channel, PDSCH, information in an uplink subframe; and sending , by the base station device, the PDSCH information in the uplink subframe.
A non-contact power transmission apparatus, comprising: a power supply circuit configured to generate electrical power; a switch connected to an output of the power supply circuit; a first rectangular coil power transmission antenna connected to a first output of the switch via a first matching circuit ; a second rectangular coil power transmission antenna connected to a second output of the switch via a second matching circuit ; a communication interface configured to communicate with a device; and a control unit configured to control the switch based on a state of the device obtained via the communication interface; wherein the area defined by the periphery of the second rectangular coil power transmission antenna is larger than the area defined by the periphery of the first rectangular coil power transmission antenna and characterised in that the area defined by the periphery of the second rectangular coil power transmission antenna is located on a parallel plane to the first rectangular coil power transmission antenna and is configured such that the second rectangular coil power transmission antenna in its plane extends around the first rectangular coil power transmission antenna in its plane. a power supply circuit configured to generate electrical power; a switch connected to an output of the power supply circuit; a first rectangular coil power transmission antenna connected to a first output of the switch via a first matching circuit ; a second rectangular coil power transmission antenna connected to a second output of the switch via a second matching circuit ; a communication interface configured to communicate with a device; and a control unit configured to control the switch based on a state of the device obtained via the communication interface; wherein the area defined by the periphery of the second rectangular coil power transmission antenna is larger than the area defined by the periphery of the first rectangular coil power transmission antenna and characterised in that the area defined by the periphery of the second rectangular coil power transmission antenna is located on a parallel plane to the first rectangular coil power transmission antenna and is configured such that the second rectangular coil power transmission antenna in its plane extends around the first rectangular coil power transmission antenna in its plane.
A nutritional supplement, in the form of a single-dose oral suspension, comprising lactoferrin, xyloglucan, cranberry extract and simethicone, characterized in that lactoferrin, xyloglucan and cranberry extract are stored in powdered form tightly separated from simethicone, which is kept as emulsion in a closing storage cap-vial container system, further characterized in that the solid composition comprising lactoferrin, xyloglucan and cranberry extract is placed in the closing storage cap of the container and is immediately mixed just prior its use with the simethicone liquid composition contained in the vial of the container, thus forming an oral suspension suitable for immediate use from the vial.
A method of manufacturing a semiconductor device having a membrane layer comprising corrugations , the method comprising: forming a plurality of features in a substrate by oxidizing the substrate to form local oxide regions protruding above a top surface of the substrate ; forming a membrane layer over the substrate and the local oxide regions ; and removing a portion of the substrate including the local oxide regions under the membrane layer so that the corrugations in the membrane layer remain at positions where the local oxide regions were removed. forming a plurality of features in a substrate by oxidizing the substrate to form local oxide regions protruding above a top surface of the substrate ; forming a membrane layer over the substrate and the local oxide regions ; and removing a portion of the substrate including the local oxide regions under the membrane layer so that the corrugations in the membrane layer remain at positions where the local oxide regions were removed.
Missile comprising an aircraft engine having a casing , at least one combustion chamber of the aircraft engine and at least one ejection engine for generating a take-off thrust of the aircraft engine in a launch phase, wherein the ejection engine comprises an annular combustion chamber and annularly arranged nozzles , characterized in that the casing of the aircraft engine is part of the pressurized annular combustion chamber .
A process for operating a burner of a rotary kiln , wherein the gas streams supplied to the rotary kiln comprise in total more than 50% by volume of oxygen, wherein the burner has a burner orifice from which a fuel-gas mixture is discharged and wherein at least one state variable of the burner flame , in particular the ignition distance , the flame shape, the flame length and/or the flame width, is determined, characterized in that the flow velocity, the amount and/or the momentum of the fuel-gas mixture and/or the fuel properties is under open-loop/closed-loop control in accordance with the determined state variable, wherein the exhaust gas from the rotary kiln is supplied at least in part to the burner . wherein the gas streams supplied to the rotary kiln comprise in total more than 50% by volume of oxygen, wherein the burner has a burner orifice from which a fuel-gas mixture is discharged and wherein at least one state variable of the burner flame , in particular the ignition distance , the flame shape, the flame length and/or the flame width, is determined, characterized in that the flow velocity, the amount and/or the momentum of the fuel-gas mixture and/or the fuel properties is under open-loop/closed-loop control in accordance with the determined state variable, wherein the exhaust gas from the rotary kiln is supplied at least in part to the burner .