mhurhangee/patent-ind-claim-en huggingface dataset:
Toilet arrangement for an aircraft cabin of an aircraft, wherein the aircraft has a cabin ventilation system for supplying the aircraft cabin with cabin air, having at least one standing surface for cladding the toilet arrangement , wherein the standing surface is arranged within the toilet arrangement , having a ventilator , wherein the ventilator has an entry interface for connection to the cabin ventilation system for transfer of the cabin air, having an outlet element , wherein the outlet element is connected to the entry interface for take-over of the cabin air, the ventilator generating a surface-air stream from the cabin air, wherein the surface-air stream flows over the standing surface from the outlet element in order to dry the standing surface , characterized in that the ventilator has a fan apparatus for compressing the cabin air, wherein the fan apparatus increases an air-stream speed of the surface-air stream , wherein the surface-air stream is configured for blowing away liquid and for drying the standing surface , and/or the ventilator has a heating element for thermally heating the cabin air, wherein the heating element is connected fluidically to the entry interface and to the outlet element , wherein the cabin air flows past the heating element for the purpose of heat exchange, with the result that the surface-air stream , for drying the standing surface, is thermally heatable. having at least one standing surface for cladding the toilet arrangement , wherein the standing surface is arranged within the toilet arrangement , having a ventilator , wherein the ventilator has an entry interface for connection to the cabin ventilation system for transfer of the cabin air, having an outlet element , wherein the outlet element is connected to the entry interface for take-over of the cabin air, the ventilator generating a surface-air stream from the cabin air, wherein the surface-air stream flows over the standing surface from the outlet element in order to dry the standing surface , characterized in that the ventilator has a fan apparatus for compressing the cabin air, wherein the fan apparatus increases an air-stream speed of the surface-air stream , wherein the surface-air stream is configured for blowing away liquid and for drying the standing surface , and/or the ventilator has a heating element for thermally heating the cabin air, wherein the heating element is connected fluidically to the entry interface and to the outlet element , wherein the cabin air flows past the heating element for the purpose of heat exchange, with the result that the surface-air stream , for drying the standing surface, is thermally heatable.
A method of preparing a NdFeB magnet powder, the method including a hydrogen treatment process including the steps of: a) charging NdFeB alloy flakes into a hydrogen treatment furnace, wherein the NdFeB alloy flakes include a neodymium-rich phase and a main phase; b) performing a hydrogen absorption by heating the hydrogen treatment furnace in a first stage to a temperature between 390°C to 480°C at which only the neodymium-rich phase undergoes a hydrogen absorption reaction, then introducing and maintaining hydrogen at a predetermined pressure until the hydrogen absorption of the neodymium-rich phase is finished, then stop heating of the hydrogen treatment furnace in a second stage, where the temperature falls to a temperature at which the main phase undergoes a hydrogen absorption reaction, wherein, in the first stage, a hydrogen flow into the hydrogen treatment furnace is controlled such that a pressure in the hydrogen treatment furnace is maintained between 0.15MPa to 0.20MPa until the hydrogen flow stops and wherein, in the second stage, hydrogen is replaced by argon when the temperature is 220°C or below; and c) when the hydrogen absorption of step b) is finished, performing a vacuum dehydrogenation of the obtained coarse magnet powder, wherein the vacuum dehydrogenation is performed by heating to a temperature of 550°C or more. a) charging NdFeB alloy flakes into a hydrogen treatment furnace, wherein the NdFeB alloy flakes include a neodymium-rich phase and a main phase; b) performing a hydrogen absorption by heating the hydrogen treatment furnace in a first stage to a temperature between 390°C to 480°C at which only the neodymium-rich phase undergoes a hydrogen absorption reaction, then introducing and maintaining hydrogen at a predetermined pressure until the hydrogen absorption of the neodymium-rich phase is finished, then stop heating of the hydrogen treatment furnace in a second stage, where the temperature falls to a temperature at which the main phase undergoes a hydrogen absorption reaction, wherein, in the first stage, a hydrogen flow into the hydrogen treatment furnace is controlled such that a pressure in the hydrogen treatment furnace is maintained between 0.15MPa to 0.20MPa until the hydrogen flow stops and wherein, in the second stage, hydrogen is replaced by argon when the temperature is 220°C or below; and c) when the hydrogen absorption of step b) is finished, performing a vacuum dehydrogenation of the obtained coarse magnet powder, wherein the vacuum dehydrogenation is performed by heating to a temperature of 550°C or more.
An electrically operated aerosol-generating system comprising: an aerosol-generating article comprising: a tubular first component comprising a tubular first volatile substrate and an inner passage; and a second component comprising a second volatile substrate, the second component being configured to be received in the inner passage of the tubular first component ; and a main unit configured to receive the aerosol-generating article , the main unit comprising: a first heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the first volatile substrate of the tubular first component when the aerosol-generating article is received by the main unit ; and a second heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the second volatile substrate of the second component when the aerosol-generating article is received by the main unit . a tubular first component comprising a tubular first volatile substrate and an inner passage; and a second component comprising a second volatile substrate, the second component being configured to be received in the inner passage of the tubular first component ; and a main unit configured to receive the aerosol-generating article , the main unit comprising: a first heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the first volatile substrate of the tubular first component when the aerosol-generating article is received by the main unit ; and a second heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the second volatile substrate of the second component when the aerosol-generating article is received by the main unit . a first heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the first volatile substrate of the tubular first component when the aerosol-generating article is received by the main unit ; and a second heating portion comprising one or more electric heaters, the one or more electric heaters being arranged to heat the second volatile substrate of the second component when the aerosol-generating article is received by the main unit .
An outdoor unit for an air-conditioning device comprising: a housing which includes a front panel in which an opening (50a1) is formed; a fan disposed in an air-sending device chamber which is formed inside the housing ; an outdoor heat exchanger disposed in the air-sending device chamber ; characterized in furthermore comprising: a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber , and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth . a housing which includes a front panel in which an opening (50a1) is formed; a fan disposed in an air-sending device chamber which is formed inside the housing ; an outdoor heat exchanger disposed in the air-sending device chamber ; characterized in furthermore comprising: a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber , and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth . a bell mouth which is disposed in the air-sending device chamber and extends backwards from a periphery of the opening (50a1); and a heater which is disposed in the air-sending device chamber in which the bell mouth is disposed, and extends in an up and down direction. wherein the outdoor heat exchanger has an L-shape and is provided to extend along a side face and a back face of the housing which forms the air-sending device chamber , and the heater is disposed more to a side of the outdoor heat exchanger which is provided to extend along the side face of the air-sending device chamber than the bell mouth .
A method comprising 3D printing a 3D item by means of fused deposition modelling, the method comprising a 3D printing stage comprising layer-wise depositing an extrudate comprising 3D printable material to provide the 3D item comprising 3D printed material , wherein during at least part of the 3D printing stage the extrudate comprises a core-shell extrudate comprising a core comprising a core material , and a shell comprising a shell material , wherein the core material comprises a first thermoplastic material and the shell material comprises a second thermoplastic material different from the first thermoplastic material , or the core material comprises the second thermoplastic material and the shell material comprises the first thermoplastic material , characterised in that the first thermoplastic material is an elastomeric material having a Young's modulus in the range of 2 to 200 MPa, a first low glass transition temperature T LG1 of at maximum 0 °C, and a first high glass transition temperature T HG1 or a first high melting temperature T HM1 of at minimum at 60 °C, and wherein the second thermoplastic material has a Young's modulus in the range of 1 to 10 GPa, and one or more of a second glass transition temperature T G2 and a second melting temperature T M2 of at minimum 60 °C, wherein Young's moduli are measured according to ASTM 638.
Method for operating a Coriolis mass flowmeter , wherein the Coriolis mass flowmeter comprises at least one measuring tube , at least one oscillation generator , at least two oscillation sensors , and at least one control and evaluation unit , wherein the oscillation generator and the oscillation sensors are arranged on the measuring tube , wherein the measuring tube can have a medium flowing through it, wherein the oscillation generator puts the measuring tube into a harmonic oscillation with the excitation frequency f 0 and the excitation amplitude A 0 , wherein the first and the second oscillation sensors detect the oscillation of the measuring tube and wherein the first oscillation sensor forwards the oscillation to the control and evaluation unit as first measuring signal and wherein the second oscillation sensor forwards the oscillation to the control and evaluation unit as second measuring signal, and wherein at least one comparison measurement signal is determined from the first measuring signal and/or the second measuring signal, characterized in that , based on the excitation frequency f 0 and the excitation amplitude A 0 at at least one evaluation frequency, an expected value of the amplitude and/or phase and/or at least a variable derived therefrom is determined , wherein the evaluation frequency corresponds to the excitation frequency f 0 and/or at least to a harmonic of the excitation frequency f 0 , that the amplitude and/or the phase and/or the variable derived therefrom of the comparison measurement signal is detected exclusively at the evaluation frequency, that the expected value of the amplitude and/or the phase and/or the variable derived therefrom is compared to the corresponding value of the comparison measurement signal and a measure for the deviation is determined , and an alert is issued when the deviation of the expected value with the corresponding value of the comparison measurement signal exceeds an upper limit value or falls below a lower limit value.
An electronic assembly casing having walls providing an internal chamber and a circuit board mount to mount a circuit board in the internal chamber, the casing further comprising a heat sink cage in one of said walls to accommodate a heat sink of the circuit board when mounted on the circuit board mount , the heat sink cage being in a first wall of the casing that extends, when the circuit board is mounted, in a first plane substantially parallel to a surface of the circuit board mounting the heat sink , the first wall further defining a trench (11a-c) about said cage , the trench (11a-c) extending from said first plane toward said surface of said circuit board .
Underwater pipe for the transport of hydrocarbons comprising a metal reinforcing layer around an inner polymeric sealing sheath capable of being in contact with the hydrocarbons, characterized in that the inner polymeric sealing sheath comprises a polypropylene block copolymer or a mixture of polypropylene block copolymers, wherein the polypropylene block copolymer or the mixture has: - a density greater than 0.900 g/cm 3 , and - a melt index measured at 230°C under a mass of 2.16 kg of less than 10 g/10 minutes. - a density greater than 0.900 g/cm 3 , and - a melt index measured at 230°C under a mass of 2.16 kg of less than 10 g/10 minutes.
A mill for seasoning, in particular for wet salt, the mill comprising a body , a cap closing the top of the body, a cup closing the bottom of said body and a driving rod positioned inside said body, a first end of said driving rod being secured to a ball rotatable inside said cup, said driving rod comprising a stirring device for the seasoning, said stirring device comprising a first blade arranged to push the seasoning downward toward said cup when said rod is rotated, said first blade being positioned near the first end of said driving rod, a lower end of said first blade having a shape arranged to cooperate with an upper edge of said cup, to loosen seasoning residues clumped on the upper edge of said cup, characterized in that one end of a bottom radial edge of the first blade has a recess .
An aerosol source for a vapour provision system comprising: a vapour generating element ; a reservoir for holding source liquid, the reservoir being bounded by a wall having an opening therein; and a liquid transport element for delivering liquid from the reservoir to the vapour generating element, the liquid transport element having at least one end part inserted into the opening, the end part having a flared portion arranged in contact with the wall of the reservoir to provide a seal for the opening. a vapour generating element ; a reservoir for holding source liquid, the reservoir being bounded by a wall having an opening therein; and a liquid transport element for delivering liquid from the reservoir to the vapour generating element, the liquid transport element having at least one end part inserted into the opening, the end part having a flared portion arranged in contact with the wall of the reservoir to provide a seal for the opening.
A solid complex of (Z)-7-( -2-((S,E)-5-(2,5-dichlorothiophen-3-yl)-3-hydroxypent-1-en-1-yl)-3,5-dihydroxycyclopentyl)hept-5-enamide with γ-cyclodextrin.
A method for controlling a vehicle system on a host vehicle , comprising: receiving inputs from sensors arranged on the host vehicle ; determining whether a forward vehicle is present in front of the host vehicle based on the inputs from the sensors ; characterized in that , in a case in which the forward vehicle is determined to be present in front of the host vehicle , determining whether the forward vehicle is expected to turn out of a path of the host vehicle prior to the host vehicle reaching a current position of the forward vehicle based on the inputs from the sensors ; and in a case in which the forward vehicle is expected to turn out of the path of the host vehicle prior to the host vehicle reaching the current position of the forward vehicle , delaying activation of autonomous emergency braking of the host vehicle for a predetermined amount of time. receiving inputs from sensors arranged on the host vehicle ; determining whether a forward vehicle is present in front of the host vehicle based on the inputs from the sensors ; characterized in that , in a case in which the forward vehicle is determined to be present in front of the host vehicle , determining whether the forward vehicle is expected to turn out of a path of the host vehicle prior to the host vehicle reaching a current position of the forward vehicle based on the inputs from the sensors ; and in a case in which the forward vehicle is expected to turn out of the path of the host vehicle prior to the host vehicle reaching the current position of the forward vehicle , delaying activation of autonomous emergency braking of the host vehicle for a predetermined amount of time.
A method for purifying sucralose-6-acetate, comprising: preparation: providing a saturated solution of crude sucralose-6-acetate in ethyl acetate which is heated to a predetermined temperature; gradient crystallization: subjecting the saturated solution to multiple cooling crystallization and filtration, and collecting crude sucralose-6-acetate obtained after the multiple cooling crystallization and filtration, wherein during each cooling crystallization process, a low-polarity solvent is added dropwise to the saturated solution to reduce a polarity of the saturated solution during crystallization step by step; and purification: subjecting the collected crude sucralose-6-acetate to recrystallization for purification by using a mixed solution of ethyl acetate and the low-polarity solvent to obtain fine sucralose-6-acetate of high purity; wherein in the gradient crystallization, the saturated solution is subjected to the cooling crystallization for three times, wherein a first cooling crystallization is conducted at a temperature of 40°C to 50°C, a second cooling crystallization is conducted at a temperature of 20°C to 30°C, and a third cooling crystallization is conducted at a temperature of -10°C to 0°C. preparation: providing a saturated solution of crude sucralose-6-acetate in ethyl acetate which is heated to a predetermined temperature; gradient crystallization: subjecting the saturated solution to multiple cooling crystallization and filtration, and collecting crude sucralose-6-acetate obtained after the multiple cooling crystallization and filtration, wherein during each cooling crystallization process, a low-polarity solvent is added dropwise to the saturated solution to reduce a polarity of the saturated solution during crystallization step by step; and purification: subjecting the collected crude sucralose-6-acetate to recrystallization for purification by using a mixed solution of ethyl acetate and the low-polarity solvent to obtain fine sucralose-6-acetate of high purity; wherein in the gradient crystallization, the saturated solution is subjected to the cooling crystallization for three times, wherein a first cooling crystallization is conducted at a temperature of 40°C to 50°C, a second cooling crystallization is conducted at a temperature of 20°C to 30°C, and a third cooling crystallization is conducted at a temperature of -10°C to 0°C.
Method of flambéing grilling products with at least one flambéing paste for grilling products, containingat least one gelling agent and/or thickening agent which is soaked and/or gelled by pure alcohol and pure alcohol in a concentration that maintains combustion until its complete consumption, characterized in that at least one grilling sauce (GS) is simultaneously applied together with at least one flambéing paste (FP) in layers onto the grilling products in the order Surface of the grilling product / pasty grilling sauce / pasty flambéeing paste, and the flambéing paste is ignited with an ignition source.
A pharmaceutical composition comprising: (i) a drug component comprising tiotropium bromide monohydrate; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (HFA-152a), wherein the composition is a solution and is free of acid stabilisers. (i) a drug component comprising tiotropium bromide monohydrate; and (ii) a propellant component at least 90 weight % of which is 1,1-difluoroethane (HFA-152a),
A towing assembly, comprising a) a lunette as a hitch ; b) a pair of members each pivotally attached to said lunette as a hitch , wherein each of the pair of members has a first shaft , a second shaft , and a pivotable locking joint which is between the first shaft and the second shaft ; and c) a means for fixing an orientation of the members relative to said lunette as a hitch , whereby the first shaft and the second shaft are pivotable relative to each other about the pivotable locking joint in an unlocked position and the first shaft and the second shaft are not pivotable relative to each other about the pivotable locking joint in a locked position, characterized in that said pivotal attachment of said members to said lunette as a hitch can fix the orientation of said first shafts of each of said members thereto, wherein a locking mechanism fixes in place said orientation of the attachment of the members to the hitch. a) a lunette as a hitch ; b) a pair of members each pivotally attached to said lunette as a hitch , wherein each of the pair of members has a first shaft , a second shaft , and a pivotable locking joint which is between the first shaft and the second shaft ; and c) a means for fixing an orientation of the members relative to said lunette as a hitch , whereby the first shaft and the second shaft are pivotable relative to each other about the pivotable locking joint in an unlocked position and the first shaft and the second shaft are not pivotable relative to each other about the pivotable locking joint in a locked position, characterized in that said pivotal attachment of said members to said lunette as a hitch can fix the orientation of said first shafts of each of said members thereto, wherein a locking mechanism fixes in place said orientation of the attachment of the members to the hitch.