mhurhangee/patent-ind-claim-en huggingface dataset:
A fan section of a gas turbine engine comprising: a fan rotor having a plurality of grooves receiving dovetails from a plurality of circumferentially spaced fan blades ; a plurality of platforms (76; 300) mounted circumferentially intermediate said plurality of said fan blades , a single platform (76; 300) being mounted intermediate adjacent fan blades ; each said platform (76; 300) comprising an outer surface and an inner surface and extending from a leading edge (LE) to a trailing edge (TE), and between a suction wall (S) and a pressure wall (P), a circumferential direction being defined between said suction wall (S) and said pressure wall (P), the pressure wall (P) being adjacent a pressure side of a circumferentially adjacent fan blade ; wherein said inner surface is provided with a mount , said mount receiving a pin for pivotally mounting said platform (76; 300) to said fan rotor ; and wherein a tab (102; 302) extends circumferentially outward of said pressure wall (P) from said platform (76; 300), said tab (102; 302) having a circumferentially outermost portion , said circumferentially outermost portion of said tab (102; 302) abutting an inner surface of an adjacent one of said platforms (76; 300). a fan rotor having a plurality of grooves receiving dovetails from a plurality of circumferentially spaced fan blades ; a plurality of platforms (76; 300) mounted circumferentially intermediate said plurality of said fan blades , a single platform (76; 300) being mounted intermediate adjacent fan blades ; each said platform (76; 300) comprising an outer surface and an inner surface and extending from a leading edge (LE) to a trailing edge (TE), and between a suction wall (S) and a pressure wall (P), a circumferential direction being defined between said suction wall (S) and said pressure wall (P), the pressure wall (P) being adjacent a pressure side of a circumferentially adjacent fan blade ; wherein said inner surface is provided with a mount , said mount receiving a pin for pivotally mounting said platform (76; 300) to said fan rotor ; and wherein a tab (102; 302) extends circumferentially outward of said pressure wall (P) from said platform (76; 300), said tab (102; 302) having a circumferentially outermost portion , said circumferentially outermost portion of said tab (102; 302) abutting an inner surface of an adjacent one of said platforms (76; 300).
A pharmaceutical composition comprising a synergistic combination of benzydamine and an imidazole-antimycotic or a salt thereof, and at least one pharmaceutically acceptable excipient, for use in the treatment of Candida mycosis.
An agent inhibiting the binding of Complement Factor H to CD11b/CD18 for use for treating retinal inflammation, wherein said agent binds CD11b/CD18 to at least one binding site to Complement Factor H, and wherein said agent is an anti-CD11b antibody or an anti-CD18 antibody.
An insole comprising: a base ; an electronic element from a group of electronic devices, at least comprising: a vibrator; a pressure sensor; a temperature sensor; and an inertial sensor, wherein the electronic element is provided to the base ; a connection line extending from the electronic element and passing through the base ; and a cover configured to detachably connect to a top surface of the base such that the cover covers the electronic element when the cover is connected to the base , wherein the insole further comprises a support layer configured to support the electronic element and the connection line ; and the base comprises: a base body configured to support the electronic element ; and a base protrusion protruding from the base body , the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion , wherein the support layer is fitted to an inside of the base protrusion . a base ; an electronic element from a group of electronic devices, at least comprising: a vibrator; a pressure sensor; a temperature sensor; and an inertial sensor, wherein the electronic element is provided to the base ; a connection line extending from the electronic element and passing through the base ; and a cover configured to detachably connect to a top surface of the base such that the cover covers the electronic element when the cover is connected to the base , wherein the insole further comprises a support layer configured to support the electronic element and the connection line ; and the base comprises: a base body configured to support the electronic element ; and a base protrusion protruding from the base body , the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion , a base body configured to support the electronic element ; and a base protrusion protruding from the base body , the base protrusion configured to connect to the cover such that the electronic element supported by the base body is surrounded by the base protrusion , wherein the support layer is fitted to an inside of the base protrusion .
A method of quantitating free (unbound) human C5 complement protein (C5) from a sample comprising: a. binding biotinylated anti-C5 capture antibody to strepavidin-coated 96-well assay plate; b. capturing the free (unbound) C5 in the sample by adding the sample to the plate; c. detecting the captured free C5 by adding sulfo-tagged anti-C5 detection antibody to the plate; and d. quantitating the captured free C5 using electrochemiluminescence; wherein the sample is diluted by about 1:2; wherein the sample is kept on ice; wherein steps b. and c. are about 15 to 30 minutes, and wherein the biotinylated capture anti-C5 antibody is added at a concentration of about 5μg/mL. a. binding biotinylated anti-C5 capture antibody to strepavidin-coated 96-well assay plate; b. capturing the free (unbound) C5 in the sample by adding the sample to the plate; c. detecting the captured free C5 by adding sulfo-tagged anti-C5 detection antibody to the plate; and d. quantitating the captured free C5 using electrochemiluminescence;
A scanning transmission electron microscopy (STEM) system , comprising: an electron beam scanning system configured to generate a plurality of electron beam scans over substantially an entire sample , with each said scan varying arbitrarily in electron-illumination intensity over a course of the scan to form a different mask, and wherein each said different mask forms an arbitrarily varying pattern of dimly and brightly electron-illuminated regions on the sample produced by the arbitrarily varying electron-illumination intensity; a signal acquisition system arranged for obtaining a dataset from the scans by using a plurality of signals obtained simultaneously with a parallel detection system the dataset representing only information from at least one of a select subplurality or linear combination of all pixels comprising the image; and a subsystem arranged for mathematically analyzing the dataset, using a compressive sensing mathematical method to predict actual information that would have been produced by each pixel in a conventional STEM acquisition. an electron beam scanning system configured to generate a plurality of electron beam scans over substantially an entire sample , with each said scan varying arbitrarily in electron-illumination intensity over a course of the scan to form a different mask, and wherein each said different mask forms an arbitrarily varying pattern of dimly and brightly electron-illuminated regions on the sample produced by the arbitrarily varying electron-illumination intensity; a signal acquisition system arranged for obtaining a dataset from the scans by using a plurality of signals obtained simultaneously with a parallel detection system the dataset representing only information from at least one of a select subplurality or linear combination of all pixels comprising the image; and a subsystem arranged for mathematically analyzing the dataset, using a compressive sensing mathematical method to predict actual information that would have been produced by each pixel in a conventional STEM acquisition.
A purification method of a polyethylene glycol compound having one carboxyl group in which a total average molar number of ethylene oxide units added in a molecule of the polyethylene glycol compound is from 20 to 1490, the method comprising the following step (A), step (B) and step (C): (A) a step of preparing an aqueous solution of the polyethylene glycol compound, which is a weakly alkaline aqueous solution having a pH of 8 to 11; (B) an extraction step in which the aqueous solution obtained in the step (A) and a mixed organic solvent are mixed at a temperature of 15°C or more and 50°C or less and the mixture is separated into an organic layer and an aqueous layer, wherein in the mixed organic solvent, a ratio of an organic solvent I is from 25 to 60% by mass, a ratio of an organic solvent II is from 75 to 40% by mass, the organic solvent I is a hydrocarbon solvent selected from the group consisting of toluene, xylene, methyl acetate, ethyl acetate and butyl acetate, the organic solvent II is a halogenated hydrocarbon solvent selected from the group consisting of methylene chloride and chloroform, and a mixing ratio Y of the organic solvent I to the organic solvent II (organic solvent I/organic solvent II), a temperature T (°C) at the time of the mixing and a weight average molecular weight M of the polyethylene glycol compound satisfy a relationship of formula : 3.11 × 10 − 6 M + 0.084 ≤ Y − 0.0135 T ≤ − 1.77 × 10 − 6 M + 0.404 and (C) a step of recovering the polyethylene glycol compound from the aqueous layer. (A) a step of preparing an aqueous solution of the polyethylene glycol compound, which is a weakly alkaline aqueous solution having a pH of 8 to 11; (B) an extraction step in which the aqueous solution obtained in the step (A) and a mixed organic solvent are mixed at a temperature of 15°C or more and 50°C or less and the mixture is separated into an organic layer and an aqueous layer, wherein in the mixed organic solvent, a ratio of an organic solvent I is from 25 to 60% by mass, a ratio of an organic solvent II is from 75 to 40% by mass, the organic solvent I is a hydrocarbon solvent selected from the group consisting of toluene, xylene, methyl acetate, ethyl acetate and butyl acetate, the organic solvent II is a halogenated hydrocarbon solvent selected from the group consisting of methylene chloride and chloroform, and a mixing ratio Y of the organic solvent I to the organic solvent II (organic solvent I/organic solvent II), a temperature T (°C) at the time of the mixing and a weight average molecular weight M of the polyethylene glycol compound satisfy a relationship of formula : 3.11 × 10 − 6 M + 0.084 ≤ Y − 0.0135 T ≤ − 1.77 × 10 − 6 M + 0.404 and (C) a step of recovering the polyethylene glycol compound from the aqueous layer.
A power semiconductor module, comprising: a first plate ; a second plate configured to comprise first and second device receiving portions thereinside, and coupled to one side of the first plate ; first and second power semiconductor devices arranged in the first and second device receiving portions ; first and second input bus bars coupled to an outside of the second plate ; a third plate configured to comprise third and fourth device receiving portions thereinside, and coupled to the other side of the first plate ; third and fourth power semiconductor devices arranged in the third and fourth device receiving portions ; and third and fourth input bus bars coupled to an outside of the third plate , wherein the first plate and the second plate are sealed to shield the first and second device receiving portions from outside, wherein the first plate and the third plate are sealed to shield the third and fourth device receiving portions from the outside, wherein the second plate includes a first partition wall placed between the first device receiving portion and the second device receiving portion , and a bottom surface of the first partition wall is in contact with the one side of the first plate , and wherein the third plate includes a second partition wall placed between the third device receiving portion and the fourth device receiving portion , and a bottom surface of the second partition wall is in contact with the other side of the first plate . a first plate ; a second plate configured to comprise first and second device receiving portions thereinside, and coupled to one side of the first plate ; first and second power semiconductor devices arranged in the first and second device receiving portions ; first and second input bus bars coupled to an outside of the second plate ; a third plate configured to comprise third and fourth device receiving portions thereinside, and coupled to the other side of the first plate ; third and fourth power semiconductor devices arranged in the third and fourth device receiving portions ; and third and fourth input bus bars coupled to an outside of the third plate , wherein the first plate and the second plate are sealed to shield the first and second device receiving portions from outside, wherein the first plate and the third plate are sealed to shield the third and fourth device receiving portions from the outside, wherein the second plate includes a first partition wall placed between the first device receiving portion and the second device receiving portion , and a bottom surface of the first partition wall is in contact with the one side of the first plate , and wherein the third plate includes a second partition wall placed between the third device receiving portion and the fourth device receiving portion , and a bottom surface of the second partition wall is in contact with the other side of the first plate .
A molecular flow sensor for measuring molecular flow along a gas flow path , comprising a gas composition analyser integrated within a gas flowmeter, the gas composition analyser being disposed to measure the composition of gas in a measurement space in the flow path of the gas, the gas flowmeter being disposed to provide a signal representing gas flow in the measurement space , and a data processor adapted to receive the gas composition measurement and the gas flow signal and to calculate therefrom the flow of each of the individual molecular species analysed by the gas analyser; characterized in that : the gas flowmeter comprises two flow-sensing mesh screens spaced along the gas flow path , a first being located upstream of the measurement space and the second being located downstream of the measurement space , and a differential pressure sensor for measuring the pressure difference between the upstream side of the first flow-sensing-mesh screen and the downstream side of the second flow-sensing mesh screen .
A method of producing a composition comprising free monounsaturated fatty acids having 20 and/or 22 carbons or lower alcohol esters thereof, the method comprising: hydrolysing or alcoholysing an oil derived from a marine product raw material, to obtain a composition of free fatty acids or lower alcohol esters thereof; distilling said free fatty acids or lower alcohol esters, to reduce a concentration of fatty acids having not more than 18 carbons in a distillation fraction of the composition of free fatty acids or lower alcohol esters, and fractionating a said distillation fraction which contains free monounsaturated fatty acids having 20 and/or 22 carbons or lower alcohol esters thereof, by reverse phase distribution column chromatography, to produce said composition comprising said free monounsaturated fatty acids having 20 and/or 22 carbons or lower alcohol esters thereof, and which contains - free saturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 10% by weight in all the fatty acids, and - free polyunsaturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 5% by weight in all the fatty acids. hydrolysing or alcoholysing an oil derived from a marine product raw material, to obtain a composition of free fatty acids or lower alcohol esters thereof; distilling said free fatty acids or lower alcohol esters, to reduce a concentration of fatty acids having not more than 18 carbons in a distillation fraction of the composition of free fatty acids or lower alcohol esters, and fractionating a said distillation fraction which contains free monounsaturated fatty acids having 20 and/or 22 carbons or lower alcohol esters thereof, by reverse phase distribution column chromatography, to produce said composition comprising said free monounsaturated fatty acids having 20 and/or 22 carbons or lower alcohol esters thereof, and which contains - free saturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 10% by weight in all the fatty acids, and - free polyunsaturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 5% by weight in all the fatty acids. - free saturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 10% by weight in all the fatty acids, and - free polyunsaturated fatty acids or lower alcohol esters thereof in a concentration of not greater than 5% by weight in all the fatty acids.
Device for diffusing volatile substances, comprising: a container including a mouthpiece , the container containing a liquid with volatile substances; and a wick that is impregnated with said liquid contained in the container , wherein it also comprises a base located around the mouthpiece of the container , the wick being fixed inside said base ; and characterized in that the mouthpiece of the container comprises a cap that closes the mouthpiece provided with a hole , the cap being in contact with the wick . a container including a mouthpiece , the container containing a liquid with volatile substances; and a wick that is impregnated with said liquid contained in the container , wherein it also comprises a base located around the mouthpiece of the container , the wick being fixed inside said base ; and characterized in that the mouthpiece of the container comprises a cap that closes the mouthpiece provided with a hole , the cap being in contact with the wick .
Electronic assembly , comprising: a. an electronics housing , which is accessible from a cover side and can be closed with a cover or a cover component and in which electronics are arranged, characterized in that the electronic assembly further comprises: b. two adapter arrangements of mutually corresponding design, which are arranged on opposite housing end faces of the electronics housing interchangeably in receptacles of the electronics housing and are inserted therein from the cover side, c. wherein each of the adapter arrangements is designed for connecting electrical lines to an electronics housing , having an adapter housing which has an interior space and which has an opening on each of two mutually opposite end sides , and having a plug connector which is arranged in the interior space of the adapter housing and is accessible in each case through the openings , d. wherein each of the adapter arrangements further comprises a connecting region having a fastening means for fastening a second corresponding adapter arrangement and a sealing region , which is arranged in the receptacle, having two sealing rings for sealing arrangement in the electronics housing , wherein the sealing rings are arranged one behind the other in a direction of extension of the adapter housing . a. an electronics housing , which is accessible from a cover side and can be closed with a cover or a cover component and in which electronics are arranged, b. two adapter arrangements of mutually corresponding design, which are arranged on opposite housing end faces of the electronics housing interchangeably in receptacles of the electronics housing and are inserted therein from the cover side, c. wherein each of the adapter arrangements is designed for connecting electrical lines to an electronics housing , having an adapter housing which has an interior space and which has an opening on each of two mutually opposite end sides , and having a plug connector which is arranged in the interior space of the adapter housing and is accessible in each case through the openings , d. wherein each of the adapter arrangements further comprises a connecting region having a fastening means for fastening a second corresponding adapter arrangement and a sealing region , which is arranged in the receptacle, having two sealing rings for sealing arrangement in the electronics housing , wherein the sealing rings are arranged one behind the other in a direction of extension of the adapter housing .
A method for manufacturing a reinforced shell part for a wind turbine blade comprising: - providing a shell having an inner surface , - optionally arranging a plurality of fibre layers on the inner surface of the shell to form a base part of a reinforced section, - providing a preform of a first inlay , - arranging the preform of the first inlay on the inner surface of the shell and/or on the base part of the reinforced section, - providing a preform of a second inlay , - arranging the preform of the second inlay on the inner surface of the first shell part and/or on the base part of the reinforced section, - arranging at least one pultrusion layer on • the preform of the first inlay , • the preform of the second inlay , and • the inner surface of the shell and/or the base part of the reinforced section wherein the pultrusion layer comprises a plurality of pultruded members grouped together, the pultrusion layer having a proximal edge , a distal edge and two opposing lateral edges , and wherein the pultrusion layer is arranged in a spanwise direction of the blade such that the proximal edge of the pultrusion layer is arranged on the preform of the first inlay and the distal edge of the pultrusion layer is arranged on the preform of the second inlay , characterized in that the top surfaces of the first inlay and of the second inlay are substantially flush with the surrounding inner surface of the shell or with the top surface of the base part of the reinforcing section. - providing a shell having an inner surface , - optionally arranging a plurality of fibre layers on the inner surface of the shell to form a base part of a reinforced section, - providing a preform of a first inlay , - arranging the preform of the first inlay on the inner surface of the shell and/or on the base part of the reinforced section, - providing a preform of a second inlay , - arranging the preform of the second inlay on the inner surface of the first shell part and/or on the base part of the reinforced section, - arranging at least one pultrusion layer on • the preform of the first inlay , • the preform of the second inlay , and • the inner surface of the shell and/or the base part of the reinforced section • the preform of the first inlay , • the preform of the second inlay , and • the inner surface of the shell and/or the base part of the reinforced section wherein the pultrusion layer comprises a plurality of pultruded members grouped together, the pultrusion layer having a proximal edge , a distal edge and two opposing lateral edges , and wherein the pultrusion layer is arranged in a spanwise direction of the blade such that the proximal edge of the pultrusion layer is arranged on the preform of the first inlay and the distal edge of the pultrusion layer is arranged on the preform of the second inlay , characterized in that the top surfaces of the first inlay and of the second inlay are substantially flush with the surrounding inner surface of the shell or with the top surface of the base part of the reinforcing section.