mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine compressor bleed valve comprising: a housing comprising: a mounting portion at a first end, the mounting portion including an inlet and a seat ; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports ; and a cap portion adjacent to the venting portion; a piston movably positioned in the housing, the piston comprising: a shaft ; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a vessel that is in contact with the cap portion and the flange, wherein fluid pressure contained in the vessel biases the piston into one of the opened position and the closed position; wherein the vessel is sealed, characterized in that the vessel is pressurized to atmospheric pressure at ground level when it is in an extended position. a housing comprising: a mounting portion at a first end, the mounting portion including an inlet and a seat ; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports ; and a cap portion adjacent to the venting portion; a mounting portion at a first end, the mounting portion including an inlet and a seat ; a venting portion adjacent to the mounting portion, the venting portion including a plurality of outlet ports ; and a cap portion adjacent to the venting portion; a piston movably positioned in the housing, the piston comprising: a shaft ; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a shaft ; a disc connected to the shaft; and a flange connected to the shaft at a location spaced apart from the disc; wherein the piston is moveable between a closed position wherein the disc is in contact with the seat and an opened position wherein the disc is spaced apart from the seat; and a vessel that is in contact with the cap portion and the flange, wherein fluid pressure contained in the vessel biases the piston into one of the opened position and the closed position; wherein the vessel is sealed, characterized in that the vessel is pressurized to atmospheric pressure at ground level when it is in an extended position.
Support system of a slender article in a geometry-detecting machine of the slender article, comprising a plurality of vertical constraint points with which said slender article is in contact with, characterised in that said vertical constraint points are coupled in pairs by interconnection arms in turn comprising a constraint joint provided with a universal joint mechanism which determines, for said arms , two rotational degrees of freedom along two orthogonal axes passing in the proximity of the longitudinal axis of the article, said constraint joints being themselves similarly coupled in pairs until converging, in a multiple-layer sequence, towards a single constraint point.
Mounting device for carrying out an installation process in an elevator shaft of an elevator system , the mounting device comprising: a carrier component ; a mechatronic installation component ; the carrier component being designed to be displaced relative to the elevator shaft and to be positioned at different heights within the elevator shaft ; the installation component being held on the carrier component and designed to at least semi-automatically perform a mounting step as part of the installation process, characterized in that the installation component has an industrial robot and the industrial robot is designed to be coupled to various mounting tools at the unsupported end thereof. a carrier component ; a mechatronic installation component ; the carrier component being designed to be displaced relative to the elevator shaft and to be positioned at different heights within the elevator shaft ; the installation component being held on the carrier component and designed to at least semi-automatically perform a mounting step as part of the installation process, characterized in that the installation component has an industrial robot and the industrial robot is designed to be coupled to various mounting tools at the unsupported end thereof.
A method for converting heat from a heat source to mechanical energy, comprising heating a working fluid consisting essentially of from about 1 weight percent to about 69 weight percent E-1,3,3,3-tetrafluoropropene and about 99 weight percent to about 31 weight percent 1,1,2,2-tetrafluoroethane using heat supplied from the heat source; and expanding the heated working fluid to lower the pressure of the working fluid and generate mechanical energy as the pressure of the working fluid is lowered.
A method comprising: transmitting, from a base station to a user equipment, UE, , mode information specifying either a sensing mode or a non-sensing mode; in response to the UE receiving the mode information specifying the sensing mode, performing, at the UE, a first monitoring of an unlicensed frequency band to determine whether the unlicensed frequency band is in use; and in response to the UE receiving the mode information specifying the non-sensing mode, performing, at the UE, a second monitoring of the unlicensed frequency band to determine whether the unlicensed frequency band is in use, the second monitoring being a reduced monitoring compared to the first monitoring. transmitting, from a base station to a user equipment, UE, , mode information specifying either a sensing mode or a non-sensing mode; in response to the UE receiving the mode information specifying the sensing mode, performing, at the UE, a first monitoring of an unlicensed frequency band to determine whether the unlicensed frequency band is in use; and in response to the UE receiving the mode information specifying the non-sensing mode, performing, at the UE, a second monitoring of the unlicensed frequency band to determine whether the unlicensed frequency band is in use, the second monitoring being a reduced monitoring compared to the first monitoring.
A method of treating a liquid, which is methyldiethanolamine for removal of organic acid anions which comprises contacting the liquid containing organic acid anions with an adsorbent comprising calcium alginate-kaolinite (CAK) or calcium alginate-quartz (CAQ), wherein the adsorbent is prepared by a process comprising adding drop-wise a mixed solution of alginate and kaolinite or quartz to a calcium chloride solution, thereby cross-linking alginate with calcium ions to finally get the adsorbent.
A gas turbine engine comprising: a fan section (12; 112); a splitter downstream of the fan section (12; 112) at least partially defining a secondary flow path on a radially outer side and an inner flow path on a radially inner side; and a variable pitch rotor assembly located at an inlet to the inner flow path including a plurality of variable pitch rotor blades , characterised in that the fan section (12; 112) includes at least one fan blade row (44; 144B) with a stator (48; 148B) including a row of a plurality of vanes immediately downstream of the at least one fan blade row (44; 144B) and immediately upstream of the inner flow path and of the variable pitch rotor assembly . a fan section (12; 112); a splitter downstream of the fan section (12; 112) at least partially defining a secondary flow path on a radially outer side and an inner flow path on a radially inner side; and a variable pitch rotor assembly located at an inlet to the inner flow path including a plurality of variable pitch rotor blades , characterised in that the fan section (12; 112) includes at least one fan blade row (44; 144B) with a stator (48; 148B) including a row of a plurality of vanes immediately downstream of the at least one fan blade row (44; 144B) and immediately upstream of the inner flow path and of the variable pitch rotor assembly .
A personal cleansing composition having an aqueous continuous phase including cleansing surfactant and a solubilised hydrocarbon oil; the hydrocarbon oil being selected from saturated, non-polar straight or branched- chain aliphatic or alicyclic hydrocarbons having from 10 to 50 carbon atoms, and mixtures thereof; and the hydrocarbon oil having a kinematic viscosity of 1 to 35 cS (mm 2 .s -1 ) at 40°C and a specific gravity of 0.76 to 0.87 at 25°C; in which the hydrocarbon oil is solubilised in wormlike micelles in the aqueous continuous phase via the incorporation of at least one inorganic electrolyte and at least one linker molecule which is selected from compounds of general formula (I): R(X) n (I) in which R is an aromatic hydrocarbyl ring having from 6 to 10 carbon atoms or a mono-, di- or trivalent saturated aliphatic hydrocarbyl chain having from 3 to 14 carbon atoms; n is 1 to 3 and each X is independently selected from -OH and - COOH; and in which the level of hydrocarbon oil in the composition ranges from 0.9 to 1.1% by weight based on the total weight of the composition; and in which the composition also includes emulsified droplets of silicone having a mean droplet diameter (D3,2) of 0.25 micrometre or less, in an amount ranging from 0.2 to 8% (by total weight silicone based on the total weight of the composition). in which R is an aromatic hydrocarbyl ring having from 6 to 10 carbon atoms or a mono-, di- or trivalent saturated aliphatic hydrocarbyl chain having from 3 to 14 carbon atoms; n is 1 to 3 and each X is independently selected from -OH and - COOH; and in which the level of hydrocarbon oil in the composition ranges from 0.9 to 1.1% by weight based on the total weight of the composition; and in which the composition also includes emulsified droplets of silicone having a mean droplet diameter (D3,2) of 0.25 micrometre or less, in an amount ranging from 0.2 to 8% (by total weight silicone based on the total weight of the composition).
An underdrain filter block for use in draining and backwashing a filtering media in a filter bed, the block comprising: a top wall ; a pair of side walls extending from the top wall; a bottom wall extending between the pair of side walls; and a transverse wall extending from one of the pair of side walls to the other of the pair of side walls , wherein the top wall , the pair of side walls , the bottom wall , and the transverse wall define an upper portion above the transverse wall and a lower portion below the transverse wall, wherein the lower portion includes a grout chamber positioned between the bottom wall and the transverse wall , and further wherein at least one of the bottom wall and said side walls contains an opening , which opening is configured to allow for a flow of grout into the grout chamber during an installation of the filter block , such that the entire grout chamber is filled with grout after installation. a top wall ; a pair of side walls extending from the top wall; a bottom wall extending between the pair of side walls; and a transverse wall extending from one of the pair of side walls to the other of the pair of side walls , wherein the top wall , the pair of side walls , the bottom wall , and the transverse wall define an upper portion above the transverse wall and a lower portion below the transverse wall, wherein the lower portion includes a grout chamber positioned between the bottom wall and the transverse wall , and further wherein at least one of the bottom wall and said side walls contains an opening , which opening is configured to allow for a flow of grout into the grout chamber during an installation of the filter block , such that the entire grout chamber is filled with grout after installation.
A header for an agricultural vehicle , comprising: a frame ; at least one crop divider rotatably connected to the frame at an axis of rotation (AR) and said at least one crop divider is configured for dividing and lifting a crop material; and at least one drive unit mounted to the frame and operably connected to said at least one crop divider such that as the header is moved in a forward direction (F) said at least one drive unit rotates said at least one crop divider about the axis of rotation (AR), the header being characterised in that said at least one crop divider has a disked-shape body configured to guide crop material either into or away from the header as the header is moved in the forward direction (F). a frame ; at least one crop divider rotatably connected to the frame at an axis of rotation (AR) and said at least one crop divider is configured for dividing and lifting a crop material; and at least one drive unit mounted to the frame and operably connected to said at least one crop divider such that as the header is moved in a forward direction (F) said at least one drive unit rotates said at least one crop divider about the axis of rotation (AR), the header being characterised in that said at least one crop divider has a disked-shape body configured to guide crop material either into or away from the header as the header is moved in the forward direction (F).
Use of a method for separating an unreacted monomer from a waste solution produced during the preparation process of a polyacrylonitrile-based fiber, the method comprising: 1) injecting a mixture solution comprising an unreacted monomer, an aprotic polar solvent and water to a first distillation column, recovering a first fraction comprising the unreacted monomer and a first water fraction from an overhead, and recovering a second fraction comprising the aprotic polar solvent and a second water fraction from a bottom; and 2) injecting the first fraction to a second distillation column and recovering a water-rich fraction from an overhead and an unreacted monomer-rich fraction from a bottom, wherein heat exchange between at least a portion of the unreacted monomer-rich fraction and at least a portion of the first fraction is performed, and wherein the mixture solution is a waste solution produced during a preparation process of polyacrylonitrile-based fiber. 1) injecting a mixture solution comprising an unreacted monomer, an aprotic polar solvent and water to a first distillation column, recovering a first fraction comprising the unreacted monomer and a first water fraction from an overhead, and recovering a second fraction comprising the aprotic polar solvent and a second water fraction from a bottom; and 2) injecting the first fraction to a second distillation column and recovering a water-rich fraction from an overhead and an unreacted monomer-rich fraction from a bottom, wherein heat exchange between at least a portion of the unreacted monomer-rich fraction and at least a portion of the first fraction is performed, and wherein the mixture solution is a waste solution produced during a preparation process of polyacrylonitrile-based fiber. wherein heat exchange between at least a portion of the unreacted monomer-rich fraction and at least a portion of the first fraction is performed, and wherein the mixture solution is a waste solution produced during a preparation process of polyacrylonitrile-based fiber.
A Monitoring and Diagnostics System , comprising: a monitoring unit , a monitored unit comprising a wind turbine, and communication means between said monitoring unit and said monitored unit, wherein said Monitoring and Diagnostics System is configured such that: said monitored unit comprises data acquisition means for providing fault data of said monitored unit, said communication means is adapted to communicate the fault data from said monitored unit to said monitoring unit , and said monitoring unit comprises a reasoning engine comprising a diagnostics knowledge for analyzing the information contained in the fault data and being adapted to deduce diagnostics information from said diagnostics knowledge and from said information; wherein said Monitoring and Diagnostics System is operable to automatically reset the wind turbine in response to said deduced diagnostics information. said monitored unit comprises data acquisition means for providing fault data of said monitored unit, said communication means is adapted to communicate the fault data from said monitored unit to said monitoring unit , and said monitoring unit comprises a reasoning engine comprising a diagnostics knowledge for analyzing the information contained in the fault data and being adapted to deduce diagnostics information from said diagnostics knowledge and from said information; wherein said Monitoring and Diagnostics System is operable to automatically reset the wind turbine in response to said deduced diagnostics information.
An aqueous coating composition comprising: an anionic acrylic polymer, and from 0.1% to 1.55%, by weight based on the total weight of the aqueous coating composition, of an acetoacetamide functional compound having the structure of formula (I), where R is hydrogen or a C 1 -C 6 alkyl group; D is a group represented by Structure A; L and M are each independently hydrogen, a C 1 -C 6 alkyl group, or a group represented by Structure A; wherein Structure A has the following structure, where R 1 , R 2 , and R 3 are each independently hydrogen or methyl; x, y, and z are each independently an average value ranging from 0 to 50; and n is 0 or 1; provided that the sum of x, y, and z in formula (I) is at least 2. an anionic acrylic polymer, and from 0.1% to 1.55%, by weight based on the total weight of the aqueous coating composition, of an acetoacetamide functional compound having the structure of formula (I), where R is hydrogen or a C 1 -C 6 alkyl group; D is a group represented by Structure A; L and M are each independently hydrogen, a C 1 -C 6 alkyl group, or a group represented by Structure A; wherein Structure A has the following structure, where R 1 , R 2 , and R 3 are each independently hydrogen or methyl; x, y, and z are each independently an average value ranging from 0 to 50; and n is 0 or 1; provided that the sum of x, y, and z in formula (I) is at least 2.
A light source system, comprising: a light source device , including at least one group of excitation light sources for generating an excitation light, wherein the excitation light sources are laser light sources; a light output device , which is adapted to receive the excitation light and to convert the excitation light to generate and output a converted light, wherein the light output device includes at least two different wavelength conversion materials which are made of phosphors, and wherein at least one of the wavelength conversion materials is adapted to generate a converted light that is a multi-color light; a light separation and combination device , which is adapted to separate the multi-color light into a first light of a first wavelength range travelling along a first light path and a second light of a second wavelength range travelling along a second light path, wherein the first wavelength range and the second wavelength range are different, and wherein a combined light of all converted lights is a white light; a first light modulation device for modulating light that travels along the first light path; and a second light modulation device for modulating light that travels along the second light path. a light source device , including at least one group of excitation light sources for generating an excitation light, wherein the excitation light sources are laser light sources; a light output device , which is adapted to receive the excitation light and to convert the excitation light to generate and output a converted light, wherein the light output device includes at least two different wavelength conversion materials which are made of phosphors, and wherein at least one of the wavelength conversion materials is adapted to generate a converted light that is a multi-color light; a light separation and combination device , which is adapted to separate the multi-color light into a first light of a first wavelength range travelling along a first light path and a second light of a second wavelength range travelling along a second light path, wherein the first wavelength range and the second wavelength range are different, and wherein a combined light of all converted lights is a white light; a first light modulation device for modulating light that travels along the first light path; and a second light modulation device for modulating light that travels along the second light path.
(Currently Amended) A combustion apparatus comprising: a modifying part configured in the center to modify supplied hydrocarbon-based fuel and air and discharge high temperature modified gas including hydrogen to an outlet ; and a supply part configured at an outer side of the outlet to jet fuel and air to one side of the modified gas discharged from the modifying part to form a flame at a position spaced apart by a pre-set distance from the outlet , wherein the modifying part comprises: a first housing electrically earthed; and an electrode (E) separately installed in the center within the first housing and receiving a voltage applied thereto, characterized in that the supply part comprises: a second housing separately disposed on an outer circumference of the first housing ; and a third housing separately disposed on an outer circumference of the second housing , and further comprises: a fuel passage (P1) formed between the first housing and the second housing ; and an air passage (P2) formed between the second housing and the third housing . a modifying part configured in the center to modify supplied hydrocarbon-based fuel and air and discharge high temperature modified gas including hydrogen to an outlet ; and a supply part configured at an outer side of the outlet to jet fuel and air to one side of the modified gas discharged from the modifying part to form a flame at a position spaced apart by a pre-set distance from the outlet , wherein the modifying part comprises: a first housing electrically earthed; and an electrode (E) separately installed in the center within the first housing and receiving a voltage applied thereto, characterized in that the supply part comprises: a second housing separately disposed on an outer circumference of the first housing ; and a third housing separately disposed on an outer circumference of the second housing , and further comprises: a fuel passage (P1) formed between the first housing and the second housing ; and an air passage (P2) formed between the second housing and the third housing . a first housing electrically earthed; and an electrode (E) separately installed in the center within the first housing and receiving a voltage applied thereto, characterized in that the supply part comprises: a second housing separately disposed on an outer circumference of the first housing ; and a third housing separately disposed on an outer circumference of the second housing , and further comprises: a fuel passage (P1) formed between the first housing and the second housing ; and an air passage (P2) formed between the second housing and the third housing . a second housing separately disposed on an outer circumference of the first housing ; and a third housing separately disposed on an outer circumference of the second housing , and further comprises: a fuel passage (P1) formed between the first housing and the second housing ; and an air passage (P2) formed between the second housing and the third housing . a fuel passage (P1) formed between the first housing and the second housing ; and an air passage (P2) formed between the second housing and the third housing .
A bclw protein or a BH4 domain containing fragment thereof, a polypeptide comprising an amino acid sequence that is at least 70% identical to the amino acid sequence of the BH4 domain of bclw, or a bclw mimetic for use in treating or preventing chemotherapy-induced peripheral neuropathy (CIPN) in a human subject in need thereof, wherein the bclw mimetic is an internally cross-linked polypeptide comprising an amino acid sequence that is at least 70% identical to the amino acid sequence of the BH4 domain of bclw.