mhurhangee/ep-ind-claims huggingface dataset:
An electrically operated valve comprising: a valve shaft; a valve body which is arranged in a first end portion of the valve shaft; a rotor member which is rotatable around a rotor rotating shaft and is movable together with the valve shaft in a parallel direction to a first direction, the first direction being a direction which is parallel to the rotor rotating shaft; a stator member which applies a turning force to the rotor member; a permanent magnet member which turns together with the rotor member; an angle sensor which is arranged above the permanent magnet included in the permanent magnet member and detects an angle of rotation of the permanent magnet; characterized in that the valve further comprises: a guide member (50,50B) which guides a relative movement of the rotor member or the valve shaft in relation to the permanent magnet member, wherein the guide member is movable together with the rotor member in a parallel direction to the first direction and is rotatable together with the rotor member, and wherein a distance between the permanent magnet and the angle sensor is fixed when the permanent magnet member turns. a valve shaft; a valve body which is arranged in a first end portion of the valve shaft; a rotor member which is rotatable around a rotor rotating shaft and is movable together with the valve shaft in a parallel direction to a first direction, the first direction being a direction which is parallel to the rotor rotating shaft; a stator member which applies a turning force to the rotor member; a permanent magnet member which turns together with the rotor member; an angle sensor which is arranged above the permanent magnet included in the permanent magnet member and detects an angle of rotation of the permanent magnet; characterized in that the valve further comprises: a guide member (50,50B) which guides a relative movement of the rotor member or the valve shaft in relation to the permanent magnet member, wherein the guide member is movable together with the rotor member in a parallel direction to the first direction and is rotatable together with the rotor member, and wherein a distance between the permanent magnet and the angle sensor is fixed when the permanent magnet member turns. a guide member (50,50B) which guides a relative movement of the rotor member or the valve shaft in relation to the permanent magnet member, wherein the guide member is movable together with the rotor member in a parallel direction to the first direction and is rotatable together with the rotor member, and wherein a distance between the permanent magnet and the angle sensor is fixed when the permanent magnet member turns.
An oral device configured to be positioned in a patient's oral cavity for improving airway patency, said device comprising: an anchor structure; a first plenum network including a lateral tongue structure configured to extend laterally on one lateral side of the tongue in the oral cavity, said plenum network having at least one vacuum port positioned to enhance the distribution of negative pressure into the oral spaces lateral to the tongue, the oral device being configured to provide a continuous vacuum flow path from the patient's lips to the patient's soft palate, the oral device being configured to maintain a seal between the soft palate and the tongue when vacuum is applied through the vacuum port such that the airway is fluidly isolated from the vacuum flow path. an anchor structure; a first plenum network including a lateral tongue structure configured to extend laterally on one lateral side of the tongue in the oral cavity, said plenum network having at least one vacuum port positioned to enhance the distribution of negative pressure into the oral spaces lateral to the tongue, the oral device being configured to provide a continuous vacuum flow path from the patient's lips to the patient's soft palate, the oral device being configured to maintain a seal between the soft palate and the tongue when vacuum is applied through the vacuum port such that the airway is fluidly isolated from the vacuum flow path.
A dialysis concentrate production system for producing a dialysis concentrate liquid by dissolving a dry concentrate in water comprising a mobile interchangeable container holding the dry concentrate, wherein the interchangeable container has a discharge port and a combined port, and a stationary production system comprising: a storage container with a mixing inlet and an outlet, a delivery pump downstream of the storage container outlet, a first water jet pump downstream of the delivery pump, wherein the water jet pump has a driving inlet, a suction port and an outlet, and wherein the driving inlet is in fluid communication with the delivery pump and the suction port is in fluid communication with the combined port interchangeable container, and a second water jet ump downstream of the delivery pump and parallel to the first water jet pump, wherein the second water jet pump has a driving inlet, a suction port and an outlet, and wherein the driving inlet is in fluid communication with the delivery pump, the suction port is in fluid communication with the interchangeable container discharge port and the outlet is in fluid communication with the storage container mixing inlet. a storage container with a mixing inlet and an outlet, a delivery pump downstream of the storage container outlet, a first water jet pump downstream of the delivery pump, wherein the water jet pump has a driving inlet, a suction port and an outlet, and wherein the driving inlet is in fluid communication with the delivery pump and the suction port is in fluid communication with the combined port interchangeable container, and a second water jet ump downstream of the delivery pump and parallel to the first water jet pump, wherein the second water jet pump has a driving inlet, a suction port and an outlet, and wherein the driving inlet is in fluid communication with the delivery pump, the suction port is in fluid communication with the interchangeable container discharge port and the outlet is in fluid communication with the storage container mixing inlet.
A deformable mirror comprising: a passive substrate layer having a reflective surface provided thereon; a first layer of actively deformable material, attached to the passive substrate layer, that is operable to deform the mirror; and at least one discrete actuator coupled to one of said layers (14,18) that is operable to further deform the mirror.
A method for improving the pigmentation in fish, characterized in that said fish is fed a feed containing manna-oligosaccharides, a pigment and normal fish feed ingredients such as proteins, lipids, vitamins, carbohydrates and minerals, and wherein the method improves the uptake and/or assimilation of said pigment in said fish.
A hot press cushioning material for use in hot press, comprising: a first nonwoven fabric forming an inner layer; and second nonwoven fabrics (16a, 16b) placed on both surfaces of said first nonwoven fabric and forming outer layers, characterized in that each of the second nonwoven fabrics (16a, 16b) is made of copolymerized para-aramid fibers, and each has a basis weight of 80 to 400 g/m 2, and fibers that are more rigid than said copolymerized para-aramid fibers are used as a material of said first nonwoven fabric, and each of said first nonwoven fabric and said second nonwoven fabrics (16a, 16b) has a heat resistant temperature of 270°C or more. a first nonwoven fabric forming an inner layer; and second nonwoven fabrics (16a, 16b) placed on both surfaces of said first nonwoven fabric and forming outer layers, characterized in that each of the second nonwoven fabrics (16a, 16b) is made of copolymerized para-aramid fibers, and each has a basis weight of 80 to 400 g/m 2, and fibers that are more rigid than said copolymerized para-aramid fibers are used as a material of said first nonwoven fabric, and each of said first nonwoven fabric and said second nonwoven fabrics (16a, 16b) has a heat resistant temperature of 270°C or more.
An apparatus for controlling a vane, the apparatus comprising: an actuator; a vane control rod; a guide pin disposed on the vane control rod; a sleeve disposed about the vane control rod; at least one sleeve track disposed along an extent of the sleeve; and a spring disposed within the sleeve; characterised in that the actuator applies a first force on the vane control rod and the spring provides a second force on the vane control rod opposite the actuator force; wherein the guide pin couples the vane control rod and the sleeve; and wherein the actuator linearly moves the vane control rod through the sleeve in order to manipulate a position of the vane. an actuator; a vane control rod; a guide pin disposed on the vane control rod; a sleeve disposed about the vane control rod; at least one sleeve track disposed along an extent of the sleeve; and a spring disposed within the sleeve; characterised in that the actuator applies a first force on the vane control rod and the spring provides a second force on the vane control rod opposite the actuator force; wherein the guide pin couples the vane control rod and the sleeve; and wherein the actuator linearly moves the vane control rod through the sleeve in order to manipulate a position of the vane.
A battery system, comprising at least one battery module interconnected between a first system terminal and a second system terminal by a plurality of high current connectors; and a housing with a plurality of exterior walls enclosing the at least one battery module and the plurality of high current connectors and with at least one partition wall arranged within the housing; wherein a flow channel loop is formed within the housing by the at least one partition wall and the exterior walls, wherein a gas conveyor configured for providing a gas flow circulation through the flow channel loop and at least one gas sensor configured for detecting an excess concentration of at least one gas species in the gas flow circulation are arranged in the flow channel loop, and wherein the gas flow circulation is formed to follow a high current path constituted by the plurality of high current connectors and the at least one battery module between the first and second system terminals (51, 52) by the at least one partition wall. at least one battery module interconnected between a first system terminal and a second system terminal by a plurality of high current connectors; and a housing with a plurality of exterior walls enclosing the at least one battery module and the plurality of high current connectors and with at least one partition wall arranged within the housing; wherein a flow channel loop is formed within the housing by the at least one partition wall and the exterior walls, wherein a gas conveyor configured for providing a gas flow circulation through the flow channel loop and at least one gas sensor configured for detecting an excess concentration of at least one gas species in the gas flow circulation are arranged in the flow channel loop, and wherein the gas flow circulation is formed to follow a high current path constituted by the plurality of high current connectors and the at least one battery module between the first and second system terminals (51, 52) by the at least one partition wall.
An image display device comprising: an image forming unit configured to emit light forming an image; and a concave mirror configured to reflect the light emitted from the image forming unit toward a transparent reflecting member and to produce corrective distortion offsetting the distortion of the transparent reflecting member depending on the tilt and curve of the transparent reflecting member, wherein the image forming unit includes a transparent member on which the image is formed or which forms the image, the transparent member being curved bulging toward the concave mirror, and characterized in that light outgoing from the center of the image formed on the transparent member impinges on the concave mirror at a position other than the center of the concave mirror and is reflected off the transparent reflecting member to impinge on the center of the viewing zone of the observer; wherein the concave mirror is configured such that a higher corrective distortion effect is produced in light from the transparent member which impinges at a position farther from the center of the concave mirror. an image forming unit configured to emit light forming an image; and a concave mirror configured to reflect the light emitted from the image forming unit toward a transparent reflecting member and to produce corrective distortion offsetting the distortion of the transparent reflecting member depending on the tilt and curve of the transparent reflecting member, wherein the image forming unit includes a transparent member on which the image is formed or which forms the image, the transparent member being curved bulging toward the concave mirror, and characterized in that light outgoing from the center of the image formed on the transparent member impinges on the concave mirror at a position other than the center of the concave mirror and is reflected off the transparent reflecting member to impinge on the center of the viewing zone of the observer; wherein the concave mirror is configured such that a higher corrective distortion effect is produced in light from the transparent member which impinges at a position farther from the center of the concave mirror.
A method of updating time zone rules in a client device comprising: receiving (2-1, 3-1, 4-2) a message containing a received time zone identifier; after determining that at least one time zone rule for the received time zone identifier is unknown by the client device, transmitting (2-2, 3-2, 4-5) a request for the at least one time zone rule for receipt by a network element, wherein the at least one time zone rule defines a local time, for a time zone designated by the received time zone identifier. receiving (2-1, 3-1, 4-2) a message containing a received time zone identifier; after determining that at least one time zone rule for the received time zone identifier is unknown by the client device, transmitting (2-2, 3-2, 4-5) a request for the at least one time zone rule for receipt by a network element, wherein the at least one time zone rule defines a local time, for a time zone designated by the received time zone identifier.
A terminal device for use in a wireless telecommunications system for communicating with network infrastructure equipment in accordance with a first radio access technology on a primary cell supporting a primary component carrier on radio resources within a first frequency band and a secondary cell supporting a secondary component carrier on radio resources within a second frequency band, wherein the terminal device is further adapted to use radio resources within the second frequency band for communicating in accordance with a second radio access technology, and wherein the terminal device comprises a controller unit and a transceiver unit configured to operate together to: receive from the network infrastructure equipment an indication of a configuration of radio resources within the second frequency band for use by the terminal device for communications with the network infrastructure equipment in accordance with the first radio access technology; establish a configuration of radio resources within the second frequency band for use by the terminal device for communications in accordance with the second radio access technology; determine if there is an overlap in the radio resources configured for use by the terminal device for communications in accordance with the first radio access technology and the radio resources configured for use by the terminal device for communications in accordance with the second radio access technology, and if so, transmit signalling to the network infrastructure equipment to indicate there is an overlap. receive from the network infrastructure equipment an indication of a configuration of radio resources within the second frequency band for use by the terminal device for communications with the network infrastructure equipment in accordance with the first radio access technology; establish a configuration of radio resources within the second frequency band for use by the terminal device for communications in accordance with the second radio access technology; determine if there is an overlap in the radio resources configured for use by the terminal device for communications in accordance with the first radio access technology and the radio resources configured for use by the terminal device for communications in accordance with the second radio access technology, and if so, transmit signalling to the network infrastructure equipment to indicate there is an overlap.
A continuous annealing and hot dip plating method for steel sheet containing Si using an annealing furnace having, in order in a direction of conveyance of steel sheet, a front heating zone, rear heating zone, soaking zone, and cooling zone and a hot dip plating bath provided at a rear of the same so as to continuously convey steel sheet to the annealing furnace and hot dip plating bath and continuously anneal and hot dip plate it, said continuous annealing and hot dip plating method being characterized by heating or soaking the steel sheet at a steel sheet temperature of a temperature range of at least 300°C or more by indirect heating, making an atmosphere of the front heating zone, rear heating zone, soaking zone, and cooling zone one comprised of hydrogen in an amount of 1 to 10 vol% and a balance of nitrogen and unavoidable impurities, making a dew point of the front heating zone less than -25°C, making dew points of the rear heating zone and soaking zone -30°C to 0°C, making a dew point of the cooling zone less than -25°C, exhausting at least part of the atmospheric gas between said front heating zone and said rear heating zone, sealing the atmosphere between said front heating zone and said atmospheric gas exhaust location, sealing the atmosphere between said soaking zone and said cooling zone, annealing with a steel sheet peak temperature during heating in the front heating zone 550 to 750°C, then hot dip plating the sheet.
A turbine shroud assembly adapted for use in a gas turbine engine, the assembly comprising a carrier (24, 924,2224), a blade track segment (26, 926), the blade track segment (26, 926) formed to include a runner shaped to extend partway around a central axis and an attachment portion that extends radially outward from the runner that mounts to the carrier (24, 924,2224) to couple the blade track segment (26, 926) to the carrier (24, 924,2224), and characterised in that the assembly further comprises a multi-piece seal (30,230,2230) including components received in a first radially-inwardly opening channel formed in the carrier (24, 924,2224), the multi-piece seal engages the runner of the blade track segment (26, 926) to resist the flow of gasses through an interface between the carrier (24, 924,2224) and the runner of the blade track segment (26, 926), wherein the multi-piece seal includes a forward wire arranged along a forward side of the first radially-inwardly opening channel, an aft wire arranged along an aft side of the first radially-inwardly opening channel, and a rope seal arranged in the first radially-inwardly opening channel between the forward wire seal and the aft wire seal, and wherein the rope seal is sized to engage the forward wire seal and the aft wire seal such that the forward wire seal and the aft wire seal are pushed away from one another and radially inward into engagement with the carrier (24, 924,2224) and the runner of the blade track segment (26, 926).
A method for preparing a graft copolymer complex, the method comprising: emulsion-polymerizing a conjugated diene-based polymer, an aromatic vinyl-based monomer, and an alkyl (meth)acrylate-based monomer to prepare a graft copolymer latex; and adding an imidazole-based ionic compound to the graft copolymer latex and coagulating the same; wherein the imidazole-based ionic compound is added in an amount of 2.0 to 5.0 parts by weight based on 100 parts by weight of the graft copolymer latex; and wherein 20 to 70 % by weight of the conjugated diene-based polymer, 7 to 30 % by weight of the aromatic vinyl-based monomer, and 20 to 60 % by weight of the alkyl (meth)acrylate-based monomer are emulsion-polymerized based on a total weight of the conjugated diene-based polymer and the monomers. emulsion-polymerizing a conjugated diene-based polymer, an aromatic vinyl-based monomer, and an alkyl (meth)acrylate-based monomer to prepare a graft copolymer latex; and adding an imidazole-based ionic compound to the graft copolymer latex and coagulating the same; wherein the imidazole-based ionic compound is added in an amount of 2.0 to 5.0 parts by weight based on 100 parts by weight of the graft copolymer latex; and wherein 20 to 70 % by weight of the conjugated diene-based polymer, 7 to 30 % by weight of the aromatic vinyl-based monomer, and 20 to 60 % by weight of the alkyl (meth)acrylate-based monomer are emulsion-polymerized based on a total weight of the conjugated diene-based polymer and the monomers.
A method of detecting an incipient failure of a generator in a power system comprising the steps of: ascertaining at least one generator reference parameter of the generator for use as a baseline reference; measuring at least one operating parameter value of the generator; using the at least one operating parameter value to solve for an estimated present value of at least one of the generator's current performance parameters using particle swarm optimization technique; and determining (206, 208) whether the estimated present values of the at least one of the generator's current performance parameters are outside of an acceptable limit. ascertaining at least one generator reference parameter of the generator for use as a baseline reference; measuring at least one operating parameter value of the generator; using the at least one operating parameter value to solve for an estimated present value of at least one of the generator's current performance parameters using particle swarm optimization technique; and determining (206, 208) whether the estimated present values of the at least one of the generator's current performance parameters are outside of an acceptable limit.
A catheter assembly comprising: a catheter hub; a needle hub; a needle attached to the needle hub and inserted through the catheter hub; a tip shield having a resilient clip compartment, the tip shield being connectable to the needle hub; a resilient clip within the resilient clip compartment, the resilient clip being connectable to the catheter hub; and a covering (62,62a,72,80,88) that blocks an opening of the resilient clip compartment to minimize fluid leakage from the tip shield upon release of the resilient clip from the catheter hub characterized in that the covering (62,62a,72,80,88) is a film, or a high viscosity fluid, or an extension of the resilient clip. a catheter hub; a needle hub; a needle attached to the needle hub and inserted through the catheter hub; a tip shield having a resilient clip compartment, the tip shield being connectable to the needle hub; a resilient clip within the resilient clip compartment, the resilient clip being connectable to the catheter hub; and a covering (62,62a,72,80,88) that blocks an opening of the resilient clip compartment to minimize fluid leakage from the tip shield upon release of the resilient clip from the catheter hub characterized in that the covering (62,62a,72,80,88) is a film, or a high viscosity fluid, or an extension of the resilient clip.