mhurhangee/patent-ind-claim-en huggingface dataset:
A device for manufacture of polymeric micro-scaffolds, the device comprising: a first solution storage part for storing a polymeric support structure solution; a second solution storage part for storing an emulsifier solution; a gas storage part, connected to both the first solution storage part and the second solution storage part, for providing a transporting gas for transporting the polymeric support structure solution and the emulsifier solution; a compression part for applying a pressure to the transporting gas supplied to the first solution storage part and the second solution storage part; a pressure controller for controlling the compression part so as to apply pressures to the transporting gas flowing into the first solution storage part and the second solution storage part, respectively; a scaffold injector for receiving the polymeric support structure solution and the emulsifier solution respectively supplied by the transporting gas and releasing a scaffold dispersion resulting from coupling between the polymeric support structure solution and the emulsifier solution; and a scaffold production part for receiving the scaffold dispersion released from the scaffold injector, and producing polymeric micro-scaffolds, wherein the transporting gas supplied from the gas storage part is any one of nitrogen gas (N 2 ) and inactive gas. a first solution storage part for storing a polymeric support structure solution; a second solution storage part for storing an emulsifier solution; a gas storage part, connected to both the first solution storage part and the second solution storage part, for providing a transporting gas for transporting the polymeric support structure solution and the emulsifier solution; a compression part for applying a pressure to the transporting gas supplied to the first solution storage part and the second solution storage part; a pressure controller for controlling the compression part so as to apply pressures to the transporting gas flowing into the first solution storage part and the second solution storage part, respectively; a scaffold injector for receiving the polymeric support structure solution and the emulsifier solution respectively supplied by the transporting gas and releasing a scaffold dispersion resulting from coupling between the polymeric support structure solution and the emulsifier solution; and a scaffold production part for receiving the scaffold dispersion released from the scaffold injector, and producing polymeric micro-scaffolds, wherein the transporting gas supplied from the gas storage part is any one of nitrogen gas (N 2 ) and inactive gas.
An airfoil, comprising: an airfoil section having an external wall and an internal wall , said internal wall defining a first reference plane extending in a spanwise direction and through a thickness of said internal wall; a first cavity and a second cavity separated by said internal wall; a plurality of radially staggered crossover passages within said internal wall and connecting said first cavity to said second cavity, each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity, and wherein said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages positioned on opposite sides of said first reference plane, said passage axis of each of said first set of crossover passages being arranged at a first vertical angle relative to a spanwise axis and said passage axis of each of said second set of crossover passages being arranged at a second, different vertical angle relative to said spanwise axis, wherein said first cavity is spaced from said external wall , and said second cavity is an impingement cavity adjacent to a pressure side or a suction side of the airfoil section . an airfoil section having an external wall and an internal wall , said internal wall defining a first reference plane extending in a spanwise direction and through a thickness of said internal wall; a first cavity and a second cavity separated by said internal wall; a plurality of radially staggered crossover passages within said internal wall and connecting said first cavity to said second cavity, each of said plurality of crossover passages defining a passage axis, said plurality of crossover passages distributed in said spanwise direction and arranged such that said passage axis of each of said plurality of crossover passages intersects a surface of said second cavity, and wherein said plurality of crossover passages includes a first set of crossover passages and a second set of crossover passages positioned on opposite sides of said first reference plane, said passage axis of each of said first set of crossover passages being arranged at a first vertical angle relative to a spanwise axis and said passage axis of each of said second set of crossover passages being arranged at a second, different vertical angle relative to said spanwise axis, wherein said first cavity is spaced from said external wall , and said second cavity is an impingement cavity adjacent to a pressure side or a suction side of the airfoil section .
A method performed by a base station for obtaining terminal information, comprising: receiving , when a subscriber is registered or terminal information is changed, service policy information sent by an element management server, EMS, wherein the service policy information comprises a mapping relationship between terminal information and subscriber profile IDs, SPIDs, wherein the mapping relationship between terminal information and subscriber profile IDs SPIDs comprises a first mapping table that maps terminal information and terminal priority indicators, and a second mapping table that maps SPIDs, operator-defined SPIDs and terminal priority indicators; obtaining a first SPID corresponding to a first terminal; wherein the obtaining the first SPID comprises receiving the first SPID sent by a mobility management entity, MME, wherein the first SPID is sent by a home subscriber server, HSS, to the MME; learning an existing policy according to the operator-defined SPID, wherein the operator-defined SPID is obtained by mapping the first SPID to the operator-defined SPID in the second mapping table; and obtaining according to the service policy information and the first SPID, terminal information of the first terminal, and wherein the base station obtains the terminal information of the first terminal by mapping the first SPID to a terminal priority indicator and mapping the terminal priority indicator to terminal information in the mapping tables; wherein the terminal information comprises one of or a combination of the following information: a terminal supplier, a terminal model, and a terminal operating system. receiving , when a subscriber is registered or terminal information is changed, service policy information sent by an element management server, EMS, wherein the service policy information comprises a mapping relationship between terminal information and subscriber profile IDs, SPIDs, wherein the mapping relationship between terminal information and subscriber profile IDs SPIDs comprises a first mapping table that maps terminal information and terminal priority indicators, and a second mapping table that maps SPIDs, operator-defined SPIDs and terminal priority indicators; obtaining a first SPID corresponding to a first terminal; wherein the obtaining the first SPID comprises receiving the first SPID sent by a mobility management entity, MME, wherein the first SPID is sent by a home subscriber server, HSS, to the MME; learning an existing policy according to the operator-defined SPID, wherein the operator-defined SPID is obtained by mapping the first SPID to the operator-defined SPID in the second mapping table; and obtaining according to the service policy information and the first SPID, terminal information of the first terminal, and wherein the base station obtains the terminal information of the first terminal by mapping the first SPID to a terminal priority indicator and mapping the terminal priority indicator to terminal information in the mapping tables; wherein the terminal information comprises one of or a combination of the following information: a terminal supplier, a terminal model, and a terminal operating system.
Modified perfluoroplastics consisting of radiation-chemically or plasma-chemically or thermomechanically modified perfluoropolymers or of a mixture of radiation-chemically and/or plasma-chemically and/or thermomechanically modified perfluoropolymers and low molecular mass or oligomeric or polymeric compounds in each case having at least one hydroxyl group in the form of phenol groups or hydroxyaryl groups or hydroxyalkyl groups or having at least one phenolic and at least one aliphatic hydroxyl group on the aryl radical, which are reactively converted in a powder or paste or melt processing operation under shearing conditions, and the low molecular mass or oligomeric or polymeric di- or polyhydroxyaryl compounds are coupled chemically to the perfluoropolymers via ether bonds.
A system for making RFID devices , comprising: a plurality of RFID components , the RFID components being RFID elements or chips that are inherently flexible; a vibratory feeder containing the plurality of RFID components , which vibratory feeder moves and orients the RFID components and dispenses the RFID components in at least one stream of RFID components , the stream comprising a plurality of the RFID components , the leading one of which is defined as a lead RFID component ; an upstream movable support located upstream of a transfer station , and a plurality of RFID antennas in an ordered sequence on the upstream movable support; the transfer station provides a location at which the lead RFID component engages one of the RFID antennas when reaching the transfer station , whereby a combined RFID component and antenna is assembled; and a downstream support located downstream of the transfer station , the downstream support collects the combined RFID component and antenna for making the RFID device ; wherein the upstream movable support and the downstream support comprise a unitary movable support that passes through the transfer station , which unitary support is a continuous-motion web , characterized by further including a pivoting pusher at the transfer station that exerts a generally downward force on the lead RFID component to assist in forming the combined RFID component and antenna , and wherein the pivoting pusher has a remote end portion that follows movement of the continuous-motion web while exerting the downward force on the lead RFID component . a plurality of RFID components , the RFID components being RFID elements or chips that are inherently flexible; a vibratory feeder containing the plurality of RFID components , which vibratory feeder moves and orients the RFID components and dispenses the RFID components in at least one stream of RFID components , the stream comprising a plurality of the RFID components , the leading one of which is defined as a lead RFID component ; an upstream movable support located upstream of a transfer station , and a plurality of RFID antennas in an ordered sequence on the upstream movable support; the transfer station provides a location at which the lead RFID component engages one of the RFID antennas when reaching the transfer station , whereby a combined RFID component and antenna is assembled; and a downstream support located downstream of the transfer station , the downstream support collects the combined RFID component and antenna for making the RFID device ; wherein the upstream movable support and the downstream support comprise a unitary movable support that passes through the transfer station , which unitary support is a continuous-motion web , characterized by further including a pivoting pusher at the transfer station that exerts a generally downward force on the lead RFID component to assist in forming the combined RFID component and antenna , and wherein the pivoting pusher has a remote end portion that follows movement of the continuous-motion web while exerting the downward force on the lead RFID component .
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and spinosyns.
Citalopram or escitalopram, pharmaceutically acceptable salts thereof for use in the treatment of Machado-Joseph disease, spinobulbar muscular atrophy, dentatorubralpallidoluysian atrophy, spinocerebellar ataxia type 1, spinocerebellar ataxia type 2, spinocerebellar ataxia type 6, spinocerebellar ataxia type 7, spinocerebellar ataxia type 17.
An information processing device included in an instruction-side system of an assistance system including an operation-side system and the instruction-side system separated from the operation-side system , the information processing device comprising: an instruction-side data transmission unit that transmits surgical instructions drawing information (PI) to the operation-side system , wherein the surgical instructions drawing information (PI) is based on an operation input of an instructor and is necessary for generating operation-side annotation image data (Ad1) in the operation-side system ; an image generation unit that generates instruction-side annotation image data (Ad2) from the surgical instructions drawing information (PI); and an instruction-side image combining unit that combines the instruction-side annotation image data (Ad2) generated by the instruction-side image generation unit and operation-side combined image data (Cd1) received from the operation-side system and outputs instruction-side combined image data (Cd2) on a monitor of the instruction-side system , wherein in the operation-side system , the annotation image data (Ad1) is generated from the surgical instructions drawing information (PI), and the operation-side combined image data (Cd1) is generated by combining a plurality of pieces of image data (Id) including the generated annotation image data (Ad1). an instruction-side data transmission unit that transmits surgical instructions drawing information (PI) to the operation-side system , wherein the surgical instructions drawing information (PI) is based on an operation input of an instructor and is necessary for generating operation-side annotation image data (Ad1) in the operation-side system ; an image generation unit that generates instruction-side annotation image data (Ad2) from the surgical instructions drawing information (PI); and an instruction-side image combining unit that combines the instruction-side annotation image data (Ad2) generated by the instruction-side image generation unit and operation-side combined image data (Cd1) received from the operation-side system and outputs instruction-side combined image data (Cd2) on a monitor of the instruction-side system , wherein in the operation-side system , the annotation image data (Ad1) is generated from the surgical instructions drawing information (PI), and the operation-side combined image data (Cd1) is generated by combining a plurality of pieces of image data (Id) including the generated annotation image data (Ad1).
A maintenance device for maintaining an offshore wind turbine , the device being suitable for pressing against and traveling along the pylon of the wind turbine, and comprising: - a maintenance platform including a notch , preferably an U-shaped notch defining two branches (2a1, 2a2) suitable for placing on either side of the pylon of the wind turbine so that the pylon of the wind turbine can penetrate into said notch with the vertical longitudinal axis (XX') of the pylon of the wind turbine being perpendicular to a work plane of a top surface of said maintenance platform; and - travel means for causing said maintenance platform to travel along the pylon of the wind turbine in the vertical longitudinal axial direction (XX') of the pylon of the wind turbine, the travel means comprising a plurality of motor-driven crawlers arranged under said maintenance platform so that when the pylon of the wind turbine is placed in said notch with the vertical longitudinal axis of the pylon of the wind turbine perpendicular to the work plane of said maintenance platform, said crawlers having tracks are suitable for pressing against said pylon of the wind turbine and traveling along the pylon of the wind turbine. - a maintenance platform including a notch , preferably an U-shaped notch defining two branches (2a1, 2a2) suitable for placing on either side of the pylon of the wind turbine so that the pylon of the wind turbine can penetrate into said notch with the vertical longitudinal axis (XX') of the pylon of the wind turbine being perpendicular to a work plane of a top surface of said maintenance platform; and - travel means for causing said maintenance platform to travel along the pylon of the wind turbine in the vertical longitudinal axial direction (XX') of the pylon of the wind turbine, the travel means comprising a plurality of motor-driven crawlers arranged under said maintenance platform so that when the pylon of the wind turbine is placed in said notch with the vertical longitudinal axis of the pylon of the wind turbine perpendicular to the work plane of said maintenance platform, said crawlers having tracks are suitable for pressing against said pylon of the wind turbine and traveling along the pylon of the wind turbine.
A composition comprising a plurality of discrete multiwall carbon nanotubes, wherein the discrete multiwall carbon nanotubes comprise an interior and exterior surface, the interior surface comprising an interior surface oxidized species content and the exterior surface comprising an exterior surface oxidized species content, wherein the interior surface oxidized species content is at least 0.01 up to 3 weight percent relative to carbon nanotube weight and differs from the exterior surface oxidized species content by at least 20%, and as high as 100%, wherein the oxidized species is selected from the group consisting of carboxylic acids, phenols, aldehydes, ketones, ether linkages, and combinations thereof.
A method of recording a medicament dose using a data collection device , the method comprising: Capturing (s5.3, s12.3), by a camera of the data collection device, at least two images of a medicament dose indicator of a medicament delivery device ; determining (s5.4, s12.4) a current medicament dosage amount displayed by the medicament dose indicator in the at least two images using a first character identification technique; displaying (s.5.6, s12.6) a current dosage amount based on a result of said first character identification technique; determining (s5.5, s12.5) whether the current medicament dosage amounts in the at least two images are different; and in response to a determination that the current displayed dosage amounts are not different, identifying (s5.7, s12.7) at least one character in one of the at least two images using a second character identification technique which is different from the first character identification technique and determining (s5.8, s12.8) the medicament dosage amount indicated by the medicament dose indicator based on a result of said second character identification technique, wherein said first character identification technique is less computationally intensive than said second character identification technique, and storing (s5.10, s12.10) the medicament dosage amount in the data collection device. Capturing (s5.3, s12.3), by a camera of the data collection device, at least two images of a medicament dose indicator of a medicament delivery device ; determining (s5.4, s12.4) a current medicament dosage amount displayed by the medicament dose indicator in the at least two images using a first character identification technique; displaying (s.5.6, s12.6) a current dosage amount based on a result of said first character identification technique; determining (s5.5, s12.5) whether the current medicament dosage amounts in the at least two images are different; and in response to a determination that the current displayed dosage amounts are not different, identifying (s5.7, s12.7) at least one character in one of the at least two images using a second character identification technique which is different from the first character identification technique and determining (s5.8, s12.8) the medicament dosage amount indicated by the medicament dose indicator based on a result of said second character identification technique, wherein said first character identification technique is less computationally intensive than said second character identification technique, and storing (s5.10, s12.10) the medicament dosage amount in the data collection device.
An appliance for cooking food under pressure, the appliance including at least a lid and a manual control lever for opening and closing the appliance , said lever being mounted on the lid to pivot about a horizontal pivot axis (Y-Y') between a raised position and a lowered position corresponding respectively to opening and closing the appliance , said lever extending longitudinally between firstly an inner end via which it is connected to the lid and secondly a free end , said appliance being characterized in that it includes a manual carrying grip for carrying the lid mounted on the lid , said lever being mounted to move relative to said manual carrying grip which is in the form of an elongate part against and on which said lever is folded down in the lowered position, said elongate part extending under the lever in the lowered position along only a first portion of the lever , said first portion being extended by a second portion of the lever that extends freely to said free end and that does not overlie said elongate part so that when the lever is in the lowered position it is possible to take hold manually of its second portion only.