mhurhangee/ep-ind-claims huggingface dataset:
An electron gun comprising: a cold cathode adapted to emit an electron beam; a plurality of electrostatic lenses located in front of the cold cathode and along a path of the electron beam, wherein the plurality of electrostatic lenses is configured to produce a focusing electric field in the vicinity of the electron beam; and at least one magnetic apparatus situated in proximity to the cold cathode and the plurality of electrostatic lenses and configured to produce a magnetic field in the vicinity of the electron beam, wherein the magnetic field is configured to substantially insulate the cold cathode from secondary electrons and primary re-reflected electrons emitted from surfaces within the electron gun. a cold cathode adapted to emit an electron beam; a plurality of electrostatic lenses located in front of the cold cathode and along a path of the electron beam, wherein the plurality of electrostatic lenses is configured to produce a focusing electric field in the vicinity of the electron beam; and at least one magnetic apparatus situated in proximity to the cold cathode and the plurality of electrostatic lenses and configured to produce a magnetic field in the vicinity of the electron beam, wherein the magnetic field is configured to substantially insulate the cold cathode from secondary electrons and primary re-reflected electrons emitted from surfaces within the electron gun.
Bar for connecting dental implants that are anchored in a jaw bone, wherein this bar comprises a base with an underside that is provided to be directed towards the jaw bone with the implants, wherein the bar is provided to be received in a cavity of a component of a dental prosthesis, wherein this component among other things imitates the gums, wherein this base is made of a biocompatible material comprising a high-performance polymer, characterized in that this base comprises two or more recesses that open out on the underside of the base, and the bar comprises two or more click elements that are received in the respective recesses, wherein these click elements are provided to make click connections with two or more dental implants for connecting the bar to the dental implants.
A wind turbine blade root comprising: an annular structure (12; 112) extending about a main axis (A; A') and made of a composite material including a matrix and reinforcing fibres; first longitudinal reinforcing elements (13; 113), which are incorporated in the annular structure (12; 112), extend in the direction of the main axis (A; A') and are spaced apart in a circle about the main axis (A; A'); and an annular reinforcing element (15; 115) connecting the first longitudinal reinforcing elements (13; 113) and having first coupling portions for coupling to the first longitudinal reinforcing elements (13; 113); characterized in that the first coupling portions (15a; 115a) have respective first longitudinal slots of a width corresponding to a transverse dimension of the first longitudinal reinforcing elements (13; 113); and wherein the first longitudinal reinforcing elements (13; 113) have respective first transverse slots (13c; 113c) configured to engage with respective first coupling portions (15a; 115a) of the annular reinforcing element (15; 115). an annular structure (12; 112) extending about a main axis (A; A') and made of a composite material including a matrix and reinforcing fibres; first longitudinal reinforcing elements (13; 113), which are incorporated in the annular structure (12; 112), extend in the direction of the main axis (A; A') and are spaced apart in a circle about the main axis (A; A'); and an annular reinforcing element (15; 115) connecting the first longitudinal reinforcing elements (13; 113) and having first coupling portions for coupling to the first longitudinal reinforcing elements (13; 113); characterized in that the first coupling portions (15a; 115a) have respective first longitudinal slots of a width corresponding to a transverse dimension of the first longitudinal reinforcing elements (13; 113); and wherein the first longitudinal reinforcing elements (13; 113) have respective first transverse slots (13c; 113c) configured to engage with respective first coupling portions (15a; 115a) of the annular reinforcing element (15; 115).
A process for the production of an insulation and drainage board using foamable and/or prefoamed polystyrene particles and an organic binding agent, in which the foamable and/or prefoamed polystyrene particles are coated with the organic binding agent, poured into a mould and undergo a final foaming process wherein, in order to coat the foamable and/or prefoamed polystyrene particles, a powdery organic binding agent is used which is activated by the addition of moisture and/or heat so that a film of binding agent is formed which at least partially encases the polystyrene particles, which film reduces the expansion of the polystyrene particles during the final foaming process.
A piece of luggage, comprising: at least one section of a stiff shell material defining a first face of the piece of luggage and having at least two corners wherein a portion of the at least one section has been removed forming at least a first notch and a second notch proximate the at least two corners, wherein first and second edges (50, 52) of the at least one section adjacent the first notch are folded inward relative an inner surface of the at least one section forming first and second sides (14, 18), the first and second sides (14, 18) defining second and third faces (22, 26) of the piece of luggage, and wherein the first edge and a third edge of the at least one section of the stiff shell material adjacent the second notch are folded inward relative the inner surface forming the first side and a third side, the third side defining a fourth face of the piece of luggage; a first rigid corner piece secured to the first and second sides (14, 18) proximate the first notch and a second rigid corner piece secured to the first and third sides (14, 20) proximate the second notch; and a support structure disposed along the first face between the first rigid corner piece and the second corner piece, characterised in that the support structure is integral with the first and second rigid corner pieces. at least one section of a stiff shell material defining a first face of the piece of luggage and having at least two corners wherein a portion of the at least one section has been removed forming at least a first notch and a second notch proximate the at least two corners, wherein first and second edges (50, 52) of the at least one section adjacent the first notch are folded inward relative an inner surface of the at least one section forming first and second sides (14, 18), the first and second sides (14, 18) defining second and third faces (22, 26) of the piece of luggage, and wherein the first edge and a third edge of the at least one section of the stiff shell material adjacent the second notch are folded inward relative the inner surface forming the first side and a third side, the third side defining a fourth face of the piece of luggage; a first rigid corner piece secured to the first and second sides (14, 18) proximate the first notch and a second rigid corner piece secured to the first and third sides (14, 20) proximate the second notch; and a support structure disposed along the first face between the first rigid corner piece and the second corner piece, characterised in that the support structure is integral with the first and second rigid corner pieces.
A liquid crystal display device, comprising: a first substrate having elements configured to drive pixels; a second substrate having color filters corresponding to the pixels; and a sealant configured to bond the first substrate and the second substrate to each other; wherein the first substrate includes a first protruding structure located in an area where the first substrate is in contact with the sealant, and the second substrate includes a second protruding structure located in an area where the second substrate is in contact with the sealant, wherein the sealant includes a spherical glass fiber configured to maintain a cell gap between the first and second substrates (100', 200') and a height of the first and second protruding structures (370, 360) is smaller than the difference between the cell gap and the diameter of the spherical glass fiber, and wherein each of the first and second protruding structures (370, 360) is a plurality of column spacers disposed with an interval that is equal to or larger than the diameter of the spherical glass fiber. a first substrate having elements configured to drive pixels; a second substrate having color filters corresponding to the pixels; and a sealant configured to bond the first substrate and the second substrate to each other; wherein the first substrate includes a first protruding structure located in an area where the first substrate is in contact with the sealant, and the second substrate includes a second protruding structure located in an area where the second substrate is in contact with the sealant, wherein the sealant includes a spherical glass fiber configured to maintain a cell gap between the first and second substrates (100', 200') and a height of the first and second protruding structures (370, 360) is smaller than the difference between the cell gap and the diameter of the spherical glass fiber, and wherein each of the first and second protruding structures (370, 360) is a plurality of column spacers disposed with an interval that is equal to or larger than the diameter of the spherical glass fiber.
A reception device comprising: a reception unit configured to receive a stream including a base stream having encoded image data of pictures in lower hierarchies and an enhanced stream having encoded image data of pictures in a higher hierarchy, which are generated by performing hierarchical encoding on image data of each picture that constitutes moving image data, wherein the higher hierarchy is a higher hierarchy than a highest hierarchy that any picture of the base stream can have, wherein the hierarchies of the pictures included in the base stream and the hierarchy of the pictures included in the enhanced stream are within predetermined respective ranges, which are independent from each other; and a control unit configured to: extract only encoded image data of the pictures of each hierarchy included in the base stream or both of encoded image data of the pictures of each hierarchy included in the base stream and encoded image data of the pictures of the higher hierarchy included in the enhanced stream, and control, on the basis of a display capability, a frame rate of image data of each picture obtained by a decoding process on the encoded image data of each extracted picture. a reception unit configured to receive a stream including a base stream having encoded image data of pictures in lower hierarchies and an enhanced stream having encoded image data of pictures in a higher hierarchy, which are generated by performing hierarchical encoding on image data of each picture that constitutes moving image data, wherein the higher hierarchy is a higher hierarchy than a highest hierarchy that any picture of the base stream can have, wherein the hierarchies of the pictures included in the base stream and the hierarchy of the pictures included in the enhanced stream are within predetermined respective ranges, which are independent from each other; and a control unit configured to: extract only encoded image data of the pictures of each hierarchy included in the base stream or both of encoded image data of the pictures of each hierarchy included in the base stream and encoded image data of the pictures of the higher hierarchy included in the enhanced stream, and control, on the basis of a display capability, a frame rate of image data of each picture obtained by a decoding process on the encoded image data of each extracted picture. extract only encoded image data of the pictures of each hierarchy included in the base stream or both of encoded image data of the pictures of each hierarchy included in the base stream and encoded image data of the pictures of the higher hierarchy included in the enhanced stream, and control, on the basis of a display capability, a frame rate of image data of each picture obtained by a decoding process on the encoded image data of each extracted picture.
A communication apparatus: a mapping unit configured to map sounding reference signals, SRSs, to frequency resources; and a transmitting unit configured to transmit the mapped SRSs, characterized in that a SRS transmission bandwidth, which is in between control channels that are mapped to both ends of a system bandwidth and which covers a frequency band subject to estimation of channel quality information, varies in the system bandwidth, and said mapping unit maps the SRSs to frequency resources, each of which has a fixed bandwidth regardless of variation of the SRS transmission bandwidth, and into which the SRS transmission bandwidth is uniformly divided. a mapping unit configured to map sounding reference signals, SRSs, to frequency resources; and a transmitting unit configured to transmit the mapped SRSs, characterized in that a SRS transmission bandwidth, which is in between control channels that are mapped to both ends of a system bandwidth and which covers a frequency band subject to estimation of channel quality information, varies in the system bandwidth, and said mapping unit maps the SRSs to frequency resources, each of which has a fixed bandwidth regardless of variation of the SRS transmission bandwidth, and into which the SRS transmission bandwidth is uniformly divided.
A rubber composition, comprising: a rubber component containing an oil-extended butadiene rubber having a cis content of 95 mol% or greater, a vinyl content of 1.2 mol% or less and a weight-average molecular weight of 530,000 or greater, and/or a styrene-butadiene rubber having a bound styrene content of 10~60 mass% and a weight-average molecular weight of 800,000 or greater; an inorganic reinforcement agent represented by the formula below and having a nitrogen adsorption specific surface area of 10~60 m 2 /g or greater; and silica having a nitrogen adsorption specific surface area of 100 m 2 /g or greater and/or carbon black having a nitrogen adsorption specific surface area of 100 m 2 /g or greater, wherein the oil-extended butadiene rubber is synthesized using a rare-earth element-based catalyst, the total content of the oil butadiene rubber and the styrene-butadiene rubber is 10~100 mass% of the rubber component, based on 100 parts by mass of the rubber component, the content of the inorganic reinforcement agent is 1~70 parts by mass, and the total content of the silica and carbon black is at least 50 parts by mass. mM·xSiO y ·zH 2 O (in the formula, "M" represents at least one metal selected from the group consisting of Al, Mg, Ti, Ca, Zr, an oxide of the metal thereof and a hydroxide of the metal thereof, "m" is a whole number of 1~5, "x" is a whole number of 0~10, "y" is a whole number of 2~5, and "z" is a whole number of 0~10) a rubber component containing an oil-extended butadiene rubber having a cis content of 95 mol% or greater, a vinyl content of 1.2 mol% or less and a weight-average molecular weight of 530,000 or greater, and/or a styrene-butadiene rubber having a bound styrene content of 10~60 mass% and a weight-average molecular weight of 800,000 or greater; an inorganic reinforcement agent represented by the formula below and having a nitrogen adsorption specific surface area of 10~60 m 2 /g or greater; and silica having a nitrogen adsorption specific surface area of 100 m 2 /g or greater and/or carbon black having a nitrogen adsorption specific surface area of 100 m 2 /g or greater,
A method for manufacturing a papermaker's or industrial fabric (50, 70, 90), said method comprising the steps of: a) providing a base substrate for the fabric; b) depositing a plurality of polymeric resin material droplets onto preselected discrete locations on said base substrate in a controlled manner to build up discrete, discontinuous deposits (60, 82, 98) of said polymeric resin material having a height of at least 0.5 mm relative to a surface of said base substrate at said preselected discrete locations, wherein the droplets have a nominal diameter of 10μm to 100μm; and c) at least partially setting said polymeric resin material. a) providing a base substrate for the fabric; b) depositing a plurality of polymeric resin material droplets onto preselected discrete locations on said base substrate in a controlled manner to build up discrete, discontinuous deposits (60, 82, 98) of said polymeric resin material having a height of at least 0.5 mm relative to a surface of said base substrate at said preselected discrete locations, wherein the droplets have a nominal diameter of 10μm to 100μm; and c) at least partially setting said polymeric resin material.
A vacuum insulation panel comprising a molded product and an envelope having an airtight property; the molded product being decompressed and encapsulated in the envelope; the molded product being molded from fibers and a powder material containing fumed silica; the fibers comprising fibers having a fiber length D30 of at least 100 μm and fibers having a fiber length D90 of at most 20 mm; the content ratio of the fumed silica in the powder material being at least 70 mass%; and the content ratio of the fibers being from 2 to 30 parts by mass to the powder material having a total mass of 100 parts by mass.
Closing bar of a motor vehicle body lock, with a bar arranged on a bar plate, which is designed to be movable in a working direction, starting from a rest position, and standing in operative connection with an abutment (55, 60, 65), as well as a base plate which can be attached to a motor vehicle body, characterized in that, in the event of a movement of the bar, the abutment (55, 60, 65) - starting from the rest position, in which it has a first rigidity, - in a first functional position representing the operating condition of the closing bar, has a second rigidity, which is less than the first rigidity, and - in a second functional position representing a highly dynamic acceleration of the motor vehicle body lock, has a third rigidity, which is greater than the second rigidity. - starting from the rest position, in which it has a first rigidity, - in a first functional position representing the operating condition of the closing bar, has a second rigidity, which is less than the first rigidity, and - in a second functional position representing a highly dynamic acceleration of the motor vehicle body lock, has a third rigidity, which is greater than the second rigidity.
A method of assessing an airfoil of a compressor rotor or of a blisk fan disposed in a gas turbine engine, using a field deployable, portable structured light measuring apparatus, the method comprising the steps of: deploying the field deployable, portable structured light measuring apparatus relative to a gas turbine engine containing the airfoil of the compressor rotor or blisk fan to be assessed while the gas turbine engine is disposed within the field of use; using the field deployable, portable structured light measuring apparatus to generate structured light measurement data of the airfoil of the compressor rotor or blisk fan; generating a model of the airfoil of the compressor rotor or blisk fan using the structured light measurement data; and assessing a condition of the airfoil of the compressor rotor or blisk fan based upon the model of the airfoil of the compressor rotor or blisk fan and at least one comparison data; wherein the field deployable, portable structured light measuring apparatus comprises: a base structure; a member having a first section mounted to the base; and a structured light measurement device mounted to a second end of the member; characterised in that the structured light measurement device is capable of articulation in a plurality of degrees of freedom by movement of the member relative to the base. deploying the field deployable, portable structured light measuring apparatus relative to a gas turbine engine containing the airfoil of the compressor rotor or blisk fan to be assessed while the gas turbine engine is disposed within the field of use; using the field deployable, portable structured light measuring apparatus to generate structured light measurement data of the airfoil of the compressor rotor or blisk fan; generating a model of the airfoil of the compressor rotor or blisk fan using the structured light measurement data; and assessing a condition of the airfoil of the compressor rotor or blisk fan based upon the model of the airfoil of the compressor rotor or blisk fan and at least one comparison data; a base structure; a member having a first section mounted to the base; and a structured light measurement device mounted to a second end of the member;
A viral vector comprising a nucleic acid sequence comprising a binding site operably linked to a nucleotide of interest, wherein the binding site is capable of interacting with an RNA-binding protein such that translation of the nucleotide of interest is repressed in a viral vector production cell, and wherein the RNA-binding protein is tryptophan RNA-binding attenuation protein (TRAP).
An extended ephemeris navigation receiver, comprising: a satellite navigation receiver for receiving microwave transmissions from orbiting navigation system satellites, and able to demodulate navigation messages that include the ephemerides for those navigation system satellites; a microcomputer configured to compute a long-term compact satellite model (LTCSM) using a force model of accelerations acting on a particular satellite vehicle, and disposed only in the satellite navigation receiver, wherein a single observation of the ephemeris for each SV is input to the microcomputer and the LTCSM is calculated by integrating each SV's orbital position with its corresponding force model; wherein, the LTCSM can be used as substitutes when said navigation messages from the respective SV cannot otherwise be immediately obtained and demodulated, characterized in that the extended ephemeris navigation receiver further comprises a scheduler that is configured to schedule calculations using the microcomputer and to optimize the scheduling by using information regarding repetitive patterns of use of the extended ephemeris navigation receiver to provide LTCSM availability at a specified future time. a satellite navigation receiver for receiving microwave transmissions from orbiting navigation system satellites, and able to demodulate navigation messages that include the ephemerides for those navigation system satellites; a microcomputer configured to compute a long-term compact satellite model (LTCSM) using a force model of accelerations acting on a particular satellite vehicle, and disposed only in the satellite navigation receiver, wherein a single observation of the ephemeris for each SV is input to the microcomputer and the LTCSM is calculated by integrating each SV's orbital position with its corresponding force model; wherein, the LTCSM can be used as substitutes when said navigation messages from the respective SV cannot otherwise be immediately obtained and demodulated, characterized in that the extended ephemeris navigation receiver further comprises a scheduler that is configured to schedule calculations using the microcomputer and to optimize the scheduling by using information regarding repetitive patterns of use of the extended ephemeris navigation receiver to provide LTCSM availability at a specified future time.
A pharmaceutical formulation for use in the treatment of schizophrenia, which comprises cannabidiol in combination with aripiprazole, for administration separately, sequentially or simultaneously further comprising one or more pharmaceutically acceptable carriers, excipients or diluents.