mhurhangee/patent-ind-claim-en huggingface dataset:
A system to allocate content sources in a voice activated packet-based computer network environment, comprising: a natural language processor component executed by a data processing system , to parse an input audio signal to identify a request and a trigger keyword corresponding to the request; a content selector component to select a digital component based on at least one of the request and the trigger keyword; a source allocation component to identify, subsequent to the selection of the digital component, a plurality of candidate content sources, each of the plurality of candidate content sources comprising a respective instance of the digital component; the source allocation component to determine at least one of a characteristic for each of the plurality of candidate content sources or a characteristic of each of the respective instances of the digital component; the source allocation component to select a content source from the plurality of candidate content sources based on at least one of the characteristic for each of the plurality of candidate content sources or the characteristic of each of the respective instances of the digital component; and the source allocation component to request the digital component from the content source. a natural language processor component executed by a data processing system , to parse an input audio signal to identify a request and a trigger keyword corresponding to the request; a content selector component to select a digital component based on at least one of the request and the trigger keyword; a source allocation component to identify, subsequent to the selection of the digital component, a plurality of candidate content sources, each of the plurality of candidate content sources comprising a respective instance of the digital component; the source allocation component to determine at least one of a characteristic for each of the plurality of candidate content sources or a characteristic of each of the respective instances of the digital component; the source allocation component to select a content source from the plurality of candidate content sources based on at least one of the characteristic for each of the plurality of candidate content sources or the characteristic of each of the respective instances of the digital component; and the source allocation component to request the digital component from the content source.
A tire inflation system comprising: a first conduit for supplying a pressurized gas for inflating a tire ; an axle housing having a spindle ; and a wheel end assembly having a hub that is rotatably disposed on the spindle ; and characterised in that the tire inflation system further comprises a rotary coupling that is spaced apart from the wheel end assembly , the rotary coupling including: a mounting member that is disposed proximate the axle housing and the first conduit ; and a rotating member that is rotatably coupled to the mounting member and rotates with respect to the mounting member , wherein the rotating member has a rotating member passage that fluidly connects the first conduit to a second conduit that is fluidly connected to the tire ; and a mounting bracket that is fixedly disposed on the mounting member and that helps position the rotating member . a first conduit for supplying a pressurized gas for inflating a tire ; an axle housing having a spindle ; and a wheel end assembly having a hub that is rotatably disposed on the spindle ; and characterised in that the tire inflation system further comprises a rotary coupling that is spaced apart from the wheel end assembly , the rotary coupling including: a mounting member that is disposed proximate the axle housing and the first conduit ; and a rotating member that is rotatably coupled to the mounting member and rotates with respect to the mounting member , wherein the rotating member has a rotating member passage that fluidly connects the first conduit to a second conduit that is fluidly connected to the tire ; and a mounting bracket that is fixedly disposed on the mounting member and that helps position the rotating member . a mounting member that is disposed proximate the axle housing and the first conduit ; and a rotating member that is rotatably coupled to the mounting member and rotates with respect to the mounting member , wherein the rotating member has a rotating member passage that fluidly connects the first conduit to a second conduit that is fluidly connected to the tire ; and a mounting bracket that is fixedly disposed on the mounting member and that helps position the rotating member .
A computer implemented method comprising: receiving, by a host processing unit in a hosting system from an application running on the host processing unit, a plurality of requests for configuring processing resources based on a set of capability requirements included in the requests; generating, by the host processing unit in response to the requests, a compute device identifier representing a physical compute device in a group of physical compute devices connected to the hosting system; selecting, by a compute runtime layer in the hosting system for the physical compute device, one or more executables from the application; determining that none of the one or more executables is optimized for that physical compute device; and building, using an online compiler in the hosting system and from a corresponding source program in the application, an executable optimized for that physical compute device. receiving, by a host processing unit in a hosting system from an application running on the host processing unit, a plurality of requests for configuring processing resources based on a set of capability requirements included in the requests; generating, by the host processing unit in response to the requests, a compute device identifier representing a physical compute device in a group of physical compute devices connected to the hosting system; selecting, by a compute runtime layer in the hosting system for the physical compute device, one or more executables from the application; determining that none of the one or more executables is optimized for that physical compute device; and building, using an online compiler in the hosting system and from a corresponding source program in the application, an executable optimized for that physical compute device.
An apparatus for detecting a transient event in an operating machine, the operating machine being a gas turbine engine, the apparatus comprising: a controller configured to control performance of the following steps: a measurement step comprising measuring a periodic signal from a machine; a processing step comprising synchronously processing the periodic signal to track the primary frequency; a filtering step comprising removing the primary periodic component and its harmonics from the periodic signal to yield a filtered dataset; an integration step comprising integrating the filtered dataset over the remaining frequencies to yield an integrated dataset representing the periodic energy at frequencies other than the primary frequency and its harmonics; an analysis step comprising identifying a short-term transient in the integrated dataset to identify a transient disruption in the operation of the machine. a measurement step comprising measuring a periodic signal from a machine; a processing step comprising synchronously processing the periodic signal to track the primary frequency; a filtering step comprising removing the primary periodic component and its harmonics from the periodic signal to yield a filtered dataset; an integration step comprising integrating the filtered dataset over the remaining frequencies to yield an integrated dataset representing the periodic energy at frequencies other than the primary frequency and its harmonics; an analysis step comprising identifying a short-term transient in the integrated dataset to identify a transient disruption in the operation of the machine.
A cartridge comprising: a drum unit including a first frame , a photosensitive drum , the photosensitive drum being rotatable about a rotation axis which extends in a first direction; a development unit removably attached to the first frame , the development unit including a development roller , wherein the drum unit includes (i) a pressing member configured to press the development unit such that the development roller is pressed against the photosensitive drum , characterized in that the drum unit further includes (ii) a movable member configured to move the development unit attached to the first frame, the movable member includes an operation portion configured to receive a force for moving the development unit , wherein the operation portion is disposed at a position overlapping the pressing member when the operation portion and the pressing member are projected on a horizontal plane in the state where the drum unit is placed on the horizontal plane. a drum unit including a first frame , a photosensitive drum , the photosensitive drum being rotatable about a rotation axis which extends in a first direction; a development unit removably attached to the first frame , the development unit including a development roller , wherein the drum unit includes (i) a pressing member configured to press the development unit such that the development roller is pressed against the photosensitive drum , characterized in that the drum unit further includes (ii) a movable member configured to move the development unit attached to the first frame, the movable member includes an operation portion configured to receive a force for moving the development unit , wherein the operation portion is disposed at a position overlapping the pressing member when the operation portion and the pressing member are projected on a horizontal plane in the state where the drum unit is placed on the horizontal plane.
A gas measurement system, comprising a coherent light source , which emits a light beam; a detector ; a beam path , which is formed between the light source and the detector ; a gas cell , which is arranged in the beam path between the light source and the detector such that the detector receives the light transmitted through the gas cell ; and an optical element , which is arranged in the beam path between the light source and the gas cell ; wherein the gas cell comprises a porous ceramic ; whereby entering light is reflected multiple times or randomly scattered within the ceramic before it then exits the ceramic, wherefore the gas cell has an optical path length which is a multiple of the actual layer thickness of the porous ceramic in the gas cell characterized in that the optical element i. is an optically transparent window, and widening of the light beam takes place based on the divergence of the light beam; or ii. comprises a diffuser or at least one diffractive optical element which deforms the light beam; such that the light beam emitted by the light source is widened and unfocused when entering the porous ceramic in the gas cell ; whereby the interferences that occur cancel each other out and can be filtered from the measuring signal. a coherent light source , which emits a light beam; a detector ; a beam path , which is formed between the light source and the detector ; a gas cell , which is arranged in the beam path between the light source and the detector such that the detector receives the light transmitted through the gas cell ; and an optical element , which is arranged in the beam path between the light source and the gas cell ; wherein the gas cell comprises a porous ceramic ; whereby entering light is reflected multiple times or randomly scattered within the ceramic before it then exits the ceramic, wherefore the gas cell has an optical path length which is a multiple of the actual layer thickness of the porous ceramic in the gas cell characterized in that the optical element i. is an optically transparent window, and widening of the light beam takes place based on the divergence of the light beam; or ii. comprises a diffuser or at least one diffractive optical element which deforms the light beam; i. is an optically transparent window, and widening of the light beam takes place based on the divergence of the light beam; or ii. comprises a diffuser or at least one diffractive optical element which deforms the light beam; such that the light beam emitted by the light source is widened and unfocused when entering the porous ceramic in the gas cell ; whereby the interferences that occur cancel each other out and can be filtered from the measuring signal.
A printing platform structure, comprising a printing platform located between a paper feeding platform and a paper outlet platform, wherein a plurality of convex planes and concave planes is formed on one side, in contact with a printing medium, of the printing platform , the convex planes and the concave planes are provided alternately along the X direction of the printing platform , and stretch across the Y direction of the printing platform ; and the paper delivery ends of the concave planes are free from any bulging structure, characterized in that : a plurality of air suction holes is formed in the printing platform located on concave planes ; and the height difference H between the convex planes and the concave planes is greater than or equal to ΔE/ , ΔE is the length increase after the medium absorbs ink, and N is the number of the convex planes on the printing platform. a plurality of air suction holes is formed in the printing platform located on concave planes ; and the height difference H between the convex planes and the concave planes is greater than or equal to ΔE/ , ΔE is the length increase after the medium absorbs ink, and N is the number of the convex planes on the printing platform.
A laminated glass , comprising: a core material including a resin sheet ; and a first glass sheet and a second glass sheet each being laminated on respective surfaces of the core material via an adhesive layer (15a-e), wherein each of thicknesses of the first glass sheet and the second glass sheet is smaller than a thickness of the core material , and characterized in that the thickness of the first glass sheet is larger than the thickness of the second glass sheet and the first glass sheet has a cover sheet made of a resin laminated on an outer surface thereof via an adhesive layer . a core material including a resin sheet ; and a first glass sheet and a second glass sheet each being laminated on respective surfaces of the core material via an adhesive layer (15a-e), wherein each of thicknesses of the first glass sheet and the second glass sheet is smaller than a thickness of the core material , and characterized in that the thickness of the first glass sheet is larger than the thickness of the second glass sheet and the first glass sheet has a cover sheet made of a resin laminated on an outer surface thereof via an adhesive layer .
A semiconductor device comprising: a multilayered wiring layer in which insulating layers and diffusion preventing layers are alternately laminated and a wiring layer is provided inside an insulating layer ; a through-hole that is provided to penetrate through at least one or more insulating layers from one surface of the multilayered wiring layer and has an inside covered with a protective side wall layer ; and a gap that is provided in at least one or more insulating layers immediately below the through-hole , wherein at least a part of the wiring layer is provided inside the gap . a multilayered wiring layer in which insulating layers and diffusion preventing layers are alternately laminated and a wiring layer is provided inside an insulating layer ; a through-hole that is provided to penetrate through at least one or more insulating layers from one surface of the multilayered wiring layer and has an inside covered with a protective side wall layer ; and a gap that is provided in at least one or more insulating layers immediately below the through-hole , wherein at least a part of the wiring layer is provided inside the gap .
A sheet manufacturing apparatus containing a composite and fibers, the composite being in the form of a powder and the sheet manufacturing apparatus comprising: a mixing unit configured to mix the fibers and the composite ; and a bonding unit configured to bond the fibers and the composite mixed by the mixing unit to form a sheet (S) in which the fibers and the composite are bonded, characterized in that the composite integrally includes a resin and coagulation inhibitor particles in a state in which at least a part of the coagulation inhibitor particles are arranged on the surface of the composite, and a number average particle diameter of the coagulation inhibitor particles is in the range 0.001 μm to 1 μm. a mixing unit configured to mix the fibers and the composite ; and a bonding unit configured to bond the fibers and the composite mixed by the mixing unit to form a sheet (S) in which the fibers and the composite are bonded, characterized in that the composite integrally includes a resin and coagulation inhibitor particles in a state in which at least a part of the coagulation inhibitor particles are arranged on the surface of the composite, and a number average particle diameter of the coagulation inhibitor particles is in the range 0.001 μm to 1 μm.
A software update device configured to be controlled in response to a request from a mobile terminal device , the software update device comprising one or more processors configured to: acquire (S102) cooperation information indicating that connection of the mobile terminal device to a vehicle is made based on an authentication result that the mobile terminal device is authenticated to the vehicle as an electronic key of the vehicle, and a history of usage indicating that the mobile terminal device is used as the electronic key to perform predetermined operations to the vehicle; and permit (S103) the mobile terminal device to execute interface processing related to software update when the one or more processors acquire at least the cooperation information and a user associated with the mobile terminal device is granted an update management authority. acquire (S102) cooperation information indicating that connection of the mobile terminal device to a vehicle is made based on an authentication result that the mobile terminal device is authenticated to the vehicle as an electronic key of the vehicle, and a history of usage indicating that the mobile terminal device is used as the electronic key to perform predetermined operations to the vehicle; and permit (S103) the mobile terminal device to execute interface processing related to software update when the one or more processors acquire at least the cooperation information and a user associated with the mobile terminal device is granted an update management authority.
A nonpneumatic tire (100; 200; 300; 500; 600; 700; 800; 1000; 1100) comprising: a plurality of rubber layers having a substantially circular shape, wherein each rubber layer includes an upper ring (120; 710; 1020) defining a tread portion (210; 310; 510; 610; 1010; 1120), and wherein each rubber layer further includes a plurality of spoke portions (140; 220; 320; 520; 620; 730; 810; 1030; 1130) extending from the upper ring (120; 710; 1020); characterised in that the nonpneumatic tire further comprises: a plurality of elongated reinforcement cords (150; 230; 330; 820) extending in a substantially radial direction, each reinforcement cord (150; 230; 330; 820) being disposed between the spoke portions (140; 220; 320; 520; 620; 730; 810; 1030; 1130) of adjacent rubber layers , wherein each reinforcement cord (150; 230; 330; 820) is constructed of a material that shrinks in length by 0.1% to 10% when subjected to a temperature between 38° C to 260° C and a pressure between 0.10 mPa to 0.70 mPa, and wherein each spoke portion (140; 220; 320; 520; 620; 730; 810; 1030; 1130) is under tension when the tread portion (210; 310; 510; 610; 1010; 1120) is not in contact with a ground surface. wherein each rubber layer includes an upper ring (120; 710; 1020) defining a tread portion (210; 310; 510; 610; 1010; 1120), and wherein each rubber layer further includes a plurality of spoke portions (140; 220; 320; 520; 620; 730; 810; 1030; 1130) extending from the upper ring (120; 710; 1020); characterised in that the nonpneumatic tire further comprises: a plurality of elongated reinforcement cords (150; 230; 330; 820) extending in a substantially radial direction, each reinforcement cord (150; 230; 330; 820) being disposed between the spoke portions (140; 220; 320; 520; 620; 730; 810; 1030; 1130) of adjacent rubber layers , wherein each reinforcement cord (150; 230; 330; 820) is constructed of a material that shrinks in length by 0.1% to 10% when subjected to a temperature between 38° C to 260° C and a pressure between 0.10 mPa to 0.70 mPa, and wherein each spoke portion (140; 220; 320; 520; 620; 730; 810; 1030; 1130) is under tension when the tread portion (210; 310; 510; 610; 1010; 1120) is not in contact with a ground surface. wherein each reinforcement cord (150; 230; 330; 820) is constructed of a material that shrinks in length by 0.1% to 10% when subjected to a temperature between 38° C to 260° C and a pressure between 0.10 mPa to 0.70 mPa, and wherein each spoke portion (140; 220; 320; 520; 620; 730; 810; 1030; 1130) is under tension when the tread portion (210; 310; 510; 610; 1010; 1120) is not in contact with a ground surface.
A superconducting magnet coil arrangement built up along an axial direction (z) and having at least one coil section (1; 1a,1b,1c) in the form of a solenoid that is wound with an HTS (high-temperature superconductor) tape conductor, and also having a field-shaping device comprising at least two field-shaping elements (2; 2a,2b,2c), wherein at least one field-shaping element (2; 2a,2b,2c) is arranged axially adjoining each of the two axial ends of the HTS coil section (1; 1a,1b,1c), and wherein the field-shaping elements (2; 2a,2b,2c) are configured in such a way that they reduce the maximum field angle of the magnetic field generated by the magnet coil arrangement with respect to the axial direction in the region of the HTS coil section (1; 1a, 1b, 1c) by at least 1.5°, characterized in that the field-shaping device comprises field-shaping elements (2; 2a,2b,2c) that contain at least one LTS coil section wound with an LTS (low-temperature superconductor) wire.