mhurhangee/patent-ind-claim-en huggingface dataset:
An image processing apparatus configured to perform subpixel rendering by using one or more deep neural networks comprising: a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: generate first feature maps by performing convolution operation between a first image and first kernels included in the one or more deep neural networks; generate second feature maps by upscaling the first feature maps ; generate third feature maps for each of subpixels, respectively, based on the second feature maps and position information of each of the subpixels arranged in a display; generate a result image for each of the subpixels by performing convolution operation between the respective third feature maps and second kernels included in the one or more deep neural networks; and output a second image based on the result image for each of the subpixels. a memory storing one or more instructions; and a processor configured to execute the one or more instructions stored in the memory to: generate first feature maps by performing convolution operation between a first image and first kernels included in the one or more deep neural networks; generate second feature maps by upscaling the first feature maps ; generate third feature maps for each of subpixels, respectively, based on the second feature maps and position information of each of the subpixels arranged in a display; generate a result image for each of the subpixels by performing convolution operation between the respective third feature maps and second kernels included in the one or more deep neural networks; and output a second image based on the result image for each of the subpixels. generate first feature maps by performing convolution operation between a first image and first kernels included in the one or more deep neural networks; generate second feature maps by upscaling the first feature maps ; generate third feature maps for each of subpixels, respectively, based on the second feature maps and position information of each of the subpixels arranged in a display; generate a result image for each of the subpixels by performing convolution operation between the respective third feature maps and second kernels included in the one or more deep neural networks; and output a second image based on the result image for each of the subpixels.
A seamless steel pipe for line pipe, wherein a chemical composition consists, by mass percent, of C: 0.03 to 0.10%, Si: 0.50% or less, Mn: 1.0 to 2.0%, P: 0.050% or less, S: 0.005% or less, Cr: 0.05 to 1.0%, Mo: 0.01 to 0.30%, Al: 0.001 to 0.10%, N: 0.01% or less, Ni: 0.04 to 2.0%, Ca: 0.0005 to 0.0050%, Cu: 0 to 2.0%, Ti: 0 to 0.05%, Nb: 0 to 0.05%, V: 0 to 0.10%, the balance: Fe and impurities, and the chemical composition satisfies the conditions of Cu + Ni: 0.10% or more, and Mo + V: 0.30% or less, wherein a metal micro-structure of the steel pipe contains 50% or more of bainite, in an area fraction; in a scale formed on the surface of the steel pipe, metal particles consisting mainly of Ni or Cu having an average circle-equivalent diameter of 0.1 to 5 μm exist, and a distance from a boundary between the base metal of the steel pipe and the scale to a region in which the metal particles do not exist is 20 μm or longer, wherein the distribution of metal particles consisting mainly of Ni or Cu is examined using a backscattered electron image and an element mapping image obtained by EPMA.
A tension member for an elevator system , comprising one or more tension elements and a jacket at least partially enclosing the one or more tension elements , the tension elements comprising: a plurality of first polymer fibers of a first material extending along a length of the tension element ; and a plurality of second polymer fibers of a second material different from the first material, the plurality of second polymer fibers having a melting point lower than that of the plurality of first polymer fibers ; wherein the plurality of second polymer fibers are fused to the plurality of first polymer fibers to serve as a matrix for the plurality of first polymer fibers ; and wherein the plurality of first polymer fibers and the plurality of second polymer fibers are different grades of the same base material. a plurality of first polymer fibers of a first material extending along a length of the tension element ; and a plurality of second polymer fibers of a second material different from the first material, the plurality of second polymer fibers having a melting point lower than that of the plurality of first polymer fibers ; wherein the plurality of second polymer fibers are fused to the plurality of first polymer fibers to serve as a matrix for the plurality of first polymer fibers ; and wherein the plurality of first polymer fibers and the plurality of second polymer fibers are different grades of the same base material.
An aerosol-generating system comprising a vaporizing assembly and a housing in which the vaporizing assembly is located; wherein the vaporizing assembly comprises: a liquid aerosol-forming substrate delivery device for delivering liquid aerosol-forming substrate, and a heater assembly , the heater assembly comprising a heat resistive substrate ; and an electric heating element , the liquid aerosol-forming substrate delivery device being arranged for delivering liquid aerosol-forming substrate to at least a surface of the heat resistive substrate , wherein the heating element is isolated from the liquid aerosol-forming substrate; wherein the vaporising assembly is elongate and has a longitudinal axis; wherein the surface of the heat resistive substrate is oblique to the longitudinal axis; and wherein at least a part of the housing is made from transparent material, such that the heater assembly is visible from outside the system. a liquid aerosol-forming substrate delivery device for delivering liquid aerosol-forming substrate, and a heater assembly , the heater assembly comprising a heat resistive substrate ; and an electric heating element , the liquid aerosol-forming substrate delivery device being arranged for delivering liquid aerosol-forming substrate to at least a surface of the heat resistive substrate , wherein the heating element is isolated from the liquid aerosol-forming substrate; wherein the vaporising assembly is elongate and has a longitudinal axis; wherein the surface of the heat resistive substrate is oblique to the longitudinal axis; and wherein at least a part of the housing is made from transparent material, such that the heater assembly is visible from outside the system.
A method of servicing a fuel nozzle , the method comprising: removing material from a nozzle tip of the fuel nozzle to form an annular groove within the nozzle tip ; inserting a replacement coupon into the annular groove , wherein the replacement coupon includes a radially outermost surface that corresponds with the annular groove such that the replacement coupon is fully seated within, and entirely in contact with, the annular groove and a post-removal contact surface ; fixedly coupling the radially outermost surface of the replacement coupon to the annular groove . removing material from a nozzle tip of the fuel nozzle to form an annular groove within the nozzle tip ; inserting a replacement coupon into the annular groove , wherein the replacement coupon includes a radially outermost surface that corresponds with the annular groove such that the replacement coupon is fully seated within, and entirely in contact with, the annular groove and a post-removal contact surface ; fixedly coupling the radially outermost surface of the replacement coupon to the annular groove .
Device for determining an orientation of at least one object , comprising - at least one measuring body which reflects electromagnetic radiation and which for determination of the orientation can be brought into physical contact with a surface of the object , characterised by - at least one measuring carriage which is movable along the object during determination of the orientation and which has a slide surface able to be brought into physical contact with the object , at least one holding unit , which holds the measuring body and is connected with the measuring carriage to be pivotable between a maximum setting in which the measuring body projects at the object side at least partly beyond the slide surface and a minimum setting in which the measuring body does not project at the object side beyond the slide surface , and - at least one restoring device acting by a force on the holding unit in the direction of the maximum setting. - at least one measuring body which reflects electromagnetic radiation and which for determination of the orientation can be brought into physical contact with a surface of the object , characterised by - at least one measuring carriage which is movable along the object during determination of the orientation and which has a slide surface able to be brought into physical contact with the object , at least one holding unit , which holds the measuring body and is connected with the measuring carriage to be pivotable between a maximum setting in which the measuring body projects at the object side at least partly beyond the slide surface and a minimum setting in which the measuring body does not project at the object side beyond the slide surface , and - at least one restoring device acting by a force on the holding unit in the direction of the maximum setting.
A solar cell cutting and passivation integrated processing method, a solar cell sequentially comprising a substrate , a front electrode layer , a light absorption layer and a back electrode layer from bottom to top, wherein before laser structured cutting is performed for the back electrode layer , a protective layer is disposed on a surface of the back electrode layer , and then laser structured cutting is performed for the back electrode layer , or the back electrode layer and the light absorption layer simultaneously through the protective layer to obtain a corresponding structured trench (P3), and a material of the protective layer is partially molten due to a localized high temperature generated by the laser processing in a laser structured cutting process and infiltrates into the underlying corresponding structured trench (P3), characterized in that the laser structured cutting is performed while the protective layer is kept from being cut by laser, wherein during cutting, the back electrode layer is located on the focal plane of the laser beam and the material of the protective layer is not located on the focal plane. the laser structured cutting is performed while the protective layer is kept from being cut by laser, wherein during cutting, the back electrode layer is located on the focal plane of the laser beam and the material of the protective layer is not located on the focal plane.
A vane assembly for a gas turbine engine comprising: a plurality of individual vane segments forming an annular ring with each of the plurality of vane segments formed of a ceramic matrix composite including at least one airfoil extending between an inner platform and an outer platform ; and a ceramic matrix composite wrap disposed about one of an outer periphery and an inner periphery of the annular ring and over an interface between a corresponding inner and outer platform of adjacent ones of the plurality of vane segments , characterised in that the vane assembly further comprises a plurality of tie rods , each of the plurality of individual vane segments includes a cavity extending through the outer platform, the at least one airfoil, the inner platform, and the ceramic matrix composite wrap; and the ceramic matrix composite wrap is attached to the one of an outer periphery and an inner periphery of the annular ring, such that each of the plurality of individual vane segments is fixed to the ceramic matrix composite wrap, each tie rod extending from an outer case through a cavity of one of the plurality of individual vane segments to an inner case . a plurality of individual vane segments forming an annular ring with each of the plurality of vane segments formed of a ceramic matrix composite including at least one airfoil extending between an inner platform and an outer platform ; and a ceramic matrix composite wrap disposed about one of an outer periphery and an inner periphery of the annular ring and over an interface between a corresponding inner and outer platform of adjacent ones of the plurality of vane segments , characterised in that the vane assembly further comprises a plurality of tie rods , each of the plurality of individual vane segments includes a cavity extending through the outer platform, the at least one airfoil, the inner platform, and the ceramic matrix composite wrap; and the ceramic matrix composite wrap is attached to the one of an outer periphery and an inner periphery of the annular ring, such that each of the plurality of individual vane segments is fixed to the ceramic matrix composite wrap, each tie rod extending from an outer case through a cavity of one of the plurality of individual vane segments to an inner case .
A baked smoking set, comprising a sleeve , a heating element and a mounting base , wherein the heating element is in a sheet shape, and comprises a first end (A) and a second end (B) opposite to the first end (A) in a length direction of the heating element ; wherein the first end (A) is configured to be detachably inserted into the sleeve , and wherein the mounting base is sleeved on the second end (B) of the heating element , characterized in that a width from the first end (A) to the second end (B) becomes wider gradually. wherein the heating element is in a sheet shape, and comprises a first end (A) and a second end (B) opposite to the first end (A) in a length direction of the heating element ; wherein the first end (A) is configured to be detachably inserted into the sleeve , and wherein the mounting base is sleeved on the second end (B) of the heating element , characterized in that a width from the first end (A) to the second end (B) becomes wider gradually.
Device for transporting a coffin, composed of a supporting frame approximately covered by the coffin, comprising a plurality of sliding shelves , each of said sliding shelves being designed to increase an extension of the supporting frame with respect to an area covered by the coffin, characterized in that each of said sliding shelves comprises a concavity to enable an interaction with a shoulder of an operator.
A method for producing a water absorbent comprising a crosslinked naturally derived polymer and a clay mineral, wherein the method comprises the steps of preparing a starting solution in which a naturally derived polymer is dissolved and a clay mineral is dispersed, and crosslinking the naturally derived polymer by adding a crosslinking agent to the starting solution; wherein the water absorbent comprises 100 parts by dry weight of the crosslinked naturally derived polymer and 10 to 100 parts by dry weight of the clay mineral; wherein the naturally derived polymer is poly(glutamic) acid having a condensable functional group being a carboxyl group; wherein the crosslinking agent is a polyamine; wherein the crosslinking agent is added in an amount of 0.5 to 25 parts by weight based on 100 parts by dry weight of the naturally derived polymer; wherein a condensation agent is used together with the crosslinking agent, the condensation agent being a water-soluble carbodiimide; and wherein a condensation aid is used together with the crosslinking agent, the condensation aid being an N-hydroxyimide.
An apparatus for carrying out at least one vehicle function for a vehicle, the device having the following characteristics: - a first control unit having a first main unit and a first redundant unit , wherein the first control unit is designed to control a first vehicle function; - a second control unit having a second main unit and a second redundant unit , wherein the second control unit is designed to control a second vehicle function; and - a first electrical system , which is designed to connect the first main unit to the second redundant unit and a second electrical system separated from the first electrical system which is designed to connect the second main unit to the first redundant unit , wherein the second main unit is designed to control the first redundant unit if the first electrical system fails and wherein the first main unit is designed to control the second redundant unit if the second electrical system fails. - a first control unit having a first main unit and a first redundant unit , wherein the first control unit is designed to control a first vehicle function; - a second control unit having a second main unit and a second redundant unit , wherein the second control unit is designed to control a second vehicle function; and - a first electrical system , which is designed to connect the first main unit to the second redundant unit and a second electrical system separated from the first electrical system which is designed to connect the second main unit to the first redundant unit , wherein the second main unit is designed to control the first redundant unit if the first electrical system fails and wherein the first main unit is designed to control the second redundant unit if the second electrical system fails.
A playback control method for use in a playback apparatus of a playback system including the playback apparatus that plays back video and a display apparatus that displays the video played back by the playback apparatus , the method comprising: determining, in a first determination step (S114, S201), whether the display apparatus supports an optional feature for playback of the video based on information held by the display apparatus ; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the display apparatus , determining, in a second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video based on information held by a server connected to the playback apparatus via a network ; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the server , determining, in the second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video by outputting information asking a user whether the display apparatus supports the optional feature; and storing a result of asking returned from the user in the server . determining, in a first determination step (S114, S201), whether the display apparatus supports an optional feature for playback of the video based on information held by the display apparatus ; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the display apparatus , determining, in a second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video based on information held by a server connected to the playback apparatus via a network ; if it is indeterminate whether the display apparatus supports the optional feature based on the information held by the server , determining, in the second determination step (S118, 118A, S203), whether the display apparatus supports the optional feature for playback of the video by outputting information asking a user whether the display apparatus supports the optional feature; and storing a result of asking returned from the user in the server .
A local computing device for sensor action verification, the local computing device comprising: one or more sensors adapted to generate sensor data; a sensor controller that includes a sensor management module adapted to receive a request for the local computing device to perform a sensor action from a remote computing device ; and a security module adapted to verify the received request to confirm that the remote computing device is authorized to request the local computing device to perform the sensor action; wherein the sensor management module is further adapted to i) perform the requested sensor action in response to verification of the received request by the security module and ii) transmit a response message to the remote computing device that indicates whether the requested sensor action has been performed by the local computing device , characterized in that the adaptation to receive the request to perform the sensor action comprises to receive a remote public cryptographic key of the remote computing device and a signature of the remote computing device ; and wherein the adaptation to verify the received request comprises to i) compare the remote public cryptographic key to relationship data stored on the local computing device to confirm that the remote computing device is authorized to request the sensor action to be performed by the local computing device and ii) verify the signature with the remote public cryptographic key, wherein the relationship data includes a control policy that identifies sensor actions the remote computing device is authorized to request the local computing device to perform. one or more sensors adapted to generate sensor data; a sensor controller that includes a sensor management module adapted to receive a request for the local computing device to perform a sensor action from a remote computing device ; and a security module adapted to verify the received request to confirm that the remote computing device is authorized to request the local computing device to perform the sensor action; wherein the sensor management module is further adapted to i) perform the requested sensor action in response to verification of the received request by the security module and ii) transmit a response message to the remote computing device that indicates whether the requested sensor action has been performed by the local computing device , characterized in that the adaptation to receive the request to perform the sensor action comprises to receive a remote public cryptographic key of the remote computing device and a signature of the remote computing device ; and wherein the adaptation to verify the received request comprises to i) compare the remote public cryptographic key to relationship data stored on the local computing device to confirm that the remote computing device is authorized to request the sensor action to be performed by the local computing device and ii) verify the signature with the remote public cryptographic key, wherein the relationship data includes a control policy that identifies sensor actions the remote computing device is authorized to request the local computing device to perform.