mhurhangee/ep-ind-claims huggingface dataset:
A machine for refinishing or repairing of damaged wheel rims comprising: selective operability as a manual lathe, CNC lathe, or combinations thereof; a rotational wheel rim holding spindle; a jaw (51, 72) for holding a wheel rim, said jaw (51, 72) having plurality of angular surface features that can further secure said wheel rim; at least one set screw embedded imbedded in said jaw (51, 72), wherein said set screw extends outward from an interior channel formed in said jaw (51, 72) and is utilized to level a wheel rim held in said jaw (51, 72); at least two platforms for supporting a tool post; wherein said tool post is movable along at least two of an x-axis, a y-axis, and a z-axis.
A turbomachine air intake casing comprising an inner annular wall and an outer annular wall defining an air passage and at least two cleaning agent injection nozzles, a first nozzle directed towards the outer wall and a second nozzle directed towards the inner wall, the first nozzle being arranged on the inner wall, said casing being characterized in that the second nozzle is also arranged on the inner wall.
A weft insertion device of an air jet loom, the weft insertion device comprising: a modified reed having a weft yarn travel passage; and a main nozzle from which air is discharged toward an inlet of the weft yarn travel passage to inject a weft yarn into the weft yarn travel passage; and an inducing nozzle from which air is discharged to the inlet of the weft yarn travel passage, characterized in that the inducing nozzle (60, 60a, 66) is disposed in parallel with the main nozzle, and a timing at which air discharge from the inducing nozzle (60, 60a, 66) starts is prior to a timing at which air discharge from the main nozzle starts. a modified reed having a weft yarn travel passage; and a main nozzle from which air is discharged toward an inlet of the weft yarn travel passage to inject a weft yarn into the weft yarn travel passage; and an inducing nozzle from which air is discharged to the inlet of the weft yarn travel passage, characterized in that the inducing nozzle (60, 60a, 66) is disposed in parallel with the main nozzle, and a timing at which air discharge from the inducing nozzle (60, 60a, 66) starts is prior to a timing at which air discharge from the main nozzle starts.
An extension guide for a drawer comprising - a carcass rail to be fixed to a furniture carcass, - a drawer rail to be fixed to the drawer, and - a central rail mounted movably between the carcass rail and the drawer rail, wherein the central rail in cross-section is substantially in the shape of a U-profile, wherein in the position of use of the extension guide the U-profile includes two vertical legs (14, 15) and a horizontal bar which interconnects the two vertical legs (14, 15), wherein at least one running carriage having at least one rolling body (8, 9) is mounted displaceably at least between the central rail and the drawer rail, the at least one rolling body (8, 9) runs on at least one support profile (10, 11) of the central rail, and the at least one support profile (10, 11) is arranged as a separate structural unit on the central rail, characterised in that two support profiles (10, 11) are arranged as separate structural units on the central rail, and that one of the two support profiles (10, 11) is arranged on one of the two vertical legs (14, 15) and the other of the two support profiles (10, 11) is arranged on the other of the two vertical legs (14, 15). - a carcass rail to be fixed to a furniture carcass, - a drawer rail to be fixed to the drawer, and - a central rail mounted movably between the carcass rail and the drawer rail, wherein the central rail in cross-section is substantially in the shape of a U-profile, wherein in the position of use of the extension guide the U-profile includes two vertical legs (14, 15) and a horizontal bar which interconnects the two vertical legs (14, 15),
A windblocker for a passenger car, comprising at least one frame and one flat material attached to the frame, the at least one frame comprising two first struts opposite each other and two second struts opposite each other and connecting the two first struts to each other, one folding joint being disposed substantially in the center of each of the first struts and dividing each of the first struts into two first strut segments, so that the frame can be folded together to half the original dimensions thereof about the folding axis connecting the two folding joints, a further joint being disposed in each of the two second struts and dividing the second struts into two second strut segments, characterized in that the axis of rotation of the further joint extending outside of a plane through the frame and the flat material, the axis of rotation of the further joint extending perpendicular to a plane through the frame and the flat material, or that the axis of rotation of the joints is inclined relative to the vertical to the plane through the frame and the flat material by an acute angle of up to 20°, so that when folded about the folding axis, the first strut segments of the frame opposite each other can be rotated toward each other into a space-saving storage position by rotating about the axis of rotation.
A method of forming a microelectronic structure, said method comprising: providing a stack comprising: a substrate having a surface; and one or more optional intermediate layers on said substrate surface; applying a composition to said intermediate layers, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a block copolymer comprising a first block and a second block, each having respective etch rates, said first block comprising: a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and causing said composition to self-assemble into a self-assembled layer, wherein said self-assembled layer comprises a first self-assembled region and a second self-assembled region different from said first self-assembled region. providing a stack comprising: a substrate having a surface; and one or more optional intermediate layers on said substrate surface; a substrate having a surface; and one or more optional intermediate layers on said substrate surface; applying a composition to said intermediate layers, if present, or to said substrate surface, if no intermediate layers are present, said composition comprising a block copolymer comprising a first block and a second block, each having respective etch rates, said first block comprising: a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and a precursor monomer having an etch rate that is slower than said second block etch rate; and at least one etch-adjusting monomer, said first block having an etch rate that is slower than if said first block only included said precursor monomer; and causing said composition to self-assemble into a self-assembled layer, wherein said self-assembled layer comprises a first self-assembled region and a second self-assembled region different from said first self-assembled region.
System for supporting permanent Hypertext Transfer Protocol, HTTP, connections, comprising the following computational entities: - at least one connection redirector entity configured to redirect a client connection request to a connection handler entity; - at least two connection handler entities configured to maintain HTTP/2 connections permanently open to client devices, and said connections using Server-sent Events, SSE; - a location registry entity configured to register the connections between client devices and connection handler entities; and - an execution server entity configured to: support an application programming interface implementation adapted to provide an interface for external systems; to query the registry entity to identify a connection handler entity; and to establish a bidirectional communication channel between an external system and a client device through the SSE connection open between said client device and the respective connection handler entity. - at least one connection redirector entity configured to redirect a client connection request to a connection handler entity; - at least two connection handler entities configured to maintain HTTP/2 connections permanently open to client devices, and said connections using Server-sent Events, SSE; - a location registry entity configured to register the connections between client devices and connection handler entities; and - an execution server entity configured to: support an application programming interface implementation adapted to provide an interface for external systems; to query the registry entity to identify a connection handler entity; and to establish a bidirectional communication channel between an external system and a client device through the SSE connection open between said client device and the respective connection handler entity.
A method for recycling waste shingles comprising the steps of: adding an asphalt shingle to a chemical solution; reacting said asphalt shingle in said chemical solution; such that the reaction separates said asphalt shingle into a separated fiberglass, separated asphalt shingle granules, and separated asphalt shingle oil; removing said separated asphalt shingle granules from said chemical solution; removing said separated fiberglass from said chemical solution; removing said separated asphalt shingle oil from said chemical solution; and providing oil free recyclable fiberglass, oil free recyclable sand from said asphalt shingle granules, and recyclable oil. adding an asphalt shingle to a chemical solution; reacting said asphalt shingle in said chemical solution; such that the reaction separates said asphalt shingle into a separated fiberglass, separated asphalt shingle granules, and separated asphalt shingle oil; removing said separated asphalt shingle granules from said chemical solution; removing said separated fiberglass from said chemical solution; removing said separated asphalt shingle oil from said chemical solution; and providing oil free recyclable fiberglass, oil free recyclable sand from said asphalt shingle granules, and recyclable oil.
A web press comprising: a web press station; and a convertible buffer near the web press station, the convertible buffer being configured to deploy a platform for accessing the web press station further comprising a first set of idlers and a second set of movable idlers that are spaced apart in an operating configuration and brought together a non-operating configuration, wherein the first set of idlers is a stationary set of idlers on the first side of a floor plate and the moveable idlers are configured to move through the floor plate from a second side of the floor plate to the first side of the floor plate. a web press station; and a convertible buffer near the web press station, the convertible buffer being configured to deploy a platform for accessing the web press station further comprising a first set of idlers and a second set of movable idlers that are spaced apart in an operating configuration and brought together a non-operating configuration, wherein the first set of idlers is a stationary set of idlers on the first side of a floor plate and the moveable idlers are configured to move through the floor plate from a second side of the floor plate to the first side of the floor plate.
Protective device for a semiconductor switch, which can be controlled by a driver stage, having: an overvoltage detector, which is electrically coupled to an output of the semiconductor switch, and which is designed to provide an overvoltage signal when an electrical voltage at the output of the semiconductor switch exceeds a predetermined threshold value; a limiting element, which is designed to limit the overvoltage signal supplied by the overvoltage detector to a predetermined duration and to provide the temporally limited overvoltage signal at an output terminal of the limiting element; an activation circuit, which is designed to enable an electrical connection between the overvoltage detector and the limiting element if a predetermined control signal is present at an input of the driver stage for the semiconductor switch; and a compensation circuit, which is electrically coupled to the output terminal of the limiting element and which is designed to provide a compensation signal at an input of the driver stage for the semiconductor switch as a function of the overvoltage signal that is temporally limited by the limiting element, characterized in that the activation circuit is designed to enable the electrical connection between the overvoltage detector and the limiting element, as a function of a comparison of voltage values between an input signal of the driver stage and an output signal of the driver stage. an overvoltage detector, which is electrically coupled to an output of the semiconductor switch, and which is designed to provide an overvoltage signal when an electrical voltage at the output of the semiconductor switch exceeds a predetermined threshold value; a limiting element, which is designed to limit the overvoltage signal supplied by the overvoltage detector to a predetermined duration and to provide the temporally limited overvoltage signal at an output terminal of the limiting element; an activation circuit, which is designed to enable an electrical connection between the overvoltage detector and the limiting element if a predetermined control signal is present at an input of the driver stage for the semiconductor switch; and a compensation circuit, which is electrically coupled to the output terminal of the limiting element and which is designed to provide a compensation signal at an input of the driver stage for the semiconductor switch as a function of the overvoltage signal that is temporally limited by the limiting element, characterized in that the activation circuit is designed to enable the electrical connection between the overvoltage detector and the limiting element, as a function of a comparison of voltage values between an input signal of the driver stage and an output signal of the driver stage.
An information processing method comprising: an exposure step of exposing a correction image displayed on an image display device having a plurality of pixels to a photosensitive recording medium via a limiting member, the limiting member being provided between the image display device and an exposure surface of the photosensitive recording medium and limiting an angle of light emitted from the image display device to the photosensitive recording medium; an acquisition step of acquiring recorded image data, which is data of a recorded image recorded on the photosensitive recording medium through the exposure of the correction image; and a derivation step of deriving a correction coefficient K for correcting a pixel value for each pixel of a display image for each pixel of the image display device based on the recorded image data such that the display image including unevenness of which brightness is complementary to unevenness that occur in the recorded image is displayed on the image display device, characterised in that wherein in the derivation step, the correction coefficient K is derived using a pixel value Cr for each pixel of the recorded image and a reference pixel value Cs of the recorded image, which are derived based on the recorded image data, and wherein in the derivation step, in a case where a predetermined constant is denoted by A, the correction coefficient K is derived based on the following equation, K = 1 − Cr / Cs − 1 × A an exposure step of exposing a correction image displayed on an image display device having a plurality of pixels to a photosensitive recording medium via a limiting member, the limiting member being provided between the image display device and an exposure surface of the photosensitive recording medium and limiting an angle of light emitted from the image display device to the photosensitive recording medium; an acquisition step of acquiring recorded image data, which is data of a recorded image recorded on the photosensitive recording medium through the exposure of the correction image; and a derivation step of deriving a correction coefficient K for correcting a pixel value for each pixel of a display image for each pixel of the image display device based on the recorded image data such that the display image including unevenness of which brightness is complementary to unevenness that occur in the recorded image is displayed on the image display device, characterised in that wherein in the derivation step, the correction coefficient K is derived using a pixel value Cr for each pixel of the recorded image and a reference pixel value Cs of the recorded image, which are derived based on the recorded image data, and wherein in the derivation step, in a case where a predetermined constant is denoted by A, the correction coefficient K is derived based on the following equation, K = 1 − Cr / Cs − 1 × A
A method for anisotropic processing of earth elastic parameter data associated with a horizontal transverse isotropy anisotropic medium, said medium having vertically stratified layers relative to a source-receiver pair and comprising a principle anisotropy axis, the method comprising: acquiring seismic data for an area of interest that includes a layer of an HTI anisotropic medium having azimuthal anisotropic characteristics, using at least one source and receivers,; obtaining earth elastic parameter data associated with the area of interest; obtaining earth anisotropy parameter data from said area of interest, using an azimuth of the source-receiver pair in the seismic acquisition and using an azimuth of the principle anisotropy axis of the HTI medium perpendicular to the layers; developing transform functions that transform the earth elastic and anisotropy parameter data into anisotropic elastic parameter data, based on the obtained earth anisotropy parameter data; applying said transform functions to the earth elastic and anisotropy parameter data to obtain said anisotropic elastic parameter data. applying the anisotropic elastic parameter data in at least one seismic processing method to determine at least the probability of the absence or presence of hydrocarbon deposits. acquiring seismic data for an area of interest that includes a layer of an HTI anisotropic medium having azimuthal anisotropic characteristics, using at least one source and receivers,; obtaining earth elastic parameter data associated with the area of interest; obtaining earth anisotropy parameter data from said area of interest, using an azimuth of the source-receiver pair in the seismic acquisition and using an azimuth of the principle anisotropy axis of the HTI medium perpendicular to the layers; developing transform functions that transform the earth elastic and anisotropy parameter data into anisotropic elastic parameter data, based on the obtained earth anisotropy parameter data; applying said transform functions to the earth elastic and anisotropy parameter data to obtain said anisotropic elastic parameter data. applying the anisotropic elastic parameter data in at least one seismic processing method to determine at least the probability of the absence or presence of hydrocarbon deposits.
An in-ceiling embedded type air conditioner including an air conditioner main body having a heat exchanger and an air blower mounted therein, a face panel that is mounted on a ceiling plane while assembled with the air conditioner main body and has air blow-out ports for blowing air in four directions and a flap provided at each of the air blow-out ports, wherein each of the air blow-out ports has a trapezoidal shape which gradually expands in width toward the outer edge of the face panel, a front edge of the flap is curved to be convex outwardly at the center in the longitudinal direction, the curvature (1/R1) of the line of the front edge of the flap is substantially equal to, or slightly larger than, the curvature (1/R2) of the line of the outer long side of the air blow-out port, and when the flap is shifted to a horizontally air blowing position, the interval between the front edge of the flap and the back end of the air blow-out port increases as the position of the air blow-out port is shifted to both the sides in the longitudinal direction thereof, characterized in that an outer long side of the air blow-out port has a curved face that is curved toward a back end of the air blow-out port, and the curved face is common to the center and both the sides of the air blow-out port in the longitudinal direction thereof from a position of the back end till a predetermined position of the air blow-out port and is more greatly curved at the center of the air blow-out port than at both the sides of the air blow-out port from the predetermined position till the surface position of the long side, a line of the outer long side of the air blow-out port is formed to be curved to be convex outwardly at the center in the longitudinal direction, a line of the back end is substantially linear in the longitudinal direction.