mhurhangee/ep-ind-claims huggingface dataset:
An indoor unit of an air-conditioning apparatus, comprising: a back casing; and a first top panel having a first pivot axis under the back casing, the first top panel being configured to be attached to the back casing, wherein the first top panel is configured to be detached from the back casing by opening downward from the back casing around the first pivot axis, the indoor unit comprising an electric component box, wherein the electric component box includes a remote-control communication unit in a lower portion of the electric component box, and when the first top panel opens downward, a downward-opening pivot path region including a path along which the first top panel moves is shaped, characterized in that an upper portion of the electric component box is formed to be disposed outside the downward-opening pivot path region such that a front portion of the upper portion is lower than a back portion of the upper portion, the first top panel further includes, in a lower portion of the first top panel, a bent portion that connects a first front portion and a bottom portion, and the remote-control communication unit is disposed inside the bent portion of the first top panel. a back casing; and a first top panel having a first pivot axis under the back casing, the first top panel being configured to be attached to the back casing, wherein the first top panel is configured to be detached from the back casing by opening downward from the back casing around the first pivot axis, the indoor unit comprising an electric component box, wherein the electric component box includes a remote-control communication unit in a lower portion of the electric component box, and when the first top panel opens downward, a downward-opening pivot path region including a path along which the first top panel moves is shaped, characterized in that an upper portion of the electric component box is formed to be disposed outside the downward-opening pivot path region such that a front portion of the upper portion is lower than a back portion of the upper portion, the first top panel further includes, in a lower portion of the first top panel, a bent portion that connects a first front portion and a bottom portion, and the remote-control communication unit is disposed inside the bent portion of the first top panel.
A device for conveying, turning and moving articles, which device having a machine frame and a horizontally oriented rotary table which is arranged between two spaced transport devices (12, 13) within the free space so constituted, that several freely rotatable speres are arranged on said rotary table such that the superior sphere segments and the inferior sphere segments extend beyond the flat faces of said rotary table, that a conveyor belt below said rotary table is arranged such that the superior branch of said conveyor belt is in contact with the inferior sphere segments and moves in the opposite direction of the conveying direction of the transport devices (12, 13), that the rotary table is arranged on a slide which is movable back and forth transversally to the conveying direction, in order to move the articles transversally to the conveying direction and that drive means are provided on said slide, which turn the rotary table around its vertical axis in order to turn the articles, characterised in that said slide moves the rotary tables on the conveyor belt.
A cathode active material comprising: polycrystalline lithium manganese oxide; and a sodium-containing coating layer on a surface of the polycrystalline lithium manganese oxide, wherein the polycrystalline lithium manganese oxide is represented by Chemical Formula 1, and wherein the sodium-containing coating layer comprises Na 2 O: <Chemical Formula 1> Li( 1+x)Mn (2-x-y) Al y O( 4-z) where x, y, and z respectively satisfy 0≤x≤0.2, 0<y≤0.2, and 0≤z≤0.2. polycrystalline lithium manganese oxide; and a sodium-containing coating layer on a surface of the polycrystalline lithium manganese oxide,
A positive displacement pump, comprising: a pumphead; a motor operably connected to the pumphead to drive the pump; a leak sensor configured to detect leakage from the pumphead or tube installed therein; a memory; a network interface; a processor in communication with the memory and the network interface, the processor configured to: subscribe, via the network interface, to a command hub that publishes commands for the pump; control the motor to drive the pumphead according to commands received from the command hub via the network interface; collect operation parameters from the motor and the leak sensor; and send the operation parameters to a remote server via the network interface. a pumphead; a motor operably connected to the pumphead to drive the pump; a leak sensor configured to detect leakage from the pumphead or tube installed therein; a memory; a network interface; a processor in communication with the memory and the network interface, the processor configured to: subscribe, via the network interface, to a command hub that publishes commands for the pump; control the motor to drive the pumphead according to commands received from the command hub via the network interface; collect operation parameters from the motor and the leak sensor; and send the operation parameters to a remote server via the network interface. subscribe, via the network interface, to a command hub that publishes commands for the pump; control the motor to drive the pumphead according to commands received from the command hub via the network interface; collect operation parameters from the motor and the leak sensor; and send the operation parameters to a remote server via the network interface.
Portable lighting device, having - a lighting unit; and having - a supporting unit (4, 6) supporting the lighting unit and extending in a longitudinal direction; wherein - the lighting unit is designed to receive at least one lamp and comprises an at least partially light-permeable lamp shade surrounding at least one part of the lamp; - a clamping device (11, 12, 13) is provided which can be fixed in a clamping state in which the clamping device clamps the lamp shade in order to hold the lamp shade in an open and usable state; - the clamping device (11, 12, 13) can be moved into a declamping state in which the clamping device does not clamp the lamp shade; - the clamping device comprises a plurality of elastic rod elements which, in the clamping state, clamp the lamp shade; - a lower end of a rod element is pivotably attached to a lower holder and an upper end of the rod element is pivotably attached to an upper holder in each case; - in order to connect an end of a rod element to the respective holder (11, 12) a hinge piece is provided, to which the end is attached, wherein the hinge piece can be pivoted relative to the holder (11, 12); and wherein - the distance between the lower holder and the upper holder can be changed, wherein the distance in the clamping state is less than in the declamping state; characterised in that - at least one end of a rod element is held in a positive-locking manner in the respectively allocated hinge piece. - a lighting unit; and having - a supporting unit (4, 6) supporting the lighting unit and extending in a longitudinal direction; - the lighting unit is designed to receive at least one lamp and comprises an at least partially light-permeable lamp shade surrounding at least one part of the lamp; - a clamping device (11, 12, 13) is provided which can be fixed in a clamping state in which the clamping device clamps the lamp shade in order to hold the lamp shade in an open and usable state; - the clamping device (11, 12, 13) can be moved into a declamping state in which the clamping device does not clamp the lamp shade; - the clamping device comprises a plurality of elastic rod elements which, in the clamping state, clamp the lamp shade; - a lower end of a rod element is pivotably attached to a lower holder and an upper end of the rod element is pivotably attached to an upper holder in each case; - in order to connect an end of a rod element to the respective holder (11, 12) a hinge piece is provided, to which the end is attached, wherein the hinge piece can be pivoted relative to the holder (11, 12); and wherein - the distance between the lower holder and the upper holder can be changed, wherein the distance in the clamping state is less than in the declamping state; - at least one end of a rod element is held in a positive-locking manner in the respectively allocated hinge piece.
A method for configuring lighting control devices of a load control system installed in a load control environment, the method comprising: receiving beacons, each beacon allowing for reception of a unique identifier associated with one of the lighting control devices of the load control system, wherein the unique identifier is configured to identify the lighting control device in messages transmitted to control an amount of power provided to a lighting load in a lighting fixture; determining a configuration identifier based on configuration data associated with the load control system, wherein the configuration identifier identifies one or more of a zone, an area, or a location of one or more lighting loads or fixtures comprising one or more lighting loads; automatically selecting one or more of the lighting control devices to be assigned to the configuration identifier based on received signal strengths of the respective beacons of the lighting control devices; causing the selected one or more lighting control devices to provide a first feedback type in response to being automatically selected to be assigned to the configuration identifier; associating the respective unique identifiers of the selected one or more lighting control devices with the configuration identifier; and causing the selected one or more lighting control devices to provide a second feedback type in response to being assigned to the configuration identifier. receiving beacons, each beacon allowing for reception of a unique identifier associated with one of the lighting control devices of the load control system, wherein the unique identifier is configured to identify the lighting control device in messages transmitted to control an amount of power provided to a lighting load in a lighting fixture; determining a configuration identifier based on configuration data associated with the load control system, wherein the configuration identifier identifies one or more of a zone, an area, or a location of one or more lighting loads or fixtures comprising one or more lighting loads; automatically selecting one or more of the lighting control devices to be assigned to the configuration identifier based on received signal strengths of the respective beacons of the lighting control devices; causing the selected one or more lighting control devices to provide a first feedback type in response to being automatically selected to be assigned to the configuration identifier; associating the respective unique identifiers of the selected one or more lighting control devices with the configuration identifier; and causing the selected one or more lighting control devices to provide a second feedback type in response to being assigned to the configuration identifier.
A screen for a vibratory shaker with a plurality of screens, the screen having a screen frame having a plurality of openings and including: a first screen insert disposed in a first opening of the plurality of openings of the screen frame, the first screen insert having a screen surface positioned at the first height above the screen frame; a second screen insert disposed in a second opening of the plurality of openings of the screen frame, the second screen insert having a screen surface positioned at a second height, the second height being different from the first height; and a mesh disposed on the first and second screen surfaces. a first screen insert disposed in a first opening of the plurality of openings of the screen frame, the first screen insert having a screen surface positioned at the first height above the screen frame; a second screen insert disposed in a second opening of the plurality of openings of the screen frame, the second screen insert having a screen surface positioned at a second height, the second height being different from the first height; and a mesh disposed on the first and second screen surfaces.
A method, comprising: providing a user interface comprising: - a first dashboard environment including one or more first widgets; - a second dashboard environment including one or more second widgets, the second dashboard environment being distinct from the first dashboard environment; and - a desktop user interface; selectively invoking and displaying the first and second dashboard environments in associated display areas as an overlay to the desktop user interface; temporarily inactivating the desktop user interface while the first dashboard environment or the second dashboard environment is activated; visually modifying the desktop user interface while the first dashboard environment or the second dashboard environment is active, so as to emphasize that the desktop user interface is temporarily inactive; and upon initiation through an input device, providing a transition between the first dashboard environment and the second dashboard environment. providing a user interface comprising: - a first dashboard environment including one or more first widgets; - a second dashboard environment including one or more second widgets, the second dashboard environment being distinct from the first dashboard environment; and - a desktop user interface; selectively invoking and displaying the first and second dashboard environments in associated display areas as an overlay to the desktop user interface; - a first dashboard environment including one or more first widgets; - a second dashboard environment including one or more second widgets, the second dashboard environment being distinct from the first dashboard environment; and - a desktop user interface; temporarily inactivating the desktop user interface while the first dashboard environment or the second dashboard environment is activated; visually modifying the desktop user interface while the first dashboard environment or the second dashboard environment is active, so as to emphasize that the desktop user interface is temporarily inactive; and upon initiation through an input device, providing a transition between the first dashboard environment and the second dashboard environment.
An electric powered device for raising and lowering a landing gear of a trailer, the landing gear comprising of a pair of legs (17, 18) that are extendable and retractable by rotation of a landing gear shaft, said device comprising: a) a main shaft adapted to be coupled to the landing gear shaft; b) an electric motor having a motor shaft and a motor controller configured to control a motor speed and a motor torque, and provide a variable speed/torque motor operation; characterised in that said device further comprises: c) a sprocket-and-chain mechanism (14, 15, 16) connected to the electric motor, comprising a set of sprockets and chain mechanism arranged between the motor shaft and the main shaft; the set of sprockets and chain mechanism comprising a first small sprocket rotatable around an axis of the motor shaft and a second large sprocket rotatable around an axis of the main shaft, and a chain connecting the first small sprocket and the second large sprocket; whereby the motor controller is used to control the applied speed and torque on the main shaft and then to the landing gear shaft and to continually adjust the motor speed and eliminate the need for a multi gear ratio for the landing gear. a) a main shaft adapted to be coupled to the landing gear shaft; b) an electric motor having a motor shaft and a motor controller configured to control a motor speed and a motor torque, and provide a variable speed/torque motor operation; characterised in that said device further comprises: c) a sprocket-and-chain mechanism (14, 15, 16) connected to the electric motor, comprising a set of sprockets and chain mechanism arranged between the motor shaft and the main shaft; the set of sprockets and chain mechanism comprising a first small sprocket rotatable around an axis of the motor shaft and a second large sprocket rotatable around an axis of the main shaft, and a chain connecting the first small sprocket and the second large sprocket;
A magnetic resonance imaging method comprising the steps of: generating a diffusion weighted image based on a magnetic resonance signal from an object; calculating an apparent diffusion coefficient image based on the diffusion weighted image; and subjecting the diffusion weighted image to a process of indicating a region having an apparent diffusion coefficient of less than a threshold value with a highlight in contrast with other region of the diffusion weighted image, the process comprising binarizing the apparent diffusion coefficient image based on the threshold value to generate a low-range region image that indicates a region where the apparent diffusion coefficient is less than the threshold value in the apparent diffusion coefficient image, and superimposing the low-range region image onto the diffusion weighted image to highlight the region of the diffusion weighted image that corresponds to the region where the apparent diffusion coefficient is less than the threshold value in the apparent diffusion coefficient image. generating a diffusion weighted image based on a magnetic resonance signal from an object; calculating an apparent diffusion coefficient image based on the diffusion weighted image; and subjecting the diffusion weighted image to a process of indicating a region having an apparent diffusion coefficient of less than a threshold value with a highlight in contrast with other region of the diffusion weighted image, the process comprising binarizing the apparent diffusion coefficient image based on the threshold value to generate a low-range region image that indicates a region where the apparent diffusion coefficient is less than the threshold value in the apparent diffusion coefficient image, and superimposing the low-range region image onto the diffusion weighted image to highlight the region of the diffusion weighted image that corresponds to the region where the apparent diffusion coefficient is less than the threshold value in the apparent diffusion coefficient image.
An implantable electrical connecting device for electrically connecting a first and a second component, the connecting device comprising: a first elastic multi-ply layer having a first structured electrically conductive layer and first electrical contacts electrically conductively connected thereto; and a second elastic multi-ply layer having a first structured electrically conductive layer and second electrical contacts electrically conductively connected thereto and adapted to make contact with the first electrical contacts, wherein the first electrical contacts of the first elastic multi-ply layer comprise plug-type elevations and the second electrical contacts of the second elastic multi-ply layer comprise socket-type indentations, and the first elastic multi-ply layer comprises a) a first dielectric layer on which the first structured electrically conductive layer of the first elastic multi-ply layer is formed, b) a second dielectric layer formed on the first structured electrically conductive layer of the first elastic multi-ply layer, and c) a second electrically conductive layer, wherein the first electrical contact of the first elastic multi-ply layer surrounds the second electrically conductive layer of the first elastic multi-ply layer. a first elastic multi-ply layer having a first structured electrically conductive layer and first electrical contacts electrically conductively connected thereto; and a second elastic multi-ply layer having a first structured electrically conductive layer and second electrical contacts electrically conductively connected thereto and adapted to make contact with the first electrical contacts, wherein the first electrical contacts of the first elastic multi-ply layer comprise plug-type elevations and the second electrical contacts of the second elastic multi-ply layer comprise socket-type indentations, and the first elastic multi-ply layer comprises a) a first dielectric layer on which the first structured electrically conductive layer of the first elastic multi-ply layer is formed, b) a second dielectric layer formed on the first structured electrically conductive layer of the first elastic multi-ply layer, and c) a second electrically conductive layer, a) a first dielectric layer on which the first structured electrically conductive layer of the first elastic multi-ply layer is formed, b) a second dielectric layer formed on the first structured electrically conductive layer of the first elastic multi-ply layer, and c) a second electrically conductive layer, wherein the first electrical contact of the first elastic multi-ply layer surrounds the second electrically conductive layer of the first elastic multi-ply layer.
A system for x-ray inspection, the system comprising: an x-ray emitter; a rectilinear x-ray sensor array comprising: four x-ray sensors (25, 27, 28) movably interconnected via a ball coupler positioned interstitial to the four x-ray sensors; and an aperture to allow x-rays to be emitted through the x-ray sensor array towards a target structure; and an imaging device configured to generate an inspection image based on information from the x-ray sensor array; wherein the x-ray sensor array is configured to detect backscattered x-rays; wherein a second x-ray sensor of the four x-ray sensors (25, 27, 28) is adjustable, via the ball coupler, relative to a first x-ray sensor of the four x-ray sensors (25, 27, 28) along a first direction; and wherein a third x-ray sensor of the four x-ray sensors (25, 27, 28) is adjustable, via the ball coupler, relative to the first x-ray sensor along a second direction offset from the first direction. an x-ray emitter; a rectilinear x-ray sensor array comprising: four x-ray sensors (25, 27, 28) movably interconnected via a ball coupler positioned interstitial to the four x-ray sensors; and an aperture to allow x-rays to be emitted through the x-ray sensor array towards a target structure; and four x-ray sensors (25, 27, 28) movably interconnected via a ball coupler positioned interstitial to the four x-ray sensors; and an aperture to allow x-rays to be emitted through the x-ray sensor array towards a target structure; and an imaging device configured to generate an inspection image based on information from the x-ray sensor array; wherein the x-ray sensor array is configured to detect backscattered x-rays; wherein a second x-ray sensor of the four x-ray sensors (25, 27, 28) is adjustable, via the ball coupler, relative to a first x-ray sensor of the four x-ray sensors (25, 27, 28) along a first direction; and wherein a third x-ray sensor of the four x-ray sensors (25, 27, 28) is adjustable, via the ball coupler, relative to the first x-ray sensor along a second direction offset from the first direction.