mhurhangee/ep-ind-claims huggingface dataset:
A control device (100, 200, 300) for controlling power delivered to an electrical load, the control device (100, 200, 300) comprising: a faceplate (110, 210) having an opening (130, 230) defined between sidewalls of the faceplate (110, 210); a button (120, 220) received in the opening (130, 230) of the faceplate (110, 210), wherein a gap is formed between the button (120, 220) and the opening (130, 230) of the faceplate (110, 210), the button (120, 220) comprising: a cap portion (160, 260); and a diffuser portion (170, 270), wherein the diffuser portion (170, 270) is arranged in the opening (130, 230) and extends laterally beyond the cap portion (160, 260) within the opening (130, 230); at least one light source located inside of the control device (100, 200, 300) and configured to provide light to the diffuser portion (170, 270) of the button (120, 220) to illuminate the gap between the button (120, 220) and the opening (130, 230) of the faceplate (110, 210); and a control circuit configured to cause the power delivered to the electrical load to be adjusted in response to an actuation of the button (120, 220). a faceplate (110, 210) having an opening (130, 230) defined between sidewalls of the faceplate (110, 210); a button (120, 220) received in the opening (130, 230) of the faceplate (110, 210), wherein a gap is formed between the button (120, 220) and the opening (130, 230) of the faceplate (110, 210), the button (120, 220) comprising: a cap portion (160, 260); and a diffuser portion (170, 270), wherein the diffuser portion (170, 270) is arranged in the opening (130, 230) and extends laterally beyond the cap portion (160, 260) within the opening (130, 230); a cap portion (160, 260); and a diffuser portion (170, 270), wherein the diffuser portion (170, 270) is arranged in the opening (130, 230) and extends laterally beyond the cap portion (160, 260) within the opening (130, 230); at least one light source located inside of the control device (100, 200, 300) and configured to provide light to the diffuser portion (170, 270) of the button (120, 220) to illuminate the gap between the button (120, 220) and the opening (130, 230) of the faceplate (110, 210); and a control circuit configured to cause the power delivered to the electrical load to be adjusted in response to an actuation of the button (120, 220).
A catalyst for vapor phase carbonylation comprising from 0.01 weight percent to 10 weight percent each of iridium and at least one second metal selected from gallium, zinc, indium and germanium wherein the iridium and at least one second metal are associated with a solid support material, wherein weight percent of each metal is determined as the weight of atoms of that particular metal based on the total weight of the solid components of the catalytic material.
System comprising at least one sash frame and a window frame, wherein - the window frame has an inner visible surface and the sash frame has an internal sash frame overlap and - with correct mounting, the sash frame overlap covers the inner visible surface of the window frame with a degree of overlap "A", characterized by a mounting aid having - a basic body with an upper side, a lower side and a front side, - means for fastening the mounting aid in a rebate region extending between the window frame and the sash frame, and - a marking lug, wherein - in the correctly mounted state, the marking lug of the mounting aid extends into the gap between the inner visible surface of the window frame and the sash frame overlap. - the window frame has an inner visible surface and the sash frame has an internal sash frame overlap and - with correct mounting, the sash frame overlap covers the inner visible surface of the window frame with a degree of overlap "A", - a basic body with an upper side, a lower side and a front side, - means for fastening the mounting aid in a rebate region extending between the window frame and the sash frame, and - a marking lug, wherein - in the correctly mounted state, the marking lug of the mounting aid extends into the gap between the inner visible surface of the window frame and the sash frame overlap.
An image processing method to be implemented by a computer, comprising: performing deep learning using a placental ultrasound image and a placental pathology image; separating a first area corresponding to a placenta from a received ultrasound image; extracting a first matching pathology image corresponding to the first area; and extracting at least one set of event information corresponding to the first matching pathology image, wherein the event information is an estimated delivery date. performing deep learning using a placental ultrasound image and a placental pathology image; separating a first area corresponding to a placenta from a received ultrasound image; extracting a first matching pathology image corresponding to the first area; and extracting at least one set of event information corresponding to the first matching pathology image, wherein the event information is an estimated delivery date.
A pneumatic tire comprising a carcass and a belt reinforcing structure, the belt reinforcing structure comprising a strip (43, 43') of reinforcement cords (44, 48) or being formed by winding a strip (43, 43') of reinforcement cords (44, 48), wherein the strip (43, 43') of reinforcement cords (44, 48) comprises or is formed from a plurality of first reinforcement cords and at least one, preferably one, second reinforcement cord located on each lateral end of the strip (43, 43'), wherein (i) the strip (43, 43') of reinforcement cords (44, 48) has outer lateral ends or edges (45, 45') that are triangular in shape and/or wherein (ii) at least one or all of the first reinforcement cords have a larger diameter than at least one or all the second reinforcement cords, characterized in that the tire is a radial aircraft tire, the first reinforcement cord is formed of POK, aramid filaments or of aramid and nylon filaments, and the second reinforcement cord is formed of nylon filaments, and wherein in case the first reinforcement cord is formed of POK, the first reinforcement cord is formed of a higher modulus material than the second reinforcement cord.
A use of a material as a mechanoluminescent material in a mechanoluminescent coating composition, wherein the mechanoluminescent material comprises strontium aluminate as a base material, a Eu ion, and at least one ion selected from the group consisting of Nd, Dy, and Ho, an amount of the Eu ion contained in the mechanoluminescent material being 0.0001 to 0.01 mol per mole of the strontium aluminate, an amount of the at least one ion selected from the group consisting of Nd, Dy, and Ho contained in the mechanoluminescent material being, as the sum of amounts of the three ions Nd, Dy, and Ho, 0.0001 to 0.01 mol per mole of the strontium aluminate, wherein the strontium aluminate is synthesized - from a strontium source and one or both of aluminum hydroxide and an alumina raw material containing 0-alumina, and η-alumina wherein a content of α-alumina in the one or both of alumina and aluminum hydroxide in the raw material composition is 90 mol% or less. - from a strontium source and one or both of aluminum hydroxide and an alumina raw material containing 0-alumina, and η-alumina wherein a content of α-alumina in the one or both of alumina and aluminum hydroxide in the raw material composition is 90 mol% or less.
A method to perform inverse tone mapping, the method comprising: providing, by a computer, a luminance of an image; detecting, by the computer, highlights in the luminance, the highlights including highlights from brighter light sources and highlights from specular reflections, wherein detecting highlights comprises estimating a probability of highlighted pixels in the image, to thereby obtain a highlight detection parameter which is a probability of whether the image contains highlights; estimating, by the computer, a mid-value of the luminance, thereby obtaining a mid-value luminance parameter; providing, by the computer, minimum and maximum luminance values for a lower dynamic range display and for a higher dynamic range display, the minimum and maximum luminance values delimiting the intensity range that the respective display is able to render; calculating, by the computer, an inverse tone mapping function, based on the highlight detection parameter, the mid-value luminance parameter, and the minimum and maximum luminance values for the lower dynamic range display and the higher dynamic range display; and applying, by the computer, the inverse tone mapping function to the luminance of each pixel in the image, thereby obtaining an inversely mapped luminance. providing, by a computer, a luminance of an image; detecting, by the computer, highlights in the luminance, the highlights including highlights from brighter light sources and highlights from specular reflections, wherein detecting highlights comprises estimating a probability of highlighted pixels in the image, to thereby obtain a highlight detection parameter which is a probability of whether the image contains highlights; estimating, by the computer, a mid-value of the luminance, thereby obtaining a mid-value luminance parameter; providing, by the computer, minimum and maximum luminance values for a lower dynamic range display and for a higher dynamic range display, the minimum and maximum luminance values delimiting the intensity range that the respective display is able to render; calculating, by the computer, an inverse tone mapping function, based on the highlight detection parameter, the mid-value luminance parameter, and the minimum and maximum luminance values for the lower dynamic range display and the higher dynamic range display; and applying, by the computer, the inverse tone mapping function to the luminance of each pixel in the image, thereby obtaining an inversely mapped luminance.
A fastener driving device comprising: a housing having a reservoir therein, the reservoir being configured to receive a pressurized gas; a nose assembly carried by the housing, said nose assembly having a fastener drive track; a magazine assembly constructed and arranged to feed only one length of successive leading fasteners from a supply of fasteners contained therein along into said drive track; a fastener driver movably mounted in said housing and configured to enter said drive track and drive the successive leading fasteners into a workpiece; and a head valve constructed and arranged to be actuated so as to allow the pressurized gas to move said fastener driver through successive operating cycles, each cycle including a drive stroke wherein the leading fastener is driven into the workpiece, and a return stroke; and an actuator constructed and arranged to actuate said head valve, wherein the fasteners have a length of about 3.8 cm (about 1.5 inches) and are configured to attach a metal connector to the workpiece, and wherein the magazine is configured to position the leading fastener in the drive track such that a tip of the leading fastener extends outward and away from the movable nose before the leading fastener is driven by the fastener driver, characterized in that the actuator comprises: a trigger valve constructed and arranged to allow passage of the pressurized gas from the reservoir to a chamber above the head valve; and a contact valve operatively connected to the trigger valve, wherein when the trigger valve is actuated, the pressurized gas flows through the trigger valve to the contact valve, and wherein the contact valve is constructed and arranged to 1) contain the pressurized gas if the pressurized gas can effect movement of a movable portion of the nose assembly beyond a predetermined distance, and 2) exhaust the pressurized gas from the chamber above the head valve to atmosphere if the pressurized gas cannot effect movement of the movable portion of the nose assembly beyond the predetermined distance, thereby causing actuation of the head valve. a housing having a reservoir therein, the reservoir being configured to receive a pressurized gas; a nose assembly carried by the housing, said nose assembly having a fastener drive track; a magazine assembly constructed and arranged to feed only one length of successive leading fasteners from a supply of fasteners contained therein along into said drive track; a fastener driver movably mounted in said housing and configured to enter said drive track and drive the successive leading fasteners into a workpiece; and a head valve constructed and arranged to be actuated so as to allow the pressurized gas to move said fastener driver through successive operating cycles, each cycle including a drive stroke wherein the leading fastener is driven into the workpiece, and a return stroke; and an actuator constructed and arranged to actuate said head valve, a trigger valve constructed and arranged to allow passage of the pressurized gas from the reservoir to a chamber above the head valve; and a contact valve operatively connected to the trigger valve,
Composite pane for a vehicle which is provided for separation of a vehicle interior for occupants from an external environment, with an outer pane and an inner pane that are joined one another via a thermoplastic intermediate layer, wherein at least one radar sensor is integrated into the thermoplastic intermediate layer and is designed and arranged such that the radar sensor emits radar beams into the vehicle interior and receives reflected radar beams, and the radar sensor is connected to an evaluation unit for determining movement and/or presence of persons or animals in the vehicle interior.
A directly infusible nimodipine formulation suitable for parenteral administration in humans, comprising nimodipine in a concentration from 0.01 mg/ml to 1.0 mg/ml, a pharmaceutically acceptable organic solvent consisting of ethanol comprising less than 2% w/v of the formulation, a pharmaceutically acceptable aqueous carrier, and 0.01% - 2.5% w/v of a hydrophilic surfactant consisting of polysorbate 80, such that the nimodipine is substantially contained in micelles, the formulation comprising a volume from 50 ml to 1000 ml and contained in a pharmaceutically acceptable container, the formulation being a stable clear micellar solution and displaying no precipitation of nimodipine.
A battery module, comprising: a plurality of battery cells, each provided with a terminal portion; a bus-bar coupled to the terminal portions in order to electrically connect between the plurality of battery cells, the bus-bar having an opening formed therein; and a reflective portion positioned on one of the terminal portions so that a light-reflective surface of the reflective portion is exposed through the opening; characterised in that the light-reflective surface is at least partially adapted to direct light towards a welding portion at which the bus-bar is coupled to the terminal portion, and in that the opening of the bus-bar has a shape in which the size of the opening narrows with distance from the terminal portion such that the welding portion is not directly exposed to the outside of the bus bar. a plurality of battery cells, each provided with a terminal portion; a bus-bar coupled to the terminal portions in order to electrically connect between the plurality of battery cells, the bus-bar having an opening formed therein; and a reflective portion positioned on one of the terminal portions so that a light-reflective surface of the reflective portion is exposed through the opening; characterised in that the light-reflective surface is at least partially adapted to direct light towards a welding portion at which the bus-bar is coupled to the terminal portion, and in that the opening of the bus-bar has a shape in which the size of the opening narrows with distance from the terminal portion such that the welding portion is not directly exposed to the outside of the bus bar.
Composite part (1; 2; 6) made from a composite constituted by a superposition of composite folds, each comprising reinforcement fibres embedded in a resin, said part comprising a zone that comprises a bore, having an axis perpendicular to the planes of said folds, said part comprising at said zone serving for the transmission of a force, a reinforcement device comprising, first, two elements for holding said composite part at said part or in the vicinity thereof, and, second, at least one linking body that traverses said folds perpendicularly to the planes thereof via said bore, in order to connect said holding elements which, by means of their holding, prestress the resin, by compressing said composite folds, said part being characterized in that the bore forms an eyelet designed to link with another part with a view to the transmission of a force exerted in the laying-up plane of the reinforcement fibres.
A creped tissue sheet containing papermaking fibers comprising a first side and a second and opposite side, the creped tissue sheet including an additive composition comprising an olefin polymer located on the first side of the sheet in a pattern, the pattern including deposits of the additive composition separated by untreated areas, characterised by the creped tissue sheet further comprising shavings of the additive composition randomly associated with the pattern of deposits on the first side of the sheet.
A method of image processing, comprising: - receiving at least one video frame of a video sequence, the at least one video frame comprising at least one foreground subject and a background; and - processing said at least one video frame so as to separate said at least one foreground subject from said background; wherein said processing includes: - generating a pixel mask containing information indicating, for each pixel of the at least one video frame, whether the pixel belongs to the foreground subject or to the background; - determining contours of the at least one foreground subject on the pixel mask, characterized in that said determining of the contours comprises, for each pixel in the at least one video frame: - based on the information included in the pixel mask, determining whether at least one pixel border belongs to a contour of the at least one foreground subject, the at least one pixel border separating the pixel from a respective at least one adjacent pixel and associating with the pixel either a first or a second value wherein said first and second values are respectively adapted to indicate whether or not the pixel border belongs to a contour of the at least one foreground subject. - receiving at least one video frame of a video sequence, the at least one video frame comprising at least one foreground subject and a background; and - processing said at least one video frame so as to separate said at least one foreground subject from said background; - generating a pixel mask containing information indicating, for each pixel of the at least one video frame, whether the pixel belongs to the foreground subject or to the background; - determining contours of the at least one foreground subject on the pixel mask, characterized in that said determining of the contours comprises, for each pixel in the at least one video frame: - based on the information included in the pixel mask, determining whether at least one pixel border belongs to a contour of the at least one foreground subject, the at least one pixel border separating the pixel from a respective at least one adjacent pixel and
A wireless power transmitter that wirelessly transmits power to a wireless power receiver, the wireless power transmitter comprising: a driving unit that provides power; a power transmission unit that wirelessly transmits first power to the wireless power receiver based on second power received from the driving unit, and wherein the power transmission unit comprises a first capacitor, a first coil connected to the first capacitor, a second capacitor, and a second coil connected to the second capacitor and physically being parallel with the first coil, the wireless power transmitter being characterised by further comprising: a housing; and in that the housing and first and second coils are arranged such that the wireless power receiver is mountable on an outer surface of the housing such that it is placed between the first coil and the second coil. a driving unit that provides power; a power transmission unit that wirelessly transmits first power to the wireless power receiver based on second power received from the driving unit, and wherein the power transmission unit comprises a first capacitor, a first coil connected to the first capacitor, a second capacitor, and a second coil connected to the second capacitor and physically being parallel with the first coil, the wireless power transmitter being characterised by further comprising: a housing; and in that the housing and first and second coils are arranged such that the wireless power receiver is mountable on an outer surface of the housing such that it is placed between the first coil and the second coil. a housing; and in that the housing and first and second coils are arranged such that the wireless power receiver is mountable on an outer surface of the housing such that it is placed between the first coil and the second coil.
A system for capturing heat energy in a power generation system, the system comprising: a first compressor configured to exhaust a first compressed, heated air flow; a heat exchanger connected to the first compressor and configured to receive the first compressed, heated air flow and configured to transfer heat energy from the first compressed, heated air flow to an oil; characterised by at least one pump connected to the heat exchanger and configured to pump the heated oil in a closed-loop system from the heat exchanger to an insulated storage tank; a second compressor connected to the heat exchanger and configured to exhaust a second compressed, heated air flow; an energy storage unit connected to the second compressor and configured to store heat energy from the second compressed, heated air flow; a storage facility connected to the energy storage unit and configured to store a cooled, compressed air received from the energy storage unit and configured to selectively release the cooled, compressed air back into the power generation system; and an insulated storage tank fluidly connected to the at least one pump configured to store the heated oil and configured to transfer heat energy from the heated oil to the cooled, compressed air. a first compressor configured to exhaust a first compressed, heated air flow; a heat exchanger connected to the first compressor and configured to receive the first compressed, heated air flow and configured to transfer heat energy from the first compressed, heated air flow to an oil; characterised by at least one pump connected to the heat exchanger and configured to pump the heated oil in a closed-loop system from the heat exchanger to an insulated storage tank; a second compressor connected to the heat exchanger and configured to exhaust a second compressed, heated air flow; an energy storage unit connected to the second compressor and configured to store heat energy from the second compressed, heated air flow; a storage facility connected to the energy storage unit and configured to store a cooled, compressed air received from the energy storage unit and configured to selectively release the cooled, compressed air back into the power generation system; and an insulated storage tank fluidly connected to the at least one pump configured to store the heated oil and configured to transfer heat energy from the heated oil to the cooled, compressed air.