mhurhangee/ep-ind-claims huggingface dataset:
A device for locating buried or hidden objects, comprising: a locator body; one or more antenna nodes (2820, 2830) coupled to or on or within the locator body; and a safety lighting assembly, disposed on or within the locator body, configured to generate an output light the device being characterized in that: the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body, wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern. a locator body; one or more antenna nodes (2820, 2830) coupled to or on or within the locator body; and a safety lighting assembly, disposed on or within the locator body, configured to generate an output light the device being characterized in that: the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body, wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern. the safety lighting assembly is configured to direct the generated output light in a plane substantially parallel to a ground when the locator body is oriented vertically relative to the ground, wherein the safety lighting assembly comprises a plurality of LED light units configured to generate fan-shaped substantially planar light beams, wherein the fan-shaped beams are substantially planar in a plane perpendicular to a vertical axis of the locator body, wherein the plurality of LED light units comprise an optic to form the fan-shaped beam pattern.
A printed circuit board embedding a power die wherein interconnections between the power die and the printed circuit board are composed of micro/nano wires, the printed circuit board comprising a cavity wherein the power die is placed, the cavity is further filled with a dielectric fluid or an isolating silicone gel or grease or a dielectric oil, wherein the printed circuit board further comprises holes that enable the filling of the dielectric fluid within the cavity and the holes are closed with flexible membranes after the filling of the dielectric fluid within the cavity that deform when the fluid expands or shrinks with temperature and/or phase change of the fluid.
A dosage form that provides controlled release of apixaban, the dosage form comprising a solubility-improved form of apixaban that is a solid amorphous dispersion comprising said apixaban and hydroxypropyl methyl cellulose acetate succinate (HPMCAS).
An emulsion coagulant comprising: component having a particle size of from 35 to 100 μm and comprising at least one type selected from the group consisting of aluminum oxide, magnesium oxide, and silicon oxide; propylene glycol alginate; and component comprising at least one type selected from the group consisting of calcium oxide, calcium chloride, calcium acetate, and urea; an amount of component being from 3 to 30 mass% of a total amount of the component, the propylene glycol alginate, and the component; and the emulsion coagulant being usable to coagulate a tire puncture sealing material comprising an emulsion. component having a particle size of from 35 to 100 μm and comprising at least one type selected from the group consisting of aluminum oxide, magnesium oxide, and silicon oxide; propylene glycol alginate; and component comprising at least one type selected from the group consisting of calcium oxide, calcium chloride, calcium acetate, and urea; an amount of component being from 3 to 30 mass% of a total amount of the component, the propylene glycol alginate, and the component; and the emulsion coagulant being usable to coagulate a tire puncture sealing material comprising an emulsion.
A method for repairing a laminated composite, the method comprising: mapping dimensions and arrangement of a plurality of plies forming the laminated composite; defining a repair region by identifying at least one of the plurality of plies that is damaged; scoring the one or more damaged plies before peeling occurs, wherein fibers within the one or more damaged plies are taken hold of to begin peeling and removing the one or more damaged plies; peeling and removing the one or more damaged plies from the repair region, wherein each of the one or more damaged plies is separately peeled and removed; and adding at least one replacement ply to the repair region, wherein the number of replacement plies added is at least equal to the number of damaged plies that are separately peeled and removed. mapping dimensions and arrangement of a plurality of plies forming the laminated composite; defining a repair region by identifying at least one of the plurality of plies that is damaged; scoring the one or more damaged plies before peeling occurs, wherein fibers within the one or more damaged plies are taken hold of to begin peeling and removing the one or more damaged plies; peeling and removing the one or more damaged plies from the repair region, wherein each of the one or more damaged plies is separately peeled and removed; and adding at least one replacement ply to the repair region, wherein the number of replacement plies added is at least equal to the number of damaged plies that are separately peeled and removed.
A method for determining an amount of stiction in a control element of a plant operating according to a process control, the method comprising: configuring parameters for a target period of time for evaluation of the control element; collecting field data values of the control element, the field data values including a controller output and a manipulation variable of the control element; calculating a standard deviation of the target period of time for the difference between a position request and a position result, the position request and position result being respectively based on the controller output and the manipulation variable; calculating a standard deviation ratio between the standard deviation of the target period of time and a standard deviation of a reference period of time, the reference period of time being a period of time in which the control element is in optimal condition, and the reference period of time having minimal stiction; and outputting an indication of excessive stiction based on the standard deviation ratio. configuring parameters for a target period of time for evaluation of the control element; collecting field data values of the control element, the field data values including a controller output and a manipulation variable of the control element; calculating a standard deviation of the target period of time for the difference between a position request and a position result, the position request and position result being respectively based on the controller output and the manipulation variable; calculating a standard deviation ratio between the standard deviation of the target period of time and a standard deviation of a reference period of time, the reference period of time being a period of time in which the control element is in optimal condition, and the reference period of time having minimal stiction; and outputting an indication of excessive stiction based on the standard deviation ratio.
A driving method for an array formed by a plurality of pixel units of a liquid crystal display, wherein each of the pixel units comprises a first pixel and a second pixel and adopts a Dual Gate driving structure in which the first pixel and the second pixel are located in a same row parallel to a direction along which a gate line extends and are adjacent to each other, the first pixel and the second pixel comprising a first Thin Film Transistor TFT and a second TFT respectively, wherein, sources of the first and second TFTs are connected to a same data line, and gates of the first and second TFTs are connected to two adjacent gate lines (101a, 101b) respectively, the liquid crystal display comprising a first transparent electrode layer formed in a first layer and a second transparent electrode layer formed in another layer than the first layer; in the first pixel, a part of the first transparent electrode layer is connected to a drain of the first TFT for driving the first pixel and forms the pixel electrode of the first pixel, and a part of the second transparent electrode layer forms the common electrode of the first pixel; in the second pixel, a part of the second transparent electrode layer is connected to a drain (103c2) of the second TFT for driving the second pixel and forms the pixel electrode of the second pixel, and a part of the first transparent electrode layer forms the common electrode of the second pixel; wherein the first pixel and the second pixel are arranged alternately in each row, and each column comprises either only first pixels or only second pixels characterized in that the pixel driving method comprises: in process of displaying a frame of picture, changing the polarity of the voltage of the data signal input to the data lines every scanning of two adjacent gate lines, so that the polarities of the voltage differences between the first transparent electrode layer and the second transparent electrode layer in a same row are the same and the polarities of the voltage differences between the first transparent electrode layer and the second transparent electrode layer in two adjacent rows are contrary to each other, performing a dot inversion drive for the array of pixel units.
A high brightness composite pigment which comprises a mineral pigment and in-situ precipitated calcium carbonate and which is produced by a plurality of carbonation cycles to precipitate calcium carbonate on surfaces of particles of the mineral pigment, wherein the mineral pigment particles are delaminated kaolin clay; wherein the content of particles less than 2 microns is 90%; wherein the difference between the percentage of particles less than 2 microns and the percentage of particles less than 0.2 microns is 83.2; and wherein the total amount of calcium carbonate precipitated on the surfaces of particles of the mineral pigment is 30% based on the weight of the composite pigment.
A stepping motor comprising: a bracket; a stator inserted into and coupled to one end of the bracket; a thrust plate coupled to the stator and inserted into the one end of the bracket; a lead screw having one end which is supported by the thrust plate and the other end which is supported by the other end of the bracket and installed to be capable of forward and backward rotations; a rotator coupled to the lead screw and rotated in cooperation with the stator to rotate the lead screw, characterised in that a substrate coupled to the bracket in such a manner that a rim of the substrate and a surface of the substrate facing an outside of the bracket are arranged inside the bracket, and electrically connected with the stator and an external power source and a cover coupled to the one end of the bracket to prevent the thrust plate from being released from the bracket and enclose and protect one end of the substrate. a bracket; a stator inserted into and coupled to one end of the bracket; a thrust plate coupled to the stator and inserted into the one end of the bracket; a lead screw having one end which is supported by the thrust plate and the other end which is supported by the other end of the bracket and installed to be capable of forward and backward rotations; a rotator coupled to the lead screw and rotated in cooperation with the stator to rotate the lead screw, characterised in that a substrate coupled to the bracket in such a manner that a rim of the substrate and a surface of the substrate facing an outside of the bracket are arranged inside the bracket, and electrically connected with the stator and an external power source and a cover coupled to the one end of the bracket to prevent the thrust plate from being released from the bracket and enclose and protect one end of the substrate.
A radiation detector, comprising: an array substrate including a substrate and a plurality of photoelectric conversion elements, the plurality of photoelectric conversion elements being provided on one surface side of the substrate; a scintillator layer including a first fluorescent material and being provided on the plurality of photoelectric conversion elements; a wall body surrounding the scintillator layer and being provided on the one surface side of the substrate; and a filled portion including a second fluorescent material and being provided between the scintillator layer and the wall body, the scintillator layer including a tilted portion in a peripheral edge portion of the scintillator layer, a thickness of the tilted portion gradually decreasing toward an outer side of the scintillator layer, the filled portion being provided on the tilted portion. an array substrate including a substrate and a plurality of photoelectric conversion elements, the plurality of photoelectric conversion elements being provided on one surface side of the substrate; a scintillator layer including a first fluorescent material and being provided on the plurality of photoelectric conversion elements; a wall body surrounding the scintillator layer and being provided on the one surface side of the substrate; and a filled portion including a second fluorescent material and being provided between the scintillator layer and the wall body, the scintillator layer including a tilted portion in a peripheral edge portion of the scintillator layer, a thickness of the tilted portion gradually decreasing toward an outer side of the scintillator layer, the filled portion being provided on the tilted portion.
A method for purifying landfill leachate comprising water, dissociated ions and organic compounds, wherein the method comprises: - providing the leachate in a eutectic freeze crystallization crystallizer; - carrying out eutectic freeze crystallization by reducing the temperature of the leachate to a first eutectic point to obtain a first mixture comprising ice and a first crystalline salt; - separating the ice and said first crystalline salt into an ice stream and a crystalline salt stream to provide a first slurry stream comprising the first crystalline salt and a second slurry stream comprising the ice; - recovery by separating and individually recovering the first crystalline salt and a first mother liquor from the first slurry stream; - providing a first bleed stream which is at least part of the first mother liquor in a second eutectic freeze crystallization crystallizer; - carrying out eutectic freeze crystallization by reducing the temperature of the first bleed stream to a second eutectic point to obtain a second mixture comprising ice and a second crystalline salt; - separating the ice and said second crystalline salt into a second ice stream and a second crystalline salt stream. - providing the leachate in a eutectic freeze crystallization crystallizer; - carrying out eutectic freeze crystallization by reducing the temperature of the leachate to a first eutectic point to obtain a first mixture comprising ice and a first crystalline salt; - separating the ice and said first crystalline salt into an ice stream and a crystalline salt stream to provide a first slurry stream comprising the first crystalline salt and a second slurry stream comprising the ice; - recovery by separating and individually recovering the first crystalline salt and a first mother liquor from the first slurry stream; - providing a first bleed stream which is at least part of the first mother liquor in a second eutectic freeze crystallization crystallizer; - carrying out eutectic freeze crystallization by reducing the temperature of the first bleed stream to a second eutectic point to obtain a second mixture comprising ice and a second crystalline salt; - separating the ice and said second crystalline salt into a second ice stream and a second crystalline salt stream.
A system for removing suspended particles from a liquid, the system comprising: a filter chamber defining an internal chamber; a deck positioned within the internal chamber and dividing the filter chamber into an upper chamber and a lower chamber, the deck having a plurality of holes formed therein, each hole adapted to receive a filtration cartridge (400, 410) therein; an inlet line for communicating an influent liquid to the filter chamber; a ridge positioned and forming a perimeter on a top surface of the deck, wherein the ridge acts as an outlet weir on the top surface of the deck; at least one filtration cartridge positioned in a hole of the deck within the perimeter so that liquid that moves upward through the filtration cartridge for filtration exits the filter chamber by passing over the ridge to reach an outlet of the filter chamber; wherein the system is characterized in that at least one filtration cartridge is positioned in a hole of the deck outside the perimeter, such that when flow into the filter chamber subsides, this causes liquid that has accumulated above the deck behind the ridge to flow backward through and to backwash the filtration cartridge within the perimeter, to enter the lower chamber and to flow upward through the filtration cartridge located outside the perimeter. a filter chamber defining an internal chamber; a deck positioned within the internal chamber and dividing the filter chamber into an upper chamber and a lower chamber, the deck having a plurality of holes formed therein, each hole adapted to receive a filtration cartridge (400, 410) therein; an inlet line for communicating an influent liquid to the filter chamber; a ridge positioned and forming a perimeter on a top surface of the deck, wherein the ridge acts as an outlet weir on the top surface of the deck; at least one filtration cartridge positioned in a hole of the deck within the perimeter so that liquid that moves upward through the filtration cartridge for filtration exits the filter chamber by passing over the ridge to reach an outlet of the filter chamber; wherein the system is characterized in that at least one filtration cartridge is positioned in a hole of the deck outside the perimeter, such that when flow into the filter chamber subsides, this causes liquid that has accumulated above the deck behind the ridge to flow backward through and to backwash the filtration cartridge within the perimeter, to enter the lower chamber and to flow upward through the filtration cartridge located outside the perimeter.
A window comprising: a first glass substrate; a transparent conductive film on the first glass substrate; a silicone inclusive layer, the silicone inclusive layer comprising nanoparticles comprising vanadium dioxide (VO 2) which are encapsulated and/or substantially encapsulated in a shell comprising silicon dioxide (SiO 2); a second glass substrate, wherein the transparent conductive film and the silicone inclusive layer are located between the first and second glass substrates; and a power source which supplies power to the transparent conductive film. a first glass substrate; a transparent conductive film on the first glass substrate; a silicone inclusive layer, the silicone inclusive layer comprising nanoparticles comprising vanadium dioxide (VO 2) which are encapsulated and/or substantially encapsulated in a shell comprising silicon dioxide (SiO 2); a second glass substrate, wherein the transparent conductive film and the silicone inclusive layer are located between the first and second glass substrates; and a power source which supplies power to the transparent conductive film.
A method for testing drug sensitivity of mycobacterium tuberculosis, the method comprising the following steps: a) pre-treating target specimens to obtain enriched specimens; b) adding a liquid medium to the enriched specimens to obtain liquid culture specimens, and performing enriched culture for 0-7 days; c) heating and melting a solid medium to obtain a liquefied solid medium, and reducing the temperature of the liquefied solid medium to the corresponding culture temperature of the liquid culture specimens or room temperature, the solid medium having a melting temperature of 50-95°C and a solidification temperature of 25-45°C, the solid medium comprising vitelline, soluble starch, L-casein, phenol red, agar or agarose, bacteriostat, and urea; d) mixing the liquid culture specimens with the liquefied solid medium to obtain liquid specimens for testing of drug sensitivity; e) solidifying the liquid specimens for testing of drug sensitivity to yield solid specimens for testing of drug sensitivity with antibiotic discs; f) cultivating the solid specimens for testing of drug sensitivity until the solid specimens turn pink or light yellow; and g) dripping an indicator to the solid specimens when the solid specimens turn pink or light yellow in step f), observing a drug inhibition zone through a visible colour change of the indicator and determining the drug sensitivity of mycobacterium tuberculosis. a) pre-treating target specimens to obtain enriched specimens; b) adding a liquid medium to the enriched specimens to obtain liquid culture specimens, and performing enriched culture for 0-7 days; c) heating and melting a solid medium to obtain a liquefied solid medium, and reducing the temperature of the liquefied solid medium to the corresponding culture temperature of the liquid culture specimens or room temperature, the solid medium having a melting temperature of 50-95°C and a solidification temperature of 25-45°C, the solid medium comprising vitelline, soluble starch, L-casein, phenol red, agar or agarose, bacteriostat, and urea; d) mixing the liquid culture specimens with the liquefied solid medium to obtain liquid specimens for testing of drug sensitivity; e) solidifying the liquid specimens for testing of drug sensitivity to yield solid specimens for testing of drug sensitivity with antibiotic discs; f) cultivating the solid specimens for testing of drug sensitivity until the solid specimens turn pink or light yellow; and g) dripping an indicator to the solid specimens when the solid specimens turn pink or light yellow in step f), observing a drug inhibition zone through a visible colour change of the indicator and determining the drug sensitivity of mycobacterium tuberculosis.