mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving a source file containing a plurality of documents which, to a computer, initially are indistinguishable from each other; applying, by the computer, a first classification stage to the source file using a convolutional neural network image classification to identify source documents (210, 214) in the plurality of documents and to produce a partially parsed file having a plurality of identified source documents, the partially parsed file comprising sub-images corresponding to the plurality of identified source documents; applying, by the computer, a second classification stage, comprising a natural language processing artificial intelligence, to sets of text in bounding boxes of the sub-images, to classify each of the plurality of identified source documents as a corresponding sub-type of document, each of the sets of text corresponding to one of the sub-images, and to produce a parsed file having a plurality of identified sub-types of documents; and using the parsed file for further computer processing. receiving a source file containing a plurality of documents which, to a computer, initially are indistinguishable from each other; applying, by the computer, a first classification stage to the source file using a convolutional neural network image classification to identify source documents (210, 214) in the plurality of documents and to produce a partially parsed file having a plurality of identified source documents, the partially parsed file comprising sub-images corresponding to the plurality of identified source documents; applying, by the computer, a second classification stage, comprising a natural language processing artificial intelligence, to sets of text in bounding boxes of the sub-images, to classify each of the plurality of identified source documents as a corresponding sub-type of document, each of the sets of text corresponding to one of the sub-images, and to produce a parsed file having a plurality of identified sub-types of documents; and using the parsed file for further computer processing.
Treatment device with a device for generating shock waves, which are applicable in particular for medical use, with a housing, in which the device for generating the shock waves is arranged, with a focusing device, in which the housing is inserted and which is closed fluid-tightly by a membrane or a bellows towards the outside, with a fluid filled in the focusing device, which encloses the device for generating the shock waves and the housing, and with a conduit, through which the fluid can be fed into and drained off the focusing device, characterized in that the conduit is connected to a container, in which the fluid is chemically degassable, such that the oxygen molecules present in the fluid react with hydrogen molecules to water, or react with a reducing agent, and that the container is formed and closed non-gas-tightly.
A computing device (100a, 100b, 100c, 100d) for providing a voice assistant function of a voice assistant, the computing device (100a, 100b, 100c, 100d) comprising: a memory storing one or more instructions; and characterized by comprising a processor configured to execute the one or more instructions stored in the memory to perform a process comprising: identifying a trigger word being included in a user voice input spoken to another voice assistant, wherein the trigger word is a word that triggers an operation of the other voice assistant; based on the trigger word being included in the user voice input, identifying a subsequent user voice, included in the user voice input, to the other voice assistant subsequent to the trigger word and obtaining a response of the other voice assistant corresponding to the subsequent user voice; and performing a subsequent operation based on simulating of operation to be performed corresponding to the subsequent user voice and the obtained response of the other voice assistant. a memory storing one or more instructions; and characterized by comprising a processor configured to execute the one or more instructions stored in the memory to perform a process comprising: identifying a trigger word being included in a user voice input spoken to another voice assistant, wherein the trigger word is a word that triggers an operation of the other voice assistant; based on the trigger word being included in the user voice input, identifying a subsequent user voice, included in the user voice input, to the other voice assistant subsequent to the trigger word and obtaining a response of the other voice assistant corresponding to the subsequent user voice; and performing a subsequent operation based on simulating of operation to be performed corresponding to the subsequent user voice and the obtained response of the other voice assistant. identifying a trigger word being included in a user voice input spoken to another voice assistant, wherein the trigger word is a word that triggers an operation of the other voice assistant; based on the trigger word being included in the user voice input, identifying a subsequent user voice, included in the user voice input, to the other voice assistant subsequent to the trigger word and obtaining a response of the other voice assistant corresponding to the subsequent user voice; and performing a subsequent operation based on simulating of operation to be performed corresponding to the subsequent user voice and the obtained response of the other voice assistant.
A vehicle positioning calibration method, applicable to a first vehicle having a mobile calibration positioning device and to at least a second vehicle having a positioning device to be calibrated, wherein the method comprises: the mobile calibration positioning device transmitting a message of positioning precision level of the mobile calibration positioning device to the positioning device to be calibrated; the positioning device to be calibrated receiving the message of positioning precision level of the mobile calibration positioning device; the positioning device to be calibrated determining whether to send a calibration request according to a positioning precision level of the positioning device to be calibrated and the message of the positioning precision level of the mobile calibration positioning device; the mobile calibration positioning device receiving the calibration request transmitted by the positioning device to be calibrated; and the mobile calibration positioning device detecting, using a detection module, a relative position (r, θ) between the mobile calibration positioning device and the positioning device to be calibrated according to the calibration request; and the mobile calibration positioning device computing and transmitting a calibrated position (GPS(X2',Y2')) of the positioning device to be calibrated to the at least one positioning device to be calibrated; wherein the calibrated position of the positioning device to be calibrated is a position (GPS(X1,Y1)) of the vehicle having the mobile calibration positioning device plus the relative position (r, θ). the mobile calibration positioning device transmitting a message of positioning precision level of the mobile calibration positioning device to the positioning device to be calibrated; the positioning device to be calibrated receiving the message of positioning precision level of the mobile calibration positioning device; the positioning device to be calibrated determining whether to send a calibration request according to a positioning precision level of the positioning device to be calibrated and the message of the positioning precision level of the mobile calibration positioning device; the mobile calibration positioning device receiving the calibration request transmitted by the positioning device to be calibrated; and the mobile calibration positioning device detecting, using a detection module, a relative position (r, θ) between the mobile calibration positioning device and the positioning device to be calibrated according to the calibration request; and the mobile calibration positioning device computing and transmitting a calibrated position (GPS(X2',Y2')) of the positioning device to be calibrated to the at least one positioning device to be calibrated; wherein the calibrated position of the positioning device to be calibrated is a position (GPS(X1,Y1)) of the vehicle having the mobile calibration positioning device plus the relative position (r, θ).
A stator used in resolvers, in which multiple slots are formed at constant intervals in a circumferential direction, wherein windings of an excitation coil, windings of a first output coil, and windings of a second output coil, respectively, are wound around the slots, wherein the first output coil is obtained by periodically repeating, in a circumferential direction, a first succession of a first, a second, a third, and a fourth slots, the first output coil has, in both the first and in the second slots, a same first winding number and same first winding direction, and the first output coil has, in both the third and the fourth slots, the same first winding number but a second winding direction which is reversed with respect to the first winding direction, the second output coil is obtained by periodically repeating, in a circumferential direction, a second succession of a first, a second, a third, and a fourth slots, the second output coil has, in both the first and the second slots, the same first winding number and the same first winding direction, and the second output coil has, in both the third and the fourth slots, has the same first winding number but the second winding direction which is reversed with respect to the first winding direction, so that the first succession and the second successions have a phase difference of 90°, wherein the excitation coil is wound in a circumferential direction according to a sinusoidal function, wherein the number of windings at each slot changes according to the amplitude of the sinusoidal function and at least three consecutive slots are wound in each winding direction, with a positive value of the sinusoidal function corresponding to the first winding direction; and a negative value of the sinusoidal function corresponding to the second winding direction, with the first winding direction being reversed with respect to the second. a positive value of the sinusoidal function corresponding to the first winding direction; and a negative value of the sinusoidal function corresponding to the second winding direction, with the first winding direction being reversed with respect to the second.
A heater element (10, 200) for a heatable fluid filled bag, wherein the element includes a heat generating member having a power connecting member means (11, 217) to allow the heater element to be heated when connected to a power source, a first insulation layer having ends and a first heat conductive layer having ends, whereby the heat generating member is covered with the first insulation layer followed by the first heat conducting layer to cover the first insulation layer, which are held together at their ends with inner end support members, the inner end support members being insulative having at least one inner end support member with at least one aperture to allow the power connecting member means there through; and wherein the heater element includes a second insulation layer having ends, a second heat conducting layer having ends and middle end support members, wherein the second insulation layer covers the first heat conducting layer and is in the form of a sleeve, followed by the second heat conducting layer shaped as a sleeve which covers the second insulation layer whereby the middle end support members are formed of insulation material and are adapted slidably interfit into the ends of the second insulation member and second heat conducting member to cover and abut the inner end support members and at least one middle end support member has at least one aperture to allow the power connecting member means there through.
A vehicle speed limit apparatus, comprising: a demand value calculation part configured to calculate a demand value according to an accelerator opening degree, the demand value being related to a drive force; an upper limit value calculation part configured to calculate a pre-correction upper limit value based on a limit acceleration, the limit acceleration being determined according to a vehicle speed difference between a limit vehicle speed and a current vehicle speed; a first upper limit value correction part configured to correct the pre-correction upper limit value based on a first accumulated value to calculate a first upper limit value, the first accumulated value being obtained by accumulating an acceleration difference between the limit acceleration and a current acceleration in cycles; a second upper limit value correction part configured to correct the pre-correction upper limit value based on a maximum drive force of a drive force generation apparatus and the current acceleration to calculate a second upper limit value; a selection part configured to select the smaller of the demand value and the second upper limit value when the first upper limit value exceeds a predetermined threshold corresponding to the maximum drive force, and select the smaller of the demand value and the first upper limit value when the first upper limit value does not exceed the predetermined threshold; and a control part configured to control the drive force generation apparatus to generate the drive force corresponding to the selected value. a demand value calculation part configured to calculate a demand value according to an accelerator opening degree, the demand value being related to a drive force; an upper limit value calculation part configured to calculate a pre-correction upper limit value based on a limit acceleration, the limit acceleration being determined according to a vehicle speed difference between a limit vehicle speed and a current vehicle speed; a first upper limit value correction part configured to correct the pre-correction upper limit value based on a first accumulated value to calculate a first upper limit value, the first accumulated value being obtained by accumulating an acceleration difference between the limit acceleration and a current acceleration in cycles; a second upper limit value correction part configured to correct the pre-correction upper limit value based on a maximum drive force of a drive force generation apparatus and the current acceleration to calculate a second upper limit value; a selection part configured to select the smaller of the demand value and the second upper limit value when the first upper limit value exceeds a predetermined threshold corresponding to the maximum drive force, and select the smaller of the demand value and the first upper limit value when the first upper limit value does not exceed the predetermined threshold; and a control part configured to control the drive force generation apparatus to generate the drive force corresponding to the selected value.
a continuous diluter for diluting gases that contain small particles to allow subsequent measurement of the diluted gases with an instrument, the diluter comprising: a dilution gas inlet for receiving a dilution gas at a controlled rate; a sample gas inlet for receiving a sample gas; a flow meter for measuring the sample gas flow rate; a mixer connected to the dilution gas inlet and to the sample gas inlet for receiving and mixing the dilution gas and the sample gas at a dilution ratio, the mixer having an outlet for providing a mixture flow at a controlled rate the flow meter being between the sample gas inlet and the mixer; a mixture flow rate controller being either a critical orifice or a mass flow controller; an instrument flow outlet for providing the mixture flow into the instrument; a make-up gas inlet arranged to provide make-up gas into the mixture flow after the mixer and before the mixture flow rate controller at a controlled rate; and a make-up gas flow controller being a mass flow controller.
A plated resin molded article that has a metal plating layer on the surface of a thermoplastic resin molded article, comprising a composition that comprises: 10 to 90 mass% of a polyamide matrix resin that has a water absorption after 24 hours in 23°C water of at least 0.6% and 90 to 10 mass% of a polyphenylene ether or polyester resin that has a water absorption after 24 hours in 23°C water of less than 0.6%, wherein the thermoplastic resin molded article is not subjected to etching with a heavy metal-containing acid, wherein the thermoplastic resin molded article further comprises at least one of: a water-soluble substance having a solubility (25°C) of not more than 300 g in 100 g water, selected from polysaccharides, poly-valent alcohols, polyvinylalcohol, polyacrylic acid, polymaleic acid, polyacryl amide, polyvinyl pyrrolidone, polyethylene oxide, acrylic acid-maleic anhydride copolymer, maleic anhydride-diisobutylene copolymer, maleic anhydride-vinyl acetate copolymer, a polycondensate of naphthalene sulfonate with formalin and a salt thereof, a surfactant and/or a coagulant; a phosphorus compound. 10 to 90 mass% of a polyamide matrix resin that has a water absorption after 24 hours in 23°C water of at least 0.6% and 90 to 10 mass% of a polyphenylene ether or polyester resin that has a water absorption after 24 hours in 23°C water of less than 0.6%, wherein the thermoplastic resin molded article is not subjected to etching with a heavy metal-containing acid, a water-soluble substance having a solubility (25°C) of not more than 300 g in 100 g water, selected from polysaccharides, poly-valent alcohols, polyvinylalcohol, polyacrylic acid, polymaleic acid, polyacryl amide, polyvinyl pyrrolidone, polyethylene oxide, acrylic acid-maleic anhydride copolymer, maleic anhydride-diisobutylene copolymer, maleic anhydride-vinyl acetate copolymer, a polycondensate of naphthalene sulfonate with formalin and a salt thereof, a surfactant and/or a coagulant; a phosphorus compound.
A composition for use in preventing or treating one or more cardiac channelopathies or conditions resulting from irregularities or alterations in cardiac patterns caused by one or more active agents, when the one or more active agents are administered to a human or animal subject, the composition comprising: an amount of an oral lysophosphatidyl compound effective to reduce or prevent the one or more cardiac channelopathies or conditions resulting from irregularities or alterations in cardiac patterns caused by the active agent, wherein the lysophosphatidyl is selected from at least one of 10:0 LysoPG, 12:0 LysoPG, 14:0 LysoPG, 16:0 LysoPG, or 18:0 LysoPG.
Process for the treatment of an aqueous liquid containing an organic pollutant, said process comprising a stage consisting in treating said liquid in a treatment plant by circulating it through a treatment device under thermodynamic conditions suitable for generating cavitation and ferrous cations, said plant comprising a circuit into which are inserted a target and said device for the treatment of said liquid exiting from the target, the liquid to be treated containing an oxygen-based constituent capable of reacting with said ferrous cations in order to generate hydroxyl radicals, said treatment device comprising: - an injection device capable of introducing, into the liquid, microbubbles of an oxygen-based fluid exhibiting a diameter of less than 120 μm and greater than 25 μm, said oxygen-based fluid containing an oxygen-based constituent capable of reacting with ferrous Fe 2+ cations in order to generate hydroxyl radicals, - a cavitation generator downstream of the injection device and capable of generating, by cavitation, bubbles within said liquid, which are referred to as "cavitation bubbles", - a chamber for implosion of said cavitation bubbles, - a backpressure valve downstream of the cavitation generator, - a generator of ferrous Fe 2+ cations, the chamber for implosion of the cavitation bubbles being positioned in a region in which the liquid contains said ferrous cations, the device for injection of microbubbles and the backpressure valve being adjusted so that the maximum radius of the cavitation bubbles is less than the critical radius of the cavitation bubbles. - an injection device capable of introducing, into the liquid, microbubbles of an oxygen-based fluid exhibiting a diameter of less than 120 μm and greater than 25 μm, said oxygen-based fluid containing an oxygen-based constituent capable of reacting with ferrous Fe 2+ cations in order to generate hydroxyl radicals, - a cavitation generator downstream of the injection device and capable of generating, by cavitation, bubbles within said liquid, which are referred to as "cavitation bubbles", - a chamber for implosion of said cavitation bubbles, - a backpressure valve downstream of the cavitation generator, - a generator of ferrous Fe 2+ cations,
A method for providing an image of a lung comprising the steps of: 1. recording images of the lung encoding data for the lung in terms of Cartesian coordinates; 2. reconstructing a 3D motion field from the information encoded in the recorded images; 3(a) segmenting an image of the lung into a plurality of segments; and 3(b) associating each segment with regions of the 3D motion field wherein steps 1, 2, 3(a) and 3(b) are automated and wherein the 3D motion field comprises measurements of lung tissue movement in the recorded images. 1. recording images of the lung encoding data for the lung in terms of Cartesian coordinates; 2. reconstructing a 3D motion field from the information encoded in the recorded images; 3(a) segmenting an image of the lung into a plurality of segments; and 3(b) associating each segment with regions of the 3D motion field wherein steps 1, 2, 3(a) and 3(b) are automated and wherein the 3D motion field comprises measurements of lung tissue movement in the recorded images.
Method for operating a dishwasher with at least one partial program step "drying", wherein in the at least one partial program step "drying" air is conducted from a treatment chamber, through a sorption column and back into the treatment chamber, wherein the sorption column contains reversibly dehydratable material and the air extracts moisture during the passage, wherein for the desorption of the reversibly dehydratable material the sorption column or the air in a line towards the sorption column is heated by a heater, characterised in that, for the desorption of the reversibly dehydratable material, air is conducted from the treatment chamber, through the sorption column and then back into the treatment chamber and is heated during the passage, and the passage of the air during a program step is performed with treatment liquid to be heated.