mhurhangee/ep-ind-claims huggingface dataset:
A data processing method, applied to a blockchain node, and comprising: receiving a data processing request sent by a first user, wherein the data processing request comprises first original data to be processed; invoking a first smart contract deployed in a blockchain network; extracting a feature value of the first original data based on the first smart contract, wherein the extracting the feature value of the first original data comprises: determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; matching the feature value with historical data saved in the blockchain network so as to determine whether there is target historical data, in the historical data, whose similarity with the first original data satisfies a predetermined condition; and processing the first original data based on matching result information obtained from the matching, wherein the matching result information indicates whether the target historical data exists in the historical data. receiving a data processing request sent by a first user, wherein the data processing request comprises first original data to be processed; invoking a first smart contract deployed in a blockchain network; extracting a feature value of the first original data based on the first smart contract, wherein the extracting the feature value of the first original data comprises: determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; determining (S104-2) data type information of the first original data based on the first smart contract; obtaining (S104-4), based on the data type information, a target extraction rule from an association relationship between data type information and extraction rules comprised in the first smart contract; and extracting (S104-6) the feature value of the first original data based on the target extraction rule; matching the feature value with historical data saved in the blockchain network so as to determine whether there is target historical data, in the historical data, whose similarity with the first original data satisfies a predetermined condition; and processing the first original data based on matching result information obtained from the matching, wherein the matching result information indicates whether the target historical data exists in the historical data.
Epilator head roller comprising a secured central shaft, strips each consisting in a tubular portion of the roller and being rotated around the central shaft to be positioned successively in a work position and, removal clamps (12, 49, 50) arranged on each strip, each removal clamp being formed of a secured blade and a mobile blade (18, 35, 37, 55, 58, 60, 62, 64) between an open position and a closed position, said roller comprising means for moving the mobile blades, configured on the one hand, to pivot along the transverse axes Y1, towards the open position, all mobile blades on the strip arriving in the work position and on the other hand, to pivot along these transverse axes Y1, towards the closed position, all mobile blades (18, 35, 37, 55, 58, 60, 62, 64) on the strip leaving the work position, the moving means comprising pivot connections arranged along the transverse axes Y1 between the mobile blades (18, 35, 37, 55, 58, 60, 62, 64) and the strips, and the moving means comprising mobile rods arranged under each strip along the axes X3, the floating pivot connections being arranged between the mobile blades and each respective mobile rod, and the spring means (38, 56) configured on each mobile rod between the adjacent mobile blades to exert joint forces between these mobile blades and balance these forces, characterised in that the moving means comprise two secured flanges (23, 24, 45, 46), between which are arranged the mobile rods, at least one (23, 45, 46) of the two flanges comprising, on the internal face (23a, 45a, 46a) thereof, a circular cam track whereon the adjoining ends (26, 47a, 48a) support the mobile rods and are configured to extend the mobile rod under the respective strip arriving in the work position along the axis X3, into an active position enabling the pivoting of the mobile blades towards the open position, wherein the moving means comprise return means (28, 42) configured to keep supporting said ends of the mobile rods against said cam track and, said mobile rods each comprise stopper means (32, 33, 51, 52, 53, 54) against the external faces (34, 36, 57, 59, 61, 63) of the proximal (35, 62, 64) and distal (37, 58, 60) mobile blades during an extension of said mobile rod along the axis X3.
A method of determining an optical parameter of a lens of eyeglasses, the method comprising: processing at least one image of an object captured by an image-capturing device via a lens of eyeglasses; the method being characterized in that it comprises the steps of: determining a distance between the object and the image-capturing device when the image of the object is captured by the image-capturing device; determining a calculated magnification based on a dimension of the object and an imaged dimension of the object in the image; and determining the optical parameter of the lens based on the determined distance, a power of a lens of the image-capturing device, and the calculated magnification, wherein the optical parameter comprises the power of the lens of the eyeglasses. processing at least one image of an object captured by an image-capturing device via a lens of eyeglasses; the method being characterized in that it comprises the steps of: determining a distance between the object and the image-capturing device when the image of the object is captured by the image-capturing device; determining a calculated magnification based on a dimension of the object and an imaged dimension of the object in the image; and determining the optical parameter of the lens based on the determined distance, a power of a lens of the image-capturing device, and the calculated magnification, wherein the optical parameter comprises the power of the lens of the eyeglasses. determining a distance between the object and the image-capturing device when the image of the object is captured by the image-capturing device; determining a calculated magnification based on a dimension of the object and an imaged dimension of the object in the image; and determining the optical parameter of the lens based on the determined distance, a power of a lens of the image-capturing device, and the calculated magnification, wherein the optical parameter comprises the power of the lens of the eyeglasses.
Mirror head, in particular for an exterior vehicle mirror, comprising a mirror housing, in which at least one mirror disc is arranged, wherein the at least one mirror disc is mounted on a glass support plate and the mirror disc and the glass support plate form a glass unit, and a connecting part by means of which the mirror head can be mounted on a mirror holding device or on an outer vehicle surface, wherein the mirror housing and connecting part are designed in one piece as an integral component and wherein the integral component comprises a connecting area with mounting elements (14, 16), by means of which the glass unit is mounted in the integral component, characterised in that: - the connecting part is designed to be cup-like, comprises a first and a second wall (30, 32) which are spaced apart opposite one another and terminate in an open edge area, - the first wall represents an outer wall of the integral component, and - the connecting area is provided on the second wall of the cup-like connecting part. - the connecting part is designed to be cup-like, comprises a first and a second wall (30, 32) which are spaced apart opposite one another and terminate in an open edge area, - the first wall represents an outer wall of the integral component, and - the connecting area is provided on the second wall of the cup-like connecting part.
Arrangement for the transmission of electrical energy and messaging signals, wherein a cable is used in which are stranded together, an insulated electrical conductor comprising energy leads and at least one pipe arranged in one of the external gussets between the energy leads to receive fiber optic cables, wherein power cables (4, 5, 6) are used as energy leads with a sheath made of insulating material, which are stranded together with the pipe (7, 8, 9) to form an assembly, characterized in that the assembly formed by the power cables (4, 5, 6) and the pipe (7, 8, 9) is laid directly in the ground or within an existing cable duct or pipe without any additional elements surrounding the energy leads and the pipe in a power distribution network, as conventionally used between two assemblies (1, 2) comprising electrical devices to be connected together.
Method of diagnosing a diaphragm valve which comprises the following steps: a) supply to a determining means of at least one first parameter which is characteristic of a valve diaphragm, at least one second parameter which is characteristic of the diaphragm valve or of at least one of its components which are not the valve diaphragm, and at least one third parameter which is characteristic of operation of the diaphragm valve; b) determination by the determining means, from the first, second and third parameters and by means of at least one algorithm, of a parameter which is characteristic of a current state of the valve diaphragm, and in particular of current wear. a) supply to a determining means of at least one first parameter which is characteristic of a valve diaphragm, at least one second parameter which is characteristic of the diaphragm valve or of at least one of its components which are not the valve diaphragm, and at least one third parameter which is characteristic of operation of the diaphragm valve; b) determination by the determining means, from the first, second and third parameters and by means of at least one algorithm, of a parameter which is characteristic of a current state of the valve diaphragm, and in particular of current wear.
Covering for a wall with at least two troughs, wherein each trough comprises a rear wall connectable to the building wall and a protruding trough strip and wherein an upper edge of the trough strip is located higher than the trough base of the associated trough, wherein the rear wall and trough strip of each trough are formed as a plastic or metal section and wherein, at the top, a sealing strip protrudes from each rear wall, characterised in that the sealing strip adjoins the trough above it in a vapour-permeable manner, such that a vapour-permeable strip is arranged between the sealing strip of one trough and the trough strip of the trough arranged above it.
A method comprising: receiving a first set of control candidates message, the first set of control candidates message indicating a first set of control candidates with a first set of respective aggregation levels, where control candidates are resources which are control decoding candidates, and where an aggregation level indicates a number of control channel elements in a control candidate of that aggregation level; receiving a data packet assignment in a first transmit time interval; determining a second set of control candidates with a second set of respective aggregation levels, where the second set of control candidates is different from the first set of control candidates; monitoring the first set of control candidates in an at least one second transmit time interval if the data packet assignment is a normal reliability data packet assignment; and monitoring the second set of control candidates in the at least one second transmit time interval if the data packet assignment is a high reliability data packet assignment, where a high reliability packet data assignment assigns packets with a higher reliability than packets with normal reliability. receiving a first set of control candidates message, the first set of control candidates message indicating a first set of control candidates with a first set of respective aggregation levels, where control candidates are resources which are control decoding candidates, and where an aggregation level indicates a number of control channel elements in a control candidate of that aggregation level; receiving a data packet assignment in a first transmit time interval; determining a second set of control candidates with a second set of respective aggregation levels, where the second set of control candidates is different from the first set of control candidates; monitoring the first set of control candidates in an at least one second transmit time interval if the data packet assignment is a normal reliability data packet assignment; and monitoring the second set of control candidates in the at least one second transmit time interval if the data packet assignment is a high reliability data packet assignment, where a high reliability packet data assignment assigns packets with a higher reliability than packets with normal reliability.
A computer-implemented method for determining the reliability of vision tests comprising evaluating test-retest precision of a test and a retest of a plurality of subjects using fractional rank precision or mean-average precision, said method comprising: a) collecting, by a computer, a test result and a retest result of each of the plurality of subjects, wherein the test result and the retest result are described in one or more feature spaces and one of the test result and the retest result is collected from a vision test machine; b) selecting, by the computer, a first subject from the plurality of subjects and a first test result of the first subject; c) calculating, by the computer, distances from the first test result to the retest result of each of the plurality of subjects; d) assessing, by the computer, a similarity between the first test result and the retest result of each of the plurality of subjects by ranking the distances in a non-descending order; e) assessing, by the computer, a rank precision for the first subject based on a rank of a distance from the first test result to the retest result of the first subject; f) repeating, by the computer, steps b), c), d), and e) for each of the plurality of subjects; and g) evaluating, by the computer, the test-retest precision based on the rank precision for each of the plurality of subjects, to determine if a difference in test-retest is caused by testing noise, testing errors, and or any other factors unrelated to medical conditions or therapeutic interventions. a) collecting, by a computer, a test result and a retest result of each of the plurality of subjects, wherein the test result and the retest result are described in one or more feature spaces and one of the test result and the retest result is collected from a vision test machine; b) selecting, by the computer, a first subject from the plurality of subjects and a first test result of the first subject; c) calculating, by the computer, distances from the first test result to the retest result of each of the plurality of subjects; d) assessing, by the computer, a similarity between the first test result and the retest result of each of the plurality of subjects by ranking the distances in a non-descending order; e) assessing, by the computer, a rank precision for the first subject based on a rank of a distance from the first test result to the retest result of the first subject; f) repeating, by the computer, steps b), c), d), and e) for each of the plurality of subjects; and g) evaluating, by the computer, the test-retest precision based on the rank precision for each of the plurality of subjects, to determine if a difference in test-retest is caused by testing noise, testing errors, and or any other factors unrelated to medical conditions or therapeutic interventions.
A method for monitoring a tubular pipe intended to transport hydrocarbons containing corrosive gases, said pipe comprising at least one internal polymer sheath into which said corrosive gases are liable to diffuse radially from an inner surface to an outer surface of said internal sheath via a radial diffusion effect, said polymer of said sheath incorporating reactive-compound elements dispersed through the thickness of said sheath and able to react with said corrosive gases in order to neutralize them via a neutralizing reaction, said neutralizing reaction and said radial diffusion effect forming, on the one hand, a first layer in which said reactive-compound elements have reacted with said corrosive gases, said first layer gradually extending through the thickness of said sheath from said inner surface and, on the other hand, a second layer occupying the residual thickness of said sheath, in which said reactive-compound elements have still not reacted with said corrosive gases, said second layer extending between said first layer and said outer surface of said sheath, wherein the position of an interface between said first layer and said second layer is determined using ultrasound, so as to measure, in real time, the progression of the diffusion of said corrosive gases through the thickness of said internal sheath.
An anti-IL-la antibody for use in the treatment of metastatic cancer in a human subject, wherein the metastatic cancer has progressed after treatment with chemotherapy, and wherein the metastatic cancer is colorectal cancer with a KRAS mutation.
Inner boot, in particular inner boot for a ski boot, wherein the inner boot consists at least of a first material, wherein the inner boot has at least one first zone and at least one second zone, which are both manufactured from the first material, characterized in that the first zone and the second zone are constructed with different unit-spacing structures, wherein the first zone and the second zone have different mechanical strengths on account of the different unit-spacing structures, and the inner boot is produced by additive manufacturing, and wherein the unit-spacing structure is a honeycomb, bar, grid, three-dimensional grid, trigonal, tetragonal or cubic, spherical or aspherical structure or a combination thereof.
A biocomposite comprising a bioplastic and from 10% to 50% by weight of micronized eucalyptus Kraft pulp fibers based on the weight of the bioplastic and from 1% to 30% by weight based on the total weight of the biocomposite of an additive, and wherein the bioplastic is selected from the group consisting of polylactic acid, polyhydroxybutyrate and cellulose acetate butyrate, and the additive is an epoxidized vegetable oil or a non-ionic sugar-based surfactant.
A production method for a refined fat or oil composition, comprising the following steps and: a step of adding 1 to 100 ppm, based on the amount of a fat or oil composition, of a polyglycerin fatty acid ester having an average polymerization degree of glycerin being 20 or more to a fat or oil composition containing 40 mass% or more of diacylglycerol, followed by cooling; and a step of separating a crystal precipitated in the step from a liquid portion. a step of adding 1 to 100 ppm, based on the amount of a fat or oil composition, of a polyglycerin fatty acid ester having an average polymerization degree of glycerin being 20 or more to a fat or oil composition containing 40 mass% or more of diacylglycerol, followed by cooling; and a step of separating a crystal precipitated in the step from a liquid portion.
A system for providing power to an unpowered vehicle by a powered vehicle, comprising: - a line arrangement with multiple lines representing inputs, each of which comprising at least one power line for supplying power; - a merging unit to combine the power lines of the line arrangement to a total voltage on a common voltage line; and wherein the common voltage line is adapted to ensure that a non-zero total voltage is supplied as long as at least one power line of the line arrangement provides power, characterized in that the line arrangement and the merging unit are to be arranged on the powered vehicle to provide power for the unpowered vehicle, the common voltage line comprises a first portion on the powered vehicle and a second portion on the unpowered vehicle and the first portion and the second portion are connectable by a plug. - a line arrangement with multiple lines representing inputs, each of which comprising at least one power line for supplying power; - a merging unit to combine the power lines of the line arrangement to a total voltage on a common voltage line; and
Burner for heating a furnace by means of pre-heated air and fuel emerging from a burner mouth, with a recuperator and an exhaust gas channel, wherein the recuperator is arranged in or on the exhaust gas channel for preheating air by means of exhaust gas heat, with a radiant heat tube which has an opening at an end pointing away from the burner and which is arranged on the burner so as to peripherally delimit the exhaust gas channel, with an air introduction device for introducing air into the exhaust gas channel, wherein the air introduction device is formed by a pipe which is provided with air holes on its periphery and which extends through the radiant tube and is connected or attached seamlessly and integrally to the recuperator. with a recuperator and an exhaust gas channel, wherein the recuperator is arranged in or on the exhaust gas channel for preheating air by means of exhaust gas heat, with a radiant heat tube which has an opening at an end pointing away from the burner and which is arranged on the burner so as to peripherally delimit the exhaust gas channel, with an air introduction device for introducing air into the exhaust gas channel, wherein the air introduction device is formed by a pipe which is provided with air holes on its periphery and which extends through the radiant tube and is connected or attached seamlessly and integrally to the recuperator.