mhurhangee/ep-ind-claims huggingface dataset:
A system for extracting key value data, the system comprising: an electronic processor configured to: receive optical character recognition, OCR, text of a document, wherein characters within the OCR text are associated with an x,y coordinate; adjust the y-coordinate of characters to a common y-coordinate based on the y-coordinate of the characters being within a predefined range of one another to create rows of OCR text; tokenize the rows of OCR text into tokens based on a distance between characters, wherein a token comprises one or more characters; order the tokens based on the x,y coordinates of the characters; cluster the document into a cluster based on the ordered tokens and ordered tokens from other documents, wherein the other documents include a first set of documents, and wherein the cluster includes keys from the first set of documents; determine a set of keys for the cluster from the first set of documents, wherein each key in the set of keys is a token from the first set of documents, wherein determining the set of keys comprises determining a token appears in more than a key threshold number of documents, and selecting the token as a key for the cluster; assign a value to each of the set of keys based on the tokens for the document; assign values to each of the set of keys for each of the other documents; and store the values for the document and the values for the other documents in an output document. receive optical character recognition, OCR, text of a document, wherein characters within the OCR text are associated with an x,y coordinate; adjust the y-coordinate of characters to a common y-coordinate based on the y-coordinate of the characters being within a predefined range of one another to create rows of OCR text; tokenize the rows of OCR text into tokens based on a distance between characters, wherein a token comprises one or more characters; order the tokens based on the x,y coordinates of the characters; cluster the document into a cluster based on the ordered tokens and ordered tokens from other documents, wherein the other documents include a first set of documents, and wherein the cluster includes keys from the first set of documents; determine a set of keys for the cluster from the first set of documents, wherein each key in the set of keys is a token from the first set of documents, wherein determining the set of keys comprises determining a token appears in more than a key threshold number of documents, and selecting the token as a key for the cluster; assign a value to each of the set of keys based on the tokens for the document; assign values to each of the set of keys for each of the other documents; and store the values for the document and the values for the other documents in an output document.
A thermal transfer recording medium comprising: a heat-resistant sliding layer formed on one surface of a substrate; and an undercoat layer and a dye layer sequentially laminated on the other surface of the substrate wherein the undercoat layer comprises, as major components, a polyvinyl pyrrolidone and a polyvinyl alcohol having a crystallinity degree of 15% or higher, the crystal degree being calculated by thermal analysis, and the dye layer comprises an anthraquinone-based thermal transfer dye. a heat-resistant sliding layer formed on one surface of a substrate; and an undercoat layer and a dye layer sequentially laminated on the other surface of the substrate wherein the undercoat layer comprises, as major components, a polyvinyl pyrrolidone and a polyvinyl alcohol having a crystallinity degree of 15% or higher, the crystal degree being calculated by thermal analysis, and the dye layer comprises an anthraquinone-based thermal transfer dye.
Coating tool as a type of crayon or drawing pencil to apply a coating material to a substrate surface, with a shaft on which the tool is mounted and with a reservoir in the shaft to supply the coating material, whereby the tool is equipped with an applicator, having a tool head whereby the coating material is applied to the substrate surface and a valve with a valve body located between the reservoir and the tool head which, when operated, changes from a closed to an open position and, in the latter, the quantity of coating material to be applied to the substrate surface is released from the reservoir to the applicator, characterised such that a carrier part is mounted in the longitudinal section of the coating tool between the shaft and the tool head, which includes the valve body of the valve on its side facing the applicator with the predominant portion of its longitudinal section in the opposite direction of the applicator such that the carrier part with the shaft and the tool head of the tool may be detached, and such that the applicator is formed with a fibre or capillary structure that can dispense paint-type coating materials.
Method for preparing anhydrous crystalline docetaxel having purity of 99.5% or more comprising: (a) primarily purifying semi-synthesized docetaxel by low-pressure normal-phase chromatography; (b) secondarily purifying the primarily purified docetaxel by low-pressure reversed-phase chromatography; (c) adding acetic acid in the concentration of 0.05%(v/v) to 10%(v/v) of docetaxel aliquot obtained after the secondary purification of docetaxel of (b) to concentrate the secondarily purified docetaxel; and (d) recrystallizing the concentrated docetaxel of (c). (a) primarily purifying semi-synthesized docetaxel by low-pressure normal-phase chromatography; (b) secondarily purifying the primarily purified docetaxel by low-pressure reversed-phase chromatography; (c) adding acetic acid in the concentration of 0.05%(v/v) to 10%(v/v) of docetaxel aliquot obtained after the secondary purification of docetaxel of (b) to concentrate the secondarily purified docetaxel; and (d) recrystallizing the concentrated docetaxel of (c).
A system for a marine vessel operating in a body of water, the system comprising: a trimmable marine device (12a, 12b, 18) coupled to and movable with respect to the marine vessel; an actuator (14a, 14b, 21, 40) configured to raise and lower the marine device (12a, 12b, 18) relative to a surface of the body of water; a control module in signal communication with the actuator (14a, 14b, 21, 40); a global positioning system receiver that determines at least one of a current global position and a predicted global position of the vessel; a processor (48, 84) that accesses a memory (50, 86) storing bathymetry data relating geographical position to water depth and retrieves a water depth (D W) from the bathymetry data corresponding to the at least one of the current global position and the predicted global position; and a sensor (22a, 22b, 23, 60) associated with the actuator (14a, 14b, 21, 40) that provides information related to a current trim or jack position of the marine device (12a, 12b, 18) to the control module; wherein the control module compares the water depth (D W) to a depth (D D) of the marine device (12a, 12b, 18) based on the current trim or jack position of the marine device (12a, 12b, 18); and wherein the actuator (14a, 14b, 21, 40) raises the marine device (12a, 12b, 18) in response to a determination by the control module that the water depth (D W) is not enough to accommodate the depth (D D) of the marine device (12a, 12b, 18) at the current trim or jack position without potential collision between the marine device (12a, 12b, 18) and a bottom of the body of water. a trimmable marine device (12a, 12b, 18) coupled to and movable with respect to the marine vessel; an actuator (14a, 14b, 21, 40) configured to raise and lower the marine device (12a, 12b, 18) relative to a surface of the body of water; a control module in signal communication with the actuator (14a, 14b, 21, 40); a global positioning system receiver that determines at least one of a current global position and a predicted global position of the vessel; a processor (48, 84) that accesses a memory (50, 86) storing bathymetry data relating geographical position to water depth and retrieves a water depth (D W) from the bathymetry data corresponding to the at least one of the current global position and the predicted global position; and a sensor (22a, 22b, 23, 60) associated with the actuator (14a, 14b, 21, 40) that provides information related to a current trim or jack position of the marine device (12a, 12b, 18) to the control module; wherein the control module compares the water depth (D W) to a depth (D D) of the marine device (12a, 12b, 18) based on the current trim or jack position of the marine device (12a, 12b, 18); and wherein the actuator (14a, 14b, 21, 40) raises the marine device (12a, 12b, 18) in response to a determination by the control module that the water depth (D W) is not enough to accommodate the depth (D D) of the marine device (12a, 12b, 18) at the current trim or jack position without potential collision between the marine device (12a, 12b, 18) and a bottom of the body of water.
Suspension concentrate formulations containing a combination of a compound of formula wherein compound has a particle size Dv90 less than 5.0 μm and b) at least one polyalkylene oxide block copolymer of formula wherein in compound of formula x, z is 2 to 140 and y is 15 to 80. x, z is 2 to 140 and y is 15 to 80.
A composition for formulating nucleic acid compositions with sugars and sugar alcohols as stable complexes for both in-vitro and in-vivo delivery into mammalian cells, comprising: (a) at least a nucleic acid composition with at least a negative charge; (b) at least one sugar or sugar alcohol composition modified by glycylation; wherein the sugar alcohol has a formula of H(HCHO) n+1 H, and the sugar has a formula of H(HCHO) n HCO, (a) and (b) are mixed together under a condition to form at least a delivery complex. (a) at least a nucleic acid composition with at least a negative charge; (b) at least one sugar or sugar alcohol composition modified by glycylation;
A method for testing a software application comprising: generating an application instance that executes on one or more processors; identifying a first vertex that corresponds to a type of an immediate predecessor action that occurred in the application instance, wherein the vertex is a node in a directed graph; identifying a plurality of edges for which the vertex is source vertex in the directed graph, wherein the edges are associated with respective probabilities, wherein each edge connects a source vertex and a target vertex of the directed graph, and wherein an edge indicates that an action of a type corresponding to the source vertex occurred and that an action of a type corresponding to the target vertex occurred immediately thereafter; probabilistically selecting one of the edges based on the respective probabilities, wherein a second vertex is a target vertex of the selected edge; identifying an action type that corresponds to the second vertex; and triggering an action of the action type in the application instance. generating an application instance that executes on one or more processors; identifying a first vertex that corresponds to a type of an immediate predecessor action that occurred in the application instance, wherein the vertex is a node in a directed graph; identifying a plurality of edges for which the vertex is source vertex in the directed graph, wherein the edges are associated with respective probabilities, wherein each edge connects a source vertex and a target vertex of the directed graph, and wherein an edge indicates that an action of a type corresponding to the source vertex occurred and that an action of a type corresponding to the target vertex occurred immediately thereafter; probabilistically selecting one of the edges based on the respective probabilities, wherein a second vertex is a target vertex of the selected edge; identifying an action type that corresponds to the second vertex; and triggering an action of the action type in the application instance.
A radio communications device comprising: location finding means (78, 80) arranged to determine the device's location based on satellite signals and comprising frequency converting means for applying a downshift in frequency to a received signal that should contain a satellite signal that has been spread and modulated on a carrier signal; a baseband section arranged to despread the downshifted signal, the baseband section comprising a coherent integrator; a non-crystal oscillator arranged to produce an output signal whose frequency acts as a controlling reference for the frequency converting means; a crystal oscillator; control means arranged to develop, from the output signal of the non-crystal oscillator and an output signal of the crystal oscillator, a control signal for controlling the frequency of the output signal of the non-crystal oscillator; processing means arranged to intermittently correct the crystal oscillator such that its output frequency experiences jumps; characterized in that the radio communications device further comprises filter means arranged to filter the control signal to limit the rate of change of frequency that the control signal demands of the output signal of the non-crystal oscillator to the extent that a phase rotation of π cannot occur in the output signal of the non crystal oscillator over the course of a coherent integration cycle of the coherent integrator.
A set of pool cleaning robots for cleaning a pool, wherein the set comprises a master pool cleaning robot and a slave pool cleaning robot; wherein the master pool cleaning robot allocates a cleaning task to the slave pool cleaning robot, characterized in that said cleaning task is based on a status of one or both pool cleaning robots of the set, wherein the status comprises at least one of: (a) a cleanliness of a filtering unit of a pool cleaning robot of the set; (b) an energy resources status of a pool cleaning robot of the set; (c) a fault of a pool cleaning robot of the set; (d) an error of a pool cleaning robot of the set; (e) a lack of progress of one or more cleaning tasks allocated to the one or more pool cleaning robots; and (f) deviations of a pool cleaning robot of the set from allocated path. (a) a cleanliness of a filtering unit of a pool cleaning robot of the set; (b) an energy resources status of a pool cleaning robot of the set; (c) a fault of a pool cleaning robot of the set; (d) an error of a pool cleaning robot of the set; (e) a lack of progress of one or more cleaning tasks allocated to the one or more pool cleaning robots; and (f) deviations of a pool cleaning robot of the set from allocated path.
A method for protecting data from write failures in a non-volatile memory, the method comprising: accepting a plurality of data items for storage in a non-volatile memory, wherein the storage of the plurality of data items includes storing a first subset of the data items and a second subset of the data items; storing the first subset of the data items in the non-volatile memory; calculating redundancy information for the first subset of the data items; storing the redundancy information in the non-volatile memory; storing the second subset of the data items in the non-volatile memory; in response to detecting a write failure during the storage of the second subset of the data items in the non-volatile memory, reconstructing the first subset of the data items using the redundancy information; storing the reconstructed first subset of the data items in the non-volatile memory; storing the second subset of the data items in the non-volatile memory; and after determining that the second subset of the data items has been stored in the non-volatile memory, discarding the redundancy information. accepting a plurality of data items for storage in a non-volatile memory, wherein the storage of the plurality of data items includes storing a first subset of the data items and a second subset of the data items; storing the first subset of the data items in the non-volatile memory; calculating redundancy information for the first subset of the data items; storing the redundancy information in the non-volatile memory; storing the second subset of the data items in the non-volatile memory; in response to detecting a write failure during the storage of the second subset of the data items in the non-volatile memory, reconstructing the first subset of the data items using the redundancy information; storing the reconstructed first subset of the data items in the non-volatile memory; storing the second subset of the data items in the non-volatile memory; and after determining that the second subset of the data items has been stored in the non-volatile memory, discarding the redundancy information.
A method for determining a tag score, the method comprising: scanning tags by a reading device; obtaining signal parameter values including a received signal strength indication, RSSI, value for each of the tags (step 102); obtaining a times read value for each of the tags, the times read value being indicative of the number of times a tag has been read in a scan (step 103); normalizing the signal strength value and the times read value (steps 104 and 105); multiplying the normalized signal strength value and the normalized times read value by a signal strength value multiplier and a times read value multiplier, respectively (steps 106 and 107); and computing a tag score by averaging both the multiplied signal strength value and the multiplied times read value (step 108). scanning tags by a reading device; obtaining signal parameter values including a received signal strength indication, RSSI, value for each of the tags (step 102); obtaining a times read value for each of the tags, the times read value being indicative of the number of times a tag has been read in a scan (step 103); normalizing the signal strength value and the times read value (steps 104 and 105); multiplying the normalized signal strength value and the normalized times read value by a signal strength value multiplier and a times read value multiplier, respectively (steps 106 and 107); and computing a tag score by averaging both the multiplied signal strength value and the multiplied times read value (step 108).
A soundproof fume discharge conduit, adapted to be arranged between a ventilation system and an outlet chimney, the conduit defining a fume path therein, wherein at least one side surface (76, 77, 78, 79) of the conduit is provided with at least two protrusions, each protrusion internally defining a respective step-shaped recess, whereby the at least two step-shaped recesses are adapted to reflect sound waves propagating along the fume path, wherein the step shape of each recess is defined by two first walls (4, 5), which are incident at a first end (41, 51) thereof, and at least one wall of the two first walls (4, 5) is coated with a first sound absorbing material. wherein at least one side surface (76, 77, 78, 79) of the conduit is provided with at least two protrusions, each protrusion internally defining a respective step-shaped recess, whereby the at least two step-shaped recesses are adapted to reflect sound waves propagating along the fume path, wherein the step shape of each recess is defined by two first walls (4, 5), which are incident at a first end (41, 51) thereof, and at least one wall of the two first walls (4, 5) is coated with a first sound absorbing material.
A gas turbine engine comprising: a primary rotor, a drive system for the primary rotor, a combustor and a turbine arranged to be driven by a combustion product from the combustor, the drive system comprising: a primary shaft arranged for transmission of torque from said turbine to said primary rotor; and an electric generator which is a first electrical machine and arranged to be driven by said turbine; the gas turbine engine characterised in that it further comprises: an electric motor which is a second electrical machine and arranged to be driven by the output of said generator for selective application of torque to the primary rotor; and, a clutch arranged in the force path between the primary shaft and the primary rotor and selectively operable to mechanically disconnect said shaft from torque transmission with said primary rotor such that the primary rotor is driveable in use by any or any combination of the turbine and/or electric motor and further comprising a gearing arrangement for mechanical connection of said primary shaft to said primary rotor, wherein the clutch is mounted to allow selective engagement of the primary shaft with the gearing arrangement. a primary rotor, a drive system for the primary rotor, a combustor and a turbine arranged to be driven by a combustion product from the combustor, the drive system comprising: a primary shaft arranged for transmission of torque from said turbine to said primary rotor; and an electric generator which is a first electrical machine and arranged to be driven by said turbine; the gas turbine engine characterised in that it further comprises: an electric motor which is a second electrical machine and arranged to be driven by the output of said generator for selective application of torque to the primary rotor; and, a primary shaft arranged for transmission of torque from said turbine to said primary rotor; and an electric generator which is a first electrical machine and arranged to be driven by said turbine; the gas turbine engine characterised in that it further comprises: an electric motor which is a second electrical machine and arranged to be driven by the output of said generator for selective application of torque to the primary rotor; and, a clutch arranged in the force path between the primary shaft and the primary rotor and selectively operable to mechanically disconnect said shaft from torque transmission with said primary rotor such that the primary rotor is driveable in use by any or any combination of the turbine and/or electric motor and further comprising a gearing arrangement for mechanical connection of said primary shaft to said primary rotor, wherein the clutch is mounted to allow selective engagement of the primary shaft with the gearing arrangement.
A polycarbonate resin composition comprising, relative to 100 parts by mass of a polycarbonate resin, 10 to 100 parts by mass of an acrylonitrile-styrenic copolymer, 10 to 100 parts by mass of glass flakes having an average thickness of 0.45 to 1 μm measured as indicated in the specification, and 5 to 50 parts by mass of glass fibers having an elliptical cross section with an ellipticity of more than 1.5 and not more than 8, wherein the mass ratio / of the content of the glass fibers having an elliptical cross section to the content of the glass flakes is 0.1 to 1.
Method for development of plants from fully mature somatic embryos of the genus Abies comprising: a) Subjecting fully mature somatic embryos to 2°C - 7°C for 8-16 weeks b) Selecting the small plantlets obtained from step (a) that have developed a root and growing said small plantlets in a substrate that does not comprise a plant accessible carbohydrate source at a concentration wherein it can be taken up by the plants and used as a carbon or energy source for growth, photosynthesis or respiration; at LED light intensities of 70 - 300 μmol/m 2 s for at least 3 weeks c) Selecting the emblings obtained from step b) and growing these into plants a) Subjecting fully mature somatic embryos to 2°C - 7°C for 8-16 weeks b) Selecting the small plantlets obtained from step (a) that have developed a root and growing said small plantlets in a substrate that does not comprise a plant accessible carbohydrate source at a concentration wherein it can be taken up by the plants and used as a carbon or energy source for growth, photosynthesis or respiration; at LED light intensities of 70 - 300 μmol/m 2 s for at least 3 weeks c) Selecting the emblings obtained from step b) and growing these into plants