mhurhangee/ep-ind-claims huggingface dataset:
A carbon substrate for a gas diffusion layer of a fuel cell, the carbon substrate comprising a structure in which two to eight unit carbon substrates are stacked, wherein each of the unit carbon substrates is a plate type substrate having a first surface (a) and a second surface (b) opposite the first surface (a), each of the unit carbon substrates comprises carbon fibers and a carbonized organic polymer, the carbon fibers forming a non-woven carbon backing layer and the carbonized organic polymer being arranged between the carbon fibers and bonding the carbon fibers, wherein a) the number of the carbon fibers arranged in a machine direction MD in each of the unit carbon substrates is greater than the number of carbon fibers arranged in a transverse direction TD in each of the unit carbon substrates, the carbon fibers are randomly arranged on the first surface (a) of the each of the unit carbon substrates and, from the first surface (a) to the second surface (b) in a thickness direction of each of the unit carbon substrates, the number of the carbon fibers arranged in the machine direction of each of the unit carbon substrates becomes greater than the number of carbon fibers arranged in the transverse direction of each of the unit carbon substrates, and accordingly, an orientation gradient is formed so that an orientation in the machine direction increases from the first surface (a) to the second surface (b), or b) the number of carbon fibers arranged in the machine direction of each of the unit carbon substrates is greater than the number of carbon fibers arranged in the transverse direction of each of the unit carbon substrates so that each of the unit carbon substrates has an orientation in the machine direction, and the orientation in the machine direction of each of the unit carbon substrates is constant from the first surface (a) to the second surface (b) along the thickness direction of each of the unit carbon substrates, characterized in that the unit carbon substrates are stacked on one another so that the machine directions of two adjacent unit carbon substrates are perpendicular to each other, in a), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD on the second surface (b) is 1.5 to 4.0, and in b), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD is 1.5 to 4.0. in a), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD on the second surface (b) is 1.5 to 4.0, and in b), a ratio of the number of carbon fibers arranged in the machine direction to the number of carbon fibers arranged in the transverse direction MD/TD is 1.5 to 4.0.
Method for preparing at least one textile item of reusable type intended for cleaning a surface, wherein said method comprises the following phases: - implementing a wash cycle for washing said at least one reusable textile item in a rotary basket of a washing machine, in particular of the industrial type, wherein said wash cycle comprises an impregnation phase for impregnating said at least one reusable textile item with at least one active principle, in particular a detergent; - implementing a drying cycle for drying said at least one reusable textile item, wherein said drying cycle is executed in a second rotary basket of a dryer, in particular of the industrial type, wherein said drying cycle comprises a desiccation phase for desiccating said at least one reusable textile item, so that, at the end of the desiccation phase, the active principle used in said impregnation phase is reactivable by submerging the reusable textile item in water, said method being characterized in that said desiccation phase is carried out in the second rotary basket of a dryer, in particular of the industrial type, through the following steps, managed by a second control unit of said dryer: - activating a drying system of said dryer to obtain, in the second basket, a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes. - implementing a wash cycle for washing said at least one reusable textile item in a rotary basket of a washing machine, in particular of the industrial type, wherein said wash cycle comprises an impregnation phase for impregnating said at least one reusable textile item with at least one active principle, in particular a detergent; - implementing a drying cycle for drying said at least one reusable textile item, wherein said drying cycle is executed in a second rotary basket of a dryer, in particular of the industrial type, wherein said drying cycle comprises a desiccation phase for desiccating said at least one reusable textile item, so that, at the end of the desiccation phase, the active principle used in said impregnation phase is reactivable by submerging the reusable textile item in water, said method being characterized in that said desiccation phase is carried out in the second rotary basket of a dryer, in particular of the industrial type, through the following steps, managed by a second control unit of said dryer: - activating a drying system of said dryer to obtain, in the second basket, a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes. - activating a drying system of said dryer to obtain, in the second basket, a temperature of 100°C to 140°C, preferably a temperature of about 120°C; - activating said drying system for a time of 25 to 45 minutes, preferably about 35 minutes.
Agricultural field spraying device having a spraying agent circuit, having fluid components which are coupled to one another in a flow-conducting manner by means of provided fluid lines, wherein the field spraying device has at least one fluid block, in which a plurality of fluid components are combined to form functional units which are able to be activated separately and/or in groups, wherein the at least one fluid block is designed as a filter element, characterized in that the agricultural field spraying device comprises at least two filter elements, in that at least one filter element is designed as a suction filter (6.1) and at least one filter element is designed as a pressure filter (6.II).
A rotation shaft seal having a seal element of resin and an outer case of metal, wherein: an inner brim portion of the outer case is extended in a radial inner direction (R 1) to make an inner peripheral end face of the inner brim portion proximate to a rotation shaft; a grease well, filled with grease as lubricant, is formed between a back face of the seal element, of which longitudinal cross section is L-shaped or J-shaped, and the inner brim portion; a longitudinal cross sectional configuration of the inner brim portion of the outer case is at right angles with an axis from a peripheral end to a middle position in radial direction; characterised in that a curved portion is formed on the middle position in a direction departed from the seal element to form a bent wall portion or an inclined wall portion for enlarging the volume of the grease well from the curved portion to the inner peripheral end face side. an inner brim portion of the outer case is extended in a radial inner direction (R 1) to make an inner peripheral end face of the inner brim portion proximate to a rotation shaft; a grease well, filled with grease as lubricant, is formed between a back face of the seal element, of which longitudinal cross section is L-shaped or J-shaped, and the inner brim portion; a longitudinal cross sectional configuration of the inner brim portion of the outer case is at right angles with an axis from a peripheral end to a middle position in radial direction; characterised in that a curved portion is formed on the middle position in a direction departed from the seal element to form a bent wall portion or an inclined wall portion for enlarging the volume of the grease well from the curved portion to the inner peripheral end face side.
A method for analysing an excavation material comprising the following steps: a) analysing by infrared spectroscopy a sample of an excavation material in a range of wavenumbers between 4000 cm -1 and 500 cm -1 to obtain an infrared spectrum, b) determining the mass content of organic pollutants in said sample from the infrared spectrum obtained in step a), the organic pollutants being selected from total hydrocarbons, polycyclic aromatic hydrocarbons, volatile organic compounds, polychlorobiphenyls, BTEXs, and combinations thereof, characterised in that step b) comprises the following sub-steps: b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material. a) analysing by infrared spectroscopy a sample of an excavation material in a range of wavenumbers between 4000 cm -1 and 500 cm -1 to obtain an infrared spectrum, b) determining the mass content of organic pollutants in said sample from the infrared spectrum obtained in step a), the organic pollutants being selected from total hydrocarbons, polycyclic aromatic hydrocarbons, volatile organic compounds, polychlorobiphenyls, BTEXs, and combinations thereof, characterised in that step b) comprises the following sub-steps: b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material. b11) detecting between 1600 cm -1 and 1700 cm -1 an absorption band specific to total hydrocarbons in the infrared spectrum obtained in step a), b21) integrating the absorption band detected in step b11) to calculate an area, and b31) comparing the area obtained in step b21) with a calibration curve to determine the mass content of total hydrocarbons of the excavation material.
A specimen retrieval bag (4, 4', 60, 80) configured for use with an applicator (10, 100), the specimen retrieval bag comprising a closed portion (28, 28', 69, 89) and an open portion (26, 26', 68, 88) configured to be closed by a drawstring, and characterised by a conduit (40, 40', 62, 95) extending within the specimen retrieval bag and extending along at least a portion of the length of the specimen retrieval bag wherein the conduit has a plurality of perforations along its length configured to enable communication between an interior of the bag and an interior of the conduit to evacuate air from a portion of the specimen retrieval bag.
An aircraft assembly comprising a fluid tank (7a, 7b, 8), a fluid barrier forming a boundary of the fluid tank (7a, 7b, 8), and a valve apparatus, the valve apparatus comprising: a valve housing having a fluid flow path; a valve member configured to move between a first position in which fluid is able to flow along the fluid flow path, and a second position in which the fluid flow path is at least partially restricted; a valve member drive means configured to operate the valve member and configured to be operated by an actuator external to the valve housing, and a sensor configured to monitor a feature in the valve housing to determine the position of the valve member, wherein the sensor is an optical sensor, the optical sensor comprises an optical sensor gate on the valve member, and wherein the optical sensor gate is isolated from fluid able to flow along the fluid flow path, comprising an optical signal pathway, wherein the optical sensor gate comprises an optical signal transfer path configured to be moved into and out of alignment with the optical signal pathway, wherein the valve apparatus comprises an optical input (70, 72) and an optical output (74, 76), and wherein the optical signal pathway extends between the optical input (70, 72) and the optical output (74, 76), and wherein the valve housing is configured to be disposed on an opposing side of the fluid barrier to that of the optical input (70, 72) and the optical output (74, 76), the valve housing being in the fluid tank and the optical input (70, 72) and the optical output (74, 76) being external to the fluid tank. a valve housing having a fluid flow path; a valve member configured to move between a first position in which fluid is able to flow along the fluid flow path, and a second position in which the fluid flow path is at least partially restricted; a valve member drive means configured to operate the valve member and configured to be operated by an actuator external to the valve housing, and a sensor configured to monitor a feature in the valve housing to determine the position of the valve member, wherein the sensor is an optical sensor, the optical sensor comprises an optical sensor gate on the valve member, and wherein the optical sensor gate is isolated from fluid able to flow along the fluid flow path, comprising an optical signal pathway, wherein the optical sensor gate comprises an optical signal transfer path configured to be moved into and out of alignment with the optical signal pathway, wherein the valve apparatus comprises an optical input (70, 72) and an optical output (74, 76), and wherein the optical signal pathway extends between the optical input (70, 72) and the optical output (74, 76), and wherein the valve housing is configured to be disposed on an opposing side of the fluid barrier to that of the optical input (70, 72) and the optical output (74, 76), the valve housing being in the fluid tank and the optical input (70, 72) and the optical output (74, 76) being external to the fluid tank.
A dust prevention and heat dissipation module for a color wheel, wherein the color wheel is sealed in a color wheel housing, the color wheel housing having an air inlet and an air outlet, the dust prevention and heat dissipation module comprising: a leading-in air channel configured to be coupled to the air inlet of the color wheel housing; a leading-out air channel configured to be coupled to the air outlet of the color wheel housing; a filtering device disposed at an inlet of the leading-in air channel and at an outlet of the leading-out air channel; and a fan which pumps air in via the leading-in air channel and out via the leading-out air channel; wherein the air inlet of the leading-in air channel and the air outlet of the leading-out air channel share the filtering device, and wherein the filtering device includes a first filtering region corresponding to the air inlet and a second filtering region corresponding to the air outlet. a leading-in air channel configured to be coupled to the air inlet of the color wheel housing; a leading-out air channel configured to be coupled to the air outlet of the color wheel housing; a filtering device disposed at an inlet of the leading-in air channel and at an outlet of the leading-out air channel; and a fan which pumps air in via the leading-in air channel and out via the leading-out air channel; wherein the air inlet of the leading-in air channel and the air outlet of the leading-out air channel share the filtering device, and wherein the filtering device includes a first filtering region corresponding to the air inlet and a second filtering region corresponding to the air outlet.
A tobacco flavoured dry powder formulation comprising a plurality of particles comprising a base material and a tobacco flavouring composition, wherein a first ratio by weight of (β-ionone + β-damascenone) to (phenol) in the tobacco flavoured dry powder formulation is greater than 0.25.
A distribution boom for stationary or mobile viscous material pumps, comprising at least one boom arm having a box profile, which boom arm has two spaced apart side walls (12, 14) connected to each other by means of two spaced apart transverse walls, and comprising a conveying line, which is guided along the at least one boom arm and is fastened thereto, wherein each side wall (12, 14) of the boom arm has a lead-through opening (32, 34) for the conveying line, wherein the lead-through openings (32, 34) are disposed in first portions of the side walls (12, 14), which first portions run parallel to one another in longitudinal direction, wherein between the side walls (12, 14) runs a tube, which is fixedly connected to these and opens out with its tube ends (38, 40) into the lead-through openings (32, 34), wherein between the tube ends (38, 40) and the adjacent side wall (12, 14) is respectively disposed a flange (42, 44), which projects in full circle over an outer border of the tube end (38, 40), characterized in that the lead-through openings (32, 34) are mutually offset in the longitudinal direction of the first portions of the side walls (12, 14), which run parallel to one another, and that each flange (42, 44) is welded both to the tube end (38, 40) and to the adjacent side wall (12, 14).
A wire electric discharge machine with a wire electrode cutting mechanism, comprising: an automatic wire-connection pipe disposed upstream relative to an upper guide, having a nozzle on a distal end thereof, and movable between an automatic wire connection position near the upper guide and a retracted position; first and second wire cutting electrodes (7, 5) disposed on the inlet and outlet sides, respectively, of the automatic wire-connection pipe; a pickup unit disposed below the second wire cutting electrode and configured to clamp a wire electrode to be cut thereby; and a stopper mechanism (10, 14) configured to regulate a movement of the automatic wire-connection pipe so that the distal end of the nozzle of the automatic wire-connection pipe is located between the second wire cutting electrode and the pickup unit when the wire electrode is cut, characterised in that the stopper mechanism (10, 14) comprises a notch portion on a mounting base on which the automatic wire-connection pipe is mounted and a cylinder mechanism capable of moving toward and away from the notch portion. an automatic wire-connection pipe disposed upstream relative to an upper guide, having a nozzle on a distal end thereof, and movable between an automatic wire connection position near the upper guide and a retracted position; first and second wire cutting electrodes (7, 5) disposed on the inlet and outlet sides, respectively, of the automatic wire-connection pipe; a pickup unit disposed below the second wire cutting electrode and configured to clamp a wire electrode to be cut thereby; and a stopper mechanism (10, 14) configured to regulate a movement of the automatic wire-connection pipe so that the distal end of the nozzle of the automatic wire-connection pipe is located between the second wire cutting electrode and the pickup unit when the wire electrode is cut, characterised in that the stopper mechanism (10, 14) comprises a notch portion on a mounting base on which the automatic wire-connection pipe is mounted and a cylinder mechanism capable of moving toward and away from the notch portion.
A recombinant Saccharomyces cell which is capable of fermenting xylose and which comprises a heterologous gene encoding a xylulokinase, wherein the XK: - provides an enzymatic activity for converting D-xylulose to xylulose 5-phosphate at least twice that provided by S. cerevisiae XK disclosed as SEQ ID NO: 32, and - provides for an anaerobic growth rate of the recombinant cell on xylose which is higher than that provided by a S. cerevisiae XK of SEQ ID NO: 32, and wherein the XK has a sequence identity of at least 80% with the amino acid sequence of SEQ ID NO: 6 or a sequence identity of at least 80% with the amino acid sequence of SEQ ID NO: 22. - provides an enzymatic activity for converting D-xylulose to xylulose 5-phosphate at least twice that provided by S. cerevisiae XK disclosed as SEQ ID NO: 32, and - provides for an anaerobic growth rate of the recombinant cell on xylose which is higher than that provided by a S. cerevisiae XK of SEQ ID NO: 32, and
An information processing apparatus comprising: storage means for storing content data and a package to which a plurality of the content data are registered; control means for selecting the package or the content data based on a user input, controlling a display means to display a predetermined field and, when an image is dragged and dropped to said predetermined field, if the package is selected, storing data relating to said image in association with the package, and, if the content data is selected, storing data relating to said image in association with the selected content data. storage means for storing content data and a package to which a plurality of the content data are registered; control means for selecting the package or the content data based on a user input, controlling a display means to display a predetermined field and, when an image is dragged and dropped to said predetermined field, if the package is selected, storing data relating to said image in association with the package, and, if the content data is selected, storing data relating to said image in association with the selected content data.
An injection mold, comprising a housing, a cover and an elastic connection structure, wherein the housing is provided with a mold cavity, and the mold cavity is configured to accommodate a power module; and the cover is provided with a plurality of vias, the cover is detachably connected to the housing, wherein the elastic connection structure is connected to the cover, to implement an elastic connection between the cover and the housing, the cover is located in the mold cavity and locates the power module jointly with the housing, and the plurality of vias are configured to match a plurality of pins of the power module. the housing is provided with a mold cavity, and the mold cavity is configured to accommodate a power module; and the cover is provided with a plurality of vias, the cover is detachably connected to the housing, wherein the elastic connection structure is connected to the cover, to implement an elastic connection between the cover and the housing, the cover is located in the mold cavity and locates the power module jointly with the housing, and the plurality of vias are configured to match a plurality of pins of the power module.