mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring and generating an external setpoint contour of at least one region of a workpiece, in particular of a crankshaft, with regard to dimensions and shape by longitudinal grinding or plunge grinding by means of a grinding disc, which has an axis of rotation, on a grinding centre with CNC controller for the X axis of said grinding disc, which X axis is directed at right angles relative to the longitudinal extent of a workpiece region to be ground, in which method a) an actual contour on the workpiece is measured; b) measurement values of the dimensions and of the shape in at least two mutually spaced-apart measurement planes, which extend transversely with respect to the longitudinal extent of the respective workpiece region and which are situated in the grinding disc engagement region, are detected by means of a measurement device during the grinding process; c) the measurement planes are generated by means of a relative movement between the workpiece region and the measurement device in a Z axis direction, which is formed along the axis of rotation in the longitudinal direction of the workpiece region to be ground, relative to the movement of the grinding disc in the direction of the Z axis during the grinding process; d) the measurement values are transmitted to the CNC controller, and e) the CNC controller is controlled such that any deviations from the setpoint contour are corrected, and the setpoint contour of the respective workpiece region is ground in adaptive fashion on the basis of the measurement values detected for the respective measurement planes of a workpiece region. a) an actual contour on the workpiece is measured; b) measurement values of the dimensions and of the shape in at least two mutually spaced-apart measurement planes, which extend transversely with respect to the longitudinal extent of the respective workpiece region and which are situated in the grinding disc engagement region, are detected by means of a measurement device during the grinding process; c) the measurement planes are generated by means of a relative movement between the workpiece region and the measurement device in a Z axis direction, which is formed along the axis of rotation in the longitudinal direction of the workpiece region to be ground, relative to the movement of the grinding disc in the direction of the Z axis during the grinding process; d) the measurement values are transmitted to the CNC controller, and e) the CNC controller is controlled such that any deviations from the setpoint contour are corrected, and the setpoint contour of the respective workpiece region is ground in adaptive fashion on the basis of the measurement values detected for the respective measurement planes of a workpiece region.
A method for determining a relative distance between a reference member placed above a melt surface and the melt surface upon pulling a silicon single crystal out of a raw material melt in a crucible by a CZ (Czochralski) method comprising at least: pulling the silicon single crystal applying a magnetic field; taking a picture of a real image of the reference member and a mirror image of the reference member reflected on the melt surface with a detector; processing the picture taken of the real image and the mirror image of the reference member as different pictures by separating the picture taken such that threshold values of binarization level for the real image and the mirror image are separately adjusted; and calculating the relative distance between the real image and the mirror image of the reference member from the processed pictures to determine the relative distance between the reference member and the melt surface. pulling the silicon single crystal applying a magnetic field; taking a picture of a real image of the reference member and a mirror image of the reference member reflected on the melt surface with a detector; processing the picture taken of the real image and the mirror image of the reference member as different pictures by separating the picture taken such that threshold values of binarization level for the real image and the mirror image are separately adjusted; and calculating the relative distance between the real image and the mirror image of the reference member from the processed pictures to determine the relative distance between the reference member and the melt surface.
A composition comprising a therapeutically effective amount of melanin for use in a method of treating or preventing an ocular disease, disorder, or condition in a subject, the method comprising administering the composition to an eye of the subject to treat or prevent the ocular disease, disorder, or condition, wherein the ocular disease, disorder, or condition is leukoplakia.
Method for transmitting packets in a network comprising at least a first sub-network and a second sub-network connected through a transparent communication link, said link comprising at least a first interface device connected to the first sub-network and a second interface device connected to the second sub-network, said method comprising the steps of: - attributing a first set of addresses to the interface devices (5, 6) on the communication link; - attributing a second set of addresses to nodes (1, 2, 3, 4) connected to the sub-networks (11, 12), the attribution of the second set being done independently from the attribution of the first set; - checking whether there appears a conflict between an address of the first set and an address of the second set, and in the affirmative: - changing the conflicting address of the first set to a non conflicting address. - attributing a first set of addresses to the interface devices (5, 6) on the communication link; - attributing a second set of addresses to nodes (1, 2, 3, 4) connected to the sub-networks (11, 12), the attribution of the second set being done independently from the attribution of the first set; - checking whether there appears a conflict between an address of the first set and an address of the second set, and in the affirmative: - changing the conflicting address of the first set to a non conflicting address.
A dual-probe wireless ultrasonic device, comprising: two sets of ultrasonic probes arranged on a probe body and having different installation positions, and a control board communicatively connected with the two sets of ultrasonic probes respectively and arranged inside the probe body; wherein the dual-probe wireless ultrasonic device further comprises: two sets of antennas for data transmission and communicatively connected with the control board; wherein, the two sets of ultrasonic probes comprise: a first ultrasonic probe and a second ultrasonic probe; the two sets of antennas comprising: a first antenna arranged on the second ultrasonic probe and communicatively connected with the first ultrasonic probe, and a second antenna arranged on the first ultrasonic probe and communicatively connected with the second ultrasonic probe. wherein the dual-probe wireless ultrasonic device further comprises: two sets of antennas for data transmission and communicatively connected with the control board; wherein, the two sets of ultrasonic probes comprise: a first ultrasonic probe and a second ultrasonic probe; the two sets of antennas comprising: a first antenna arranged on the second ultrasonic probe and communicatively connected with the first ultrasonic probe, and a second antenna arranged on the first ultrasonic probe and communicatively connected with the second ultrasonic probe.
An autonomous travel path planning method to plan a path that an autonomous traveling body autonomously travels, the method comprising: obtaining a travel area to perform filling travel in an environmental map; creating a first grid area covering an area corresponding to the travel area with a plurality of grid cells; calculating a deviation width of a body of the autonomous traveling body from the travel area when the autonomous traveling body changes its direction and as a distance to a maximum deviation area boundary, based on a body size of the autonomous traveling body, a turning radius thereof, a turning movement distance, and a grid cell size; creating one or more inner rounding paths corresponding to at least a part of the deviation width to travel the deviation width; creating a second grid area having a boundary at a position corresponding to an innermost inner rounding path by validating, of the plurality of grid cells included in the first grid area, a grid cell in which the innermost inner rounding path is included, and invalidating other grid cells of the first grid area, so that the grid cells in the first grid area that include the innermost inner rounding path or that are inside thereof are determined to be the grid cells in the second grid area; and creating a filling travel path so as to fill the inside of the second grid area with the travel path. obtaining a travel area to perform filling travel in an environmental map; creating a first grid area covering an area corresponding to the travel area with a plurality of grid cells; calculating a deviation width of a body of the autonomous traveling body from the travel area when the autonomous traveling body changes its direction and as a distance to a maximum deviation area boundary, based on a body size of the autonomous traveling body, a turning radius thereof, a turning movement distance, and a grid cell size; creating one or more inner rounding paths corresponding to at least a part of the deviation width to travel the deviation width; creating a second grid area having a boundary at a position corresponding to an innermost inner rounding path by validating, of the plurality of grid cells included in the first grid area, a grid cell in which the innermost inner rounding path is included, and invalidating other grid cells of the first grid area, so that the grid cells in the first grid area that include the innermost inner rounding path or that are inside thereof are determined to be the grid cells in the second grid area; and creating a filling travel path so as to fill the inside of the second grid area with the travel path.
A thermally expandable multilayer packing for a building material consists of a protruding portion and a body portion in a cross-sectional shape based on a plane perpendicular to the longitudinal direction, wherein said thermally expandable multilayer packing for a building material consists of two or more resin composition layers comprising at least a thermally expandable resin composition layer and a thermoplastic resin composition layer, a thermally expandable resin composition forming said thermally expandable resin composition layer comprises 100 parts by weight of a resin component, 3 to 300 parts by weight of a thermally expandable graphite, 3 to 200 parts by weight of an inorganic filler and 20 to 200 parts by weight of a plasticizer, a resin component contained in said thermally expandable resin composition comprises a chlorinated polyvinyl chloride resin whose chlorine content is 60 to 72% by weight and/or an EPDM, the resin composition does not contain a phosphorus compound other than optionally a phosphate ester plasticizer such as trimethyl phosphate and triethyl phosphate, and said thermally expandable resin composition layer and said thermoplastic resin composition layer are formed of said thermally expandable resin composition and said thermoplastic resin composition by simultaneous co-extrusion, respectively.
A power generation system comprising: a principal system (20, 22, 24, 51, 61) incorporated in an aircraft, being one of a water tank, a fuel tank and a cargo container having a primary function other than as a thermal capacitor, said principal system having an associated mass providing a thermal capacitor; a thermoelectric generator placed for operational engagement between the thermal capacitor and an external environment, said thermoelectric generator configured to utilize a temperature differential between the thermal capacitor and the external environment to generate an electric current; wherein said thermoelectric generator includes a first portion in thermal contact with said thermal capacitor and a second portion being in thermal contact with said external environment and that is at a different temperature than said thermal capacitor, a thermoelectric gradient being formed between said first portion and said second portion to generate said electric current; and, an auxiliary system (46, 54, 66, 88, 91) associated with the principal system, said auxiliary system connected to operate using the electric current generated by said thermoelectric generator. a principal system (20, 22, 24, 51, 61) incorporated in an aircraft, being one of a water tank, a fuel tank and a cargo container having a primary function other than as a thermal capacitor, said principal system having an associated mass providing a thermal capacitor; a thermoelectric generator placed for operational engagement between the thermal capacitor and an external environment, said thermoelectric generator configured to utilize a temperature differential between the thermal capacitor and the external environment to generate an electric current; wherein said thermoelectric generator includes a first portion in thermal contact with said thermal capacitor and a second portion being in thermal contact with said external environment and that is at a different temperature than said thermal capacitor, a thermoelectric gradient being formed between said first portion and said second portion to generate said electric current; and, an auxiliary system (46, 54, 66, 88, 91) associated with the principal system, said auxiliary system connected to operate using the electric current generated by said thermoelectric generator.
A solid, oral pharmaceutical composition comprising a plurality of particles, each comprising: a core comprising a therapeutic amount of a central nervous system stimulant and at least one pharmaceutically acceptable excipient; a sustained release layer enclosing the core, and comprising a water-insoluble and water-permeable polymer and a water-soluble polymer; and a delayed release layer enclosing the sustained release layer, wherein the composition provides a 4 to 12 hour period during which no more than about 10% of the central nervous system stimulant is released when measured by the USP Apparatus I in which the composition is placed in 700 ml aqueous solution of 0.1N HCl pH 1.1, for up to 2 hours followed by 2-6 hr in sodium phosphate buffer at pH 6.0; followed by 6-20 hr in sodium phosphate buffer, pH 7.2 at 37°C ± 0.5°C. a core comprising a therapeutic amount of a central nervous system stimulant and at least one pharmaceutically acceptable excipient; a sustained release layer enclosing the core, and comprising a water-insoluble and water-permeable polymer and a water-soluble polymer; and a delayed release layer enclosing the sustained release layer,
A method for identifying at least some of a plurality of optical fibers, comprising: imparting a respective time-varying modulation onto an existing respective optical signal propagating in each respective optical fiber by varying a curvature of a portion of said respective optical fiber as a function of time such that a time-varying loss of power is generated in the respective existing optical signal, said respective existing optical signal including signals to and from customers; and detecting the presence of said imparted time-varying modulation in at least one optical fiber to identify said at least one optical fiber; wherein said imparting and detecting do not interrupt the propagation of said existing optical signal along said optical fiber; wherein the curvature is varied by vibrating at least the portion of said optical fiber; and wherein the method comprises varying the curvature of the portions of at least two respective optical fibers simultaneously and at respective frequencies different from one another. imparting a respective time-varying modulation onto an existing respective optical signal propagating in each respective optical fiber by varying a curvature of a portion of said respective optical fiber as a function of time such that a time-varying loss of power is generated in the respective existing optical signal, said respective existing optical signal including signals to and from customers; and detecting the presence of said imparted time-varying modulation in at least one optical fiber to identify said at least one optical fiber; wherein said imparting and detecting do not interrupt the propagation of said existing optical signal along said optical fiber; wherein the curvature is varied by vibrating at least the portion of said optical fiber; and wherein the method comprises varying the curvature of the portions of at least two respective optical fibers simultaneously and at respective frequencies different from one another.
A method for assisting diagnosis of efficacy of methotrexate in a patient with rheumatoid arthritis, the method comprising the steps of: analyzing in a biological sample obtained from a patient with rheumatoid arthritis: - the single nucleotide polymorphism of the FPGS gene FPGS c.64A>G and either one of FPGS c.*192A>G and rs1544105; - the SNP of the FMO2 gene FMO2 c.585A>G, - the SNP of the SLC28A3 gene SLC28A3 c.267G>A, - the SNP of the EPHX1 gene EPHX1 c.357G>A; and - the SNP of the PPARG gene PPARG c.*1411G>C; and obtaining a numerical index associated with the efficacy of MTX from the analysis result, comparing the obtained numerical index with a predetermined threshold, and determining the efficacy of MTX in the patient based on the comparison results. analyzing in a biological sample obtained from a patient with rheumatoid arthritis: - the single nucleotide polymorphism of the FPGS gene FPGS c.64A>G and either one of FPGS c.*192A>G and rs1544105; - the SNP of the FMO2 gene FMO2 c.585A>G, - the SNP of the SLC28A3 gene SLC28A3 c.267G>A, - the SNP of the EPHX1 gene EPHX1 c.357G>A; and - the SNP of the PPARG gene PPARG c.*1411G>C; and - the single nucleotide polymorphism of the FPGS gene FPGS c.64A>G and either one of FPGS c.*192A>G and rs1544105; - the SNP of the FMO2 gene FMO2 c.585A>G, - the SNP of the SLC28A3 gene SLC28A3 c.267G>A, - the SNP of the EPHX1 gene EPHX1 c.357G>A; and - the SNP of the PPARG gene PPARG c.*1411G>C; and obtaining a numerical index associated with the efficacy of MTX from the analysis result, comparing the obtained numerical index with a predetermined threshold, and determining the efficacy of MTX in the patient based on the comparison results.
A method for screening alpha-amylases having high wash performance at low temperature of 5-35°C, wherein the alpha-amylases have at least 80% sequence identity to SEQ ID NO: 2; and comprising the steps of: a) determining the binding of the alpha-amylases to solid or immobilized starch; b) selecting alpha-amylases having a low binding to starch; wherein the alpha-amylases have less than 90% of the binding to starch than the alpha-amylase having SEQ ID NO: 2. a) determining the binding of the alpha-amylases to solid or immobilized starch; b) selecting alpha-amylases having a low binding to starch;
A wearing-point device arranged for mounting on a leading edge element of an implement, the wearing-point device comprising a wearing-part holder and a wearing point, wherein a quick-coupling formed from a coupling portion of the wearing-part holder and corresponding attachment portions of the wearing point, wherein the wearing-part holder is provided with a first sliding surface which is defined towards the wearing point by a forward sliding-surface edge and lies on approximately same level as corresponding third sliding surfaces on the attachment portions, and wherein the wearing point is provided with second sliding surfaces (222, 222') with a downward sloping rear edge forming an interface towards the attachment portions, a transverse eminence forms a boundary portion between the longitudinal elevation and the attachment portions, and wherein the first sliding surface and the second sliding surfaces (222, 222') are surfaces exposed to wear from a flow of material thereon, characterized in that a longitudinal elevation extends with an increasing height from a front portion towards the attachment portion, said second sliding surfaces (222, 222') extending in a downward-sloping manner from the vertical centre plane of the wearing point in the directions of opposite side edges of the wearing point. wherein a quick-coupling formed from a coupling portion of the wearing-part holder and corresponding attachment portions of the wearing point, wherein the wearing-part holder is provided with a first sliding surface which is defined towards the wearing point by a forward sliding-surface edge and lies on approximately same level as corresponding third sliding surfaces on the attachment portions, and wherein the wearing point is provided with second sliding surfaces (222, 222') with a downward sloping rear edge forming an interface towards the attachment portions, a transverse eminence forms a boundary portion between the longitudinal elevation and the attachment portions, and wherein the first sliding surface and the second sliding surfaces (222, 222') are surfaces exposed to wear from a flow of material thereon, a longitudinal elevation extends with an increasing height from a front portion towards the attachment portion, said second sliding surfaces (222, 222') extending in a downward-sloping manner from the vertical centre plane of the wearing point in the directions of opposite side edges of the wearing point.
A power terminal for mounting on an electrical cabinet, the power terminal comprising an essentially rectangular frame enclosing a space, the power terminal further comprising mounting bars (2, 3) located inside said space, the end sections of each mounting bar (2, 3) being secured to the long sides of the frame, the mounting bars having mounted thereon a first type of terminals of a first dimension for receiving power supply cables and having mounted thereon a second type of terminals of a second dimension for connecting power wires to equipment in the electrical cabinet.
A juicer comprising a juicing device and a driving device, said juicing device comprises a container and a roller being rotatably mounted inside said container, said roller is adapted to be driven by said driving device, said roller comprises first and second cutting plates being projected outwardly from an outer surface of said roller, a juice outlet and a residue outlet are arranged on said container, a plurality of cutting plate receivers is arranged on the outer surface of said roller and is adapted for allowing said first and second cutting plates to be slidingly mounted inside said cutting plate receivers, characterized in that said first cutting plate comprises at least one sharp convex structure or cutting member projected from a surface of said first cutting plate.