mhurhangee/ep-ind-claims huggingface dataset:
A method for correcting discrepancies in a geo-referenced electronic map of an airport, wherein the electronic map of the airport is derived from an aerial image, a satellite image, plans or blueprints of the airport, and has predetermined boundary regions, the method comprising: receiving and storing geo-referenced position data derived from location information for a plurality of computing devices wherein each computing device is located in a respective airplane; determining a path of travel for each of the plurality of airplanes as they traverse a defined map region; calculating a mean path for the path of travel of the plurality of airplanes in the defined map region; and identifying a discrepancy between the mean path for the plurality of airplanes and at least one geo-referenced location in the geo-referenced electronic map associated with a fixed object in the airport; and altering the electronic map to eliminate the discrepancy by amending at least one of the position, orientation and dimension of the at least one geo-referenced location in the geo-referenced electronic map associated with an object in the airport in the electronic map, wherein identifying a discrepancy comprises determining that the at least one geo-referenced location is different from an actual, physical location of the object and automatically determining that the mean path has crossed a boundary on the electronic map. receiving and storing geo-referenced position data derived from location information for a plurality of computing devices wherein each computing device is located in a respective airplane; determining a path of travel for each of the plurality of airplanes as they traverse a defined map region; calculating a mean path for the path of travel of the plurality of airplanes in the defined map region; and identifying a discrepancy between the mean path for the plurality of airplanes and at least one geo-referenced location in the geo-referenced electronic map associated with a fixed object in the airport; and altering the electronic map to eliminate the discrepancy by amending at least one of the position, orientation and dimension of the at least one geo-referenced location in the geo-referenced electronic map associated with an object in the airport in the electronic map, wherein identifying a discrepancy comprises determining that the at least one geo-referenced location is different from an actual, physical location of the object and automatically determining that the mean path has crossed a boundary on the electronic map.
A coating removing device comprising: a heating section that includes a heater adapted to heat a coating of an optical fiber, and a blade (21A, 23A) adapted to make an incision in said coating of said optical fiber; a gripping section adapted to grip said optical fiber, said gripping section being capable of moving with respect to said heating section; a lid detector adapted to detect a closed state of a lid of said heating section; a separation detector adapted to detect separation between said heating section and said gripping section; and a counter adapted to count a coating removal event number in response to a closed state of the lid of said heating section having been detected by said lid detector and separation between said heating section and said gripping section having been detected by said separation detector. a heating section that includes a heater adapted to heat a coating of an optical fiber, and a blade (21A, 23A) adapted to make an incision in said coating of said optical fiber; a gripping section adapted to grip said optical fiber, said gripping section being capable of moving with respect to said heating section; a lid detector adapted to detect a closed state of a lid of said heating section; a separation detector adapted to detect separation between said heating section and said gripping section; and a counter adapted to count a coating removal event number in response to a closed state of the lid of said heating section having been detected by said lid detector and separation between said heating section and said gripping section having been detected by said separation detector.
A system for use with a subject suffering from a motor-related neurological condition, characterized by: at least one light source for emitting an above-ambient intensity of at least one first bandwidth of visible light including an intensity peak having a wavelength in a range of 460 nm to 570 nm, with an amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 95% of an amount of light having wavelengths of 460 nm to 570 nm emitted by the at least one light source and/or the amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 33% of an amount of all other wavelengths of visible light emitted by the at least one light source, wherein the at least one light source includes at least one filter for limiting ocular exposure of a subject to extraneous wavelengths of visible light generated by the at least one light source that are outside of the range of 460 nm to 570 nm, wherein the at least one filter prevents passage of the extraneous wavelengths of visible light therethrough. at least one light source for emitting an above-ambient intensity of at least one first bandwidth of visible light including an intensity peak having a wavelength in a range of 460 nm to 570 nm, with an amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 95% of an amount of light having wavelengths of 460 nm to 570 nm emitted by the at least one light source and/or the amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 33% of an amount of all other wavelengths of visible light emitted by the at least one light source, wherein the at least one light source includes at least one filter for limiting ocular exposure of a subject to extraneous wavelengths of visible light generated by the at least one light source that are outside of the range of 460 nm to 570 nm, wherein the at least one filter prevents passage of the extraneous wavelengths of visible light therethrough.
Joint sealing tape for sealing a joint between a first component and a second component, comprising a sealing element and an adhesive layer, the sealing element having a predetermined geometry, characterized in that the sealing element consists of a deformable intumescent foam material.
A tubular bustier to facilitate hands-free breastpumping, comprising: a top band; a bottom band; a main body intermediate the top band and the bottom band; a first side; a second side; the tubular bustier is characterized by a pair of breast shield ports each having an additional support member, the additional support members of the breast shield ports extending superiorly of the breast shield ports to the top band. a top band; a bottom band; a main body intermediate the top band and the bottom band; a first side; a second side; the tubular bustier is characterized by a pair of breast shield ports each having an additional support member, the additional support members of the breast shield ports extending superiorly of the breast shield ports to the top band.
A semiconductor light emitting device comprising: a semiconductor layer having a first face and a second face opposite to the first face, and including a luminous portion and a non-luminous portion; a first electrode provided on the luminous portion on the second face side; a second electrode provided on the non-luminous portion on the second face side; a first insulating film provided on the semiconductor layer, the first electrode and the second electrode; a first interconnection (21, 23) provided on the first insulating film and electrically connected to the first electrode, and a second interconnection (22, 24) apart from the first interconnection (21, 23) provided on the first insulating film and electrically connected to the second electrode,, characterized by the first interconnection (21, 23) having a first protrusion extending in a direction parallel to the second face; the second interconnection (22, 24) having a second protrusion extending toward the first interconnection (21,23); a tip end of the first protrusion facing a tip end of the second protrusion, and being apart from the tip end of the second protrusion with a minimum gap between the first interconnection (21, 23) and the second interconnection (22, 24), wherein a breakdown voltage between the first protrusion and the second protrusion is lower than a breakdown voltage between the first electrode and the second electrode. a semiconductor layer having a first face and a second face opposite to the first face, and including a luminous portion and a non-luminous portion; a first electrode provided on the luminous portion on the second face side; a second electrode provided on the non-luminous portion on the second face side; a first insulating film provided on the semiconductor layer, the first electrode and the second electrode; a first interconnection (21, 23) provided on the first insulating film and electrically connected to the first electrode, and a second interconnection (22, 24) apart from the first interconnection (21, 23) provided on the first insulating film and electrically connected to the second electrode,, characterized by the first interconnection (21, 23) having a first protrusion extending in a direction parallel to the second face; the second interconnection (22, 24) having a second protrusion extending toward the first interconnection (21,23); a tip end of the first protrusion facing a tip end of the second protrusion, and being apart from the tip end of the second protrusion with a minimum gap between the first interconnection (21, 23) and the second interconnection (22, 24), wherein a breakdown voltage between the first protrusion and the second protrusion is lower than a breakdown voltage between the first electrode and the second electrode.
A dual-generator assembly, comprising: a first generator configured to generate a first current; and a second generator configured to generate a second current; wherein the first generator and the second generator output power via first power output lines and second output lines, respectively, the first output lines being connected to the second output lines, such that the first and second currents are combined and provided to a non-linear load, characterized in that the second generator is configured to generate the second current modulated based on harmonics determined to be present in the first current. a first generator configured to generate a first current; and a second generator configured to generate a second current; wherein the first generator and the second generator output power via first power output lines and second output lines, respectively, the first output lines being connected to the second output lines, such that the first and second currents are combined and provided to a non-linear load, characterized in that the second generator is configured to generate the second current modulated based on harmonics determined to be present in the first current.
Rail cover for a seat rail, the rail cover comprising: a plurality of longitudinal sections; wherein each longitudinal section comprises a first partial longitudinal section and a second partial longitudinal section, which abut one another in the longitudinal direction of the longitudinal section; wherein a first longitudinal section is movable in the longitudinal direction of the rail cover with respect to a second longitudinal section abutting the first longitudinal section in the longitudinal direction of the rail cover; wherein in a non-expanded state of the rail cover, the first partial longitudinal section of the second longitudinal section overlaps the second partial longitudinal section of the first longitudinal section in the longitudinal direction of the rail cover; characterized in that the rail cover further comprises a resilient coupling element; wherein the resilient coupling element mechanically couples the first longitudinal section to the second longitudinal section; wherein the resilient coupling element is configured to bring the first longitudinal section, with respect to the second longitudinal section, out of the expanded state into the non-expanded state by a clamping force upon absence of a holding force in the expanded state. a plurality of longitudinal sections; wherein each longitudinal section comprises a first partial longitudinal section and a second partial longitudinal section, which abut one another in the longitudinal direction of the longitudinal section; wherein a first longitudinal section is movable in the longitudinal direction of the rail cover with respect to a second longitudinal section abutting the first longitudinal section in the longitudinal direction of the rail cover; wherein in a non-expanded state of the rail cover, the first partial longitudinal section of the second longitudinal section overlaps the second partial longitudinal section of the first longitudinal section in the longitudinal direction of the rail cover; characterized in that the rail cover further comprises a resilient coupling element; wherein the resilient coupling element mechanically couples the first longitudinal section to the second longitudinal section; wherein the resilient coupling element is configured to bring the first longitudinal section, with respect to the second longitudinal section, out of the expanded state into the non-expanded state by a clamping force upon absence of a holding force in the expanded state.
A pharmaceutical composition for use in the prevention or treatment of alopecia which comprises a fraction of the centipede grass extract prepared by additional extraction of the extract using an organic solvent as an active ingredient.
A method performed by at least one processor of a NFC-capable mobile device (110, 120), the NFC-capable mobile device (110, 120) comprising a camera and at least one NFC subsystem, the method comprising: detecting a load upon the at least one NFC subsystem of the NFC-capable mobile device (110, 120), the load being associated with a surface proximate the NFC-capable mobile device (110, 120); based at least partly on a determination of sustained intensity of the load, triggering operation of the camera to capture an image of the surface proximate the NFC-capable mobile device (110, 120); and based at least partly on a determined correspondence of the captured image with stored image data, executing a device control command. detecting a load upon the at least one NFC subsystem of the NFC-capable mobile device (110, 120), the load being associated with a surface proximate the NFC-capable mobile device (110, 120); based at least partly on a determination of sustained intensity of the load, triggering operation of the camera to capture an image of the surface proximate the NFC-capable mobile device (110, 120); and based at least partly on a determined correspondence of the captured image with stored image data, executing a device control command.
A method of determining a flame state of a combustor of a turbine engine, comprising: determining at least one of a first derivative and a second derivative of a compressor discharge pressure of a compressor of the turbine engine; determining at least one of a first derivative and a second derivative of a gas turbine exhaust gas temperature of the exhaust gases output by the turbine engine; determining at least one of a first derivative and a second derivative of a gas turbine shaft/rotor speed of the turbine engine; determining at least one of a first derivative and a second derivative of combustor dynamic pressure; and determining a flame state of a combustor of the turbine engine based on combustor dynamic pressure, compressor discharge pressure, gas turbine shaft/rotor speed, and gas turbine exhaust gas temperature of the exhaust gases. determining at least one of a first derivative and a second derivative of a compressor discharge pressure of a compressor of the turbine engine; determining at least one of a first derivative and a second derivative of a gas turbine exhaust gas temperature of the exhaust gases output by the turbine engine; determining at least one of a first derivative and a second derivative of a gas turbine shaft/rotor speed of the turbine engine; determining at least one of a first derivative and a second derivative of combustor dynamic pressure; and determining a flame state of a combustor of the turbine engine based on combustor dynamic pressure, compressor discharge pressure, gas turbine shaft/rotor speed, and gas turbine exhaust gas temperature of the exhaust gases.
A pneumatic tire, comprising: two circumferential main grooves (21, 22) disposed in a region on one side of a tire equatorial plane as a boundary; and a land portion defined by the two circumferential main grooves (21, 22), the land portion including a circumferential narrow groove extending in a tire circumferential direction and a plurality of sets of a first lug groove and a second lug groove that extend in a tire lateral direction through the circumferential narrow groove; the first lug groove including an end portion that opens to an edge portion on one side of the land portion and another end portion that terminates within the land portion; the second lug groove including an end portion that opens to another edge portion of the land portion and another end portion that terminates within the land portion; and the first lug groove and the second lug groove being alternately disposed in the tire circumferential direction, characterized in that the first lug groove and the second lug groove are inclined in opposite directions to each other with respect to the tire circumferential direction. two circumferential main grooves (21, 22) disposed in a region on one side of a tire equatorial plane as a boundary; and a land portion defined by the two circumferential main grooves (21, 22), the land portion including a circumferential narrow groove extending in a tire circumferential direction and a plurality of sets of a first lug groove and a second lug groove that extend in a tire lateral direction through the circumferential narrow groove; the first lug groove including an end portion that opens to an edge portion on one side of the land portion and another end portion that terminates within the land portion; the second lug groove including an end portion that opens to another edge portion of the land portion and another end portion that terminates within the land portion; and the first lug groove and the second lug groove being alternately disposed in the tire circumferential direction, characterized in that the first lug groove and the second lug groove are inclined in opposite directions to each other with respect to the tire circumferential direction.
A light emitting diode array comprising: a first LED comprising an electrically conductive via in a first portion in an epitaxial layer (1804, 1805, 1806), a p-type contact on a second portion of the epitaxial layer (1804, 1805, 1806), the first portion and the second portion separated by an isolation region; and a second LED comprising the epitaxial layer (1804, 1805, 1806), the second LED electrically coupled to the first LED through a transparent conductive layer; wherein the epitaxial layer (1804, 1805, 1806) comprises: an n-type layer; an active region; and a p-type layer; and wherein the isolation region and the electrically conductive via extend through the p-type layer, the active region, and only a portion of the n-type layer; wherein the first LED is separated from the second LED by a separation region; and wherein the transparent conductive layer electrically coupling the second LED to the first LED is on the n-type layer of the epitaxial layer (1804, 1805, 1806). a first LED comprising an electrically conductive via in a first portion in an epitaxial layer (1804, 1805, 1806), a p-type contact on a second portion of the epitaxial layer (1804, 1805, 1806), the first portion and the second portion separated by an isolation region; and a second LED comprising the epitaxial layer (1804, 1805, 1806), the second LED electrically coupled to the first LED through a transparent conductive layer; an n-type layer; an active region; and a p-type layer; and wherein the isolation region and the electrically conductive via extend through the p-type layer, the active region, and only a portion of the n-type layer; wherein the first LED is separated from the second LED by a separation region; and wherein the transparent conductive layer electrically coupling the second LED to the first LED is on the n-type layer of the epitaxial layer (1804, 1805, 1806).
A method for a user equipment having a receiver with at least two receiver branches, capable of measuring or estimating a first channel quality of at least one downlink channel, characterized by the steps of: - determining whether a first condition is fulfilled where said first condition is fulfilled when a difference between a measured or estimated first channel quality and a predefined maximum reportable channel quality indicator value is greater than or equal to a first threshold (Υ 1), where Υ 1 > 0, and - switching off at least one receiver branch for the reception of the at least one downlink channel provided that the first condition is fulfilled. - determining whether a first condition is fulfilled where said first condition is fulfilled when a difference between a measured or estimated first channel quality and a predefined maximum reportable channel quality indicator value is greater than or equal to a first threshold (Υ 1), where Υ 1 > 0, and - switching off at least one receiver branch for the reception of the at least one downlink channel provided that the first condition is fulfilled.
Curing tool for a shell component, comprising: a first tool component, which is cuboid and has a wedge-shaped bevel forming a first sheared edge on a first side edge and a second corner bevel on a second side edge diagonally opposite the first side edge, the second corner bevel extending substantially parallel to the first sheared edge; and a second tool component, which is cuboid, has a wedge-shaped bevel forming a second sheared edge on a first side edge and has a first corner bevel on a second side edge diagonally opposite the first side edge, wherein the wedge angles (β) of the first and the second sheared edge (34, 35) are preferably equal. a first tool component, which is cuboid and has a wedge-shaped bevel forming a first sheared edge on a first side edge and a second corner bevel on a second side edge diagonally opposite the first side edge, the second corner bevel extending substantially parallel to the first sheared edge; and a second tool component, which is cuboid, has a wedge-shaped bevel forming a second sheared edge on a first side edge and has a first corner bevel on a second side edge diagonally opposite the first side edge, wherein the wedge angles (β) of the first and the second sheared edge (34, 35) are preferably equal.
A method of controlling a refrigerator, comprising: varying stroke of an inverter linear compressor to operate the inverter linear compressor by a maximum output when a temperature of an inside of a freezer compartment or a refrigerator compartment is higher than a maximum output temperature; and varying the stroke of the inverter linear compressor at one period interval to operate the inverter linear compressor at a varied output when the temperature of the inside of the freezer compartment or the refrigerator compartment is no more than the maximum output temperature. varying stroke of an inverter linear compressor to operate the inverter linear compressor by a maximum output when a temperature of an inside of a freezer compartment or a refrigerator compartment is higher than a maximum output temperature; and varying the stroke of the inverter linear compressor at one period interval to operate the inverter linear compressor at a varied output when the temperature of the inside of the freezer compartment or the refrigerator compartment is no more than the maximum output temperature.