mhurhangee/ep-ind-claims huggingface dataset:
A method of providing weather radar images to a flight crew of an aircraft, the method comprising: obtaining raw volumetric radar data corresponding to at least one signal reflected off of a weather system; based on the radar data, computationally classifying the weather system as being of a first type of a plurality of weather-system types; after classifying the weather system, image processing the radar data, the image processing yielding an image representing the weather system and corresponding to the first weather-system type; and displaying the image on a display device, wherein classifying the weather system comprises using a classifier function for correlating the radar data with empirically determined patterns of characterized weather threats being storm cell shapes corresponding to respective weather-system types. obtaining raw volumetric radar data corresponding to at least one signal reflected off of a weather system; based on the radar data, computationally classifying the weather system as being of a first type of a plurality of weather-system types; after classifying the weather system, image processing the radar data, the image processing yielding an image representing the weather system and corresponding to the first weather-system type; and displaying the image on a display device, wherein classifying the weather system comprises using a classifier function for correlating the radar data with empirically determined patterns of characterized weather threats being storm cell shapes corresponding to respective weather-system types.
Method for instrumenting a construction plant tyre for measuring the temperature inside a rubber compound of said tyre, comprising the following steps: a. Identifying, on the outer surface of the tyre, at least one area on the basis of predefined selection criteria, a temperature measuring sensor being intended for insertion into said at least one area; b. Drilling a cavity in said at least one insertion area identified in the preceding step, with a depth Hc in the drilling direction that is defined by a straight line making an angle Alpha with a radial direction of the tyre at the drilling point; c. Activating said temperature measuring sensor, which is equipped with a microprocessor, radio transmission means, a temperature measuring probe, and power supply means; d. Inserting the sensor in the cavity drilled in the tyre by interacting with a device for evacuating air that is present in the cavity; e. Fixing the sensor to the bottom and/or on the walls of the cavity using a fixing device; f. Hermetically closing the cavity by filling means. a. Identifying, on the outer surface of the tyre, at least one area on the basis of predefined selection criteria, a temperature measuring sensor being intended for insertion into said at least one area; b. Drilling a cavity in said at least one insertion area identified in the preceding step, with a depth Hc in the drilling direction that is defined by a straight line making an angle Alpha with a radial direction of the tyre at the drilling point; c. Activating said temperature measuring sensor, which is equipped with a microprocessor, radio transmission means, a temperature measuring probe, and power supply means; d. Inserting the sensor in the cavity drilled in the tyre by interacting with a device for evacuating air that is present in the cavity; e. Fixing the sensor to the bottom and/or on the walls of the cavity using a fixing device; f. Hermetically closing the cavity by filling means.
An inkjet head nozzle plate that is formed from at least stainless steel, wherein the stainless steel is austenitic stainless steel in which a content ratio of a martensite phase is 5.4% or less.
A transmitting apparatus comprising: a plurality of transmission antennas (15-1 to 15-T) capable of forming a plurality of beams respectively directed to a plurality of receiving apparatuses (2-1 to 2-m); and a precoder to perform precoding on signals transmitted from the transmission antennas (15-1 to 15-T) such that received power in third receiving apparatuses, which are the receiving apparatuses excluding a first receiving apparatus serving as a transmission destination of a transmission signal among the receiving apparatuses (2-1 to 2-m) and a second receiving apparatus, which is one of the receiving apparatuses (2-1 to 2-m), is equal to or smaller than a threshold; wherein received power in the second receiving apparatus is larger than the threshold; characterized in that the second receiving apparatus corresponding to the first receiving apparatus is selected on the basis of a correlation between a transmission line matrix H i between the first receiving apparatus and the transmitting apparatus and transmission line matrixes H k between the receiving apparatuses other than the first receiving apparatus and the transmitting apparatus; wherein the precoder unit is adapted to calculate a square sum of diagonal terms of a cross-correlation matrix H k H H i between the transmission line matrix H i and the transmission line matrixes H k and select one receiving apparatus having the smallest square sum of the diagonal terms of H k H H i as the second receiving apparatus. a plurality of transmission antennas (15-1 to 15-T) capable of forming a plurality of beams respectively directed to a plurality of receiving apparatuses (2-1 to 2-m); and a precoder to perform precoding on signals transmitted from the transmission antennas (15-1 to 15-T) such that received power in third receiving apparatuses, which are the receiving apparatuses excluding a first receiving apparatus serving as a transmission destination of a transmission signal among the receiving apparatuses (2-1 to 2-m) and a second receiving apparatus, which is one of the receiving apparatuses (2-1 to 2-m), is equal to or smaller than a threshold; wherein received power in the second receiving apparatus is larger than the threshold; characterized in that the second receiving apparatus corresponding to the first receiving apparatus is selected on the basis of a correlation between a transmission line matrix H i between the first receiving apparatus and the transmitting apparatus and transmission line matrixes H k between the receiving apparatuses other than the first receiving apparatus and the transmitting apparatus; wherein the precoder unit is adapted to calculate a square sum of diagonal terms of a cross-correlation matrix H k H H i between the transmission line matrix H i and the transmission line matrixes H k and select one receiving apparatus having the smallest square sum of the diagonal terms of H k H H i as the second receiving apparatus.
A method of installing a fastener comprising: providing two components (12, 14); identifying a location for installing a fastener to assemble the two components; providing the fastener and a collar each having a code that provides first information regarding the fastener or the collar; providing a tool having an inner surface defining a hole extending linearly from an end of the tool, wherein the inner surface is adapted to latch onto the collar, wherein a code reader is disposed within the hole, the tool further comprising a smart chip embedded within an outer surface of the tool; scanning the codes using the code reader to retrieve the first information regarding the fastener and the collar; communicating the first information from the smart chip to a computer that has access to at least one database; storing the first information in the at least one database; determining, using the computer, based on the first information, whether the fastener and the collar are compatible with one another; determining, using the computer, by accessing the at least one database, based on the first information, second information; communicating the second information from the computer to the tool; and fastening said fastener and said collar using the tool based on the communicated second information by screwing the collar onto the fastener. providing two components (12, 14); identifying a location for installing a fastener to assemble the two components; providing the fastener and a collar each having a code that provides first information regarding the fastener or the collar; providing a tool having an inner surface defining a hole extending linearly from an end of the tool, wherein the inner surface is adapted to latch onto the collar, wherein a code reader is disposed within the hole, the tool further comprising a smart chip embedded within an outer surface of the tool; scanning the codes using the code reader to retrieve the first information regarding the fastener and the collar; communicating the first information from the smart chip to a computer that has access to at least one database; storing the first information in the at least one database; determining, using the computer, based on the first information, whether the fastener and the collar are compatible with one another; determining, using the computer, by accessing the at least one database, based on the first information, second information; communicating the second information from the computer to the tool; and fastening said fastener and said collar using the tool based on the communicated second information by screwing the collar onto the fastener.
Picture support for outlet's trolleys, the support being adapted to be fixed on an handle or an outlet trolley's bar and this picture support contains: A sleeve longitudinally opened and adapted to close by plastic deformation on a handle or a trolley bar This support has got the following characteristics: Two plates (22,24) extending the sleeve and Extending towards the outside of part and other one of the longitudinal opening of the sleeve, the described plates (22,24)having each one complementary locking means arranged on faces compared to the plates (22,24) and adapted to cooperate when the two plates are closed one on each other in order to permit positioning of a picture between the plates (22,24) and to realize the picture support fixing on the handle or the bar A sleeve longitudinally opened and adapted to close by plastic deformation on a handle or a trolley bar This support has got the following characteristics: Two plates (22,24) extending the sleeve and Extending towards the outside of part and other one of the longitudinal opening of the sleeve, the described plates (22,24)having each one complementary locking means arranged on faces compared to the plates (22,24) and adapted to cooperate when the two plates are closed one on each other in order to permit positioning of a picture between the plates (22,24) and to realize the picture support fixing on the handle or the bar Two plates (22,24) extending the sleeve and Extending towards the outside of part and other one of the longitudinal opening of the sleeve, the described plates (22,24)having each one complementary locking means arranged on faces compared to the plates (22,24) and adapted to cooperate when the two plates are closed one on each other in order to permit positioning of a picture between the plates (22,24) and to realize the picture support fixing on the handle or the bar
A catheter assembly for delivering a marker into a lumen, the assembly comprising: a catheter having a proximal end and a distal end, the distal end configured to receive a marker, the catheter configured to be passed into a lumen for deployment of the marker; at least one marker contained at the distal end of the catheter, wherein the marker comprises a signal element configured to wirelessly transmit location signals in response to an excitation energy, and a wire fixedly attached to an actuator, wherein the wire is contained in the catheter and extends co-axially substantially the entire length of the catheter; characterized by after being loaded in the catheter, a portion of the marker extending beyond the distal end of the catheter to provide a rounded leading end of the catheter and the actuator having a housing coupled to the proximal end of the catheter and moveable between a first position and a second position; a catheter having a proximal end and a distal end, the distal end configured to receive a marker, the catheter configured to be passed into a lumen for deployment of the marker; at least one marker contained at the distal end of the catheter, wherein the marker comprises a signal element configured to wirelessly transmit location signals in response to an excitation energy, and a wire fixedly attached to an actuator, wherein the wire is contained in the catheter and extends co-axially substantially the entire length of the catheter; characterized by after being loaded in the catheter, a portion of the marker extending beyond the distal end of the catheter to provide a rounded leading end of the catheter and the actuator having a housing coupled to the proximal end of the catheter and moveable between a first position and a second position;
A photochromic adhesive composition comprising: a photochromic compound having, as a substituent, a molecular chain having a molecular weight of 300 or more, and an adhesive urethane (urea) resin, and having a softening point measured according to the method described in JIS K7196 of 140 to 220°C, wherein the photochromic compound has at least one basic skeleton represented by any one of the following formulae to and the blending amount of the photochromic compound is 0.1 to 20.0 parts by mass relative to 100 parts by mass of the adhesive urethane (urea) resin. a photochromic compound having, as a substituent, a molecular chain having a molecular weight of 300 or more, and an adhesive urethane (urea) resin, and having a softening point measured according to the method described in JIS K7196 of 140 to 220°C, wherein the photochromic compound has at least one basic skeleton represented by any one of the following formulae to and the blending amount of the photochromic compound is 0.1 to 20.0 parts by mass relative to 100 parts by mass of the adhesive urethane (urea) resin.
A structural cable of a construction work, the structural cable comprising: a bundle of load-bearing tendons; a sheath within which the bundle of tendons is located; and a housing located within the sheath, characterized in that the housing is directly secured to the sheath and welded to an inner surface of the sheath, wherein the housing has a concavity turned towards a region of the sheath which includes openings, to define a cavity, extending longitudinally relative to the sheath, and wherein the bundle of tendons is located outside the housing and the cavity. a bundle of load-bearing tendons; a sheath within which the bundle of tendons is located; and a housing located within the sheath, characterized in that the housing is directly secured to the sheath and welded to an inner surface of the sheath, wherein the housing has a concavity turned towards a region of the sheath which includes openings, to define a cavity, extending longitudinally relative to the sheath, and wherein the bundle of tendons is located outside the housing and the cavity.
A method of measuring a property of an object with acoustically induced electromagnetic waves, comprising the steps of: irradiating the measurable object with acoustic waves in the form of acoustic wave pulses; and measuring electromagnetic waves generated from said measurable object to determine any one of properties of the object, including its electrical, magnetic and electromagnetic mechanical properties, from any one or a combination of strength, phase and frequency characteristics of said electromagnetic waves, wherein the method further comprises: placing the measurable object at a distance (d) from a source of emission of said acoustic wave pulses and emitting said acoustic wave pulses from said emission source towards said measurable object, wherein the distance (d) is such that the time it takes said acoustic wave pulses to propagate over the distance (d) is longer than a pulse duration of said acoustic wave pulses, measuring said electromagnetic waves of time dependence of their intensity detected subsequent to irradiation with said acoustic wave pulses, and characterised by determining a relaxation characteristic of a property value for charged particles (3, 4) which said measurable object possesses. irradiating the measurable object with acoustic waves in the form of acoustic wave pulses; and measuring electromagnetic waves generated from said measurable object to determine any one of properties of the object, including its electrical, magnetic and electromagnetic mechanical properties, from any one or a combination of strength, phase and frequency characteristics of said electromagnetic waves, wherein the method further comprises: placing the measurable object at a distance (d) from a source of emission of said acoustic wave pulses and emitting said acoustic wave pulses from said emission source towards said measurable object, wherein the distance (d) is such that the time it takes said acoustic wave pulses to propagate over the distance (d) is longer than a pulse duration of said acoustic wave pulses, measuring said electromagnetic waves of time dependence of their intensity detected subsequent to irradiation with said acoustic wave pulses, and characterised by determining a relaxation characteristic of a property value for charged particles (3, 4) which said measurable object possesses. placing the measurable object at a distance (d) from a source of emission of said acoustic wave pulses and emitting said acoustic wave pulses from said emission source towards said measurable object, wherein the distance (d) is such that the time it takes said acoustic wave pulses to propagate over the distance (d) is longer than a pulse duration of said acoustic wave pulses, measuring said electromagnetic waves of time dependence of their intensity detected subsequent to irradiation with said acoustic wave pulses, and characterised by determining a relaxation characteristic of a property value for charged particles (3, 4) which said measurable object possesses.
An inverted cylindrical magnetron source comprising: a. a co-axial central anode concentrically located within a first annular end anode and a second annular end anode; b. a process chamber including a top end and a bottom end in which the first annular end anode and the second annular end anode are coaxially disposed, whereby the first annular end anode, the second annular end anode, and the central anode form a 3-anode configuration to provide electric field uniformity, and the process chamber including a central annular space coupled to a tube insulator disposed about the central annular space wall; c. a cathode concentrically coupled to the tube insulator and a target; and d. a plurality of multi-zone magnets surrounding the exterior of the process chamber providing a tunable magnetic field. a. a co-axial central anode concentrically located within a first annular end anode and a second annular end anode; b. a process chamber including a top end and a bottom end in which the first annular end anode and the second annular end anode are coaxially disposed, whereby the first annular end anode, the second annular end anode, and the central anode form a 3-anode configuration to provide electric field uniformity, and the process chamber including a central annular space coupled to a tube insulator disposed about the central annular space wall; c. a cathode concentrically coupled to the tube insulator and a target; and d. a plurality of multi-zone magnets surrounding the exterior of the process chamber providing a tunable magnetic field.
A conjugate formed by coupling one polyethylene glycol molecule to one endostatin molecule, wherein the polyethylene glycol molecule is coupled to endostatin at the N-terminal α-amino group of endostatin, and the polyethylene glycol has an average molecular weight from 5 kDa to 40 kDa, and wherein the conjugate has enhanced biological activities as compared to the corresponding non-modified endostatin molecule.
A device or kit for detecting a nucleic acid in a sample, comprising: a carrier (a) that holds a dye which can bind to a nucleic acid; a path (c) for passing a sample through the carrier (a); an evaluation part (d) for observing a substance produced by the reaction between the sample containing said nucleic acid and the dye with visible light upon binding said nucleic acid with said dye, and evaluating the presence of a nucleic acid by eye; and a carrier (b) that holds a substance reactable with said dye, said carrier (b) being disposed between the carrier (a) and the evaluation part (d), wherein said substance reactable with a dye is at least one compound selected from the group consisting of an oxidizing agent, a reducing agent, an acid, a base, and a pH buffering agent, and wherein said dye comprises a dye whose color tone changes upon treating with said substance. a carrier (a) that holds a dye which can bind to a nucleic acid; a path (c) for passing a sample through the carrier (a); an evaluation part (d) for observing a substance produced by the reaction between the sample containing said nucleic acid and the dye with visible light upon binding said nucleic acid with said dye, and evaluating the presence of a nucleic acid by eye; and a carrier (b) that holds a substance reactable with said dye, said carrier (b) being disposed between the carrier (a) and the evaluation part (d), wherein said substance reactable with a dye is at least one compound selected from the group consisting of an oxidizing agent, a reducing agent, an acid, a base, and a pH buffering agent, and wherein said dye comprises a dye whose color tone changes upon treating with said substance.
A polymer composite, comprising: a polymer matrix comprising at least two polymers: a first polymer comprising a fluorinated polymer; and a second polymer having a dielectric constant of less than 20 and the second polymer being compatible with the fluorinated polymer, in which the polymer matrix comprises 5-20 percent by weight or more of the second polymer; and a lead-free piezoelectric ceramic filler embedded in the polymer matrix, in which the piezoelectric ceramic filler comprises 40-70% by volume of the polymer composite. a polymer matrix comprising at least two polymers: a first polymer comprising a fluorinated polymer; and a second polymer having a dielectric constant of less than 20 and the second polymer being compatible with the fluorinated polymer, in which the polymer matrix comprises 5-20 percent by weight or more of the second polymer; and a lead-free piezoelectric ceramic filler embedded in the polymer matrix, in which the piezoelectric ceramic filler comprises 40-70% by volume of the polymer composite.