mhurhangee/ep-ind-claims huggingface dataset:
A method of coating a metallic surface of an article, comprising the steps of: providing a substrate; applying a first aqueous coating composition on at least a portion of the substrate to provide a primer coating, wherein the primer coating is derived from a first aqueous coating composition comprising an aqueous carrier; and a first resin component in admixture with the aqueous carrier and comprising at least one chlorinated resin; drying the primer coating; and applying a second aqueous coating composition onto at least a portion of the primer coating to form a second coating on at least a portion of the primer coating, wherein the second aqueous coating composition comprises: an aqueous carrier; a second resin component in admixture with the aqueous carrier and comprising at least one resin compatible with the primer resin component; and one or more pigments wherein a dried coating prepared from the second aqueous coating composition comprises at least 15 vol% of pigment based on the total volume of coating solids in the dried coating; or wherein the second coating composition comprises: a carrier; a second resin component in admixture with the carrier; and one or more pigments, wherein the carrier in admixture with the second resin component is an aqueous solvent. providing a substrate; applying a first aqueous coating composition on at least a portion of the substrate to provide a primer coating, wherein the primer coating is derived from a first aqueous coating composition comprising an aqueous carrier; and a first resin component in admixture with the aqueous carrier and comprising at least one chlorinated resin; an aqueous carrier; and a first resin component in admixture with the aqueous carrier and comprising at least one chlorinated resin; drying the primer coating; and applying a second aqueous coating composition onto at least a portion of the primer coating to form a second coating on at least a portion of the primer coating, wherein the second aqueous coating composition comprises: an aqueous carrier; a second resin component in admixture with the aqueous carrier and comprising at least one resin compatible with the primer resin component; and one or more pigments wherein a dried coating prepared from the second aqueous coating composition comprises at least 15 vol% of pigment based on the total volume of coating solids in the dried coating; or an aqueous carrier; a second resin component in admixture with the aqueous carrier and comprising at least one resin compatible with the primer resin component; and one or more pigments wherein a dried coating prepared from the second aqueous coating composition comprises at least 15 vol% of pigment based on the total volume of coating solids in the dried coating; or wherein the second coating composition comprises: a carrier; a second resin component in admixture with the carrier; and one or more pigments, wherein the carrier in admixture with the second resin component is an aqueous solvent. a carrier; a second resin component in admixture with the carrier; and one or more pigments, wherein the carrier in admixture with the second resin component is an aqueous solvent.
A gas turbine engine, comprising: a first chamber and a second chamber separated by a partition wall; wherein the partition wall includes a stationary element and a rotating element separated by a seal and either of the stationary element and the rotating element of the partition wall is segmented by a levered joint, characterised in that: the levered joint includes a lever having a trigger plate, a fixture portion and a fulcrum portion; and, the other of the stationary element and rotating element includes a hammer which is axially aligned and separated from the trigger plate in a first position, the hammer forcibly contacting the trigger plate in a second position during a failure mode so as to create a moment on the lever about the fulcrum portion via the trigger plate, the moment forcing the levered joint apart. a first chamber and a second chamber separated by a partition wall; wherein the partition wall includes a stationary element and a rotating element separated by a seal and either of the stationary element and the rotating element of the partition wall is segmented by a levered joint, characterised in that: the levered joint includes a lever having a trigger plate, a fixture portion and a fulcrum portion; and, the other of the stationary element and rotating element includes a hammer which is axially aligned and separated from the trigger plate in a first position, the hammer forcibly contacting the trigger plate in a second position during a failure mode so as to create a moment on the lever about the fulcrum portion via the trigger plate, the moment forcing the levered joint apart. the levered joint includes a lever having a trigger plate, a fixture portion and a fulcrum portion; and, the other of the stationary element and rotating element includes a hammer which is axially aligned and separated from the trigger plate in a first position, the hammer forcibly contacting the trigger plate in a second position during a failure mode so as to create a moment on the lever about the fulcrum portion via the trigger plate, the moment forcing the levered joint apart.
A method for determining a position of a motor vehicle, comprising the steps of: - determining a preliminary position of the motor vehicle; - detecting objects in surroundings of the motor vehicle, wherein the objects comprise visible building corners; - converting the detected objects into a local coordinate system; - assigning the objects converted into the local coordinate system to a map with objects on the basis of the preliminary position of the motor vehicle; and - determining the position of the motor vehicle; characterized in that the objects additionally also comprise virtual building corners and that the position of the motor vehicle is determined on the basis of a compensation calculation in which the most suitable objects of the map are determined for the objects converted into the local coordinate system. - determining a preliminary position of the motor vehicle; - detecting objects in surroundings of the motor vehicle, wherein the objects comprise visible building corners; - converting the detected objects into a local coordinate system; - assigning the objects converted into the local coordinate system to a map with objects on the basis of the preliminary position of the motor vehicle; and - determining the position of the motor vehicle;
A slide rail, comprising: a first sliding portion provided with a first magnetic part having a plurality of magnets arranged along the length direction, the first magnetic part having N poles and S poles arranged alternately in a length direction of the slide rail; and a second sliding portion provided with a second magnetic part having a plurality of magnets arranged along the length direction, the second magnetic part having N poles and S poles arranged alternately in the length direction, and the first sliding portion being slidably mounted to the second sliding portion in the length direction, wherein during a relative sliding between the first sliding portion and the second sliding portion, the first magnetic part and the second magnetic part are opposite to each other, and are configured to switch between a state of attracting each other and a state of repelling each other; wherein each magnet (112, 212) of the first and second magnetic parts (11, 21) has an N pole and an S pole arranged along the width direction of the slide rail, wherein the N pole of each magnet of the first magnetic part is configured as an N pole of the first magnetic part, and the S pole of each magnet of the first magnetic part is configured as an S pole of the first magnetic part,and wherein the N pole of each magnet of the second magnetic part is configured as an N pole of the second magnetic part, and the S pole of each magnet of the second magnetic part is configured as an S pole of the second magnetic part. a first sliding portion provided with a first magnetic part having a plurality of magnets arranged along the length direction, the first magnetic part having N poles and S poles arranged alternately in a length direction of the slide rail; and a second sliding portion provided with a second magnetic part having a plurality of magnets arranged along the length direction, the second magnetic part having N poles and S poles arranged alternately in the length direction, and the first sliding portion being slidably mounted to the second sliding portion in the length direction, wherein during a relative sliding between the first sliding portion and the second sliding portion, the first magnetic part and the second magnetic part are opposite to each other, and are configured to switch between a state of attracting each other and a state of repelling each other; wherein each magnet (112, 212) of the first and second magnetic parts (11, 21) has an N pole and an S pole arranged along the width direction of the slide rail, wherein the N pole of each magnet of the first magnetic part is configured as an N pole of the first magnetic part, and the S pole of each magnet of the first magnetic part is configured as an S pole of the first magnetic part,and wherein the N pole of each magnet of the second magnetic part is configured as an N pole of the second magnetic part, and the S pole of each magnet of the second magnetic part is configured as an S pole of the second magnetic part.
An assembly produced from a vacuum pump and a chamber, wherein an intake tract extends between the chamber and the vacuum pump and wherein the vacuum pump is a liquid ring machine, characterized in that a liquid outlet is arranged in the intake tract in order to mix gas sucked out of the chamber with liquid.
An ultrasonic flow measurement device comprising a measuring body for determining the flow velocity of a fluid flowing in a conduit, comprising at least one measuring path where a first ultrasonic transducer and a second ultrasonic transducer are arranged opposite one another with the flowing fluid therebetween, the measuring body replacing a corresponding section of the conduit after assembly, and comprising an evaluation unit configured to calculate the flow velocity from a time of flight difference of ultrasonic pulses along the measuring path in the direction with the flow and against the flow, wherein the ultrasonic transducers (16a-b) are positioned in such a way that in a received signal of the respective receiving ultrasonic transducer (16a-b) a certain partial pulse is isolated in time, wherein the partial pulse corresponds to a direct sound, a reflection sound, an indirect, axially refracted fluid sound or an indirect, azimuthally refracted fluid sound, wherein the direct sound corresponds to the direct propagation path between the ultrasonic transducers (16a-b), reflection sound is sound radiated into the fluid, which however arrives at the opposite ultrasonic transducer (16b-a) only after at least one internal reflection at a conduit wall of the conduit, and in the case of indirect fluid sound the acoustic wave first travels in the conduit wall, then couples into the fluid and travels in the fluid to the receiving ultrasonic transducer (16a-b), characterized in that the ultrasonic transducers (16a-b) are arranged with a secant angle (β) of at least 17° and at most 43°, the secant angle (β) being a geometric parameter for characterizing the arrangement of the ultrasonic transducers (16a-b), namely the angle, measured in a cross-section of the conduit, of the measurement path projected onto the cross-section against the diameter of the conduit passing through the first ultrasonic transducer.
A headphone comprising: a sound collecting unit configured to collect outer sound; a housing unit (21-R); a sensor unit including a touch sensor; a reproduction control unit configured to cause, during the detection of a specific motion, the outer sound collected by the sound collecting unit to be continuously reproduced and volume of audio under reproduction to be reduced or the reproduction of the audio to stop, characterized in that the touch sensor is provided on a side of the housing unit (21-R) which is opposite to a user facing side of the housing unit (21-R), and wherein the touch sensor comprises a plurality of elements (EL1 to EL 8) or a plurality of lines (X0 to X4, Y0 to Y3) of elements, each element including an electrostatic sensor; and in that the headphone comprises a detection unit configured to determine touch or approach of a user to a respective one of the plurality of elements (EL1 to EL 8) or the plurality of lines (X0 to X4, Y0 to Y3) of elements by comparing detected signals of the plurality of elements (EL1 to EL 8) or the plurality of lines of elements (EL1 to EL 8) to a first threshold and to determine whether the specific motion to the sensor unit in which the entire touch sensor is covered is made based on comparing a number of elements (EL1 to EL 8) or lines of elements (EL1 to EL 8) for which touch or approach of the user is determined at a time to a second threshold. a sound collecting unit configured to collect outer sound; a housing unit (21-R); a sensor unit including a touch sensor; a reproduction control unit configured to cause, during the detection of a specific motion, the outer sound collected by the sound collecting unit to be continuously reproduced and volume of audio under reproduction to be reduced or the reproduction of the audio to stop, characterized in that the touch sensor is provided on a side of the housing unit (21-R) which is opposite to a user facing side of the housing unit (21-R), and wherein the touch sensor comprises a plurality of elements (EL1 to EL 8) or a plurality of lines (X0 to X4, Y0 to Y3) of elements, each element including an electrostatic sensor; and in that the headphone comprises a detection unit configured to determine touch or approach of a user to a respective one of the plurality of elements (EL1 to EL 8) or the plurality of lines (X0 to X4, Y0 to Y3) of elements by comparing detected signals of the plurality of elements (EL1 to EL 8) or the plurality of lines of elements (EL1 to EL 8) to a first threshold and to determine whether the specific motion to the sensor unit in which the entire touch sensor is covered is made based on comparing a number of elements (EL1 to EL 8) or lines of elements (EL1 to EL 8) for which touch or approach of the user is determined at a time to a second threshold.
A method for determining and/or monitoring the breakdown voltage of a transformer oil, comprising the steps of a) performing an acoustic impedance measurement of the transformer oil, the impedance of a medium partially or entirely disposed in the transformer oil and capable of naturally vibrating and/or transmitting vibrations to the transformer oil being determined in at least one frequency band of defined frequency width; and b) calculating a resonator quality factor for the frequency band based on the determination performed in step a); and c) performing a calibration process and calculating an acoustic disbalance of the transformer oil based on the calibration values ascertained in the calibration process and on the calculation performed in step b); and d) ascertaining the breakdown voltage of the transformer oil based on the calculation performed in step c). a) performing an acoustic impedance measurement of the transformer oil, the impedance of a medium partially or entirely disposed in the transformer oil and capable of naturally vibrating and/or transmitting vibrations to the transformer oil being determined in at least one frequency band of defined frequency width; and b) calculating a resonator quality factor for the frequency band based on the determination performed in step a); and c) performing a calibration process and calculating an acoustic disbalance of the transformer oil based on the calibration values ascertained in the calibration process and on the calculation performed in step b); and d) ascertaining the breakdown voltage of the transformer oil based on the calculation performed in step c).
A method of evaluating a cement bond on a downhole tubular comprising: emitting a signal into the downhole tubular configured to induce a radial resonant frequency response; measuring the radial resonant frequency response induced within the downhole tubular; identifying an unbound reference tubular that is characteristic of the downhole tubular; obtaining the radial resonant frequency response of the reference tubular; comparing the measured resonant frequency of the downhole tubular to the resonant frequency of the unbound reference tubular; and evaluating the bond based on the frequency comparison; characterised in that: the step of evaluating the bond comprises determining the presence of fluid in the region surrounding the downhole tubular, wherein the presence of fluid is indicated by a reduction in the resonant frequency relative to the unbound reference tubular. emitting a signal into the downhole tubular configured to induce a radial resonant frequency response; measuring the radial resonant frequency response induced within the downhole tubular; identifying an unbound reference tubular that is characteristic of the downhole tubular; obtaining the radial resonant frequency response of the reference tubular; comparing the measured resonant frequency of the downhole tubular to the resonant frequency of the unbound reference tubular; and evaluating the bond based on the frequency comparison; characterised in that: the step of evaluating the bond comprises determining the presence of fluid in the region surrounding the downhole tubular, wherein the presence of fluid is indicated by a reduction in the resonant frequency relative to the unbound reference tubular.
An anti-CAPRIN-1 antibody, or a fragment thereof that exhibits anti-tumour activity, wherein the antibody or fragment binds a polypeptide consisting of the amino acid sequence represented by SEQ ID NO: 69 or 70 contained in the amino acid sequence represented by SEQ ID NO: 37 or an amino acid sequence having 80% or more sequence identity with the amino acid sequence of SEQ ID NO: 69 or 70.
Vane, in particular a variable-pitch vane, intended to be mounted on the hub (12, 13) of a propeller (7, 8) of a turbine engine such that an empty space (18, 18A, 18B) is defined between the base of the vane and the face of the hub (12, 13) opposite said base, characterised in that said vane comprises retractable closure means (16, 17) capable of occupying, in a reversible manner, at least one of the following two positions: - a deployed position in which the retractable closure means close, at least in part, said empty space (18, 18A, 18B); and - an extreme retracted position in which said retractable means are held outside said empty space. - a deployed position in which the retractable closure means close, at least in part, said empty space (18, 18A, 18B); and - an extreme retracted position in which said retractable means are held outside said empty space.
A home electric appliance (100A, 100B, 100C) having a main body (1A, 1B, 1C), a top part (7A, 7B, 7C) of which becomes warmer as a result of a basic operation, the home electric appliance (100A, 100B, 100C) comprising: a weight measurement unit (8A, 8B, 8C) configured to measure a weight of a measurement target object placed on the top part (7A, 7B, 7C), and to output measurement information; a controller (5A, 5B, 5C) configured to perform a weight detection operation of detecting the weight of the measurement target object based on the measurement information from the weight measurement unit (8A, 8B, 8C), and a plurality of operation units (4A, 4B, 4C), wherein the top part (7A, 7B, 7C) includes a back surface that faces an inside of the main body (1A, 1B, 1C), and the weight measurement unit (8A, 8B, 8C) is installed on the back surface of the top part (7A, 7B, 7C), the plurality of operation units (4A, 4B, 4C) include a first operation unit (4Aa, 4B3, 4Ca) configured to receive a start instruction in relation to the basic operation, and at least two second operation units (4Ab, 4Ac, 4Ad, 4B1, 4B2, 4B3, 4Cb, 4Cc, 4Cd) for an instruction other than the start instruction regarding the basic operation, and characterized in that the controller (5A, 5B, 5C) starts the weight detection operation based on simultaneous operation of two or more of the second operation units (4Ab, 4Ac, 4Ad, 4B1, 4B2, 4B3, 4Cb, 4Cc, 4Cd). a weight measurement unit (8A, 8B, 8C) configured to measure a weight of a measurement target object placed on the top part (7A, 7B, 7C), and to output measurement information; a controller (5A, 5B, 5C) configured to perform a weight detection operation of detecting the weight of the measurement target object based on the measurement information from the weight measurement unit (8A, 8B, 8C), and a plurality of operation units (4A, 4B, 4C), wherein the top part (7A, 7B, 7C) includes a back surface that faces an inside of the main body (1A, 1B, 1C), and the weight measurement unit (8A, 8B, 8C) is installed on the back surface of the top part (7A, 7B, 7C), the plurality of operation units (4A, 4B, 4C) include a first operation unit (4Aa, 4B3, 4Ca) configured to receive a start instruction in relation to the basic operation, and at least two second operation units (4Ab, 4Ac, 4Ad, 4B1, 4B2, 4B3, 4Cb, 4Cc, 4Cd) for an instruction other than the start instruction regarding the basic operation, and characterized in that the controller (5A, 5B, 5C) starts the weight detection operation based on simultaneous operation of two or more of the second operation units (4Ab, 4Ac, 4Ad, 4B1, 4B2, 4B3, 4Cb, 4Cc, 4Cd).
A method for producing a biodegradable non-woven fabric, comprising the steps of: (a) forming a fibrous web comprising biodegradable fibers, wherein the biodegradable fibers have an average fiber length of from 15 to 60 mm; (b) entangling at least a part of the biodegradable fibers with each other such that individual biodegradable fibers are in contact with each other at entangling points by subjecting the fibrous web to a water-jet treatment or needle punching; (c) applying a biodegradable binder in the form of a solution or a dispersion to the entangled fibrous web without fully soaking the web such that at least a part of the entangling points of the entangled fibrous web are enriched with the biodegradable binder; and (d) drying the entangled fibrous web, wherein the drying comprises through-air drying, wherein the term "biodegradable" means that the material concerned complies with the requirements for industrial compostability in accordance with EN 13432. (a) forming a fibrous web comprising biodegradable fibers, wherein the biodegradable fibers have an average fiber length of from 15 to 60 mm; (b) entangling at least a part of the biodegradable fibers with each other such that individual biodegradable fibers are in contact with each other at entangling points by subjecting the fibrous web to a water-jet treatment or needle punching; (c) applying a biodegradable binder in the form of a solution or a dispersion to the entangled fibrous web without fully soaking the web such that at least a part of the entangling points of the entangled fibrous web are enriched with the biodegradable binder; and (d) drying the entangled fibrous web, wherein the drying comprises through-air drying,