mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a neutral liquid protein beverage having a pH of 6 to 8 and a protein content of 1 to 15% by weight, characterized in that a powdered plant-based protein material that satisfies the following requirements A) to E) is dispersed in a raw material solution, and then the raw material solution is heat-sterilized to dissolve the powdered plant-based protein material, A) protein content in a solid content is 80% by weight or more, B) pH of 10% by weight aqueous solution is pH 5.5 to 8, C) nitrogen solubility index is 30 or less, D) 0.22 M trichloroacetic acid solubility rate in the powdered plant-based protein material is 4.5% or less, and E) bulk density is 0.5 g/cm 3 or more. A) protein content in a solid content is 80% by weight or more, B) pH of 10% by weight aqueous solution is pH 5.5 to 8, C) nitrogen solubility index is 30 or less, D) 0.22 M trichloroacetic acid solubility rate in the powdered plant-based protein material is 4.5% or less, and E) bulk density is 0.5 g/cm 3 or more.
A tire comprising a tread part, the tread part comprising at least a first rubber layer of a tread surface and a second rubber layer adjacent to inside the first rubber layer in a tire radial direction, wherein the first rubber layer is composed of a rubber composition comprising a rubber component comprising an isoprene-based rubber and has an acetone extraction content of 25% by mass or less, preferably 20% by mass or less, more preferably 15% by mass or less, wherein the second rubber layer is composed of a rubber composition comprising a rubber component comprising an isoprene-based rubber and has an amine amount B of 10.00% by mass or more, preferably 12.00% by mass or more, more preferably 15.00% by mass or more, in the acetone extraction content, wherein, when an amine amount (% by mass) in the acetone extraction content of the first rubber layer is defined as A, the A and the B satisfy B>A, preferably B/A≥1.1, more preferably B/A≥1.5, further preferably B/A≥2.0, and wherein a rate of change E of complex elastic moduli E* of the rubber composition of the first rubber layer before and after an ozone deterioration test for the tire is 30% or less, preferably 28% or less, more preferably 26% or less, wherein the acetone extraction content, the amine amount in the acetone extraction content and the rate of change E of complex elastic moduli E* of the rubber composition of the first rubber layer before and after an ozone deterioration are determined by the methods defined in the description. wherein the first rubber layer is composed of a rubber composition comprising a rubber component comprising an isoprene-based rubber and has an acetone extraction content of 25% by mass or less, preferably 20% by mass or less, more preferably 15% by mass or less, wherein the second rubber layer is composed of a rubber composition comprising a rubber component comprising an isoprene-based rubber and has an amine amount B of 10.00% by mass or more, preferably 12.00% by mass or more, more preferably 15.00% by mass or more, in the acetone extraction content, wherein, when an amine amount (% by mass) in the acetone extraction content of the first rubber layer is defined as A, the A and the B satisfy B>A, preferably B/A≥1.1, more preferably B/A≥1.5, further preferably B/A≥2.0, and wherein a rate of change E of complex elastic moduli E* of the rubber composition of the first rubber layer before and after an ozone deterioration test for the tire is 30% or less, preferably 28% or less, more preferably 26% or less, wherein the acetone extraction content, the amine amount in the acetone extraction content and the rate of change E of complex elastic moduli E* of the rubber composition of the first rubber layer before and after an ozone deterioration are determined by the methods defined in the description.
A polymer of formula having an average molecular weight between 5,000 and 8,000, wherein: R 1 is hydrogen or methyl; R 2 is C 2-4 alkyleneoxy; R 3 is C 3-10 lactone residue; R 4 is C 1-20 alkylene, alkenylene, alkynylene, cycloalkylene, or arylene ring group; R 5 is C 2-4 alkyleneoxy; R 6 is hydrogen, or C 1-10 alkyl, alkenyl, alkynyl, cycloalkyl, or aromatic ring group; n is an integer greater than 1; a is an integer from 1 to 10; b is an integer from 0 to 20; and c is an integer from 0 to 10. R 1 is hydrogen or methyl; R 2 is C 2-4 alkyleneoxy; R 3 is C 3-10 lactone residue; R 4 is C 1-20 alkylene, alkenylene, alkynylene, cycloalkylene, or arylene ring group; R 5 is C 2-4 alkyleneoxy; R 6 is hydrogen, or C 1-10 alkyl, alkenyl, alkynyl, cycloalkyl, or aromatic ring group; n is an integer greater than 1; a is an integer from 1 to 10; b is an integer from 0 to 20; and c is an integer from 0 to 10.
A method for reporting, by an aerial user equipment, UE, a measurement result in a wireless communication system, the method comprising: measuring an altitude of the aerial UE and a number of detected cells by the aerial UE; receiving a first threshold related to an altitude and a second threshold related to the number of detected cells for the reporting the measurement result via a radio resource control, RRC, dedicate signal message, from a network; adjusting a time value related to the reporting the measurement result, by comparing the altitude and the received first threshold and comparing the number of detected cells and the received second threshold; performing a measurement on at least one of neighbor cells; and reporting the measurement result including the measurement on the at least one of neighbor cells, based on the adjusted time value, wherein the time value is adjusted longer, based on that the altitude is lower than the received first threshold, and wherein the time value is adjusted shorter, based on that the altitude is higher than the received first threshold. measuring an altitude of the aerial UE and a number of detected cells by the aerial UE; receiving a first threshold related to an altitude and a second threshold related to the number of detected cells for the reporting the measurement result via a radio resource control, RRC, dedicate signal message, from a network; adjusting a time value related to the reporting the measurement result, by comparing the altitude and the received first threshold and comparing the number of detected cells and the received second threshold; performing a measurement on at least one of neighbor cells; and reporting the measurement result including the measurement on the at least one of neighbor cells, based on the adjusted time value, wherein the time value is adjusted longer, based on that the altitude is lower than the received first threshold, and wherein the time value is adjusted shorter, based on that the altitude is higher than the received first threshold.
Position sensor for detecting a position of a magnetic object along a path, having: a planar coil; a number of distributed magnetizable elements which at least partially cover the planar coil and can be magnetized by means of the magnetic object, as a result of which an impedance of the planar coil can be changed; the magnetizable elements of the number of distributed magnetizable elements being arranged in a row on the planar coil along the path and being mechanically connected to one another along the path by means of a web; and a processor for determining the position of the magnetic object on the basis of the impedance of the planar coil. a planar coil; a number of distributed magnetizable elements which at least partially cover the planar coil and can be magnetized by means of the magnetic object, as a result of which an impedance of the planar coil can be changed; the magnetizable elements of the number of distributed magnetizable elements being arranged in a row on the planar coil along the path and being mechanically connected to one another along the path by means of a web; and a processor for determining the position of the magnetic object on the basis of the impedance of the planar coil.
A method for dry synthesizing zinc acetylacetonate under a normal pressure, wherein comprising a plurality of following steps: adding acetylacetone into zinc carbonate hydroxide under a stirring condition, and obtaining a reaction product after a reaction; dry processing the reaction product to prepare and obtain the zinc acetylacetonate, wherein the step of adding acetylacetone into zinc carbonate hydroxide under the stirring condition, and obtaining the reaction product after reacting, comprises: adding acetylacetone drop by drop to the zinc carbonate hydroxide under a first stirring condition; when an amount of the acetylacetone has half left after being taken out drop by drop, continuing to add the acetylacetone drop by drop to the zinc carbonate hydroxide under a second stirring condition, until the acetylacetone is added drop by drop completely, before preparing and obtaining the reaction product, a second stirring speed is greater than a first stirring speed. adding acetylacetone into zinc carbonate hydroxide under a stirring condition, and obtaining a reaction product after a reaction; dry processing the reaction product to prepare and obtain the zinc acetylacetonate, wherein the step of adding acetylacetone into zinc carbonate hydroxide under the stirring condition, and obtaining the reaction product after reacting, comprises: adding acetylacetone drop by drop to the zinc carbonate hydroxide under a first stirring condition; when an amount of the acetylacetone has half left after being taken out drop by drop, continuing to add the acetylacetone drop by drop to the zinc carbonate hydroxide under a second stirring condition, until the acetylacetone is added drop by drop completely, before preparing and obtaining the reaction product, a second stirring speed is greater than a first stirring speed. adding acetylacetone drop by drop to the zinc carbonate hydroxide under a first stirring condition; when an amount of the acetylacetone has half left after being taken out drop by drop, continuing to add the acetylacetone drop by drop to the zinc carbonate hydroxide under a second stirring condition, until the acetylacetone is added drop by drop completely, before preparing and obtaining the reaction product, a second stirring speed is greater than a first stirring speed.
A fluid application system for mixing a chemical with a diluent and spraying a mixture of the chemical and the diluent, the fluid application system comprising: a sprayer housing; a diluent reservoir for holding the diluent; a chemical container for containing the chemical, including: a valve in an opening of the chemical container; and a chemical dip tube for delivering chemical to the valve; the valve having a closed position in which fluid flow is blocked from the opening of the container and an open position in which fluid can flow from the opening of the container; a pump assembly; and a manifold located in the sprayer housing for receiving fluid from the diluent reservoir, and wherein the sprayer housing includes an actuator body that moves the valve from the closed position to the open position as the chemical container is attached to the sprayer housing. a sprayer housing; a diluent reservoir for holding the diluent; a chemical container for containing the chemical, including: a valve in an opening of the chemical container; and a chemical dip tube for delivering chemical to the valve; the valve having a closed position in which fluid flow is blocked from the opening of the container and an open position in which fluid can flow from the opening of the container; a valve in an opening of the chemical container; and a chemical dip tube for delivering chemical to the valve; the valve having a closed position in which fluid flow is blocked from the opening of the container and an open position in which fluid can flow from the opening of the container; a pump assembly; and a manifold located in the sprayer housing for receiving fluid from the diluent reservoir, and wherein the sprayer housing includes an actuator body that moves the valve from the closed position to the open position as the chemical container is attached to the sprayer housing.
A semiconductor device comprising: a semiconductor substrate, and a bipolar transistor comprising: an emitter formed in the semiconductor substrate, a portion of the emitter being exposed at the major surface of the substrate; a base (36, 46) located above the emitter, and a laterally extending collector located above the base, wherein the collector includes a portion that extends past an edge of the base, wherein the base comprises an intrinsic region and an extrinsic region, the intrinsic region being a portion of the base that extends between the portion of the emitter that is exposed at a major surface of the substrate and the part of the collector overlying the base, wherein an active region of the device corresponds to the area of overlap between the exposed portion of the emitter, the intrinsic region of the base and the part of the collector overlying the base, wherein the extrinsic region is located adjacent the intrinsic region and at least partially surrounds the active region, and wherein the bipolar transistor further comprising a collector contact located at the end of the laterally extending collector distal the base, the semiconductor device characterised by the extrinsic base region being U-shaped, a centre part thereof receiving the part of the collector that makes contact with the intrinsic base region and the extrinsic base region being isolated from the collector by an oxide layer. a semiconductor substrate, and a bipolar transistor comprising: an emitter formed in the semiconductor substrate, a portion of the emitter being exposed at the major surface of the substrate; a base (36, 46) located above the emitter, and a laterally extending collector located above the base, wherein the collector includes a portion that extends past an edge of the base, an emitter formed in the semiconductor substrate, a portion of the emitter being exposed at the major surface of the substrate; a base (36, 46) located above the emitter, and a laterally extending collector located above the base, wherein the collector includes a portion that extends past an edge of the base, wherein the base comprises an intrinsic region and an extrinsic region, the intrinsic region being a portion of the base that extends between the portion of the emitter that is exposed at a major surface of the substrate and the part of the collector overlying the base, wherein an active region of the device corresponds to the area of overlap between the exposed portion of the emitter, the intrinsic region of the base and the part of the collector overlying the base, wherein the extrinsic region is located adjacent the intrinsic region and at least partially surrounds the active region, and wherein the bipolar transistor further comprising a collector contact located at the end of the laterally extending collector distal the base, the semiconductor device characterised by the extrinsic base region being U-shaped, a centre part thereof receiving the part of the collector that makes contact with the intrinsic base region and the extrinsic base region being isolated from the collector by an oxide layer.
An electromechanical actuator for maneuvering an opening leaf, comprising a casing (10, 10'), a motor, a sprocket (3, 3') driven by the motor and a chain (4, 4') driven by the sprocket and comprising a first end intended to be connected to the opening leaf that is to be actuated, the actuator also comprising a support (5, 5', 5") for a part of the chain (4, 4'), characterized in that this support is mounted such that it is free in terms of translational movement along an axis (X 2, X 10) perpendicular to the axis (X 3) of rotation of the sprocket and equipped with means (6, 6', 6") of interacting with the chain which include a guide in which the chain (4, 4', 4") can slide and around which the chain is folded in the casing, such that the translational movement of the support along the axis (X 2, X 10) is the result of the chain being driven by the sprocket.
A communication apparatus comprising: receiving means for receiving a request regarding a wireless communication parameter setting from another apparatus that has obtained first information regarding the communication apparatus by capturing an image related to the communication apparatus; control means for, in a case where the request has been received by the receiving means, controlling to indicate, to a user, second information which makes the user possible to identify the other apparatus; accepting means for, in a case where the second information has been indicated by the control means, accepting a user input regarding whether the wireless communication parameter setting is to be executed with the other apparatus; and executing means for, in a case where the user input indicating that the wireless communication parameter setting is to be executed with the other apparatus has been accepted, executing the wireless communication parameter setting with the other apparatus. receiving means for receiving a request regarding a wireless communication parameter setting from another apparatus that has obtained first information regarding the communication apparatus by capturing an image related to the communication apparatus; control means for, in a case where the request has been received by the receiving means, controlling to indicate, to a user, second information which makes the user possible to identify the other apparatus; accepting means for, in a case where the second information has been indicated by the control means, accepting a user input regarding whether the wireless communication parameter setting is to be executed with the other apparatus; and executing means for, in a case where the user input indicating that the wireless communication parameter setting is to be executed with the other apparatus has been accepted, executing the wireless communication parameter setting with the other apparatus.
A tire having, in a tread surface, at least one circumferential groove continuously extending in a tire circumferential direction, and a shoulder land portion partitioned with the circumferential groove and a tread ground contact edge, wherein the shoulder land portion has a first width direction groove that extends in a tire width direction and via which the circumferential groove communicates with the tread ground contact edge, the first width direction groove has, in the first width direction groove, a second width direction groove that communicates with the first width direction groove, respective groove widths of the circumferential groove, the first width direction groove and the second width direction groove satisfy the following relational expression: the groove width of the circumferential groove > the groove width of the first width direction groove > the groove width of the second width direction groove, in the first width direction groove, only one second width direction groove is provided, and an edge of the second width direction groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the first width direction groove and the tread ground contact edge in the tire width direction, wherein the tread surface means an outer peripheral surface over an entire circumference of the tire which comes in contact with a road surface when the tire is assembled to a rim and to which a predetermined internal pressure is applied is rolled in a state where a maximum load is loaded onto the tire, and the tread ground contact edge means the tire width direction edge of the tread surface. the groove width of the circumferential groove > the groove width of the first width direction groove > the groove width of the second width direction groove, in the first width direction groove, only one second width direction groove is provided, and an edge of the second width direction groove on a side of the circumferential groove is located on an outer side from a middle point between a tire width direction inner edge of the first width direction groove and the tread ground contact edge in the tire width direction, wherein the tread surface means an outer peripheral surface over an entire circumference of the tire which comes in contact with a road surface when the tire is assembled to a rim and to which a predetermined internal pressure is applied is rolled in a state where a maximum load is loaded onto the tire, and the tread ground contact edge means the tire width direction edge of the tread surface.
A method for evaluating a grain oriented electrical steel sheet having a forsterite film on a steel sheet to estimate the adhesion between the forsterite film and the surface of the steel sheet, and/or the amount of forsterite, the method comprising: irradiating the surface of the grain oriented electrical steel sheet with an electron beam, dispersing the consequent emission into a spectrum, and evaluating the adhesion between the forsterite film and the surface of the steel sheet using at least one of the intensity of emission peak A and/or emission peak B observed at 380 to 600 nm wavelengths, and the intensity ratio described below, and/or evaluating the amount of forsterite in the forsterite film using the intensity of emission peak C observed at a wavelength of 600 to 665 nm; (intensity ratio) the intensity ratio is any of Ia/Ic, Ib/Ic, and (Ia + Ib)/Ic, wherein Ia is the intensity of emission peak A, Ib is the intensity of emission peak B observed at a longer wavelength than the emission peak A, and Ic is the intensity of emission peak C. irradiating the surface of the grain oriented electrical steel sheet with an electron beam, dispersing the consequent emission into a spectrum, and evaluating the adhesion between the forsterite film and the surface of the steel sheet using at least one of the intensity of emission peak A and/or emission peak B observed at 380 to 600 nm wavelengths, and the intensity ratio described below, and/or evaluating the amount of forsterite in the forsterite film using the intensity of emission peak C observed at a wavelength of 600 to 665 nm; (intensity ratio) the intensity ratio is any of Ia/Ic, Ib/Ic, and (Ia + Ib)/Ic, wherein Ia is the intensity of emission peak A, Ib is the intensity of emission peak B observed at a longer wavelength than the emission peak A, and Ic is the intensity of emission peak C.
An applicator device for a product of the fluid or viscous type on keratin fibres, comprising an elongate-shaped central core that extends along a longitudinal axis XX, at least one row of elongate spikes comprising a first end embedded on the core and a second free end, the spikes and the core being formed in a single piece, characterised in that at least one of the spikes is delimited by a first flat face coincident with a longitudinal plane of the device, referred to as the reference plane P, and by a second flat face forming with said first flat face an angle of between 10° and 180°; in that said at least one spike comprises a first region embedded on the core and with a substantially constant cross-section in the form of a portion of a circle, and a second region with a variable cross-section situated substantially longitudinally in line with said first region, and in that the form and/or arrangement of two spikes successively implanted along the axis XX is able to create at least one distal opening (230; 236) between them, said two spikes successively implanted along the axis XX having different orientations, at 180°, and being alternated on either side of the reference plane P.