mhurhangee/ep-ind-claims huggingface dataset:
A reporting method for reporting a Power Headroom Report, PHR, in dual connectivity, comprising: establishing, by a User Equipment, UE, split Data Radio Bearers, DRBs, determining change in uplink transmission of the split DRBs, and triggering and reporting the PHR according to the change in the uplink transmission, wherein determining the change in the uplink transmission of the split DRBs comprises: receiving, by the UE, uplink transmission switching indication information transmitted by a first Evolved Node B, eNB, or a second eNB, and determining to switch the uplink transmission from the first eNB to the second eNB or from the second eNB to the first eNB according to the uplink transmission switching indication information. establishing, by a User Equipment, UE, split Data Radio Bearers, DRBs, determining change in uplink transmission of the split DRBs, and triggering and reporting the PHR according to the change in the uplink transmission, wherein determining the change in the uplink transmission of the split DRBs comprises: receiving, by the UE, uplink transmission switching indication information transmitted by a first Evolved Node B, eNB, or a second eNB, and determining to switch the uplink transmission from the first eNB to the second eNB or from the second eNB to the first eNB according to the uplink transmission switching indication information.
A method for measuring a concentration of dibasic acid in a substance in a gas cleaning process, the method comprising the steps of: sending a plurality of voltage pulses through the substance by a first electrode and a second electrode, which first and second electrodes (21, 30) are in contact with the substance, receiving current responses generated by the plurality of voltage pulses, and analyzing the current responses using a multivariate data analysis for calculation of the concentration of dibasic acid in the substance. sending a plurality of voltage pulses through the substance by a first electrode and a second electrode, which first and second electrodes (21, 30) are in contact with the substance, receiving current responses generated by the plurality of voltage pulses, and analyzing the current responses using a multivariate data analysis for calculation of the concentration of dibasic acid in the substance.
A gasifier for organic solid waste by injection into molten iron and slag bath, comprising a gasification furnace, a liquid level adjusting furnace and a slag discharge and heat exchange shaft furnace, wherein, the gasifier is configured to blow organic solid waste into a molten iron bath and a molten slag bath floating on the molten iron bath, to perform ultra-high temperature pyrolysis and react with a gasifying agent to produce combustible syngas; the gasification furnace is closed, the slag discharge and heat exchange shaft furnace is in communication with an upper part of the gasification furnace, and the slag discharge and heat exchange shaft furnace is configured to hold liquid molten slag autonomously overflowing from the gasification furnace, to cool the liquid molten slag to a low-temperature solid phase, and to discharge the low-temperature solid phase characterized in that at least one particle material injection lance, installed at a side wall of the gasification furnace, is configured to inject solid particles and is immersed in the molten slag bath or the molten iron bath, and a supersonic jet injection lance is installed at the top of the gasification furnace; the liquid level adjusting furnace is closed, and a bottom of the liquid level adjusting furnace is in communication with a bottom of the gasification furnace through a communication pipe, an upper part of the liquid level adjusting furnace is provided with a molten iron pouring tank, the molten iron pouring tank is provided in communication with a sealing pressure-bearing mechanism, and a tapping hole is provided at the bottom of the liquid level adjusting furnace; and the gasification furnace is closed, the slag discharge and heat exchange shaft furnace is in communication with an upper part of the gasification furnace, and the slag discharge and heat exchange shaft furnace is configured to hold liquid molten slag autonomously overflowing from the gasification furnace, to cool the liquid molten slag to a low-temperature solid phase, and to discharge the low-temperature solid phase characterized in that at least one particle material injection lance, installed at a side wall of the gasification furnace, is configured to inject solid particles and is immersed in the molten slag bath or the molten iron bath, and a supersonic jet injection lance is installed at the top of the gasification furnace; the liquid level adjusting furnace is closed, and a bottom of the liquid level adjusting furnace is in communication with a bottom of the gasification furnace through a communication pipe, an upper part of the liquid level adjusting furnace is provided with a molten iron pouring tank, the molten iron pouring tank is provided in communication with a sealing pressure-bearing mechanism, and a tapping hole is provided at the bottom of the liquid level adjusting furnace; and
Use of a polypeptide or protein comprising one or more epitopes of dipeptidyl-peptidase-like protein-6 in an in vitro method of diagnosis of an autoimmune disease of the nervous system in a subject.
AUTOMATIC LIFTING HOOK, of the type made up of a hook-shaped body, provided with a strap, hinged on a pin and suitable for performing a swinging movement that closes the opening portion of the hook and of an upper connection part, consisting of an eyelet, said hook providing in that the hook-shaped body and the upper connection part form two separate elements, which are reciprocally held through an intermediate shaft, arranged in a coaxial manner with the two aforementioned elements (1, 5), which, moving axially, is able to move the strap for closing the opening portion, being it foreseen for the shaft, connected to the upper connection part, to slide inside the body, in opposition with an elastic element, to activate a mechanical rotary-translation transmission (20, 30, 40) that moves the strap, to open/close the opening portion, said hook being characterised in that the shaft has an upper threaded portion on the eyelet held through a locking nut, whereas the remaining portion is inserted and slides inside a sleeve, obtained in the upper part of the body and closed by a flange, said shaft being provided, in the intermediate position, with a collar, which has the function of defining, in combination with the upper flange, a chamber in which a pre-compressed spring and a spacer bush are coaxially inserted, said shaft ending at the bottom with a tang, where there is a mechanical rotary-translation transmission (20, 30, 40), for automatically closing/opening the opening portion.
A process for batch-wise cooking of a food product in a treatment chamber, wherein the treatment chamber has two opposite side walls each forming an electrode, wherein each electrode has an angle with the vertical plane of at most 45°, the process comprising the following steps: placing an amount of the food product, optionally in a surrounding liquid, in the treatment chamber between the two electrodes such that the food product and/or the surrounding liquid is in direct contact with the electrodes; applying electric pulses generated by a pulsed electric field generator to the electrodes such that the food product is subjected to a pulsed electric field having a field strength in the range of from 10 V/cm to 10 kV/cm, wherein the number of pulses is in the range of from 1 to 2,000,000 and the pulses each have a duration in the range of from 1 to 20,000 μseconds, wherein the food product and, if present, the surrounding liquid, has an electric conductivity in the range of from 0.01 to 10 S/m. placing an amount of the food product, optionally in a surrounding liquid, in the treatment chamber between the two electrodes such that the food product and/or the surrounding liquid is in direct contact with the electrodes; applying electric pulses generated by a pulsed electric field generator to the electrodes such that the food product is subjected to a pulsed electric field having a field strength in the range of from 10 V/cm to 10 kV/cm, wherein the number of pulses is in the range of from 1 to 2,000,000 and the pulses each have a duration in the range of from 1 to 20,000 μseconds,
A circuit protection module for an electrical system, said circuit protection module comprising: a panel member; and at least one electrical switching apparatus (300, 500) comprising: a housing; separable contacts enclosed by the housing; an operating mechanism for opening and closing said separable contacts; and a mounting element structured to attach the housing to said panel member, wherein the housing is a thermally conductive liquid crystalline polymer, characterized in that said panel member and said mounting element are thermally conductive; wherein the housing is structured to transfer heat generated by said separable contacts away from said separable contacts, through the housing and said thermally conductive mounting element, and into said thermally conductive panel member. a panel member; and at least one electrical switching apparatus (300, 500) comprising: a housing; separable contacts enclosed by the housing; an operating mechanism for opening and closing said separable contacts; and a mounting element structured to attach the housing to said panel member, wherein the housing is a thermally conductive liquid crystalline polymer, characterized in that said panel member and said mounting element are thermally conductive; wherein the housing is structured to transfer heat generated by said separable contacts away from said separable contacts, through the housing and said thermally conductive mounting element, and into said thermally conductive panel member. a housing; separable contacts enclosed by the housing; an operating mechanism for opening and closing said separable contacts; and a mounting element structured to attach the housing to said panel member, wherein the housing is a thermally conductive liquid crystalline polymer, characterized in that said panel member and said mounting element are thermally conductive; wherein the housing is structured to transfer heat generated by said separable contacts away from said separable contacts, through the housing and said thermally conductive mounting element, and into said thermally conductive panel member.
Profile element to serve as a carrier structure for the construction of walls, in particular walls consisting of gypsum plaster boards, said profile element comprising at least one bridge region and at least one flange region, such that the at least one flange region further comprises fixation means that can be brought into engagement with wall segments, in particular gypsum plaster boards or the like, wherein the bridge region comprises at least two support braces (5, 5') oriented substantially in the long direction of the profile, by way of which the forces acting on the profile element are taken up and transmitted away in the long direction of the profile, and wherein the bridge region further comprises a plurality of connecting braces that are each disposed between the support braces (5, 5') and mechanically connected to at least two support braces (5, 5') in such a way as to take up torsion forces and transmit them to the associated support braces (5, 5'), wherein the support braces (5, 5') and the connecting braces are provided by material of the bridge region in one plane, and lying in between the support braces (5, 5') and the connecting braces the material of the bridge region is deformed to lie on a different plane, in such a way that indents in the form of triangles are defined by deforming the material of the bridge region between the support braces (5, 5') and connecting braces, wherein the plane of the material lying between the support braces (5, 5') and the connecting braces is offset to lie below the bridge region and thereby toward the at least one flange region of the profile element, wherein an offset of the two planes is between 0.5 and 1.2 of the thickness of the material been used to make the profile element, characterized in that the triangles are in the shape of right-angled isosceles triangles and wherein pairs of the right-angled isosceles triangles are oriented laying adjacent to each other side of the central support brace, with one pair opposing each other with their hypotenuse and the next adjacent pair opposing each other with their right-angle.
Device for nebulising powdered medicinal formulations, the nebulisation being assisted by means of a propellant from a cartridge in which the propellant is contained in liquid form, the propellant being fed into a cavity in which there is a measured amount of the formulation, the device comprising a vaporiser through which the propellant is conveyed before being fed into the cavity, and the vaporiser comprising a hollow space, an inlet for the propellant and an outlet, a formulation-laden propellant stream being conveyed from the cavity into a nozzle, and the nozzle comprising a substantially straight nozzle channel, characterised in that the propellant conveyed into the cavity and the axis through the nozzle channel enter the cavity at the same angle, the angle being 30°, between 30° and 45°, or 45° relative to the base of the cavity.
A wireless tag reader, comprising: a first shield member (2, 21) and a second shield member (2, 22) facing each other across a reading area through which a wireless tag attached to an article can pass, the first shield member (2, 21) comprising a first reflective surface configured to reflect radio waves incident thereon toward the reading area and the second shield member (2, 22) comprising a second reflective surface configured to reflect radio waves incident thereon toward the reading area; an antenna configured to radiate and receive radio waves for communicating with the wireless tag, the antenna being mounted on at least one of the first reflective surface between the reading area and the first reflective surface, and the second reflective surface between the reading area and the second reflective surface and a reader configured to read data stored in the wireless tag based on radio waves received from the wireless tag by the antenna, wherein at least one of the first reflective surface and the second reflective surface is a concave surface configured to reflect radio waves to a focal point (FA, FB) of the respective reflecting surface in the reading area. a first shield member (2, 21) and a second shield member (2, 22) facing each other across a reading area through which a wireless tag attached to an article can pass, the first shield member (2, 21) comprising a first reflective surface configured to reflect radio waves incident thereon toward the reading area and the second shield member (2, 22) comprising a second reflective surface configured to reflect radio waves incident thereon toward the reading area; an antenna configured to radiate and receive radio waves for communicating with the wireless tag, the antenna being mounted on at least one of the first reflective surface between the reading area and the first reflective surface, and the second reflective surface between the reading area and the second reflective surface and a reader configured to read data stored in the wireless tag based on radio waves received from the wireless tag by the antenna, wherein at least one of the first reflective surface and the second reflective surface is a concave surface configured to reflect radio waves to a focal point (FA, FB) of the respective reflecting surface in the reading area.
An invert emulsion drilling fluid for drilling in a subterranean formation comprising: an oleaginous continuous phase; an internal phase comprising glycerol; and a suspension agent comprising a hydrophobic amine wherein the hydrophobic amine is a C36 fatty dimer diamine with the molecular structure: and an organic acid, wherein the organic acid is selected from the group consisting of: lactic acid, formic acid, acrylic acid, acetic acid, chloroacetic acid, dichloroacetic acid, trichloroacetic acid, trifluoroacetic acid, propanoic acid, butyric acid, pentanoic acid, hexanoic acid, heptanoic acid, oxalic acid, malonic acid, succinic acid, glutaric acid, adipic acid, pimelic acid, suberic acid, azelaic acid, sebacic acid, maleic acid, fumaric acid, aspartic acid, citric acid, isocitric acid, aconitic acid, tartaric acid, benzoic acid, p-amino benzoic acid, phthalic acid, terephthalic acid, and trimesic acid. an oleaginous continuous phase; an internal phase comprising glycerol; and lactic acid, formic acid, acrylic acid, acetic acid, chloroacetic acid, dichloroacetic acid, trichloroacetic acid, trifluoroacetic acid, propanoic acid, butyric acid, pentanoic acid, hexanoic acid, heptanoic acid, oxalic acid, malonic acid, succinic acid, glutaric acid, adipic acid, pimelic acid, suberic acid, azelaic acid, sebacic acid, maleic acid, fumaric acid, aspartic acid, citric acid, isocitric acid, aconitic acid, tartaric acid, benzoic acid, p-amino benzoic acid, phthalic acid, terephthalic acid, and trimesic acid.
A production method for a zirconium nitride powder comprising zirconium, nitrogen and oxygen as main components, a zirconium concentration of 73 to 82% by mass, a nitrogen concentration of 7 to 12% by mass and an oxygen concentration of 15% by mass or less, wherein in the transmission spectrum of a dispersion having a powder concentration of 50 ppm, a light transmittance X at 370 nm is at least 12% and a light transmittance Y at 550 nm is 12% or less, and a ratio (X/Y) of the light transmittance X at 370 nm to the light transmittance Y at 550 nm is 1.4 or more, and an average particle diameter of the powder regarded as spherical and calculated from a BET specific surface area value by the following equation is 10 to 50 nm, L = 6 / ρ × S in the equation, L is the average particle diameter (pm), ρ is a density of the powder (g/cm 3) and S is the BET specific surface area value (m 2 /g) of the powder, the method comprising mixing zirconium dioxide powder, metallic magnesium powder and magnesium oxide powder so that the metallic magnesium becomes a ratio of 2.0 to 6.0-fold mol to the zirconium oxide powder, firing the mixture under an atmosphere of a mixed gas of a nitrogen gas and an inert gas or under a nitrogen gas atmosphere at a temperature of 650 to 900°C, or firing under an inert gas atmosphere followed by an atmosphere of a nitrogen gas alone each at a temperature of 650 to 900°C to reduce the zirconium dioxide powder to produce zirconium nitride powder. wherein in the transmission spectrum of a dispersion having a powder concentration of 50 ppm, a light transmittance X at 370 nm is at least 12% and a light transmittance Y at 550 nm is 12% or less, and a ratio (X/Y) of the light transmittance X at 370 nm to the light transmittance Y at 550 nm is 1.4 or more, and an average particle diameter of the powder regarded as spherical and calculated from a BET specific surface area value by the following equation is 10 to 50 nm, L = 6 / ρ × S in the equation, L is the average particle diameter (pm), ρ is a density of the powder (g/cm 3) and S is the BET specific surface area value (m 2 /g) of the powder, the method comprising mixing zirconium dioxide powder, metallic magnesium powder and magnesium oxide powder so that the metallic magnesium becomes a ratio of 2.0 to 6.0-fold mol to the zirconium oxide powder, firing the mixture under an atmosphere of a mixed gas of a nitrogen gas and an inert gas or under a nitrogen gas atmosphere at a temperature of 650 to 900°C, or firing under an inert gas atmosphere followed by an atmosphere of a nitrogen gas alone each at a temperature of 650 to 900°C to reduce the zirconium dioxide powder to produce zirconium nitride powder.
A computer-implemented method for pushing filters down using explicit dependency and equivalency declarations in a data model, the computer-implemented method comprising: receiving, over a computer network and at design time of a data model, dependencies and equivalences for data elements in the data model, the dependencies for columns and equivalences among columns in database tables, wherein the dependencies and equivalences are included in code segment that is defined when the data model is designed; storing, in persistent storage with the data model, the dependencies and equivalences; receiving, over the computer network, a request to be executed to obtain results from a database associated with the data model; and generating, using the received request and using the dependencies and equivalences, an optimized query, wherein the optimized query is optimized relative to the received request; wherein the filters are applied within join branches according to the dependencies and equivalences declarations. receiving, over a computer network and at design time of a data model, dependencies and equivalences for data elements in the data model, the dependencies for columns and equivalences among columns in database tables, wherein the dependencies and equivalences are included in code segment that is defined when the data model is designed; storing, in persistent storage with the data model, the dependencies and equivalences; receiving, over the computer network, a request to be executed to obtain results from a database associated with the data model; and generating, using the received request and using the dependencies and equivalences, an optimized query, wherein the optimized query is optimized relative to the received request; wherein the filters are applied within join branches according to the dependencies and equivalences declarations.
A hybrid compound of formula I wherein X = CH 2 or S Spacer = (CH 2) n, n=0 or CH 2 OCH 2 Het is selected from X = CH 2 or S Spacer = (CH 2) n, n=0 or CH 2 OCH 2 Het is selected from
A base station apparatus comprising: a receiver configured to receive, from a terminal apparatus a signal including a plurality of reference signals in a time slot, and an estimator configured to estimate a channel estimation value using said reference signals in accordance with a switching signal, wherein the switching signal switches between a first correspondence relationship and a second correspondence relationship, each defining a relationship between an index related to a cyclic shift and a pair of coefficients, the pair of coefficients being used for multiplying the reference signals, the first correspondence relationship defines a first pair of coefficients corresponding to an even number index related to a cyclic shift and a second pair of coefficients corresponding to an odd number index related to a cyclic shift, and the second correspondence relationship defines the first pair of coefficients corresponding to the odd number index related to a cyclic shift and the second pair of coefficients corresponding to the even number index related to a cyclic shift. a receiver configured to receive, from a terminal apparatus a signal including a plurality of reference signals in a time slot, and an estimator configured to estimate a channel estimation value using said reference signals in accordance with a switching signal, wherein the switching signal switches between a first correspondence relationship and a second correspondence relationship, each defining a relationship between an index related to a cyclic shift and a pair of coefficients, the pair of coefficients being used for multiplying the reference signals, the first correspondence relationship defines a first pair of coefficients corresponding to an even number index related to a cyclic shift and a second pair of coefficients corresponding to an odd number index related to a cyclic shift, and the second correspondence relationship defines the first pair of coefficients corresponding to the odd number index related to a cyclic shift and the second pair of coefficients corresponding to the even number index related to a cyclic shift.