mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: providing an image authentication application for use on a client device, the image authentication application configured to control image capture and image transmission by the client device; receiving an image data file from the image authentication application at an authentication server, the image data file comprising a photographic image captured by the image authentication application on the client device and metadata associated with the photographic image; using the metadata to verify that the image data file has satisfied one or more timing requirements, wherein the one or more timing requirements comprises a requirement that the image data file was received at the authentication server within a predetermined time frame after the image authentication application was opened on the client device; applying an authentication indicator to the photographic image to create a tagged image at the authentication server; applying date and time information to the tagged image at the authentication server; creating a resource location identifier associated with the image data file, the resource location identifier identifying a file location; uploading the photographic image, the tagged image, or both to the file location identified by the resource location identifier; and transmitting an authenticated image file to the client device, the authenticated image file comprising one or more of: the tagged image, the photographic image, the date and time information, and the resource location identifier. providing an image authentication application for use on a client device, the image authentication application configured to control image capture and image transmission by the client device; receiving an image data file from the image authentication application at an authentication server, the image data file comprising a photographic image captured by the image authentication application on the client device and metadata associated with the photographic image; using the metadata to verify that the image data file has satisfied one or more timing requirements, wherein the one or more timing requirements comprises a requirement that the image data file was received at the authentication server within a predetermined time frame after the image authentication application was opened on the client device; applying an authentication indicator to the photographic image to create a tagged image at the authentication server; applying date and time information to the tagged image at the authentication server; creating a resource location identifier associated with the image data file, the resource location identifier identifying a file location; uploading the photographic image, the tagged image, or both to the file location identified by the resource location identifier; and transmitting an authenticated image file to the client device, the authenticated image file comprising one or more of: the tagged image, the photographic image, the date and time information, and the resource location identifier.
A functional film manufacturing method for manufacturing a functional film having a support, and two or more organic layers and one or more inorganic layers alternately formed on the support, the method comprising: a step of forming an organic layer by a coating process and a step of forming an inorganic layer of a silicon compound by a vapor-phase deposition process, and upon formation of an organic layer overlying an inorganic layer, further comprising a step of exposing an surface of the inorganic layer to air prior to the formation of the organic layer, wherein the organic layer overlying the inorganic layer is formed using a coating material containing an organic solvent, an organic compound for forming the organic layer, and a silane coupling agent in an amount of 0.1 to 25 wt% in terms of concentration in the coating material exclusive of the organic solvent and containing no acid or alkali by applying the coating material onto the surface of the inorganic layer and subjecting the coating material on the inorganic layer to heating treatment and drying at a higher temperature than an azeotropic point of a by-product produced due to the hydrolysis of the silane coupling agent and the organic solvent or at a higher temperature than a higher one of boiling points of the by-product and the organic solvent, then curing the organic compound. a step of forming an organic layer by a coating process and a step of forming an inorganic layer of a silicon compound by a vapor-phase deposition process, and upon formation of an organic layer overlying an inorganic layer, further comprising a step of exposing an surface of the inorganic layer to air prior to the formation of the organic layer, wherein the organic layer overlying the inorganic layer is formed using a coating material containing an organic solvent, an organic compound for forming the organic layer, and a silane coupling agent in an amount of 0.1 to 25 wt% in terms of concentration in the coating material exclusive of the organic solvent and containing no acid or alkali by applying the coating material onto the surface of the inorganic layer and subjecting the coating material on the inorganic layer to heating treatment and drying at a higher temperature than an azeotropic point of a by-product produced due to the hydrolysis of the silane coupling agent and the organic solvent or at a higher temperature than a higher one of boiling points of the by-product and the organic solvent, then curing the organic compound.
A computer-implemented method comprising: receiving a request for a verification phrase for verifying an identity of a user; in response to receiving the request for the verification phrase for verifying the identity of the user, identifying subwords to be included in the verification phrase; in response to identifying the subwords to be included in the verification phrase, obtaining a candidate phrase that includes at least some of the identified subwords as the verification phrase, based on a predetermined criteria; and providing the verification phrase as a response to the request for the verification phrase for verifying the identity of the user, wherein identifying subwords to be included in the verification phrase comprises identifying candidate subwords, for which no stored acoustic data is associated with the user, as one or more of the subwords to be included in the verification phrase. receiving a request for a verification phrase for verifying an identity of a user; in response to receiving the request for the verification phrase for verifying the identity of the user, identifying subwords to be included in the verification phrase; in response to identifying the subwords to be included in the verification phrase, obtaining a candidate phrase that includes at least some of the identified subwords as the verification phrase, based on a predetermined criteria; and providing the verification phrase as a response to the request for the verification phrase for verifying the identity of the user, wherein identifying subwords to be included in the verification phrase comprises identifying candidate subwords, for which no stored acoustic data is associated with the user, as one or more of the subwords to be included in the verification phrase.
A method of receiving a synchronization signal/physical broadcast channel, SS/PBCH, block by a user equipment, UE, in an unlicensed band, the method comprising: receiving the SS/PBCH block including a synchronization signal, SS, and a physical broadcast channel, PBCH; detecting an index of a demodulation reference signal, DMRS, sequence for the PBCH; and obtaining an index of the SS/PBCH block based on the index of the DMRS sequence, wherein a number of indices of SS/PBCH blocks is less than a number of indices of DMRS sequences, wherein the number of the indices of the DMRS sequences is 8, wherein the indices of the SS/PBCH blocks are cyclically mapped to the indices of the DMRS sequences, wherein the number of indices of the SS/PBCH blocks is equal to Q, wherein the Q is a distance between the SS/PBCH blocks where a quasi co-location, QCL, is assumed, wherein actually transmitted SS/PBCH blocks among the SS/PBCH blocks are indicated by a bitmap indicating the indices of the SS/PBCH blocks, wherein, based on the Q, the bitmap of 8 bits is received, and Q bits of the bitmap are valid for the UE and 8-Q bits are not interpreted by the UE. receiving the SS/PBCH block including a synchronization signal, SS, and a physical broadcast channel, PBCH; detecting an index of a demodulation reference signal, DMRS, sequence for the PBCH; and obtaining an index of the SS/PBCH block based on the index of the DMRS sequence, wherein a number of indices of SS/PBCH blocks is less than a number of indices of DMRS sequences, wherein the number of the indices of the DMRS sequences is 8, wherein the indices of the SS/PBCH blocks are cyclically mapped to the indices of the DMRS sequences, wherein the number of indices of the SS/PBCH blocks is equal to Q, wherein the Q is a distance between the SS/PBCH blocks where a quasi co-location, QCL, is assumed, wherein actually transmitted SS/PBCH blocks among the SS/PBCH blocks are indicated by a bitmap indicating the indices of the SS/PBCH blocks, wherein, based on the Q, the bitmap of 8 bits is received, and Q bits of the bitmap are valid for the UE and 8-Q bits are not interpreted by the UE.
A method of providing natural language processing in a communication system, comprising the steps of: receiving a voice request for information and a geographic location; identifying a plurality of words contained in said voice request for information with a voice recognition application; characterised by identifying a grammar associated with each said word; categorizing each said word into a respective grammar category; generating a structured request based on said geographic location and said categorization of said words; searching a grammar database for a similar request that contains words in the same grammar category as said structured request; when said similar request is not found in said grammar database, searching a plurality of data files for information to be used in a structured response; generating a structured response to said voice request for information with a response generation application. updating said grammar database to include said structured request and said structured response to avoid a future search of said data files for a similar structured request; and receiving a voice request for information and a geographic location; identifying a plurality of words contained in said voice request for information with a voice recognition application; characterised by identifying a grammar associated with each said word; categorizing each said word into a respective grammar category; generating a structured request based on said geographic location and said categorization of said words; searching a grammar database for a similar request that contains words in the same grammar category as said structured request; when said similar request is not found in said grammar database, searching a plurality of data files for information to be used in a structured response; generating a structured response to said voice request for information with a response generation application. updating said grammar database to include said structured request and said structured response to avoid a future search of said data files for a similar structured request; and
A method of manufacturing a P-type thermoelectric conversion material selected from Bi 2 Te 3 type material, PbTe type material, Zn 4 Sb 3 type material, CoSb 3 type material, half-Heusler typer material, full-Heusler type material, and SiGe type material, or an N-type thermoelectric conversion material selected from Bi 2 Te 3 type material, PbTe type material, Zn 4 Sb 3 type material, CoSb 3 type material, half-Heusler type material, full-Heusler type material, SiGe type material, Mg 2 Si type material and Mg 2 Sn type material in which metal or alloy particles having an average particle size of 1 to 100 nm are dispersed, wherein the metal or alloy particles are dispersed at a distance of 1 to 100 nm, comprising the steps of: dropping a solution, which contains (a) a salt of an element constituting the thermoelectric conversion material and (b) a salt of a metal or alloy in an amount which provides an amount of the metal or alloy being larger than the amount which will be solid-dissolved in the thermoelectric conversion material and will form an alloy, into a solution containing a pH controlling agent and a reducing agent; thereby reducing ions of the salt of the element constituting the thermoelectric conversion material and of the salt of the metal or alloy, and depositing particles of the element constituting the thermoelectric conversion material and particles of the metal or alloy; depositing a dispersion phase of the metal or alloy in a continuous phase of the thermoelectric conversion material by heat treatment of the particles of the element constituting the thermoelectric conversion material and of the particles of the metal or alloy; and sintering the same. dropping a solution, which contains (a) a salt of an element constituting the thermoelectric conversion material and (b) a salt of a metal or alloy in an amount which provides an amount of the metal or alloy being larger than the amount which will be solid-dissolved in the thermoelectric conversion material and will form an alloy, into a solution containing a pH controlling agent and a reducing agent; thereby reducing ions of the salt of the element constituting the thermoelectric conversion material and of the salt of the metal or alloy, and depositing particles of the element constituting the thermoelectric conversion material and particles of the metal or alloy; (a) a salt of an element constituting the thermoelectric conversion material and (b) a salt of a metal or alloy in an amount which provides an amount of the metal or alloy being larger than the amount which will be solid-dissolved in the thermoelectric conversion material and will form an alloy, depositing a dispersion phase of the metal or alloy in a continuous phase of the thermoelectric conversion material by heat treatment of the particles of the element constituting the thermoelectric conversion material and of the particles of the metal or alloy; and sintering the same.
Marine transmission having a housing, having a main drive shaft, which is connectable to a main drive motor, having a first intermediate shaft, having a second intermediate shaft and having an output shaft, via which at least one propeller is drivable, wherein an output gearwheel arranged on the output shaft is in engagement with a first drive pinion, with a second drive pinion and with a third drive pinion, wherein the first drive pinion is connectable to the main drive shaft via a first power-shiftable clutch, wherein the second drive pinion is connectable to the first intermediate shaft via a second power-shiftable clutch, wherein the third drive pinion is connected to the second intermediate shaft in a manner resistant to torsion, and wherein the marine transmission comprises an electric machine as an auxiliary drive; characterized in that the marine transmission comprises a planetary transmission, in that the electric machine is connectable via the planetary transmission to the second intermediate shaft of the marine transmission, in that a spur gear stage is arranged between the planetary transmission and the second intermediate shaft, and in that the electric machine is located outside the housing.
A current detector capable of measuring a current circulating in an electrical conductor, the current detector including: - a probe including: - a converter capable of converting the magnetic field induced by the current to be measured in the conductor into a voltage, the converter being a magnetostrictive and piezoelectric composite material, and - a circuit for detecting the voltage converted by the converter, the probe further including an excitation winding arranged to generate a modulating magnetic field in the converter, the detection circuit including a unit for demodulating the voltage converted by the converter, the current detector being characterised by the converter having an electric voltage-magnetic field feature including a linear portion, the converter being capable of converting the magnetic field induced by the current to be measured in the linear portion of the electric voltage-magnetic field feature. - a probe including: - a converter capable of converting the magnetic field induced by the current to be measured in the conductor into a voltage, the converter being a magnetostrictive and piezoelectric composite material, and - a converter capable of converting the magnetic field induced by the current to be measured in the conductor into a voltage, the converter being a magnetostrictive and piezoelectric composite material, and - a circuit for detecting the voltage converted by the converter, the probe further including an excitation winding arranged to generate a modulating magnetic field in the converter, the detection circuit including a unit for demodulating the voltage converted by the converter, the current detector being characterised by the converter having an electric voltage-magnetic field feature including a linear portion, the converter being capable of converting the magnetic field induced by the current to be measured in the linear portion of the electric voltage-magnetic field feature.
A self contained grow bag system comprising: a grow bag, said grow bag sized and shaped to contain a growth medium for plants, said grow bag having a top panel for enclosing the top surface of said growth medium (42,142), said top panel including a bottom surface, an irrigation tube secured to said bottom surface and extending between said top panel and said growth medium (42, 142), said irrigation tube including a first end, a second end and a middle portion, said first end of said irrigation tube constructed and arranged for connection to a water supply, said middle portion of said irrigation tube sized for transferring water at a predetermined rate, said middle portion including at least one aperture for transferring said water to said growth medium at a predetermined rate, said second end constructed and arranged to include a plug member to prevent said water from traversing through said second end; whereby said grow bag is a self contained unit suitable for accepting a propagative portion of a plant within said growth medium (42, 142) for growth of a portion of said plant within said grow bag and a portion of said plant outside of said grow bag, characterised in that the middle portion of the irrigation tube is secured to the bottom surface of the top panel. a grow bag, said grow bag sized and shaped to contain a growth medium for plants, said grow bag having a top panel for enclosing the top surface of said growth medium (42,142), said top panel including a bottom surface, an irrigation tube secured to said bottom surface and extending between said top panel and said growth medium (42, 142), said irrigation tube including a first end, a second end and a middle portion, said first end of said irrigation tube constructed and arranged for connection to a water supply, said middle portion of said irrigation tube sized for transferring water at a predetermined rate, said middle portion including at least one aperture for transferring said water to said growth medium at a predetermined rate, said second end constructed and arranged to include a plug member to prevent said water from traversing through said second end; whereby said grow bag is a self contained unit suitable for accepting a propagative portion of a plant within said growth medium (42, 142) for growth of a portion of said plant within said grow bag and a portion of said plant outside of said grow bag, characterised in that the middle portion of the irrigation tube is secured to the bottom surface of the top panel.
Use of a wetting agent in a suspension aerosol formulation comprising particles of formoterol fumarate dihydrate and fluticasone propionate suspended in HFA propellant contained in a metered dose inhaler comprising a canister and metering valve, to reduce deposition of particles on the surfaces of the canister and metering valve, wherein the wetting agent is selected from the group consisting of ethanol, propylene glycol, glycerol, butandiol and mixtures thereof, preferably wherein the wetting agent is ethanol.
In vitro method for the identification of a channel modulator, such as a channel agonist (activator) or antagonist (inhibitor), comprising - Providing one or more candidate substances; - Providing a protein complex, wherein said complex is a heteromer and comprises LRRC8A and at least one or more of LRRC8B, LRRC8C, LRRC8D and/or LRRC8E; - Contacting said candidate substance(s) with said protein complex; and - Determining the presence or absence of an interaction between said candidate substance(s) and said protein complex, wherein said determining comprises determining a change in the passage of a marker substance across a biological membrane. - Providing one or more candidate substances; - Providing a protein complex, wherein said complex is a heteromer and comprises LRRC8A and at least one or more of LRRC8B, LRRC8C, LRRC8D and/or LRRC8E; - Contacting said candidate substance(s) with said protein complex; and - Determining the presence or absence of an interaction between said candidate substance(s) and said protein complex, wherein said determining comprises determining a change in the passage of a marker substance across a biological membrane.
A composition comprising a plurality of particles, wherein said particles comprise: from 40% to 99% by weight of said particles of a carrier; from 0.0001% to 3% by weight of said particles of an enzyme; and from 0.1% to 20% by weight perfume; wherein said plurality of particles has a mean particle mass between 5 mg and 200 mg; and wherein said plurality of particles has a standard deviation of mass less than 30 mg. from 40% to 99% by weight of said particles of a carrier; from 0.0001% to 3% by weight of said particles of an enzyme; and from 0.1% to 20% by weight perfume; wherein said plurality of particles has a mean particle mass between 5 mg and 200 mg; and wherein said plurality of particles has a standard deviation of mass less than 30 mg.
Connector assembly for converting a batch wise supply of live insects to a continuous supply of live insects, comprising a container unit having an internal volume, a water inlet unit (106-109, 117), and a suspension outlet unit, a receiving unit having a top opening arranged for receiving batch wise quantities of live insects and a bottom opening, and a conveyor unit having a receiving part arranged near the bottom opening of the receiving unit, and an outlet end extending into the container unit. a container unit having an internal volume, a water inlet unit (106-109, 117), and a suspension outlet unit, a receiving unit having a top opening arranged for receiving batch wise quantities of live insects and a bottom opening, and a conveyor unit having a receiving part arranged near the bottom opening of the receiving unit, and an outlet end extending into the container unit.