mhurhangee/ep-ind-claims huggingface dataset:
A method, implemented at least in part by using at least one hardware computer processor, of performing a search for content on the Internet, the method comprising: receiving voice input provided from a user; generating at least one text search query for a plurality of Internet accessible search engines that search for content on the Internet, wherein the at least one text search query is generated, at least in part, by performing speech recognition on the voice input; and wherein the at least one text search query comprises at least two text search queries, and wherein the act of generating further comprises: generating a first of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a first language model associated with a first of the plurality of search engines; and generating a second of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a second language model associated with a second of the plurality of search engines. receiving voice input provided from a user; generating at least one text search query for a plurality of Internet accessible search engines that search for content on the Internet, wherein the at least one text search query is generated, at least in part, by performing speech recognition on the voice input; and wherein the at least one text search query comprises at least two text search queries, and wherein the act of generating further comprises: generating a first of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a first language model associated with a first of the plurality of search engines; and generating a second of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a second language model associated with a second of the plurality of search engines. generating a first of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a first language model associated with a first of the plurality of search engines; and generating a second of the at least two text search queries, at least in part, by performing speech recognition on the voice input using a second language model associated with a second of the plurality of search engines.
A method of preparing for a carotenoid oil suspension of, comprising the following steps: a) mixing a carotenoid with an organic solvent to obtain a mixture, a') heating the mixture at a temperature of 40°C~60°C, to sufficiently dissolve the carotenoid to obtain a carotenoid solution, b) heating the carotenoids solution and keeping at the temperature of 30°C~70°C; b') introducing the carotenoid solution obtained in step b) into a vegetable oil solution under a high speed stirring by spraying, and keeping during spraying process a negative pressure state by vacuumizing; and b") in the meantime recovering the organic solvent generated during spraying under vacuum condition, then simultaneously completing recovering and spraying, thereafter, obtaining a carotenoid oil suspension; wherein, the carotenoid oil suspension comprises a carotenoid crystal with an average particle size of less than 5μm, the organic solvent is water-soluble organic solvent or water-insoluble organic solvent. a) mixing a carotenoid with an organic solvent to obtain a mixture, a') heating the mixture at a temperature of 40°C~60°C, to sufficiently dissolve the carotenoid to obtain a carotenoid solution, b) heating the carotenoids solution and keeping at the temperature of 30°C~70°C; b') introducing the carotenoid solution obtained in step b) into a vegetable oil solution under a high speed stirring by spraying, and keeping during spraying process a negative pressure state by vacuumizing; and b") in the meantime recovering the organic solvent generated during spraying under vacuum condition, then simultaneously completing recovering and spraying, thereafter, obtaining a carotenoid oil suspension;
A device for destroying ozone from gases, comprising a heat exchanger and two separate regions that are in contact with each other, and a reaction chamber for ozone destruction comprising at least one heater (19, 21), wherein a collection chamber for the ozone-containing gas being disposed upstream and a distribution chamber for the essentially ozone-free gas being disposed downstream of the reaction chamber, wherein the one region having an inlet for the ozone-containing gas to be heated and leading to the reaction chamber, and the other region leading from the reaction chamber to the outlet for the essentially ozone-free gas to be cooled, reversing the flow direction, characterized in that each of the two regions is formed by plates directly abutting one another and defining planes, the region for the ozone-containing gas constituting a preheating plane and the region for the essentially ozone-free gas constituting a recooling plane, wherein each region comprising a plurality of preheating planes and recooling planes, the number of the recooling planes exceeding that of the preheating planes by at least one, and the preheating planes being disposed so as to be in heat contact with the recooling planes, and wherein essentially a counterflow taking place through the two regions of the heat exchanger relative to each other.
An electrode for a rechargeable battery, the electrode (11, 12) comprising a sheet-like current collector (112, 121) having a coated region (11b, 12b) and an uncoated region (11a, 12a) adjacent the coated region (11b, 12b), wherein in the coated region an active material layer (113, 122) is provided on the current collector (112, 121) and in the uncoated region (11a, 12a) the collector (112, 121) is free of the active material layer (113, 122), wherein the current collector (112, 121) is characterized by an x-ray diffraction pattern in which a ratio of the FWHM of a largest peak:the FWHM of a second largest peak of the current collector (112, 121) in the uncoated region (11a, 12a) is greater than a ratio of the FWHM of a largest peak:the FWHM of a second largest peak of the current collector (112, 121) in the coated region (11b, 12b), wherein the uncoated region is a hammered region.
A method of transforming plastids in a plant cell, the method comprising: 1) introducing into the nucleus of said plant cell a nucleic acid sequence that comprises a plant nuclear promoter operably linked to a first nucleic acid sequence that comprises a plastid transgene cassette, a plastid translocation sequence that is an RNA sequence capable of binding to a plant PTS binding protein, and a primer binding domain selected from that of a retrotransposon or a retrovirus; 2) introducing into the nucleus of said plant cell a second nucleic acid sequence that encodes for a plastid translocation sequence binding protein fused to a first plastid transit peptide, wherein said second nucleic acid sequence is operably linked to a plant nuclear promoter; and 3) introducing into the nucleus of said plant cell a third nucleic acid sequence that encodes for a reverse transcriptase protein fused to a second plastid transit peptide, wherein the third nucleic acid sequence is operably linked to a plant nuclear promoter that drives expression in a plant cell nucleus; wherein the plant plastid transgene cassette comprises: i) a left flanking sequence and a right flanking sequence selected from nucleotide sequences for homologous recombination in the plastids; and ii) at least one isolated nucleic acid of interest. 1) introducing into the nucleus of said plant cell a nucleic acid sequence that comprises a plant nuclear promoter operably linked to a first nucleic acid sequence that comprises a plastid transgene cassette, a plastid translocation sequence that is an RNA sequence capable of binding to a plant PTS binding protein, and a primer binding domain selected from that of a retrotransposon or a retrovirus; 2) introducing into the nucleus of said plant cell a second nucleic acid sequence that encodes for a plastid translocation sequence binding protein fused to a first plastid transit peptide, wherein said second nucleic acid sequence is operably linked to a plant nuclear promoter; and 3) introducing into the nucleus of said plant cell a third nucleic acid sequence that encodes for a reverse transcriptase protein fused to a second plastid transit peptide, wherein the third nucleic acid sequence is operably linked to a plant nuclear promoter that drives expression in a plant cell nucleus; wherein the plant plastid transgene cassette comprises: i) a left flanking sequence and a right flanking sequence selected from nucleotide sequences for homologous recombination in the plastids; and ii) at least one isolated nucleic acid of interest. i) a left flanking sequence and a right flanking sequence selected from nucleotide sequences for homologous recombination in the plastids; and ii) at least one isolated nucleic acid of interest.
A wrist holder for transporting and using an electronic device, offering an anti-electromagnetic radiation protection, said wrist holder comprising • a base attachable to a user's wrist by belts and comprising ▪ a metallic layer in its interior for providing anti-radiation protection to the user's wrist; and ▪ a coupling element rising as a protuberance perpendicular to the base; and • a shell that can be anchored or totally unanchored with the base at the user's will, said shell comprising ▪ a basket, for holding the device, comprising a movable piece for introducing and taking out the device from within they basket; and ▪ an area of coupling mechanism, said area comprising ▪ a T-shaped opening; and ▪ means to be anchored or totally unanchored with the base, said means being located in the interior of said T-shaped opening. • a base attachable to a user's wrist by belts and comprising ▪ a metallic layer in its interior for providing anti-radiation protection to the user's wrist; and ▪ a coupling element rising as a protuberance perpendicular to the base; and ▪ a metallic layer in its interior for providing anti-radiation protection to the user's wrist; and ▪ a coupling element rising as a protuberance perpendicular to the base; and • a shell that can be anchored or totally unanchored with the base at the user's will, said shell comprising ▪ a basket, for holding the device, comprising a movable piece for introducing and taking out the device from within they basket; and ▪ an area of coupling mechanism, said area comprising ▪ a T-shaped opening; and ▪ means to be anchored or totally unanchored with the base, said means being located in the interior of said T-shaped opening. ▪ a basket, for holding the device, comprising a movable piece for introducing and taking out the device from within they basket; and ▪ an area of coupling mechanism, said area comprising ▪ a T-shaped opening; and ▪ means to be anchored or totally unanchored with the base, said means being located in the interior of said T-shaped opening. ▪ a T-shaped opening; and ▪ means to be anchored or totally unanchored with the base, said means being located in the interior of said T-shaped opening.
An impeller comprising an elongated fiber defining at least segments of multiple blades (13; 24), the blades (13; 24) being flexible even when manufacturing of the blades (13; 24) is completed, wherein the elongated fiber is coated with a resin, characterised in that the resin contains electromagnetic or electrically conductive particles.
A method of making a substantially fully polymerized UV blocking hydrogel lens comprising: polymerizing a monomer reaction mixture of at least NVP and one other comonomer and a free-radical polymerizable, substituted or unsubstituted, Bis O- hydroxy benzophenone to provide a substantially fully polymerized hydrogel ophthalmic device. polymerizing a monomer reaction mixture of at least NVP and one other comonomer and a free-radical polymerizable, substituted or unsubstituted, Bis O- hydroxy benzophenone to provide a substantially fully polymerized hydrogel ophthalmic device.
A kick gate comprising: a gate amplifier receiving an input signal through an input port, the gate amplifier transmitting the input signal when open and blocking the input signal when closed, a trigger module, the trigger module including at least one trigger (132; 134) receiving the input signal, the trigger module opening the gate amplifier based on the input signal, a gain profile generator, the gain profile generator controlling a gain of the gate amplifier with a gain profile, wherein the gate amplifier is opened based on the input signal and closed after a predetermined period, and the gain profile further includes a zero-crossing window following the predetermined period when the transmitted input signal is non-zero at the end of the predetermined period to keep the gate amplifier open until the input signal crosses a zero value. a gate amplifier receiving an input signal through an input port, the gate amplifier transmitting the input signal when open and blocking the input signal when closed, a trigger module, the trigger module including at least one trigger (132; 134) receiving the input signal, the trigger module opening the gate amplifier based on the input signal, a gain profile generator, the gain profile generator controlling a gain of the gate amplifier with a gain profile, wherein the gate amplifier is opened based on the input signal and closed after a predetermined period, and the gain profile further includes a zero-crossing window following the predetermined period when the transmitted input signal is non-zero at the end of the predetermined period to keep the gate amplifier open until the input signal crosses a zero value.
A catheter for delivering a prosthesis, comprising: a first tubular segment having a distal end and a proximal end; the first tubular segment further having a body and a set of spine wires longitudinally arranged with respect to the body; a second tubular segment having a distal end and a proximal end; the second tubular segment further having a body and a set of spine wires longitudinally arranged with respect to the body; and a first connector having a first portion connected to the distal end of the first tubular segment and a second portion connected to the proximal end of the second tubular segment; wherein the first portion and the second portion are engaged so that the first and second portions can rotate with respect to each other. a first tubular segment having a distal end and a proximal end; the first tubular segment further having a body and a set of spine wires longitudinally arranged with respect to the body; a second tubular segment having a distal end and a proximal end; the second tubular segment further having a body and a set of spine wires longitudinally arranged with respect to the body; and a first connector having a first portion connected to the distal end of the first tubular segment and a second portion connected to the proximal end of the second tubular segment; wherein the first portion and the second portion are engaged so that the first and second portions can rotate with respect to each other.
A composition comprising an anti-acne agent, an antimicrobial agent, and a lactate, wherein the anti-acne agent is salicylic acid, the lactate is selected from the group consisting of C 12 -C 16 alkyl lactates and combinations thereof and the antimicrobial agent is selected from the group consisting of benzalkonium chloride, benzethonium chloride, cetylpyridinium chloride, 3-iodo-2-propynyl-N-butylcarbamate, hexetidine (5-amino-1, 3-bis-(2-ethylhexyl)-5-methyl-hexahydropyrimidine), Quatemium 15, triclosan, chlorhexidine digluconate, and combinations thereof.
A locking device having a lock cylinder and an actuation element for the lock cylinder, wherein the lock cylinder has an actuator unit for actuating a locking member, wherein the actuation element has a primary control device provided for controlling the actuator unit; wherein the lock cylinder, in an end region oriented toward the actuation element, has an anti-drill element; wherein electrical connection means are provided, which connect the primary control device to the actuator unit and are passed through the anti-drill element; wherein a secondary control device in the lock cylinder is provided, which is connected via the electrical connection means to the primary control device and is embodied for exchanging data with the primary control device; wherein the primary control device is embodied for receiving information, in particular control commands and/or identification data, from an identification transducer via an interface unit and, as a function of the information received, transmitting data to the secondary control device; wherein the primary control device is embodied for subjecting received identification data to an authorization check and, upon a positive outcome of the authorization check, for transmitting control information that signals the positive outcome of the authorization check to the secondary control device; wherein the secondary control device is embodied for transmitting at least one data sequence to the primary control device after receiving the control information signaling the positive outcome of the authorization check; and wherein the data sequence from the primary control device is usable for a future communication with the secondary control device.
A method for etching a deep via in a semiconductor substrate comprising the steps of: - providing a substrate with at least one first layer on top of said substrate, - depositing at least one first lithographic imaging layer on top of said first layer(s), - forming a first pattern having the final aimed diameter of the deep via into said first lithographic imaging layer(s), - transferring said first pattern into said first layer(s), - removing said first lithographic imaging material(s), - depositing at least one uniform polymer layer on top and on the sidewalls of said patterned first layer(s), thereby reducing the diameter of said first pattern, - etching the deep via in said substrate using the first pattern with said polymer layer on top as hard mask, - removing said polymer layer. - providing a substrate with at least one first layer on top of said substrate, - depositing at least one first lithographic imaging layer on top of said first layer(s), - forming a first pattern having the final aimed diameter of the deep via into said first lithographic imaging layer(s), - transferring said first pattern into said first layer(s), - removing said first lithographic imaging material(s), - depositing at least one uniform polymer layer on top and on the sidewalls of said patterned first layer(s), thereby reducing the diameter of said first pattern, - etching the deep via in said substrate using the first pattern with said polymer layer on top as hard mask, - removing said polymer layer.
A printing system for printing a repeated pattern of esthetical and/or informative character on a substrate including a plurality of parallel webs, characterized in that the printing system comprises at least two overlapping non-impact printer units, each of which having a lateral elongation defining a maximum printing width, and a controller connected to each one of said printer units and configured to set an actual printing width extending between a start position and an end position of said lateral elongation, wherein said controller is configured to determine said actual printing width by receiving the lateral position of a non-printed area defined by the interface between two adjacent webs of the substrate and located laterally somewhere in the overlap between two printer units, such that the end position of a first printer unit and the start position of an overlapping printer unit is located within the non-printed area.
A mobile terminal comprising: a main body; a display unit that is arranged on the main body and to which screen information is output; a sensing unit that senses a gesture that is applied to a region outside of the main body; and a controller that performs a function associated with at least one portion of the screen information that is output to the display unit if a predetermined-type gesture is applied to the region outside of the main body, wherein the controller is further configured to: activate the display unit that is in an inactivated state, when a tap gesture is applied consecutively at least two or more times within a reference time to the region outside of the main body, and deactivate the display unit in an activated state, when a tap gesture is applied consecutively at least two or more times within the reference time to the region outside of the main body. a main body; a display unit that is arranged on the main body and to which screen information is output; a sensing unit that senses a gesture that is applied to a region outside of the main body; and a controller that performs a function associated with at least one portion of the screen information that is output to the display unit if a predetermined-type gesture is applied to the region outside of the main body, wherein the controller is further configured to: activate the display unit that is in an inactivated state, when a tap gesture is applied consecutively at least two or more times within a reference time to the region outside of the main body, and deactivate the display unit in an activated state, when a tap gesture is applied consecutively at least two or more times within the reference time to the region outside of the main body. activate the display unit that is in an inactivated state, when a tap gesture is applied consecutively at least two or more times within a reference time to the region outside of the main body, and deactivate the display unit in an activated state, when a tap gesture is applied consecutively at least two or more times within the reference time to the region outside of the main body.
Control device for reducing electrolytic corrosion in a brushless direct-current motor, the control device having a potential equalization connection; a potential equalization line which is designed to connect a brushless direct-current motor to the potential equalization connection; wherein the control device is designed to actuate phases (9, 11, 13) of the brushless direct-current motor; characterized in that an anticorrosion resistance (R K) is provided on the potential equalization line, which anti-corrosion resistance (R K) is designed to reduce a flow of current between the phases (9, 11, 13) of the brushless direct-current motor and the potential equalization line.