mhurhangee/patent-ind-claim-en huggingface dataset:
Open-cycle cogeneration system for thermal and electrical energy, comprising: - a set of at least one heat exchanger, configured to be connected to combustion fumes from a hearth; said set of at least one heat exchanger comprising a process air inlet and outlet (AT), - a turbine , configured to produce electrical energy, connected to the process air outlet of said set of at least one heat exchanger, - a process air outlet line, connecting the turbine outlet to the outside, - a combustion fumes outlet line, for evacuating the combustion fumes to the outside, - a set of at least one compressor , configured to compress the process air at the inlet of the set of at least one heat exchanger, characterized in that it further comprises: - an absorption heat pump , comprising: * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line. - a set of at least one heat exchanger, configured to be connected to combustion fumes from a hearth; said set of at least one heat exchanger comprising a process air inlet and outlet (AT), - a turbine , configured to produce electrical energy, connected to the process air outlet of said set of at least one heat exchanger, - a process air outlet line, connecting the turbine outlet to the outside, - a combustion fumes outlet line, for evacuating the combustion fumes to the outside, - a set of at least one compressor , configured to compress the process air at the inlet of the set of at least one heat exchanger, - an absorption heat pump , comprising: * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line. * a hot fluid circuit (_FC), * a cold fluid circuit (_FF), * a warm fluid circuit (_FT), or useful network, and * a set of at least one exchanger for exchanging heat between at least one of the heat pump circuits and at least one of the treatment air outlet line and the combustion fumes outlet line.
A method for purifying carbon dioxide gas comprising contacting carbon dioxide gas containing 3-methylmercaptopropionaldehyde and acrolein with activated carbon to remove at least one of 3-methylmercaptopropionaldehyde and acrolein, wherein the carbon dioxide gas is a carbon dioxide gas which is recovered from at least one step of the following steps and comprised in a method for producing methionine: a hydantoin step: a step of reacting 3-methylmercaptopropionaldehyde cyanohydrin with carbon dioxide and ammonia to obtain 5-(2-methylmercaptoethyl) hydantoin, and a hydrolysis reaction step: a step of hydrolyzing the 5-(2-methylmercaptoethyl)hydantoin in the presence of an alkali compound to obtain the reaction solution containing an alkali salt of methionine. a hydantoin step: a step of reacting 3-methylmercaptopropionaldehyde cyanohydrin with carbon dioxide and ammonia to obtain 5-(2-methylmercaptoethyl) hydantoin, and a hydrolysis reaction step: a step of hydrolyzing the 5-(2-methylmercaptoethyl)hydantoin in the presence of an alkali compound to obtain the reaction solution containing an alkali salt of methionine.
A gas detection method using a gas detection element obtained by laminating a fixed support , a first electrode , a dielectric sensor , a second electrode , and a gas adsorption film , in this order, the method comprising: a step of applying a first alternating voltage resonantly driving the dielectric sensor between the first electrode and the second electrode , and detecting gas adsorbed on the gas adsorption film based on a change of a resonant frequency of the dielectric sensor ; and a step of heating the dielectric sensor by applying a second alternating voltage between the electrodes after the detection of gas to desorb gas adsorbed in the gas adsorption film , wherein a frequency of the second alternating voltage is higher than a frequency of the first alternating voltage and/or a voltage of the second alternating voltage is higher than a voltage of the first alternating voltage. a step of applying a first alternating voltage resonantly driving the dielectric sensor between the first electrode and the second electrode , and detecting gas adsorbed on the gas adsorption film based on a change of a resonant frequency of the dielectric sensor ; and a step of heating the dielectric sensor by applying a second alternating voltage between the electrodes after the detection of gas to desorb gas adsorbed in the gas adsorption film , wherein a frequency of the second alternating voltage is higher than a frequency of the first alternating voltage and/or a voltage of the second alternating voltage is higher than a voltage of the first alternating voltage.
An information transmission method, comprising: determining , by a transmitting node, a reference signal for positioning and transmitting configuration information of the reference signal for positioning to a positioning server, wherein the reference signal for positioning at least comprises a Positioning Reference Signal, called PRS; and transmitting , by the transmitting node, the reference signal according to the configuration information, wherein the reference signal for positioning further comprises a supplementary reference signal, and wherein the configuration information comprises configuration information of a supplementary reference signal resource collection, and the step of determining , by the transmitting node, the reference signal for positioning and transmitting the configuration information of the reference signal for positioning to the positioning server comprises: using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server. determining , by a transmitting node, a reference signal for positioning and transmitting configuration information of the reference signal for positioning to a positioning server, wherein the reference signal for positioning at least comprises a Positioning Reference Signal, called PRS; and transmitting , by the transmitting node, the reference signal according to the configuration information, wherein the reference signal for positioning further comprises a supplementary reference signal, and wherein the configuration information comprises configuration information of a supplementary reference signal resource collection, and the step of determining , by the transmitting node, the reference signal for positioning and transmitting the configuration information of the reference signal for positioning to the positioning server comprises: using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server. using, by the transmitting node, in a muting configuration period, a reference signal set, which satisfies a positioning requirement and a time difference between the reference signal set and a muted PRS period is smaller than a preset threshold, as the supplementary reference signal; and transmitting, by the transmitting node, in the corresponding time-domain, configuration information of a supplementary reference signal resource collection to the positioning server.
A radio frequency, RF, system , comprising: an RF transceiver ; an RF processing circuit coupled with the RF transceiver ; a transfer switch module coupled with the RF processing circuit ; a first antenna , a second antenna , a third antenna , and a fourth antenna , wherein the transfer switch module is coupled with the first antenna , the second antenna , the third antenna , and the fourth antenna , and efficiency of the first antenna and the second antenna is higher than efficiency of the third antenna and the fourth antenna ; when the RF system operates in a non-standalone, NSA, mode, the first antenna is used for transmission in a first low band, LB, a first middle band, MB, and a first high band, HB, and primary reception in the first LB, the first MB, and the first HB, the second antenna is used for transmission in a second LB, a second MB, and a second HB and primary reception in the second LB, the second MB, and the second HB, the third antenna is used for diversity reception in the second LB, the second MB, and the second HB, and the fourth antenna is used for diversity reception in the first LB, the first MB, and the first HB; and wherein the first LB, the first MB, and the first HB are long term evolution, LTE, bands, the second LB, the second MB, and the second HB are new radio, NR, bands, the first antenna , the second antenna , the third antenna , and the fourth antenna are configured to support LB+LB evolved-universal terrestrial radio access NR dual connectivity, EN-DC, and middle high band, MHB, +MHB EN-DC of LTE bands and NR bands simultaneously. an RF transceiver ; an RF processing circuit coupled with the RF transceiver ; a transfer switch module coupled with the RF processing circuit ; a first antenna , a second antenna , a third antenna , and a fourth antenna , wherein the transfer switch module is coupled with the first antenna , the second antenna , the third antenna , and the fourth antenna , and efficiency of the first antenna and the second antenna is higher than efficiency of the third antenna and the fourth antenna ; when the RF system operates in a non-standalone, NSA, mode, the first antenna is used for transmission in a first low band, LB, a first middle band, MB, and a first high band, HB, and primary reception in the first LB, the first MB, and the first HB, the second antenna is used for transmission in a second LB, a second MB, and a second HB and primary reception in the second LB, the second MB, and the second HB, the third antenna is used for diversity reception in the second LB, the second MB, and the second HB, and the fourth antenna is used for diversity reception in the first LB, the first MB, and the first HB; and wherein the first LB, the first MB, and the first HB are long term evolution, LTE, bands, the second LB, the second MB, and the second HB are new radio, NR, bands, the first antenna , the second antenna , the third antenna , and the fourth antenna are configured to support LB+LB evolved-universal terrestrial radio access NR dual connectivity, EN-DC, and middle high band, MHB, +MHB EN-DC of LTE bands and NR bands simultaneously.
An injection apparatus comprising: a syringe assembly having a needle , a first chamber for holding a medicine , and a plunger with a plunger shaft that is operable to force the medicine from the first chamber through the needle ; a circumferential groove defined on the plunger ; a housing disposed about the syringe assembly so that the syringe assembly is movable in the housing between a retracted position and an extended position, the housing concealing the needle in the retracted position, and the needle extending from the housing in the extended position; a driver spring for driving the syringe assembly from the retracted position to the extended position and for causing the plunger to drive the medicine through the needle ; characterized by a coupling disposed between the driver spring and the plunger , the coupling having a radial lip , the coupling having an initial unexpanded closed position and an expanded flared out open position, the circumferential groove and the radial lip being engaged to one another when the coupling is in the closed position so that the plunger is driveably engaged with the driver spring , and the circumferential groove and the radial lip being disengaged from one another when the coupling is in the open position so that the plunger is disengaged from the driver spring ; and a surface of a coupling splitter generally sloping from the plunger shaft to a lesser thickness for moving the coupling from the closed position to the open position after the plunger forces the medicine from the first chamber through the needle . a syringe assembly having a needle , a first chamber for holding a medicine , and a plunger with a plunger shaft that is operable to force the medicine from the first chamber through the needle ; a circumferential groove defined on the plunger ; a housing disposed about the syringe assembly so that the syringe assembly is movable in the housing between a retracted position and an extended position, the housing concealing the needle in the retracted position, and the needle extending from the housing in the extended position; a driver spring for driving the syringe assembly from the retracted position to the extended position and for causing the plunger to drive the medicine through the needle ; characterized by a coupling disposed between the driver spring and the plunger , the coupling having a radial lip , the coupling having an initial unexpanded closed position and an expanded flared out open position, the circumferential groove and the radial lip being engaged to one another when the coupling is in the closed position so that the plunger is driveably engaged with the driver spring , and the circumferential groove and the radial lip being disengaged from one another when the coupling is in the open position so that the plunger is disengaged from the driver spring ; and a surface of a coupling splitter generally sloping from the plunger shaft to a lesser thickness for moving the coupling from the closed position to the open position after the plunger forces the medicine from the first chamber through the needle .
An atomizer device, wherein the atomizer device comprises a housing, a liquid reservoir chamber defined in the housing, and an adjusting valve engaging with the housing; wherein a liquid injection channel is defined on a surface of the housing for injecting liquid solution into the liquid reservoir chamber ; the adjusting valve is rotatable between a first position and a second position across the surface of the housing and keeps connected to the housing while rotating relative to the housing; the adjusting valve is able to be rotated to the first position to open the liquid injection channel , and is able to be rotated to the second position to close the liquid injection channel , wherein the atomizer device comprises a sealing unit sealing one end of the liquid reservoir chamber , and wherein the sealing unit forms an end wall of the liquid reservoir chamber, and wherein the liquid injection channel is defined in the sealing unit , wherein the adjusting valve comprises an adjusting cover , wherein the adjusting cover is configured to slidably engage with the sealing unit , and the adjusting cover is configured to slide back and forth to correspondingly open or close the liquid injection channel . wherein a liquid injection channel is defined on a surface of the housing for injecting liquid solution into the liquid reservoir chamber ; the adjusting valve is rotatable between a first position and a second position across the surface of the housing and keeps connected to the housing while rotating relative to the housing; the adjusting valve is able to be rotated to the first position to open the liquid injection channel , and is able to be rotated to the second position to close the liquid injection channel , wherein the atomizer device comprises a sealing unit sealing one end of the liquid reservoir chamber , and wherein the sealing unit forms an end wall of the liquid reservoir chamber, and wherein the liquid injection channel is defined in the sealing unit , wherein the adjusting valve comprises an adjusting cover , wherein the adjusting cover is configured to slidably engage with the sealing unit , and the adjusting cover is configured to slide back and forth to correspondingly open or close the liquid injection channel .
A composite material combining: (a) at least one porous crystalline MOF in the form of nanoparticles having a diameter or size of the largest axis if the particles are of asymmetric shape less than 100 nm, adapted to the adsorption of volatile organic compounds; and (b) nanoparticles in the form of nanobipyramids of at least one metal or metal alloy having a plasmon band in the visible, the metal being selected from Au, Ag, Cu and Pd or a homogeneous or inhomogeneous mixture or alloy thereof; the MOF/metal nanoparticle mass ratio being comprised between 100/1 and 0.1/1; preferably between 50/1 and 1/1; preferably between 20/1 and 1/1; preferably between 15/1 and 5/1; preferably between 12/1 and 8/1; most preferably about 10/1. (a) at least one porous crystalline MOF in the form of nanoparticles having a diameter or size of the largest axis if the particles are of asymmetric shape less than 100 nm, adapted to the adsorption of volatile organic compounds; and (b) nanoparticles in the form of nanobipyramids of at least one metal or metal alloy having a plasmon band in the visible, the metal being selected from Au, Ag, Cu and Pd or a homogeneous or inhomogeneous mixture or alloy thereof;
A catalyst for a solid polymer fuel cell, comprising a catalytic metal made of an alloy of platinum, cobalt, and zirconium supported on a carbon powder carrier, wherein the catalytic metal is in the form of particles having a particle size of 2 to 20 nm, and the molar ratio of platinum, cobalt, and zirconium of the catalytic metal supported on the carbon powder carrier is Pt: Co : Zr = 3 : 0.5 to 1.5 : 0.1 to 3.0. wherein the catalytic metal is in the form of particles having a particle size of 2 to 20 nm, and the molar ratio of platinum, cobalt, and zirconium of the catalytic metal supported on the carbon powder carrier is Pt: Co : Zr = 3 : 0.5 to 1.5 : 0.1 to 3.0.
A battery module, characterized in that , the battery module comprises: a lower housing ; a cell group accommodated in the lower housing , wherein the cell group comprises a plurality of cells ; a top cover sealed from and connected to the lower housing , wherein the top cover comprises an upper plastic part , a lower plastic part , and a metal cover plate located between the upper plastic part and the lower plastic part ; an explosion-proof valve provided on the top cover ; and a module output electrode provided on the top cover , wherein the module output electrode is electrically connected to the cell group ; wherein each of the plurality of cells comprises a cell lower housing , a bare cell accommodated in the cell lower housing , and an upper cover sealed from and connected to the cell lower housing ; and the lower housing is made of metal, and both the cell lower housing and the upper cover are made of electrolyte solution-resistant plastics in such an encapsulating way that the assembled cell achieves a sealing and water-proof effect. a lower housing ; a cell group accommodated in the lower housing , wherein the cell group comprises a plurality of cells ; a top cover sealed from and connected to the lower housing , wherein the top cover comprises an upper plastic part , a lower plastic part , and a metal cover plate located between the upper plastic part and the lower plastic part ; an explosion-proof valve provided on the top cover ; and a module output electrode provided on the top cover , wherein the module output electrode is electrically connected to the cell group ; wherein each of the plurality of cells comprises a cell lower housing , a bare cell accommodated in the cell lower housing , and an upper cover sealed from and connected to the cell lower housing ; and the lower housing is made of metal, and both the cell lower housing and the upper cover are made of electrolyte solution-resistant plastics in such an encapsulating way that the assembled cell achieves a sealing and water-proof effect.
A spreading device for trawl fishing and seismic survey operations, the device comprising: • an upper , an intermediate and a lower frame ; • at least two upper panels between the upper and intermediate frames ; • at least two lower panels between the intermediate and lower frames ; • one of the upper panels and one of the lower panels being adjustable in its angle of attack with respect to other panels; and • manual means for adjusting the angle of attack of the adjustable panels wherein the manual adjustment means is provided on at least one of the frames , said spreading device being characterized in that the manual adjustment means is provided by a set of apertures on a movable panel and a set of apertures on at least one of the frames , the apertures being capable of alignment upon movement of the moveable panel . • an upper , an intermediate and a lower frame ; • at least two upper panels between the upper and intermediate frames ; • at least two lower panels between the intermediate and lower frames ; • one of the upper panels and one of the lower panels being adjustable in its angle of attack with respect to other panels; and • manual means for adjusting the angle of attack of the adjustable panels wherein the manual adjustment means is provided on at least one of the frames , said spreading device being characterized in that the manual adjustment means is provided by a set of apertures on a movable panel and a set of apertures on at least one of the frames , the apertures being capable of alignment upon movement of the moveable panel .
A surgical-operation-table comprising: a table for laying a patient thereon, motion mechanism sections (35, 20, 25, 70, 60, 65 and 80) adapted to slide, crosswise turn, lengthwise turn and elevate the table , and a base that supports the table via the motion mechanism sections, the surgical-operation-table comprising: a position holding device adapted to slide the table in an opposite direction from a crosswise turning direction of the table at a time of a crosswise turning motion of the table whereby a position of a part of the patient that is laid on the table is prevented from being moved. a table for laying a patient thereon, motion mechanism sections (35, 20, 25, 70, 60, 65 and 80) adapted to slide, crosswise turn, lengthwise turn and elevate the table , and a base that supports the table via the motion mechanism sections,