mhurhangee/patent-ind-claim-en huggingface dataset:
A boxing device for performing a harmless boxing match, the boxing device comprising a base , a buffer configured to hit a target (A,B,75) without injuring said target (A,B,75), a retraction and extension mechanism , and an extensible joint that connects the base and the buffer to move said buffer between a retracted position and one or more extended positions, characterized in that the extensible joint is an element assembly of at least two extension elements , the extensible joint is configured to - move the buffer into the one or more extended positions by virtue of the propulsive force transferred to the extensible joint by a punch done by a hand of a boxer (A,B) holding the boxing device , and - auto-retract after the punch has been performed. - move the buffer into the one or more extended positions by virtue of the propulsive force transferred to the extensible joint by a punch done by a hand of a boxer (A,B) holding the boxing device , and - auto-retract after the punch has been performed.
A moisture exchange membrane module comprising a case including at least two pairs of fluid inlets and fluid outlets , and a moisture exchange membrane installed within the case and disposed so that a dry fluid flowing between one pair of a fluid inlet and a fluid outlet does not directly contact a high-temperature and high-humidity fluid flowing between another pair of a fluid inlet and a fluid outlet in the operating state of the moisture exchange membrane module , wherein, the fluid inlet to introduce the high-temperature and high-humidity fluid into the moisture exchange membrane module therethrough includes a diffuser for increasing the relative humidity of the high-temperature and high-humidity fluid, the diffuser includes a first inner diameter part disposed at an upstream region of a flow of the high-temperature and high-humidity fluid and a second inner diameter part disposed at an downstream region of the flow, the second inner diameter part has greater inner diameter than the first inner diameter part , and the moisture exchange membrane module further comprises an adiabatic member configured to thermally insulate the diffuser .
A pregnancy control apparatus comprising an implantable flow influence device configured to be implanted in the body of a female human patient in connection with a uterine tube to influence a flow of sperms appearing in the lumen of the uterine tube of the human female patient, the implantable flow influence device comprising: an electrical stimulation device configured to electrically stimulate at least a first and a second portion of a wall of the uterine tube for at least restricting the uterine tube, and a flow control device configured to control the electrical stimulation device to electrically stimulate the first and second portion of the wall of the uterine tube in succession for influencing the flow of sperms in the uterine tube to control pregnancy. an electrical stimulation device configured to electrically stimulate at least a first and a second portion of a wall of the uterine tube for at least restricting the uterine tube, and a flow control device configured to control the electrical stimulation device to electrically stimulate the first and second portion of the wall of the uterine tube in succession for influencing the flow of sperms in the uterine tube to control pregnancy.
A method for detecting structural data in a nucleic acid, the method comprising: a. providing an RNA that has been exposed to a reagent that provides a chemical modification, wherein the reagent comprises an electrophile that selectively modifies unconstrained nucleotides in the RNA to form a covalent ribose 2'-O- adduct or wherein the reagent is dimethyl sulfate, DMS, and forms adducts at the N1 position of adenosine and the N3 position of cytosine; b. synthesizing a nucleic acid using a reverse transcriptase and the RNA provided in step (a) as a template, wherein the synthesis occurs in the presence of Mn 2+ wherein the reverse transcriptase reads through the chemical modification in the RNA provided in step (a) to thereby produce a non-complementary nucleotide or a deletion in the resulting nucleic acid at the site of the chemical modification; and c. detecting the nucleotide non-complementary to the template nucleotide or the deletion by sequencing the nucleic acid, wherein the sequence information is aligned with the sequence of the RNA provided in step (a). a. providing an RNA that has been exposed to a reagent that provides a chemical modification, wherein the reagent comprises an electrophile that selectively modifies unconstrained nucleotides in the RNA to form a covalent ribose 2'-O- adduct or wherein the reagent is dimethyl sulfate, DMS, and forms adducts at the N1 position of adenosine and the N3 position of cytosine; b. synthesizing a nucleic acid using a reverse transcriptase and the RNA provided in step (a) as a template, wherein the synthesis occurs in the presence of Mn 2+ wherein the reverse transcriptase reads through the chemical modification in the RNA provided in step (a) to thereby produce a non-complementary nucleotide or a deletion in the resulting nucleic acid at the site of the chemical modification; and c. detecting the nucleotide non-complementary to the template nucleotide or the deletion by sequencing the nucleic acid, wherein the sequence information is aligned with the sequence of the RNA provided in step (a).
A carbon dioxide separating and collecting system comprising: an absorbing tower configured to cause an absorbing liquid to absorb carbon dioxide, and discharge a rich liquid which is the absorbing liquid which has absorbed the carbon dioxide; a regenerating tower configured to cause the absorbing liquid to release a gas containing the carbon dioxide, and discharge the released gas and a lean liquid which is the absorbing liquid having a dissolved carbon dioxide concentration lower than a dissolved carbon dioxide concentration of the rich liquid; a regenerative heat exchanger configured to heat the rich liquid flowing between the absorbing tower and the regenerating tower by using heat of the lean liquid flowing between the regenerating tower and the absorbing tower; and a first gas-liquid separator configured to separate the rich liquid discharged from the regenerative heat exchanger into a gas and a liquid, and supply the separated liquid to the regenerating tower, wherein a discharge port (A 3 ) of the rich liquid of the regenerative heat exchanger is disposed at a higher position than a supply port (B 1 ) of the rich liquid of the first gas-liquid separator so that the rich liquid discharged from the regenerative heat exchanger becomes a gas-liquid two-phase flow and contains a descending flow by which a value of liquid head pressure loss in a path from the discharge port to the supply port becomes negative, and an absolute value of the liquid head pressure loss becomes larger than an absolute value of flow friction pressure loss in the path from the discharge port to the supply port. an absorbing tower configured to cause an absorbing liquid to absorb carbon dioxide, and discharge a rich liquid which is the absorbing liquid which has absorbed the carbon dioxide; a regenerating tower configured to cause the absorbing liquid to release a gas containing the carbon dioxide, and discharge the released gas and a lean liquid which is the absorbing liquid having a dissolved carbon dioxide concentration lower than a dissolved carbon dioxide concentration of the rich liquid; a regenerative heat exchanger configured to heat the rich liquid flowing between the absorbing tower and the regenerating tower by using heat of the lean liquid flowing between the regenerating tower and the absorbing tower; and a first gas-liquid separator configured to separate the rich liquid discharged from the regenerative heat exchanger into a gas and a liquid, and supply the separated liquid to the regenerating tower, wherein a discharge port (A 3 ) of the rich liquid of the regenerative heat exchanger is disposed at a higher position than a supply port (B 1 ) of the rich liquid of the first gas-liquid separator so that the rich liquid discharged from the regenerative heat exchanger becomes a gas-liquid two-phase flow and contains a descending flow by which a value of liquid head pressure loss in a path from the discharge port to the supply port becomes negative, and an absolute value of the liquid head pressure loss becomes larger than an absolute value of flow friction pressure loss in the path from the discharge port to the supply port.
A gear mounting, comprising a carrier having two opposing faces and at least one pair of spindles , each pair of spindles comprising a spindle on each face of the carrier , the spindles extending in opposing directions away from the carrier along an axis , in which the spindles are mounted on the carrier so as to be capable of radial movement relative to the axis , characterised in that each spindle comprises a tube positioned along the axis , each tube flexes in order to resist radial movement of the spindle , and in which there is provided a common inner member for each pair which passes through the tube of each spindle and the carrier and acts to compress the spindles against the carrier .
Method for production of surface modified metal-colloids comprising the following steps: a) mixing at least one metal salt, at least one organosilsesquioxane having at least one functional group affine to the metal of said metal salt and at least one further group; at least one reducing agent and at least one solvent; b) thermal and/or photochemical treatment to induce the reducing of the metal of the metal salt; c) formation of metal colloids surface modified with the at least one organosilsesquioxane. or a) disperging at least one metal colloid in at least one solvent; b) adding at least one organosilsesquioxane having at least one functional group affine to the metal colloid and at least one further group, wherein the at least one organosilsesquioxane in a) (first alternative) is produced, by hydrolysis, wherein prior to complete condensation the condensation is quenched with an excess of water, and for both alternatives wherein the organosilsesquioxane comprises at least two different non-hydrolysable groups bound to different Si-atoms of the silsesquioxanes and wherein the reduction agent is selected from the group comprising hydrazine or hydrazine derivatives, borohydrides, ascorbic acid, malic acid, oxalic acid, formic acid, citric acid, salts thereof, Na 2 SO 3 , Na 2 S 2 O 3 , mercaptanes, amines, hypophosphites, sugars. a) mixing at least one metal salt, at least one organosilsesquioxane having at least one functional group affine to the metal of said metal salt and at least one further group; at least one reducing agent and at least one solvent; b) thermal and/or photochemical treatment to induce the reducing of the metal of the metal salt; c) formation of metal colloids surface modified with the at least one organosilsesquioxane. a) disperging at least one metal colloid in at least one solvent; b) adding at least one organosilsesquioxane having at least one functional group affine to the metal colloid and at least one further group,
A method for triggering terminal roaming by an access point, AP, wherein the method comprises: sending (S210), by a first AP by using a first channel, a unicast channel switching message to a first terminal associated with the first AP, wherein the unicast channel switching message is used to instruct the first terminal to switch from the first channel to a second channel, a receiver address of the unicast channel switching message is an address of the first terminal, the first channel is an operating channel of the first AP, and the second channel and the first channel are different; and retaining the first channel as the operating channel of the first AP after the unicast channel switching message is sent; receiving, by the first AP, an instruction message sent by a second AP, wherein the instruction message instructs a second terminal associated with the second AP to switch to the first channel, the instruction message comprises a Basic Service Set IDentifier, BSSID, of the second AP and an address of the second terminal, and an operating channel of the second AP and the first channel are different; and characterized in that , sending, by the first AP, a simulation beacon frame to the second terminal at a first power by using the first channel, wherein the simulation beacon frame is a beacon frame sent by the first AP by simulating the second AP by using the BSSID of the second AP; and the first power is less than a default transmit power of the first AP. sending (S210), by a first AP by using a first channel, a unicast channel switching message to a first terminal associated with the first AP, wherein the unicast channel switching message is used to instruct the first terminal to switch from the first channel to a second channel, a receiver address of the unicast channel switching message is an address of the first terminal, the first channel is an operating channel of the first AP, and the second channel and the first channel are different; and retaining the first channel as the operating channel of the first AP after the unicast channel switching message is sent; receiving, by the first AP, an instruction message sent by a second AP, wherein the instruction message instructs a second terminal associated with the second AP to switch to the first channel, the instruction message comprises a Basic Service Set IDentifier, BSSID, of the second AP and an address of the second terminal, and an operating channel of the second AP and the first channel are different; and characterized in that , sending, by the first AP, a simulation beacon frame to the second terminal at a first power by using the first channel, wherein the simulation beacon frame is a beacon frame sent by the first AP by simulating the second AP by using the BSSID of the second AP; and the first power is less than a default transmit power of the first AP.
Method for the degradation of halogenated para- or ortho-hydroxyanilines from aqueous media, characterized in that the aqueous medium is treated at temperatures from 70°C to 100°C at pH values of 10 to 14 with oxygen-containing gas, preferably air.
An augmented reality system , comprising: a transparent display configured to enable viewing of a ride vehicle of an amusement ride system for a guest who is not in the ride vehicle ; and a controller comprising a memory and a processor , wherein the processor is configured to: receive a first sensor signal indicative of a first position of the ride vehicle along a ride path ; and control an augmented reality image on the transparent display based on the first position of the ride vehicle . a transparent display configured to enable viewing of a ride vehicle of an amusement ride system for a guest who is not in the ride vehicle ; and a controller comprising a memory and a processor , wherein the processor is configured to: receive a first sensor signal indicative of a first position of the ride vehicle along a ride path ; and control an augmented reality image on the transparent display based on the first position of the ride vehicle . receive a first sensor signal indicative of a first position of the ride vehicle along a ride path ; and control an augmented reality image on the transparent display based on the first position of the ride vehicle .
A system for detecting at least two analytes, comprising: i) a first donor agent capable of binding to a first analyte; ii) a first binder conjugated to a donor bead, said first binder capable of binding to the first donor agent; iii) a tagged second donor agent capable of binding to a second analyte; iv) a second binder conjugated to the donor bead, said second binder capable of binding to the tagged second donor agent; v) a tagged first acceptor agent capable of binding to the first analyte, the tagged first acceptor agent comprising a plurality of covalently bound peptide tags; vi) a first acceptor bead conjugated to an anti-peptide agent, the anti-peptide agent capable of binding with at least one of the plurality of covalently bound peptide tags; vii) a second acceptor agent capable of binding with the second analyte; and viii) a second acceptor bead capable of binding with the second acceptor agent, wherein the first binder and the second binder are not the same type of binders, wherein the donor bead comprises a photosensitizer capable of emitting singlet oxygen and wherein each acceptor bead comprises a photoactive indicator capable of fluorescing upon reaction with singlet oxygen and wherein the first and second acceptor beads emit a fluorescence at different wavelength. i) a first donor agent capable of binding to a first analyte; ii) a first binder conjugated to a donor bead, said first binder capable of binding to the first donor agent; iii) a tagged second donor agent capable of binding to a second analyte; iv) a second binder conjugated to the donor bead, said second binder capable of binding to the tagged second donor agent; v) a tagged first acceptor agent capable of binding to the first analyte, the tagged first acceptor agent comprising a plurality of covalently bound peptide tags; vi) a first acceptor bead conjugated to an anti-peptide agent, the anti-peptide agent capable of binding with at least one of the plurality of covalently bound peptide tags; vii) a second acceptor agent capable of binding with the second analyte; and viii) a second acceptor bead capable of binding with the second acceptor agent, wherein the first binder and the second binder are not the same type of binders, wherein the donor bead comprises a photosensitizer capable of emitting singlet oxygen and wherein each acceptor bead comprises a photoactive indicator capable of fluorescing upon reaction with singlet oxygen and wherein the first and second acceptor beads emit a fluorescence at different wavelength.
A hair treatment product having a plurality of hair dye preparations for use on the hair and having a tray for accommodating a plurality of hair dye preparations , the tray having at least two cavities which are separated from one another by a partition in order to hold one hair dye preparation in each cavity for application, characterized in that the tray has at least two cavities on both the upper face and the lower face and further comprises an application element having a sponge-like application surface in order to take up at least two hair dye preparations and apply the preparations on the hair .
Device for the treatment of a gaseous medium, wherein the device comprises in flow direction of the gaseous medium a plasma-generating device for the generation of a plasma in the gaseous medium, at least one dielectric structure formed as at least one fused silica tube, characterized in that the plasma is conveyable into the at least one dielectric structure , the device further comprising, - in flow direction of the gaseous medium downstream of the at least one dielectric structure , an interaction-chamber with an interior space with at least one wall , wherein - the at least one wall exhibits at least a partial diamond coating , on the interior space side. - in flow direction of the gaseous medium downstream of the at least one dielectric structure , an interaction-chamber with an interior space with at least one wall , wherein - the at least one wall exhibits at least a partial diamond coating , on the interior space side.
A method performed by a wireless device for handling user data, wherein the user data are converted into codewords, each codeword being mapped to a first group of layers and to a second group of layers, the method comprising: - receiving an index from a network node , the index indicating a Transport Block Size, TBS, index, a Redundant Version, RV, and a differential modulation, wherein the differential modulation indicates a difference of modulation orders between the first and second groups of layers; - determining a TBS based on the received index; - determining a redundant version value based on the received index; - determining a first modulation order for the first group of layers and a second modulation order for the second group of layers of a codeword, based at least on the differential modulation; and - performing one of decoding and encoding the codeword based at least on the determined first and second modulation orders, the determined TBS and the determined redundant version value. - receiving an index from a network node , the index indicating a Transport Block Size, TBS, index, a Redundant Version, RV, and a differential modulation, wherein the differential modulation indicates a difference of modulation orders between the first and second groups of layers; - determining a TBS based on the received index; - determining a redundant version value based on the received index; - determining a first modulation order for the first group of layers and a second modulation order for the second group of layers of a codeword, based at least on the differential modulation; and - performing one of decoding and encoding the codeword based at least on the determined first and second modulation orders, the determined TBS and the determined redundant version value.
A polycrystalline silicon rod carrying tool for taking a silicon rod out of a reactor, the silicon rod being polycrystalline silicon grown on a U-shaped silicon core wire, the polycrystalline silicon rod carrying tool comprising: a tubular member for completely accommodating the polycrystalline silicon rod inside; and an air bag provided in the tubular member, wherein the air bag inflated by gas injection having an injection pressure between 0.01 MPa and 0.05 MPa to the interior presses a side of the polycrystalline silicon rod from a direction perpendicular to a plane including both pillars of the U-shaped silicon core wire so as to hold the polycrystalline silicon rod in place inside the tubular member, wherein the inner circumference surface of the tubular member has at least one pair of two planes facing each other and the air bag is provided at one of the two planes, and wherein the other of the two planes, where the air bag is not provided, includes an elastic member that comes in contact with one side of the polycrystalline silicon rod held in place in the tubular member. a tubular member for completely accommodating the polycrystalline silicon rod inside; and an air bag provided in the tubular member, wherein the air bag inflated by gas injection having an injection pressure between 0.01 MPa and 0.05 MPa to the interior presses a side of the polycrystalline silicon rod from a direction perpendicular to a plane including both pillars of the U-shaped silicon core wire so as to hold the polycrystalline silicon rod in place inside the tubular member, wherein the inner circumference surface of the tubular member has at least one pair of two planes facing each other and the air bag is provided at one of the two planes, and wherein the other of the two planes, where the air bag is not provided, includes an elastic member that comes in contact with one side of the polycrystalline silicon rod held in place in the tubular member.