mhurhangee/patent-ind-claim-en huggingface dataset:
A coating liquid for microneedle comprising an aqueous solution containing, as essential components of a base, i) a water-soluble polysaccharide, ii) monosaccharide and/or disaccharide, iii) a surfactant, and iv) a water-soluble polyalcohol, wherein the water-soluble polysaccharide is at least one kind of compound selected from a group consisting of hydroxypropyl cellulose, hyaluronic acid, chondroitin sulfate, dextran, and carboxymethyl cellulose, the monosaccharide is glucose, and the disaccharide is sucrose or trehalose, the surfactant is at least one kind of compound selected from a group consisting of polysorbate 80, polysorbate 20, and polyoxyethylene polyoxypropylene glycol, the water-soluble polyalcohol is at least one kind of compound selected from a group consisting of glycerin, ethylene glycol, propylene glycol, butylene glycol, mannitol, and polyethylene glycol with a molecular weight of 500 or less, wherein in the base, the water-soluble polysaccharide is 2 to 60 mass%, the monosaccharide and/or the disaccharide is 30 to 95 mass%, the surfactant is 0.05 to 5 mass%, and the water-soluble polyalcohol is 10 mass% or less, and wherein hardness of a coating material after being dried is 10 N or more. i) a water-soluble polysaccharide, ii) monosaccharide and/or disaccharide, iii) a surfactant, and iv) a water-soluble polyalcohol, wherein the water-soluble polysaccharide is at least one kind of compound selected from a group consisting of hydroxypropyl cellulose, hyaluronic acid, chondroitin sulfate, dextran, and carboxymethyl cellulose, the monosaccharide is glucose, and the disaccharide is sucrose or trehalose, the surfactant is at least one kind of compound selected from a group consisting of polysorbate 80, polysorbate 20, and polyoxyethylene polyoxypropylene glycol, the water-soluble polyalcohol is at least one kind of compound selected from a group consisting of glycerin, ethylene glycol, propylene glycol, butylene glycol, mannitol, and polyethylene glycol with a molecular weight of 500 or less,
A single cell , wherein the single cell comprises a case, a battery cell accommodated in the case, an electrode terminal electrically connected to the battery cell, and a cover plate for encapsulating the case, wherein the electrode terminal is disposed in the cover plate , the single cell further comprises a current interrupt device electrically connected to the electrode terminal , and the current interrupt device is in communication with gas inside the case; the electrode terminal comprises a battery post , wherein one end of the battery post extends into the cover plate and the other end is electrically connected to the battery cell; the current interrupt device has a conductive member and a flipping member electrically connected to the conductive member , the flipping member and the conductive member can be electrically disconnected from each other under action of air pressure, the conductive member is connected to an outer end surface of the battery post , characterised in that a ceramic ring is tightly connected between an outer periphery of the flipping member and the cover plate , and the outer periphery of the flipping member is tightly connected to an outer end surface of the ceramic ring ; and an outer periphery of the battery post is connected to an inner end surface of the ceramic ring , and the battery post is insulated from the outer periphery of the flipping member by using the ceramic ring .
A support structure for use in an external fixator assembly, said support structure comprising: a base having a closed annular configuration and dimensioned for operative disposition in at least partially surrounding relation to a leg area of an individual, an extension assembly connected to said base and extending outwardly therefrom, said extension assembly comprises a plurality of elongated extension members , wherein two of said elongated extension members are connected to opposite sides of said base and extend outwardly from said base in a substantially common direction, wherein said two elongated extension members are disposed in parallel, coplanar relation to one another and said base , and are each structured for connection to at least one strut and disposition of the one strut in interconnecting relation to a remainder of the external fixator assembly; and said base structured for connection to at least one strut along a length of said base . a base having a closed annular configuration and dimensioned for operative disposition in at least partially surrounding relation to a leg area of an individual, an extension assembly connected to said base and extending outwardly therefrom, said extension assembly comprises a plurality of elongated extension members , wherein two of said elongated extension members are connected to opposite sides of said base and extend outwardly from said base in a substantially common direction, wherein said two elongated extension members are disposed in parallel, coplanar relation to one another and said base , and are each structured for connection to at least one strut and disposition of the one strut in interconnecting relation to a remainder of the external fixator assembly; and said base structured for connection to at least one strut along a length of said base .
A device for automatically extinguishing a fire or a fire outbreak for a battery compartment or a motor vehicle, this device consisting of a pipe which has an elongate shape, the pipe comprising a tubular wall delimiting an internal cavity , the pipe comprising an extinguishing fluid under pressure stored in said cavity, said wall comprising a thermoplastic material fusible at a temperature corresponding to the heat generated by a fire or a fire outbreak, the pipe having a preform and comprising at least two straight sections connected by an angled section so as to facilitate its installation in said vehicle battery compartment or said vehicle, characterised in that the pipe has two longitudinal ends which are closed by plugs attached and fixed at these ends so that the extinguishing fluid under pressure is completely stored in said cavity, one of these plugs comprising at least one fluid inlet and/or outlet port , and in that the pipe is thermoformable and its preform is imposed by thermoforming, said melting temperature being greater than or equal to 70°C.
An indoor unit of an air conditioner connected to an outdoor unit of the air conditioner by a connection pipe , the indoor unit comprising: a frame of the indoor unit; a heat exchanger mounted on the frame and having a refrigerant pipe in which a refrigerant flows; a hanger plate mounted on a rear surface of the frame and configured to fix the frame onto a wall surface; and a holder plate mounted on a lower portion of the frame and configured to fix the frame and the hanger plate , wherein an end of the refrigerant pipe is placed in a space formed by the frame , the holder plate and the hanger plate , and wherein an insertion portion is formed on the frame , and the holder plate is able to slide into or out of the insertion portion to selectively open/close a partial area of the lower portion of the frame whereby the refrigerant pipe is accessible to a user to perform an operation of connecting or separating the refrigerant pipe to or from the connection pipe connected to the outdoor unit . a frame of the indoor unit; a heat exchanger mounted on the frame and having a refrigerant pipe in which a refrigerant flows; a hanger plate mounted on a rear surface of the frame and configured to fix the frame onto a wall surface; and a holder plate mounted on a lower portion of the frame and configured to fix the frame and the hanger plate , wherein an end of the refrigerant pipe is placed in a space formed by the frame , the holder plate and the hanger plate , and wherein an insertion portion is formed on the frame , and the holder plate is able to slide into or out of the insertion portion to selectively open/close a partial area of the lower portion of the frame whereby the refrigerant pipe is accessible to a user to perform an operation of connecting or separating the refrigerant pipe to or from the connection pipe connected to the outdoor unit .
A method for managing a real-time clock embedded in a portable tamper-resistant device , said portable tamper-resistant device receiving applicative data when performing a banking transaction with a second device , characterized in that the method comprises a step of extracting a time from said applicative data and a step of updating the real-time clock using said time .
Thread feeder device for feeding a thread to a textile machine with a thread feeder wheel , with a drive shaft , on which the thread feeder wheel is arranged, with a carrier with at least one bearing holder with at least one undivided bearing seat (23, 24; 60, 61; 87, 88; 101, 102), in each case, to receive a rolling bearing and with at least one rolling bearing (25, 26; 62, 63; 89, 90; 103, 104) for bearing the drive shaft , wherein the thread feeder device comprises at least one housing element (20, 21; 53, 54, 55; 53', 54' 55; 84, 85) which is fastened to the carrier and forms an external wall of the housing of the thread feeder device and wherein the thread feeder device has at least one additional element (R, 33, 56, 56', Z, Z') which is arranged at the carrier or at the housing element or at the bearing holder , wherein the or one of the housing elements and the or one of the additional elements (33, 56, 56', Z, Z') which is fixed to the housing element (20, 54, 54', Z, Z') form an inner space, characterised in that the carrier is configured as at least one segment of an extruded profile.
Distance measuring device having a tubular housing , a bushing that closes a first free end of the housing , and a distance sensor which is accommodated in the housing , extends through the bushing , measures in contactless fashion, and is a confocal-chromatic or acoustic distance sensor, characterized in that the distance sensor is accommodated in the housing so as to be able to be moved axially between an operating position in which a tip of the distance sensor projects outward from the bushing of the distance measuring device , and a retracted position in which the tip of the distance sensor is arranged within the bushing of the distance measuring device , and in that the distance measuring device has an arresting device which is designed in such a manner that the distance sensor can be arrested at least in its operating position by manual actuation of the arresting device .
A turn cap (242; 442; 542; 742; 842) for an airfoil of a gas turbine engine, the turn cap configured to be installed on a non-gas path surface of a platform (220; 222; 720; 820) of the airfoil, the airfoil extending in a radial direction when installed within the gas turbine engine, the turn cap comprising: cavity sidewalls (464; 864); a first turn cap divider (450; 550; 850) extending between the cavity sidewalls that defines an exterior surface or exterior wall of the turn cap, the first turn cap divider and the cavity sidewalls defining a turning cavity (446; 546; 846) between the first turn cap divider and the cavity sidewalls; and a second turn cap divider (452; 552; 852) disposed radially inward within the turning cavity relative a position of the first turn cap divider, the second turn cap divider arranged parallel to the first turn cap divider, wherein a first turning path (456; 556) is defined between the first turn cap divider and the second turn cap divider and a second turning path (458; 558) is defined radially inward of the second turn cap divider, and wherein a merging chamber (462; 562) is formed in the turn cap wherein fluid flows through the first turning path and the second turning path are merged, wherein the fluid flows through the first turning path and the second turning path are parallel to each other when entering the merging chamber; the merging chamber, the first turning path, and the second turning path forming the turning cavity. cavity sidewalls (464; 864); a first turn cap divider (450; 550; 850) extending between the cavity sidewalls that defines an exterior surface or exterior wall of the turn cap, the first turn cap divider and the cavity sidewalls defining a turning cavity (446; 546; 846) between the first turn cap divider and the cavity sidewalls; and a second turn cap divider (452; 552; 852) disposed radially inward within the turning cavity relative a position of the first turn cap divider, the second turn cap divider arranged parallel to the first turn cap divider, wherein a first turning path (456; 556) is defined between the first turn cap divider and the second turn cap divider and a second turning path (458; 558) is defined radially inward of the second turn cap divider, and wherein a merging chamber (462; 562) is formed in the turn cap wherein fluid flows through the first turning path and the second turning path are merged, wherein the fluid flows through the first turning path and the second turning path are parallel to each other when entering the merging chamber; the merging chamber, the first turning path, and the second turning path forming the turning cavity.
A method for identifying a single nucleotide residue of interest at a position within a stretch of consecutive nucleotide residues in a DNA, wherein the DNA is a single-stranded DNA or a double-stranded DNA, comprising the steps of: (a) incubating the DNA with at least one oligonucleotide primer, each primer comprising a removably attached label (i) corresponding to a particular primer sequence, and (ii) having a unique signature detectable by a nanopore, wherein the nucleotides in the primer that are 5' to the nucleotide at the 3'-terminus of the primer are substantially fully complementary to the nucleotides in the DNA immediately 3' to the single nucleotide of interest, terminating nucleotides that comprise a hook, and DNA polymerase, so as to perform a single base extension of a primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest in the DNA, if such a primer was present, using the terminating nucleotide, thereby forming an extension product of the primer which had a 3' nucleotide complementary to the nucleotide of interest in the DNA; (b) capturing the extension product by binding or reacting the hook of the terminating nucleotide incorporated onto the primer with a chemical moiety, compound, or other material having a high affinity for the hook, and washing away any unextended primers from step (a), thereby separating the extension product; (c) removing the label from the extension product, if present; and (d) detecting by nanopore the signature of the label of the primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest, so as to identify the label and primer; thereby identifying the single nucleotide residue of interest. (a) incubating the DNA with at least one oligonucleotide primer, each primer comprising a removably attached label (i) corresponding to a particular primer sequence, and (ii) having a unique signature detectable by a nanopore, wherein the nucleotides in the primer that are 5' to the nucleotide at the 3'-terminus of the primer are substantially fully complementary to the nucleotides in the DNA immediately 3' to the single nucleotide of interest, terminating nucleotides that comprise a hook, and DNA polymerase, so as to perform a single base extension of a primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest in the DNA, if such a primer was present, using the terminating nucleotide, thereby forming an extension product of the primer which had a 3' nucleotide complementary to the nucleotide of interest in the DNA; (b) capturing the extension product by binding or reacting the hook of the terminating nucleotide incorporated onto the primer with a chemical moiety, compound, or other material having a high affinity for the hook, and washing away any unextended primers from step (a), thereby separating the extension product; (c) removing the label from the extension product, if present; and (d) detecting by nanopore the signature of the label of the primer whose 3' terminal nucleotide hybridized to the single nucleotide residue of interest, so as to identify the label and primer;
A method for cleaning an air box with an integrated air filter that is installed within an engine bay of a vehicle, the method comprising: removing an air intake conduit of an internal combustion engine from a conduit of the air box, the conduit including a flange and an opening into an interior cavity of the air filter, and the interior cavity being bounded by a circumferentially extending filter material and a distal end cap; inserting a water hose through the opening into the interior cavity; spraying water so as to flush contaminants from the filter material; and allowing the water and contaminants to drain from a bottom of the air filter and exit the engine bay. removing an air intake conduit of an internal combustion engine from a conduit of the air box, the conduit including a flange and an opening into an interior cavity of the air filter, and the interior cavity being bounded by a circumferentially extending filter material and a distal end cap; inserting a water hose through the opening into the interior cavity; spraying water so as to flush contaminants from the filter material; and allowing the water and contaminants to drain from a bottom of the air filter and exit the engine bay.
Device for extracting powder or particulate material by suction, in particular substances hazardous to health, having a housing , a collecting container for receiving the extracted material, a suction line leading to the collecting container , a suction unit producing a suction in the suction line and a filter body arranged between the suction line and the suction unit in the direction of suction, characterized in that a fine filter is arranged between the filter body and the suction unit in the direction of suction, that the suction line opens into the filter body in such a way that the extracted material directly enters the filter body , that the filter body and the fine filter are arranged one inside the other, and that the fine filter has a cover which is sealingly connected to the collecting container in such a way that only one opening remains for filtered air escaping out of the fine filter .
A method of measuring the transit time of an ultrasonic wave in a medium, comprising :- passing an ultrasonic wave pulse through a timing path in the medium, the ultrasonic wave pulse including a plurality of cycles; receiving the ultrasonic wave pulse at the exit of the timing path; comparing a first signal representative of the ultrasonic wave pulse on entry to the timing path with a second signal representative of the ultrasonic wave pulse received at the exit of the timing path, the said first and second signals each including a plurality of cycles; thereby correlating at least one cycle of the first signal with a corresponding cycle of the second signal; determining a zero-crossing point associated with the said cycle of the first signal; determining a zero-crossing point associated with the said corresponding cycle of the second signal; measuring the time interval between the said zero crossing points; and thereby determining the transit time of the ultrasonic wave through the medium, wherein the said at least one cycle of the first and second signals is selected to be one with an amplitude which most closely approximates to a selected fraction of the maximum amplitude of the corresponding wave pulse. passing an ultrasonic wave pulse through a timing path in the medium, the ultrasonic wave pulse including a plurality of cycles; receiving the ultrasonic wave pulse at the exit of the timing path; comparing a first signal representative of the ultrasonic wave pulse on entry to the timing path with a second signal representative of the ultrasonic wave pulse received at the exit of the timing path, the said first and second signals each including a plurality of cycles; thereby correlating at least one cycle of the first signal with a corresponding cycle of the second signal; determining a zero-crossing point associated with the said cycle of the first signal; determining a zero-crossing point associated with the said corresponding cycle of the second signal; measuring the time interval between the said zero crossing points; and thereby determining the transit time of the ultrasonic wave through the medium, wherein the said at least one cycle of the first and second signals is selected to be one with an amplitude which most closely approximates to a selected fraction of the maximum amplitude of the corresponding wave pulse.
A bacterial minicell, comprising a cholesterol-dependent cytolysin protein, wherein said minicell does not display an antibody or other molecule comprising an Fc region of an antibody, fulfilling at least one of the following: i) the cholesterol-dependent cytolysin protein is selected from listeriolysin O, listeriolysin O L461T, listeriolysin O E247M, listeriolysin O D320K, listeriolysin O E247M, listeriolysin O D320K, listeriolysin O L461T, streptolysin O, streptolysin O c, streptolysin O e, sphaericolysin, anthrolysin O, cereolysin, thuringiensilysin O, weihenstephanensilysin, alveolysin, brevilysin, butyriculysin, tetanolysin O, novyilysin, lectinolysin, pneumolysin, mitilysin, pseudopneumolysin, suilysin, intermedilysin, ivanolysin, seeligeriolysin O, vaginolysin, and pyolysin, ii) the cholesterol-dependent cytolysin protein is perfringolysin O, iii) the cholesterol-dependent cytolysin protein comprises the amino acid sequence of SEQ ID NO: 1 wherein said minicell does not comprise invasin. i) the cholesterol-dependent cytolysin protein is selected from listeriolysin O, listeriolysin O L461T, listeriolysin O E247M, listeriolysin O D320K, listeriolysin O E247M, listeriolysin O D320K, listeriolysin O L461T, streptolysin O, streptolysin O c, streptolysin O e, sphaericolysin, anthrolysin O, cereolysin, thuringiensilysin O, weihenstephanensilysin, alveolysin, brevilysin, butyriculysin, tetanolysin O, novyilysin, lectinolysin, pneumolysin, mitilysin, pseudopneumolysin, suilysin, intermedilysin, ivanolysin, seeligeriolysin O, vaginolysin, and pyolysin, ii) the cholesterol-dependent cytolysin protein is perfringolysin O, iii) the cholesterol-dependent cytolysin protein comprises the amino acid sequence of SEQ ID NO: 1