mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a joint between a tube and a first tubesheet comprising: positioning a first end of the tube substantially flush with a major surface of the first tubesheet; inserting a first anvil assembly comprising an expandable anchor portion at least partially within the first end of the tube; expanding the expandable anchor portion of the first anvil assembly within the tube to hold the first end of the tube with respect to the first tubesheet; welding the first end of the tube to the first tubesheet, wherein welding the tube to the first tubesheet includes friction stir welding; and removing the first anvil assembly from the tube. positioning a first end of the tube substantially flush with a major surface of the first tubesheet; inserting a first anvil assembly comprising an expandable anchor portion at least partially within the first end of the tube; expanding the expandable anchor portion of the first anvil assembly within the tube to hold the first end of the tube with respect to the first tubesheet; welding the first end of the tube to the first tubesheet, wherein welding the tube to the first tubesheet includes friction stir welding; and removing the first anvil assembly from the tube.
A pharmaceutical or anti-biofouling composition for disrupting a biofilm or preventing biofilm formation comprising an isolated microbial deoxyribonuclease polypeptide and an excipient, wherein the microbial deoxyribonuclease is a class Bacillus bacterial deoxyribonuclease.
Method for measuring air flow from a ventilation valve fastened into a wall or ceiling of an indoor space, the ventilation valve having a body and a front plate connected to the body, in which body is a truss provided with a hole, and into which front plate a pin is fastened perpendicularly with respect to the front plate, and a hollow spindle being fastened into the truss at the point of the hole, wherein the pin of the front plate is configured to be pushed into the spindle, and wherein an air flow measuring hose is fastened to the end, on the side of the indoor space, of the hollow spindle fastened to the truss of the body of the ventilation valve, and the air flow is measured via the hose by measuring the pressure difference.
A medical valve for use in administration of fluids, such as drug fluids, comprising: a housing, and a valve member which is rotatably supported in the housing for rotation between a plurality of valve positions about a rotational axis, wherein the housing is provided with an indicator means, and wherein the rotatable valve member is provided with an optical element which is arranged to rotate together with the valve member and which is arranged to reflect images of said indicator means in said plurality of valve positions, characterized by each reflected image being visible to a user and being associated with a corresponding valve position. a housing, and a valve member which is rotatably supported in the housing for rotation between a plurality of valve positions about a rotational axis, wherein the housing is provided with an indicator means, and wherein the rotatable valve member is provided with an optical element which is arranged to rotate together with the valve member and which is arranged to reflect images of said indicator means in said plurality of valve positions, characterized by each reflected image being visible to a user and being associated with a corresponding valve position.
Furniture with a) a plurality of furniture rods and b) a plurality of connecting elements for mechanically connecting two intersecting furniture rods of the furniture, having b1) a connecting cord for passing through a respective transverse bore (18, 19) in the furniture rods to be mechanically connected to one another in pairs, so that the connecting cord passes through the two transverse bores (18, 19) b2) a closed loop (16, 17) at each of the two ends of the connecting cord, and b3) in each case a knob (14, 15) for threading into the two loops (16, 17) of the connecting cord, the knobs (14, 15) being larger than the transverse holes (18, 19) in the furniture rods and thus, in the threaded state, preventing the connecting cord from slipping through the transverse holes (18, 19) in the furniture rods, wherein b4) the knobs (14, 15) are each substantially disc-shaped, and b5) the knobs (14, 15) each have two mutually opposite recesses (20, 21) for threading into the loops (16, 17) of the connecting cord. a) a plurality of furniture rods and b) a plurality of connecting elements for mechanically connecting two intersecting furniture rods of the furniture, having b1) a connecting cord for passing through a respective transverse bore (18, 19) in the furniture rods to be mechanically connected to one another in pairs, so that the connecting cord passes through the two transverse bores (18, 19) b2) a closed loop (16, 17) at each of the two ends of the connecting cord, and b3) in each case a knob (14, 15) for threading into the two loops (16, 17) of the connecting cord, the knobs (14, 15) being larger than the transverse holes (18, 19) in the furniture rods and thus, in the threaded state, preventing the connecting cord from slipping through the transverse holes (18, 19) in the furniture rods, wherein b4) the knobs (14, 15) are each substantially disc-shaped, and b5) the knobs (14, 15) each have two mutually opposite recesses (20, 21) for threading into the loops (16, 17) of the connecting cord. b1) a connecting cord for passing through a respective transverse bore (18, 19) in the furniture rods to be mechanically connected to one another in pairs, so that the connecting cord passes through the two transverse bores (18, 19) b2) a closed loop (16, 17) at each of the two ends of the connecting cord, and b3) in each case a knob (14, 15) for threading into the two loops (16, 17) of the connecting cord, the knobs (14, 15) being larger than the transverse holes (18, 19) in the furniture rods and thus, in the threaded state, preventing the connecting cord from slipping through the transverse holes (18, 19) in the furniture rods, wherein b4) the knobs (14, 15) are each substantially disc-shaped, and b5) the knobs (14, 15) each have two mutually opposite recesses (20, 21) for threading into the loops (16, 17) of the connecting cord.
A method for increasing sensitivity of detection and/or quantification of a negatively charged analyte, the method comprising: (a) passing an acidic solution through a liquid chromatography-mass spectrometry system comprising an ion-pairing reversed phase liquid chromatography (IP-RPLC) column to remove metal ion adducts, said acidic solution comprising an acid that can produce a sufficient concentration of positive hydrogen ions (H+) in solution that can displace adsorbed metal ions; (b) applying a sample comprising said negatively charged analyte onto said IP-RPLC column and performing chromatographic separation of said sample, followed by mass spectrometry in a negative ion mode, thereby obtaining mass spectrum corresponding to said sample. (a) passing an acidic solution through a liquid chromatography-mass spectrometry system comprising an ion-pairing reversed phase liquid chromatography (IP-RPLC) column to remove metal ion adducts, said acidic solution comprising an acid that can produce a sufficient concentration of positive hydrogen ions (H+) in solution that can displace adsorbed metal ions; (b) applying a sample comprising said negatively charged analyte onto said IP-RPLC column and performing chromatographic separation of said sample, followed by mass spectrometry in a negative ion mode, thereby obtaining mass spectrum corresponding to said sample.
Method for producing beer, including the steps of: preparing a mash; carrying out a solid/liquid separation of the mash for obtaining wort; dividing said wort into a) a highly concentrated part with a first wort, and b) a less concentrated part, said less concentrated part comprising at least 5 % of the extract quantity of mash; processing the highly concentrated part of the wort, said processing comprising diluting said highly concentrated part of the wort before bottling the beer; and conducting at least a portion of said less concentrated part of the wort to a mashing process; wherein the processing of said highly concentrated part of the wort comprises the boiling of the wort in a wort kettle before dilution. preparing a mash; carrying out a solid/liquid separation of the mash for obtaining wort; dividing said wort into a) a highly concentrated part with a first wort, and b) a less concentrated part, said less concentrated part comprising at least 5 % of the extract quantity of mash; processing the highly concentrated part of the wort, said processing comprising diluting said highly concentrated part of the wort before bottling the beer; and conducting at least a portion of said less concentrated part of the wort to a mashing process; wherein the processing of said highly concentrated part of the wort comprises the boiling of the wort in a wort kettle before dilution.
Use of a composition comprising: a hydrophilic α-hydroxymonocarboxylic acid; and an anionic polymer selected from the group consisting of poly(methacrylic acid) and salts thereof, poly(acroyl sulfonic acid) and poly(vinyl sulfonic acid) and salts thereof, and copolymers of the aforementioned polymers or of poly(acrylic acid) with acrylic amides and esters, and mixtures thereof, for removing water solubilized organics from a water-like fluid phase. a hydrophilic α-hydroxymonocarboxylic acid; and an anionic polymer selected from the group consisting of poly(methacrylic acid) and salts thereof, poly(acroyl sulfonic acid) and poly(vinyl sulfonic acid) and salts thereof, and copolymers of the aforementioned polymers or of poly(acrylic acid) with acrylic amides and esters, and mixtures thereof, for removing water solubilized organics from a water-like fluid phase.
Turbofan jet engine, comprising an outer fan duct, an inner fan duct, fluid-conveying ancillaries positioned outside the outer fan duct, fluid-conveying ancillaries positioned inside the inner fan duct, characterized by the fact that at least one removable modular arm forming an ancillary connection being arranged between said outer fan duct and said inner fan duct, the inner fan duct comprising panels and panel supporting longitudinal plates, at least one panel supporting longitudinal plate comprises a bedplate to receive a removable modular arm, said modular arm comprises tubing elements provided with external connection means to ancillaries, and intended to be inserted in channels opening onto the outer surface of the bedplate
A sensor system comprising: a wiring harness comprising at least one wire; a grommet comprising at least one passageway configured to receive said at least one wire; a molded nugget molded onto a distal end region of said wiring harness, said nugget comprising at least one terminal, wherein said grommet is abutting against a proximal end of said molded nugget; a sensor; a conductor housing coupled to said sensor and comprising at least one conductor; and a harness sleeve configured to be coupled to said conductor housing, said harness sleeve defining at least one cavity configured to receive said molded nugget and at least a portion of said grommet, wherein said harness sleeve includes a first crimp coupling said harness sleeve to said grommet, wherein said at least one terminal has a first end and a second, generally opposite end, wherein said molded nugget is molded onto said first end which is coupled to said at least one wire, and wherein said second end extends beyond said molded nugget and is coupled to said at least one conductor. a wiring harness comprising at least one wire; a grommet comprising at least one passageway configured to receive said at least one wire; a molded nugget molded onto a distal end region of said wiring harness, said nugget comprising at least one terminal, wherein said grommet is abutting against a proximal end of said molded nugget; a sensor; a conductor housing coupled to said sensor and comprising at least one conductor; and a harness sleeve configured to be coupled to said conductor housing, said harness sleeve defining at least one cavity configured to receive said molded nugget and at least a portion of said grommet, wherein said harness sleeve includes a first crimp coupling said harness sleeve to said grommet, wherein said at least one terminal has a first end and a second, generally opposite end, wherein said molded nugget is molded onto said first end which is coupled to said at least one wire, and wherein said second end extends beyond said molded nugget and is coupled to said at least one conductor.
A recombinant fusion protein comprising: an N-terminal fusion partner, wherein the N-terminal fusion partner is a bacterial chaperone or folding modulator; a polypeptide of interest; and a linker comprising a cleavage site between the N-terminal fusion partner and the polypeptide of interest, wherein the N-terminal fusion partner is selected from: a P. fluorescens FklB protein; a P. fluorescens FklB protein having the amino acid sequence set forth in SEQ ID NO: 4, SEQ ID NO: 28, SEQ ID NO: 61, or SEQ ID NO: 62; a P. fluorescens DnaJ-like protein having the amino acid sequence set forth in SEQ ID NO: 2; a P. fluorescens FrnE protein having the amino acid sequence set forth in SEQ ID NO: 3, SEQ ID NO: 63, or SEQ ID NO: 64; a P. fluorescens FkbP protein having the amino acid sequence set forth in SEQ ID NO: 25; and a P. fluorescens EcpD protein having the amino acid sequence set forth in SEQ ID NO: 7, SEQ ID NO: 65, SEQ ID NO: 66, or SEQ ID NO: 67.
A molding die (1, 2, 3, 4) comprising an undercut processing mechanism (10, 14, 16, 18), the undercut processing mechanism being attachable to and useable in the molding die (1, 2, 3, 4) for forming a molded product having an undercut portion (P1, P11, P21, P31, P41, P51, P61), the undercut processing mechanism comprising: a holder (20, 40, 80) attachable to the molding die so as to be movable in a demolding direction of the molded product, the holder having one of a cylindrical shape and a tubular shape having a cross-section with a polygonal outer shape; a sliding piece slidable relative to the holder and configured to form the undercut portion; and a retaining piece (22, 50) fixable to the molding die or formed so as to be integrated with the molding die, the retaining piece slidably retaining the sliding piece, wherein in demolding the molded product, the sliding piece is moved in a direction in which the undercut portion is enabled to be demolded, which direction is inclined relative to the demolding direction of the molded product, by moving the holder in the demolding direction of the molded product. a holder (20, 40, 80) attachable to the molding die so as to be movable in a demolding direction of the molded product, the holder having one of a cylindrical shape and a tubular shape having a cross-section with a polygonal outer shape; a sliding piece slidable relative to the holder and configured to form the undercut portion; and a retaining piece (22, 50) fixable to the molding die or formed so as to be integrated with the molding die, the retaining piece slidably retaining the sliding piece, wherein in demolding the molded product, the sliding piece is moved in a direction in which the undercut portion is enabled to be demolded, which direction is inclined relative to the demolding direction of the molded product, by moving the holder in the demolding direction of the molded product.
A control information receiving method, comprising: receiving, by a terminal device (116, 122, 400, 500), configuration information of a control channel resource set from a network device (102, 600, 700), wherein the configuration information is used to indicate the control channel resource set, and the configuration information indicates a quantity of time-frequency resource blocks of the control channel resource set and an interval between two adjacent time-frequency resource blocks; determining, by the terminal device (116, 122, 400, 500), the control channel resource set based on the configuration information; and receiving, by the terminal device (116, 122, 400, 500), control information from the network device (102, 600, 700) within the control channel resource set, wherein an offset that is from a frequency domain center location of a synchronization signal block to a frequency domain center location of the control channel resource set is determined based on a cell identity in the synchronization signal block and is indicated by the configuration information, the synchronization signal block comprises broadcast information and a synchronization signal, and the broadcast information comprises the configuration information, wherein an inbound bandwidth of the terminal device (102, 600, 700) is determined based on the time-frequency resource block and the interval between two adjacent time-frequency resource blocks, the inbound bandwidth is a bandwidth through which the terminal device (116, 122, 400, 500) accesses a communication system that includes the network device (102, 600, 700). receiving, by a terminal device (116, 122, 400, 500), configuration information of a control channel resource set from a network device (102, 600, 700), wherein the configuration information is used to indicate the control channel resource set, and the configuration information indicates a quantity of time-frequency resource blocks of the control channel resource set and an interval between two adjacent time-frequency resource blocks; determining, by the terminal device (116, 122, 400, 500), the control channel resource set based on the configuration information; and receiving, by the terminal device (116, 122, 400, 500), control information from the network device (102, 600, 700) within the control channel resource set, wherein an offset that is from a frequency domain center location of a synchronization signal block to a frequency domain center location of the control channel resource set is determined based on a cell identity in the synchronization signal block and is indicated by the configuration information, the synchronization signal block comprises broadcast information and a synchronization signal, and the broadcast information comprises the configuration information, wherein an inbound bandwidth of the terminal device (102, 600, 700) is determined based on the time-frequency resource block and the interval between two adjacent time-frequency resource blocks, the inbound bandwidth is a bandwidth through which the terminal device (116, 122, 400, 500) accesses a communication system that includes the network device (102, 600, 700).
A cubic boron nitride sintered material comprising: more than or equal to 85 volume% and less than 100 volume% of cubic boron nitride grains; and a remainder of a binder, wherein the binder includes WC, Co and an Al compound, and when a TEM-EDX is used to analyze an interface region including an interface at which the cubic boron nitride grains are adjacent to each other, oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm. the binder includes WC, Co and an Al compound, and when a TEM-EDX is used to analyze an interface region including an interface at which the cubic boron nitride grains are adjacent to each other, oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm. oxygen exists on a whole or part of the interface, and a width D of a region in which the oxygen exists is more than or equal to 0.1 nm and less than or equal to 10 nm.
A method of wireless communication at a first apparatus, comprising: setting a location of at least one primary channel in a basic service set operating channel width, Op CW, on which a second apparatus is allowed to communicate with the first apparatus; defining a set of operating channels for a subchannel selective transmission procedure independent of the Op CW, the set of operating channels comprising at least one channel via which the second apparatus is allowed to change the location of the at least one primary channel to communicate with the first apparatus; and indicating the set of operating channels to the second apparatus. setting a location of at least one primary channel in a basic service set operating channel width, Op CW, on which a second apparatus is allowed to communicate with the first apparatus; defining a set of operating channels for a subchannel selective transmission procedure independent of the Op CW, the set of operating channels comprising at least one channel via which the second apparatus is allowed to change the location of the at least one primary channel to communicate with the first apparatus; and indicating the set of operating channels to the second apparatus.
A catalyst composition for a production process of δ-lactone from carbon dioxide and 1,3-butadiene, wherein said catalyst composition comprises: a) palladium metal complexes selected from palladium salicylaldehyde, palladium methoxy salicylaldehyde, palladium 4-methoxy salicylaldehyde, palladium 5-methoxy salicylaldehyde, palladium 4,6-dimethoxy salicylaldehyde, palladium 4-diethylamino salicylaldehyde, palladium 4-dibutylamino salicylaldehyde, palladium 5-bromo salicylaldehyde, palladium 5-chloro salicylaldehyde, palladium 3,5-dichloro salicylaldehyde, palladium 3-methyl salicylaldehyde, palladium 4-methyl salicylaldehyde, and palladium 5-methyl salicylaldehyde; and b) phosphorus compound selected from triphenylphosphine, tricyclohexylphosphine, tris(2-methoxyphenyl)phosphine, tris(4-methoxyphenyl)phosphine, or a mixture thereof. a) palladium metal complexes selected from palladium salicylaldehyde, palladium methoxy salicylaldehyde, palladium 4-methoxy salicylaldehyde, palladium 5-methoxy salicylaldehyde, palladium 4,6-dimethoxy salicylaldehyde, palladium 4-diethylamino salicylaldehyde, palladium 4-dibutylamino salicylaldehyde, palladium 5-bromo salicylaldehyde, palladium 5-chloro salicylaldehyde, palladium 3,5-dichloro salicylaldehyde, palladium 3-methyl salicylaldehyde, palladium 4-methyl salicylaldehyde, and palladium 5-methyl salicylaldehyde; and b) phosphorus compound selected from triphenylphosphine, tricyclohexylphosphine, tris(2-methoxyphenyl)phosphine, tris(4-methoxyphenyl)phosphine, or a mixture thereof.