mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of 2-amino-5,8-dialkoxy[1,2,4]triazolo[1,5- c]-pyrimidines of the formula, wherein R is C 1 -C 4 alkyl comprising: i) contacting a 4-chloro-2,5-dialkoxypyrimidine of the formula wherein R is as previously defined with a salt of cyanamide in a polar aprotic solvent to provide a 2,5-dialkoxy-4-cyanoaminopyrimidine of the formula in which R is as previously defined; ii) contacting the 2,5-dialkoxy-4-cyanoaminopyrimidine with either hydroxylamine as a free base or hydroxylamine salt in the presence of a base to provide a 2,5-dialkoxy-4-hydroxyguanidinylpyrimidine of the formula wherein R is as previously defined; and iii) cyclizing the 2,5-dialkoxy-4-hydroxyguanidinylpyrimidine by treating with an alkyl chloroformate to provide the 2-amino-5,8-dialkoxy[1,2,4]triazolo[1,5- c]pyrimidine, wherein (iii) is performed in a polar aprotic solvent. i) contacting a 4-chloro-2,5-dialkoxypyrimidine of the formula wherein R is as previously defined with a salt of cyanamide in a polar aprotic solvent to provide a 2,5-dialkoxy-4-cyanoaminopyrimidine of the formula in which R is as previously defined; ii) contacting the 2,5-dialkoxy-4-cyanoaminopyrimidine with either hydroxylamine as a free base or hydroxylamine salt in the presence of a base to provide a 2,5-dialkoxy-4-hydroxyguanidinylpyrimidine of the formula wherein R is as previously defined; and iii) cyclizing the 2,5-dialkoxy-4-hydroxyguanidinylpyrimidine by treating with an alkyl chloroformate to provide the 2-amino-5,8-dialkoxy[1,2,4]triazolo[1,5- c]pyrimidine, wherein (iii) is performed in a polar aprotic solvent.
An extrusion press comprising: a ram having a ram body configured for movement along a ram axis; and a compaction container defining a compaction compartment and having a compaction container axis, wherein the compaction container has a first open end and a second open end positioned opposite to the first open end, wherein the compaction container is rotatable between a first orientation wherein the compaction container axis is not aligned with the ram axis and a second orientation wherein the compaction container axis is aligned with the ram axis such that the ram body is movable into the compaction compartment, wherein when the compaction container is in the first orientation the first open end is positioned above the second open end; characterised in that the press includes a lid coupled to the compaction container and movable to a closed position at least when the compaction container is not in the second orientation, wherein the lid is configured such that when the lid is in the closed position the lid generally covers the first open end to retain material in the compaction container. a ram having a ram body configured for movement along a ram axis; and a compaction container defining a compaction compartment and having a compaction container axis, wherein the compaction container has a first open end and a second open end positioned opposite to the first open end, wherein the compaction container is rotatable between a first orientation wherein the compaction container axis is not aligned with the ram axis and a second orientation wherein the compaction container axis is aligned with the ram axis such that the ram body is movable into the compaction compartment, wherein when the compaction container is in the first orientation the first open end is positioned above the second open end; characterised in that the press includes a lid coupled to the compaction container and movable to a closed position at least when the compaction container is not in the second orientation, wherein the lid is configured such that when the lid is in the closed position the lid generally covers the first open end to retain material in the compaction container.
Valve for pressurised fluid, with or without an incorporated pressure-reducing valve, comprising a body housing a fluid circuit having an upstream end which is intended to be placed in communication with a supply of pressurised fluid and a downstream end which is intended to be placed in communication with a device that uses said fluid, the circuit comprising an isolation valve for selectively closing off the circuit, the valve being controlled by a lever, which is mounted so as to be able to pivot on the body between a rest position in which the isolation valve is held in a position for closing the circuit and an active position in which the lever moves the isolation valve into a position for opening the circuit, the valve comprising a functional member mounted on the body of the valve and comprised of a member for measuring a physical magnitude of fluid in the circuit, the member for measuring being a manometer indicating a pressure or a content, the member for measuring comprising a display characterised in that the lever comprises an opening delimited by a closed or open contour having a conjugated circular shape of the circular shape of the display of the member for measuring and in that, when the lever is in its rest position, the lever is positioned against or along the body of the valve, in front of the display, in this rest position, the opening located in front of the display in order to allow for continuous reading of the display.
Sensor for quantitatively detecting an analyte in a sample, wherein the sensor comprises at least one medium and a restriction means (4, 5, 6) by means of which a change in volume of the medium is mechanically restricted, wherein the medium contains at least one dye having an optical behavior which can be influenced within the sensor by the analyte and wherein the medium contains a carrier material, characterized in that an osmolality in the medium is given which is greater than a predetermined maximum sample osmolality for which the sensor is provided, and a modulus of elasticity of the restriction means (4, 5, 6) is at least 100 times as great as a modulus of elasticity of the carrier material. an osmolality in the medium is given which is greater than a predetermined maximum sample osmolality for which the sensor is provided, and a modulus of elasticity of the restriction means (4, 5, 6) is at least 100 times as great as a modulus of elasticity of the carrier material.
A conductive roller comprising: a shaft; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft, wherein the surface layer is composed of a mixture of a surface layer resin composition and particles, the surface layer resin composition comprises an energy ray-curable urethane resin, and the particles are composed of a particle resin composition comprising a urethane (meth)acrylate, wherein the particles are heat-curable. a shaft; and an elastic layer and a surface layer which are sequentially formed on the outer circumference of the shaft, wherein the surface layer is composed of a mixture of a surface layer resin composition and particles, the surface layer resin composition comprises an energy ray-curable urethane resin, and the particles are composed of a particle resin composition comprising a urethane (meth)acrylate, wherein the particles are heat-curable.
A bogie for a cable transportation system, the bogie extending along a longitudinal axis and comprising a main frame defining a supporting surface; a platform (12; 29) located over the main frame and designed to support at least one car; characterised in that the bogie further comprises an articulated mechanism connected to the main frame and the platform (12; 29), designed to transmit pulling force between the main frame and the platform (12; 29), and permitting movement of the platform (12; 29) with respect to the main frame in any direction.
An air conditioning system comprising: a refrigerant cycle including an outdoor unit and a plurality of indoor units, the outdoor unit including a compressor; a power feed unit that, in a case where a power source for at least one indoor unit of the plurality of indoor units is interrupted, is configured to feed power from an auxiliary power source to the at least one indoor unit; a controller that is configured to control at least the compressor; and a determining unit that, in the case where the power source for the at least one indoor unit of the plurality of indoor units is interrupted, is configured to make one of a determination to stop the compressor, and a determination to cause the compressor to continue operating, and is configured to transmit to the controller an instruction corresponding to the determination that has been made, characterized in that the controller is configured to cause at least the compressor to perform an oil return operation or a defrosting operation in the refrigerant cycle, and the determining unit is configured to determine whether to continue the oil return operation or the defrosting operation in a case where the power feed unit feeds power from the auxiliary power source to the at least one indoor unit. a refrigerant cycle including an outdoor unit and a plurality of indoor units, the outdoor unit including a compressor; a power feed unit that, in a case where a power source for at least one indoor unit of the plurality of indoor units is interrupted, is configured to feed power from an auxiliary power source to the at least one indoor unit; a controller that is configured to control at least the compressor; and a determining unit that, in the case where the power source for the at least one indoor unit of the plurality of indoor units is interrupted, is configured to make one of a determination to stop the compressor, and a determination to cause the compressor to continue operating, and is configured to transmit to the controller an instruction corresponding to the determination that has been made, characterized in that the controller is configured to cause at least the compressor to perform an oil return operation or a defrosting operation in the refrigerant cycle, and the determining unit is configured to determine whether to continue the oil return operation or the defrosting operation in a case where the power feed unit feeds power from the auxiliary power source to the at least one indoor unit.
Composite consisting of: hydroxypropyl-β-cyclodextrin (HPβCD), sucralose, an active pharmaceutical ingredient, optionally an aqueous vehicle, wherein said API is complexed in said HPβCD, said composite having a molar ratio HPβCD:sucralose between 1:0.05 and 1:0.8, said API being a steroid.
A computer-readable storage medium storing computer-readable instructions executable by one or more processors, that when executed by the one or more processors, cause the one or more processors to perform a method comprising: establishing a feature space (208, 308) for embedding a plurality of features; obtaining a labeled malware family dataset (202, 302) which includes samples of executable files, each sample being labeled as belonging to a particular family of known malware, wherein executable file samples of each malware family are distinguished from executable file samples of each other malware family by a respective labeled feature; extracting a labeled feature (206, 502) from executable file samples of the labeled malware family dataset (202, 302) for each labeled malware family therein; designating a loss function (204, 304) for embedding each labeled feature of the labeled malware family dataset in the feature space (208, 308); and training an embedding learning model (200, 300, 400, 500) on the designated loss function. establishing a feature space (208, 308) for embedding a plurality of features; obtaining a labeled malware family dataset (202, 302) which includes samples of executable files, each sample being labeled as belonging to a particular family of known malware, wherein executable file samples of each malware family are distinguished from executable file samples of each other malware family by a respective labeled feature; extracting a labeled feature (206, 502) from executable file samples of the labeled malware family dataset (202, 302) for each labeled malware family therein; designating a loss function (204, 304) for embedding each labeled feature of the labeled malware family dataset in the feature space (208, 308); and training an embedding learning model (200, 300, 400, 500) on the designated loss function.
A method for fabricating a light emitting diode structure, comprising: forming LED layers by epitaxially growing a first conductivity type layer over a growth wafer, a light-emitting layer over the first conductivity type layer, and a second conductivity type layer over the light-emitting layer; forming trenches to expose the first conductivity type layer, the trenches reaching at least partially into the first conductivity type layer, the trenches forming die edges of LED dies; electrically insulating regions of the exposed first conductivity type layer at the die edges by forming electrically insulating regions at the die edges; and forming a first conductivity type bond pad electrically coupled to the first conductivity type layer, the first conductivity type bond pad extending to at least one of the die edges and one or more second conductivity type bond pads electrically coupled to the second conductivity type layer, the second conductivity type bond pad extending to at least one of the die edges, the second conductivity type bond pad extends over the electrically insulating regions, characterized in that the first and the second conductivity type bond pads extend to the same die edge, and the second conductivity type bond pad extends over the electrically insulating regions at this same die edge. forming LED layers by epitaxially growing a first conductivity type layer over a growth wafer, a light-emitting layer over the first conductivity type layer, and a second conductivity type layer over the light-emitting layer; forming trenches to expose the first conductivity type layer, the trenches reaching at least partially into the first conductivity type layer, the trenches forming die edges of LED dies; electrically insulating regions of the exposed first conductivity type layer at the die edges by forming electrically insulating regions at the die edges; and forming a first conductivity type bond pad electrically coupled to the first conductivity type layer, the first conductivity type bond pad extending to at least one of the die edges and one or more second conductivity type bond pads electrically coupled to the second conductivity type layer, the second conductivity type bond pad extending to at least one of the die edges, the second conductivity type bond pad extends over the electrically insulating regions, characterized in that the first and the second conductivity type bond pads extend to the same die edge, and the second conductivity type bond pad extends over the electrically insulating regions at this same die edge.
Headrest device for a motor vehicle seat, said device comprising: - a headrest comprising a frame, said frame comprising at least one metal rod for assembly on a backrest of said seat, said rod comprising at least one locking notch in height and a weakened fold area, - a sheath for slidingly receiving said rod, - a drawer mounted with radial sliding at the top of said sheath, said drawer provided with an engagement edge in said notch, - an actuating spring of said drawer to a locked configuration wherein said edge is engaged in said notch; - a structure for receiving as nesting said sheath, with said structure being intended to be arranged at the top of a frame of said backrest, said device being characterised in that a space is provided between the top of said structure and the bottom of said edge, with said fold area being located in said space when said edge is engaged in said notch. - a headrest comprising a frame, said frame comprising at least one metal rod for assembly on a backrest of said seat, said rod comprising at least one locking notch in height and a weakened fold area, - a sheath for slidingly receiving said rod, - a drawer mounted with radial sliding at the top of said sheath, said drawer provided with an engagement edge in said notch, - an actuating spring of said drawer to a locked configuration wherein said edge is engaged in said notch; - a structure for receiving as nesting said sheath, with said structure being intended to be arranged at the top of a frame of said backrest, said device being characterised in that a space is provided between the top of said structure and the bottom of said edge, with said fold area being located in said space when said edge is engaged in said notch.
An information processing device, comprising: an acquiring unit configured to acquire information indicating a degree of excitement in a collection state of a voice, wherein: the collection state is a state in which voice data including speech sound of a user is collected, and the information indicating the degree of excitement includes attribute information of the sound of the voice data including a volume or a sound frequency; and a voice recognizing unit configured to perform first voice recognition based on a phoneme of the voice on a basis of: the information indicating the degree of excitement, a comparison between the degree of excitement and a first threshold value, and a length of a duration in which the degree of excitement is greater than the first threshold value. an acquiring unit configured to acquire information indicating a degree of excitement in a collection state of a voice, wherein: the collection state is a state in which voice data including speech sound of a user is collected, and the information indicating the degree of excitement includes attribute information of the sound of the voice data including a volume or a sound frequency; and the collection state is a state in which voice data including speech sound of a user is collected, and the information indicating the degree of excitement includes attribute information of the sound of the voice data including a volume or a sound frequency; and a voice recognizing unit configured to perform first voice recognition based on a phoneme of the voice on a basis of: the information indicating the degree of excitement, a comparison between the degree of excitement and a first threshold value, and a length of a duration in which the degree of excitement is greater than the first threshold value. the information indicating the degree of excitement, a comparison between the degree of excitement and a first threshold value, and a length of a duration in which the degree of excitement is greater than the first threshold value.
A PEG-carbohydrate-lipid conjugate represented by the general structure: wherein: Backbone is a molecule having at least three available binding sites or positions selected from the group consisting of glycerol or glycerol-like analogues or linear amines or amino acids or triols or diols with a carboxy group or amine, and diamines with a hydroxyl or carboxy group; Lipid is a diacylglycerol, fatty acid or steroid acid; Sugar is a monosaccharide, disaccharide or oligosaccharide; PEG is polyethylene glycol; R is a terminal group; and said Lipid, Sugar and PEG groups are covalently bonded to said Backbone through etherification, esterification or amidification; or by the general structure: wherein: Backbone is a polyamine or other compound having four available binding sites; Lipid 1 and Lipid 2 are carboxylic acids and may be the same or different; Sugar is a carbohydrate; PEG is polyethylene glycol; R is a terminal group; and said Lipid 1, Lipid 2, Sugar and PEG groups are covalently bonded to said Backbone through etherification, esterification or amidification. Backbone is a molecule having at least three available binding sites or positions selected from the group consisting of glycerol or glycerol-like analogues or linear amines or amino acids or triols or diols with a carboxy group or amine, and diamines with a hydroxyl or carboxy group; Lipid is a diacylglycerol, fatty acid or steroid acid; Sugar is a monosaccharide, disaccharide or oligosaccharide; PEG is polyethylene glycol; R is a terminal group; and said Lipid, Sugar and PEG groups are covalently bonded to said Backbone through etherification, esterification or amidification; or by the general structure: wherein: Backbone is a polyamine or other compound having four available binding sites; Lipid 1 and Lipid 2 are carboxylic acids and may be the same or different; Sugar is a carbohydrate; PEG is polyethylene glycol; R is a terminal group; and said Lipid 1, Lipid 2, Sugar and PEG groups are covalently bonded to said Backbone through etherification, esterification or amidification. Backbone is a polyamine or other compound having four available binding sites; Lipid 1 and Lipid 2 are carboxylic acids and may be the same or different; Sugar is a carbohydrate; PEG is polyethylene glycol; R is a terminal group; and said Lipid 1, Lipid 2, Sugar and PEG groups are covalently bonded to said Backbone through etherification, esterification or amidification.
A method for producing a cylinder (10, 110) for a two-stroke engine, comprising the following method steps: - producing a casting core (30, 130), wherein a central core slide (31, 131) for the cylinder chamber (11, 111) and at least one salt core (33, 133) for an overflow channel (18, 19; 118, 119) are produced, and the at least one salt core (33, 133) is connected to the central core slide (31, 131), - inserting the casting core (30, 130) into a casting mold, - casting the cylinder (10, 110) using a die casting method, - removing the central core slide (31, 131) from the cylinder (10, 110), wherein the at least one salt core (33, 133) is separated from the central core slide (31, 131), - flushing the at least one salt core (33, 133) out of the cylinder (10, 110). - producing a casting core (30, 130), wherein a central core slide (31, 131) for the cylinder chamber (11, 111) and at least one salt core (33, 133) for an overflow channel (18, 19; 118, 119) are produced, and the at least one salt core (33, 133) is connected to the central core slide (31, 131), - inserting the casting core (30, 130) into a casting mold, - casting the cylinder (10, 110) using a die casting method, - removing the central core slide (31, 131) from the cylinder (10, 110), wherein the at least one salt core (33, 133) is separated from the central core slide (31, 131), - flushing the at least one salt core (33, 133) out of the cylinder (10, 110).
A paired compress gas energy storage device, comprising an inner body and an outer body sleeved outside the inner body; wherein the inner body is filled with a first gas; the outer body is not in direct contact with the inner body; an annular cavity is formed between the outer body and the inner body; the cavity is filled with a second gas; a gas energy pressure difference exists between the first gas and the second gas; and the paired compress gas energy storage is the storage of energy using the pressure difference between the first gas and the second gas; wherein the paired compress gas energy storage device is internally provided with a plurality of brake isolation support mechanisms; the inner body is divided into a plurality of inner isolation compartments by the plurality of brake isolation support mechanisms; the cavity formed between the outer body and the inner body is divided into a plurality of outer isolation compartments by the plurality of brake isolation support mechanisms; the brake isolation support mechanisms are provided with a plurality of first diversion channels and a plurality of second diversion channels; the plurality of outer isolation compartments are communicated with each other through the plurality of second diversion channels; and the plurality of inner isolation compartments are communicated with each other through the plurality of first diversion channels.