mhurhangee/ep-ind-claims huggingface dataset:
A climatization container comprising: a compartment for storing products; a duct; a fan configured to draw air from the compartment into the duct; a cooling system including an evaporator located in the duct; and at least one air guide located in the duct; the climatization container further comprising an outer shell at least partially surrounding the compartment such that the duct is defined between a wall of the compartment and the outer shell wherein the fan is located in the duct on a first side of the evaporator and a vent between the duct and the compartment is located on a second, opposite side of the evaporator such that air from the compartment flows between the fan and the vent over a surface of the evaporator; wherein the evaporator is narrower than the duct in a plane defined by a surface of the evaporator, the air guide directing air drawn from the compartment such that it passes over a surface of the evaporator; and characterized in that the air guide closes off a volume of the duct to prevent air flow between the fan and the vent from passing through that volume. a compartment for storing products; a duct; a fan configured to draw air from the compartment into the duct; a cooling system including an evaporator located in the duct; and at least one air guide located in the duct; the climatization container further comprising an outer shell at least partially surrounding the compartment such that the duct is defined between a wall of the compartment and the outer shell wherein the fan is located in the duct on a first side of the evaporator and a vent between the duct and the compartment is located on a second, opposite side of the evaporator such that air from the compartment flows between the fan and the vent over a surface of the evaporator; wherein the evaporator is narrower than the duct in a plane defined by a surface of the evaporator, the air guide directing air drawn from the compartment such that it passes over a surface of the evaporator; and characterized in that the air guide closes off a volume of the duct to prevent air flow between the fan and the vent from passing through that volume.
A method for preparing fatty acid alkyl ester for bio-diesel fuels, comprising the step of esterifying fatty acid raw material with alcohol, under a temperature of 250 to 320 °C and a pressure of atmospheric pressure to 10 bar, wherein the esterifaction reaction is carried out without using catalyst, wherein the fatty acid raw material, which reacts with alcohol, is fatty acid distillate which is produced as a by-product during the process of refining crude vegetable oil to obtain refined vegetable oil, and wherein the fatty acid distillate contains 65 to 95 weight% of fatty acid which has carbon atom number of aliphatic part of 14 to 24, further comprising the steps of: firstly refining a crude fatty acid alkyl ester produced at the esterifying step of fatty acid with alcohol, by feeding the crude fatty acid alkyl ester to a distillation column and then distilling impurities having low boiling point from the crude fatty acid alkyl ester, by maintaining the temperature of the lower part of the distillation column to be 150 to 250 °C at the vacuum condition of 0.133 to 200 mbar (0.1 to 150 torr); and secondly refining the firstly refined fatty acid alkyl ester by feeding the firstly refined fatty acid alkyl ester to a distillation column, by maintaining the temperature of the lower part of the distillation column to be 200 to 300 °C at the vacuum condition of 0.133 to 200 mbar (0.1 to 150 torr) for obtaining fatty acid which has 14 to 24 of carbon atom number of aliphatic part by distillation and removing residues.
Integrated gasification combined cycle apparatus comprising an air separation apparatus, a gasification furnace facility, a gas purification facility and a combined cycle facility, the air separation apparatus comprising means for producing nitrogen gas (N1, N2) that is supplied and used in said gasification furnace facility and/or gas purification facility and means for producing an oxygen enriched gas which is sent to a compressor to form a gasification stream feeding the gasification furnace and characterized in that it comprises means (25,26) for mixing the oxygen enriched gas with air upstream of the compressor.
Plastic tank for a motor vehicle, wherein the plastic tank comprises a container wall composed of plastic, wherein an opening is arranged in the container wall, wherein the plastic tank comprises a removable cover and the cover can be used to close and open the opening, wherein a stiffening ring is embedded into the edge of the container wall, said edge surrounding the opening, wherein the stiffening ring is a plastics injection-moulded component, wherein the cover is supported directly or indirectly by the stiffening ring when the opening is being closed characterized in that the stiffening ring has stiffening geometries, namely stiffening honeycomb-like structures and/or stiffening ribs, wherein a bayonet ring or threaded ring for the closing and removal of the cover is retained by the stiffening ring.
A multilayer blow-molded film for producing labels with a layer structure formed by coextrusion, comprising two outer layers of polyethylene, a core layer of polyethylene comprising a bimodal polyethylene or a mixture of bimodal polyethylenes with a density between 0.925 g/cm3 and 0.94 g/cm3, and, on both sides of the core layer, an intermediate layer of polypropylene with a melt flow index of more than 4.0 g/10 min (measured according to ISO 1133 at 230 °C and 2.16 kg).
An aircraft monument including at least one refrigeration unit having an outer surface forming a metallic cold bridge, and including a protective panel comprising: an impact-resistant outer skin; a carbon fiber composite panel; and a thermal insulation panel selectively disposed in proximity with the metallic cold bridge, the protective panel characterized by: an insulating layer of open cell acoustic foam disposed within the protective panel between said impact-resistant outer skin and said thermal insulation panel, wherein said carbon fiber composite panel is bonded to the aircraft monument, said thermal insulation panel is sandwiched between the insulating layer of open cell acoustic foam and the carbon fiber composite panel, and said thermal insulation panel comprises a plurality of vacuum insulation panel tiles. an impact-resistant outer skin; a carbon fiber composite panel; and a thermal insulation panel selectively disposed in proximity with the metallic cold bridge, the protective panel characterized by: an insulating layer of open cell acoustic foam disposed within the protective panel between said impact-resistant outer skin and said thermal insulation panel, wherein said carbon fiber composite panel is bonded to the aircraft monument, said thermal insulation panel is sandwiched between the insulating layer of open cell acoustic foam and the carbon fiber composite panel, and said thermal insulation panel comprises a plurality of vacuum insulation panel tiles. an insulating layer of open cell acoustic foam disposed within the protective panel between said impact-resistant outer skin and said thermal insulation panel, wherein said carbon fiber composite panel is bonded to the aircraft monument, said thermal insulation panel is sandwiched between the insulating layer of open cell acoustic foam and the carbon fiber composite panel, and said thermal insulation panel comprises a plurality of vacuum insulation panel tiles.
An apparatus for making a smoking article having a rod of smokeable material and a cylindrically wrapped layer of sheet material, the apparatus comprising: a holder for holding sheet material; an embossing unit configured to emboss sheet material drawn from the holder; and an assembling station for assembling the smoking article, configured to receive embossed sheet material from the embossing unit and to wrap the embossed sheet material at least partially around a part of the smoking article wherein the embossing unit is configured to form an embossed pattern on the sheet material; and further comprising a controller configured to bring into register a print pattern on the sheet material with the embossed pattern. a holder for holding sheet material; an embossing unit configured to emboss sheet material drawn from the holder; and an assembling station for assembling the smoking article, configured to receive embossed sheet material from the embossing unit and to wrap the embossed sheet material at least partially around a part of the smoking article wherein the embossing unit is configured to form an embossed pattern on the sheet material; and further comprising a controller configured to bring into register a print pattern on the sheet material with the embossed pattern.
A medical device for delivering electrical stimulation to a heart, the device comprising: a housing configured to be implanted on the heart or within a chamber of the heart; one or more electrodes (114, 114') connected to the housing; and a controller disposed within the housing, the controller configured to: sense a first signal, determine an absolute value of the sensed first signal, determine an integrated signal of the absolute value of the sensed first signal, determine a respiration rate based at least in part on the integrated signal, and adjust a rate of delivery of electrical stimulation by the medical device based at least in part on the determined respiration rate. a housing configured to be implanted on the heart or within a chamber of the heart; one or more electrodes (114, 114') connected to the housing; and a controller disposed within the housing, the controller configured to: sense a first signal, determine an absolute value of the sensed first signal, determine an integrated signal of the absolute value of the sensed first signal, determine a respiration rate based at least in part on the integrated signal, and adjust a rate of delivery of electrical stimulation by the medical device based at least in part on the determined respiration rate. sense a first signal, determine an absolute value of the sensed first signal, determine an integrated signal of the absolute value of the sensed first signal, determine a respiration rate based at least in part on the integrated signal, and adjust a rate of delivery of electrical stimulation by the medical device based at least in part on the determined respiration rate.
A method for interference rejection, comprising: acquiring one or more diversity signals, and analyzing interference types of interferences to which the one or more diversity signals are subject; and selecting, according to an analysis result, a corresponding interference rejection mechanism to combine the one or more diversity signals; characterized in that analyzing the interference types of the interferences to which the one or more diversity signals are subject comprises: analyzing the interference types of the interferences, to which the one or more diversity signals are subject, according to a proportion of interferences whose interference types are known interference in the interferences and a proportion of interferences whose interference types are unknown interference in the interferences. acquiring one or more diversity signals, and analyzing interference types of interferences to which the one or more diversity signals are subject; and selecting, according to an analysis result, a corresponding interference rejection mechanism to combine the one or more diversity signals; characterized in that analyzing the interference types of the interferences to which the one or more diversity signals are subject comprises: analyzing the interference types of the interferences, to which the one or more diversity signals are subject, according to a proportion of interferences whose interference types are known interference in the interferences and a proportion of interferences whose interference types are unknown interference in the interferences.
Oxidation dye for dyeing keratin fibers, in particular human hair, which in a medium suitable for dyeing contains at least one p-aminophenol derivative and 3-amino-2-chloro-6-methylphenol, characterized in that, for shading, the agent contains at least one coupler component selected from 2,4-diaminophenoxyethanol, 1-methoxy-2-amino-4-(2'-hydroxyethylamino)benzene, 1-amino-3-bis-(2'-hydroxyethyl)aminobenzene, and 2,6-bis-(2-hydroxyethylamino)-1-methylbenzene.
An apparatus for limiting fluid pressure in a medical catheter retention balloon designed for use with a source of pressurized fluid having a connector associated therewith, wherein the medical catheter retention balloon has a supply fluid path from the apparatus for filling the medical catheter retention balloon and a return fluid path communicating with the medical catheter retention balloon connected to the apparatus, the apparatus comprising: a body with a fluid inlet port for receiving the connector associated with the pressurized fluid source and a fluid outlet port; a first passage (40a,52,54,40b) connecting said fluid inlet port and the fluid outlet port of said body; a second passage connected to a return port of the body which is in turn connected to said return fluid path; and means for preventing fluid flow through said first passage (40a,52,54,40b) when the fluid pressure in said second passage exceeds a predetermined level, wherein said fluid flow preventing means comprises a moveable means, said moveable means being moveable between a first position, wherein fluid flow through said first passage (40a,52,54,40b) is not obstructed, and a second position wherein fluid flow through said first passage (40a,52,54,40b) is obstructed, said moveable means being moved from said first position to said second position in response to fluid pressure in a chamber section of said second passage exceeding said predetermined level; said fluid flow preventing means further comprising flexible means located in the chamber section of said second passage, which said flexible means defining a normally open portion of said first fluid passage (40a,52,54,40b) is closed by said moveable means pressing on said flexible means when said moveable means is in said second position.
Heat exchanger comprising: - flat tubes placed parallel to one another, - a first and a second heat-transfer fluid manifold, each placed respectively at an end of the flat tubes, characterized in that the first manifold is divided into at least one proximal part, comprising at least one first peripheral tube, and to which is connected a heat-transfer fluid intake and one distal part to which is connected a heat-transfer fluid discharge and comprising at least one second peripheral tube distinct from that of the proximal part, said parts (5a, 5b) being separated by at least one screen placed in said first manifold between two ends of flat tubes, blocking the circulation of heat-transfer fluid between said two flat tubes in said first manifold, the heat exchanger further comprising a connection system fixed to the first manifold and comprising a supply connector linked to the heat-transfer fluid intake of the proximal part of the first manifold and a discharge connector linked to the heat-transfer fluid discharge of the distal part of the first manifold, characterized by the connection system comprising a prepositioning slot into which the proximal peripheral tube is at least partially inserted. - flat tubes placed parallel to one another, - a first and a second heat-transfer fluid manifold, each placed respectively at an end of the flat tubes,
A concrete mix comprising sand, fine aggregates, binder, fibers, and various admixtures, having a consistency from S2-S5 and SF1-SF3, wherein S means slump of concrete in mm and SF means flow of concrete in mm, a compressive strength in the range of 30-80 MPa and a ductility represented by the following values: 30 < fc < 80 MPa 3 < ffl < 12 MPa 3 < fR 1 < 12 MPa 2.5 < fR 3 < 15 MPa, wherein fc is compressive strength, ffl is flexural strength, fR1 is strength at crack mouth opening 0.5 mm and fR3 is strength at crack mouth opening 2.5 mm, wherein the concrete mix contains at least 390 Kg/m 3 of binder, the concrete mix comprises a paste volume of 300-600 liters, the concrete mix contains at least two systems of fibers A and B, the fibers system A consists of metallic fibers with a dosage of 25-100 kg/m 3 with respect to the concrete mix and having an ultimate strength of at least 1200 MPa, a length of 35-100 mm, the fibers system B have a dosage of 0.2%-0-9% by m 3 of the concrete mix, wherein the fibers system B comprises 65-90% in volume of metallic fibers having a length of 5-35 mm, the concrete mix contains a general admixture system that is composed of at least 2 sub-admixture systems I and II, wherein the first Admixture system I comprises at least 2 polycarboxylic acid co-polymers, a strong water reducer PCE and a workability retention PCE, wherein the second Admixture system II is a stabilizer obtained from a compound selected from the group consisting of modified cellulose, carboxymethyl cellulose, hydroxyethyl cellulose, hydroxypropyl methyl cellulose, natural starch, modified starch, branched modified starch, naturals gums, Xanthan gum, fine silica, colloidal silica, silica fume and any combination thereof. wherein fc is compressive strength, ffl is flexural strength, fR1 is strength at crack mouth opening 0.5 mm and fR3 is strength at crack mouth opening 2.5 mm, wherein the concrete mix contains at least 390 Kg/m 3 of binder, the concrete mix comprises a paste volume of 300-600 liters, the concrete mix contains at least two systems of fibers A and B, the fibers system A consists of metallic fibers with a dosage of 25-100 kg/m 3 with respect to the concrete mix and having an ultimate strength of at least 1200 MPa, a length of 35-100 mm, the fibers system B have a dosage of 0.2%-0-9% by m 3 of the concrete mix, wherein the fibers system B comprises 65-90% in volume of metallic fibers having a length of 5-35 mm, the concrete mix contains a general admixture system that is composed of at least 2 sub-admixture systems I and II, wherein the first Admixture system I comprises at least 2 polycarboxylic acid co-polymers, a strong water reducer PCE and a workability retention PCE, wherein the second Admixture system II is a stabilizer obtained from a compound selected from the group consisting of modified cellulose, carboxymethyl cellulose, hydroxyethyl cellulose, hydroxypropyl methyl cellulose, natural starch, modified starch, branched modified starch, naturals gums, Xanthan gum, fine silica, colloidal silica, silica fume and any combination thereof.
A soft gum fingerstall oximeter without pivot structure, comprising a soft silica gel fingerstall which is configured to wrap around a finger closely with variations of the profile of the finger and is configured to cause a clamping force distributed on the clamped portion of the finger uniformly, further comprising a circuit unit which includes a data processing circuit board, measuring circuit boards (25, 26), a test report display screen (14, 23), operation keys and a battery (17, 28); and a soft silica gel sheath in which the circuit unit is provided and which has an opening through which fingers can be inserted into, and the measuring circuit boards include an emission circuit board and a reception circuit board which are provided opposite to each other.
A pull-out guide for a furniture part which can be pulled out of a furniture carcass, comprising a first guide rail (3, 4) and a second guide rail (4, 5) which is mounted displaceably over a path of displacement in and counter to a direction of displacement (6, 7) relative to the first guide rail (3, 4), wherein the braking of the second guide rail (4, 5) at least at one end of the path of displacement is damped by a stop damper (25, 47) arranged on one of the guide rails (3, 4, 5), against which damper a mating stop element (24, 48, 60) arranged on the other guide rail (3, 4, 5) runs up, characterised in that the stop damper (25, 47) is in the form of a lever which is arranged mounted pivotably about a pivot axis (26, 49) on the guide rail (3, 4, 5) on which the stop damper (25, 47) is arranged, and which comprises a first lever arm (27, 51) with a stop surface (41, 54, 61), against which surface the mating stop element (24, 48, 60) runs up upon braking of the second guide rail (4, 5), and an elastically flexible second lever arm (28, 55) for damping the braking of the second guide rail (4, 5), with a supporting surface (29, 57, 62) with which the second lever arm (28, 55) is supported relative to the guide rail (3, 4, 5) on which the stop damper (25, 47) is pivotably mounted, and in that at a limit value of the pivoting of the first lever arm (27, 51) about the pivot axis (26, 49) an overload stop means (24, 36; 58, 59; 58, 63) takes effect which limits the pivoting of the first lever arm (27, 51) about the pivot axis (26, 49).
A method of forming an innerliner for a tire comprising: contacting a functionalized poly(isobutylene- co - p -methylstyrene) elastomer with one or more layered fillers and one or more solvents to form a nanocomposite composition; precipitating the nanocomposite composition; and forming an innerliner suitable for a tire; characterised in that, in the contacting step, the functionalized poly(isobutylene- co - p- methylstyrene) elastomer, the one or more layered fillers and the one or more solvents are contacted with one or more processing aids, wherein the one or more processing aids are present in the range from 1 to 8 phr. contacting a functionalized poly(isobutylene- co - p -methylstyrene) elastomer with one or more layered fillers and one or more solvents to form a nanocomposite composition; precipitating the nanocomposite composition; and forming an innerliner suitable for a tire; characterised in that, in the contacting step, the functionalized poly(isobutylene- co - p- methylstyrene) elastomer, the one or more layered fillers and the one or more solvents are contacted with one or more processing aids, wherein the one or more processing aids are present in the range from 1 to 8 phr.
A polyester resin comprising: structural unit represented by General Formula; structural unit derived from an aliphatic diol having 3 to 8 carbon atoms (provided that the structural unit is excluded); and at least one structural unit selected from the group consisting of structural unit derived from a trivalent or higher-valent acid component and structural unit derived from a trihydric or higher-hydric alcohol component, wherein the polyester resin includes the structural unit in an amount of 20 molar parts or more with respect to 100 molar parts of all the structural units derived from acid components. structural unit represented by General Formula; structural unit derived from an aliphatic diol having 3 to 8 carbon atoms (provided that the structural unit is excluded); and at least one structural unit selected from the group consisting of structural unit derived from a trivalent or higher-valent acid component and structural unit derived from a trihydric or higher-hydric alcohol component, wherein the polyester resin includes the structural unit in an amount of 20 molar parts or more with respect to 100 molar parts of all the structural units derived from acid components.