mhurhangee/ep-ind-claims huggingface dataset:
Non-woven fabric laying device, in particular a cross-laying device, for folding and depositing an infed fibrous web so as to form a multiple-layer non-woven fabric, wherein the non-woven fabric laying device for transporting the web has a plurality of carriages (10 - 16) which are guided so as to be movable in a linear manner and driven by a carriage drive, and a plurality of conveyor belts (7, 8) which are guided across the carriages (10 - 16), wherein one or a plurality of carriage drives has/have an electric linear motor - which has a primary part having a coil assembly, and a secondary part having a magnet assembly, - wherein the non-woven fabric laying device has a plurality of, in particular two, mechanically mutually decoupled and independently movable main carriages (10, 11) having in each case one dedicated carriage drive which is controlled in an open-loop or closed-loop manner and has at least one electric linear motor, - wherein the carriage drives of the main carriages (10, 11) in terms of control technology are coupled and mutually adapted, and wherein - the main carriages (10, 11) carry out parallel travelling movements in the same travel direction at dissimilar speeds as well as over dissimilar travel distances, and herein are driven in a synchronous manner by the carriage drives of said main carriages (10, 11). - which has a primary part having a coil assembly, and a secondary part having a magnet assembly, - wherein the non-woven fabric laying device has a plurality of, in particular two, mechanically mutually decoupled and independently movable main carriages (10, 11) having in each case one dedicated carriage drive which is controlled in an open-loop or closed-loop manner and has at least one electric linear motor, - wherein the carriage drives of the main carriages (10, 11) in terms of control technology are coupled and mutually adapted, and wherein - the main carriages (10, 11) carry out parallel travelling movements in the same travel direction at dissimilar speeds as well as over dissimilar travel distances, and herein are driven in a synchronous manner by the carriage drives of said main carriages (10, 11).
A winding assembly configured to be disposed in a stator, wherein the stator comprises a tube wall, wherein the winding assembly comprises: a first winding group comprising a plurality of winding units (221, 222, 223), wherein the plurality of winding units (221, 222, 223) of the first winding group are disposed side by side on an inner side of the tube wall and collaboratively define an outer layer; and a second winding group comprising a plurality of winding units (224, 225, 226), wherein the plurality of winding units (224, 225, 226) of the second winding group are disposed side by side on an inner side of the outer layer and collaboratively define an inner layer, wherein each of the winding units (224, 225, 226) at the inner layer is adjacent to two of the winding units (221, 222, 223) at the outer layer, wherein any one of geometric projections of the winding units (224, 225, 226) at the inner layer on the tube wall is partially overlapped with geometric projections of the two adjacent winding units (221, 222, 223) at the outer layer on the tube wall, characterized in that a number of turns of the winding units (221, 222, 223) of the first winding group is greater than a number of turns of the winding units (224, 225, 226) of the second winding group. a first winding group comprising a plurality of winding units (221, 222, 223), wherein the plurality of winding units (221, 222, 223) of the first winding group are disposed side by side on an inner side of the tube wall and collaboratively define an outer layer; and a second winding group comprising a plurality of winding units (224, 225, 226), wherein the plurality of winding units (224, 225, 226) of the second winding group are disposed side by side on an inner side of the outer layer and collaboratively define an inner layer, wherein each of the winding units (224, 225, 226) at the inner layer is adjacent to two of the winding units (221, 222, 223) at the outer layer, wherein any one of geometric projections of the winding units (224, 225, 226) at the inner layer on the tube wall is partially overlapped with geometric projections of the two adjacent winding units (221, 222, 223) at the outer layer on the tube wall, characterized in that a number of turns of the winding units (221, 222, 223) of the first winding group is greater than a number of turns of the winding units (224, 225, 226) of the second winding group.
Device for dispensing or atomizing a liquid, preferably a drug, with a pump for pressurizing the liquid and with a cartridge comprising or consisting of: a storage means containing the liquid, characterized in that the cartridge comprises a first valve, wherein the storage means is connected to the first valve, and wherein the first valve comprises a stem through which the liquid can be outputted and by which the first valve can be opened and wherein the valve or stem is biased into the closed position and in that the first valve connects the storage means to the pump and/or that the stem is connected to the pump. a storage means containing the liquid,
A printing press comprising a plurality of printing groups, which in each case have at least one plate cylinder, on which one or a plurality of printing plates are accommodated, which in each case have a marking, and a testing device, which is equipped to test a printing plate assignment of the respective plate cylinders of the printing groups by using the marking of the respective printing plates, characterized in that the marking is arranged in a printing area of the respective printing plates and forms a part of a machine-readable assignment code (100, 100', 100"), which is composed of the respective markings of at least two printing plates and which corresponds to a set printing plate assignment for a predetermined print side, wherein the testing device is equipped to detect print image data of composite markings on printing material, to compare the print image data to the set image data of assignment codes (100, 100', 100") stored in the testing device, and to determine a comparison result therefrom.
An insert for sealing an installation hole comprising: a core having a height and a tapered outer wall; a threaded hole located in a first end of said core, a depth of said threaded hole less than the height; characterized by a cylindrical metallic sleeve having a second height and a through hole defining an inner diameter wherein said cylindrical metallic sleeve is in contact with and surrounds at least part of said core and a maximum diameter of said cylindrical metallic sleeve is less than or equal to a diameter of the installation hole; a second end of said core having an outer diameter larger than the inner diameter of said through hole; said first end of said core is press fit into and in contact with said cylindrical metallic sleeve prior to engagement of a male threaded device with said threaded hole and prior to retraction of said core into said cylindrical metallic sleeve; wherein when said core is pulled into said cylindrical metallic sleeve, said core exerts an outward force on an inner surface of said cylindrical metallic sleeve to radially expand said cylindrical metallic sleeve. a core having a height and a tapered outer wall; a threaded hole located in a first end of said core, a depth of said threaded hole less than the height; characterized by a cylindrical metallic sleeve having a second height and a through hole defining an inner diameter wherein said cylindrical metallic sleeve is in contact with and surrounds at least part of said core and a maximum diameter of said cylindrical metallic sleeve is less than or equal to a diameter of the installation hole; a second end of said core having an outer diameter larger than the inner diameter of said through hole; said first end of said core is press fit into and in contact with said cylindrical metallic sleeve prior to engagement of a male threaded device with said threaded hole and prior to retraction of said core into said cylindrical metallic sleeve; wherein when said core is pulled into said cylindrical metallic sleeve, said core exerts an outward force on an inner surface of said cylindrical metallic sleeve to radially expand said cylindrical metallic sleeve.
A method for manufacturing an approximately parallelepiped-shaped sink comprising a series of flat rectangular slabs made of ceramic/clay material, firmly connected to one another at their relative sides,,,, without any wooden formworks, wherein said method comprises the following steps of: producing on said sides,,, of said slabs,,, the connection bevels tilted at predetermined angles (α) (β) in respect to the lying planes of the respective slabs,,,, so that the support of the flat face of a connection bevel present on a side of a slab, against the flat face of the connection bevel present on a connection side of another slab, determines a mutual perpendicular positioning between the two slabs, making on connection sides of said slabs, before the mutual connection of said slabs,,,, exposed bevels,, on the visible surface of said slabs with a predetermined angle in respect to the relative slabs so that each pair of side-by-side exposed bevels,, of two mutually connected sides are substantially coplanar to one another, and firmly fixing the flat faces of the connection bevel and the sides of said slabs to one another, positioned perpendicularly in respect to one another, by an adhesive composition. producing on said sides,,, of said slabs,,, the connection bevels tilted at predetermined angles (α) (β) in respect to the lying planes of the respective slabs,,,, so that the support of the flat face of a connection bevel present on a side of a slab, against the flat face of the connection bevel present on a connection side of another slab, determines a mutual perpendicular positioning between the two slabs, making on connection sides of said slabs, before the mutual connection of said slabs,,,, exposed bevels,, on the visible surface of said slabs with a predetermined angle in respect to the relative slabs so that each pair of side-by-side exposed bevels,, of two mutually connected sides are substantially coplanar to one another, and firmly fixing the flat faces of the connection bevel and the sides of said slabs to one another, positioned perpendicularly in respect to one another, by an adhesive composition.
A heat recovery unit for generating a heated fluid by a hot exhaust gas, comprising: a housing having an inlet for introducing hot exhaust gas and an outlet for discharging treated exhaust gas, and arranged in said housing at least one heat exchanger for heat exchange between the hot exhaust gas and a fluid, and an auxiliary combustor for combusting fuel with hot exhaust gas, the auxiliary combustor being provided with a fuel supply (24; 82), which auxiliary combustor is arranged downstream of the at least one heat exchanger in said housing, characterized in that an exhaust gas bypass (26; 27) for a part of the hot exhaust gas is provided, having an inlet for exhaust gas, and being positioned upstream of the at least one heat exchanger, and having an outlet in fluid communication with the auxiliary combustor. at least one heat exchanger for heat exchange between the hot exhaust gas and a fluid, and an auxiliary combustor for combusting fuel with hot exhaust gas, the auxiliary combustor being provided with a fuel supply (24; 82), which auxiliary combustor is arranged downstream of the at least one heat exchanger in said housing,
An indoor unit of an air conditioning apparatus, the indoor unit comprising: a housing; a heat exchanger arranged in the housing; first refrigerant piping arranged in the housing and passing in the heat exchanger; a connection portion for connecting the first refrigerant piping with a second refrigerant piping routed from an exterior of the housing; and a retainment portion serving as a space accommodating the connection portion; a suction port sucking unconditioned air; a refrigerant leakage detection flow path (80 or 180); and refrigerant leakage detection means (58 or 158) detecting refrigerant flowing through the refrigerant leakage detection flow path (80 or 180), characterized in that an entrance (81 or 181) of the refrigerant leakage detection flow path (80 or 180) communicates with the retainment portion, and an exit (82 or 182) of the refrigerant leakage detection flow path (80 or 180) communicates with the suction port. a housing; a heat exchanger arranged in the housing; first refrigerant piping arranged in the housing and passing in the heat exchanger; a connection portion for connecting the first refrigerant piping with a second refrigerant piping routed from an exterior of the housing; and a retainment portion serving as a space accommodating the connection portion; a suction port sucking unconditioned air; a refrigerant leakage detection flow path (80 or 180); and refrigerant leakage detection means (58 or 158) detecting refrigerant flowing through the refrigerant leakage detection flow path (80 or 180), characterized in that an entrance (81 or 181) of the refrigerant leakage detection flow path (80 or 180) communicates with the retainment portion, and an exit (82 or 182) of the refrigerant leakage detection flow path (80 or 180) communicates with the suction port.
A microwave aging device comprising: a microwave aging unit having an aging chamber configured to store food, an irradiation port through which microwave irradiation is performed into the aging chamber, and a blower fan configured to blow air into the aging chamber; a cooling unit having a cooling chamber that is cooled by a cooler; a microwave oscillating unit connected to the irradiation port; and a controller, wherein the aging chamber is arranged in the cooling chamber. a microwave aging unit having an aging chamber configured to store food, an irradiation port through which microwave irradiation is performed into the aging chamber, and a blower fan configured to blow air into the aging chamber; a cooling unit having a cooling chamber that is cooled by a cooler; a microwave oscillating unit connected to the irradiation port; and a controller, wherein the aging chamber is arranged in the cooling chamber.
A connector for coupling an end of a coaxial cable to a terminal, the coaxial cable comprising an inner conductor, a dielectric surrounding the inner conductor, an outer conductor surrounding the dielectric, a braided shield surrounding the dielectric, and a jacket surrounding the braided shield, the connector comprising: a hollow body having a rear end, a front end, and an internal surface extending between the rear and front ends of the body, the internal surface defining a longitudinal opening; a tubular post disposed at least partially within the longitudinal opening of the hollow body, the tubular post having a rear end, an inner surface and an outer surface, the rear end of the tubular post having at least one thread on the outer surface, and wherein at least a portion of the outer surface of the tubular post and at least a portion of the internal surface of the hollow body define an annular cavity therebetween; an insulating member disposed within the longitudinal opening of the hollow body, the insulating member having a front end, a rear end, and an opening extending between the front and rear ends, at least a portion of rear end of the insulating member disposed against a portion of the inner surface of the tubular post; and a pin inserted into and substantially along the opening of the insulating member, wherein the connector is characterized in that the pin and insulating member are rotatable together relative to the hollow body and the tubular post. a hollow body having a rear end, a front end, and an internal surface extending between the rear and front ends of the body, the internal surface defining a longitudinal opening; a tubular post disposed at least partially within the longitudinal opening of the hollow body, the tubular post having a rear end, an inner surface and an outer surface, the rear end of the tubular post having at least one thread on the outer surface, and wherein at least a portion of the outer surface of the tubular post and at least a portion of the internal surface of the hollow body define an annular cavity therebetween; an insulating member disposed within the longitudinal opening of the hollow body, the insulating member having a front end, a rear end, and an opening extending between the front and rear ends, at least a portion of rear end of the insulating member disposed against a portion of the inner surface of the tubular post; and a pin inserted into and substantially along the opening of the insulating member, wherein the connector is characterized in that the pin and insulating member are rotatable together relative to the hollow body and the tubular post.
A nitrogen-containing multi-block copolymer comprising: at least one A block comprising polyisoprene having isoprene repeat units and wherein no more than 1 mole percent of the isoprene repeat units are aminated; and at least one B block comprising amino-functionalized polybutadiene, the amino-functionalized polybutadiene comprising pendant groups of Formula (I-A) *-CH 2 CH 2 CH 2 -NR 1 R 2 (I-A) wherein R 1 is hydrogen, alkyl, or aryl and R 2 is an alkyl or aryl; or R 1 and R 2 together with the nitrogen to which they are both attached form a heterocyclic ring wherein the heterocyclic ring is saturated wherein optionally the heterocyclic ring comprises 0 to 2 additional heteroatoms wherein the additional heteroatoms are selected from nitrogen or oxygen; and an asterisk ( *) denotes the point of attachment of the pendant groups to a carbon atom in the polymeric backbone. at least one A block comprising polyisoprene having isoprene repeat units and wherein no more than 1 mole percent of the isoprene repeat units are aminated; and at least one B block comprising amino-functionalized polybutadiene, the amino-functionalized polybutadiene comprising pendant groups of Formula (I-A) *-CH 2 CH 2 CH 2 -NR 1 R 2 (I-A) wherein R 1 is hydrogen, alkyl, or aryl and R 2 is an alkyl or aryl; or R 1 and R 2 together with the nitrogen to which they are both attached form a heterocyclic ring wherein the heterocyclic ring is saturated wherein optionally the heterocyclic ring comprises 0 to 2 additional heteroatoms wherein the additional heteroatoms are selected from nitrogen or oxygen; and an asterisk ( *) denotes the point of attachment of the pendant groups to a carbon atom in the polymeric backbone. R 1 is hydrogen, alkyl, or aryl and R 2 is an alkyl or aryl; or R 1 and R 2 together with the nitrogen to which they are both attached form a heterocyclic ring wherein the heterocyclic ring is saturated wherein optionally the heterocyclic ring comprises 0 to 2 additional heteroatoms wherein the additional heteroatoms are selected from nitrogen or oxygen; and an asterisk ( *) denotes the point of attachment of the pendant groups to a carbon atom in the polymeric backbone.
A video decoding apparatus for inter-predicting an image using motion compensation by using an interpolation filter, the video decoding apparatus comprising: a filter determiner configured to determine filter coefficients of 7-tap interpolation filters for generating at least one sample of quarter-sub-pel-unit located between pixels of integer-pel-units; an interpolator configured to generate a sample of an 1/4-pixel location or a 3/4-pixel location by interpolating the pixels of integer-pel-units by using the 7-tap interpolation filter; and a predictor configured to inter-predict the image using motion compensation by using the sample of the 1/4-pixel location or the 3/4-pixel location, wherein, the 7-tap interpolation filter for generating the sample of the 1/4-pixel location comprises seven filter coefficients: {-1, 4, -10, 58, 17, -5, 1}, and the 7-tap interpolation filter for generating the sample of the 3/4-pixel location comprises seven filter coefficients: {1, -5, 17, 58, -10, 4, -1}. a filter determiner configured to determine filter coefficients of 7-tap interpolation filters for generating at least one sample of quarter-sub-pel-unit located between pixels of integer-pel-units; an interpolator configured to generate a sample of an 1/4-pixel location or a 3/4-pixel location by interpolating the pixels of integer-pel-units by using the 7-tap interpolation filter; and a predictor configured to inter-predict the image using motion compensation by using the sample of the 1/4-pixel location or the 3/4-pixel location, wherein, the 7-tap interpolation filter for generating the sample of the 1/4-pixel location comprises seven filter coefficients: {-1, 4, -10, 58, 17, -5, 1}, and the 7-tap interpolation filter for generating the sample of the 3/4-pixel location comprises seven filter coefficients: {1, -5, 17, 58, -10, 4, -1}.
A turbocharged or supercharged internal combustion engine system having a compression ratio of greater than 10, wherein said engine is a stochiometrically fuelled Ottocycle engine with flame propagation for combusting a primary fuel, comprising: a first tank for storing a primary fuel that powers said engine system, a second tank for storing a spark pilot compression ignition fluid, different than said primary fuel, a source of an alcohol fluid and a knock sensor, where compression ignition of the pilot compression ignition fluid is used to initiate flame propagation, and alcohol is directly injected into a cylinder in said engine in response to said knock sensor to prevent knock, and only an amount of pilot compression ignition fluid that is needed to prevent misfire at a given point in the torque-RPM engine map is used to initiate flame propagation. a first tank for storing a primary fuel that powers said engine system, a second tank for storing a spark pilot compression ignition fluid, different than said primary fuel, a source of an alcohol fluid and a knock sensor, where compression ignition of the pilot compression ignition fluid is used to initiate flame propagation, and alcohol is directly injected into a cylinder in said engine in response to said knock sensor to prevent knock, and only an amount of pilot compression ignition fluid that is needed to prevent misfire at a given point in the torque-RPM engine map is used to initiate flame propagation.