mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method performed by an integration subsystem for integrating a plurality of automation engineering subsystems, wherein the plurality of automation engineering tools are configured as a plurality of automation engineering software tools into an aggregate system, the method comprising using at least one ontological model to interface a first said automation engineering subsystem with a second said automation engineering subsystem, wherein the integration subsystem is configured as an integration layer that performs an algorithm for integrating the first automation engineering subsystem with the second automation engineering subsystem, and wherein the algorithm uses the at least one ontological model to interface the subsystems comprises translating output data obtained from the first said automation engineering subsystem to input data usable by the second said automation engineering subsystem.
A cardiovascular implant for regenerating tissue in vivo comprising a matrix material consisting of one or more supramolecular compounds, wherein the matrix material consists of a fibrous network consisting of electrospun fibers and which matrix material has at least 60% porosity, preferably a porosity of between 70% and 90% and comprises pores having a diameter ranging from 1-300 micrometer and has a linear elastic stiffness ranging from 0.1-50 MPa.
An electrochemical cell comprising a cell housing, an anode, a cathode, and an ionically conductive medium comprising an aqueous alkaline electrolyte, the electrolyte further comprising a hetero ionic complex additive comprising a heteroatomic compound cation and an anion, wherein (a) the heteroatomic compound cation is methyl-3-quinuclidinolium, and the anion is hydroxide or methyl carbonate or (b) the heteroatomic compound cation is 1-methyl-4-aza-azoniabicyclo[2,2,2]octane, and the anion is hydroxide or alkyl carbonate.
Device for determining the temperature in the interior of a vehicle, having a first sensor module having a first temperature sensor (12.1) for acquiring the interior temperature and a radiation sensor (12.2) for acquiring an insolation, and a second sensor module having a second temperature sensor for acquiring the temperature of an air stream and/or of modules in the surroundings of the first temperature sensor (12.1), it being possible to use information provided by the second temperature sensor and/or radiation sensor (12.2) to correct the interior temperature acquired by the first temperature sensor (12.1), the first temperature sensor (12.1) and the radiation sensor (12.2) being arranged in a common first housing (12.3) and making electrical contact with conductor tracks of a first carrier board via first contact elements (12.4), and a second housing surrounding at least the first contact elements (12.4) and the carrier board so that an air layer is respectively present between surfaces (14.1, 14.2) of the carrier board and corresponding walls (11.1, 11.2) of the second housing, characterized in that the second temperature sensor acquires the temperature of an air stream in a substantially sealed sensor space which surrounds the second housing at least in part.
A carding machine with a cylinder with a device for adjusting the carding clearance during ongoing operation, wherein the carding clearance is adjustable in segments at the flexible bend at least over a portion of the cylinder circumference and/or the carding clearance is adjustable across the working width at least at one card flat bar, and wherein at least one card flat bar is formed to transmit current operational data to a control of the carding machine, wherein the position of the card flat bar above the cylinder is determinable, characterized in that at least one card flat bar includes a device for adjusting the flatness of the card flat foot across the working width of the carding machine.
A power transmission apparatus comprising: a power transmission coil which includes a first main surface and a second main surface located opposite the first main surface in an electric power transmission direction, and which has a hollow formed in the center thereof; a ferrite disposed at the second main surface of the power transmission coil and having an opening formed therein, the opening located in the hollow when the power transmission coil is viewed in a direction in which a winding axis of the power transmission coil extends; a metal member which is disposed in a space formed by the hollow and the opening, and which is located in the opening when the power transmission coil is viewed in the direction in which the winding axis of the power transmission coil extends; a device connected to the power transmission coil; and a housing case made of metal in which the device is housed, wherein at least a portion of the metal member is the housing case, the housing case includes a protruding portion protruding toward the hollow from the opening, and the device is disposed in the protruding portion. a power transmission coil which includes a first main surface and a second main surface located opposite the first main surface in an electric power transmission direction, and which has a hollow formed in the center thereof; a ferrite disposed at the second main surface of the power transmission coil and having an opening formed therein, the opening located in the hollow when the power transmission coil is viewed in a direction in which a winding axis of the power transmission coil extends; a metal member which is disposed in a space formed by the hollow and the opening, and which is located in the opening when the power transmission coil is viewed in the direction in which the winding axis of the power transmission coil extends; a device connected to the power transmission coil; and a housing case made of metal in which the device is housed, wherein at least a portion of the metal member is the housing case, the housing case includes a protruding portion protruding toward the hollow from the opening, and the device is disposed in the protruding portion.
An interstitial fluid glucose measuring device, comprising: - first and second cavities (10, 20), both configured for being in fluid communication with interstitial fluid outside the cavities, wherein the first and second pressure sensors (12, 22) are absolute pressure sensors configured for sensing a pressure in said first and second cavities (10, 20), respectively, wherein a) the first cavity comprises an active solution and is defined in part by a first glucose porous membrane interfacing on one side the interior of said first cavity and on the other side configured for interfacing the interstitial body fluid, and wherein the active solution is a composition comprising a lectin and a polysaccharide wherein the lectin is Concanavalin A (ConA) and the polysaccharide is dextran and wherein the ConA to dextran ratio is from 3:1 to 1:1 and the dextran has a molecular weight of 40 kDa or 70 kDa; b) the second cavity not comprising said active solution and defined in part by a second glucose porous membrane interfacing on one side the interior of said second cavity and on the other side arranged for interfacing the interstitial body fluid. - first and second cavities (10, 20), both configured for being in fluid communication with interstitial fluid outside the cavities, wherein the first and second pressure sensors (12, 22) are absolute pressure sensors configured for sensing a pressure in said first and second cavities (10, 20), respectively, wherein a) the first cavity comprises an active solution and is defined in part by a first glucose porous membrane interfacing on one side the interior of said first cavity and on the other side configured for interfacing the interstitial body fluid, and wherein the active solution is a composition comprising a lectin and a polysaccharide wherein the lectin is Concanavalin A (ConA) and the polysaccharide is dextran and wherein the ConA to dextran ratio is from 3:1 to 1:1 and the dextran has a molecular weight of 40 kDa or 70 kDa; b) the second cavity not comprising said active solution and defined in part by a second glucose porous membrane interfacing on one side the interior of said second cavity and on the other side arranged for interfacing the interstitial body fluid. a) the first cavity comprises an active solution and is defined in part by a first glucose porous membrane interfacing on one side the interior of said first cavity and on the other side configured for interfacing the interstitial body fluid, and wherein the active solution is a composition comprising a lectin and a polysaccharide wherein the lectin is Concanavalin A (ConA) and the polysaccharide is dextran and wherein the ConA to dextran ratio is from 3:1 to 1:1 and the dextran has a molecular weight of 40 kDa or 70 kDa; b) the second cavity not comprising said active solution and defined in part by a second glucose porous membrane interfacing on one side the interior of said second cavity and on the other side arranged for interfacing the interstitial body fluid.
A method of manufacture of an electrochemical sensor biocomposite precursor comprising the steps of: preparing an adherent electrically conductive biocomposite comprising a mixture of a colloidal suspension in an aqueous liquid phase; the mixture including: polycationic conductive polymer particles; an anionic polyelectrolyte; or pre-existing composites of polycationic conducting polymers and anionic polyelectrolytes a biological affinity agent; and an optional buffer; applying the mixture to a region of an electroconductive surface; and removing water to allow adhesion of the biocomposite to the region of the surface. preparing an adherent electrically conductive biocomposite comprising a mixture of a colloidal suspension in an aqueous liquid phase; the mixture including: polycationic conductive polymer particles; an anionic polyelectrolyte; or pre-existing composites of polycationic conducting polymers and anionic polyelectrolytes a biological affinity agent; and an optional buffer; applying the mixture to a region of an electroconductive surface; and removing water to allow adhesion of the biocomposite to the region of the surface. polycationic conductive polymer particles; an anionic polyelectrolyte; or pre-existing composites of polycationic conducting polymers and anionic polyelectrolytes a biological affinity agent; and an optional buffer; applying the mixture to a region of an electroconductive surface; and removing water to allow adhesion of the biocomposite to the region of the surface.
A salt of the fused ring pyrimidine compound as shown in formula 1, wherein the salt is a fumarate or adipate of the fused ring pyrimidine compound as shown in formula 1; the fumarate of the fused ring pyrimidine compound as shown in formula 1 is a compound formed by the fused ring pyrimidine compound as shown in formula 1 and fumaric acid in a molar ratio of 1: 0.5, and the structural formula thereof is as shown in formula 2: the adipate of the fused ring pyrimidine compound as shown in formula 1 is a compound formed by the fused ring pyrimidine compound as shown in formula 1 and adipic acid in a molar ratio of 1: 0.5, and the structural formula thereof is as shown in formula 3: the fumarate of the fused ring pyrimidine compound as shown in formula 1 is a compound formed by the fused ring pyrimidine compound as shown in formula 1 and fumaric acid in a molar ratio of 1: 0.5, and the structural formula thereof is as shown in formula 2: the adipate of the fused ring pyrimidine compound as shown in formula 1 is a compound formed by the fused ring pyrimidine compound as shown in formula 1 and adipic acid in a molar ratio of 1: 0.5, and the structural formula thereof is as shown in formula 3:
Method for continuously winding gum strips, in particular used to manufacture a tyre, to form discs, from a web of gum extracted continuously from an extruder, the method comprising the steps of: - continuously feeding out and cooling the web from the outlet of the extruder via handling and cooling rollers; - continuously depositing the cooled web on a liner that is continuously unwound to form a complex; - feeding the complex into an accumulator; characterised in that it comprises steps successively consisting of; - at the outlet of the accumulator, cutting the complex along the width thereof into a plurality of strips; - winding, at an initial speed, each of the strips about a support element to form discs; - when the discs are completed, stopping the winding of the strips and allowing the complex from the extruder to collect in the accumulator; - while the complex is being collected, procuring empty support elements, cutting the strips crosswise upstream of the discs and connecting the free end of the strips to said empty support elements; - simultaneously completing the winding of the free end of the strips about the discs, automatically removing said discs, and restarting the winding of each of the strips about the empty support elements at a faster speed than the initial speed until the accumulator is fully unloaded, then resuming the winding at the initial speed. - continuously feeding out and cooling the web from the outlet of the extruder via handling and cooling rollers; - continuously depositing the cooled web on a liner that is continuously unwound to form a complex; - feeding the complex into an accumulator; characterised in that it comprises steps successively consisting of; - at the outlet of the accumulator, cutting the complex along the width thereof into a plurality of strips; - winding, at an initial speed, each of the strips about a support element to form discs; - when the discs are completed, stopping the winding of the strips and allowing the complex from the extruder to collect in the accumulator; - while the complex is being collected, procuring empty support elements, cutting the strips crosswise upstream of the discs and connecting the free end of the strips to said empty support elements; - simultaneously completing the winding of the free end of the strips about the discs, automatically removing said discs, and restarting the winding of each of the strips about the empty support elements at a faster speed than the initial speed until the accumulator is fully unloaded, then resuming the winding at the initial speed.
A surface covering system for the covering of a roof, a floor, or another substantially flat limited surface comprising at least one substantially rectangular, triangular, quadrangular or otherwise polygonal plate (1, 1a, 1b, 1c) with a first mark marking a highest point, i.e. an apex and a substantially flat lower surface and an upper surface with a first slope facing from the first mark towards at least one second mark provided in connection to the outer edge of the plate, characterized in that the first slope is circular and has a radial linear inclination (α) facing from the first mark towards essentially all points on the upper surface of the at least one plate (1, 1a, 1b, 1c) such that the slope forms an elevation in the plate (1, 1a, 1b, 1c) with the shape of at least a part of a cone or a blunt cone, with the apex of the cone defined by the first mark and with the lowest point or points of the upper surface of the plate defined by the at least one second mark.
A method for PCR amplification to commonly amplify different nucleic acid templates having mutated sites or polymorphic sites in their nucleotide sequences comprising performing PCR amplification of said nucleic acid templates using a composition for PCR amplification comprising a primer set wherein at least one primers comprises an abasic part at a site corresponding to the mutated or polymorphic sites of the templates.
A method for isolating desired cells from a sample, the method comprising: (a) introducing said sample into a microfluidic device containing binding moieties that bind to a cell surface marker of said desired cells; (b) allowing desired cells in said sample to bind to said binding moieties; and (c) applying a shear stress of 1 - 3 dyn/cm 2 to said microfluidic device so that desired cells remain bound while undesired cells do not, wherein the shear stress is low enough to allow binding of said desired cells expressing the cell surface marker at a specific concentration and great enough to prevent binding of undesired cells that contain the cell surface marker at a concentration lower than that of the desired cells, wherein the desired cells are CD4+ lymphocytes, and wherein said binding moieties are selected from the group consisting of antibodies or antibody fragments. (a) introducing said sample into a microfluidic device containing binding moieties that bind to a cell surface marker of said desired cells; (b) allowing desired cells in said sample to bind to said binding moieties; and (c) applying a shear stress of 1 - 3 dyn/cm 2 to said microfluidic device so that desired cells remain bound while undesired cells do not,
A system for detecting electronic article surveillance ("EAS") marker shielding, the system comprising: an EAS subsystem operating to detect an EAS marker in an interrogation zone; a metal detector operating to detect a metal object in the interrogation zone; a people counting system operating to detect one or more people in the interrogation zone; a processor electrically coupled to the EAS subsystem, the metal detector and the people counting system, characterized in that the processor programmed to receive information outputted from the people counting system and information outputted from the metal detector to determine whether to generate an alarm signal based on a presence of EAS marker shielding. an EAS subsystem operating to detect an EAS marker in an interrogation zone; a metal detector operating to detect a metal object in the interrogation zone; a people counting system operating to detect one or more people in the interrogation zone; a processor electrically coupled to the EAS subsystem, the metal detector and the people counting system,
A method of manufacturing a cylinder block by casting a cylindrical cylinder liner at a predetermined position, characterized by, comprising: preparing a cylinder liner as a primary product having an annular different level portion with a boundary formed inward in the radial direction by a predetermined dimension, with respect to a finished dimension (α) of an internal circumference of the cylinder liner; fixing the cylinder liner as a primary product to a holding part that is provided in a mold to form the cylinder block, and fitted with the different level portion; casting the cylinder block by filling the mold with molten metal; machining the internal circumference of the cylinder liner to the finished dimension; detecting at least one of a position of the cylinder liner relative to the cylinder block, a position of the cylinder liner hole relative to the cylinder liner, and a wall thickness of the cylinder liner, in accordance with whether the different level part exists or not. preparing a cylinder liner as a primary product having an annular different level portion with a boundary formed inward in the radial direction by a predetermined dimension, with respect to a finished dimension (α) of an internal circumference of the cylinder liner; fixing the cylinder liner as a primary product to a holding part that is provided in a mold to form the cylinder block, and fitted with the different level portion; casting the cylinder block by filling the mold with molten metal; machining the internal circumference of the cylinder liner to the finished dimension; detecting at least one of a position of the cylinder liner relative to the cylinder block, a position of the cylinder liner hole relative to the cylinder liner, and a wall thickness of the cylinder liner, in accordance with whether the different level part exists or not.
Apparatus suitable for drying bulk material, comprising a rolling container having a perforated bottom, an air heater and an air inlet conduit connected with said air heater, wherein the perforated bottom has the form of a roof made up of two inclined perforated plates, wherein the vertex of the perforated bottom extends in the longitudinal direction of said rolling container and wherein said air inlet conduit consists of a groove formed in a floor supporting the rolling container, characterized in that said groove extends over the length of the rolling container below the vertex of the perforated bottom having the form of a roof and building together with the groove a unit sealed to the outside by means of labyrinth glands between said container and the fixed floor on both sides of the groove
A method for manufacturing an ammonia synthesis catalyst, the method comprising: a first step of preparing 12CaO·7Al 2 O 3 having a specific surface area of 5 m 2 /g or more; a second step of supporting a ruthenium compound on the 12CaO·7Al 2 O 3; and a third step of performing reduction process on the 12CaO·7Al 2 O 3 on which the ruthenium compound is supported (hereinafter referred to as ruthenium-supported C12A7) obtained in the second step, wherein the reduction process is carried out until an average particle diameter of a ruthenium after the reduction process increases by 15% or more, and not more than 200 %, with respect to an average particle diameter of a ruthenium before the reduction process, and wherein, in the ammonia synthesis catalyst, the amount of Ru is 0.01% by mass or more and 30 mass% or less with respect to the mass of the 12CaO·7Al 2 O 3 wherein the average particle diameter is measured by chemical adsorption method using CO or electron microscope as described in paragraphs 0138-0144 of the published application. a first step of preparing 12CaO·7Al 2 O 3 having a specific surface area of 5 m 2 /g or more; a second step of supporting a ruthenium compound on the 12CaO·7Al 2 O 3; and a third step of performing reduction process on the 12CaO·7Al 2 O 3 on which the ruthenium compound is supported (hereinafter referred to as ruthenium-supported C12A7) obtained in the second step, wherein the reduction process is carried out until an average particle diameter of a ruthenium after the reduction process increases by 15% or more, and not more than 200 %, with respect to an average particle diameter of a ruthenium before the reduction process, and wherein, in the ammonia synthesis catalyst, the amount of Ru is 0.01% by mass or more and 30 mass% or less with respect to the mass of the 12CaO·7Al 2 O 3 wherein the average particle diameter is measured by chemical adsorption method using CO or electron microscope as described in paragraphs 0138-0144 of the published application.