mhurhangee/ep-ind-claims huggingface dataset:
A method (400, 500) comprising, for each of a plurality of components to be manufactured: obtaining a three-dimensional model of the component to be manufactured; obtaining a computer program for manufacture of the component based on the three-dimensional model of the component, the computer program including data defining a tool path for a cutting tool; providing a first estimated geometry by estimating, based on the computer program, a geometry of the component to be manufactured; estimating a first type of deviation as a deviation between the first estimated geometry and a geometry of the component as defined by the three-dimensional model; obtaining sensor data captured at a machine during manufacturing of the component by the machine, wherein the manufacturing of the component is based on the computer program; estimating, based on machining process characteristics indicated by the sensor data, a second type of deviation as a deviation between a tool path the machine is instructed via said computer program to provide and an actual tool path provided by the machine during the manufacturing of the component; characterized in: computing a deviation of a third type as a deviation between the geometry of the component as defined by the three-dimensional model and a measured actual geometry of the component as manufactured, and updating an error propagation model based on the estimated deviations and the computed deviations, wherein the error propagation model approximates a relation between the first and third types of deviations, and a relation between the second and third types of deviations. obtaining a three-dimensional model of the component to be manufactured; obtaining a computer program for manufacture of the component based on the three-dimensional model of the component, the computer program including data defining a tool path for a cutting tool; providing a first estimated geometry by estimating, based on the computer program, a geometry of the component to be manufactured; estimating a first type of deviation as a deviation between the first estimated geometry and a geometry of the component as defined by the three-dimensional model; obtaining sensor data captured at a machine during manufacturing of the component by the machine, wherein the manufacturing of the component is based on the computer program; estimating, based on machining process characteristics indicated by the sensor data, a second type of deviation as a deviation between a tool path the machine is instructed via said computer program to provide and an actual tool path provided by the machine during the manufacturing of the component; computing a deviation of a third type as a deviation between the geometry of the component as defined by the three-dimensional model and a measured actual geometry of the component as manufactured, and updating an error propagation model based on the estimated deviations and the computed deviations, wherein the error propagation model approximates a relation between the first and third types of deviations, and a relation between the second and third types of deviations.
A microorganism of the genus Corynebacterium having an ability to produce L-arginine with enhanced activities of an arginine operon and ornithine carbamoyltransferase compared to the activities of each in a parental L-arginine producing strain of Corynebacterium, wherein the arginine operon comprises an arginine repressor.
An optical filter comprising: a first reflecting film; a second reflecting film opposed to the first reflecting film; a first conductive film disposed on a surface of the first reflecting film, the surface being opposed to the second reflecting film, in an overlapping manner, and having a light transmissive property and an electrical conductivity; a second conductive film disposed on a surface of the second reflecting film, the surface being opposed to the first reflecting film, in an overlapping manner, and having a light transmissive property and an electrical conductivity; a first terminal electrically connected to the first conductive film; and a second terminal electrically connected to the second conductive film, wherein connection between the first terminal and the second terminal is electrically switchable, characterized in that at least one of the first reflecting film and the second reflecting film has a side surface exposed, so that the side surface of the first reflecting film is not covered with the first conductive film and/or the side surface of the second reflecting film is not covered with the second conductive film. a first reflecting film; a second reflecting film opposed to the first reflecting film; a first conductive film disposed on a surface of the first reflecting film, the surface being opposed to the second reflecting film, in an overlapping manner, and having a light transmissive property and an electrical conductivity; a second conductive film disposed on a surface of the second reflecting film, the surface being opposed to the first reflecting film, in an overlapping manner, and having a light transmissive property and an electrical conductivity; a first terminal electrically connected to the first conductive film; and a second terminal electrically connected to the second conductive film, wherein connection between the first terminal and the second terminal is electrically switchable, characterized in that at least one of the first reflecting film and the second reflecting film has a side surface exposed, so that the side surface of the first reflecting film is not covered with the first conductive film and/or the side surface of the second reflecting film is not covered with the second conductive film.
Agglomerated dispersible granules, comprising: activated alumina particles having: a porous structure; and a plurality of electrically-charged binding sites disposed within the porous structure; and phosphate particles, wherein the activated alumina particles and the phosphate particles are present in the agglomerated dispersible granules as distinct phases agglomerated together, wherein the agglomerated dispersible granules have a size, as measured by median diameter, of 0.4 mm to 4.0 mm. activated alumina particles having: a porous structure; and a plurality of electrically-charged binding sites disposed within the porous structure; and a porous structure; and a plurality of electrically-charged binding sites disposed within the porous structure; and phosphate particles, wherein the activated alumina particles and the phosphate particles are present in the agglomerated dispersible granules as distinct phases agglomerated together, wherein the agglomerated dispersible granules have a size, as measured by median diameter, of 0.4 mm to 4.0 mm.
Accessory for a cooking appliance equipped with a heating surface such as a griddle or a barbecue, said accessory being capable of being positioned on the heating surface and comprising a member for supporting at least two slices of bread, in particular burger bun slices, the support member comprises two longitudinal rods (21, 22) disposed parallel in a horizontal plane when said accessory is positioned on said heating surface, and at least three arc-shaped curved rods, the two ends (23a, 23b) of which are fixed respectively to the two longitudinal rods (21, 22), said curved rods being spaced apart from one another, and disposed parallel following one another and perpendicularly to the two longitudinal rods (21, 22), such that the at least two slices of bread rest on the two longitudinal rods (21, 22) and are inserted between the curved rods which ensure they are held more or less vertically, the accessory comprising a reflective member positioned between the heating surface and the support member of the at least two slices of bread, so as to avoid a direct exposure of the at least two slices of bread to radiations of the heating elements, the reflective member comprising a main plate which extends parallel to the heating surface, below the support member, when said accessory is positioned on said heating surface, characterised in that the main plate is rectangularly, longitudinally shaped and comprises a width of between 70mm and 110mm, preferably equal to 90mm, and in that the support member is configured to hold the at least two slices of bread at a distance of between 30 and 40mm from the heating surface.
A composition comprising or produced from a biopolymer, an olefin copolymer, and an optional polymer wherein the biopolymer includes a hydroxyalkyl-modified starch and is present in the composition in a concentration of at least 85%, based on the total dry weight of the composition; the olefin copolymer is produced by copolymerization of an olefin, a monomer, and optionally a comonomer; the olefin includes ethylene, propylene, butylene, or combinations of two or more thereof; the monomer includes maleic anhydride, maleic acid, salt of maleic acid, maleic acid diester, maleic acid monoester, itaconic acid, fumaric acid, fumaric acid monoester, or combinations of two or more thereof; the optional comonomer includes (meth)acrylic acid, salt of (meth)acrylic acid, C 1 -C 8 ester of (meth)acrylic acid, carbon monoxide, sulfur dioxide, acrylonitrile, glycidyl acrylate, glycidyl methacrylate, and glycidyl vinyl ether, or combinations of two or more thereof; and the optional polymer includes ethylene copolymer, polyvinyl butyral copolymer, or combinations thereof; the ethylene copolymer includes ethylene alkyl(meth)acrylate copolymer, ethylene vinyl acetate copolymer, ethylene acid copolymer or ionomer thereof, poly(vinyl alcohol), poly(hydroxyalkanoic acid), polyester, polyamide, polyurethane, polyolefin, polycaprolactone, copolyetherester, polyalkylene oxide, or combinations of two or more thereof.
Method for coating micromechanical components of a micromechanical system, in particular a watch movement, comprising: - providing a substrate component to be coated; - providing said component with a diamond coating of a given final thickness; wherein: - said diamond coating is provided by CVD deposition in a reaction chamber; wherein in a first phase of the CVD deposition process only sp3 hybridised carbon is deposited on said substrate over a first thickness - and wherein during a second phase of CVD deposition process, a controlled change of the carbon content within the reaction chamber is provided, thereby providing a gradual change of the sp 2 /sp 3 carbon bonds in the vicinity of the surface over a second thickness. - providing a substrate component to be coated; - providing said component with a diamond coating of a given final thickness; - said diamond coating is provided by CVD deposition in a reaction chamber; - and wherein during a second phase of CVD deposition process, a controlled change of the carbon content within the reaction chamber is provided, thereby providing a gradual change of the sp 2 /sp 3 carbon bonds in the vicinity of the surface over a second thickness.
A motorized closing system with horizontally or vertically hinging or sliding leaf, comprising, on the one hand, at least one driving organ including a motor driving shaft designed capable of cooperating with the leaf through adapted transmission means, on the other hand, locking means capable of holding the leaf in the closed position and, yet on the other hand, means for controlling the locking in rotation of said driving organ when the latter is supplied with electrical energy for controlling the opening and closing of the leaf, said means for controlling the locking in rotation forming in addition means for controlling the unlocking of the locking means, namely in the initial phase of controlling the opening of the leaf, wherein said driving organ is mounted movable in rotation about its motor driving axis and the means for controlling the locking in rotation of said driving organ are in the form of clutch means.
A method for determining the pressure distribution for wafer bonding of a first substrate to a second substrate, with the following steps, - placing a measurement layer (7, 7', 7") between a first tool for holding the first substrate and an opposite second tool which is aligned to the first tool for bonding of the substrates, - deformation of the measurement layer (7, 7', 7") by bringing the tools (1, 5) closer to one another, - optical measurement of the deformation of the measurement layer (7, 7', 7") and - computation of the pressure distribution based on the measurement of the deformation. - placing a measurement layer (7, 7', 7") between a first tool for holding the first substrate and an opposite second tool which is aligned to the first tool for bonding of the substrates, - deformation of the measurement layer (7, 7', 7") by bringing the tools (1, 5) closer to one another, - optical measurement of the deformation of the measurement layer (7, 7', 7") and - computation of the pressure distribution based on the measurement of the deformation.
An engine equipped with a supercharger, comprising: a supercharger; an oil supply passage that supplies engine oil to a shaft bearing part of the supercharger; an oil discharge passage that discharges the engine oil from the shaft bearing part of the supercharger; and a water-cooling-type oil cooler, wherein the water-cooling-type oil cooler is provided in the oil discharge passage, and the engine oil discharged from the shaft bearing part of the supercharger is cooled by engine cooling water that passes the water-cooling-type oil cooler, and wherein the water-cooling-type oil cooler is constituted by an outer cylinder and an inner cylinder, the engine oil passes through the inner cylinder, the engine cooling water passes through a cooler jacket between the inner cylinder and the outer cylinder, and heat of the engine oil in the inner cylinder is released to the engine cooling water in the cooler jacket through a peripheral wall of the inner cylinder, characterized in that; the outer cylinder of the water-cooling-type oil cooler is made of a metal, and an outer circumferential surface of the outer cylinder is exposed to engine cooling air in an air path for the engine cooling air generated by the engine cooling fan. a supercharger; an oil supply passage that supplies engine oil to a shaft bearing part of the supercharger; an oil discharge passage that discharges the engine oil from the shaft bearing part of the supercharger; and a water-cooling-type oil cooler, wherein the water-cooling-type oil cooler is provided in the oil discharge passage, and the engine oil discharged from the shaft bearing part of the supercharger is cooled by engine cooling water that passes the water-cooling-type oil cooler, and wherein the water-cooling-type oil cooler is constituted by an outer cylinder and an inner cylinder, the engine oil passes through the inner cylinder, the engine cooling water passes through a cooler jacket between the inner cylinder and the outer cylinder, and heat of the engine oil in the inner cylinder is released to the engine cooling water in the cooler jacket through a peripheral wall of the inner cylinder, characterized in that; the outer cylinder of the water-cooling-type oil cooler is made of a metal, and an outer circumferential surface of the outer cylinder is exposed to engine cooling air in an air path for the engine cooling air generated by the engine cooling fan.
A process for controlling a slurry phase (co-) polymerisation process in the presence of a polymerisation catalyst in at least one loop reactor of a multiple reactor system, which process comprises maintaining the density SPAN of the polymer powder particles (defined as the absolute value of the density difference in g/cm 3 between the average density of the polymer particles exiting the reactor with particle size above D90 and the average density of the material with particle size below D 10) below 0.005, preferably below 0.003, more preferably below 0.0026, most preferably below 0.0023, said process being performed in a loop reactor of volume 75-200m 3 at a solids concentration of at least 20 vol% and at a space time yield (which is production rate of polymer per unit of loop reactor volume) in the range 0.1-0.4 ton/hour/m 3.
A card substrate rotator for use in a credential processing device comprising: a substrate support configured to receive a card substrate, the substrate support comprising a feed roller; a rotator mechanism configured to rotate the substrate support about an axis; and a lift mechanism configured to move the substrate support and the axis in a vertical plane. a substrate support configured to receive a card substrate, the substrate support comprising a feed roller; a rotator mechanism configured to rotate the substrate support about an axis; and a lift mechanism configured to move the substrate support and the axis in a vertical plane.
A heat-resistant flame-retardant protective suit fabric that is a woven fabric formed of a uniform blended spun yarn comprising 25 to 75 mass% of polyetherimide fiber, 20 to 50 mass% of at least one fiber selected from wool and flame-retardant rayon, and 5 to 25 mass% of para-aramid fiber when the spun yarn is 100 mass%, wherein the uniform blended spun yarn is formed of a two-fold yarn, the fabric experiences no heat shrinkage when exposed to a heat flux at 80 kW/m 2 ±5% for 3 seconds in accordance with ISO 9151 Determination of Heat Transmission on Exposure to Flame, and the char length is not more than 10 cm in the longitudinal and horizontal directions in the flammability test specified in JIS L 1091A-4.
An evolved NodeB, eNB, (210, 405, 506) comprising: one or more computer-readable media comprising instructions; and one or more processors coupled with the one or more computer-readable media and configured to execute the instructions to cause the eNB, (210, 406, 506) to: allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser (202, 402, 502) via a D2D communication protocol, the advertisement being registered with an advertiser server; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser (202, 402, 502), a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted. one or more computer-readable media comprising instructions; and one or more processors coupled with the one or more computer-readable media and configured to execute the instructions to cause the eNB, (210, 406, 506) to: allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser (202, 402, 502) via a D2D communication protocol, the advertisement being registered with an advertiser server; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser (202, 402, 502), a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted. allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser (202, 402, 502) via a D2D communication protocol, the advertisement being registered with an advertiser server; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser (202, 402, 502), a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted.
An automotive seat-back assembly (10, 110), comprising: a seat-back panel (12, 14, 112, 114); a plurality of floor-mount brackets (16, 116) for attaching said seat-back assembly (10, 110) to an automotive floor; an anchorage bar operably located on said seat-back panel; at least one anchorage fixture (28, 128) mounted on said anchorage bar (22, 122), said anchorage fixture (28, 128) being accessible for engaging with a mating anchorage device provided on an object to be secured; characterized by the anchorage bar which is fastened to a front or rear surface (24, 30) of said seat-back panel (12, 14, 112, 114); or the anchorage bar which is provided as an internal anchorage bar located within the internal structure of said seat-back panel (12, 14, 112, 114); and wherein said seat-back panel (12, 14, 112, 114) is generally hollow and made of a thermoplastic material. a seat-back panel (12, 14, 112, 114); a plurality of floor-mount brackets (16, 116) for attaching said seat-back assembly (10, 110) to an automotive floor; an anchorage bar operably located on said seat-back panel; at least one anchorage fixture (28, 128) mounted on said anchorage bar (22, 122), said anchorage fixture (28, 128) being accessible for engaging with a mating anchorage device provided on an object to be secured; characterized by the anchorage bar which is fastened to a front or rear surface (24, 30) of said seat-back panel (12, 14, 112, 114); or the anchorage bar which is provided as an internal anchorage bar located within the internal structure of said seat-back panel (12, 14, 112, 114); and wherein said seat-back panel (12, 14, 112, 114) is generally hollow and made of a thermoplastic material.