mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for positioning and aligning containers (10, 43) to be coupled together, the arrangement comprising two apparatuses for positioning and aligning a respective container to be positioned, which apparatuses are arranged on opposing free side faces of the container to be positioned, the two apparatuses each comprising: a positioning device adapted to be detachably arranged with the container to be positioned, which is configured to move the container to be positioned relative to the ground, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base, and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning element being configured and adapted for suspension mounting of the container to be positioned in a suspended manner a positioning device adapted to be detachably arranged with the container to be positioned, which is configured to move the container to be positioned relative to the ground, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base, and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning device comprising a support element base configured to be arrangeable at a side face of the container to be positioned and adapted to be placed in a fixed position on the ground, a support element which extends at least essentially vertically from the support element base, and a positioning element which is arranged on the support element so as to be movable relative thereto, the positioning element being configured and adapted for suspension mounting of the container to be positioned in a suspended manner
A lube system, comprising: an air-oil tank including a deaerator configured to remove a first quantity of oil from a first air-oil supply to generate a second air-oil supply having a second quantity of oil, which is smaller than the first quantity of oil, the air oil tank being configured to output the second air-oil supply to an air vent line; a de-oiler disposed along the air vent line and configured to remove from the second air-oil supply oil mist including oil droplets of a minimum size; a pressure regulating valve disposed along the air vent line between the deaerator and the de-oiler to regulate fluid pressures within the air-oil tank; and an insert disposed between the deaerator and the ' pressure regulating valve to define radial and circumferential flow paths in cooperation with the deaerator and to force oil in the second air-oil supply to bypass a valve seat area of the PRV by flowing between the deaerator and the insert in radial and circumferential directions along the radial and circumferential flow paths. an air-oil tank including a deaerator configured to remove a first quantity of oil from a first air-oil supply to generate a second air-oil supply having a second quantity of oil, which is smaller than the first quantity of oil, the air oil tank being configured to output the second air-oil supply to an air vent line; a de-oiler disposed along the air vent line and configured to remove from the second air-oil supply oil mist including oil droplets of a minimum size; a pressure regulating valve disposed along the air vent line between the deaerator and the de-oiler to regulate fluid pressures within the air-oil tank; and an insert disposed between the deaerator and the ' pressure regulating valve to define radial and circumferential flow paths in cooperation with the deaerator and to force oil in the second air-oil supply to bypass a valve seat area of the PRV by flowing between the deaerator and the insert in radial and circumferential directions along the radial and circumferential flow paths.
Method for the production of a connecting element (12"; 12"') for connecting at least two components (100, 200) of an aircraft or spacecraft structure, in particular for connecting a frame to a skin and/or to a stringer of an aircraft or spacecraft structure, comprising the method steps of: - forming a hollow initial profile (1; 1a) comprising a wall which follows a closed path in a cross-section of the initial profile (1; 1a), the wall being formed with a first, a second and a third section provided along the closed path in such a manner that, in the direction of the closed path, the second section is provided between the first and third sections; and - removing material initially forming part of the wall in at least one region of the initial profile so as to obtain at least one opening in the at least one region, the at least one opening extending at least partially within the first section; wherein a portion of the second section and a portion of the third section form part of the connecting element (12"; 12"') to be produced and are each formed so as to be adapted, when the connecting element (12"; 12"') is finished, to at least partially abut against a respective component (200, 100) of the components (200, 100) of the structure, and wherein the formation of the at least one opening is performed in such a manner that material initially forming part of the wall in the first section of the initial profile (1; 1a) and remaining after the formation of the at least one opening forms at least one stabilizing section (14"; 14"') which connects the portions (13b, 13c) of the second and third sections, wherein the stabilizing section (14", 14"') is asymmetrically arranged at an associated end (12a", 12b"') of the connecting element (12", 12"'). - forming a hollow initial profile (1; 1a) comprising a wall which follows a closed path in a cross-section of the initial profile (1; 1a), the wall being formed with a first, a second and a third section provided along the closed path in such a manner that, in the direction of the closed path, the second section is provided between the first and third sections; and - removing material initially forming part of the wall in at least one region of the initial profile so as to obtain at least one opening in the at least one region, the at least one opening extending at least partially within the first section;
A computer-implemented method for determining a position of a vehicle within an area, the method comprising: receiving an image of an asymmetric fiducial pattern displayed by a luminaire within the area; determining a coordinate position of the luminaire based on the received image of the asymmetric fiducial pattern displayed by the luminaire; determining an orientation of the vehicle relative to the area based on an orientation of the asymmetric fiducial pattern in the received image; and determining the position of the vehicle relative to the area based at least in part on the determined coordinate position of the luminaire, wherein determining the coordinate position of the luminaire within the area is based on a luminaire identifier obtained from the received image of the asymmetric fiducial pattern. receiving an image of an asymmetric fiducial pattern displayed by a luminaire within the area; determining a coordinate position of the luminaire based on the received image of the asymmetric fiducial pattern displayed by the luminaire; determining an orientation of the vehicle relative to the area based on an orientation of the asymmetric fiducial pattern in the received image; and determining the position of the vehicle relative to the area based at least in part on the determined coordinate position of the luminaire, wherein determining the coordinate position of the luminaire within the area is based on a luminaire identifier obtained from the received image of the asymmetric fiducial pattern.
A computing device comprising: a processor; a memory; and an automatic file encryption application stored in the memory and containing processor-executable instructions to automatically encrypt a file, wherein the instructions, when executed by the processor, are to cause the processor to: identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content. a processor; a memory; and an automatic file encryption application stored in the memory and containing processor-executable instructions to automatically encrypt a file, wherein the instructions, when executed by the processor, are to cause the processor to: identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content. identify a characteristic associated with likely sensitive content based on a communication received from a remote server specifying the characteristic of the file and based on a usage pattern, wherein the usage pattern is derived at the remote server from previous file encryption operations on other computing devices encrypting different files having the characteristic, detect creation of the file, determine that the file contains sensitive content based upon it having the characteristic, and encrypt the file based on the determination that the file contains sensitive content.
A passive intragastric obesity treatment implant, comprising: an esophageal stent sized to anchor within the esophagus just above the esophageal sphincter; a tubular body having a length sufficient to extend between the esophageal sphincter and the pyloric sphincter upon implant in the stomach, the tubular body having perforations therein to permit ingress of stomach juices; a duodenal tube extending in series from the tubular body; collapsible tubular connectors between the esophageal stent and the tubular body, and between the tubular body and the duodenal tube, the connectors each having longitudinal slits therein; and a bulbous flange surrounding and connected to a distal end of the tubular body, the bulbous flange having a size that prevents passage through the pyloric sphincter, the implant being formed of materials that permit it to be compressed into a substantially linear transoral delivery configuration and that will resist degradation over a period of at least six months within the stomach. an esophageal stent sized to anchor within the esophagus just above the esophageal sphincter; a tubular body having a length sufficient to extend between the esophageal sphincter and the pyloric sphincter upon implant in the stomach, the tubular body having perforations therein to permit ingress of stomach juices; a duodenal tube extending in series from the tubular body; collapsible tubular connectors between the esophageal stent and the tubular body, and between the tubular body and the duodenal tube, the connectors each having longitudinal slits therein; and a bulbous flange surrounding and connected to a distal end of the tubular body, the bulbous flange having a size that prevents passage through the pyloric sphincter, the implant being formed of materials that permit it to be compressed into a substantially linear transoral delivery configuration and that will resist degradation over a period of at least six months within the stomach.
A high-strength steel sheet having a chemical composition containing, by mass%, C: 0.07% to 0.30%, Si: 0.10% to 2.5%, Mn: 1.8% to 3.7%, P: 0.03% or less, S: 0.0020% or less, Sol. Al: 0.01% to 1.0%, N: 0.0006% to 0.0055%, O: 0.0008% to 0.0025%, optionally one or more of Ca: 0.0002% to 0.0030%, Ti: 0.01% to 0.1%, Nb: 0.01% to 0.1%, V: 0.001% to 0.1%, Zr: 0.001% to 0.1%, Cr: 0.01% to 1.0%, Mo: 0.01% to 0.20%, B: 0.0001% to 0.0030%, Cu: 0.01% to 0.5%, Ni: 0.01% to 0.5%, Sn: 0.001% to 0.1%, Sb: 0.005% to 0.05%, and REM and Mg in an amount of 0.0002% or more and 0.01% or less in total, and the balance being Fe and inevitable impurities, wherein a Mn-segregation degree in a region within 100 μm from a surface of the steel sheet in a thickness direction is 1.5 or less and wherein the Mn-segregation degree = (maximum Mn content/average Mn content) is determined by using an EPMA with a probe diameter of 2 μm and wherein MnS inclusions are not included in the amount of detected Mn, in a plane parallel to the surface of the steel sheet in a region within 100 μm from the surface of the steel sheet in the thickness direction, the number of oxide-based inclusion grains having a grain long diameter of 5 μm or more is 1000 or less per 100 mm 2, a proportion of the number of oxide-based inclusion grains having a chemical composition containing alumina in an amount of 50 mass% or more, silica in an amount of 20 mass% or less, and calcia in an amount of 40 mass% or less to the total number of oxide-based inclusion grains having a grain long diameter of 5 μm or more is 80% or more, wherein the number, the particle size and the chemical composition of the oxide-based inclusion grains are obtained by performing SEM-EDX analysis, a metallographic structure including, in terms of volume fraction, a martensite phase and a bainite phase in an amount of 25% to 100% in total, a ferrite phase in an amount of less than 75% and including 0%, an austenite phase in an amount of less than 15% and including 0% and wherein the total volume fraction of other phases is 4% or less, and a tensile strength of 980 MPa or more.
A semiconductor wafer protective film, comprising: a substrate layer; and an adhesive layer formed on the substrate layer, wherein the substrate layer is configured of only a polymer having a solubility parameter determined by a Van Krevelen method of equal to or greater than 9 (cal/cm 3) 1/2, the polymer being a copolymer of a polyester as one copolymer component and an expansibility imparting component as the other copolymer component, and the melting point of the expansibility imparting component simple substance is equal to or lower than 40°C. a substrate layer; and an adhesive layer formed on the substrate layer, wherein the substrate layer is configured of only a polymer having a solubility parameter determined by a Van Krevelen method of equal to or greater than 9 (cal/cm 3) 1/2, the polymer being a copolymer of a polyester as one copolymer component and an expansibility imparting component as the other copolymer component, and the melting point of the expansibility imparting component simple substance is equal to or lower than 40°C.
A material comprising a glass sheet, one of the faces of which comprises a first zone and a second zone, only the first zone being coated with a layer of opaque mineral paint obtained from a water-based paint composition comprising pigments and an aqueous solution of alkaline silicate, the layer of mineral paint and the second zone of the glass sheet being coated with a thin layer stack comprising at least one electrically conductive thin layer.
Hydrodynamic plain bearing 1.1 having a bearing shell, of which the inner surface forms a bearing surface for a rotating shaft or the like; wherein 1.2 the bearing surface, in order to form a bearing having a multi-wedge bore, has a multiplicity of surface segments (14, 15, 16), which are arranged in succession in the circumferential direction of the bearing shell and which, by means of their inner circumference, each form a segment of a circle having a radius R, the center point of the segment of a circle of each surface segment being shifted relative to a center point of the bearing shell by an eccentricity d; and 1.3 the bearing shell has two bearing shell halves (1.1, 1.2), which each extend over 180° of the bearing surface and are joined at a joint in a joint plane; characterized in that 1.4 at least one surface segment (14, 15, 16) is offset relative to the center point of the bearing shell by an offset e along an offset plane, wherein the offset plane is at an angle to the joint plane in the circumferential direction of the bearing shell. 1.1 having a bearing shell, of which the inner surface forms a bearing surface for a rotating shaft or the like; wherein 1.2 the bearing surface, in order to form a bearing having a multi-wedge bore, has a multiplicity of surface segments (14, 15, 16), which are arranged in succession in the circumferential direction of the bearing shell and which, by means of their inner circumference, each form a segment of a circle having a radius R, the center point of the segment of a circle of each surface segment being shifted relative to a center point of the bearing shell by an eccentricity d; and 1.3 the bearing shell has two bearing shell halves (1.1, 1.2), which each extend over 180° of the bearing surface and are joined at a joint in a joint plane; characterized in that 1.4 at least one surface segment (14, 15, 16) is offset relative to the center point of the bearing shell by an offset e along an offset plane, wherein the offset plane is at an angle to the joint plane in the circumferential direction of the bearing shell.
A flexographic printing machine for printing a material web, having a central cylinder and a plurality of inking units arranged around the central cylinder, in which in each case printing ink can be transferred from a printing roller to the material web, wherein the machine-side anchors at least of one printing roller is designed in such a manner that the printing roller can be removed and the space encompassed by the printing roller can be freed, characterized in that the freed space can be equipped with an inkjet printing unit, and that the inkjet printing unit has a smaller printing width than the removed printing roller and is displaceable on a linear guide transversely to the material web.
A cooling device of a power transformer, the cooling device comprising: an upper frame and a lower frame; a core installed between the upper frame and the lower frame; a coil wound around a leg portion of the core; a plurality of radial spacers formed of plates and interposed between coil sections horizontally dividing the coil; a heat pipe, for cooling by fluid flowing through the pipe, supported by the plurality of radial spacers and installed inside and outside the core and the coil; a heat sink coupled to an upper portion of the heat pipe and exposed to an upper portion of the coil; and a fractionating column interposed between the heat sink and the heat pipe, one end of the fractionating column being provided with one conduit and connected to the heat sink, and the other end of the fractionating column being provided with a plurality of conduits and connected to the heat pipe. an upper frame and a lower frame; a core installed between the upper frame and the lower frame; a coil wound around a leg portion of the core; a plurality of radial spacers formed of plates and interposed between coil sections horizontally dividing the coil; a heat pipe, for cooling by fluid flowing through the pipe, supported by the plurality of radial spacers and installed inside and outside the core and the coil; a heat sink coupled to an upper portion of the heat pipe and exposed to an upper portion of the coil; and a fractionating column interposed between the heat sink and the heat pipe, one end of the fractionating column being provided with one conduit and connected to the heat sink, and the other end of the fractionating column being provided with a plurality of conduits and connected to the heat pipe.
Jetty for an offshore structure with at least one bar-type and/or tubular jetty facility (17, 18) for providing an abutment surface for a boat, with a split structure with a first jetty module and with at least one further jetty module, wherein the further jetty module is designed to be arranged above the first jetty module, characterised in that the first jetty module has a plug device to produce a plug connection with a receiving device of the offshore structure, and that the position of the first jetty module on the offshore structure can be fixed by means of the further jetty module.
Secondary part (1, 51) for an electric machine comprising - a carrier part (2, 52) with a ferromagnetic material, - permanent magnets (3, 53), and - a template (4, 54) with spacer elements (7, 27, 57, 527), - wherein the permanent magnets (3, 53) are arranged between the spacer elements (7, 27, 57, 527), - wherein the permanent magnets (3, 53) and the template (4, 54) for fastening on a top side (9, 59) of the carrier part (2, 52) are glued to the carrier part (2, 52), - wherein the template (4, 54) comprises a first template part (10, 510), wherein the first template part (10, 510) has a connecting piece (11, 511) which runs along the carrier part (2, 52) on a first side (12, 512) of the permanent magnets (3, 53) and connects the spacer elements (7, 27, 57, 527) with a material fit to on another on the first side (12, 512) of the permanent magnets (3, 53), - wherein the template (4, 54) comprises a second template part (16, 516) which runs along the carrier part (2, 52) at least piece by piece on a second side (15, 515) of the permanent magnets (3, 53) facing away from the first side (12, 512) and - wherein the first and the second template part (10, 510, 16, 516) are identical template parts. - a carrier part (2, 52) with a ferromagnetic material, - permanent magnets (3, 53), and - a template (4, 54) with spacer elements (7, 27, 57, 527), - wherein the permanent magnets (3, 53) are arranged between the spacer elements (7, 27, 57, 527), - wherein the permanent magnets (3, 53) and the template (4, 54) for fastening on a top side (9, 59) of the carrier part (2, 52) are glued to the carrier part (2, 52), - wherein the template (4, 54) comprises a first template part (10, 510), wherein the first template part (10, 510) has a connecting piece (11, 511) which runs along the carrier part (2, 52) on a first side (12, 512) of the permanent magnets (3, 53) and connects the spacer elements (7, 27, 57, 527) with a material fit to on another on the first side (12, 512) of the permanent magnets (3, 53), - wherein the template (4, 54) comprises a second template part (16, 516) which runs along the carrier part (2, 52) at least piece by piece on a second side (15, 515) of the permanent magnets (3, 53) facing away from the first side (12, 512) and - wherein the first and the second template part (10, 510, 16, 516) are identical template parts.