mhurhangee/ep-ind-claims huggingface dataset:
A passive spent fuel cooling and filtration system in a fuel handling area of a nuclear reactor plant for removal of decay heat and filtration of a radioactive particulate-containing steam and air mixture generated in a spent fuel pool boiling event, comprising: a spent fuel pool located in the fuel handling area, adapted to contain pool water and spent fuel; a discharge path having a first end connected to the fuel handling area and a second end connected to atmosphere; an air filtration unit located in the discharge path, comprising at least one passive high-efficiency particulate air filter, comprising a mat of randomly arranged fibers, the mat being structured to trap at least a portion of radioactive particulates from the radioactive particulate-containing steam and air mixture; at least one temperature-actuated damper (105,110) designed to open at an actuation temperature for venting the radioactive particulate-containing steam and air mixture from the fuel handling area to the at least one passive high-efficiency particular air filter; and a vent mechanism (145,150) located downstream of the at least one passive high efficiency particulate air filter for releasing the filtered mixture exiting the particulate air filter to the atmosphere, wherein during normal operation, the at least one temperature-actuated damper (105,110) isolates the air filtration unit and the discharge path from the fuel handling area, and wherein during the spent fuel pool boiling event, the temperature-operated damper is open to release the radioactive particulate-containing steam and air mixture from the fuel handling area to the air filtration unit. a spent fuel pool located in the fuel handling area, adapted to contain pool water and spent fuel; a discharge path having a first end connected to the fuel handling area and a second end connected to atmosphere; an air filtration unit located in the discharge path, comprising at least one passive high-efficiency particulate air filter, comprising a mat of randomly arranged fibers, the mat being structured to trap at least a portion of radioactive particulates from the radioactive particulate-containing steam and air mixture; at least one temperature-actuated damper (105,110) designed to open at an actuation temperature for venting the radioactive particulate-containing steam and air mixture from the fuel handling area to the at least one passive high-efficiency particular air filter; and a vent mechanism (145,150) located downstream of the at least one passive high efficiency particulate air filter for releasing the filtered mixture exiting the particulate air filter to the atmosphere,
A door actuator, comprising - a housing, - an output shaft, which is supported rotationally mobile in the housing and extends along an axis of rotation, - a cam disc disposed torque-proof on the output shaft, and - a first piston linearly guided along a central axis in the housing, - wherein the first piston and the cam disc are disposed for mutual conversion between a rotary movement of the output shaft and a linear movement of the first piston, wherein a first pressure roller rolling on the cam disc is disposed in the first piston, - a second piston linearly guided along the central axis, wherein a second pressure roller rolling on the cam disc is disposed in the second piston, wherein the cam disc has an asymmetrical cam contour, - wherein the central axis extends through the centre of the housing, and wherein the central axis runs through the centre of the two pistons (5, 6), characterized in that - the axis of rotation is oriented offset to the central axis. - a housing, - an output shaft, which is supported rotationally mobile in the housing and extends along an axis of rotation, - a cam disc disposed torque-proof on the output shaft, and - a first piston linearly guided along a central axis in the housing, - wherein the first piston and the cam disc are disposed for mutual conversion between a rotary movement of the output shaft and a linear movement of the first piston, wherein a first pressure roller rolling on the cam disc is disposed in the first piston, - a second piston linearly guided along the central axis, wherein a second pressure roller rolling on the cam disc is disposed in the second piston, wherein the cam disc has an asymmetrical cam contour, - wherein the central axis extends through the centre of the housing, and wherein the central axis runs through the centre of the two pistons (5, 6), characterized in that - the axis of rotation is oriented offset to the central axis.
A spiralizer attachment for a kitchen appliance comprising: a blade plate including a first arm and a second arm arranged diametrically opposite one another about a periphery of said blade plate, said blade plate further including a slot and at least one blade (114, 118), wherein rotation of said blade plate relative to a food item forms at least one continuous slice of said food item; and wherein an interface between said first arm and said second arm couples said blade plate to a rotating component. a blade plate including a first arm and a second arm arranged diametrically opposite one another about a periphery of said blade plate, said blade plate further including a slot and at least one blade (114, 118), wherein rotation of said blade plate relative to a food item forms at least one continuous slice of said food item; and wherein an interface between said first arm and said second arm couples said blade plate to a rotating component.
Optical surveying instrument, including: an optical arrangement defining a field of view; a first image sensor to obtain, in a first wavelength range, a first image (300; 800) of the field of view; a light emitter to emit light in a second wavelength range towards the field of view; a second image sensor to obtain, in the second wavelength range, a second image (350; 850) of the field of view; a first image processing unit for identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; a second image processing unit for defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest. an optical arrangement defining a field of view; a first image sensor to obtain, in a first wavelength range, a first image (300; 800) of the field of view; a light emitter to emit light in a second wavelength range towards the field of view; a second image sensor to obtain, in the second wavelength range, a second image (350; 850) of the field of view; a first image processing unit for identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; a second image processing unit for defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest. defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest.
A method of exchanging connection parameters using Extensible Authentication Protocol, EAP, messages, the method comprising: receiving, at a server, a first message transmitted by a user equipment, UE, wherein said first message indicates an emergency attach request; the server determining, based at least in part on said first message, that an EAP authentication of said UE cannot proceed; and the server responding to the first message, wherein the step of responding to the first message comprises: the server generating a second message, wherein said second message comprises one or more connection parameters; and the server transmitting to the UE said second message; wherein said second message comprises an indication regarding an access point status for said UE, and the connection parameters indicate support of the server for one or more connection modes. receiving, at a server, a first message transmitted by a user equipment, UE, wherein said first message indicates an emergency attach request; the server determining, based at least in part on said first message, that an EAP authentication of said UE cannot proceed; and the server responding to the first message, wherein the step of responding to the first message comprises: the server generating a second message, wherein said second message comprises one or more connection parameters; and the server transmitting to the UE said second message; the server generating a second message, wherein said second message comprises one or more connection parameters; and the server transmitting to the UE said second message; wherein said second message comprises an indication regarding an access point status for said UE, and the connection parameters indicate support of the server for one or more connection modes.
A method of manufacturing a nitride semiconductor light emitting element comprising an n-side nitride semiconductor layer, a p-side nitride semiconductor layer, and a transparent electrode formed on the p-side nitride semiconductor layer, the method comprising: a semiconductor forming step of forming the n-side nitride semiconductor layer and the p-side nitride semiconductor layer; and a transparent electrode forming step of forming the transparent electrode on the p-side nitride semiconductor layer, characterized in that the transparent electrode forming step comprises a film forming sub-step of forming an indium oxide layer containing Ge and Si, and an annealing sub-step of annealing the nitride semiconductor light emitting element having the indium oxide layer, wherein the annealing in the annealing sub-step is carried out under a reduced pressure from 1 kPa to 30 kPa. a semiconductor forming step of forming the n-side nitride semiconductor layer and the p-side nitride semiconductor layer; and a transparent electrode forming step of forming the transparent electrode on the p-side nitride semiconductor layer, characterized in that the transparent electrode forming step comprises a film forming sub-step of forming an indium oxide layer containing Ge and Si, and an annealing sub-step of annealing the nitride semiconductor light emitting element having the indium oxide layer, wherein the annealing in the annealing sub-step is carried out under a reduced pressure from 1 kPa to 30 kPa.
A component mounting system at which multiple mounter modules, each equipped with a mounting head, are arranged along a conveyance direction of circuit boards, comprising: a component storage cabinet which is configured to store multiple component supply members (34, 37), each housing many components; a supply device which is capable of traveling between the component storage cabinet and the multiple mounter modules, and which is configured to hold at least one of the component supply members (34, 37) and to supply a respective component supply member (34, 37) to a respective one of the multiple mounter modules and to collect a respective component supply member (34, 37) from the respective one of the multiple mounter modules; a conveyance means which is configured to convey the supply device between the component storage cabinet and the multiple mounter modules; characterized in that the component mounting system further comprises a verification section which is configured to read and verify the ID of the respective component supply member (34, 37) which is supplied to the respective one of the mounter modules from the supply device, wherein the conveyance means is configured to include guide rails (40a, 40b) provided on the front side of the multiple mounter modules, and follower rollers (45a, 45b) which are provided on the supply device side and which are configured to engage with the guide rails (40a, 40b). a component storage cabinet which is configured to store multiple component supply members (34, 37), each housing many components; a supply device which is capable of traveling between the component storage cabinet and the multiple mounter modules, and which is configured to hold at least one of the component supply members (34, 37) and to supply a respective component supply member (34, 37) to a respective one of the multiple mounter modules and to collect a respective component supply member (34, 37) from the respective one of the multiple mounter modules; a conveyance means which is configured to convey the supply device between the component storage cabinet and the multiple mounter modules; characterized in that the component mounting system further comprises a verification section which is configured to read and verify the ID of the respective component supply member (34, 37) which is supplied to the respective one of the mounter modules from the supply device, wherein the conveyance means is configured to include guide rails (40a, 40b) provided on the front side of the multiple mounter modules, and follower rollers (45a, 45b) which are provided on the supply device side and which are configured to engage with the guide rails (40a, 40b).
A multilayer film for use in packaging organoleptic sensitive products, comprising: A) an outer sealant layer comprising homogeneous ethylene/α-olefin copolymer having a density of at least 0.906 g/cm 3; B) a bulk layer comprising an ethylene/ α-olefin copolymer having a density of from 0.89 to 0.93 g/cm 3, the first bulk layer being between the outer sealant layer and the core layer; C) a first tie layer between the outer sealant layer and the core layer, the first tie layer comprising a first modified polyolefin; and D) a core layer comprising at least one member selected from the group consisting of polyamide, saponified ethylene/vinyl acetate copolymer, polyvinylidene chloride, E) a second tie layer between the core layer and the odor barrier tie layer, the second tie layer comprising a second modified polyolefin; F) a third tie layer comprising a modified ethylene/ α-olefin copolymer having a density of from 0.89 to 0.93 g/cm 3, the third tie being between the second tie layer and the odor barrier layer; and G) an odor barrier layer comprising at least one odor barrier polymer selected from the group consisting of polyester, amorphous polyamide, polycarbonate, polyvinylalcohol, and cyclic olefin copolymer, wherein the odor barrier layer comprises glycol-modified polyethylene terephthalate (PETG) in an amount of 90 to 100 wt.-% based on layer weight. A) an outer sealant layer comprising homogeneous ethylene/α-olefin copolymer having a density of at least 0.906 g/cm 3; B) a bulk layer comprising an ethylene/ α-olefin copolymer having a density of from 0.89 to 0.93 g/cm 3, the first bulk layer being between the outer sealant layer and the core layer; C) a first tie layer between the outer sealant layer and the core layer, the first tie layer comprising a first modified polyolefin; and D) a core layer comprising at least one member selected from the group consisting of polyamide, saponified ethylene/vinyl acetate copolymer, polyvinylidene chloride, E) a second tie layer between the core layer and the odor barrier tie layer, the second tie layer comprising a second modified polyolefin; F) a third tie layer comprising a modified ethylene/ α-olefin copolymer having a density of from 0.89 to 0.93 g/cm 3, the third tie being between the second tie layer and the odor barrier layer; and G) an odor barrier layer comprising at least one odor barrier polymer selected from the group consisting of polyester, amorphous polyamide, polycarbonate, polyvinylalcohol, and cyclic olefin copolymer, wherein the odor barrier layer comprises glycol-modified polyethylene terephthalate (PETG) in an amount of 90 to 100 wt.-% based on layer weight.
An electronic cigarette with a built-in power supply rod (91, 91'), comprising a suction rod (90, 90') and a power supply rod (91, 91') which are mutually connected to form an integral; the suction rod (90, 90') comprising a cartridge acting as a housing of the suction rod (90, 90'), an e-liquid cup disposed in the cartridge for storing e-liquid, an atomizer configured to to make e-liquid to be vaporized to aerosol and a mouthpiece cover assembly disposed at the top end of the cartridge for users sucking; the power supply rod (91, 91') comprising a sleeve (910, 910') acting as a housing of the power supply rod (91, 91') and a battery disposed in the sleeve (910, 910') and configured to supply working power for the suction rod (90, 90'); wherein a connecting end of the suction rod (90, 90') comprises a first connector (7,7') disposed at the bottom end of the cartridge, a connecting end of the power supply rod (91, 91') comprises a second connector (8,8'); wherein the connecting end of the suction rod (90, 90') and the connecting end of the power supply rod (91, 91') are configured to be threadedly fixed by using the first connector (7,7') and the second connector (8,8'); characterised in that, when the first (7,7') and second (8,8') connectors are threaded together, the sleeve (910, 910') and the battery of the power supply rod (91, 91') strech into the suction rod (90, 90') from the connecting end of the suction rod (91, 91'), and are accommodated and fixed in the suction rod (91, 91'); the first connector defines an inner thread hole, and the second connector comprises an outer thread column configured to be threadedly connected with the inner thread hole of the first connector; or, the second connector defines an inner thread hole, and the first connector comprises an outer thread column configured to be threadedly connected with the inner thread hole; the first connector (7,7') comprises a cartridge seat (71,71') disposed at the bottom of the cartridge and configured to seal the bottom of the cartridge, a cylindrical liquid-isolating tube passing through the cartridge seat (71,71'), extending into the cartridge and fixed on the cartridge seat (71,71'); the second connector (8,8') comprises a sleeve seat disposed at the bottom of the sleeve (910, 910') and configured to seal the bottom of the sleeve (910, 910'); wherein, when the first connector defines an inner thread hole, the suction rod comprises a connecting sleeve disposed on an inner sidewall of the bottom of the liquid-isolating tube, wherein the connecting sleeve defines the inner thread hole, a top of the sleeve seat of the second connector being securely connected with the sleeve of the power supply rod, the sleeve seat forming the outer thread column at a middle thereof and matching with the inner thread hole, the bottom of the sleeve seat comprising a seat body for users taking and holding; or, wherein, when the second connector defines an inner thread hole, the cartridge seat comprises an outer thread column, the second connector of the power supply rod comprises an inner thread hole in the sleeve seat screwing match with the outer thread column.
A surgical implant, comprising: a self-expanding stent comprising lattice segments (12010, 12013, 12014, 12030, 12040), the self-expanding stent having a wall with a wall thickness; and a selectively adjustable assembly at the self-expanding stent, having adjustable elements, and being operable to force a configuration change in at least a portion of the self-expanding stent, characterized in that the lattice segments (12010, 12013, 12014, 12030, 12040) are integrally formed from a piece of shape-memory material; and the adjustable elements of the selectively adjustable assembly are located within the wall thickness of the self-expanding stent. a self-expanding stent comprising lattice segments (12010, 12013, 12014, 12030, 12040), the self-expanding stent having a wall with a wall thickness; and a selectively adjustable assembly at the self-expanding stent, having adjustable elements, and being operable to force a configuration change in at least a portion of the self-expanding stent, characterized in that the lattice segments (12010, 12013, 12014, 12030, 12040) are integrally formed from a piece of shape-memory material; and the adjustable elements of the selectively adjustable assembly are located within the wall thickness of the self-expanding stent.
A lifting door comprising a movable door leaf (6; 6') and structure-mounted frames (2; 2') arranged on both sides of a door opening, wherein lateral guides for the door leaf (6; 6') which face each other and which each comprise a vertical section (32; 32') and a lintel section are arranged on the frames (2; 2'), wherein the door leaf (6; 6') is designed of slats (61; 61') being connected to one another so as to bend and covers the door opening in the closed condition, wherein the door leaf (6; 6') is guided in the lateral guides such that it is accommodated in the lintel sections when the lifting door is open and in the vertical sections (32; 32') of the guides when the lifting door is closed, wherein the vertical sections (32; 32') of the guides are displaceably mounted on the frames (2; 2'), so that the door leaf (6; 6') is displaceable in a direction to the outer side of the door when the lifting door is closed, and wherein the lifting door comprises a trigger device responding to a movement of the door leaf (6; 6') and, based thereon, causing the displacement of the vertical sections (32; 32') at the frames (2; 2'), characterized in that the lifting door comprises a drive unit for the operation of the door leaf (6; 6'), that the lifting door comprises a sealing assembly (5; 5') with frame sealing elements (51; 51') arranged at the frames (2; 2'), wherein they close a gap between the door leaf (6; 6') and a section of the frames (2; 2') facing the door opening when the lifting door is closed, wherein the door leaf (6; 6') is pressed against the sealing assembly (5; 5') when the lifting door is closed, that the lintel sections of the guides are designed to be spiral, wherein the door leaf (6; 6'), in the open condition of the lifting door, is arranged therein with touch-free winding layers, that the lintel sections of the guides, together with the vertical sections (32; 32') of the guides, are displaceably mounted on the frames (2; 2'), and that the guides can only be displaced in a direction that is perpendicular to the door leaf plane, but not in a moving direction of the door leaf (6; 6').