mhurhangee/ep-ind-claims huggingface dataset:
Device for decladding, opening or trimming steel-clad drums containing concreted radioactive content, wherein a machining chamber having a transfer opening for the drums is provided, as well as a tilting and rotating unit which is arranged in the machining chamber and serves for receiving the drums, wherein a drum that is received with its longitudinal axis parallel to a longitudinal extension of the tilting and rotating unit can be rotated about its longitudinal axis by the tilting and rotating unit, and the tilting and rotating unit can be tilted from an upright position with a substantially vertical longitudinal extension of the tilting and rotating unit to a lying position with a substantially horizontal longitudinal extension of the tilting and rotating unit, characterized in that at least two sawing or milling tools (9, 14, 15) are provided, wherein at least one sawing or milling tool for decladding, opening or trimming the drum when the tilting and rotating unit is in the upright position is guided in its advancing movement transversely to the longitudinal extension of the tilting and rotating unit, and at least one sawing or milling tool (14, 15) for decladding, opening or trimming the drum when the tilting and rotating unit is in the lying position is guided in its advancing movement along the longitudinal extension of the tilting and rotating unit.
A chimeric peptide for stimulating an immune response to HER-2 protein, wherein said chimeric peptide comprises a HER-2 B cell epitope, a T-helper (Th) epitope, and a linker joining said HER-2 B cell epitope to said Th epitope; wherein the sequence of said HER-2 B cell epitope is P-L-H-N-Q-E-V-T-A-E-D-G-T-Q-R-A-E-K-C-S-K-P-C-A, (SEQ ID NO. 6) wherein said linker is from 1 to 15 amino acids in length, and wherein the sequence of said Th epitope is L-S-E-I-K-G-V-I-V-H-R-L-E-G-V, (SEQ ID NO. 17.) P-L-H-N-Q-E-V-T-A-E-D-G-T-Q-R-A-E-K-C-S-K-P-C-A, (SEQ ID NO. 6) L-S-E-I-K-G-V-I-V-H-R-L-E-G-V, (SEQ ID NO. 17.)
Method for accessing at least one administration server connected to a wide area communication network, characterized in that comprises: - the verification of a detection (E2, E14, F4, F10), via an access point (200, 210, 220, 212, 222) allowing access to the wide area communication network, of a wireless network dedicated to an exchange of administration data with the at least one administration server, called a wireless administration network; - when the wireless administration network is detected, connection (E3, E16, F5, F12) by the access point to said wireless network and activation (E4, F6) by the access point of said wireless network in repeater mode, in which the access point repeats data received on said wireless network, - if the wireless administration network is not detected and if there is no fault affecting access to the wide area communication network, an activation by the access point of the wireless administration network, allowing direct access to said administration server. - the verification of a detection (E2, E14, F4, F10), via an access point (200, 210, 220, 212, 222) allowing access to the wide area communication network, of a wireless network dedicated to an exchange of administration data with the at least one administration server, called a wireless administration network; - when the wireless administration network is detected, connection (E3, E16, F5, F12) by the access point to said wireless network and activation (E4, F6) by the access point of said wireless network in repeater mode, in which the access point repeats data received on said wireless network, - if the wireless administration network is not detected and if there is no fault affecting access to the wide area communication network, an activation by the access point of the wireless administration network, allowing direct access to said administration server.
A multilayer nonwoven fabric for foam molding, comprising: a dense layer; and a reinforcing layer provided on at least one side of the dense layer, wherein the reinforcing layer is a staple fiber nonwoven fabric containing: thermoplastic resin staple fibers having a fiber diameter of more than 20 μm, in an amount of 5% by mass to 50% by mass, and thermoplastic resin staple fibers having a fiber diameter of 20 μm or less, in an amount of 95% by mass to 50% by mass, wherein a total of the thermoplastic resin staple fibers and the thermoplastic resin staple fibers is 100% by mass, the thermoplastic resin staple fibers or the thermoplastic resin staple fibers contain conjugate polyester-based staple fibers formed of two or more resins having different melting points, and the conjugate polyester-based staple fibers are contained in the reinforcing layer in an amount of 10% by mass to 40% by mass, wherein the dense layer is a nonwoven fabric having bulk density in a range of from 0.05 g/cm 3 to 0.3 g/cm 3, and wherein the dense layer and the reinforcing layer are entangled with each other by needle punching. a dense layer; and a reinforcing layer provided on at least one side of the dense layer, wherein the reinforcing layer is a staple fiber nonwoven fabric containing: thermoplastic resin staple fibers having a fiber diameter of more than 20 μm, in an amount of 5% by mass to 50% by mass, and thermoplastic resin staple fibers having a fiber diameter of 20 μm or less, in an amount of 95% by mass to 50% by mass, thermoplastic resin staple fibers having a fiber diameter of more than 20 μm, in an amount of 5% by mass to 50% by mass, and thermoplastic resin staple fibers having a fiber diameter of 20 μm or less, in an amount of 95% by mass to 50% by mass, wherein a total of the thermoplastic resin staple fibers and the thermoplastic resin staple fibers is 100% by mass, the thermoplastic resin staple fibers or the thermoplastic resin staple fibers contain conjugate polyester-based staple fibers formed of two or more resins having different melting points, and the conjugate polyester-based staple fibers are contained in the reinforcing layer in an amount of 10% by mass to 40% by mass, wherein the dense layer is a nonwoven fabric having bulk density in a range of from 0.05 g/cm 3 to 0.3 g/cm 3, and wherein the dense layer and the reinforcing layer are entangled with each other by needle punching.
A luminescent sample imaging method comprising: imaging a luminescent sample using an objective lens having a value of (NA÷β) 2 represented by numerical aperture NA and projection magnification β of equal to or more than 0.01; characterized in that the magnification β of the objective lens is within the range of 5x to 20x or 40x to 100x, wherein the luminescent sample is an individual luminescent cell into which luciferase gene is introduced. imaging a luminescent sample using an objective lens having a value of (NA÷β) 2 represented by numerical aperture NA and projection magnification β of equal to or more than 0.01; characterized in that the magnification β of the objective lens is within the range of 5x to 20x or 40x to 100x, wherein the luminescent sample is an individual luminescent cell into which luciferase gene is introduced.
A coating system comprising: a) a conveyor belt adapted to move the articles undergoing coating along a substantially horizontal advancement direction towards a drying oven; b) a rotary turntable located on a frame inside a spraying booth above the conveyor belt and that is rotatable according to an axis of rotation perpendicular to a plane surface of the conveyor; c) said rotary turntable comprising a plurality of spray guns for spraying the coating, said guns being mounted along the outer circumference of the turntable and positioned on the end of conduits coming from a compressed air line through at least one hose that forms a conduit that enters the turntable and branches off towards each gun for delivering compressed air; wherein along said conduit for channelling air and upstream of said turntable located in the spraying booth with respect to the direction of advancement of the conveyor belt, a device equipped with means for heating, filtering and dehumidifying the working air that is introduced into the guns is inserted, wherein said device comprises an external cylindrical tube and an internal cylindrical heating tube, which, in turn, internally comprises a group of electrical heating elements, between said external and internal tubes spaces being positioned for the passage of air entering said device from an inlet and exiting said device from an outlet, said internal heating tube being in turn provided, in the lower part, with windows for the passage of the air entering from the inlet and exiting from the outlet, and wherein compressed air is introduced through a mouthpiece of said device, and after having travelled through a space adherent to the inner wall of the external cylindrical tube, the flow of air reaches the bottom of the device, where it reverses its direction and enters into the internal cylindrical heating tube where the electrical heating elements are positioned, to then be conveyed, heated, towards the outlet and from the latter towards channelling (19, 30) and then towards the spray guns. a) a conveyor belt adapted to move the articles undergoing coating along a substantially horizontal advancement direction towards a drying oven; b) a rotary turntable located on a frame inside a spraying booth above the conveyor belt and that is rotatable according to an axis of rotation perpendicular to a plane surface of the conveyor; c) said rotary turntable comprising a plurality of spray guns for spraying the coating, said guns being mounted along the outer circumference of the turntable and positioned on the end of conduits coming from a compressed air line through at least one hose that forms a conduit that enters the turntable and branches off towards each gun for delivering compressed air;
A reinforced panel (1;10) for forming a roof covering comprising at least a first honeycomb-shaped plate of light-permeable plastic material and reinforcement means of said first honeycomb-shaped plate facing a lower surface of said plate, wherein said reinforcement means comprise a light-permeable homogeneous layer (A'); wherein said light-permeable homogeneous layer (A') comprises a sheet of light-permeable inorganic material and a continuous layer of retardant or intumescent expanding resin; when the honeycomb-shaped plate of plastic material reaches, even if only locally, its softening or melting point due to combustion, said homogenous layer (A') defines a barrier for holding the melted parts of said honeycomb-shaped plate of plastic material; characterized in that at least a strap of intumescent material (2B;2C) is arranged at a peripheral portion of said reinforced panel and on a surface of said reinforced panel which is opposite to a surface of said homogeneous layer (A') facing the lower surface of said first honeycomb-shaped plate.
An absorbent article, comprising: a body contacting layer; a garment contacting layer; and an absorbent core disposed between the body contacting layer and the garment contacting layer, the absorbent core having a core edge; the core edge defining a core region within the core edge and an outer region outside the core region; the body contacting layer and the garment contacting layer extending outward into the outer region and joined together in the outer region; the garment contacting layer having a graphic printed on the body facing surface at least in a portion of the outer region; the body contacting layer having a first light transmittance so that the graphic printed on the body facing surface of the garment contacting layer can be seen through the body contacting layer in the outer region, wherein the first light transmittance is at least about 10%, wherein the garment contacting layer has a second light transmittance so that the graphic on the body facing surface can be seen through the garment contacting layer, wherein the second light transmittance is at least about 10%. a body contacting layer; a garment contacting layer; and an absorbent core disposed between the body contacting layer and the garment contacting layer, the absorbent core having a core edge;
A single crystal which is composed of a terbium aluminum garnet single crystal and in which a portion of the aluminum is replaced with lutetium (Lu) and scandium (Sc), which is represented by the following chemical formula: (Tb 3)(Sc 2-x Lu x)Al 3 O 12 wherein x satisfies the following formula: 0.05 ≤ x ≤ 0.2.
A resin composition for an underfill material, comprising a maleimide compound and a secondary monoamino compound, wherein the maleimide compound comprises a maleimide compound represented by the following formula: wherein n 2 represents an integer of 1 or more and 30 or less, and wherein the secondary monoamino compound has, in a molecule, one secondary amino group configured to react with the maleimide compound, and has a boiling point of 120°C or more.
A measuring tube for a flowmeter, said flowmeter being configured to determine and/or monitor a process variable of a liquid medium, wherein the liquid medium flows through the measuring tube when the process variable is being determined and/or monitored, the measuring tube having: A mostly cylindrical measuring tube section, which can conduct a liquid medium, wherein the cylindrical measuring tube section is made from tantalum (Ta) at least at the inner wall, and the cylindrical measuring tube section has two opposite, end-side openings (21, 22) to allow the medium to flow in and out; At least one insert, which consists of a pure precious metal or an alloy of at least one precious metal, wherein the non-precious metal makes up less than 20 percent by weight, wherein the precious metal of the insert is selected from the group of platinum metals and is, in particular, platinum; wherein the insert is inserted into one of the two end-side openings (21; 22) in such a way that the inner wall made from tantalum is in direct contact with the precious metal wherein the insert is mechanically pressed onto the opening (21; 22) and this creates a mechanical, permanent, and liquid-tight connection between the cylindrical measuring tube section and the insert. A mostly cylindrical measuring tube section, which can conduct a liquid medium, wherein the cylindrical measuring tube section is made from tantalum (Ta) at least at the inner wall, and the cylindrical measuring tube section has two opposite, end-side openings (21, 22) to allow the medium to flow in and out; At least one insert, which consists of a pure precious metal or an alloy of at least one precious metal, wherein the non-precious metal makes up less than 20 percent by weight, wherein the precious metal of the insert is selected from the group of platinum metals and is, in particular, platinum; wherein the insert is inserted into one of the two end-side openings (21; 22) in such a way that the inner wall made from tantalum is in direct contact with the precious metal wherein the insert is mechanically pressed onto the opening (21; 22) and this creates a mechanical, permanent, and liquid-tight connection between the cylindrical measuring tube section and the insert.
A shutter assembly for controlling an air flow of a direction controlled service apparatus, said shutter assembly comprising; a collar configured to connect to an opening in a housing assembly of said direction controlled service apparatus; a plurality of blades disposed within said collar, said plurality of blades being positioned adjacent to said opening, each blade of said plurality of blades being configured to overlap an adjacent blade characterised in that said shutter assembly further comprises: a blade actuator operably connected to each blade of said plurality of blades, said blade actuator comprising a fixed first end and a second end, said blade actuator being configured to contract upon a current being applied to said blade actuator; a toothed rack connected to said second end of said blade actuator, said rack being movable upon contraction of said blade actuator; a locking mechanism movable between an engaged configuration and a disengaged configuration, said locking mechanism being configured to operably engage said rack upon being set in said engaged configuration; and a locking mechanism actuator operably connected to said locking mechanism, said locking mechanism actuator being configured to contract upon a current being applied to said locking mechanism actuator to move said locking mechanism to said disengaged configuration; wherein said plurality of blades at least partially overlap in succession upon contraction of said blade actuator to at least partially expose said opening; and wherein each blade of said plurality of blades is fixed relative to said adjacent blade upon engagement of said locking mechanism to said rack. a blade actuator operably connected to each blade of said plurality of blades, said blade actuator comprising a fixed first end and a second end, said blade actuator being configured to contract upon a current being applied to said blade actuator; a toothed rack connected to said second end of said blade actuator, said rack being movable upon contraction of said blade actuator; a locking mechanism movable between an engaged configuration and a disengaged configuration, said locking mechanism being configured to operably engage said rack upon being set in said engaged configuration; and a locking mechanism actuator operably connected to said locking mechanism, said locking mechanism actuator being configured to contract upon a current being applied to said locking mechanism actuator to move said locking mechanism to said disengaged configuration; wherein said plurality of blades at least partially overlap in succession upon contraction of said blade actuator to at least partially expose said opening; and wherein each blade of said plurality of blades is fixed relative to said adjacent blade upon engagement of said locking mechanism to said rack.
A compound for use in the treatment of premenstrual syndrome and/or premenstrual dysphoric disorder, said compound being magnesium N-acetyl-taurinate.
An exhaust gas treatment system for fitting on a chassis of an automotive vehicle, wherein the system comprises: • a selective catalytic reduction device; • a gaseous fluid supplying device, comprising: - a tank containing a material which is capable of retaining gaseous fluid by absorption and/or adsorption and/or formation of chemical complexes, and of releasing previously retained gaseous fluid; - a gaseous fluid delivery system capable of causing the release of gaseous fluid by the material; the gaseous fluid delivery system being a heating system deriving heat from the heat of exhaust gases flowing from the engine - an injection system for injecting gaseous fluid upstream from the selective catalytic reduction device; characterized in that the selective catalytic reduction device and the gaseous fluid supplying device are arranged on a same frame which is suitable to be fastened to the vehicle chassis and in that the heating system comprises a heating line which branches from the exhaust line, said heating line carrying exhaust gases and having a portion which is thermally connected to the tank and forms a heat exchanger. • a selective catalytic reduction device; • a gaseous fluid supplying device, comprising: - a tank containing a material which is capable of retaining gaseous fluid by absorption and/or adsorption and/or formation of chemical complexes, and of releasing previously retained gaseous fluid; - a gaseous fluid delivery system capable of causing the release of gaseous fluid by the material; the gaseous fluid delivery system being a heating system deriving heat from the heat of exhaust gases flowing from the engine - an injection system for injecting gaseous fluid upstream from the selective catalytic reduction device; - a tank containing a material which is capable of retaining gaseous fluid by absorption and/or adsorption and/or formation of chemical complexes, and of releasing previously retained gaseous fluid; - a gaseous fluid delivery system capable of causing the release of gaseous fluid by the material; the gaseous fluid delivery system being a heating system deriving heat from the heat of exhaust gases flowing from the engine - an injection system for injecting gaseous fluid upstream from the selective catalytic reduction device;
A strain gauge comprising: a flexible resin substrate; and a resistor, characterized by further comprising a functional layer formed of a metal, an alloy, or a metal compound, directly on one surface of the substrate, wherein the resistor is formed of a film including Cr, CrN and Cr 2 N, directly on one surface of the functional layer, and wherein the functional layer includes a material that allows for promotion of crystal growth of the resistor, and the crystal growth causes a film of the resistor formed with a main component to be formed. a flexible resin substrate; and a resistor, characterized by further comprising a functional layer formed of a metal, an alloy, or a metal compound, directly on one surface of the substrate, wherein the resistor is formed of a film including Cr, CrN and Cr 2 N, directly on one surface of the functional layer, and wherein the functional layer includes a material that allows for promotion of crystal growth of the resistor, and the crystal growth causes a film of the resistor formed with a main component to be formed.
A vehicle rear structure including a rear quarter window glass pane, a rear spoiler, a lid lamp unit, a rear window glass pane and a side spoiler extending along a side edge part of the rear window glass pane, wherein the side spoiler comprises: an inner member attached to a body of the vehicle rear structure; and an outer member laid over and adhered to the inner member and forming a vehicle-widthwise side edge surface provided to the side edge part of the rear window glass pane, wherein the inner member has a base part mounted to the body, and an extension part extending from the base part and engaged with the outer member, wherein the outer member includes a vehicle-forward end, a rear end, an upper end part, a lower end part, the vehicle-forward end is curved laterally inwardly of the body further than outwardly facing design surfaces (51a, 52a) of the rear quarter window glass pane; the rear end is adhered to the side edge surface of the rear window glass pane by a seal member; at the boundary between a vehicle-widthwise end of the rear spoiler and the upper end part, their respective design surfaces (45e, 14b) facing laterally outside of the vehicle are laid flush with each other and jointly form a continuous curved surface; and the lower end is laid underneath an upper end part of a lid lamp body part of the lid lamp unit and is curved to extend away from an adjacent end of the lid lamp body part of the lid lamp unit. an inner member attached to a body of the vehicle rear structure; and an outer member laid over and adhered to the inner member and forming a vehicle-widthwise side edge surface provided to the side edge part of the rear window glass pane, wherein the inner member has a base part mounted to the body, and an extension part extending from the base part and engaged with the outer member, wherein the outer member includes a vehicle-forward end, a rear end, an upper end part, a lower end part, the vehicle-forward end is curved laterally inwardly of the body further than outwardly facing design surfaces (51a, 52a) of the rear quarter window glass pane; the rear end is adhered to the side edge surface of the rear window glass pane by a seal member; at the boundary between a vehicle-widthwise end of the rear spoiler and the upper end part, their respective design surfaces (45e, 14b) facing laterally outside of the vehicle are laid flush with each other and jointly form a continuous curved surface; and the lower end is laid underneath an upper end part of a lid lamp body part of the lid lamp unit and is curved to extend away from an adjacent end of the lid lamp body part of the lid lamp unit.