mhurhangee/ep-ind-claims huggingface dataset:
An airfoil for a gas turbine engine comprising: pressure and suction side walls (90, 92) joined to one another at leading and trailing edges (82, 84), the pressure and suction side walls (90, 92) surround an airfoil cavity and providing an exterior airfoil surface; a baffle arranged in the airfoil cavity, the baffle including a supply hole; ribs extending from the pressure and suction side walls (90, 92) into the airfoil cavity and engaging the baffle, the ribs configured to provide a serpentine cooling passage between the baffle and at least one of the pressure and suction side walls (90, 92), the serpentine cooling passage has first and second passes (116, 118) joined by a bend, characterized in that the ribs form a film cooling cavity between the first and second passes (116, 118), and the supply hole fluidly connects the baffle to the film cooling cavity; and in that film cooling holes extend through the at least one of the pressure and suction side walls (90, 92), the film cooling holes in fluid communication with the film cooling cavity. pressure and suction side walls (90, 92) joined to one another at leading and trailing edges (82, 84), the pressure and suction side walls (90, 92) surround an airfoil cavity and providing an exterior airfoil surface; a baffle arranged in the airfoil cavity, the baffle including a supply hole; ribs extending from the pressure and suction side walls (90, 92) into the airfoil cavity and engaging the baffle, the ribs configured to provide a serpentine cooling passage between the baffle and at least one of the pressure and suction side walls (90, 92), the serpentine cooling passage has first and second passes (116, 118) joined by a bend, characterized in that the ribs form a film cooling cavity between the first and second passes (116, 118), and the supply hole fluidly connects the baffle to the film cooling cavity; and in that film cooling holes extend through the at least one of the pressure and suction side walls (90, 92), the film cooling holes in fluid communication with the film cooling cavity.
A radioactive waste recycling plant which consists of the following components: a waste feed unit, a plasma shaft-type furnace with a melter in the hearth of the furnace and a slug discharge unit connected with a receiving tank for molten slug; an air supply unit for delivering air to the furnace to a pyrolysis gas combustion chamber; an evaporative heat exchanger for sharp reduction of the flue gases temperature; a gas purification unit with a sock-type filter; a heat-exchanger and a scrubber; pumps and tanks for agents and recycled products; fittings; the recycling plant, characterized in that it is additionally equipped with, at least, one control module which is electrically connected to a slug discharge control module, an interior environment control module, an equipment status control module and, at least, one gas analytical module, wherein the control module is electrically connected with the electric hardware of the waste feed unit, the plasma shaft-type furnace, the receiving tank for molten slug and with the electric hardware of the air supply unit which delivers the air to the furnace and to the combustion chamber, and the slug discharge control module is electrically connected with the electric hardware of the slug discharge unit.
Device for butt-joining a product (2, 2', 2") in a strip or in a web of material, comprising: - a heat-welding and cutting workstation capable of heat-welding and cutting two thicknesses of product (2, 2', 2") along a heat-welding and cutting zone, - a laminating workstation with means for laminating by heating the heat-welding and cutting zone, between which said product (2, 2', 2") in a strip or in a web of material is designed to be moved according to a movement defined by means for retaining the product (2, 2") upstream of the laminating workstation and by a means for pulling the product (2, 2', 2") downstream of the laminating workstation, characterized in that, in the heat-welding and cutting workstation and in the laminating workstation, the heating is carried out by ultrasound, and in that the device comprises means for adjusting the relative position of the laminating means and of the heat-welding and cutting zone to be laminated, so that, after heat-welding and cutting and after movement of the heat-welding and cutting zone to the laminating workstation, the heat-welding and cutting zone to be laminated is placed in correspondence with the laminating means. - a heat-welding and cutting workstation capable of heat-welding and cutting two thicknesses of product (2, 2', 2") along a heat-welding and cutting zone, - a laminating workstation with means for laminating by heating the heat-welding and cutting zone,
Sintered metal object, comprising metal fibers in a nonwoven web arrangement, wherein said metal fibers comprise stainless steel fibers having a duplex microstructure, wherein the duplex microstructure is a mixed microstructure of austenite and ferrite, wherein said stainless steel fibers are bonded at at least part of their contacting points by means of sinter bonds.
Self-adhesive dressing for protecting a venous access device, the dressing comprising a sheath to house the venous access device in its inside, characterized in that the sheath is a breathable and impermeable sheath comprising an outer compress and an inner compress which are attached to each other forming at least one access opening to a space of the sheath that is adapted to receive the venous access device, wherein: the outer compress has an impermeable hydrophobic outer side and a hydrophilic inner side, and the inner compress has an impermeable hydrophobic outer side and a hydrophilic inner side, in that the self-adhesive dressing further comprises: - a first adhesive strip that is impermeable and breathable and that is incorporated at the level of the opening of the sheath, and - a second adhesive strip suitable for fixing the dressing to the skin; and in that the inner side of the outer and inner compresses has a hydrophilic nature, absorbing any possible fluid loss in the device. the outer compress has an impermeable hydrophobic outer side and a hydrophilic inner side, and the inner compress has an impermeable hydrophobic outer side and a hydrophilic inner side, - a first adhesive strip that is impermeable and breathable and that is incorporated at the level of the opening of the sheath, and - a second adhesive strip suitable for fixing the dressing to the skin; and
A medicament-free device (100, 200) for simulating the use of a medicament dispenser, the medicament-free device comprising: a display device for displaying an illustration of the medicament dispenser in an orientation relative to the medicament-free device, the display device having a user interface for receiving a plurality of user actions; an orientation sensor configured to sense an orientation of the medicament-free device (100, 200); and a processor configured to: cause the display device to display the medicament dispenser with a mouthpiece cap in a closed position; determine whether a first user action received by the user interface is indicative of opening the mouthpiece cap of the displayed medicament dispenser; determine whether orientation data from the orientation sensor is indicative of the displayed medicament dispenser being in a proper orientation during the received first user action; and provide a first notification upon determining that the displayed medicament dispenser was in the proper orientation during the received first user action. a display device for displaying an illustration of the medicament dispenser in an orientation relative to the medicament-free device, the display device having a user interface for receiving a plurality of user actions; an orientation sensor configured to sense an orientation of the medicament-free device (100, 200); and a processor configured to: cause the display device to display the medicament dispenser with a mouthpiece cap in a closed position; determine whether a first user action received by the user interface is indicative of opening the mouthpiece cap of the displayed medicament dispenser; determine whether orientation data from the orientation sensor is indicative of the displayed medicament dispenser being in a proper orientation during the received first user action; and provide a first notification upon determining that the displayed medicament dispenser was in the proper orientation during the received first user action. cause the display device to display the medicament dispenser with a mouthpiece cap in a closed position; determine whether a first user action received by the user interface is indicative of opening the mouthpiece cap of the displayed medicament dispenser; determine whether orientation data from the orientation sensor is indicative of the displayed medicament dispenser being in a proper orientation during the received first user action; and provide a first notification upon determining that the displayed medicament dispenser was in the proper orientation during the received first user action.
Seat element comprising a supporting structure, padding configured to serve as a support for a user, and a ventilation system comprising at least one fan and a duct defining an air passageway placing the fan and the padding in communication, characterized in that the duct comprises a first member and a second member fixed to one another, the first member being arranged between the supporting structure and the padding, the second member having a symmetrical shape and comprising two distinct arms (48, 50) which join together at one end and extend such that a central area of the padding is in direct contact with the first member.
A robot cleaner, comprising: a first housing including a controller, and driving wheels having their driving controlled by the controller; a second housing disposed at one side of the first housing, and configured to mount a brush module or a mop module; a bumper mounted to a bumper mounting portion formed on a front surface of the second housing, and configured to be inward moveable by an external force; and a cliff sensor mounted in an opening which is downward open at a bottom part of the second housing, and including a light emitting portion for irradiating light to a lower side of the opening and a light receiving portion for receiving reflected light, characterized in that in a state in which the bumper has been inward moved by an external force, a part of the bumper is accommodated in the opening by passing through a through hole for communicating the bumper mounting portion with the opening. a first housing including a controller, and driving wheels having their driving controlled by the controller; a second housing disposed at one side of the first housing, and configured to mount a brush module or a mop module; a bumper mounted to a bumper mounting portion formed on a front surface of the second housing, and configured to be inward moveable by an external force; and a cliff sensor mounted in an opening which is downward open at a bottom part of the second housing, and including a light emitting portion for irradiating light to a lower side of the opening and a light receiving portion for receiving reflected light, characterized in that in a state in which the bumper has been inward moved by an external force, a part of the bumper is accommodated in the opening by passing through a through hole for communicating the bumper mounting portion with the opening.
A method for anti-corrosion treatment of a metal substrate selected from aluminum, wherein the metal substrate is brought into contact with an aqueous electrolyte which contains water-soluble compounds of the elements Si, Ti and/or Zr and, during the contacting, an electrical voltage which is above the decomposition voltage of the aqueous electrolyte is applied, at least in part, to the substrate in order to deposit a protective layer, the substrate being connected as an anode; with or without an intermediate rinsing and drying step, the metal substrate provided with the protective layer is brought into contact with an aqueous composition for sealing that has a flow time, measured according to DIN 53211 at 20 °C with a 4mm DIN flow cup, of not more than 50 seconds, and contains a) a copolymer or a copolymer mixture of at least one aliphatic and acyclic alkene having at least one α,β-unsaturated carboxylic acid in water-dispersed and/or water-dissolved form, the acid number of the copolymer or copolymer mixture, measured as disclosed in the description, being at least 20 mg KOH/g, but not more than 200 mg KOH/g; and b) a crosslinking agent; and subsequently the wet film applied in step is dried and/or cured by supplying thermal energy. the metal substrate is brought into contact with an aqueous electrolyte which contains water-soluble compounds of the elements Si, Ti and/or Zr and, during the contacting, an electrical voltage which is above the decomposition voltage of the aqueous electrolyte is applied, at least in part, to the substrate in order to deposit a protective layer, the substrate being connected as an anode; with or without an intermediate rinsing and drying step, the metal substrate provided with the protective layer is brought into contact with an aqueous composition for sealing that has a flow time, measured according to DIN 53211 at 20 °C with a 4mm DIN flow cup, of not more than 50 seconds, and contains a) a copolymer or a copolymer mixture of at least one aliphatic and acyclic alkene having at least one α,β-unsaturated carboxylic acid in water-dispersed and/or water-dissolved form, the acid number of the copolymer or copolymer mixture, measured as disclosed in the description, being at least 20 mg KOH/g, but not more than 200 mg KOH/g; and b) a crosslinking agent; and subsequently a) a copolymer or a copolymer mixture of at least one aliphatic and acyclic alkene having at least one α,β-unsaturated carboxylic acid in water-dispersed and/or water-dissolved form, the acid number of the copolymer or copolymer mixture, measured as disclosed in the description, being at least 20 mg KOH/g, but not more than 200 mg KOH/g; and b) a crosslinking agent; and subsequently the wet film applied in step is dried and/or cured by supplying thermal energy.
A bedding for babies and infants comprising: two mattresses (11,12) having mutually opposite sides (11a,12a) that are coupled and having square shapes in planar views of the two mattresses; wall-surface cushion materials (21,22,23,24,25,26) removably mounted on top surfaces of other three sides excluding the coupled sides (11a,12a) of both the mattresses via coupling members (61,62,63,64,65,66); and handles (31,32) removably mounted on both the mattresses or the wall-surface cushion materials, wherein the wall-surface cushion materials are separably and mutually coupled between the adjacent wall-surface cushion materials via coupling members (71,72,73,74), and the bedding for babies and infants is configured to be carried around with the handles in a state where both the mattresses are folded such that top surfaces of corresponding wall-surface cushion materials are abutted to be closed with a coupling member; and wherein the two mattresses (11,12) are coupled with a reinforce cloth stitched to the mattresses and extending between the mattresses on lower surfaces of the mutually opposite sides (11a,12a). two mattresses (11,12) having mutually opposite sides (11a,12a) that are coupled and having square shapes in planar views of the two mattresses; wall-surface cushion materials (21,22,23,24,25,26) removably mounted on top surfaces of other three sides excluding the coupled sides (11a,12a) of both the mattresses via coupling members (61,62,63,64,65,66); and handles (31,32) removably mounted on both the mattresses or the wall-surface cushion materials, wherein the wall-surface cushion materials are separably and mutually coupled between the adjacent wall-surface cushion materials via coupling members (71,72,73,74), and the bedding for babies and infants is configured to be carried around with the handles in a state where both the mattresses are folded such that top surfaces of corresponding wall-surface cushion materials are abutted to be closed with a coupling member; and wherein the two mattresses (11,12) are coupled with a reinforce cloth stitched to the mattresses and extending between the mattresses on lower surfaces of the mutually opposite sides (11a,12a).
A bearing liner (2, 5) comprising a woven fabric impregnated with a binder, the woven fabric comprising: a bearing element contact surface comprising lubricating fibres, and structural fibres supporting the bearing element contact surface, wherein at least some of the structural fibres comprise a structural component made of a first material and a lubricating component made of a second material. a bearing element contact surface comprising lubricating fibres, and structural fibres supporting the bearing element contact surface,
A system (2500, 2700, 2800) for delivery of pressurized air to a patient, comprising: a base unit (2501, 2701, 2801) including a blower to generate a supply of air at positive pressure; a patient interface (2502, 2702, 2802) adapted to be provided to a patient's face; and a tube (2503, 2703, 2803) to deliver the supply of pressurized air to the patient interface; characterized in that the system further comprises a control module configured to assess a seal force and/or whether leak is occurring, wherein the control module is configured to selectively modify a shape of the tube in order to move the patient interface and/or to modify the amount of force exerted between the patient interface and the patient. a base unit (2501, 2701, 2801) including a blower to generate a supply of air at positive pressure; a patient interface (2502, 2702, 2802) adapted to be provided to a patient's face; and a tube (2503, 2703, 2803) to deliver the supply of pressurized air to the patient interface; characterized in that the system further comprises a control module configured to assess a seal force and/or whether leak is occurring, wherein the control module is configured to selectively modify a shape of the tube in order to move the patient interface and/or to modify the amount of force exerted between the patient interface and the patient.
A battery module comprising: a cartridge assembly including a plurality of cartridges configured to receive battery cells; substrates including electric circuits and bus bars to transmit electric energy; a substrate protecting body which protects the substrates and is fixed to the cartridge assembly; a casing configured to receive the cartridge assembly and the substrate protecting body and surround the cartridge assembly and the substrate protecting body; and a cover capable of being combined to the casing; wherein the casing comprises a first bent unit bent in a predetermined direction and the substrate protecting body comprises a second bent unit bent to correspond to the first bent unit, the first bent unit and the second bent unit being arranged to be in contact when the casing moves in an upward or downward direction, to limit a movement range of the casing by the first bent unit being contacted by the second bent unit. a cartridge assembly including a plurality of cartridges configured to receive battery cells; substrates including electric circuits and bus bars to transmit electric energy; a substrate protecting body which protects the substrates and is fixed to the cartridge assembly; a casing configured to receive the cartridge assembly and the substrate protecting body and surround the cartridge assembly and the substrate protecting body; and a cover capable of being combined to the casing; wherein the casing comprises a first bent unit bent in a predetermined direction and the substrate protecting body comprises a second bent unit bent to correspond to the first bent unit, the first bent unit and the second bent unit being arranged to be in contact when the casing moves in an upward or downward direction, to limit a movement range of the casing by the first bent unit being contacted by the second bent unit.
Use of an assembly, ▪ having a cut-off tool, ▪ and having a cut-off wheel that is held exchangeably on the cut-off tool ▪ and having a depth stop for a cut-off tool that incorporates a rotarily driven, exchangeable cut-off wheel, - where the depth stop has a hole at its centre - and a stop ring that extends all the way around the hole at a distance from the hole - and is provided with a distance piece that extends radially outwards from the hole to the stop ring, where the diameter of the stop ring is dimensioned smaller than the diameter of the cut-off wheel, characterised in that the hole at the centre is designed as a mount for the drive axle of the cut-off tool and in that the assembly is used to make cuts into the wall of a mineral pipe body. ▪ having a cut-off tool, ▪ and having a cut-off wheel that is held exchangeably on the cut-off tool ▪ and having a depth stop for a cut-off tool that incorporates a rotarily driven, exchangeable cut-off wheel, - where the depth stop has a hole at its centre - and a stop ring that extends all the way around the hole at a distance from the hole - and is provided with a distance piece that extends radially outwards from the hole to the stop ring, where the diameter of the stop ring is dimensioned smaller than the diameter of the cut-off wheel, characterised in that the hole at the centre is designed as a mount for the drive axle of the cut-off tool and in that the assembly is used to make cuts into the wall of a mineral pipe body. - where the depth stop has a hole at its centre - and a stop ring that extends all the way around the hole at a distance from the hole - and is provided with a distance piece that extends radially outwards from the hole to the stop ring, where the diameter of the stop ring is dimensioned smaller than the diameter of the cut-off wheel, characterised in that the hole at the centre is designed as a mount for the drive axle of the cut-off tool and in that the assembly is used to make cuts into the wall of a mineral pipe body.
A coated particle comprising a nuclear particle covered with a coating layer, wherein the coating layer is a layer comprising hydroxyalkyl cellulose and a binder wherein the binder is at least one selected from the group consisting of polyalkylene glycol, polyalkylene glycol higher fatty acid ester, higher fatty acid, higher alcohol, higher alcohol ester and natural wax; and wherein the hydroxyalkyl cellulose has a volume average particle size of from 0.1 to 20 μm