mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a stage of a steam turbine, the method characterized by comprising the steps of milling a single block of material to define a sector having a plurality of blades, each blade having an external surface and central and peripheral portions (2a,2b); machining an opening in said external surface of at least one of said blades; machining a cavity in fluid communication with said opening; said step of machining the cavity being performed by wire electric discharge machining, manufacturing a central guide and a peripheral guide for attachment at central and peripheral portions (2b, 2a) of the sector respectively; sliding at least one sector into said guides (3, 4), sealing said central and peripheral portions (2b, 2a) of said sector to said guides (3, 4) by welding said sector to said guides (3, 4) to define a channel between each of the central and peripheral portions (2a, 2b) and the respective central and peripheral guide (3, 4) in fluid communication with the cavity and a low pressure zone outside the steam turbine. manufacturing a central guide and a peripheral guide for attachment at central and peripheral portions (2b, 2a) of the sector respectively; sliding at least one sector into said guides (3, 4), sealing said central and peripheral portions (2b, 2a) of said sector to said guides (3, 4) by welding said sector to said guides (3, 4) to define a channel between each of the central and peripheral portions (2a, 2b) and the respective central and peripheral guide (3, 4) in fluid communication with the cavity and a low pressure zone outside the steam turbine.
Aluminum reduction plant for the production of aluminum by electrolysis, this aluminum reduction plant comprising a series of electrolytic cells and a gas treatment circuit for treating pot gases generated by the series of electrolytic cells during the electrolysis reaction, the gas treatment circuit comprising a first treatment stage configured to treat the hydrogen fluoride in the pot gases, a second treatment stage configured to treat the sulfur dioxide in the pot gases and an alumina supply circuit configured to supply alumina to the first treatment stage and the second treatment stage, the aluminum reduction plant being characterized in that the gas treatment circuit includes a heat exchanger placed between the first treatment stage and the second treatment stage to cool the pot gases after treatment of the pot gases in the first treatment stage and before treatment of the pot gases in the second treatment stage.
A radio frequency heating apparatus comprising: a heating chamber for placing a cooking target; a radio frequency generator for generating radio frequency in the heating chamber; a power-supply synchronization detecting circuit connected across both terminals of power supply for detecting information on power-supply frequency; and characterised by a power-supply noise filter circuit for reducing power-supply noise generated by the radio frequency generator; a printed circuit board on which the power-supply noise filter circuit and the power-supply synchronization detecting circuit are mounted; wherein the power-supply synchronization detecting circuit is used as a discharge path for charge accumulated at both ends of a capacitor that configures the power-supply noise filter circuit. a heating chamber for placing a cooking target; a radio frequency generator for generating radio frequency in the heating chamber; a power-supply synchronization detecting circuit connected across both terminals of power supply for detecting information on power-supply frequency; and characterised by a power-supply noise filter circuit for reducing power-supply noise generated by the radio frequency generator; a printed circuit board on which the power-supply noise filter circuit and the power-supply synchronization detecting circuit are mounted; wherein the power-supply synchronization detecting circuit is used as a discharge path for charge accumulated at both ends of a capacitor that configures the power-supply noise filter circuit.
A method for network slice-based cell determination, comprising: selecting, by a terminal device, at least one first network slice according to a priority of each of a plurality of network slices that are preconfigured in the terminal device; and transmitting, by a non-access stratum, NAS, layer of the terminal device, indication information corresponding to the at least one first network slice to an access stratum, AS, layer; performing, by the AS layer of the terminal device, cell search according to the indication information to obtain a first search result; determining, by the AS layer of the terminal device, a first cell according to the first search result and feeding back the first cell to the NAS layer; and determining, by the NAS layer of the terminal device, the first cell as a cell to be accessed, wherein the at least one first network slice comprises a plurality of first network slices represented as a list of network slices containing a priority of each first network slice, and wherein the indication information comprises a list of radio access technologies, RATs, and frequency information corresponding to each first network slice. selecting, by a terminal device, at least one first network slice according to a priority of each of a plurality of network slices that are preconfigured in the terminal device; and transmitting, by a non-access stratum, NAS, layer of the terminal device, indication information corresponding to the at least one first network slice to an access stratum, AS, layer; performing, by the AS layer of the terminal device, cell search according to the indication information to obtain a first search result; determining, by the AS layer of the terminal device, a first cell according to the first search result and feeding back the first cell to the NAS layer; and determining, by the NAS layer of the terminal device, the first cell as a cell to be accessed, wherein the at least one first network slice comprises a plurality of first network slices represented as a list of network slices containing a priority of each first network slice, and wherein the indication information comprises a list of radio access technologies, RATs, and frequency information corresponding to each first network slice.
A composite porous membrane comprising a porous membrane A formed of a polyolefin-based resin and a porous membrane B containing a heat-resistant resin which has a polyamideimide resin, a polyimide resin or a polyamide resin as a main component, the porous membrane B being laminated on the porous membrane A, wherein the porous membrane A satisfies the following formulas to, and the composite porous membrane satisfies formula, wherein the composite porous membrane further satisfies the following formulas and: thickness of porous membrane A < 10 μm 0.01 μm ≤ average pore diameter of porous membrane A ≤ 1.0 μm 30 % ≤ porosity of porous membrane A ≤ 70% thickness of entire composite porous membrane ≤ 13 μm peel strength at interface between porous membrane A and porous membrane B ≥ 1.0 N/25 mm 20 ≤ Y − X ≤ 100 wherein X is a gas permeation resistance, in seconds/100ccAir, of porous membrane A, and Y is a gas permeation resistance, in seconds/100ccAir, of entire composite porous membrane.
A gas turbine engine comprising: a bearing (58;158); a bearing support (66;166) including a first wall (76;176) extending between first and second ends and operatively supported by the bearing (58;158) at a first end; an engine case (48;148) secured to the second end radially outward of the first end; a flexible support (74;174) provided by a second wall (78;178) integral with and extending transversely from the first wall (76;176), the second wall (78;178) having a first flange (82;182); and a gear train component (46; 146) secured to the first flange (82; 182); wherein the second wall (78; 178) intersects the first wall (76; 176) at a location spaced from the second end and the engine case (48; 148), and the gear train component (46;146) is a torque frame, and characterised in that the first end provides a first support (68;168) having a surface with a first radius, and a centering spring (64;164) supporting the bearing (58;158) and secured to the surface, the first flange (82; 182) having a second radius larger than the first radius to accommodate the centering spring (64;164) during an assembly procedure. a bearing (58;158); a bearing support (66;166) including a first wall (76;176) extending between first and second ends and operatively supported by the bearing (58;158) at a first end; an engine case (48;148) secured to the second end radially outward of the first end; a flexible support (74;174) provided by a second wall (78;178) integral with and extending transversely from the first wall (76;176), the second wall (78;178) having a first flange (82;182); and a gear train component (46; 146) secured to the first flange (82; 182); wherein the second wall (78; 178) intersects the first wall (76; 176) at a location spaced from the second end and the engine case (48; 148), and the gear train component (46;146) is a torque frame, and
Individualized, crosslinked cellulosic fibers, said fibers having between about 1.0 weight % and about 10.0 weight % of a polyacrylic acid crosslinking agent, calculated on a dry fiber weight basis, reacted with said fibers in an ester intrafiber crosslink bond form, wherein said polymeric polyacrylic acid crosslinking agent comprises dialkyl phosphinate within in the polymer chain, said crosslinking agent having a molecular weight in the range of 2300 to 2700 and a Brookfield viscosity less than 200 cP.
A fuel pump for an internal-combustion engine, the fuel pump comprising: a first variable-volume chamber for containing fuel; at least one intake valve, which is connected to the first variable-volume chamber and comprises a disk provided with a plurality of through supply holes, and a deformable lamina fixed to the disk in a position corresponding to a peripheral edge thereof and provided with a series of flaps, each of which is coupled to a respective supply hole; at least one delivery valve connected to the first variable-volume chamber; and pumping means for varying the volume of the first variable-volume chamber; the fuel pump is characterized in that the disk has a further control hole, which is set in a central position and is closed by a central portion of the lamina; the control hole is designed to be engaged by a flowrate-regulating device so as to press upon the central portion of the lamina and consequently delay natural closing of the intake valve. a first variable-volume chamber for containing fuel; at least one intake valve, which is connected to the first variable-volume chamber and comprises a disk provided with a plurality of through supply holes, and a deformable lamina fixed to the disk in a position corresponding to a peripheral edge thereof and provided with a series of flaps, each of which is coupled to a respective supply hole; at least one delivery valve connected to the first variable-volume chamber; and pumping means for varying the volume of the first variable-volume chamber; the fuel pump is characterized in that the disk has a further control hole, which is set in a central position and is closed by a central portion of the lamina; the control hole is designed to be engaged by a flowrate-regulating device so as to press upon the central portion of the lamina and consequently delay natural closing of the intake valve.
A three dimensional map display system for a navigation environment of a vehicle, comprising: a culling area determination unit configured to determine a culling area based on road information; a data conversion unit configured to convert data of a portion of each object displayed 10 on the culling area; and a display unit configured to display the portion of each said object based on the converted data, wherein the culling area determination unit is configured to determine the culling area based on the road information and a location of a vehicle, and the culling area determination unit changes the culling area based on a change of the location of the vehicle, wherein the road information includes each of information about a width and a lane of a road, the culling area determination unit is configured to determine the culling area based on a width of the road where the vehicle is driving, based on the information about the width or the lane of the road, and wherein the display system comprises an area division unit to divide the culling area into a plurality of areas, including a first area adjacent to the road and a second area further away from the road, and wherein the data conversion unit is configured to remove only the portion of the objects in the first area and to blend the portion of the objects in the second area. a culling area determination unit configured to determine a culling area based on road information; a data conversion unit configured to convert data of a portion of each object displayed 10 on the culling area; and a display unit configured to display the portion of each said object based on the converted data, the culling area determination unit is configured to determine the culling area based on the road information and a location of a vehicle, and the culling area determination unit changes the culling area based on a change of the location of the vehicle, wherein the road information includes each of information about a width and a lane of a road, the culling area determination unit is configured to determine the culling area based on a width of the road where the vehicle is driving, based on the information about the width or the lane of the road, and wherein the display system comprises an area division unit to divide the culling area into a plurality of areas, including a first area adjacent to the road and a second area further away from the road, and wherein the data conversion unit is configured to remove only the portion of the objects in the first area and to blend the portion of the objects in the second area.
Self-emptying separator comprising a rotatable centrifugal drum that has a vertical axis of rotation and is provided with solids discharge openings, to which an emptying mechanism having a piston valve is assigned, which piston valve can be moved into an opening position and into a closing position in a fluid-actuated manner, in particular by means of fluid, wherein the emptying mechanism further comprises a control assembly which is assigned to the piston valve for controlling its opening and closing movements, which is provided with a control unit and with a metering device for metering and dispensing the quantity of fluid, in particular the amount of liquid, required for the opening process, wherein the metering device has a metering element which is displaceable in a metering chamber and which subdivides the metering chamber into a fluid chamber and a pressure chamber for the application of compressed air, wherein the metering device has an adjusting system for metering the amount of fluid, in particular the amount of liquid, required for the opening process in the fluid chamber, which adjusting system has a measuring device, characterized in that the measuring device is based on a fluidic measuring principle and wherein the adjusting system with the measuring device, which is based on a fluidic measuring principle, has a pressure measuring device which is arranged in the pressure chamber and with which the pressure in the pressure chamber can be determined, wherein the pressure in the pressure chamber forms a basis for the metering of the amount of fluid required for the opening process.
A method of determining whether a user of a mobile device corresponds to a previously authenticated user, the user having been previously authenticated via an identity document comprising: a photographic image of the previously authenticated user, the photographic image being visible on said identity document; and an integrated circuit component storing data representative of a digital image of the previously authenticated user, the method comprising: causing a chip reader connected to or integral with the mobile device to access the integrated circuit component, whereby to retrieve said data representative of a digital image of the previously authenticated user; causing a camera connected to or integral with the mobile device to capture a first image, the first image corresponding to an image of a portion of the identity document containing said photographic image visible on the identity document; causing a camera connected to or integral with the mobile device to capture a second image, the second image corresponding to a user of the mobile device; and, arranging for said retrieved data and data indicative of said first and second images (100, 200) to be compared, whereby to determine whether the first image, the second image, and the digital image represent the same user; and, in the event that it is determined that the first image, the second image, and the digital image represent the same user, forming an association between the previously authenticated user and the mobile device, wherein the association verifies the mobile device as a mobile device of the previously authenticated user. causing a chip reader connected to or integral with the mobile device to access the integrated circuit component, whereby to retrieve said data representative of a digital image of the previously authenticated user; causing a camera connected to or integral with the mobile device to capture a first image, the first image corresponding to an image of a portion of the identity document containing said photographic image visible on the identity document; causing a camera connected to or integral with the mobile device to capture a second image, the second image corresponding to a user of the mobile device; and, arranging for said retrieved data and data indicative of said first and second images (100, 200) to be compared, whereby to determine whether the first image, the second image, and the digital image represent the same user; and, in the event that it is determined that the first image, the second image, and the digital image represent the same user, forming an association between the previously authenticated user and the mobile device, wherein the association verifies the mobile device as a mobile device of the previously authenticated user.
Sealing strip set (100, 100a-100f) for setting and sealing a bathtub or a shower tub with a tub deflection edge (8, 8a-8e) onto at least a connection wall (9, 9a, 9b) and at least a floor or a pedestal (10, 10a-10c), wherein the sealing strip set (100, 100a-100f) comprises at least a vertical sealing strip (1, 1a-1c) for setting and sealing of the bathtub or of the shower tub (8, 8a-8e) on the connection wall (9, 9a, 9b) and at least a horizontal sealing strip (2, 2a-2e) for setting and sealing of the bathtub or shower tub (8, 8a-8e) on the floor or the pedestal (10, 10a-10c), wherein the vertical sealing strip (1, 1a-1c) comprises a carrier material (4, 4b, 4d, 4f) with a tub-sided front side (11, 11a-11c), a wall-sided rear side (14, 14a-14c), a lower area (12, 12a-12c), an upper area (13, 13a-13c) and a continuous adhesive surface (5, 5d, 5i, 5n) arranged in the longitudinal direction of the vertical sealing strip (1, 1a-1c) on the tub-sided front side (11, 11a-11c) in the lower area (12, 12a-12c) for sticking to a wall-sided vertical surface (17, 17a, 17b) of the tub deflection edge (8, 8a-8e) and wherein the horizontal sealing strip (2, 2a-2e) comprises a carrier material (4a, 4c, 4e, 4g-4i) having a tub-sided upper side (15, 15a-15c), a pedestal-side underside (16, 16a, 16b), a tub-sided end (28, 28a-28c), a pedestal-sided end (29, 29a-29c) and a continuous adhesive surface (5a, 5f, 5k, 5q, 5s, 5u) arranged in the longitudinal direction of the horizontal sealing strip (2, 2a-2e) on the tub-sided upper side (15, 15a-15c) on the tub-sided end (28, 28a-28c) for the sticking to a horizontal underside (18, 18a-18c) of the tub deflection edge (8, 8a-8e), characterized in that the vertical sealing strip and the horizontal sealing strip are separate, and that the horizontal sealing strip (2, 2a-2e) is arranged in the mounted state in planar extension of the horizontal underside (18, 18a-18c) of the tub deflection edge (8, 8a-8e).
A socket for electric parts, comprising: a socket body; a housing portion in which an electric part provided with an Sn-containing terminal is housed; and an electric contact disposed in the socket body and placed in contact with the terminal, wherein the electric contact comprises: a first layer into which Sn from the Sn-containing terminal melts and diffuses upon application of heat; and a second layer formed on the outer side of the first layer and lower in the rate at which Sn from the Sn-containing terminal melts and diffuses upon application of heat than the first layer, the second Sn-diffusion rate being slower than the first Sn-diffusion rate, wherein the first layer has a thickness within a range of 0.1μm to 5 μm and is a Pd layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag layer, or the first layer has a thickness within a range of 0.1 μm to 5 μm and is a Pd plated layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag plated layer. a socket body; a housing portion in which an electric part provided with an Sn-containing terminal is housed; and an electric contact disposed in the socket body and placed in contact with the terminal, wherein the electric contact comprises: a first layer into which Sn from the Sn-containing terminal melts and diffuses upon application of heat; and a second layer formed on the outer side of the first layer and lower in the rate at which Sn from the Sn-containing terminal melts and diffuses upon application of heat than the first layer, a first layer into which Sn from the Sn-containing terminal melts and diffuses upon application of heat; and a second layer formed on the outer side of the first layer and lower in the rate at which Sn from the Sn-containing terminal melts and diffuses upon application of heat than the first layer, the second Sn-diffusion rate being slower than the first Sn-diffusion rate, wherein the first layer has a thickness within a range of 0.1μm to 5 μm and is a Pd layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag layer, or the first layer has a thickness within a range of 0.1 μm to 5 μm and is a Pd plated layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag plated layer. wherein the first layer has a thickness within a range of 0.1μm to 5 μm and is a Pd layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag layer, or the first layer has a thickness within a range of 0.1 μm to 5 μm and is a Pd plated layer, the second layer has a thickness within a range of 1.0 μm to 20 μm and is an Ag plated layer.