mhurhangee/ep-ind-claims huggingface dataset:
A method for cathodic arc deposition from a first cathode and a second cathode, the method comprising: placing one or more substrates in a chamber; generating an arc between the first cathode and an anode to deposit a first material from the first cathode; generating an arc between the second cathode and the anode to deposit a second material from the second cathode; and shifting a relative position of a magnet and the first and second cathodes to shift from depositing the first material to depositing the second material; and further comprising: vertically moving substrates from a first position associated with deposition from the first cathode to a second position associated with deposition from the second cathode. placing one or more substrates in a chamber; generating an arc between the first cathode and an anode to deposit a first material from the first cathode; generating an arc between the second cathode and the anode to deposit a second material from the second cathode; and shifting a relative position of a magnet and the first and second cathodes to shift from depositing the first material to depositing the second material; and further comprising: vertically moving substrates from a first position associated with deposition from the first cathode to a second position associated with deposition from the second cathode.
A portable painting system for painting work in the interior of an airplane comprising the following parts: a) a compressor, b) a fine manometer, c) a tube, d) an exchangeable paint flask, e) a paint spray gun, characterized in that a battery is connected to the compressor to provide the power for the compressor, the spray gun includes a receiving element for the exchangeable paint flask, the receiving element for the paint flask is formed to match the paint flask, the fine manometer is arranged between the compressor and the tube, the paint spray gun is arranged at the end of the tube that is facing away from the compressor, the paint flask contains at least one ball, and a filter is arranged between the receiving element for the paint flask and the paint flask. a) a compressor, b) a fine manometer, c) a tube, d) an exchangeable paint flask, e) a paint spray gun,
Method for the continuous production of a line pipe, which line pipe comprises at least an inner pipe, a foamed thermal insulation and a corrugated outer jacket of plastic, comprising the steps - forming a foil tube around the at least one inner pipe and introducing the foam-forming starting material for forming the foamed thermal insulation into the foil tube, - passing the inner pipe with the foil tube through an extruder, by means of which the outer jacket is extruded in a ring shape, and - generating the corrugated shape of the outer jacket in a corrugator, wherein - the outer jacket is fed into the corrugator separately from the inner pipe surrounded by the foil tube and formed in the corrugator, and - the formation of the foamed thermal insulation takes place in the previously corrugated outer jacket by setting a starting time for the reaction of the foam-forming components of the initial material filled into the foil tube in such a way that a mixture of the foam-forming components is still liquid when entering into the corrugator, characterized in that the reactivity of the mixture is adjusted so that, depending on the speed of the production line for the line pipe and the temperature conditions, the foaming reaction only takes place in the corrugator. - forming a foil tube around the at least one inner pipe and introducing the foam-forming starting material for forming the foamed thermal insulation into the foil tube, - passing the inner pipe with the foil tube through an extruder, by means of which the outer jacket is extruded in a ring shape, and - generating the corrugated shape of the outer jacket in a corrugator, wherein - the outer jacket is fed into the corrugator separately from the inner pipe surrounded by the foil tube and formed in the corrugator, and - the formation of the foamed thermal insulation takes place in the previously corrugated outer jacket by setting a starting time for the reaction of the foam-forming components of the initial material filled into the foil tube in such a way that a mixture of the foam-forming components is still liquid when entering into the corrugator,
A modular multilevel voltage converter for converting an AC voltage into a DC voltage, and vice versa, the converter comprising a DC portion for connection to a DC power supply network and an AC portion for connection to an AC power supply network, the converter comprising a plurality of legs, each leg comprising an upper arm and a lower arm, each arm comprising a plurality of submodules ( SM xij) that are individually controllable by a control member specific to each submodule, and each submodule comprising a capacitor ( C SM) connectable in series in the arm when the control member of the submodule is in an "on" state; the converter being characterized in that it includes a control module configured to regulate the internal energy stored in the capacitors of the submodules of an upper or lower arm of the converter, the control module being suitable for limiting said internal energy to below an upper limit and/or to above a lower limit, by using parameters measured in real time on the DC power supply network and on the AC power supply network together with setpoints for the operating power of the converter, the control module being configured to determine the lower limit and/or the upper limit for the internal energy by using parameters measured on the DC power supply network and on the AC power supply network, such that they vary with the states of said power supply networks, the lower limit and/or the upper limit being servocontrolled in real time.
A method for manufacturing saddles, which comprises the steps of: a) arranging at least one covering sheet on the upper face of a hull, also called shell, of a saddle, interposing between said face and the surface of the sheet in contact therewith an adhesive substance; b) inside a hermetic chamber constituted by a hermetic box-like body provided with an opening which is closeable hermetically by means of an access door, and provided with an elastically deformable membrane, arranged downstream of a nozzle for dispensing pressurized pneumatic fluid, arranging the hull, surmounted by said covering sheet, substantially below said membrane by inserting the hull surmounted by the covering sheet through said opening in said box-like body; c) closing the chamber by closing the access door hermetically, isolating it from the outside environment; d) introducing the pressurized pneumatic fluid until a pressure is reached, upstream of said membrane, which is comprised between 0.1 and 20 bar, i.e., comprised between 10 KPa and 2 MPa; e) maintaining the pressure value indicated in step d) inside the chamber for a time comprised between 1 second and 10 minutes; f) removing the pressurized pneumatic fluid, opening the chamber and removing the component constituted by the hull stably covered with said covering sheet; g) trimming the edges of said sheet that protrude from the contour of said hull by removing them by means of a sharp tool, obtaining the finished saddle. a) arranging at least one covering sheet on the upper face of a hull, also called shell, of a saddle, interposing between said face and the surface of the sheet in contact therewith an adhesive substance; b) inside a hermetic chamber constituted by a hermetic box-like body provided with an opening which is closeable hermetically by means of an access door, and provided with an elastically deformable membrane, arranged downstream of a nozzle for dispensing pressurized pneumatic fluid, arranging the hull, surmounted by said covering sheet, substantially below said membrane by inserting the hull surmounted by the covering sheet through said opening in said box-like body; c) closing the chamber by closing the access door hermetically, isolating it from the outside environment; d) introducing the pressurized pneumatic fluid until a pressure is reached, upstream of said membrane, which is comprised between 0.1 and 20 bar, i.e., comprised between 10 KPa and 2 MPa; e) maintaining the pressure value indicated in step d) inside the chamber for a time comprised between 1 second and 10 minutes; f) removing the pressurized pneumatic fluid, opening the chamber and removing the component constituted by the hull stably covered with said covering sheet; g) trimming the edges of said sheet that protrude from the contour of said hull by removing them by means of a sharp tool, obtaining the finished saddle.
A downhole tool comprising: a drill string; a coupling coupled to a distal end of the drill string; and a cementing tool coupled to a distal end of the coupling, characterised in that the tool has a distal portion offset from a central axis of the drill string, and the coupling configured to allow selective rotation of the cementing tool with respect to the drill string. a drill string; a coupling coupled to a distal end of the drill string; and a cementing tool coupled to a distal end of the coupling, characterised in that the tool has a distal portion offset from a central axis of the drill string, and the coupling configured to allow selective rotation of the cementing tool with respect to the drill string. distal portion offset from a central axis of the drill string, and the coupling configured to allow selective rotation of the cementing tool with respect to the drill string.
Method for producing a sheet metal structure from at least two interconnected metal sheets, at least one of the metal sheets being coated with an adhesive which contains at least one reactive polymer and a curing agent, and the two metal sheets subsequently being placed together, fixed to one another and then plastically shaped together, the adhesive which interconnects the two metal sheets being finally cured only thereafter, characterised in that the reactive polymer is an epoxy resin which is solid at 20°C, in particular an epoxidised phenolic resin, a bisphenol A diglycidyl ether or a reactive polymer which is solid at 20°C, and in that the adhesive is an aqueous dispersion applied in an aqueous solution, has a surface which is tack-free at 20°C after drying, and behaves like a hot-melt adhesive, and the production comprises the following two temporally and spatially separate steps: 1. manufacturing a semi-finished product by coating the entire surface of a metal sheet with the dispersion, and stacking a plurality of coated metal plates of this kind, having dry surfaces after the adhesive has dried, on top of one another, or winding a metal sheet that has been coated in this way and has a dry surface after the adhesive has dried, into a coil; 2. unwinding the metal sheet from the coil or using the metal plate for manufacturing the sheet metal structure, by fixing a metal sheet formed from the metal plate or from the coil to an opposing adhesive surface of another metal sheet, and subsequently shaping said structure and thermally curing the adhesive. 1. manufacturing a semi-finished product by coating the entire surface of a metal sheet with the dispersion, and stacking a plurality of coated metal plates of this kind, having dry surfaces after the adhesive has dried, on top of one another, or winding a metal sheet that has been coated in this way and has a dry surface after the adhesive has dried, into a coil; 2. unwinding the metal sheet from the coil or using the metal plate for manufacturing the sheet metal structure, by fixing a metal sheet formed from the metal plate or from the coil to an opposing adhesive surface of another metal sheet, and subsequently shaping said structure and thermally curing the adhesive.
A wireless transmit/receive unit, WTRU, comprising: a processor configured to: receive a configuration from a network, the configuration indicating a set of power offsets associated with uplink operation by the WTRU; calculate a power for performing an uplink transmission based on at least a parameter received from the network; adjust the calculated power, wherein the processor being configured to adjust the calculated power comprises the processor being configured to apply a power offset to the calculated power based on a condition indicated by the network, the power offset being randomly selected by the WTRU from the set of power offsets; and use the adjusted power for at least a part of the uplink transmission. receive a configuration from a network, the configuration indicating a set of power offsets associated with uplink operation by the WTRU; calculate a power for performing an uplink transmission based on at least a parameter received from the network; adjust the calculated power, wherein the processor being configured to adjust the calculated power comprises the processor being configured to apply a power offset to the calculated power based on a condition indicated by the network, the power offset being randomly selected by the WTRU from the set of power offsets; and use the adjusted power for at least a part of the uplink transmission.
A device for measuring a shape of a wall portion of a coke oven, the device comprising: - a box, and at least one 3D laser scanner located in the box, the box having a front face intended to face an opening of the oven, a main part, and a closing system movable with respect to the main part between an open position, wherein the main part defines at least one opening in the front face, and a closed position, wherein the box is closed around the at least one 3D laser scanner and the box is water-tight and protected from dusts and external solid projections, and- an internal protective screen located within the box and defining at least one scanning window (86A, 86B), wherein the scanning window (86A, 86B) is narrower than the opening along a transverse direction of the box, and wherein the at least one 3D laser scanner is adapted for scanning said wall portion through the scanning window (86A, 86B) and through the opening when the closing system is in the open position. - a box, and at least one 3D laser scanner located in the box, the box having a front face intended to face an opening of the oven, a main part, and a closing system movable with respect to the main part between an open position, wherein the main part defines at least one opening in the front face, and a closed position, wherein the box is closed around the at least one 3D laser scanner and the box is water-tight and protected from dusts and external solid projections, and- an internal protective screen located within the box and defining at least one scanning window (86A, 86B), wherein the scanning window (86A, 86B) is narrower than the opening along a transverse direction of the box, and wherein the at least one 3D laser scanner is adapted for scanning said wall portion through the scanning window (86A, 86B) and through the opening when the closing system is in the open position.
Computer-implemented method for designing a prototype comprising a plurality of programmable chips, such as chips of FPGA type, interconnected by physical tracks of a board, in order to model an ASIC circuit, this ASIC circuit being intended to implement a logic design comprising a hierarchy of logic modules communicating with one another, this method comprising the steps of: - partitioning the hierarchy of logic modules into regions each comprising one or more programmable chips by minimizing: - on the one hand, the inter-region communications in a manner correlated with the available physical connections between each pair of programmable chips; - and, on the other hand, the number of traversal(s) of programmable chips of a critical combinatorial path; and - establishing a routing of the signals between programmable chips by using the available physical resources, wherein establishing the routing comprises routing the physical tracks of the board and the cables connected to programmable chips, wherein modifications are applied in an iterative and automated manner to the partitioning before establishing a new routing and before estimating the operating frequency of the prototype formed by the programmable chips of said regions by means of a temporal analysis, until a target frequency is reached, the method furthermore comprising, prior to the partitioning step, a step of creating a new hierarchy of logic modules on the basis of the hierarchy of the logic modules of the logic design, by flattening the modules that cannot be preserved, according to design constraints, while implementing the logic design, and wherein the partitioning step is applied to this new hierarchy. - partitioning the hierarchy of logic modules into regions each comprising one or more programmable chips by minimizing: - on the one hand, the inter-region communications in a manner correlated with the available physical connections between each pair of programmable chips; - and, on the other hand, the number of traversal(s) of programmable chips of a critical combinatorial path; and - establishing a routing of the signals between programmable chips by using the available physical resources, wherein establishing the routing comprises routing the physical tracks of the board and the cables connected to programmable chips,
Coupler for a force-transmitting coupling of two components, comprising a first coupling part (11; 111) having a first coupling interface designed for fixing to a first component, comprising a second coupling part having a second coupling interface designed for fixing to a second component, and further comprising a coupling rod, having a first end portion which is rotable connected to the first coupling part (11; 111) about an axis of rotation and having a second end portion which is rotable connected to the second coupling part about the axis of rotation, wherein the first end portion and the first coupling part comprise a first thread arrangement for adjusting a distance between the first coupling part and the second coupling part, wherein the first thread arrangement is assigned a first brake system which is designed for, in particular exclusively, frictional braking torque transmission between the first coupling part and the first end portion, wherein the first end portion of the coupling rod comprises an adapter sleeve to which a rod portion and/or a tube portion of the coupling rod is fixed and which comprises a first threaded portion screwed to a first threaded section of the first coupling member to form the first threaded assembly and wherein the first brake system comprises a friction pad received non-rotatably on the first coupling part and a brake plate received non-rotatably on the first coupling part, wherein the friction pad is received on the first coupling part displaceably along the axis of rotation and/or wherein the brake plate is received on the first end portion displaceably along the axis of rotation, characterized in that the first brake system comprises an adjusting arrangement for adjusting a normal force component aligned along the axis of rotation on the friction pad and the brake plate.
Module, having a main circuit board, wherein the main circuit board has a printed circuit board and at least one electromagnetic radiating component, wherein the electromagnetic radiating component is arranged on the printed circuit board and being contacted via at least one conductor track, having a cooling device for cooling the electromagnetic radiating component, wherein the cooling device being coupled thermally to the electromagnetic radiating component, so that a transfer of heat between the cooling device and the electromagnetic radiating component is implemented, wherein the cooling device has at least one metallic heat-conducting element, wherein the metallic heat-conducting element has a free area, characterized in that the cooling device has an insulating heat-conducting element, wherein the insulating heat-conducting element is thermally conductive and electrically insulating, wherein the electromagnetic radiating component is coupled thermally to the metallic heat-conducting element via the insulating heat-conducting element, wherein the free area being formed as a material-free area of the metallic heat-conducting element, wherein the electromagnetic radiating component and the insulating heat-conducting element are arranged at least in sections in the free area, so that an electromagnetic coupling path between the metallic heat-conducting element and the electromagnetic radiating component is reduced. having a main circuit board, wherein the main circuit board has a printed circuit board and at least one electromagnetic radiating component, wherein the electromagnetic radiating component is arranged on the printed circuit board and being contacted via at least one conductor track, having a cooling device for cooling the electromagnetic radiating component, wherein the cooling device being coupled thermally to the electromagnetic radiating component, so that a transfer of heat between the cooling device and the electromagnetic radiating component is implemented, wherein the cooling device has at least one metallic heat-conducting element, wherein the metallic heat-conducting element has a free area, characterized in that the cooling device has an insulating heat-conducting element, wherein the insulating heat-conducting element is thermally conductive and electrically insulating, wherein the electromagnetic radiating component is coupled thermally to the metallic heat-conducting element via the insulating heat-conducting element, wherein the free area being formed as a material-free area of the metallic heat-conducting element, wherein the electromagnetic radiating component and the insulating heat-conducting element are arranged at least in sections in the free area, so that an electromagnetic coupling path between the metallic heat-conducting element and the electromagnetic radiating component is reduced.
Recuperator comprising neighbouring sheets (1, 2) which extend parallel to each other and between which flow passages for air are formed, which sheets are each provided with a corrugated profile, which corrugated profile has peaks, troughs and straight flanks, in which each of the flanks interconnects a peak and a trough and is intersected by a central plane which extends parallel to the associated sheet, in which the peaks and troughs of a sheet are situated at an equal distance from the central plane of the sheet and in which neighbouring flanks are directly connected to each other, either via a peak or via a trough, and in which first passage duct parts are formed between neighbouring flanks, which are connected to each other via a peak, which first passage duct parts are each delimited at one end by the respective peak and which are open at the end situated opposite the peak, and in which second passage duct parts are formed between neighbouring flanks which are directly connected to each other via a trough, which second passage duct parts are each delimited at one end by the respective trough and which are open at the end situated opposite the trough, in which furthermore, in a direction at right angles to the central plane, the peaks associated with neighbouring sheets are aligned with respect to each other and the troughs associated with neighbouring sheets are aligned with respect to each other in such a way that first passage duct parts of a sheet and second passage duct parts associated with a neighbouring sheet are in communication with each other via connecting passage parts which extend between the troughs associated with the one sheet and peaks associated with the other sheet and in which the first passage duct parts, the second passage duct parts and the connecting passage parts between two sheets together form a flow passage, characterized in that the smallest distance (d) between the respective peaks and troughs which define the connecting passage parts is greater than 40% of the distance between neighbouring flanks at the location of the associated central plane.