mhurhangee/ep-ind-claims huggingface dataset:
Aperture for cleaning vision systems, having support faces, having a window, which may be placed into the support faces and can thus be at least partially surrounded by the aperture, wherein the support faces are designed such that the majority of the window remains free to ensure free vision from the vision system to the outside of the window, wherein the exterior of the window corresponds to that side of the window that faces the support faces, having a gas connector to which a gas line can be connected and a liquid connector to which a liquid line can be connected, characterized in that, when the window is surrounded, the aperture forms at least one cavity delimited by the aperture and the window, in that this cavity is connected to the gas connector and the liquid connector by at least one hole, in that at least one gap connects the cavity to the exterior and in that, when the window is surrounded, one side of the gap is formed directly by a face of the window. having support faces, having a window, which may be placed into the support faces and can thus be at least partially surrounded by the aperture, wherein the support faces are designed such that the majority of the window remains free to ensure free vision from the vision system to the outside of the window, wherein the exterior of the window corresponds to that side of the window that faces the support faces, having a gas connector to which a gas line can be connected and a liquid connector to which a liquid line can be connected, characterized in that, when the window is surrounded, the aperture forms at least one cavity delimited by the aperture and the window, in that this cavity is connected to the gas connector and the liquid connector by at least one hole, in that at least one gap connects the cavity to the exterior and in that, when the window is surrounded, one side of the gap is formed directly by a face of the window.
Mobile remote maintenance communication device, having: at least one sensor (3E, 3F) which captures sensor data relating to the state of a component; and a network interface for establishing a communication connection to a service centre and for transmitting the sensor data to the service centre, characterized by a near field communication module which is designed in such a manner that it can be used to authenticate the component with respect to the mobile device using an RFID tag at regular intervals of time via a cryptographic authentication method, the sensor data captured by the at least one sensor (3E, 3F) being able to be transmitted to the service centre in a restricted manner according to an authorization of the mobile remote maintenance communication device. at least one sensor (3E, 3F) which captures sensor data relating to the state of a component; and a network interface for establishing a communication connection to a service centre and for transmitting the sensor data to the service centre, characterized by a near field communication module which is designed in such a manner that it can be used to authenticate the component with respect to the mobile device using an RFID tag at regular intervals of time via a cryptographic authentication method, the sensor data captured by the at least one sensor (3E, 3F) being able to be transmitted to the service centre in a restricted manner according to an authorization of the mobile remote maintenance communication device.
A method of assembling a mounting device for an electrical harness of a gas turbine engine, the electrical harness having a wire bundle, said method comprising: providing a first shell and a second shell, wherein each of the first shell and the second shell have a first end region, a second end region, and a middle region between the first end region and the second end region; and coupling the first shell to the second shell with the wire bundle disposed between the first shell and the second shell such that movement of the first shell and the second shell along the wire bundle is restricted, wherein the middle region defines a mounting seat that is closer to the wire bundle than the first end region and the second end region. providing a first shell and a second shell, wherein each of the first shell and the second shell have a first end region, a second end region, and a middle region between the first end region and the second end region; and coupling the first shell to the second shell with the wire bundle disposed between the first shell and the second shell such that movement of the first shell and the second shell along the wire bundle is restricted, wherein the middle region defines a mounting seat that is closer to the wire bundle than the first end region and the second end region.
Use of a binder containing a mixture of an ingredient comprised of the chemical composition of Ca x Sr 1-x Al 2 O 4, where 0<x<1, an ingredient comprised of the chemical composition of Ca y Sr 1-y Al 4 O 7, where 0<y<1, and Al 2 O 3, wherein the total content of Ca x Sr 1-x Al 2 O4 and Ca y Sr 1-y Al 4 O 7 is 10 mass% to 60 mass% and Al 2 O 3 is blended in 40 mass% to 90 mass%, as a binder for monolithic refractories.
A multilayer electronic component (1; 1a) comprising: a plurality of inner electrodes (8a-e) having a shape of ring-shaped wiring with a part removed therefrom, the inner electrodes (8a-e) being electrically connected to each other to constitute a coil; and insulating layers (4a-e, 5) stacked together with the plurality of inner electrodes (8a-e), wherein multiple kinds of the inner electrodes (8a-e) having different radii are periodically arranged in a stacking direction, characterised in that the inner electrodes (8a, 8c, 8e) having a first radius and the inner electrodes (8b, 8d) having a second radius that is smaller than the first radius are alternately arranged in the stacking direction wherein part of each of the inner electrodes (8a, 8c, 8e) having the first radius overlaps in the stacking direction with part of each of the inner electrodes (8c, 8d) having the second radius that are adjacent to the inner electrodes (8a, 8c, 8e) having the first radius in the stacking direction, and wherein the inner electrodes (8a, 8c, 8e) having the first radius overlap in the stacking direction with the inner electrodes (8b, 8d) having the second radius that are adjacent to the inner electrodes (8a, 8c, 8e) having the first radius in the stacking direction, throughout their circumferences except for the removed portions. a plurality of inner electrodes (8a-e) having a shape of ring-shaped wiring with a part removed therefrom, the inner electrodes (8a-e) being electrically connected to each other to constitute a coil; and insulating layers (4a-e, 5) stacked together with the plurality of inner electrodes (8a-e), wherein multiple kinds of the inner electrodes (8a-e) having different radii are periodically arranged in a stacking direction,
A system for enhancing the performance of a satellite geolocation system made up of at least one satellite and at least one positioning receiver and defined by a nominal operating range, said enhancement system comprising at least one system for measuring signals transmitted by said geolocation system, a processing centre receiving the measurements transmitted by said measurement system and producing anomaly correction or alert messages concerning the unavailability of said geolocation system that are intended for said receivers, land-based or satellite-based means for broadcasting said correction or alert messages to said receivers, said enhancement system being characterised in that said correction or alert messages contain at least: o one behaviour model of at least one of the satellites of said geolocation system integrating new parameters allowing the operating range of said system to be enhanced; and o an indicator of the deviation between said model and the actual behaviour of said geolocation satellite, so as to allow said receiver to continue to use said geolocation satellite in order to determine its position, using said behaviour model and outside of the nominal operating range of said geolocation system; o said parameters of said behaviour model being made up of at least: ▪ one model for distorting code snippets transmitted by said navigation satellite to said receiver; or ▪ one model for distorting the phase of the signal transmitted by said navigation satellite to said receiver. o one behaviour model of at least one of the satellites of said geolocation system integrating new parameters allowing the operating range of said system to be enhanced; and o an indicator of the deviation between said model and the actual behaviour of said geolocation satellite, so as to allow said receiver to continue to use said geolocation satellite in order to determine its position, using said behaviour model and outside of the nominal operating range of said geolocation system; o said parameters of said behaviour model being made up of at least: ▪ one model for distorting code snippets transmitted by said navigation satellite to said receiver; or ▪ one model for distorting the phase of the signal transmitted by said navigation satellite to said receiver. ▪ one model for distorting code snippets transmitted by said navigation satellite to said receiver; or ▪ one model for distorting the phase of the signal transmitted by said navigation satellite to said receiver.
Tracking device comprising at least one receiving structure that can be adjusted about at least one axis for mounting at least one element that is sensitive to optical or other electromagnetic waves and has a preferential optical or radiation direction such as a solar panel, reflector, telescope or the like and comprising at least one rotary drive per axis for active rotational adjustment of the receiving structure for tracking the element(s) mounted thereupon on a celestial body, in particular the sun, with the aid of a controller according to a predetermined algorithm on one or multiple axes, wherein the (all) rotary drive(s) is (are) designed as a center-free swivel unit(s) and has two concentric annular connection elements (131, 132) that are mounted on each other and are coupled or can be coupled to at least one motor for mutual relative adjustment, wherein a first connection element (131, 132) has at least one flat connection surface for stationary fixation to a foundation, base, stand or a connection element of another swivel unit, and wherein a second connection element (131, 132) has at least one flat connection surface (133, 134) for rotationally fixed coupling to the receiving structure or to a connection element of another swivel unit, wherein at least one row of rolling elements which run along raceways (140, 141) on the first and the second connection element (31, 32) is further provided between the concentric annular connection elements (131, 132) of a swivel unit, and wherein a connection element (31, 32) has an at least partially circumferential toothing which, together with the raceway(s) thereupon, is formed by machining or shaping of a shared annular base body, wherein bore holes which are distributed in an annular shape are provided on the other connection element (131, 132) for fastening to a system part, which are formed together with the raceway(s) thereupon by machining or shaping a shared annular base body, characterized in that a) the tracking device is formed either uniaxially with only one swivel unit or multiaxially with two swivel units, which have the same structure and carry approximately the same weight; b) wherein the toothing is located on the inner circumference of the inner annular connection element (131, 132) of a swivel unit. a) the tracking device is formed either uniaxially with only one swivel unit or multiaxially with two swivel units, which have the same structure and carry approximately the same weight; b) wherein the toothing is located on the inner circumference of the inner annular connection element (131, 132) of a swivel unit.
A device for applying a microprojection array to a skin surface comprising: a) a housing comprising a skin contact applicator base attached to an applicator top wherein the applicator top is flexible such that when the applicator top is collapsed a microprojection array is accelerated; and further comprising: b) a patch guide which is forced downward by the collapse of the applicator top; c) a microprojection array; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring, which is in contact with the back of the microprojection array, accelerates the microprojection array away from the cantilevered ring. a) a housing comprising a skin contact applicator base attached to an applicator top wherein the applicator top is flexible such that when the applicator top is collapsed a microprojection array is accelerated; and further comprising: b) a patch guide which is forced downward by the collapse of the applicator top; c) a microprojection array; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring, which is in contact with the back of the microprojection array, accelerates the microprojection array away from the cantilevered ring. b) a patch guide which is forced downward by the collapse of the applicator top; c) a microprojection array; and d) a cantilevered ring having an opening through which the patch guide passes and wherein the cantilevered ring is activated by the downward action of the patch guide such that the cantilevered ring, which is in contact with the back of the microprojection array, accelerates the microprojection array away from the cantilevered ring.
An electrical power system connectable to a power grid, comprising: at least one cluster of electrical power subsystems, each of the electrical power subsystems comprising a power converter electrically coupled to a generator having a generator rotor and a generator stator, each of the electrical power subsystems defining a stator power path and a converter power path for providing power to the power grid, the converter power path comprising a partial power transformer; a subsystem breaker configured with each of the electrical power subsystems; a cluster transformer (145, 146, 147) for connecting each cluster of electrical power subsystems to the power grid; a cluster power path extending between each subsystem breaker and the cluster transformer (145, 146, 147); and an active distortion filter electrically coupled to the cluster transformer (145, 146, 147), wherein the active distortion filter is configured to inject a reactive compensation to reduce harmonics in current flowing from the electrical power subsystems to the cluster transformer (145, 146, 147); and a filter transformer coupled between the active distortion filter and the cluster transformer. at least one cluster of electrical power subsystems, each of the electrical power subsystems comprising a power converter electrically coupled to a generator having a generator rotor and a generator stator, each of the electrical power subsystems defining a stator power path and a converter power path for providing power to the power grid, the converter power path comprising a partial power transformer; a subsystem breaker configured with each of the electrical power subsystems; a cluster transformer (145, 146, 147) for connecting each cluster of electrical power subsystems to the power grid; a cluster power path extending between each subsystem breaker and the cluster transformer (145, 146, 147); and an active distortion filter electrically coupled to the cluster transformer (145, 146, 147), wherein the active distortion filter is configured to inject a reactive compensation to reduce harmonics in current flowing from the electrical power subsystems to the cluster transformer (145, 146, 147); and a filter transformer coupled between the active distortion filter and the cluster transformer.
A device for dispensing microbubbles for cell sonoporation, characterized in that the device comprises: - a tube symmetrical about a vertical axis, said tube being configured to receive a vial containing a solution of microbubbles, - at least two catheters (11, 12) arranged inside the tube, said catheters (11, 12) being at least partially oriented substantially parallel to the vertical axis, each of the catheters (11, 12) having at a first end (111, 121) an orifice adapted to open into the vial when the latter is received by the tube, the first catheter being adapted to be connected to a first air injection source, the second catheter having a second end, wherein, when the first catheter is connected to the first air injection source, air can be injected into the vial via the orifice of the first catheter, the injected air generating an overpressure in the vial, so that microbubbles contained in the vial enter the second catheter via the orifice of its first end, and then move inside the second catheter toward its second end. - a tube symmetrical about a vertical axis, said tube being configured to receive a vial containing a solution of microbubbles, - at least two catheters (11, 12) arranged inside the tube, said catheters (11, 12) being at least partially oriented substantially parallel to the vertical axis, each of the catheters (11, 12) having at a first end (111, 121) an orifice adapted to open into the vial when the latter is received by the tube, the first catheter being adapted to be connected to a first air injection source, the second catheter having a second end,
Agricultural work machine, in particular a mowing machine with a transverse conveyor and/or haymaking machine for attachment to a tractor with at least one work unit (3, 4) for processing agricultural material as well as an impact shield for limiting the shedding and/or deposition and/or scatter area of the material processed by the work unit (3, 4), wherein the impact shield is designed to be movable between a working position and a transport and/or headland position, wherein the impact shield is divided into several shield segments, which are supported movably relative to one another such that the shield segments are collapsible from the working position, in which the shield segments lying adjacent to one another jointly form an impact surface for the agricultural material, by movement relative to one another into the transport and/or headland position, characterised in that the shield segments are supported pivotably about pivot axes that extend transversely to the impact surface formed in the working position, so that the shield segments can be folded together at least approximately in the plane of the impact shield.
A single serve capsule having a capsule body, the wall and base of which delimit an interior space provided with a beverage/food substance which is dissolved and/or extracted by means of a liquid which is introduced into the single serve capsule, wherein the interior space, downstream of a liquid supply, is provided with a liquid distributor which at least partially distributes the liquid supply over the cross section of the single serve capsule, characterized in that a seal is provided on the periphery of the liquid distributor, the seal being configured as a flexible sealing lip which is elastically deformed upon insertion into the capsule body and, as a result, is prestressed in the direction of the capsule wall, wherein the liquid distributor is displaced in the direction of the beverage substance when the liquid flows in and/or by the movement of an opening means.
Device for holding guide rails for passenger and goods lifts, which device comprises, for connecting the guide rail to a shaft wall on a building, a fixing bracket which can be fixed on the guide rail and a counter profile which can be connected to said bracket and to the shaft wall, an insulator being arranged between the fixing bracket and the counter profile and stops being provided on the fixing bracket, the counter profile, the guide rail and/or the shaft wall as abutments for the insulator in order to restrict an expansion movement, a gap (11, 12) being formed between an abutment and the insulator, characterised in that the insulator is made of an elastomer or rubber as a material, the size of the gap (11, 12) is dimensioned such that the sum of the gaps (11, 12) plus the actual deflection of the guide rail is smaller than the maximum permissible deflections of the guide rail according to the relevant safety standards, and expansion movements of the insulator after passing through the intended gap (11, 12) are restricted.
A transportation assembly for transporting sausage shaped products, like sausages, out of a clipping machine for producing sausage-shaped products in a transportation direction to a rod-like storing element, like a smoking rod, wherein each sausage-shaped product comprises a filled tubular or bag-shaped packaging casing closed on at least one end by a closing means, like a closure clip, and a suspension element, like a suspension loop, attached to the end closed by said closure means, the transportation assembly comprises a guiding device having a bar-shaped guiding element along which the sausage-shaped product is guided by its suspension element, and a transportation device for transporting the sausage-shaped product along the guiding element by engaging the suspension element of the sausage-shaped product, wherein the suspension element is held in an open configuration by the weight of the filled tubular or bag-shaped packaging casing to which it is attached by the closure means, characterized in that a separation device is provided at the guiding element, for removing a suspension element from the guiding element, which is transported by the transportation device without a tubular or bag-shaped packaging casing attached thereto, wherein the separation device comprises a cutting edge for cutting the suspension element guided along said cutting edge.
A seal gasket for doors and windows, said seal gasket provided with elastically deformable monolithic structure obtained from extrusion of thermoplastic materials, comprising a tubular section protruding from the front of a flat strip, said tubular section having a basically horse-shoe shape, wherein the rounded front end, which is basically semi-circular, is joined in the back with two rectilinear sides that are symmetrically opposite and converge towards the strip, characterized in that said front end of the tubular section has a constant thickness, whereas said rectilinear sides have a lower thickness from the point where they are joined to the strip towards the point where they are joined with said rounded front end.
A cyclone system, in particular for a conditioner with a head region, which has a decentralised, preferably tangential inlet feed and a central outlet, and a widening output cone with a central axis, characterised in that a wall is double-walled in some regions and has, on the outer wall, at least one inlet-feed opening (100, 101) and, on the inner wall, multiple supply openings, with a collection cone, which is tapered again, adjoining the output cone and having the inlet-feed opening (100, 101), which is arranged in a region in which the inner wall does not have a supply opening so that the inner wall forms an impact surface for the medium fed through the inlet-feed opening (100, 101).
Method for air-conditioning of aircraft cabins, wherein, by means of at least one blower, at least one air jet is directed into the cabin through a guide pipe, and a temperature sensor having a temperature-dependent form detects an air jet temperature, the method characterized by comprising the step of: rotating a rotation device adapted for rotating the guide pipe according to a change in form of the temperature sensor to alter an angle of the air jet with respect to a vertical direction. rotating a rotation device adapted for rotating the guide pipe according to a change in form of the temperature sensor to alter an angle of the air jet with respect to a vertical direction.