mhurhangee/ep-ind-claims huggingface dataset:
Device for operating a turnout or movable point frog, comprising: - a hollow crossmember to which the stock rails can be fastened, - an operating rod associated with a pair of points that are able to move in translation on the hollow crossmember, - a linear actuator positioned in the internal volume of the hollow crossmember, between the stock rails, - a connection interface (5.1) between the linear actuator and the operating rod, characterized in that the operating device also comprises: - at least one transfer mechanism which, by way of at least one linkage positioned along the path of the rail, coordinates the movement of the pair of points along the turnout or movable point frog, this transfer mechanism being associated with a connection interface (7.1) between the linear actuator and the transfer mechanism such that this connection interface (7.1) acts as an intermediary for the actuation of the transfer mechanism during the operation of the linear actuator, in conjunction with the actuation of the movement of the operating rod and points, this connection interface (7.1) being associated with a linkage (7.2) inside the hollow crossmember and positioned on the linear actuator between the stock rails. - a hollow crossmember to which the stock rails can be fastened, - an operating rod associated with a pair of points that are able to move in translation on the hollow crossmember, - a linear actuator positioned in the internal volume of the hollow crossmember, between the stock rails, - a connection interface (5.1) between the linear actuator and the operating rod, - at least one transfer mechanism which, by way of at least one linkage positioned along the path of the rail, coordinates the movement of the pair of points along the turnout or movable point frog, this transfer mechanism being associated with a connection interface (7.1) between the linear actuator and the transfer mechanism such that this connection interface (7.1) acts as an intermediary for the actuation of the transfer mechanism during the operation of the linear actuator, in conjunction with the actuation of the movement of the operating rod and points, this connection interface (7.1) being associated with a linkage (7.2) inside the hollow crossmember and positioned on the linear actuator between the stock rails.
A composite article comprising a metal reinforcing element and molded plastic coating firmly attached thereto, wherein said reinforcing element is formed to define an open channel having a longitudinal axis and an open side parallel to said axis, and said plastic coating includes a portion formed as a wall mechanically closing said open side of the channel, characterized in that the composite article is obtainable by a method comprising injection-molding, the method comprising a mold core being inserted in the metal reinforcing element so that the mold core snugly fits the channel, wherein the insertion is done through the open side of the channel.
Device for supplying gas comprising a support frame housing a plurality of bottles of pressurised fluid connected to a fluid circuit (4, 5) to ensure the filling of the bottles, said circuit (4, 5) comprising a first connection end connected to the bottles via a first isolation valve to enable the filling of the bottles and a second connection end, separate and connected to the bottles via a second isolation valve and a pressure regulator, to enable the filling with fluid, characterised in that the circuit (4, 5) comprises, disposed in series between the pressure regulator and the second connection end, a safety valve that opens towards the atmosphere when it is subjected to a pressure greater than a determined threshold, the safety valve being tared to open a gas passage towards the atmosphere when it is subjected to a pressure threshold of between 50 and 200 bars, and in that the fluid circuit enables to also ensure the filling of the bottles through the first connection end.
A method of connecting a member to a floating structure, the method comprising: disposing the floating structure in a body of water; attaching the member to an upper portion of the floating structure; changing an orientation of the floating structure by controlling a buoyancy of the floating structure, such that a connection device disposed on a lower portion of the floating structure is aligned with the member; and engaging the member with the connection device by lowering the member into the connection device; characterised in that the orientation of the floating structure is changed such that the floating structure is not level with respect to the horizon. disposing the floating structure in a body of water; attaching the member to an upper portion of the floating structure; changing an orientation of the floating structure by controlling a buoyancy of the floating structure, such that a connection device disposed on a lower portion of the floating structure is aligned with the member; and engaging the member with the connection device by lowering the member into the connection device; characterised in that the orientation of the floating structure is changed such that the floating structure is not level with respect to the horizon.
A burner assembly for a gas cooker comprising a lower body having a circumferential wall provided with a gas inlet and the top of which is open in such a way that forms a rim; a venturi element extending axially in the lower body from a venturi inlet opposite the gas inlet to a rear part of the circumferential wall in such a way to mix the gas supplied from the gas inlet with the air supplied from an air opening; an upper part which is hermetically adapted to the lower body from the bottom characterized in that a wing assembly is rising on the inner wall of the venturi element, in such a way that extending the air-gas mixture flow path.
Printing machine for printing onto containers, such as bottles, comprising at least one conveyor and at least one printing unit with a print head module, with at least one print head, a movement system for adjusting the position of said print head module, a measuring system for determining the position of said print head module and a control unit for controlling said movement system, where said movement system comprises a radial module for adjusting the position of said print head module in the radial direction, a height module for adjusting the height of said print head module in the vertical direction, characterized in that said movement system further comprises an alignment module for vertical alignment of nozzle rows of said print head module relative to the direction of transport of said containers to be printed.
Process for the production of wood-based materials from lignocellulose, in particular, wood-based materials with a reduced emission of volatile organic compounds including terpenes, acids and aldehydes, comprising the steps of a) providing lignocellulose-containing comminution products; b) contacting the lignocellulose-containing comminution products with a combination of additives having a first component of a porous carbon and a second component of a bisulfite salt; c) pressing the lignocellulose-containing comminution products mixed with the combination of additives with adhesive under heat treatment for the production of the wood-based material. a) providing lignocellulose-containing comminution products; b) contacting the lignocellulose-containing comminution products with a combination of additives having a first component of a porous carbon and a second component of a bisulfite salt; c) pressing the lignocellulose-containing comminution products mixed with the combination of additives with adhesive under heat treatment for the production of the wood-based material.
A method for direct growth of a patterned transition metal dichalcogenide monolayer, the method comprising: providing a substrate covered by a mask, the mask having a pattern defined by one or more shaped voids, preferably more than one shaped voids; thermally depositing a salt on the substrate through the one or more shaped voids such that a pre-deposited salt is provided on the substrate in the pattern of the mask and shape of the voids, wherein the salt is selected from the sodium salts and potassium salts NaBr, NaCl, KBr, KCI, and combinations thereof; and thermally co-depositing a transition metal oxide and a chalcogen onto the pre-deposited salt to form the patterned transition metal dichalcogenide monolayer having the pattern of the mask and replicating the shape of the pre-deposited salt. providing a substrate covered by a mask, the mask having a pattern defined by one or more shaped voids, preferably more than one shaped voids; thermally depositing a salt on the substrate through the one or more shaped voids such that a pre-deposited salt is provided on the substrate in the pattern of the mask and shape of the voids, wherein the salt is selected from the sodium salts and potassium salts NaBr, NaCl, KBr, KCI, and combinations thereof; and thermally co-depositing a transition metal oxide and a chalcogen onto the pre-deposited salt to form the patterned transition metal dichalcogenide monolayer having the pattern of the mask and replicating the shape of the pre-deposited salt.
A fluid pressure rotary machine comprising a cylinder block that is fixed to a rotary shaft and includes a plurality of cylinder bores, a piston disposed to be free to slide in each cylinder bore such that a volume chamber is defined thereby, a swash plate that causes the piston to reciprocate as the cylinder block rotates such that the volume chamber expands and contracts, and a valve plate that slides against the cylinder block and includes an intake port and a discharge port communicating with the volume chamber, wherein the valve plate includes a sliding surface formed to project in a spherical shape against the cylinder block, the cylinder block includes a sliding surface formed as an indentation corresponding to the shape of the sliding surface of the valve plate, and a gap is formed between an outer edge of the sliding surface of the valve plate and an outer edge of the sliding surface of the cylinder block, the outer edge of the valve plate being positioned on a radial direction outer side of a central part of the valve plate, the outer edge of the cylinder block being positioned on a radial direction outer side of a central part of the cylinder block, wherein the sliding surface of the cylinder block is formed in a spherical shape, the fluid pressure rotary machine being characterised in that, a curvature radius of the sliding surface of the cylinder block is set to be larger than a curvature radius of the sliding surface of the valve plate, and respective sliding surfaces (44, 83) of the cylinder block and the valve plate are configured such that a radius ratio obtained by dividing the curvature radius of the sliding surface of the cylinder block by the curvature radius of the sliding surface of the valve plate equals or exceeds 1.004 and is equal to or smaller than 1.012.
Hand cuff for a device for treating carpal tunnel syndrome in a person's hand, which hand cuff has a palmar side having thenar and hypothenar regions and a dorsal side opposite the palmar side, and is formed as a C-profile in cross section, the ends of the C-shaped profile forming a cuff opening, the hand cuff having two or more cuff parts that have a C-shaped profile in cross section and can be connected to one another by means of at least one connecting element to form the hand cuff, and cuff parts being connected so as to be movable relative to one another in order to adjust the width of the cuff opening, characterized in that cuff parts are connected so as to be displaceable and/or pivotable relative to one another in order to adjust the width of the cuff opening, and in that at least one connecting element contains portions of connected, mutually overlapping cuff parts, the portions having overlapping surfaces.
A thermal management system for a gas turbine engine comprising: a nose cone having an aperture communicating air to an interior space of the nose cone; wherein at least one heat exchanger is disposed in the interior space; and a fan blade coupled to the nose cone; and characterised by the fan blade having a blade passage, wherein the nose cone rotates with the fan blade to circulate air from the aperture to the blade passage; wherein the blade passage extends to a blade trailing edge to circulate air from the aperture to the blade trailing edge, and wherein the blade passage radially extends from a blade neck to the blade trailing edge to circulate air from the aperture to the blade trailing edge. a nose cone having an aperture communicating air to an interior space of the nose cone; wherein at least one heat exchanger is disposed in the interior space; and a fan blade coupled to the nose cone; and characterised by the fan blade having a blade passage, wherein the nose cone rotates with the fan blade to circulate air from the aperture to the blade passage; wherein the blade passage extends to a blade trailing edge to circulate air from the aperture to the blade trailing edge, and wherein the blade passage radially extends from a blade neck to the blade trailing edge to circulate air from the aperture to the blade trailing edge.
A cryogenic fluid dispensing system comprising; a tank defining an area that holds cryogenic liquid: a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in fluid communication with the tank; a pump; a first supply line in liquid communication with the bottom portion of the tank and configured to selectively direct cryogenic liquid from the tank to the pump; a conditioning heat exchanger configured to warm cryogenic liquid a dispensing line in liquid communication with the pump and configured to direct cryogenic liquid from the pump to an inlet of the conditioning heat exchanger; a product line configured to direct liquid from an outlet of the conditioning heat exchanger to a use device; a recycle line configured to selectively direct fluid from an outlet of the conditioning heat exchanger or the product line to the basin; a recycle valve in fluid communication with the recycle line a second supply line in liquid communication with a bottom portion of the basin and configured to selectively direct liquid from the basin to the pump. a tank defining an area that holds cryogenic liquid: a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in fluid communication with the tank; a pump; a first supply line in liquid communication with the bottom portion of the tank and configured to selectively direct cryogenic liquid from the tank to the pump; a conditioning heat exchanger configured to warm cryogenic liquid a dispensing line in liquid communication with the pump and configured to direct cryogenic liquid from the pump to an inlet of the conditioning heat exchanger; a product line configured to direct liquid from an outlet of the conditioning heat exchanger to a use device; a recycle line configured to selectively direct fluid from an outlet of the conditioning heat exchanger or the product line to the basin; a recycle valve in fluid communication with the recycle line a second supply line in liquid communication with a bottom portion of the basin and configured to selectively direct liquid from the basin to the pump.
A suspension unit comprising: a body defining a primary chamber for containing a primary fluid; a piston arm having a piston end received in the body to act on primary fluid in the primary chamber, wherein the piston arm is moveable relative the body between at least an extended configuration and a retracted configuration; a first gas spring chamber within the piston arm and a first moveable member to vary a volume of the first gas spring chamber; a second gas spring chamber separate from the piston arm and a second moveable member to vary a volume of the second gas spring chamber; wherein in at least one of the extended configuration and the retracted configuration of the piston arm, a first damping chamber is defined adjacent the first moveable member and a second damping chamber is defined adjacent the second moveable member; characterized in that the first damping chamber and the second damping chamber are each in fluid communication with the primary chamber via a manifold and a common damping passageway defined in the body to receive primary fluid; wherein the manifold is formed in the body, and comprises a damping port corresponding to the common damping passageway, for mutual fluid communication between the first damping chamber, the second damping chamber, and the primary chamber via the common damping passageway; and wherein the first damping chamber is in fluid communication with the second damping chamber via a conduit extending from the manifold through the piston end, the piston end being moveable relative to the conduit. a body defining a primary chamber for containing a primary fluid; a piston arm having a piston end received in the body to act on primary fluid in the primary chamber, wherein the piston arm is moveable relative the body between at least an extended configuration and a retracted configuration; a first gas spring chamber within the piston arm and a first moveable member to vary a volume of the first gas spring chamber; a second gas spring chamber separate from the piston arm and a second moveable member to vary a volume of the second gas spring chamber; wherein in at least one of the extended configuration and the retracted configuration of the piston arm, a first damping chamber is defined adjacent the first moveable member and a second damping chamber is defined adjacent the second moveable member; characterized in that the first damping chamber and the second damping chamber are each in fluid communication with the primary chamber via a manifold and a common damping passageway defined in the body to receive primary fluid; wherein the manifold is formed in the body, and comprises a damping port corresponding to the common damping passageway, for mutual fluid communication between the first damping chamber, the second damping chamber, and the primary chamber via the common damping passageway; and wherein the first damping chamber is in fluid communication with the second damping chamber via a conduit extending from the manifold through the piston end, the piston end being moveable relative to the conduit.
Computer-implemented method for performing a plausibility check for detecting a loss of load bearing capacity in at least one suspension strut of a suspension system of a chassis during its operation, wherein target-actual value comparisons are carried out between measured suspension displacements (100, 102, 104, 106) and evaluation variables (108, 110, 112, 114, 116, 118, 120, 122, 124, 126, 128) calculated from the suspension displacements (100, 102, 104, 106) with predefined critical threshold variables, wherein the evaluation variables calculated from the suspension displacements (100, 102, 104, 106) include: - a sum of the suspension displacements, - an average value of the suspension displacements, - a roll angle of a front axle of the chassis, - a roll angle of a rear axle of the chassis, - an average value of said roll angles, - a pitch angle on the right side of the chassis, - a pitch angle on the left side of the chassis, - an average value of said pitch angles, - an angle of rotation of the chassis about a diagonal axis formed by a left front wheel and a right rear wheel of the chassis, - an angle of rotation of the chassis about a diagonal axis formed by a right front wheel and a left rear wheel of the chassis, or - an average value of the angle of rotation about the diagonal axes, and wherein an identification signal for the possible existence of a loss of load bearing capacity is set in the case in which the predefined critical threshold values are exceeded or not attained. - a sum of the suspension displacements, - an average value of the suspension displacements, - a roll angle of a front axle of the chassis, - a roll angle of a rear axle of the chassis, - an average value of said roll angles, - a pitch angle on the right side of the chassis, - a pitch angle on the left side of the chassis, - an average value of said pitch angles, - an angle of rotation of the chassis about a diagonal axis formed by a left front wheel and a right rear wheel of the chassis, - an angle of rotation of the chassis about a diagonal axis formed by a right front wheel and a left rear wheel of the chassis, or - an average value of the angle of rotation about the diagonal axes,
A system comprising: a common control element in communication with an authenticated monitoring service facility; a plurality of detectors coupled to the common control element, wherein the plurality of detectors includes condition sensors, security sensors, or building automation related sensors; and a decentralized monitoring unit, wherein the decentralized monitoring unit evaluates communications between the authenticated monitoring service facility and the common control element for one or more patterns that indicate that at least some of the communications are emanating from an unauthenticated source other than the authenticated monitoring service facility, and wherein, when the decentralized monitoring unit determines that the at least some of the communications are emanating from the unauthorized source, the common control element intermittently generates diagnostic messages. a common control element in communication with an authenticated monitoring service facility; a plurality of detectors coupled to the common control element, wherein the plurality of detectors includes condition sensors, security sensors, or building automation related sensors; and a decentralized monitoring unit, wherein the decentralized monitoring unit evaluates communications between the authenticated monitoring service facility and the common control element for one or more patterns that indicate that at least some of the communications are emanating from an unauthenticated source other than the authenticated monitoring service facility, and wherein, when the decentralized monitoring unit determines that the at least some of the communications are emanating from the unauthorized source, the common control element intermittently generates diagnostic messages.