mhurhangee/ep-ind-claims huggingface dataset:
Positioning device for positioning products simultaneously with their conveyance on a conveyor one after the other in a plane of conveyance and along a direction of conveyance, said device comprising several orientation means mounted side by side in the direction of conveyance, and each intended to act on a different product driven by the conveyor, each of them comprising at least one pusher movable along an action movement between an inactive position and an active position, the effect of said action movement being to act on a product by pushing it to make it pivot by a predetermined angle around an axis perpendicular to the plane of conveyance, the at least one pusher being movable also in the direction of conveyance, each orientation means comprising a single pusher, and a stop in front thereof, sufficiently offset to create a rotation, or a pair of pushers slightly offset in the direction of conveyance, in such a way that they each act on one side of the product to create the expected pivoting motion, characterized in that said orientation means are able to undergo a relative movement in the direction of conveyance.
An adjustment-free air-curtain-type fume cabinet, comprising a cabinet body, an exhaust box, a window, an air curtain machine, a supplementary air duct, and an exhaust duct, wherein the exhaust box is mounted on the cabinet body, the exhaust box is provided with an opening, and both the exhaust duct and the supplementary air duct communicate with the exhaust box; the window is slidably mounted to the cabinet body, and the window is reciprocatingly slidable relative to the cabinet body in a height direction of the cabinet body to change the height of the opening; the air curtain machine is mounted to the cabinet body, and the air curtain machine is configured to form an air wall at the opening to prevent an exchange of airflows inside and outside the exhaust box at the opening; and the closable venturi valve is mounted on the exhaust duct, characterized in that the adjustment-free air-curtain-type fume cabinet comprises a closable venturi valve, wherein the closable venturi valve comprises a valve body, a rotary blade, a ball, a fixing holder, a fixed rod, and an elastic member, wherein the valve body has a flow channel, two ends of the flow channel in its length direction are an inlet port and an outlet port respectively, the inlet port communicates with an end of the exhaust duct remote from the exhaust box, the rotary blade is rotatably mounted in the valve body and is adjacent to the outlet port, and the flow channel is configured to be opened or closed when the rotary blade is rotated; the fixing holder is mounted in the valve body, the fixed rod is mounted to the fixing holder, the ball is slidably mounted on the fixed rod, position of one end of the elastic member is limited by the fixed rod, position of the other end of the elastic member is limited by the ball, and the elastic member allows the ball to have a tendency of sliding from the outlet port to the inlet port in a direction of a central axis of the valve body, wherein the adjustment-free air-curtain-type fume cabinet further comprises a pushing device located in the flow channel, wherein the pushing device comprises an upper pushing rod, a lower pushing rod, a torsion spring, and an elastic rest member, the upper pushing rod and the lower pushing rod are connected with each other by the torsion spring, the upper pushing rod and the lower pushing rod are located between the ball and the rotary blade, the lower pushing rod is slidably disposed on an inner wall of the valve body, the lower pushing rod and the valve body are connected by the elastic reset member, the elastic reset member allows the lower pushing rod to have a tendency of sliding close to the rotary blade in the direction of the central axis of the valve body, and the rotary blade rotates to drive the upper pushing rod to rotate relative to the lower pushing rod and simultaneously drive the lower pushing rod to slide relative to the valve body so that the lower pushing rod forces the ball to move toward the inlet port.
A turbofan engine assembly (10; 110) comprising: at least one internal combustion engine in fluid communication between a compressor (14; 114) and a turbine, the at least one internal combustion engine having an engine shaft; a bypass duct surrounding the internal combustion engine; and a fan drivingly engaged to the engine shaft via a first gearbox, characterised in that: the first gearbox is configured to increase an output speed of the fan relative to an input speed of the engine shaft, wherein a turbine rotor (26, 26') of the turbine is drivingly engaged to the shaft of the at least one internal combustion engine via a second gearbox. at least one internal combustion engine in fluid communication between a compressor (14; 114) and a turbine, the at least one internal combustion engine having an engine shaft; a bypass duct surrounding the internal combustion engine; and a fan drivingly engaged to the engine shaft via a first gearbox, characterised in that: the first gearbox is configured to increase an output speed of the fan relative to an input speed of the engine shaft, wherein a turbine rotor (26, 26') of the turbine is drivingly engaged to the shaft of the at least one internal combustion engine via a second gearbox.
A busbar for lamps or electrical units, having several busbar sections which can be connected to one another, each comprising several longitudinally extending conduits for power supply and/or for signal transmission, which are arranged in grooves of a conduit-accommodating structure consisting of an insulating material, said grooves being open to a contacting side, wherein electrical connection contacts are provided in the connection region of two successive busbar sections, to which contacts the front ends of two conduits to be connected to one another are connected and which form a contacting surface that is accessible from the contacting side, and wherein several of the electrical connection contacts are arranged in a connection element, which has groove-like recesses corresponding to the grooves of the conduit-accommodating structure for the conduits, via which the contacting surfaces of the electrical connection contacts are accessible, characterized in that the electrical connection contacts on a rear face opposite the contacting surface comprise a further contacting surface or a contact, in particular a clamping or spring contact, and the connection element has openings at its rear side opposite the recesses, via which openings the further contacting surface or the contact is respectively accessible. having several busbar sections which can be connected to one another, each comprising several longitudinally extending conduits for power supply and/or for signal transmission, which are arranged in grooves of a conduit-accommodating structure consisting of an insulating material, said grooves being open to a contacting side, wherein electrical connection contacts are provided in the connection region of two successive busbar sections, to which contacts the front ends of two conduits to be connected to one another are connected and which form a contacting surface that is accessible from the contacting side, and wherein several of the electrical connection contacts are arranged in a connection element, which has groove-like recesses corresponding to the grooves of the conduit-accommodating structure for the conduits, via which the contacting surfaces of the electrical connection contacts are accessible, characterized in that the electrical connection contacts on a rear face opposite the contacting surface comprise a further contacting surface or a contact, in particular a clamping or spring contact, and the connection element has openings at its rear side opposite the recesses, via which openings the further contacting surface or the contact is respectively accessible.
A method for producing metal-coated optical fiber, said method comprising: (a) providing a length of optical fiber having a glass fiber surrounded by a liquid soluble polymeric coating; (b) passing said optical fiber through a series of solution baths (24, 26, 28, 30) including a metal plating solution bath such that the glass fiber will contact the solution in each bath (24, 26, 28, 30) for a predetermined dwell time, the series of solution baths (24, 26, 28, 30) effecting removal of said polymer coating and subsequent plating of metal on the glass fiber, wherein the glass fiber passes through the series of solution baths (24, 26, 28, 30) without contacting anything except for the respective solution in each of said solutions baths (24, 26, 28, 30) and wherein each of said solutions baths (24, 26, 28, 30) comprises a vessel having inlet and outlet holes through which said optical fiber passes horizontally without contacting said vessel, such that removal of the polymer coating and subsequent plating of metal occurs without physical contact with any solid materials; and (c) collecting the optical fiber on a pulley after the metal plating solution bath so that a selected quantity of said metal-coated optical fiber is gathered. (a) providing a length of optical fiber having a glass fiber surrounded by a liquid soluble polymeric coating; (b) passing said optical fiber through a series of solution baths (24, 26, 28, 30) including a metal plating solution bath such that the glass fiber will contact the solution in each bath (24, 26, 28, 30) for a predetermined dwell time, the series of solution baths (24, 26, 28, 30) effecting removal of said polymer coating and subsequent plating of metal on the glass fiber, wherein the glass fiber passes through the series of solution baths (24, 26, 28, 30) without contacting anything except for the respective solution in each of said solutions baths (24, 26, 28, 30) and wherein each of said solutions baths (24, 26, 28, 30) comprises a vessel having inlet and outlet holes through which said optical fiber passes horizontally without contacting said vessel, such that removal of the polymer coating and subsequent plating of metal occurs without physical contact with any solid materials; and (c) collecting the optical fiber on a pulley after the metal plating solution bath so that a selected quantity of said metal-coated optical fiber is gathered.
Method for providing cleaning water for cleaning a solar power installation, wherein the cleaning water is treated in a water treatment installation, characterised in that the water treatment installation is operated with the waste heat of an electrolysis system.
A pharmaceutical composition for use in the prevention, treatment and/or symptom amelioration of cough, comprising a polypeptide chain as an active ingredient and a pharmaceutically acceptable carrier, wherein the polypeptide chain consists of a full length amino acid sequence constituting activated Factor XI (hereinafter also referred to as "FXIa"), an amino acid sequence of FXIa with 1, 2, 3, 4, or 5 amino acids therein being deleted, substituted or added as long as it has the enzymatic activity of FXIa or a minimum unit having enzymatic activity of FXIa, or an amino acid sequence comprising as a part any of the above amino acid sequences.
A gas engine with a spark plug that ignites fuel gas supplied into a pre-combustion chamber, the fuel gas being sent out from a solenoid valve arranged at an upstream side of a fuel inlet connecting piece and flown through a fuel inlet passage formed inside said fuel inlet connecting piece is supplied to the pre-combustion chamber via a mounting hardware piece for mounting the spark plug with which said fuel inlet connecting piece forms a joint, said mounting hardware piece being arranged above the pre-combustion chamber; said spark plug fitted on a seat surface of said mounting hardware piece for mounting the spark plug ignites the fuel gas in the pre-combustion chamber by spark discharge; a plurality of bore-cooling holes is arranged in the mounting hardware piece for mounting the spark plug in a manner such that the bore-cooling holes surround the seat surface on which the spark plug is seated and each of the bore-cooling holes is parallel to a center axis of the spark plug, each of the bore-cooling holes being provided with an inlet side lateral bore-cooling hole and an outlet side lateral bore-cooling hole at a bottom and top thereof in a direction of the center axis respectively such that the height level where the seat surface is positioned is between the height level of the inlet side lateral bore-cooling hole 11a and the height level of the outlet side lateral bore-cooling hole; and said fuel inlet passage is arranged to be between two of the bore-cooling holes that are both next to the end side of the fuel inlet passage; and a junction of said fuel inlet connecting piece and said mounting hardware piece is positioned in an axial section between the height level of the inlet side lateral bore-cooling holes and the height level of the outlet side lateral bore-cooling hole, a second check valve which opens with the fuel gas flow toward the pre-combustion chamber, is positioned in an axial section between the height level of the inlet side lateral bore-cooling holes and the height level of the outlet side lateral bore-cooling holes; and said plurality of bore-cooling holes is arranged along a hoop direction around the spark plug so that the plurality of bore-cooling holes surrounds the spark plug in a radial direction and the second check valve in a circumferential direction in a same horizontal cross-section in order to cool said seat surface and the second check-valve by streaming cool water from said inlet side lateral bore-cooling hole to said outlet side lateral bore-cooling hole via a vertical bore-cooling hole in between.
A fluid discrimination system for use with a subterranean well, the system comprising: a fluid discriminator through which a fluid composition flows, the fluid discriminator selects through which of multiple outlet flow paths (46,48)the fluid composition flows, the selection being based on at least one direction of flow of the fluid composition through the fluid discriminator,, characterised in that the fluid discriminator includes a first chamber and a second chamber, the first chamber having an outlet into the second chamber, wherein the fluid discriminator selects a first outlet flow path of the second chamber in response to the direction of flow being more radial through the first chamber, and wherein the fluid discriminator selects a second outlet flow path of the second chamber in response to the direction of flow being more rotational at the outlet of the first chamber. a fluid discriminator through which a fluid composition flows, the fluid discriminator selects through which of multiple outlet flow paths (46,48)the fluid composition flows, the selection being based on at least one direction of flow of the fluid composition through the fluid discriminator,, characterised in that the fluid discriminator includes a first chamber and a second chamber, the first chamber having an outlet into the second chamber, wherein the fluid discriminator selects a first outlet flow path of the second chamber in response to the direction of flow being more radial through the first chamber, and wherein the fluid discriminator selects a second outlet flow path of the second chamber in response to the direction of flow being more rotational at the outlet of the first chamber.
A nuclear power plant including a moisture separator reheater and a condenser, the nuclear power plant further comprising, a steam jet air ejector through which steam condensate is passed from the condensor, a pressure-regulating unit (37, 38) configured to regulate a working steam supplied to the steam jet air ejector to a specified pressure, a working steam supply system configured to supply the working steam to the pressure-regulating unit (37, 38), and a working steam delivery system configured to deliver the working steam regulated by the pressure-regulating unit (37, 38) to the steam jet air ejector, and wherein the working steam supply system includes a working steam source (26, 30) of a reactor main steam or moisture separator reheater scavenging steam, arranged such that the working steam supplied to the pressure-regulating unit (37, 38) is switched from the reactor main steam to the moisture separator reheater scavenging steam when the scavenging steam pressure reaches a predetermined specified pressure.
A pharmaceutical composition for topical use, comprising 0.005% to 0.05 % by weight of 17-clobetasol propionate, in an aqueous vehicle comprising propylene glycol as a solvent and moisture-retaining agent, and an emulsifier, wherein the emulsifier consists of macrogol-glycerol hydroxystearate.
An arrangement comprising a door actuator and a fire protection fastening device for fastening the door actuator, the fire protection fastening device comprising: • a frame with a rear side facing a mounting surface, in particular a door, door casing or wall, wherein a mounting axis is defined perpendicular to the rear side, • at least one reaction chamber formed in the frame, wherein the reaction chamber is fully delimited by the frame, and wherein the reaction chamber is open at the rear side and/or at a front side of the frame opposite the rear side, • and a drive element which is arranged in the reaction chamber and which is made of thermally intumescent material, which is designed to push the door actuator away from the mounting surface upon thermal activation, • wherein the frame is an integral part of the door actuator. • a frame with a rear side facing a mounting surface, in particular a door, door casing or wall, wherein a mounting axis is defined perpendicular to the rear side, • at least one reaction chamber formed in the frame, wherein the reaction chamber is fully delimited by the frame, and wherein the reaction chamber is open at the rear side and/or at a front side of the frame opposite the rear side, • and a drive element which is arranged in the reaction chamber and which is made of thermally intumescent material, which is designed to push the door actuator away from the mounting surface upon thermal activation, • wherein the frame is an integral part of the door actuator.
A heat supply system comprising: a pump configured to pump a heating medium; a first heating device configured to heat the heating medium; a second heating device configured to heat the heating medium downstream of the first heating device; and a controller; characterized in that the controller is configured to reduce a heating power of the first heating device concurrently with or before activation of the second heating device, in a case where the second heating device is activated in a state in which the first heating device is operated without operating the second heating device. a pump configured to pump a heating medium; a first heating device configured to heat the heating medium; a second heating device configured to heat the heating medium downstream of the first heating device; and a controller; characterized in that the controller is configured to reduce a heating power of the first heating device concurrently with or before activation of the second heating device, in a case where the second heating device is activated in a state in which the first heating device is operated without operating the second heating device.
A computing device shared among a plurality of users (102a, 102b) for enabling global sign-out comprising a plurality of mobile applications, including a first application; a memory (144a, 144b) connected to at least one processor(142a, 142b), the device being characterized in that the at least one processor (142a, 142b) is configured to change the behavior of the first application on the shared device by: determining by heuristics that an alternate behavior of a sign-out mechanism of the first application is desired; in response to positive determining, replacing a sign-out link of the first application with a global sign-out link; and in response to a selection of the global sign-out link, signing out a user from all mobile applications into which the user is signed in. determining by heuristics that an alternate behavior of a sign-out mechanism of the first application is desired; in response to positive determining, replacing a sign-out link of the first application with a global sign-out link; and in response to a selection of the global sign-out link, signing out a user from all mobile applications into which the user is signed in.
An inspection socket comprising: a contact terminal that includes: a barrel that consists of a tube body extending in an axial direction a device-side terminal provided at one end of the barrel, and a board-side terminal provided at the other end of the barrel; metal housings (10, 30, 50) each of which has a through hole (10c, 30c, 50c) into which the contact terminal is inserted in the axial direction, and a resin alignment board (20, 40) that has a positioning hole (20b, 40b) into which the contact terminal is inserted in the axial direction, wherein the metal housings (10, 30, 50) are disposed, at least, on the board-side terminal side and the device-side terminal side and between the board-side terminal and the device-side terminal, the alignment board (20, 40) is sandwiched between the metal housings (10, 30, 50), and the through hole (10c, 30c, 50c) is designed to have, for impedance matching, a gap from the outer periphery of the contact terminal, characterized in, t hat the barrel has a flange section where a part, extending in the axial direction, of the outer periphery of the tube body radially protrudes, t hat the through hole (10c, 30c, 50c) has a larger inner diameter than at least the flange section of the barrel; t hat an inner diameter of the positioning hole (20b, 40b, 50b) being larger than an outer diameter of the contact terminal excluding the flange section and smaller than an outer diameter of the flange section, and t hat the flange section is contained in the through hole formed in the metal housing on the board-side terminal side. a contact terminal that includes: a barrel that consists of a tube body extending in an axial direction a device-side terminal provided at one end of the barrel, and a board-side terminal provided at the other end of the barrel; metal housings (10, 30, 50) each of which has a through hole (10c, 30c, 50c) into which the contact terminal is inserted in the axial direction, and a resin alignment board (20, 40) that has a positioning hole (20b, 40b) into which the contact terminal is inserted in the axial direction, wherein the metal housings (10, 30, 50) are disposed, at least, on the board-side terminal side and the device-side terminal side and between the board-side terminal and the device-side terminal, the alignment board (20, 40) is sandwiched between the metal housings (10, 30, 50), and the through hole (10c, 30c, 50c) is designed to have, for impedance matching, a gap from the outer periphery of the contact terminal, t hat the barrel has a flange section where a part, extending in the axial direction, of the outer periphery of the tube body radially protrudes, t hat the through hole (10c, 30c, 50c) has a larger inner diameter than at least the flange section of the barrel; t hat an inner diameter of the positioning hole (20b, 40b, 50b) being larger than an outer diameter of the contact terminal excluding the flange section and smaller than an outer diameter of the flange section, and t hat the flange section is contained in the through hole formed in the metal housing on the board-side terminal side.