mhurhangee/ep-ind-claims huggingface dataset:
Power plant provided with a first turboengine and a second turboengine, each comprising a gas generator (12, 17), said power plant comprising an emergency system for injecting fluid into said turboengines (11, 16), said system comprising a tank containing an aqueous fluid, said power plant comprising: - one injection member per turboengine (11, 13) comprising at least one injection nozzle for injecting said fluid, a first injection device comprising a first injection pipe connecting said tank to a first injection member of the first turboengine, a second injection device comprising a second injection pipe connecting said tank to a second injection member of the second turboengine, - a distributor (51, 52) arranged along each injection pipe (36, 41), characterized in that the power plant comprises: - a first pressurization pipe and a second pressurization pipe, respectively connecting to the tank a first gas generator of the first turboengine and a second gas generator of the second turboengine in order to pressurize said fluid in said tank with a gas taken from each gas generator (12, 17), - a distributor called "the first distributor " of the first injection pipe communicating with the second pressurization pipe so that a failure of the second turboengine causes the first distributor to open, and a distributor called "the second distributor" of the second injection pipe communicating with the first pressurization pipe so that a failure of the first turboengine causes the second distributor to open, - an emergency pipe connecting said tank to a power transmission gearbox set in motion by said turboengines (11, 16). - one injection member per turboengine (11, 13) comprising at least one injection nozzle for injecting said fluid, a first injection device comprising a first injection pipe connecting said tank to a first injection member of the first turboengine, a second injection device comprising a second injection pipe connecting said tank to a second injection member of the second turboengine, - a distributor (51, 52) arranged along each injection pipe (36, 41), - a first pressurization pipe and a second pressurization pipe, respectively connecting to the tank a first gas generator of the first turboengine and a second gas generator of the second turboengine in order to pressurize said fluid in said tank with a gas taken from each gas generator (12, 17), - a distributor called "the first distributor " of the first injection pipe communicating with the second pressurization pipe so that a failure of the second turboengine causes the first distributor to open, and a distributor called "the second distributor" of the second injection pipe communicating with the first pressurization pipe so that a failure of the first turboengine causes the second distributor to open, - an emergency pipe connecting said tank to a power transmission gearbox set in motion by said turboengines (11, 16).
An electronic device, comprising: a metal bezel, a first partition and a second partition, the first partition and the second partition partitioning the metal bezel into a first sub-bezel and a second sub-bezel; wherein the first sub-bezel is located between the first partition and the second partition; wherein the electronic device further comprises: a feeding point, a first switch module, a second switch module, a first connecting portion, a second connecting portion and a third connecting portion; the feeding point is connected to an end of the first sub-bezel through the first connecting portion; a first end of the first switch module is connected to the second sub-bezel through the second connecting portion, and a second end of the first switch module is grounded; a connection position between the second connecting portion and the second partition is close to the feeding point; and a first end of the second switch module is connected to the first sub-bezel through the third connecting portion, and a second end of the second switch module is grounded; wherein the feeding point, the first connecting portion, the first sub-bezel, the third connecting portion and the second switch module form an inverted F antenna; the second sub-bezel, the second connecting portion and the first switch module form a parasitic antenna of the inverted F antenna, the electronic device further comprises a bandwidth optimization module; a first end of the bandwidth optimization module is connected to the feeding point and a second end of the bandwidth optimization module is grounded, and the bandwidth optimization module comprises at least a variable capacitor; a first end of the variable capacitor is connected to the feeding point and a second end of the variable capacitor is grounded. the feeding point is connected to an end of the first sub-bezel through the first connecting portion; a first end of the first switch module is connected to the second sub-bezel through the second connecting portion, and a second end of the first switch module is grounded; a connection position between the second connecting portion and the second partition is close to the feeding point; and a first end of the second switch module is connected to the first sub-bezel through the third connecting portion, and a second end of the second switch module is grounded; wherein the feeding point, the first connecting portion, the first sub-bezel, the third connecting portion and the second switch module form an inverted F antenna; the second sub-bezel, the second connecting portion and the first switch module form a parasitic antenna of the inverted F antenna, the electronic device further comprises a bandwidth optimization module; a first end of the bandwidth optimization module is connected to the feeding point and a second end of the bandwidth optimization module is grounded, and the bandwidth optimization module comprises at least a variable capacitor; a first end of the variable capacitor is connected to the feeding point and a second end of the variable capacitor is grounded.
A monolithic support comprising a mineral-based carrier material for full-surface support of a workpiece during processing and/or transport, the workpiece being a mirror carrier substrate, wherein the surface of the support is designed so that adherence of the supported workpiece is prevented, and wherein the support has provisions with means inserted therein, which permit to lift the workpiece from the support from below and/or to shift it laterally; wherein segments of the surface of the support which are contacting the supported workpiece are provided with an anti-adhesive coating, at least partially; and wherein the anti-adhesive coating is a film or a laminate of films.
An inflatable watercraft comprising: an inflatable drop stitch bottom panel having a port side, a starboard side, a bow end and a stern end; an inflatable drop stitch port side freeboard panel having a bow end and a stern end, and being connected to the port side of the bottom panel; an inflatable drop stitch starboard side freeboard panel having a bow end and a stern end, and being connected to the starboard side of the bottom panel; the port side freeboard panel and the starboard freeboard panel converging at their respective bow ends, and terminating substantially parallel to each other at their stern ends to define an open transom; and an inflatable drop stitch deck panel connected to and extending between the port side freeboard panel and the starboard side freeboard panel, wherein the deck panel, the bottom panel, the port side panel and the starboard side panel define a bow, a stern, and a seating area approximately at midships, wherein in use, a user is seated on the upper surface of the deck panel. an inflatable drop stitch bottom panel having a port side, a starboard side, a bow end and a stern end; an inflatable drop stitch port side freeboard panel having a bow end and a stern end, and being connected to the port side of the bottom panel; an inflatable drop stitch starboard side freeboard panel having a bow end and a stern end, and being connected to the starboard side of the bottom panel; the port side freeboard panel and the starboard freeboard panel converging at their respective bow ends, and terminating substantially parallel to each other at their stern ends to define an open transom; and an inflatable drop stitch deck panel connected to and extending between the port side freeboard panel and the starboard side freeboard panel, wherein the deck panel, the bottom panel, the port side panel and the starboard side panel define a bow, a stern, and a seating area approximately at midships, wherein in use, a user is seated on the upper surface of the deck panel.
Trailer coupling for a motor vehicle, with a coupling arm for coupling-on a trailer or a rear load carrier, wherein the coupling arm is pivotably mounted around one first and at least one second swivel axis (S1, S2) on a vehicle mounting (20; 420; 220), attachable to the motor vehicle with the aid of a bearing provided on the vehicle mounting (20; 420; 220), between a position of use provided for the attachment of the trailer or the rear load carrier and an inoperative position shifted closer to the motor vehicle, wherein there is fixed immovably to a vehicle mounting part (21; 421; 221) of the vehicle mounting (20; 420; 220) provided for attachment to the motor vehicle a bearing base body of the bearing on which is pivotably mounted at least one first swivel bearing element (31; 431, 231), and wherein there is pivotably mounted on the first swivel bearing element (31; 431, 231) at least one second swivel bearing element (32; 432, 232), which carries the coupling arm wherein, lying opposite the vehicle mounting part (21; 421; 221) is a guide assembly for guidance of the swivelling movement of the second swivel bearing element or elements (32; 432, 232) between the position of use and the inoperative position, characterised in that the guide assembly includes a link follower and a guide link surface (169; 369) along which the link follower is movably mounted, wherein the link follower includes a sliding link surface able to slide on the guide link surface (169; 369) or at least one guide rolling element, rotatably mounted and able to roll along the guide link surface (169; 369).
A light bar comprising: a plurality of light heads, each light head comprising: a heat sink, a circuit board in heat transfer communication with the heat sink, said circuit board having an electrically conductive pathway, a light emitting diode mounted directly in contact with the circuit board such that heat generated by the LED when energized is transferred to the circuit board, an optical concentrator mounted adjacent to the LED to capture light emitted by the LED when energized and to transmit the captured light; and a transparent housing enclosing the light heads; characterised in that said LED is a chip-on-board light emitting diode having an LED chip electrically connected to the electrically conductive pathway of the circuit board; said optical concentrator is a compound parabolic concentrator; and said light head further comprises an optical collector adjacent the optical concentrator 40 to receive and transmit light from the optical concentrator, and an optical collimator adjacent the optical collector to receive and transmit light from the optical collector, and a microcontroller electrically connected to each of the COB LEDs to energize each of the LED chips of the plurality of light heads so that the combined transmitted light from the plurality of light heads creates warning light signals when viewed by an observer remote from the light bar. a plurality of light heads, each light head comprising: a heat sink, a circuit board in heat transfer communication with the heat sink, said circuit board having an electrically conductive pathway, a light emitting diode mounted directly in contact with the circuit board such that heat generated by the LED when energized is transferred to the circuit board, an optical concentrator mounted adjacent to the LED to capture light emitted by the LED when energized and to transmit the captured light; and a heat sink, a circuit board in heat transfer communication with the heat sink, said circuit board having an electrically conductive pathway, a light emitting diode mounted directly in contact with the circuit board such that heat generated by the LED when energized is transferred to the circuit board, an optical concentrator mounted adjacent to the LED to capture light emitted by the LED when energized and to transmit the captured light; and a transparent housing enclosing the light heads; characterised in that said LED is a chip-on-board light emitting diode having an LED chip electrically connected to the electrically conductive pathway of the circuit board; said optical concentrator is a compound parabolic concentrator; and said light head further comprises an optical collector adjacent the optical concentrator 40 to receive and transmit light from the optical concentrator, and an optical collimator adjacent the optical collector to receive and transmit light from the optical collector, and a microcontroller electrically connected to each of the COB LEDs to energize each of the LED chips of the plurality of light heads so that the combined transmitted light from the plurality of light heads creates warning light signals when viewed by an observer remote from the light bar.
A barcode reader comprising: a controller module for converting a symbol into data; a communications module including a first interface adapted to communicate with a host device via a first connection for transmitting the data converted from the symbol, and a second interface, characterized by: a first communication link between the first interface and the host device and a second communication link between the second interface and an Internet Protocol network server computer; and in that the second interface is adapted to communicate with the server computer via a second connection for updating firmware of the barcode reader; the second interface is configured with an Internet Protocol address assigned to the barcode reader; the second communication link between the barcode reader and the Internet Protocol network server computer is wireless; and the first communication link between the barcode reader and the host device is either an RS-232 serial connection or a universal serial bus, USB, connection. a controller module for converting a symbol into data; a communications module including a first interface adapted to communicate with a host device via a first connection for transmitting the data converted from the symbol, and a second interface, characterized by: a first communication link between the first interface and the host device and a second communication link between the second interface and an Internet Protocol network server computer; and in that the second interface is adapted to communicate with the server computer via a second connection for updating firmware of the barcode reader; the second interface is configured with an Internet Protocol address assigned to the barcode reader; the second communication link between the barcode reader and the Internet Protocol network server computer is wireless; and the first communication link between the barcode reader and the host device is either an RS-232 serial connection or a universal serial bus, USB, connection. a first communication link between the first interface and the host device and a second communication link between the second interface and an Internet Protocol network server computer; and in that the second interface is adapted to communicate with the server computer via a second connection for updating firmware of the barcode reader; the second interface is configured with an Internet Protocol address assigned to the barcode reader; the second communication link between the barcode reader and the Internet Protocol network server computer is wireless; and the first communication link between the barcode reader and the host device is either an RS-232 serial connection or a universal serial bus, USB, connection.
A walking training apparatus comprising: a treadmill; a walking assistance apparatus configures to be mounted on the leg part of a user and assist the user's walking; a first pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and frontward; a second pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and rearward; and a control means for controlling pulling forces of the first pulling means and the second pulling means in an operating state of the treadmill configured to reduce a load applied to the leg part of the user on which the walking assistance apparatus is mounted; characterized in that a treadmill operation determination unit is configured to determine whether the treadmill is in an operating state or a non-operating state; the control means is configured to control, while the treadmill is not being operated, pulling forces of the first pulling means and the second pulling means so that the direction of a resultant pulling force, which is a resultant force of the pulling force of the first pulling means and the pulling force of the second pulling means, is directed upward and rearward. a treadmill; a walking assistance apparatus configures to be mounted on the leg part of a user and assist the user's walking; a first pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and frontward; a second pulling means for pulling at least one of the walking assistance apparatus and the leg part of the user on which, in use, the walking assistance apparatus is mounted upward and rearward; and a control means for controlling pulling forces of the first pulling means and the second pulling means in an operating state of the treadmill configured to reduce a load applied to the leg part of the user on which the walking assistance apparatus is mounted; characterized in that a treadmill operation determination unit is configured to determine whether the treadmill is in an operating state or a non-operating state; the control means is configured to control, while the treadmill is not being operated, pulling forces of the first pulling means and the second pulling means so that the direction of a resultant pulling force, which is a resultant force of the pulling force of the first pulling means and the pulling force of the second pulling means, is directed upward and rearward.
An internal combustion engine crankcase lubricating oil composition having a sulphated ash content of no greater than 1.2 mass%, based on the mass of the lubricating oil composition, and a phosphorous content of no greater than 1200ppm, based on the mass of the lubricating oil composition, which lubricating oil composition comprises or is made by admixing: a crankcase base oil of lubricating viscosity, in a major amount, which base oil comprises no more than 85 mass% Group IV base oil; and the following additives, in respective minor amounts: a polymeric friction modifier in an amount of at least 0.1 mass % on an active matter basis, based on the mass of the lubricating oil composition, the polymeric friction modifier being the reaction product of a. a functionalised polyolefin derived from a monoolefin having from 2 to 6 carbon atoms and wherein the functionalised polyolefin is functionalised with a diacid or anhydride functional group, b. a polyalkylene glycol, c. a polyol, and d. a monocarboxylic acid chain terminating group; and at least one oil-soluble molybdenum compound in an amount providing the lubricating oil composition with at least 10 ppm of molybdenum, based on the total mass of the lubricating oil composition. a crankcase base oil of lubricating viscosity, in a major amount, which base oil comprises no more than 85 mass% Group IV base oil; and the following additives, in respective minor amounts: a polymeric friction modifier in an amount of at least 0.1 mass % on an active matter basis, based on the mass of the lubricating oil composition, the polymeric friction modifier being the reaction product of a. a functionalised polyolefin derived from a monoolefin having from 2 to 6 carbon atoms and wherein the functionalised polyolefin is functionalised with a diacid or anhydride functional group, b. a polyalkylene glycol, c. a polyol, and d. a monocarboxylic acid chain terminating group; and at least one oil-soluble molybdenum compound in an amount providing the lubricating oil composition with at least 10 ppm of molybdenum, based on the total mass of the lubricating oil composition. a polymeric friction modifier in an amount of at least 0.1 mass % on an active matter basis, based on the mass of the lubricating oil composition, the polymeric friction modifier being the reaction product of a. a functionalised polyolefin derived from a monoolefin having from 2 to 6 carbon atoms and wherein the functionalised polyolefin is functionalised with a diacid or anhydride functional group, b. a polyalkylene glycol, c. a polyol, and d. a monocarboxylic acid chain terminating group; and a. a functionalised polyolefin derived from a monoolefin having from 2 to 6 carbon atoms and wherein the functionalised polyolefin is functionalised with a diacid or anhydride functional group, b. a polyalkylene glycol, c. a polyol, and d. a monocarboxylic acid chain terminating group; and at least one oil-soluble molybdenum compound in an amount providing the lubricating oil composition with at least 10 ppm of molybdenum, based on the total mass of the lubricating oil composition.
A lever switch for use on a steering wheel of a vehicle, comprising: a base; and an operation lever attached rotatably on the base, said operation lever having a main section having a first engaging section, a cover section having a second engaging section characterised by comprising a photoconductor disposed between the main section and the cover section, wherein the photoconductor is positioned on the main section and the cover section is overlaid on the main section, wherein the main section opposes to the cover section, and the first engaging section engages with the second engaging section to integrate the main section and the cover section, and wherein the operation lever is adapted to be obtained in an integrally assembled state only by placing the main section and the cover section face-to-face with the photoconductor held between the main section and the cover section and by slidingly moving the cover section and the main section relatively. a base; and an operation lever attached rotatably on the base, said operation lever having a main section having a first engaging section, a cover section having a second engaging section characterised by comprising a photoconductor disposed between the main section and the cover section, wherein the photoconductor is positioned on the main section and the cover section is overlaid on the main section, wherein the main section opposes to the cover section, and the first engaging section engages with the second engaging section to integrate the main section and the cover section, and wherein the operation lever is adapted to be obtained in an integrally assembled state only by placing the main section and the cover section face-to-face with the photoconductor held between the main section and the cover section and by slidingly moving the cover section and the main section relatively.