mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic regulation system for a gas turbine , configured to regulate a set of functions associated with logic input data or originating from sensors and associated with output data in particular for an actuator, said system comprising: - a primary electronic regulation unit , configured to process the entire set of functions, - a secondary electronic regulation unit , - a selection and switching module for selecting and switching either of the primary and secondary units for the regulation of the gas turbine according to an operating state of said primary unit , characterized in that the electronic regulation system is asymmetrical, the secondary electronic regulation unit , partially redundant with the primary unit , is configured to process only one strict subset of sufficient functions to maintain in operation or start the gas turbine according to an acceptable degraded mode when the primary unit is in default. - a primary electronic regulation unit , configured to process the entire set of functions, - a secondary electronic regulation unit , - a selection and switching module for selecting and switching either of the primary and secondary units for the regulation of the gas turbine according to an operating state of said primary unit ,
A vehicle operation device comprising: a touch operation panel; a first display that is arranged farther from a driver's seat than the touch operation panel and that displays a plurality of information items; a second display that is arranged closer to the driver's seat than the first display and that is arranged near the touch operation panel; and a processing device that, in response to a predetermined selection operation on the touch operation panel performed by a user, erases a display of one information item, selected from the plurality of information items displayed on the first display , from a screen on the first display and that displays an operation screen, corresponding to the selected information item, on the second display, wherein an initial screen displayed on the second display includes a display of a plurality of launcher items (L A , L B , L C , L D , L E ) arranged corresponding to the plurality of information items (I A , I B , I C , I D , I E ) displayed on the first display , the predetermined selection operation being an operation in which the user selects one desired launcher item from the plurality of launcher items on the second display; and in response to a scroll operation on the touch operation panel performed by the user with the initial screen displayed on the second display, the processing device scrolls the initial screen of the second display and, in synchronization with the scroll of the initial screen of the second display, scrolls the screen on the first display . a touch operation panel; a first display that is arranged farther from a driver's seat than the touch operation panel and that displays a plurality of information items; a second display that is arranged closer to the driver's seat than the first display and that is arranged near the touch operation panel; and a processing device that, in response to a predetermined selection operation on the touch operation panel performed by a user, erases a display of one information item, selected from the plurality of information items displayed on the first display , from a screen on the first display and that displays an operation screen, corresponding to the selected information item, on the second display, wherein an initial screen displayed on the second display includes a display of a plurality of launcher items (L A , L B , L C , L D , L E ) arranged corresponding to the plurality of information items (I A , I B , I C , I D , I E ) displayed on the first display , the predetermined selection operation being an operation in which the user selects one desired launcher item from the plurality of launcher items on the second display; and in response to a scroll operation on the touch operation panel performed by the user with the initial screen displayed on the second display, the processing device scrolls the initial screen of the second display and, in synchronization with the scroll of the initial screen of the second display, scrolls the screen on the first display .
WC-deodorizing device comprising - a fastening device for a spray container on an outer side (A) of a WC bowl , - a tube system which can be connected to an actuating element of a spray container and leads over the rim (R) of the WC bowl into the bowl interior (I), wherein - the WC-deodorizing device has an ergonomically shaped grip element , wherein the grip element has a central receiving opening for an actuating element and two contact surfaces for the fingers arranged laterally of the central receiving opening, - the grip element comprises a connecting means for connection to the spray container , - the tube system comprises a flexible tube which leads between the toilet seat and the upper rim (R) of the WC bowl into the interior (I) of the WC bowl - the flexible tube is connected at its first end to the actuating element at the level of a dispensing opening of the spray container and has an outlet opening at its second end , - the WC deodorizing device further comprises a positioning element which is attached to a second end of the tube and is positioned inside the bowl (I) of the WC bowl , - the positioning element contains a counterweight , preferably on its underside - the tube opens with its second end into the positioning element and the outlet opening is preferably arranged in the region of the positioning element , characterized in that - the fastening device is multi-part, at least two-part, and has two magnets , a first magnet being fastened to or in the grip element and a second magnet cooperating therewith being fastened to the outside (A) of the WC bowl. - a fastening device for a spray container on an outer side (A) of a WC bowl , - a tube system which can be connected to an actuating element of a spray container and leads over the rim (R) of the WC bowl into the bowl interior (I), wherein - the WC-deodorizing device has an ergonomically shaped grip element , wherein the grip element has a central receiving opening for an actuating element and two contact surfaces for the fingers arranged laterally of the central receiving opening, - the grip element comprises a connecting means for connection to the spray container , - the tube system comprises a flexible tube which leads between the toilet seat and the upper rim (R) of the WC bowl into the interior (I) of the WC bowl - the flexible tube is connected at its first end to the actuating element at the level of a dispensing opening of the spray container and has an outlet opening at its second end , - the WC deodorizing device further comprises a positioning element which is attached to a second end of the tube and is positioned inside the bowl (I) of the WC bowl , - the positioning element contains a counterweight , preferably on its underside - the tube opens with its second end into the positioning element and the outlet opening is preferably arranged in the region of the positioning element , characterized in that - the fastening device is multi-part, at least two-part, and has two magnets , a first magnet being fastened to or in the grip element and a second magnet cooperating therewith being fastened to the outside (A) of the WC bowl.
An integrated rain and solar radiation sensing module comprising: at least two light emitting elements (12a-12d); a plurality of input lenses (16a-16d), wherein the light emitting elements (12a-12d) and the input lenses (16a-16d) are arranged such that each input lens (12a-12d) is positioned to receive and collimate portions of light beams (24a-24d) emitted by two nearest adjacent light emitting elements (12a-12d) and each of the light beams (24a-24d) of the emitting elements (12a-12d) is intercepted by two of the input lenses (16a-16d); a plurality of output lenses (18a 1, 2 - d 1, 2 ) numbering at least twice as many as the plurality of input lenses (16a-16d), wherein each output lens (18a 1, 2 - d 1, 2 ) is configured to receive and focus light that is collimated by at least one of the plurality of input lenses (16a-16d) and reflected off of a transparent substrate ; and a plurality of light receiving elements (14a-14d), wherein each light receiving element (14a-14d) is configured to receive focused light from at least one of the output lenses (16a-16d) and to convert the received light into an electrical output signal proportional to the received light, wherein the light receiving elements (14a-14d) are further positioned and configured such that they can receive solar radiation that falls on and pass through the transparent substrate and produce an electrical output proportional to the received solar radiation. at least two light emitting elements (12a-12d); a plurality of input lenses (16a-16d), wherein the light emitting elements (12a-12d) and the input lenses (16a-16d) are arranged such that each input lens (12a-12d) is positioned to receive and collimate portions of light beams (24a-24d) emitted by two nearest adjacent light emitting elements (12a-12d) and each of the light beams (24a-24d) of the emitting elements (12a-12d) is intercepted by two of the input lenses (16a-16d); a plurality of output lenses (18a 1, 2 - d 1, 2 ) numbering at least twice as many as the plurality of input lenses (16a-16d), wherein each output lens (18a 1, 2 - d 1, 2 ) is configured to receive and focus light that is collimated by at least one of the plurality of input lenses (16a-16d) and reflected off of a transparent substrate ; and a plurality of light receiving elements (14a-14d), wherein each light receiving element (14a-14d) is configured to receive focused light from at least one of the output lenses (16a-16d) and to convert the received light into an electrical output signal proportional to the received light, wherein the light receiving elements (14a-14d) are further positioned and configured such that they can receive solar radiation that falls on and pass through the transparent substrate and produce an electrical output proportional to the received solar radiation.
Revolving multilevel tubular magazine comprising a plurality of tool holder levels and tool holder rows , in the interior of which magazine a plurality of work spindles , one per tool holder level , are mounted in a dimensionally stable central block that is arranged in a stationary manner on the machine tool side, - wherein the central block rollingly and/or slidingly bears a single- or multipart magazine tube carrier , which can be shifted in a driven manner transversely to the centre line of the central block, - wherein the single- or multipart magazine tube carrier rollingly or slidingly bears a magazine tube body that comprises a plurality of tool holder levels and tool holder rows and that can be rotated in a driven manner about the central block , - wherein the magazine tube body comprises one storage cover per tool holder row for magazining a plurality of tool holders , the number of which at most corresponds to the number of tool holder levels , - wherein the storage cover can be positioned in a work position with the tool holders required for machining workpieces in front of the front end faces of the work spindles both in the direction of revolution of the magazine tube body and in the shifting direction of the magazine tube carrier , - wherein the storage cover can be secured in the work position on the central block by means of a storage cover clamping system and - wherein the work spindles are arranged one next to the other and the centre lines thereof are oriented in parallel with the shifting direction of the magazine tube carrier . - wherein the central block rollingly and/or slidingly bears a single- or multipart magazine tube carrier , which can be shifted in a driven manner transversely to the centre line of the central block, - wherein the single- or multipart magazine tube carrier rollingly or slidingly bears a magazine tube body that comprises a plurality of tool holder levels and tool holder rows and that can be rotated in a driven manner about the central block , - wherein the magazine tube body comprises one storage cover per tool holder row for magazining a plurality of tool holders , the number of which at most corresponds to the number of tool holder levels , - wherein the storage cover can be positioned in a work position with the tool holders required for machining workpieces in front of the front end faces of the work spindles both in the direction of revolution of the magazine tube body and in the shifting direction of the magazine tube carrier , - wherein the storage cover can be secured in the work position on the central block by means of a storage cover clamping system and - wherein the work spindles are arranged one next to the other and the centre lines thereof are oriented in parallel with the shifting direction of the magazine tube carrier .
An apparatus for preparing food, comprising: - a food preparation chamber ; - an air movement device ; - a heating device ; and - air guiding means ; wherein the food preparation chamber is provided by a container structure at least partly enclosing a receiving volume for receiving food to be prepared; wherein the container structure comprises sidewalls , a bottom wall and an upper surface, wherein the bottom wall and/or one of the side walls is air-permeable providing an air entry opening for entering of air into the receiving volume, and wherein the container structure comprises an air discharge opening at the upper surface; wherein the air movement device is a fan with an air inlet and an air outlet ; wherein the fan is provided sidewards of the food preparation chamber; and wherein the heating device is configured to heat air of an air flow provided by the air movement device; characterized in that the air guiding means provide an air duct arrangement from the discharge opening via the heating device and the air movement device to the air entry opening; in that the heating device is sidewards of, or above, the food preparation chamber; and in that , during operation of the apparatus, the food is prepared by a through-streaming of hot air, i.e. through delivery of heat to the food by hot air, provided by the air movement device and the heating device. - a food preparation chamber ; - an air movement device ; - a heating device ; and - air guiding means ;
A fixing piece, for fixing a panel on a profile , the fixing piece (30; 130; 230; 330; 430; 530) comprising a flat plate (32; 132; 232; 332; 432; 532) having a front edge (32A; 132A; 232A; 332A; 432A; 532A) and a rear edge (32B; 132B; 232B; 332B; 432B; 532B) which are opposite in a front-rear direction A-A, the front edge bearing a flap (34; 134; 234; 334; 434; 534) which extends above the plate so that an insertion slot (35; 135; 335; 535) is defined between the flap and the plate, and the rear edge carrying a stop flange (36; 136; 236; 336; 436; 536) which extends upwards, characterized in that the fixing piece further has at least one right hook (38D; 138D; 238D; 338D) and a left hook (38G; 138G; 238G; 338G) which extend downwards from the plate while being spaced apart from one another in a right-left direction D-G, the right hook and the left hook each having at least one hooking edge (39D, 139D, 239D; 39G, 139G, 239G), the hooking edges of the right hook and the left hook being configured to hook on two distinct surfaces.
A waterproof rotor drive unit structure, comprising: a driveshaft having a front end configured to be fixed to a rotor for winding a fishing line onto a spool of a spinning reel , the driveshaft configured to rotate the rotor ; a housing unit supporting the driveshaft so as to be rotatable around a rotational axis of the driveshaft, having an opening into which the driveshaft is inserted, and housing a rear end of the driveshaft and a one-way clutch configured to transmit rotational torque of the driveshaft only in one direction; a labyrinth structure formed by a first annular projection , a second annular projection and an axial gap (d1); the first annular projection disposed on an outer periphery of a rotor-facing surface of the housing unit, the first annular projection being configured to be faced to the rotor in an axial direction parallel to the rotational axis and protrude toward the rotor in the axial direction entirely around the rotational axis; and the second annular projection configured to rotate together with the driveshaft, the second annular projection on an inner peripheral wall of the rotor that faces the housing unit in the axial direction at a first distance (d3) from the first annular projection in a radial direction, and protruding toward the housing unit in the axial direction entirely around the rotational axis, the axial gap (d1) between a distal end of the first annular projection and the inner peripheral wall being less than or equal to an axial direction dimension (H1, H2) of the second annular projection . a driveshaft having a front end configured to be fixed to a rotor for winding a fishing line onto a spool of a spinning reel , the driveshaft configured to rotate the rotor ; a housing unit supporting the driveshaft so as to be rotatable around a rotational axis of the driveshaft, having an opening into which the driveshaft is inserted, and housing a rear end of the driveshaft and a one-way clutch configured to transmit rotational torque of the driveshaft only in one direction; a labyrinth structure formed by a first annular projection , a second annular projection and an axial gap (d1); the first annular projection disposed on an outer periphery of a rotor-facing surface of the housing unit, the first annular projection being configured to be faced to the rotor in an axial direction parallel to the rotational axis and protrude toward the rotor in the axial direction entirely around the rotational axis; and the second annular projection configured to rotate together with the driveshaft, the second annular projection on an inner peripheral wall of the rotor that faces the housing unit in the axial direction at a first distance (d3) from the first annular projection in a radial direction, and protruding toward the housing unit in the axial direction entirely around the rotational axis, the axial gap (d1) between a distal end of the first annular projection and the inner peripheral wall being less than or equal to an axial direction dimension (H1, H2) of the second annular projection .
An optical system comprising: a first filter adapted to reflect light emitted from a light-emitting diode to illuminate a fluorescent body, and further adapted to transmit light emitted from the fluorescent body; a second filter adapted to separate light transmitted by the first filter into signal band light and reference band light; characterized in that the system further comprises: a plastic connector comprising two integral rod lenses and two pairs of inclined slots to fix said first and second filters or a plastic connector comprising three integral lenses and a pair of inclined glass surfaces upon which said first and second filters are mounted. a first filter adapted to reflect light emitted from a light-emitting diode to illuminate a fluorescent body, and further adapted to transmit light emitted from the fluorescent body; a second filter adapted to separate light transmitted by the first filter into signal band light and reference band light; characterized in that the system further comprises: a plastic connector comprising two integral rod lenses and two pairs of inclined slots to fix said first and second filters or a plastic connector comprising three integral lenses and a pair of inclined glass surfaces upon which said first and second filters are mounted.
Apparatus for the manual or automatic production of a tube-like packaging material from a paper strip wound up to a roll , the paper strip defining a roll longitudinal axis (L1, L2) and forming an inner hollow space, from which the paper strip is drawable for forming the packaging material, comprising: a guiding chute with an opening for ejecting the packaging material from a roll arranged in an ejection position, wherein the guiding chute has an inner contour narrowing in an ejection direction (A) towards the opening ; and a primary seating for at least partly circumferentially gripping a first roll and for holding the first roll in the ejection position; characterized in that the apparatus comprises at least one secondary seating for receiving at least one second roll for reloading the apparatus, and in that the secondary seating with the second roll is movable between a passive position, in which the second roll is outside the ejection position, and an active position, in which the second roll is arranged in the ejection position or is shiftable from the secondary seating into the primary seating preferably exclusively under the impact of gravity. a guiding chute with an opening for ejecting the packaging material from a roll arranged in an ejection position, wherein the guiding chute has an inner contour narrowing in an ejection direction (A) towards the opening ; and a primary seating for at least partly circumferentially gripping a first roll and for holding the first roll in the ejection position; characterized in that the apparatus comprises at least one secondary seating for receiving at least one second roll for reloading the apparatus, and in that the secondary seating with the second roll is movable between a passive position, in which the second roll is outside the ejection position, and an active position, in which the second roll is arranged in the ejection position or is shiftable from the secondary seating into the primary seating preferably exclusively under the impact of gravity.
An Fc region dimer comprising an antigen-binding site and an FcyR-binding site, wherein the Fc region dimer does not bind to said antigen and said FcyR at the same time, wherein the Fc regions of the Fc region dimer are human IgG1 Fc regions, wherein the Fc region dimer is a heterodimer consisting of two Fc regions (first Fc region and second Fc region) differing in their amino acid sequences, wherein the antigen-binding site is a site obtained by introduction of a peptide of 3 to 9 amino acids having binding activity against the antigen in a location selected from EU numbering positions 231 to 239, EU numbering positions 265 to 271, EU numbering positions 295 to 300, and EU numbering positions 324 to 337 in the CH2 domain on the first Fc region, and wherein the FcyR-binding site is a site with at least one substituted amino acid selected from EU numbering positions 234 to 239, 265 to 271, 295, 296, 298, 300, 324, and 325 to 337 in the CH2 domain of the second Fc region.