mhurhangee/patent-ind-claim-en huggingface dataset:
A laser-aided passive seeker comprising: a semi-active laser seeker having an imager configured to detect and decode laser-based energy and image ambient energy; said imager further configured to generate, at a first predetermined rate, a sequence of semi-active laser-based images containing a laser spot illuminating a target ; the imager further configured to generate, at a second predetermined rate being an integer subdivision of the first predetermined rate, a sequence of passive ambient-energy images containing said target without said laser spot; a laser-aided passive tracker configured to receive said sequence of semi-active laser-based images at said first predetermined rate; said laser-aided passive tracker further configured to receive said sequence of passive ambient-energy images at said second predetermined rate; said laser-aided passive tracker further configured to process a pair of images, said pair comprising one of said sequence of passive ambient-energy images and one of said sequence of semi-active laser-based images received within a predetermined time of the one of said sequence of passive ambient-energy images, in order to map laser spot coordinates of the laser spot of the one of the sequence of semi-active laser-based images to the one of the sequence of passive ambient-energy images; and said laser-aided passive tracker further configured to use the laser spot coordinates to track said laser spot coordinates on all of the passive ambient-energy images until the next semi-active image is captured. a semi-active laser seeker having an imager configured to detect and decode laser-based energy and image ambient energy; said imager further configured to generate, at a first predetermined rate, a sequence of semi-active laser-based images containing a laser spot illuminating a target ; the imager further configured to generate, at a second predetermined rate being an integer subdivision of the first predetermined rate, a sequence of passive ambient-energy images containing said target without said laser spot; a laser-aided passive tracker configured to receive said sequence of semi-active laser-based images at said first predetermined rate; said laser-aided passive tracker further configured to receive said sequence of passive ambient-energy images at said second predetermined rate; said laser-aided passive tracker further configured to process a pair of images, said pair comprising one of said sequence of passive ambient-energy images and one of said sequence of semi-active laser-based images received within a predetermined time of the one of said sequence of passive ambient-energy images, in order to map laser spot coordinates of the laser spot of the one of the sequence of semi-active laser-based images to the one of the sequence of passive ambient-energy images; and said laser-aided passive tracker further configured to use the laser spot coordinates to track said laser spot coordinates on all of the passive ambient-energy images until the next semi-active image is captured.
Packaging for an object , comprising at least one lower part , which is formed from a base plate , along the periphery of which at least one lateral support element running circumferentially at least in sections projects for clamping and delimiting a cavity of the lower part for holding the object , and wherein at least one spring element is formed in the base plate for a cushioned storage of the object ; and wherein the entire lower part is made of waste-paper-fibre casting material; characterized in that an upper part is provided which is preferably identical to the lower part with at least one lateral support element circumferential at least in sections for placing on the lower part with at least one lateral support element pointing downwards; that in the upper part , a plurality of the lateral tooth-shaped support elements are arranged alternately with tooth gaps , preferably symmetrically and equidistantly distributed along the periphery of the base plate ; and that the upper part is placed on the lower part in such a way that a tooth-shaped support element of the upper part engages into a tooth gap between two adjacent support elements of the lower part . wherein the entire lower part is made of waste-paper-fibre casting material; characterized in that an upper part is provided which is preferably identical to the lower part with at least one lateral support element circumferential at least in sections for placing on the lower part with at least one lateral support element pointing downwards; that in the upper part , a plurality of the lateral tooth-shaped support elements are arranged alternately with tooth gaps , preferably symmetrically and equidistantly distributed along the periphery of the base plate ; and that the upper part is placed on the lower part in such a way that a tooth-shaped support element of the upper part engages into a tooth gap between two adjacent support elements of the lower part .
An electrical connector assembly , comprising: a plurality of terminal modules , each configured to contain one or more electrical terminals connected to one or more electrical cables ; an inner module frame in which the plurality of terminal modules is secured; and a female outer housing having a plurality of cantilevered locking arms with primary surfaces and secondary surfaces on inner sides of the locking arms configured to secure the inner module frame to the female outer housing , wherein latch surfaces of the inner module frame engage the primary surfaces when the inner module frame is inserted within the female outer housing , wherein the female outer housing is configured to receive a header having side walls surrounding a plurality of mating electrical terminals , wherein the locking arms define ramp features on outer sides of the locking arms configured to push the locking arms inwardly when the side walls contact the ramp features of the locking arms as the header is inserted within the outer housing , thereby engaging the secondary surfaces with the latch surfaces . a plurality of terminal modules , each configured to contain one or more electrical terminals connected to one or more electrical cables ; an inner module frame in which the plurality of terminal modules is secured; and a female outer housing having a plurality of cantilevered locking arms with primary surfaces and secondary surfaces on inner sides of the locking arms configured to secure the inner module frame to the female outer housing , wherein latch surfaces of the inner module frame engage the primary surfaces when the inner module frame is inserted within the female outer housing , wherein the female outer housing is configured to receive a header having side walls surrounding a plurality of mating electrical terminals , wherein the locking arms define ramp features on outer sides of the locking arms configured to push the locking arms inwardly when the side walls contact the ramp features of the locking arms as the header is inserted within the outer housing , thereby engaging the secondary surfaces with the latch surfaces .
Induction generator (200; 301), comprising a magnet arrangement (204; 304) for generating a permanent magnetic field, an annular coil (206; 306), a spring element (228; 328) and an air duct (212; 312) through which the permanent magnetic field passes, wherein the magnet arrangement (204; 304) comprises a first pole section (208; 308), a second pole section (210; 310) and a magnet (214; 314) which is arranged between the first pole section (208; 308) and the second pole section (210; 310), the coil (206; 306) is connected to the spring element (228; 328) and is arranged in a movable manner in the air duct (212; 312) and the spring element (228; 328) is designed to effect, in response to a deflection of the coil (206; 306), an oscillation movement of the coil (206; 306) in the air duct (212; 312) transversely to a magnetic flux (222; 322) of the permanent magnetic field within the air duct (212; 312), wherein the air duct (212; 312) has a ring shape and is designed to fully receive the annular coil (206; 306), characterized in that the spring element (228; 328) forms an electrical conductor for making electrical contact with the coil (206; 306).
An electrified rail, for the electrification of metal shelving units provided with electronic peripherals, the rail comprising a body of electrically insulating plastic material, provided on a side with longitudinal slots distanced to each other, in every one of which a wire or strand of electrically conducting metal is surrounded for more than 180° of a cross section by the internal walls of the respective slot , to be friction-held therein, the remaining section of the same wire being reachable by an electric contact useful to connect the wire to an electronic device, configured to be fixed to said body of the rail, wherein the body of the rail is formed in a monolithic way of polycarbonate (PC) or polyphenylene oxide (PPO) and/or other resins having high electric insulation, high heat resistance and self-extinguishing, and wherein said slots containing electric wires are such and are disposed in such a way that, if after an extrusion step the still hot rail is transversally flexed, slots themselves outwardly open to ease the insertion of electric wires, characterized in that the slots are provided with longitudinal middle grooves configured to allow a transversal elastic deformation of the rail itself during its manufacturing, each groove having a width inferior to the width (D) of the outward opening mouth of the corresponding slot , said slots being positioned one beside the other, and after the surrounding and holding of the wires disposed therein, the slots are open on a visible planar side of the rail body with longitudinal mouths having a width (D) inferior to the diameter of wires ; each slot having a depth perpendicular to said visible side and sufficient to enable the corresponding wire to be disposed in the slot , the wires being held in the slots by the toughness and structural non-deformability of the material forming the monolithic body of the rail, wherein the body of the rail is provided with longitudinal grooves , provided on an opposite side of the body on which the longitudinal slots are located, in an offset symmetrical position with respect to the longitudinal middle grooves , and adapted to allow transversal deformation of the rail during its production.
Method for producing at least one hollow valve for gas exchange, in particular for internal combustion engines, wherein a) a bore is introduced into a valve shaft and into a valve head , b) the depth (t) of the bore is measured and the at least one hollow valve is washed at least once, c) the at least one hollow valve is provided in a holding device , d) the holding device together with the hollow valve is oriented with respect to an associated electrode , e) the associated electrode is moved in relation to the hollow valve and is inserted into the bore of the hollow valve, f) the bore is processed by means of ECM processes, in particular enlarged in the region of the valve head , g) the associated electrode is removed from the hollow valve , h) the at least one hollow valve is rinsed and/or preserved, i) a measurement of the remaining wall thickness (w) of a valve bottom is performed. a) a bore is introduced into a valve shaft and into a valve head , b) the depth (t) of the bore is measured and the at least one hollow valve is washed at least once, c) the at least one hollow valve is provided in a holding device , d) the holding device together with the hollow valve is oriented with respect to an associated electrode , e) the associated electrode is moved in relation to the hollow valve and is inserted into the bore of the hollow valve, f) the bore is processed by means of ECM processes, in particular enlarged in the region of the valve head , g) the associated electrode is removed from the hollow valve , h) the at least one hollow valve is rinsed and/or preserved, i) a measurement of the remaining wall thickness (w) of a valve bottom is performed.
A proportionally controlled pinch valve , comprising: (a) a drive unit in operative communication with a pinch head that is structured and sized to accommodate flexible tubing when fluid flows therethrough, the drive unit controlling movement of the pinch head along an operational path between an open position and a closed position; (b) a position sensor that is in operative communication with the drive unit and that detects positioning of the drive unit, (c) a control module having a pre-set or tuned program, the control module being in operative communication with the position sensor , the program of the control module and data from the position sensor combine to control the operational path of the drive unit to provide linear increase or decrease in flow through the flexible tubing throughout the operational path of the drive unit and/or linear increase or decrease in pressure at the flexible tubing throughout the operational path of the drive unit; and (d) the pinch valve is proportional in that the operational path of the drive unit follows a curve such that the pinch head movement results in the linear increase or decrease in flow through the tubing at the pinch head and/or linear increase or decrease in pressure through the tubing at the pinch head . (a) a drive unit in operative communication with a pinch head that is structured and sized to accommodate flexible tubing when fluid flows therethrough, the drive unit controlling movement of the pinch head along an operational path between an open position and a closed position; (b) a position sensor that is in operative communication with the drive unit and that detects positioning of the drive unit, (c) a control module having a pre-set or tuned program, the control module being in operative communication with the position sensor , the program of the control module and data from the position sensor combine to control the operational path of the drive unit to provide linear increase or decrease in flow through the flexible tubing throughout the operational path of the drive unit and/or linear increase or decrease in pressure at the flexible tubing throughout the operational path of the drive unit; and (d) the pinch valve is proportional in that the operational path of the drive unit follows a curve such that the pinch head movement results in the linear increase or decrease in flow through the tubing at the pinch head and/or linear increase or decrease in pressure through the tubing at the pinch head .
A test strip for microorganism detection, comprising: a porous substrate, a surface of which has a first color; and a microorganism detection composition which is at least adhered to a part of a surface of the porous substrate or at least adhered to a part of a surface of the porous substrate and a part of an interior of the porous substrate, comprising: a plurality of colored particles having a second color that is different than the first color; and a plurality of specific peptides immobilized on the surfaces of the plurality of colored particles, in which the plurality of specific peptides connect the plurality of colored particles to each other to make the plurality of colored particles aggregate to cover the part of the surface of the porous substrate and present the second color on the part of the surface of the porous substrate, wherein the specific peptide is designed for a specific microorganism, and the specific microorganism has an ability to cleave the specific peptide. a porous substrate, a surface of which has a first color; and a microorganism detection composition which is at least adhered to a part of a surface of the porous substrate or at least adhered to a part of a surface of the porous substrate and a part of an interior of the porous substrate, comprising: a plurality of colored particles having a second color that is different than the first color; and a plurality of specific peptides immobilized on the surfaces of the plurality of colored particles, in which the plurality of specific peptides connect the plurality of colored particles to each other to make the plurality of colored particles aggregate to cover the part of the surface of the porous substrate and present the second color on the part of the surface of the porous substrate, a plurality of colored particles having a second color that is different than the first color; and a plurality of specific peptides immobilized on the surfaces of the plurality of colored particles, in which the plurality of specific peptides connect the plurality of colored particles to each other to make the plurality of colored particles aggregate to cover the part of the surface of the porous substrate and present the second color on the part of the surface of the porous substrate,
A carrier for holding a plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the carrier comprising: a plurality of panels comprising a front central panel , a back central panel , a front attachment panel (23 la) foldably connected to the front central panel , and a back attachment panel foldably connected to the back central panel , each attachment panel for receiving a portion of one or more containers (CA1, CA2, CA3, CB1, CB2, CB3) of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the front central panel in at least partial face-to-face contact with the back central panel , each central panel comprises a respective glue opening , the respective glue openings are longitudinally offset with respect to each other, glue is applied to each central panel and positioned to be received in a respective glue opening, and each central panel is for being positioned between adjacent containers (CA1, CA2, CA3, CB1, CB2, CB3) of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each attachment panel is positionable between a first position, in which each attachment panel overlies and receives a portion of one or more of the containers (CA1, CA2, CA3, CB1, CB2, CB3), and a second position, in which each attachment panel is folded relative to the front central panel and the back central panel and in an upright position to form a handle for carrying the carrier . a plurality of panels comprising a front central panel , a back central panel , a front attachment panel (23 la) foldably connected to the front central panel , and a back attachment panel foldably connected to the back central panel , each attachment panel for receiving a portion of one or more containers (CA1, CA2, CA3, CB1, CB2, CB3) of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), the front central panel in at least partial face-to-face contact with the back central panel , each central panel comprises a respective glue opening , the respective glue openings are longitudinally offset with respect to each other, glue is applied to each central panel and positioned to be received in a respective glue opening, and each central panel is for being positioned between adjacent containers (CA1, CA2, CA3, CB1, CB2, CB3) of the plurality of containers (CA1, CA2, CA3, CB1, CB2, CB3), each attachment panel is positionable between a first position, in which each attachment panel overlies and receives a portion of one or more of the containers (CA1, CA2, CA3, CB1, CB2, CB3), and a second position, in which each attachment panel is folded relative to the front central panel and the back central panel and in an upright position to form a handle for carrying the carrier .
A cosmetic composition comprising: (a) a compound selected from the group consisting of: and or a hydrate or cosmetically acceptable salt thereof, (b) a cosmetically acceptable vehicle, diluent or carrier, and (c) one or more ingredients selected from the group consisting of perfumes, estrogen, vitamin A, vitamin C, vitamin E, pyruvic acid, lactic acid, glycolic acid, lanolin, vaseline, aloe vera, methyl paraben, propyl paraben, and pigments. (a) a compound selected from the group consisting of: and or a hydrate or cosmetically acceptable salt thereof, (b) a cosmetically acceptable vehicle, diluent or carrier, and (c) one or more ingredients selected from the group consisting of perfumes, estrogen, vitamin A, vitamin C, vitamin E, pyruvic acid, lactic acid, glycolic acid, lanolin, vaseline, aloe vera, methyl paraben, propyl paraben, and pigments.
A system for managing grey water within an aircraft, the system comprising: a treatment assembly for treating grey water drained from a faucet of a lavatory or a galley sink of the aircraft; a pump for routing the treated grey water; an electrolysis unit for separating the treated grey water into oxygen gas and hydrogen gas; a fuel cell for converting the oxygen gas and the hydrogen gas into electrical energy and heat; and a treated water reservoir for collecting at least a portion of the treated grey water, wherein the system is configured to route the treated grey water to the electrolysis unit and the treated water reservoir , and wherein 2. the system is configured such that treated grey water is directed into the electrolysis unit only when the fuel cell needs input. a treatment assembly for treating grey water drained from a faucet of a lavatory or a galley sink of the aircraft; a pump for routing the treated grey water; an electrolysis unit for separating the treated grey water into oxygen gas and hydrogen gas; a fuel cell for converting the oxygen gas and the hydrogen gas into electrical energy and heat; and a treated water reservoir for collecting at least a portion of the treated grey water, wherein the system is configured to route the treated grey water to the electrolysis unit and the treated water reservoir , and wherein 2. the system is configured such that treated grey water is directed into the electrolysis unit only when the fuel cell needs input.