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    • 14. 发明专利
    • Improvements in and relating to Vapourizers for Internal Combustion Engines.
    • GB190509506A
    • 1906-03-29
    • GB190509506D
    • 1905-05-05
    • GARDNER THOMAS HARRYGARDNER EDWARD
    • GARDNER THOMAS HARRYGARDNER EDWARD
    • 9506. Gardner, T. H., and Gardner, E. May 5. Gas or explosive-vapour engines, vaporizers for. In order to avoid the danger of naked flames, a vaporizer of peculiar construction is heated by a special enclosed burner at starting and afterwards by the heat of the exhaust. The vaporizer b is similar to that described in Specification No. 14,327, A.D. 1902. It comprises a chamber e g in the casing of the admission valve h which is supplied by a pipe f and heated by a jacket or a hollow lug k, to which hot gases are supplied by a pipe o. The enclosed burner comprises an oil nozzle supplied by a float chamber, and an air nozzle contained in a chamber p which may be closed by valve r. The gases are ignited by a sparking-plug u and the flame burns in a tube y which projects into the pipe o. The flame is regulated by adjusting the air supply. A modified form of burner is described which is protected when not in use by a vertically-sliding cap. Additional air may be supplied to the valve-box g, and air from around the engine, laden with combustible vapour may be admitted through gauze and burnt. The cylinders discharge into an exhaust chamber, provided with cocks by which the exhaust gases may be directed in either direction through the pipe o, after the valve r has closed the chamber p.
    • 16. 发明专利
    • Improvements in Electric Ignition Devices for Internal Explosion Engines.
    • GB190013021A
    • 1901-07-19
    • GB190013021D
    • 1900-07-19
    • GARDNER EDWARDGARDNER THOMAS HARRYGARDNER LAWRENCE
    • GARDNER EDWARDGARDNER THOMAS HARRYGARDNER LAWRENCE
    • 13,021. Gardner, E., Gardner, T. H., and Gardner, L. July 19. Gas and like engines, igniting in. In engines, such as that described in Specification No. 18,210, A.D. 1897, an electric igniting-device, such as that shown in Figs. 3 and 4, is used. Within the ignition chamber 3, Fig. 4, are two electrodes 1, 2, the former being a spindle fixed in the wall of the chamber, and the latter a crank-pin on a rotary shaft 4. Mounted on the shaft 4, outside the chamber, is a crank-plate 5, having a pin 6 on which is pivoted an inertia lever 7, the upper end of which is connected by a spring 8 to a pin 9 on the lever plate, or to the frame. Normally the electrode 2 is pressed by gravity, or by the action of the spring 8, against an adjustable stop, away from the electrode 1. It is caused to make contact with the latter by means of a rock-lever 11, actuated by one of the engine eccentrics, and having an arm 12 which trips the inertia lever 7, bringing the electrode 2 again away from the electrode 1 to break the circuit, and cause the ignition, when the arm 12 escapes from the lever 7, as shown in Fig. 3. To prevent premature sparking, external electrodes, forming part of the same circuit, are caused to make contact only just before the circuit is broken by the electrodes 1, 2. This arrangement is also intended to reduce the amount of current absorbed at each ignition. In a modification described in the Provisional Specification, the electrodes 1, 2 are normally in contact.
    • 20. 发明专利
    • Improvements relating to Electric Ignition Devices for Internal Combustion Engines.
    • GB190609792A
    • 1907-02-21
    • GB190609792D
    • 1906-04-26
    • GARDNER THOMAS HARRYGARDNER EDWARD
    • GARDNER THOMAS HARRYGARDNER EDWARD
    • 9792. Gardner, T. H., and Gardner, E. April 26. Gas and like engines, igniting in. In electric ignition devices for internal - combustion engines, the speed of the magneto or generator is varied by a clutch arrangement, while further means are provided to alter the time of ignition. On the armature shaft a are mounted two spur - wheels b, c adapted to engage with two spur - wheels d, f respectively. The latter wheels are mounted free to rotate on a countershaft e, which also carries loosely a clutch j, having two spring-pressed pawls m, i arranged to gear with teeth on the wheels d, f. By means of the throw-over lever q, the clutch rotates with either of the wheels d, f, thus, by reason of the difference in the sizes of the four wheels b, c, d, f, giving to the magneto the desired variation in speed, between starting and continuous running. The clutch receives its rotary motion by the engagement of a spur - wheel o, formed on the clutch, with a wheel p mounted loosely on the engine shaft v, this wheel also driving the cam shaft for the operation of the electrodes or commutator shaft. On an extension to the wheel p is formed a helical tooth u ; a spring- pressed pawl x, Fig. 2, carried on a feather-keyed disk w driven from the engine drives the wheel p, and by sliding the disk w along the shaft the timing of ignition may be altered. If the engine is reversed, owing to this pawl connexion reverse rotation of the cam shaft is obviated. The pawl may be on the wheel p and the helical tooth on the disk w, while the disk w may be fixed on the shaft v, the wheel p and extension t sliding thereon.