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    • 51. 发明专利
    • Improvements in or relating to Apparatus for the Manufacture of Box Blanks.
    • GB191421902A
    • 1915-09-02
    • GB191421902D
    • 1914-11-02
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • B27M3/34
    • 21,902. Jackson, W. J. Mellersh-, [Greenstreet Folding Box Machine Co.]. Nov. 2. Stapling.-Relates to box blank making machines of the kind in which sheet material is fed t o co - ordinable cleats carried in guides, and consists in workfeeding members located on opposite sides of the guide and connected in pairs so as to act as spacing-means for the fed material. Each cleat guide 21, Fig. 6, is flanked by pairs of chains (preferably a pair for each cleat in a single row in a single blank) 24, 25, 26, 27, each pair being connected by a cross - bar, as 27 , which acts as spacing-means between successive cleats 22. The cross - bars also carry spacing-means 29 for the sheet sections. Each chain passes over sprocket-wheels on shafts 33, 35, 37, 39. These shafts are driven, between the strokes of the stapling-mechanism 13, by connected pawl-carrying levers. Two pairs of sprocket-wheels, carrying the chains feeding the pair of cleats to be attached to a single sheet, are keyed to each shaft, the remaining wheels being journaled on the shaft. In addition, each shaft tends to be driven at a faster speed by a sprocket-wheel between friction disks on the shaft, the result being that the bars 27 push the cleats forward at the rate of the pawl mechanism, but travel along the inoperative portion of their path at a higher speed.
    • 57. 发明专利
    • Improvements in Universal Bar Mechanism for Typewriters.
    • GB191415957A
    • 1915-07-01
    • GB191415957D
    • 1914-07-03
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • B41J19/54
    • 15,957. Jackson, W. J. Mellersh-, [Excelsior Fahrrad-Werke Geb. Conrad & Patz Akt.-Ges.]. July 3. Type - lever actions; letter-spacing and inkribbon mechanisms.-In actions in which intermediate levers 4 are operated by cam-slots in the key-levers 1, the universal bar 8, 9 is arranged underneath the key-levers and is actuated by depending parts of the intermediate levers. To prevent shock, an oblique surface of engagement may be provided between the universal bar and the intermediate levers. The surface 55 may be formed on a member which is secured to the universal bar or, as shown, engages the universal bar and is secured to an arm 56 loose on a shaft 11, the intermediate levers being provided with rollers 57. Or, the universal bar may be provided with a roller and the oblique surfaces be formed on the intermediate levers. The universal bar preferably consists of two separate frames 8, 9 connected respectively to the ribbon-mechanism and the escapement-mechanism, the frame 8 being adapted to be moved out of the path of the intermediate levers to silence the ribbon-mechanism for mimeographing. The frame 8 is mounted at the front on arms 10 secured to the ribbon-feeding shaft 11 and is mounted at the rear on an arm 14 which is loose on a shaft 16 and is connected by a link 17 to the vibratorlever 18. The frame 9 is mounted at the front on an arm loose on the shaft 11 and is mounted at the rear on arms 14 secured to the shaft 16, an arm 21 on the shaft being connected to the escapement 23. The frame 8 has a pin-and-slot connexion with a link pivoted to a finger-lever 26, adapted on depression to draw the frame forward out of the path of the intermediate levers or of the oblique member 55 if this is provided. The finger-lever is held in the set position by the engagement of a forked spring 28 with flats on the pivot 25. If a, rigid member 55 is provided, it is secured to the frame 9.
    • 60. 发明专利
    • Improvements in or relating to Padlocks and Locks.
    • GB191408604A
    • 1915-04-06
    • GB191408604D
    • 1914-04-04
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • E05B37/02
    • 8604. Jackson, W. J. Mellersh-, [D.O.T. Soc. Anon. pour l'Exploitation des Brevets Descalles]. April 4. Locks, permutation; padlocks.-The Figures show the application of the mechanism to a padlock. The body of the padlock comprises plates a, a' spaced apart at the ends and containing between them a plate d mounted on a spindle e, Fig. 22, which is housed within and turns in a hollow shaft f secured to the underside of the plate a', Fig. 16. The spindle is notched at e , and the shaft is slotted at f , the notch c and the slot f being adapted to receive a rod g, Fig. 14, passing the length of the lock, by means of which the spindle e and plate d can be locked against rotation when in a certain position. The shackle b is pivoted to one end of the plates a, a', and turns so that a reduced portion b at its free end enters notches a in the plates a, a and a notch d in the plate d, the plate d being turned thereby until it lies wholly between the plates. In this position, the spindle e can be locked by the rod g to secure the plate d and prevent the opening of the shackle. When the shackle is open, a cam c, Fig. 6, on the pivoted end engages a notch d in the plate d and secures the plate in the inoperative position. The rod g is locked when in the fastening position by means of permutation disks k, Fig. 24, revolubly mounted on the shaft f and contained within operating- rings h. The disks have notches k' to receive the rod g. Pins k on the disks engage notches i in the interior of the rings h and secure the disks in any adjusted position within the rings. Also contained within the rings h are plates j, which cannot rotate on the shaft f and carry spring pawls j engaging the notches i of the rings to provide an indication for the setting of the disks, one of the notches i having a sharp edge to stop rotation of the rings in one direction and to provide a starting-point for counting the combination. The parts of the different rings are separated by washers l. At the top, the disk k of the first ring is spaced from the plate a' by means of a washer n, Fig. 16, having projections o entering slots in the plate a and bearing against the plate d. When the shackle is open and the plate d turned, slots d , d' in the plate d are brought over the projections o, and all the members j, k, l can then be pushed back by means of pins inserted through apertures m in the retaining-block m. This operation disconnects the projections k of the disks k from the notches i of the rings, and allows the combination to be changed. The parts are returned to their normal positions by the turning of the plate d when the shackle is closed, the plate d acting on inclines o on the projection o. The rod g is moved to the locking position by the scattering of the disks k. When the mechanism is applied to an ordinary bolt lock, the spindle e carries a follower for operating the bolt, and the shackle is used as a handle.