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    • 32. 发明专利
    • Improvements in or relating to Automatic Stop Mechanism for Yarn Winding Machines.
    • GB106434A
    • 1917-05-24
    • GB1761316
    • 1916-12-07
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • B65H63/02
    • 106,434. Jackson, W. J. Mellersh-, (Altemus, J. K.). Dec. 7, 1916 Winding-machines; stop-motions; stop-apparatus, non-automatic.-In a yarn-winding machine comprising a gain mechanism operated by a screw controlled by a ratchet-fed shaft carrying a gear meshing with a gear on a, nut on the screw, means is provided to stop the gain mechanism when the end breaks. The screw 4 is carried by the rising and falling rail 3 and has mounted upon it a nut carrying a gear 25 driven bv a gear 24 mounted to slide upon and turn with a shaft 19 operated at the end of each fall of the rail 3 through bevel-gearing from a ratchet and pawl arrangement 13. The nut also carries a loose collar from which project arms 35, 36, and 37. The arm 36 carries the yarn guide 40, which is drawn towards the cop 11 by the tension of the yarn. The arm 37 carries a second guide 41 and a tension device 42. The arm 35 has a slotted or forked end 50 which embraces a guide-rod 38 parallel to the screw 4 and carries, on a bracket 54, a gear connecting the gears 24, 25. When an end breaks. the guide 40 is released and the collar rotates upon the nut 34 carrying the gear 55 out of mesh with the driving gear 24. The slot 50 or fork is made sufficiently broad for this purpose. A hand-' operated lever 22 has cam surfaces at either end which, on the movement of the lever, simultaneously disconnect the drive for the spindle and the bevel-gear for the shaft 19.
    • 34. 发明专利
    • Improvements in Talking Machines.
    • GB104267A
    • 1917-03-01
    • GB676716
    • 1916-05-11
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • G11B17/02
    • 104,267. Jackson, W. J. Mellersh-, (Sonora Phonograph Corporation). May 11, 1916. Driving.-A pointer operated by the driving-mechanism is arranged to indicate the number of records that may be played without rewinding, and means are provided for preventing the starting of a reproduction when the spring motor has not sufficient power to complete it. The spring motor is wound by a handle on the shaft 7 acting through the spurwheels 5, 6, backward motion being prevented by a pawl 13 and ratchet-wheel 12. During the winding, a pinion 16, having a threaded hub engaging a screwed part 14 of the shaft 7, is moved from right to left as seen in Fig. 5, and is held against rotation 'by its teeth engaging those of a long pinion 20 geared to tbe part 4 of the spring barrel. The pinion 16 is mounted between the forked arms of a yoke 17, the upper end of which is thus moved along a slot 18 in the motor frame. The voke 17 is connected by a rod 22 to a pointer 23 moving over a scale graduated for small and large records. As the motor runs down the rotation of the pinions 21, 20, 16 moves the pinion 16 to the right, Fig. 5, and thus returns the pointer 23 towards the zero end of the scale. The rod 22 has a slotted end 27 engaging a spring-controlled link 28 pivoted to an arm 29 on the brake lever 30. When the motor has nearly run down and the brake is applied, the end of the link 28 enters a notch 33, thereby locking the brake lever in its 'on ' position and preventing a re-start of the motor until it has been rewound sufficiently to push the link 28 out of the notch 33.
    • 36. 发明专利
    • Improvements in or relating to Apparatus for the Manufacture of Rubber Footwear.
    • GB191515133A
    • 1916-10-19
    • GB191515133D
    • 1915-10-26
    • MELLERSH-JACKSON WILLIAM JOHN
    • MELLERSH-JACKSON WILLIAM JOHN
    • B29D35/00
    • 15,133. Jackson, W. J. Mellersh-, [Boston Rubber Shoe Co.]. Oct. 26. Special kinds of boots and shoes, machines for.-In an apparatus for use in the manufacture of rubber shoes, of the kind in which compacting-pressure is applied to the entire outer surface of an assembled shoe prior to vulcanizing, a lasted shoe is supported in a dome 8, Fig. 2, between shaped flexible diaphragms 12, 14 clamped between rings 9, 10 secured respectively to the dome and to the recessed portion 3 of a bed 2, and compressed air is then admitted through ports 19, 20 to cause the diaphragms, which may have different degrees of extensibility at different parts, to close round, and automatically to adjust themselves to, the shoe, and to expel the air from between the shoe materials or between the shoe and last, the air escaping between the rings 9, 10. The dome 8 is formed on the end of a lever 7, Fig. 1, pivoted on a shaft 6, and is adapted to be raised and lowered on the breaking or making of a toggle 26, 27, the elbow of which is pivotally connected to the rod 25 of a piston 24 fitting in a cylinder 23. The dome is held in its raised position by the engagement of a seat 32 on a lever 30 beneath a stud 33 on the lever 7. The actuation of the toggle, the lever 30, and the supply of air to the dome are controlled from a treadle rod 40, which first releases the lever 30 through the connexions 35, 36, 39, then allows the air to escape from the cylinder 23 so that the toggle 26, 27 straightens and the dome drops into the position shown in Fig. 1, and finally allows air from a suitable source of supply to flow through the inlets 19, 20 behind both diaphragms 12, 14. The control of air supply is effected from two bypass plunger valves actuated from cams on a shaft 45, which is rotated by a pawl and ratchet 48, 49 through a lever 50 connected to the treadle rod 40.