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    • 21. 发明专利
    • AT32207T
    • 1988-02-15
    • AT84303246
    • 1984-05-14
    • KEE THOMAS SHAW GOURLEY
    • KEE THOMAS SHAW GOURLEY
    • B67B7/18
    • A device for use in removing screw closures from containers comprises a body (10) having a recess (11) therein of substantially complementary frusto-conical or bell shape being to accommodate a screw-closure of a container. Converging wall portions being provided in said recess (11) with the inner surface thereof being of, or having secured thereto a lining of, a material having a frictional adherence or resistence property with any screw closure located in contact therewith and having relative rotational movement caused therebetween by rotation of the container or of the body.A bracket (14) is provided to enable the body to be wall-or shelf-mounted, two cheeks (15) of the bracket (14) being similarly apertured and the body (10) having a bore (12) whose axis is alignable with those of the paertures to enable a pin (17) to be locatable therethrough to readily secure the body (10) to the bracket (14). The bore in the body has its axis at right angles to the axis of the body.
    • 22. 发明专利
    • Improvements relating to the creels of textile spinning and like machines
    • GB689978A
    • 1953-04-08
    • GB1316550
    • 1950-05-25
    • TMM RESEARCH LTDTHOMAS SHAW PLATT
    • D01H9/00
    • 689,978. Creels. T.M.M. (RESEARCH), Ltd., and PLATT, T. S. May 18, 1951 [May 25, 1950], No. 13165/50. Class 120(ii) A creel comprises a cradle adapted to support a yarn, roving or sliver package in an operative position and to be pivoted forwardly to a loading position and spring or equivalent means for counter-balancing the weight of said cradle when displaced from the operative position. In the embodiment shown cheeses 5, which are driven by rollers 4 mounted in bearings 3, are supported in cradles composed of pairs of cranked arms 10 fixed at their ends on a longitudinal shaft 11 carried in bearing brackets 12. Each arm 10 is provided with an open-ended slot 15 in which slides a mandrel 14 passed axially through the bobbin on which the cheese is wound. Arms 10 together with shaft 11 can be rotated between an upright operative position and an outward loading position, stops 18 and 19 being provided on said arms to bear against the frame member 13 to support the cradle in the two positions. In the - outward loading position an attendant can remove an empty bobbin from the slots 15 and mount a full bobbin in the recesses 16 whereupon the cradle can be pushed rearwardly and upwardly to the operative position where the bobbin can be displaced from the recesses 16 into the slots 15. Additional recesses 17 serve to support a spare full bobbin. The weight of the cradles and the bobbin or bobbins thereon is counterbalanced in the loading position by a pair of helical springs housed in tubular boxes fixed on shaft 11.
    • 23. 发明专利
    • Improvements relating to ring spinning frames
    • GB605970A
    • 1948-08-04
    • GB3408045
    • 1945-12-17
    • PLATT BROS & COMPANY LTDTHOMAS SHAW PLATT
    • D01H1/36
    • 605,970. Building motions for textile ring spinning frames. PLATT BROS. & CO, Ltd., and PLATT, T. S. Dec. 17, 1945, No. 34080. [Class 120(ii)] In a ring spinning frame wherein the picking mechanism, by which the traverse of the ring rail is gradually raised, is formed as a separate unit from the building lever and attached to the machine frame at a height convenient for re-setting - purposes, the mechanism is provided with a resetting handle, which, in operative position, displaces propelling and check pawls from engagement with a ratchet wheel. Reciprocating motion is transmitted from the building lever (not shown) by a rod a Figs. 1 and 2, to a bell-crank lever c carrying a pawl h, Fig. 1, engaging a ratchet wheel i, which is also engaged by a check pawl j. Each pawl has a pin m, n, by which it may be disengaged from the ratchet wheel i when an arm o is raised. The arm o has a further arm q with a cranked end q 1 positioned in the path of a re-setting handle r, Fig. 2, when the latter is pressed upon the squared end of a spindle g for re-setting of the ring-rail, so that the pawls are simultaneously disengaged as the resetting handle is placed in operative position. The spindle g is rotated during the building of the cop by the pawl h and ratchet wheel i and, through gear u, Fig. 1, change wheels v, w, and gear x, movement is passed to a shaft d carrying the building chain bowl t. The extent of the movement which may be given to the pawl h is determined by an adjusting screw s, Fig. 2.
    • 24. 发明专利
    • Improvements in and connected with variable speed and reversing mechanisms for self propelled vehicles, boats, and the like
    • GB364767A
    • 1932-01-14
    • GB3579830
    • 1930-11-28
    • CHARLES FRANCIS MALVERNTHOMAS SHAWALBERT WOODWARD
    • F16H61/02
    • 364,767. Variable speed gearing. MALVERN, C. F., Craven Lodge, Quarry Road, Heswall, SHAW, T., 18, Woodchurch Lane, Prenton, Birkenhead, and WOODWARD, A., Hatton Rock, Rock Avenue, Heswall, both in Cheshire. Nov. 28, 1930, No. 35798. [Class 80 (ii).] An epicyclic train 16, 17, 33, Fig. 1, is controlled by an arresting piston oil pump 3 so as to drive a shaft 2 at a speed automatically variable with the load, and by changing the connections, a reversed controlled drive is obtained. A friction clutch 38 splined on the shaft 2 is normally held by a spring 39 against a clutch surface 35 secured to the carrier 18 of the planet gears 17. The sun gear 16 is fast on a driving-shaft 1. The annulus 33 is connected by a gear pair 32, 23 and clutch 25 to the crank shaft 5 of the pump. When a vehicle driven through the gearing is on the level, the shaft 5 and annulus 33 are stationary, and the planets 17 rolling on the annulus drive the shaft 2 forwardly at high speed through the clutch 38. When the resistance increases as in climbing a hill, the shaft 5 slips round and the speed of the shaft 2 falls. To effect reversal, a pedal 27 is depressed which shifts clutch 38 into engagement with a clutch surface 42 connected to the annulus 33, and at the same time shifts clutch 25 so as to connect to the shaft 5 a gear 21 connected through a wheel 20 to the carrier 18. Carrier 18 being arrested, the annulus and the shaft 2 turn backwards. The arresting device comprises single-acting pistons 7, Fig. 2, which in their descent force oil out through spring-loaded valves 10, Fig. 1. As a piston 7 rises, oil is readmitted from the casing 4 through holes 48, Fig. 2.