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    • 83. 发明授权
    • Single guideline system
    • 单指导系统
    • US3605884A
    • 1971-09-20
    • US3605884D
    • 1969-06-25
    • NORTH AMERICAN ROCKWELL
    • BROWN WALTER
    • E21B41/10E21B33/035
    • E21B41/10
    • THE DISCLOSED SYSTEM FOR EMPLACING EQUIPMENT UNDER WATER EMPLOYS THE COMBINATION OF AN ORIENTING BUSHING MOUNTED ON A GUIDE SLEEVE THAT IS ADAPTED TO TRAVEL DOWN A FLEXIBLE GUIDELINE AND WHICH COOPERATES WITH A GUIDE KEY MOUNTED ON A GUIDE PIN THAT IS FIXEDLY POSITIONED TO ONE SIDE OF A CONNECTOR ON A SUBSQUEOUS BOTTOM MOUNTED STRUCTURE. THE RELATIVELY COARSE ADJUSTMENT PROVIDED BY THE ORIENTING BUSHING ENABLES THE USE OF A FINE ADJUSTMENT THAT IS ACHIEVED BY A RADIAL CYLINDRICAL EXTENSION FITTING INTO AN UPWARDLY TAPERED SLOT THAT IS FIXEDLY POSITIONED ON THE BOTTOM STRUCTURE AT A KNOWN ORIENTATION RELATIVE TO THE BOTTOM CONNECTOR AND TO THE BOTTOM GUIDE PIN. AS STRUCTURE TO BE CONNECTED AT THE BOTTOM IS LOWERED INTO POSITION THE ORIENTING BUSHING OPERATES FIRST TO PRODUCE A COARSE ORIENTATION WHICH THEN ALLOWS MATING OF THE RADIAL EXTENSION AND TAPERED SLOT TO PROVIDE A FINE ADJUSTMENT OF THE EQUIPMENT THAT IS TO BE EMPLACED.
    • 87. 发明授权
    • Strain-free mount
    • 无菌装置
    • US3601343A
    • 1971-08-24
    • US3601343D
    • 1969-09-05
    • NORTH AMERICAN ROCKWELL
    • SIVASLIAN ARMEN H
    • F16F15/073G02B7/18F16F15/06F16M13/00
    • F16F15/073G02B7/18
    • A strain-free mount, for supporting an object, such as synchrostator or an optical element, relative to a base such as to allow only radial (volumetric) relative expansion or contraction and to prevent rotation or overall translation of the supported object relative to the base. This mount provides a circumferentially arranged set of thin, wide, beamlike support elements, fixedly attached to both the supported object and the base to accommodate differential radial expansion or contraction of the supported object by bending of the beams in their thin dimension, while rotation or overall translation of the supported object is resisted by the shear stiffness of the beams in their thick dimension. By suitably proportioning the beam dimensions the mount can be made to have negligible resistance to purely radial expansion or contraction of the supported object and very high resistance to rotation or overall translation. The invention herein described was made in the course of or under a contract or subcontract thereunder, with the Air Force.