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    • 2. 发明授权
    • Pressure relief device
    • 减压装置
    • US4590957A
    • 1986-05-27
    • US545769
    • 1983-10-26
    • Glenton P. McFarlane
    • Glenton P. McFarlane
    • F17C13/12F16K17/16F16K17/14
    • F16K17/16Y10S137/91Y10T137/1699Y10T137/1714
    • A bursting disc assembly comprises a generally tubular body provided with an external screw thread and, at one end of the body, a counterbore which forms an annular seat within the body to accommodate at least the peripheral regions of a preferably flat bursting disc; a bursting disc located on the seat and a plug with a longitudinal bore pushed into and a tight fit within the counterbore so as to hold the bursting disc in place, the plug being prevented from rotating with respect to the body by knurls which bite into the walls of the counterbore. In use, the assembly is screwed into the housing of a pressure relief device so that the free end of the plug bears against and forms a fluid-tight seal with an opening in the base of the housing and at the same time, the other end of the plug compresses the bursting disc against the seat so as to form fluid-tight seals between plug, bursting disc and seat.
    • 爆破盘组件包括设置有外螺纹的大致管状主体,并且在主体的一端处具有沉孔,所述沉孔在主体内形成环形座,以容纳至少优选平坦的爆破盘的周边区域; 位于座椅上的爆破盘和具有纵向孔的插头,其插入并紧密配合在沉孔内,以便将爆破盘保持在适当位置,防止插头相对于主体旋转,该滚花咬入到 沉孔的墙壁。 在使用中,组件被拧入压力释放装置的壳体中,使得塞子的自由端抵靠并形成与壳体的基部中的开口的流体密封,并且同时,另一端 插头将爆破盘压靠在座椅上,以便在插头,爆破片和座椅之间形成流体密封。
    • 4. 发明授权
    • Connector for a fiber optic cable
    • 光纤电缆连接器
    • US5052774A
    • 1991-10-01
    • US500440
    • 1990-03-27
    • Jonathan M. BulmanGlenton P. McFarlane
    • Jonathan M. BulmanGlenton P. McFarlane
    • G02B6/38
    • G02B6/389G02B6/3825G02B6/3847G02B6/3869G02B6/3887G02B6/3891
    • A connector (1) is provided for carrying an end portion of a fiber optic cable (2) to enable the cable to be conencted, via a coupling member, to another fiber optic cable. The connector (1) has an outer sleeve (3) having at one end (3a) connection means (4,26) for coupling to the coupling member and an inner sleeve (5) extending axially through the outer sleeve (3) so that one end (5a) of the inner sleeve is received within the outer sleeve (3) and the other (5b) of the inner sleeve (5) projects from the other end (3b) of the outer sleeve (3) to engage a protective sheath (20) of the cable (2). Locating means (6) are fixedly provided within the outer sleeve for limiting axial movement of the inner sleeve (5) within the outer sleeve (3). A support member for receiving a ferrule (9) supporting an optical fiber (11) of the cable ( 2) is slidably received within the outer sleeve (3) and biased by biasing means (16) acting on the locating means so that one end (8a) of the support member is caused to project from the one end (3a) of the outer sleeve (3). The other end (8b) of the support member (8) and the one end (5a) of the inner sleeve 5 have cooperating portions (12,13,14) allowing relative axial but not radial movement between the inner sleeve (5) and the support member (8).