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    • 6. 发明授权
    • Method of joining a tank and skirt support together
    • 将罐和裙撑支撑在一起的方法
    • US4133094A
    • 1979-01-09
    • US826685
    • 1977-08-22
    • Donald C. Stafford
    • Donald C. Stafford
    • B23K37/04B23P11/02
    • B23K37/0417Y10S29/035Y10T29/49865Y10T29/49948Y10T29/49956
    • A method of supporting a metal tank having a circular horizontal section which comprises providing the tank with a horizontal ring-like portion having a substantially upright surface, forming a metal substantially upright skirt having a top portion with an internal surface which matches the tank ring-like surface and which has an internal diameter at ambient temperature at matching locations slightly less than the diameter of the tank ring-like surface at ambient temperature, heating the skirt top portion, or cooling the tank ring-like surface, or both until the internal diameter of the skirt top portion is larger than the diameter of the tank ring-like surface, positioning the skirt top portion around the tank ring-like surface, bringing the skirt top portion or the tank ring-like surface or both to ambient temperature to thereby shrink-fit them together, and joining the skirt top portion to the tank by welds, bolts or rivets.A metal tank having a circular horizontal section, the tank having a horizontal ring-like portion having a substantially upright surface, and a metal substantially upright skirt having a top portion with an internal surface which matches the tank ring-like surface shrink-fitted around and in contact with the tank ring-like surface.
    • 一种支撑具有圆形水平部分的金属罐的方法,其包括向所述罐提供具有基本上直立的表面的水平环状部分,形成具有顶部的金属基本上直立的裙部,所述顶部具有与所述罐环 - 并且在环境温度下具有在环境温度下比在环境温度稍小于罐环状表面的直径的匹配位置具有内径,加热裙部顶部部分或冷却罐状环状表面或两者直到内部 裙部顶部的直径大于罐环表面的直径,将裙部顶部部分围绕罐环状表面定位,使裙部顶部或罐环形表面或两者均达到环境温度至 从而将它们收缩配合在一起,并通过焊接,螺栓或铆钉将裙部顶部部分接合到罐。
    • 8. 发明授权
    • Vertical shell and tube heat exchanger with sleeves around upper part of
tubes
    • 垂直管壳式热交换器,套管围绕管的上部
    • US4442679A
    • 1984-04-17
    • US479666
    • 1983-03-28
    • Donald C. StaffordTushar K. ShahVincent F. Allo
    • Donald C. StaffordTushar K. ShahVincent F. Allo
    • B01D9/00B01D9/04
    • B01D9/0013
    • A falling film freeze exchanger having a shell connected to vertically spaced apart horizontally arranged circular upper and lower tube sheets; a plurality of vertically positioned parallel tubes, with each tube extending through and connected to a hole in each tube sheet; an inlet to feed a liquefied refrigerant gas to the lower part of the shell side of the heat exchanger and an outlet to withdraw refrigerant vapor from the upper part of the shell side of the heat exchanger; a liquid distribution box positioned above the upper tube sheet and a conduit to deliver an aqueous feed liquid to the liquid distribution box; a solid walled sleeve, surrounding and spaced outwardly from each tube, joined to the upper tube sheet and extending downwardly a short distance below the refrigerant liquid/gas interface on the shell side thereby providing a refrigerant vapor space between each sleeve and tube; and a hole in and through the upper part of the sleeve wall near the upper tube sheet.
    • 一种降膜冷冻切换器,具有连接到垂直间隔开的水平布置的圆形上下管板的外壳; 多个垂直定位的平行管,每个管延伸穿过并连接到每个管板中的孔; 用于将液化的制冷剂气体供给到热交换器的壳体侧的下部的入口和从热交换器的壳体侧的上部排出制冷剂蒸气的出口; 位于上管板上方的液体分配盒和用于将水性进料液体输送到液体分配箱的导管; 每个管周围并与之隔开的实心壁套筒连接在上管板上,并在壳侧的制冷剂液体/气体界面下方向下延伸一小段距离,从而在每个套管与管之间提供制冷剂蒸汽空间; 以及在上管板附近的套筒壁的上部并穿过该孔的孔。
    • 9. 发明授权
    • Spindle moored ship
    • 主轴系泊船
    • US4305341A
    • 1981-12-15
    • US082917
    • 1979-10-09
    • Donald C. Stafford
    • Donald C. Stafford
    • B63B21/50B63B21/00
    • B63B21/507
    • A mooring system for a vessel comprising a floatable vessel having a vertical well therein, extending through the vessel bottom, defined by a bulkhead; a vertical spindle supported by the vessel within the well; the spindle being anchorable in place in water against significant lateral movement and against rotation about a vertical axis; and machined bearing retaining and contacting sleeves, cooperatively supported by the well bulkhead and the spindle, containing radial-thrust bearings at the top and bottom side portions of the spindle and vertical-thrust bearings along the side of the spindle. The bearings are maintained immersed in lubricant to protect them, such as from sea water.
    • 一种用于容器的系泊系统,包括其中具有垂直孔的可浮动容器,延伸穿过由隔板限定的容器底部; 由井内的容器支撑的垂直主轴; 主轴可锚定在水中的适当位置,防止显着的横向运动并绕着垂直轴线旋转; 以及加工的轴承保持和接触套筒,由井壁和主轴协同支撑,在主轴的顶部和底部侧面包含径向推力轴承以及沿主轴一侧的垂直推力轴承。 轴承保持浸入润滑剂中,以保护它们,如海水。
    • 10. 发明授权
    • Releasable connection
    • 可释放连接
    • US4286898A
    • 1981-09-01
    • US66934
    • 1979-08-16
    • Donald C. Stafford
    • Donald C. Stafford
    • B63B22/02B63B35/44E02B3/26E02B17/00F16B2/00F16L25/00F16L53/00
    • F16L25/00B63B22/021B63B35/4406E02B3/26F16B2/00Y10T29/49888
    • A releasable connection comprising a first member removably inserted in a second member with space between adjacent opposing surfaces of the members; a solid mass of a material, in the space between the members, which firmly joins the members together; said solid material having substantial compressive, tensile and shear strength, and being convertible by heat at a sufficiently high temperature to a physical state in which it has much lower compressive, tensile and shear strength; and, apparatus associated with at least one of the members for supplying heat to the material.The material, for example, may be ice, a low melting metal or a polymeric material.The releasable connection can be used onshore or offshore. It can be used to releasably secure an offshore structure to a seafloor, such as in the artic, using ice as the material.
    • 一种可释放的连接,其包括可移除地插入到第二构件中的第一构件,在构件的相邻相对表面之间具有空间; 在构件之间的空间中的材料的固体块,其将构件牢固地连接在一起; 所述固体材料具有显着的压缩,拉伸和剪切强度,并且可通过在足够高的温度下的热量转化为具有低得多的压缩,拉伸和剪切强度的物理状态; 以及与用于向材料供应热量的构件中的至少一个相关联的装置。 该材料例如可以是冰,低熔点金属或聚合材料。 可拆卸连接可以在陆上或海上使用。 它可以用于将海上结构可释放地固定到海底,例如使用冰作为材料的接头中。