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    • 3. 发明授权
    • Gas separation apparatus
    • 气体分离装置
    • US4378981A
    • 1983-04-05
    • US332640
    • 1981-12-21
    • Roger S. OtstotCharles J. Runkle
    • Roger S. OtstotCharles J. Runkle
    • B01D53/22B01D63/02
    • B01D53/22B01D63/02B01D63/024
    • Apparatus for separating one gas from a mixture of gases wherein a cylindrical shell having an enlarged end portion houses a bundle of hollow fiber membranes, the hollow fiber membranes extending through a polymeric tube sheet positioned in and secured to the enlarged end portion of the shell. A tubular distribution element secured to the tube sheet and extending into the cylindrical shell cooperates with the tube sheet and the enlarged end portion of the shell to form an annular chamber surrounding the distribution element. The distribution element is provided with a port positioned between the tube sheet and a gas inlet in the enlarged end portion of the shell, the port being positioned such that0.4.ltoreq./D.ltoreq.1.30.2.ltoreq.d/D.ltoreq.0.6where d is the distance from the tube sheet to the port; l is the distance from the tube sheet to the inlet opening and D is the diameter of the bundle of hollow fiber membranes.
    • 用于从气体混合物中分离一种气体的装置,其中具有扩大端部的圆柱形壳体容纳一束中空纤维膜,中空纤维膜延伸穿过位于并固定到壳体的扩大端部的聚合物管板。 固定到管板并延伸到圆筒形壳体中的管状分配元件与管板和壳体的扩大端部配合以形成围绕分配元件的环形室。 分配元件设置有位于管板和壳体的扩大端部中的气体入口之间的端口,该端口被定位成使得0.4 / /=0.6其中d是从管板到端口的距离; l是从管板到入口的距离,D是中空纤维膜束的直径。
    • 4. 发明授权
    • Apparatus for shaping wire and ribbon structures obtained by slitting
metallic coil stock
    • 通过切割金属线圈原料获得的用于成形线和带结构的装置
    • US4018073A
    • 1977-04-19
    • US682412
    • 1976-05-03
    • Ronald D. BartramCharles J. Runkle
    • Ronald D. BartramCharles J. Runkle
    • B21D19/00B21B27/00B21B15/00
    • B21D19/005
    • An apparatus is disclosed for shaping the cross-section of a metal wire or metal ribbon product obtained by slitting metallic coil stock into multiple lengths of wire with an aspect ratio of 1 or ribbon having an aspect ratio of 2 or more. The product obtained from the slitting procedure is marred by the presence of a burr which impairs mechanical properties and consequently must be eliminated. In previous practice, this was achieved by feeding the slit product through the nip of a pair of mating, shaping rolls having a fixed engagement. However, problems arise from run to run when the rolls are in fixed engagement. For example, variations in the thickness of the material being processed presents difficulties with a fixed engagement.In the disclosed apparatus engagement is allowed to vary while the engagement force is held constant. In brief, this is accomplished by mounting the shaping rolls on separate support members with one of the support members being movable to permit the roll engagement to vary. A constant engagement force is maintained by the provision of a means for applying a constant downward force on the movable roll support member.
    • 公开了一种用于对金属线或金属带产品的横截面进行成形,该金属线或金属带产品通过将金属线圈原料分切成长宽比为1或纵横比为2或更大的带的多根线。 从切割程序获得的产品由于存在损坏机械性能的毛刺而被损坏,因此必须被消除。 在以前的实践中,这是通过将狭缝产品通过具有固定接合的一对配对成形辊的辊隙进给而实现的。 然而,当辊子处于固定接合状态时,运行中出现问题。 例如,正在处理的材料的厚度的变化使得固定接合困难。
    • 10. 发明授权
    • Fluid separation module
    • 流体分离模块
    • US4678573A
    • 1987-07-07
    • US525363
    • 1983-08-22
    • Roger S. OtstotCharles J. Runkle
    • Roger S. OtstotCharles J. Runkle
    • B01D53/22B01D63/02B23P19/02B01D13/01
    • B01D63/02B01D53/22B01D63/024B23P19/022B01D2313/02B01D2313/56
    • A fluid separation module to be mounted in a cylindrical shell and the method of mounting the same, the module including a bundle of hollow fiber membranes and a polymeric tube sheet, the tube sheet being positioned at one end of the bundle of hollow fiber membranes with the hollow fiber membranes extending through the tube sheet. A resilient sheet having the form of the slit tube surrounds the bundle of hollow fibers and is held in this configuration by a plurality of rings encircling the slit tube at spaced intervals thereon, the slit tube being secured to the tube sheet. The rings are moveably mounted on the slit tube in such a manner that, as the module is inserted in the shell, the rings can be manually slid to one end of the slit tube to allow the slit tube to expand into contact with the inner surface of the tubular shell and thereby allow the fiber bundle to open for improved flow of the fluid mixture through the bundle.
    • 要安装在圆筒形壳体中的流体分离模块及其安装方法,模块包括一束中空纤维膜和聚合物管板,该管板位于中空纤维膜束的一端, 中空纤维膜延伸穿过管板。 具有狭缝管形式的弹性片围绕中空纤维束,并且以间隔开的间隔围绕狭缝管的多个环保持在该构造中,狭缝管固定在管片上。 环可移动地安装在狭缝管上,使得当模块插入壳体时,环可以手动地滑动到狭缝管的一端,以允许狭缝管膨胀成与内表面接触 从而允许纤维束打开以改善流体混合物通过束的流动。