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    • 3. 发明申请
    • TIPPING AND/OR LIFTING MECHANISM
    • 拖鞋和/或提升机制
    • WO1988008378A1
    • 1988-11-03
    • PCT/AU1987000434
    • 1987-12-22
    • EZETIP PTY. LTD.SUTHERLAND, BrianSUTHERLAND, George, Matheson
    • EZETIP PTY. LTD.
    • B60P01/16
    • B60P1/20B66F5/04B66F7/0625B66F7/0633B66F7/0641B66F7/08B66F7/22
    • A tipping mechanism (20) has a pair of parallel side beams (24) mounted in the chassis of a trailer. An operating arm (21) is supported between guide plates (23, 23a) and is movable longitudinally by a hydraulic ram (27). The lifting arm (31) is hingedly mounted on side plates (32) and has a roller (33) at its distal end to engage a track on the underside of a load body hingedly mounted on the chassis. A link (35) interconnects the operating arm (21) and lifting arm (31) so that as the operating arm (21) is moved by the ram (27) the lifting arm (31) is raised or lowered in a two-stage action, the link (35) pivoting about a pin (36) on the operating arm (21). Modifications allow the mechanism to be used in a trolley jack and to achieve straight vertical lifting of a load body when vertical guides are employed.
    • 倾卸机构(20)具有安装在拖车的底盘中的一对平行的侧梁(24)。 操作臂(21)支撑在导向板(23,23a)之间,可通过液压柱塞(27)纵向运动。 提升臂(31)铰接地安装在侧板(32)上并且在其远端具有辊(33),以接合铰链安装在底盘上的负载体的下侧上的轨道。 连杆(35)将操作臂(21)和提升臂(31)相互连接,使得当操作臂(21)被冲头(27)移动时,提升臂(31)以两级升高或降低 所述连杆(35)围绕所述操作臂(21)上的销(36)枢转。 修改使得机架可以用在推车千斤顶中,并且当使用垂直导轨时,可以实现负载体的直立垂直提升。
    • 6. 发明申请
    • CONTAMINANT RECOVERY SYSTEM AND METHOD
    • 污染物回收系统和方法
    • WO1996000119A1
    • 1996-01-04
    • PCT/CA1995000377
    • 1995-06-23
    • SUTHERLAND, George
    • B01D17/02
    • B01D17/0202B01D17/08B01D17/085C02F1/681E02B15/10Y02A20/204
    • There is disclosed a system for separating oil and other immiscible contaminants from a liquid body containing the contaminants such as a water body. The system includes the use of a plurality of microporous hollow fibers (16, 18) which may be arranged in any number of arrangements such as bundles, intersecting arrangements, divergent patterns or in a mat-like arrangement or a combination of the foregoing. The hollow fibers are in communication with a source of suction (28) in order to draw the contaminant via the pores into the fibers for subsequent storage in a suitable container (20, 22). By incorporating acceptable means of density control a substantial amount of the hollow fiber surface area may be exposed to the contaminant thus increasing the extraction efficiency of the contaminant from the water body. The unit optionally may be self-contained. This system provides a substantial advantage over existing arrangements in that extraction efficiency is greatly enhanced in any number of environments.
    • 公开了一种用于从含有污染物如水体的液体中分离油和其它不混溶污染物的系统。 该系统包括使用多个微孔中空纤维(16,18),其可以布置成任何数量的布置,例如束,交叉布置,发散图案或垫状布置或前述的组合。 中空纤维与抽吸源(28)连通,以便经由孔将污染物吸入纤维中,以便随后储存在合适的容器(20,22)中。 通过结合可接受的密度控制方法,大量的中空纤维表面积可能暴露于污染物,从而提高污染物从水体的提取效率。 该单元可以是独立的。 与现有布置相比,该系统提供了显着的优点,因为在任何数量的环境中提取效率大大提高。