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    • 1. 发明授权
    • Shaft construction in the earth and method thereof
    • 地球轴构造及其方法
    • US09255476B2
    • 2016-02-09
    • US13969926
    • 2013-08-19
    • Steven M. ManciniEdward A. Mancini
    • Steven M. ManciniEdward A. Mancini
    • E02D27/00E21D5/11E21D1/00
    • E21D5/11E21D1/00
    • A method of constructing a shaft in the earth for use as, for example, a launch shaft or a retrieval shaft, may include several steps. One step includes installing a secant pile wall into the earth. The secant pile wall encloses a portion of the earth. Another step includes excavating the portion of the earth enclosed by the secant pile wall. The excavated portion leaves an interior of the shaft and exposes an inside surface of the secant pile wall. Yet another step includes placing a metal liner within the interior of the shaft. And yet another step includes partially or more filling a space located between the inside surface of the secant pile wall and the metal liner with a grout material.
    • 在地球中构造用于例如发射轴或取回轴的轴的方法可以包括几个步骤。 一步包括将正割桩墙安装到地球上。 正割桩墙围住了地球的一部分。 另一个步骤包括挖掘由割草桩围住的地球部分。 挖出的部分离开轴的内部并露出割草桩壁的内表面。 另一步骤包括将金属衬垫放置在轴的内部。 又一步骤包括部分地或更多地填充位于割线桩壁的内表面和金属衬套之间的空间用灌浆材料。
    • 2. 发明授权
    • Monitoring verticality of a sinking caisson
    • 监测下沉沉箱的垂直度
    • US07921573B1
    • 2011-04-12
    • US12729838
    • 2010-03-23
    • Steven M. ManciniJerome M. Penxa
    • Steven M. ManciniJerome M. Penxa
    • G01C9/10E21B47/02
    • E02D23/08
    • A method of monitoring verticality of a sinking caisson having a tip. A pole is inserted into the earth to a pole depth substantially corresponding to a desired final depth of the caisson tip, one or more levels are coupled to the pole, and an elevation of the levels(s) is established. Scales are carried on an interior surface of the caisson in spaced circumferential locations and in reference to the caisson tip, and the level(s) is applied to the scales to indicate heights from the caisson tip corresponding to the circumferential locations of the scales. Tip elevations corresponding to the circumferential locations of the scales are determined by subtracting the indicated heights from the established elevation of the level(s). Any tilt of the caisson is calculated from any differences among the determined tip elevations.
    • 监测具有尖端的下沉沉箱的垂直度的方法。 一个极被插入到地球中至极深,基本上对应于沉箱尖端的期望的最终深度,一个或多个水平联接到极点,并且建立了一个或多个水平面的高度。 鳞片在沉箱的内表面上以间隔的圆周位置并且相对于沉箱尖端承载,并且将级别施加到秤上以指示对应于秤的周向位置的沉箱尖端的高度。 通过从已建立的水平高程减去指示的高度来确定对应于秤的圆周位置的尖端高度。 任何倾斜的沉箱由确定的尖端高度之间的任何差异计算。