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    • 4. 发明申请
    • Telescoping piling apparatus and method
    • 伸缩打桩设备及方法
    • US20070231079A1
    • 2007-10-04
    • US11391508
    • 2006-03-28
    • Robin Gambill
    • Robin Gambill
    • E02D5/62
    • E02D5/62
    • Embodiments include a piling apparatus for providing support for one or more structures on, in, under, or into a body of water, a floor of the body of water, or a floor bed, comprising at least three concentric and generally coaxial bodies comprising an outer body having a first longitudinal bore therethrough, a middle body having a second longitudinal bore therethrough, the middle body operatively connected to the one or more structures, and an inner body having a third longitudinal bore therethrough, wherein the middle body is disposed between the inner and outer bodies, wherein the inner and outer bodies are operatively connected to one another and the middle body is moveable longitudinally and generally coaxially relative to the inner and outer bodies to stabilize the one or more structures. Embodiments include a method for supporting one or more structures using a piling apparatus. Embodiments include a method of installing piling at a location, comprising providing piling comprising one or more generally concentric tubes; forcing a pressurized fluid into at least one of the tubes; lowering the piling; forming a hole at the location using the pressurized fluid exiting from the piling; and installing the piling at the location.
    • 实施例包括一个打桩设备,用于为水体,水体或地板床的一个或多个水平面上的一个或多个结构提供对一个或多个结构的支撑,所述结构包括至少三个同心和大体上同轴的主体, 外体具有穿过其中的第一纵向孔,中间本体具有穿过其中的第二纵向孔,所述中间体可操作地连接到所述一个或多个结构,以及具有穿过其中的第三纵向孔的内部主体,其中所述中间主体设置在 内部和外部主体,其中内部主体和外部主体彼此可操作地连接,并且中间主体可相对于内部主体和外部主体纵向地和大致同轴地移动以稳定该一个或多个结构。 实施例包括使用打桩装置支撑一个或多个结构的方法。 实施例包括在位置安装打桩的方法,包括提供包括一个或多个大致同心的管的打桩; 迫使加压流体进入至少一个管中; 降低打桩 使用从堆放出的加压流体在该位置处形成孔; 并在该地点安装堆垛。
    • 5. 发明授权
    • Guide-post interchangeability mechanism operated by remotely controlled
vehicle
    • 由遥控车辆操纵的导柱互换机构
    • US5340237A
    • 1994-08-23
    • US971240
    • 1992-11-04
    • Ney Robinson S. d. ReisFabio K. P. Conti
    • Ney Robinson S. d. ReisFabio K. P. Conti
    • E21B41/10F16B21/16F16L37/14E02D5/62B63C11/10
    • E21B41/10F16B21/16F16L37/146
    • This invention concerns a mechanism for the interchanging of guide-posts worked by remotely controlled vehicle which consists of guide-cones (6) provided in the side of base beam (2) that supports socket (4) of guide-post, which guide-cones are placed axially and enter all around the socket (4) of guide-post, to create an operating channel inside the socket (4) while guide-post (8) is provided with a channel all around its bottom (1) to house a locking-pin (12). Guide-post (8) is placed inside its respective socket (4) so that the operating channel created by the guide cones (6) inside socket (4) matches channel all round the bottom (10) of socket, exactly, so that locking of guide-post (8) takes place by means of turning the locking-pin (12) housed in channel all around (10) the guide-post (8) by means of a remotely operated vehicle or suitable tool.
    • 本发明涉及一种用于互换由遥控车辆加工的导柱的机构,其由设置在支撑导柱的插座(4)的基梁(2)侧的导向锥(6)组成, 圆锥体轴向放置并且进入导向柱的插座(4)周围,以在插座(4)内部形成操作通道,同时导向柱(8)在其底部(1)周围设置有通道以容纳 锁定销(12)。 引导柱(8)放置在其相应的插座(4)内,使得由插座(4)内的导向锥(6)产生的操作通道完全匹配插座底部(10)的通道,使得锁定 导向柱(8)通过借助远程操作的车辆或合适的工具转动围绕(10)引导柱(8)的通道中的锁定销(12)来进行。
    • 9. 发明授权
    • Apparatus for forming cast-in-place caseless concrete piles and the like
    • 用于形成现浇无锡混凝土桩等的装置
    • US4018056A
    • 1977-04-19
    • US597089
    • 1975-07-18
    • Luis Poma
    • Luis Poma
    • E02D5/36E02D5/62E02D5/72E02D15/04
    • E02D5/36E02D15/04E02D5/62E02D5/72
    • Apparatus for forming cast-in-place caseless concrete piles wherein an elongated mandrel having a driving tip or foot releasably coupled on its lower end to be driven into the ground and form a pile-forming hole. The mandrel passes through the lower discharge opening of a fill hopper at ground level containing a supply of flowable concrete which flows by gravity into the pile-forming hole as it is being formed. The fill hopper has a self-sealing rigid cylindrical skirt extending downwardly from the discharge opening, and the driving tip or foot has an enlarged circular portion of slightly larger diameter than the skirt and axially alined vertically below the skirt to form the pile hole of such size and shape that the skirt advances into the pile hole during initial soil penetration of the tip to seal against loss of concrete along the ground. The fill hopper is compartmentalized to provide a plurality of substantially like capacity subdivision compartments each adapted to receive a quantity of the flowable fill material, and discharge control means are provided for each of the compartments for permitting discharge of fill material into the pile-forming hole being formed by the mandrel and tip.
    • 用于形成现浇无形混凝土桩的装置,其中细长的心轴具有可释放地联接在其下端上的驱动尖端或脚,以被驱动进入地面并形成桩形成孔。 芯棒通过地层的填充料斗的下部排出口,其中包含一个可流动的混凝土供应源,当它们被形成时,重力流入桩形成孔。 填充料斗具有从排出口向下延伸的自密封刚性圆柱形裙部,并且驱动尖端或脚具有比裙部稍大的直径的增大的圆形部分,并且在裙部下方轴向地排列以形成这样的桩孔 尺寸和形状,裙部在初始土壤穿透尖端期间进入桩孔,以密封沿着地面的混凝土损失。 填充料斗被分隔以提供多个基本上相似的容积细分隔室,每个分隔室适于容纳一定量的可流动填充材料,并且为每个隔室提供排放控制装置,用于允许填充材料排出到成型孔 由心轴和尖端形成。
    • 10. 发明授权
    • Method for forming deep cast-in-place caseless concrete piles
    • 用于形成深施工无固定混凝土桩的方法
    • US4009582A
    • 1977-03-01
    • US627012
    • 1975-10-29
    • William R. LeCorgne
    • William R. LeCorgne
    • E02D5/38E02D5/48E02D5/52E02D5/62E02D5/34
    • E02D5/385E02D5/48E02D5/523E02D5/62
    • A method for forming a deep cast-in-place concrete pile in the earth extending to an excessive depth by driving a hollow metallic pipe member having a height to span a substantial fraction of the design depth of the completed pile into the ground for almost its full depth, coupling a connector and hollow tubular driving mandrel to the top of the pipe section, driving the mandrel to advance the pipe section to the design depth while concurrently gravity feeding flowable concrete into the mandrel and pipe member extending therebelow, and withdrawing the mandrel leaving a monolithic concrete pile column encased by the pipe member over its lower portion.
    • 通过驱动中空的金属管构件在地球上形成深的现浇混凝土桩的方法,该中空的金属管构件的高度将完成的桩的设计深度的大部分的一部分覆盖到地面中几乎为 将连接器和中空管状驱动心轴联接到管部分的顶部,驱动心轴将管段推进到设计深度,同时将可流动的混凝土重力输送到在其下延伸的心轴和管构件中,并且抽出心轴 留下一个整体式混凝土桩柱,其中管道构件被其下部所包围。