Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deepwater shallow covering layer steel pipe anchoring construction device and method
The invention provides a deepwater shallow covering layer steel pipe anchoring construction device and method. The deepwater shallow covering layer steel pipe anchoring construction device comprises steel pipes inserted into hard rock, holes are formed in the positions, exposed out of the hard rock, of the steel pipes, angle steel is arranged in the holes, sandbags are arranged around the holes inthe steel pipes, the steel pipes are filled with concrete, double-spliced channel steel with one end abutting against the hard rock is welded to the position, above the low tide water level, of eachsteel pipe, and an operation platform is arranged at the top ends of the steel pipes. According to the deepwater shallow covering layer steel pipe anchoring construction device and method, the steel pipes are supported underwater through the double-spliced channel steel channel and the sandbags, the steel pipes are connected into a matrix through steel cables, then the steel pipe matrix is anchored in the underwater hard rock through concrete pouring, pipe pile anchoring is easy and convenient, meanwhile, the stability of the steel pipes is effectively controlled, the construction operation speed is increased, the quality is guaranteed, and the construction progress of a trestle is accelerated.
本发明提供了一种深水浅覆盖层钢管锚固施工装置及方法，包括插入硬岩的钢管，钢管上露出硬岩处开设有孔，孔内设置有角钢，围绕钢管上的孔设置有沙袋，钢管内灌注有混凝土，钢管上位于低潮水位以上的位置焊接有一端抵住硬岩的双拼槽钢，钢管的顶端设置有操作平台。本发明用双拼槽钢和沙袋将钢管在水下支撑，利用钢缆将钢管连成矩阵，再通过混凝土浇筑，使钢管矩阵锚固在水下硬岩中，管桩锚固简便，同时钢管稳定性也得到了有效控制，加快了速施工作业速度，保证了质量，提高了栈桥的施工进度。
Deepwater shallow covering layer steel pipe anchoring construction device and method
The invention provides a deepwater shallow covering layer steel pipe anchoring construction device and method. The deepwater shallow covering layer steel pipe anchoring construction device comprises steel pipes inserted into hard rock, holes are formed in the positions, exposed out of the hard rock, of the steel pipes, angle steel is arranged in the holes, sandbags are arranged around the holes inthe steel pipes, the steel pipes are filled with concrete, double-spliced channel steel with one end abutting against the hard rock is welded to the position, above the low tide water level, of eachsteel pipe, and an operation platform is arranged at the top ends of the steel pipes. According to the deepwater shallow covering layer steel pipe anchoring construction device and method, the steel pipes are supported underwater through the double-spliced channel steel channel and the sandbags, the steel pipes are connected into a matrix through steel cables, then the steel pipe matrix is anchored in the underwater hard rock through concrete pouring, pipe pile anchoring is easy and convenient, meanwhile, the stability of the steel pipes is effectively controlled, the construction operation speed is increased, the quality is guaranteed, and the construction progress of a trestle is accelerated.
本发明提供了一种深水浅覆盖层钢管锚固施工装置及方法，包括插入硬岩的钢管，钢管上露出硬岩处开设有孔，孔内设置有角钢，围绕钢管上的孔设置有沙袋，钢管内灌注有混凝土，钢管上位于低潮水位以上的位置焊接有一端抵住硬岩的双拼槽钢，钢管的顶端设置有操作平台。本发明用双拼槽钢和沙袋将钢管在水下支撑，利用钢缆将钢管连成矩阵，再通过混凝土浇筑，使钢管矩阵锚固在水下硬岩中，管桩锚固简便，同时钢管稳定性也得到了有效控制，加快了速施工作业速度，保证了质量，提高了栈桥的施工进度。
Deepwater shallow covering layer steel pipe anchoring construction device and method
一种深水浅覆盖层钢管锚固施工装置及方法
ZHANG JUN (Autor:in) / TIAN LIGONG (Autor:in) / ZOU FEIREN (Autor:in) / XUE PENGSHENG (Autor:in) / ZHOU KAI (Autor:in) / ZHANG CAIXIANG (Autor:in) / LI JUAN (Autor:in) / LI JIANJUN (Autor:in)
03.07.2020
Patent
Elektronische Ressource
Chinesisch
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