软接头能较好适应地基不均匀沉陷，减小心墙和防渗墙结合部的应力集中。
The soft joint can suit to the nonuniform settlement of foundation and decrease stress concentration at connection part.
结果表明渗漏原因分析合理，纠正和预防措施得当，成功地解决薄壁地下连续墙施工接头渗漏的质量通病。
It is concluded that the common quality defects of leaking joints in the thin diaphragm walls could be rectified and prevented by rational research of seepages causes and proper treatment.
地下连续墙的接点由柔性改为刚性，其锁口管、连接头箱与施工工艺也起了相应的变化。
The change from flexible connector into stiff connector in the construction of continuous underground-wall brings about the changes of locking pipe, hollow jointer and construction technology.
而接头管法连接由于其快捷、高效、节能、低耗的施工工艺，为目前地下连续墙施工中普遍应用的接头处理新技术。
Now the pipe-joint technology is universal used in the linking construction of the diaphragm wall because of its connection speed, high-performance, energy-saving, low consumption.
止动调节螺丝也就是锁定螺丝，位于主体接头上。这是执行机构气源压力墙外的外部装置。
Stop Adjustment Screws as well as Locking Screws located in Body Adapter. This is external to Actuator Air Pressure Chamber.
墙段连接技术是地下连续墙施工中的一项关键技术，接头施工质量的好坏直接影响地下连续墙的设计功能。
The technology of the wall linking is the key point for the diaphragm wall construction, the quality of the linking construction will impact direct on the designing features of the diaphragm wall.
对地下连续墙接头形式进行了总结和探讨；对接头渗漏的原因进行分析，介绍接头防渗堵漏技术。
In this article, the author concludes and discusses joint forms of underground continuous walls, analyzes reasons of joint leakage, and states several joint impervious and leakage-block techniques.
连续墙墙段接头采用接头管法、接头板法和型钢柱法，均取得了较好的效果。
The continuous wall junctions are connected by the methods of junction pipe method, junction plate method and section steel pillar method and good effectiveness has been gained.
施工完成后，通过开挖探坑、取芯等检查，防渗墙接头、墙体质量均符合要求。
The inspection of completed impervious cores through excavating exploratory pits and core extraction shows that the quality of the impervious core body and its joints meets the design requirements.
地下连续墙接头采用预制钢筋砼接头桩连接止水，两端头井辅以深层搅拌桩加固地基。
The tie in segment of the diaphragm wall is connected using pre reinforced concrete pile. The foundation strata of two shield well is also reinforced by deep mixing piles in order to seal water.
地下连续墙接头采用预制钢筋砼接头桩连接止水，两端头井辅以深层搅拌桩加固地基。
The tie in segment of the diaphragm wall is connected using pre reinforced concrete pile. The foundation strata of two shield well is also reinforced by deep mixing piles in order to seal water.
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