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首页> 外文会议>International Symposium on Safety Science and Technology >Safety control of hydraulic self-climbing formwork in south tower construction of Taizhou Bridge
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Safety control of hydraulic self-climbing formwork in south tower construction of Taizhou Bridge

机译：台州南塔桥液压自攀岩模板安全控制

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摘要

Hydraulic self-climbing formwork has the advantages of self-climbing, easy operation, less operating personnel, and good appearance quality, with relatively mature construction techniques and technology, and so has been widely used in many large and medium projects. Its operating platform and climbing system are as a whole, and the overall pressure-driven device can achieve even climbing, and therefore can markedly improve its safety performance. However, hydraulic self-climbing formwork with a complex and bulky structure is still the focus of construction safety control. There is a great safety risk in the process of operation and use, such as its installation and dismantling, adjustment of position, which is prone to lead to template collapse, fall from high places, and strike against objects, etc. Taizhou Bridge introduced hydraulic self-climbing formwork system during the construction of South-Tower, and achieved good results through a series of effective security control measures. This paper, South Tower of Taizhou Bridge as background, analyzed the major risk factors in the construction of hydraulic self-climbing formwork, and proposed corresponding control measures, which can play a good reference for similar projects.
机译：液压自爬模板具有自攀岩，操作简便，操作人员较少，外观质量较少，具有相对成熟的施工技术和技术，因此已广泛应用于许多大中型项目。其操作平台和攀岩系统整体，整体压力驱动的装置甚至可以实现攀爬，因此可以显着提高其安全性能。然而，具有复杂和笨重的结构的液压自爬模板仍然是施工安全控制的重点。操作和使用过程中存在巨大的安全风险，例如其安装和拆卸，调整位置，易于导致模板塌陷，从高位塌陷，并撞击对象等。台州桥推出液压南塔施工过程中的自攀岩模板系统，通过一系列有效的安全控制措施实现了良好的效果。本文，台州市南塔作为背景，分析了液压自攀岩模板建设中的主要危险因素，提出了相应的控制措施，这对类似项目发挥了很好的参考。

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