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Power transmission project prefabricated foundation installation and iron tower assembly coherent construction method
The invention discloses a power transmission project prefabricated foundation installation and iron tower assembly coherent construction method which includes the following steps of re-measurement andpit dividing, construction plane design, ground tower assembly, foundation pit excavation, foundation backfill, process changing acceptance and overall tower erection. Through the technical scheme, aconstruction process of "foundation construction first, then tower assembly on the ground" in the prior art is adjusted to " tower assembly first, then foundation construction", the on-site development of a flow process mode of "personnel flow with machinery, continuous machinery operation and process close connection" is facilitated, the close connection of ten processes of "on-site re-measurement, pit dividing positioning, construction plane design, ground tower assembly, foundation pit excavation, prefabricated foundation transportation and installation, grounding installation, foundationbackfilling and compaction, process changing acceptance and overall tower erection" can be realized, the overall construction efficiency of the line foundation and the iron group assembly is improved,the construction period is shortened and controllable, the fully mechanized construction of the line engineering is realized, the economic benefits are significant, and the safety risks are reduced.
本发明公开了一种输电工程预制基础安装、铁塔组立连贯施工方法,方法包括以下步骤复测分坑,施工平面设计,地面组塔,基坑开挖,基础回填,转序验收,整体立塔。本发明通过上述技术方案将现有技术中的“先基础施工、后地面组塔”的施工流程调整为“先地面组塔、后基础施工”,利于现场开展“人员随机械流动、机械持续运转、工序紧密衔接”的流水作业模式,能够实现“现场复测、分坑定位、施工平面设计、地面组塔、基坑开挖、预制基础运输与安装、接地安装、基础回填夯实、转序验收、整体立塔”等10个工序的紧密衔接,提升了线路基础和铁组组立的整体施工效率,实现施工周期的缩短和可控和线路工程的全机械化施工,经济效益显著,降低安全风险。
Power transmission project prefabricated foundation installation and iron tower assembly coherent construction method
The invention discloses a power transmission project prefabricated foundation installation and iron tower assembly coherent construction method which includes the following steps of re-measurement andpit dividing, construction plane design, ground tower assembly, foundation pit excavation, foundation backfill, process changing acceptance and overall tower erection. Through the technical scheme, aconstruction process of "foundation construction first, then tower assembly on the ground" in the prior art is adjusted to " tower assembly first, then foundation construction", the on-site development of a flow process mode of "personnel flow with machinery, continuous machinery operation and process close connection" is facilitated, the close connection of ten processes of "on-site re-measurement, pit dividing positioning, construction plane design, ground tower assembly, foundation pit excavation, prefabricated foundation transportation and installation, grounding installation, foundationbackfilling and compaction, process changing acceptance and overall tower erection" can be realized, the overall construction efficiency of the line foundation and the iron group assembly is improved,the construction period is shortened and controllable, the fully mechanized construction of the line engineering is realized, the economic benefits are significant, and the safety risks are reduced.
本发明公开了一种输电工程预制基础安装、铁塔组立连贯施工方法,方法包括以下步骤复测分坑,施工平面设计,地面组塔,基坑开挖,基础回填,转序验收,整体立塔。本发明通过上述技术方案将现有技术中的“先基础施工、后地面组塔”的施工流程调整为“先地面组塔、后基础施工”,利于现场开展“人员随机械流动、机械持续运转、工序紧密衔接”的流水作业模式,能够实现“现场复测、分坑定位、施工平面设计、地面组塔、基坑开挖、预制基础运输与安装、接地安装、基础回填夯实、转序验收、整体立塔”等10个工序的紧密衔接,提升了线路基础和铁组组立的整体施工效率,实现施工周期的缩短和可控和线路工程的全机械化施工,经济效益显著,降低安全风险。
Power transmission project prefabricated foundation installation and iron tower assembly coherent construction method
一种输电工程预制基础安装、铁塔组立连贯施工方法
WANG ZHENGPING (Autor:in) / ZHAO PEI (Autor:in) / HOU XINHUI (Autor:in) / YIN ZHIRUI (Autor:in) / SUN MINGCHONG (Autor:in) / LI GANG (Autor:in) / HAN GUANGFEI (Autor:in) / WANG QIANG (Autor:in) / HAN YINGTAO (Autor:in) / WANG HONGJUN (Autor:in)
04.08.2020
Patent
Elektronische Ressource
Chinesisch
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