Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
External self-climbing type triangular supporting protecting scaffold system construction method
The invention relates to an external self-climbing type triangular supporting protecting scaffold system construction method. The method mainly comprises the construction steps of first-layer precastexternal wall lifting, first-layer sliding rail installing, first-layer triangular supporting protecting scaffold lifting, second-layer precast external wall lifting, second-layer sliding rail installing, first-layer triangular supporting protecting scaffold climbing to the second layer, and circular construction. After a first-layer precast external wall and a sliding rail are installed in place,the triangular supporting protecting scaffold is installed and climbed in place, after other first-level components are constructed, the second-layer precast external wall and the sliding rail are installed, the first-level scaffold is climbed to the second-level construction position, operations are executed repeatedly, and the scaffold is recycled after construction of all floors is completed.The problems that according to the traditional fabricated engineering cantilever scaffold construction technology, the structure is complete, the influence on fabricated components is large, punched holes need to be blocked, external wall leakage resistance is difficult, many workers and materials are consumed, the safety is low, the time limit for a project is long, and the economical efficiencyis poor are solved, and the economic technology benefits are obvious.
本发明涉及一种外挂自爬式三角支撑防护脚手架体系的施工方法，主要施工步骤包括：首层预制外墙吊装、首层滑轨安装、首层三角支撑防护脚手架吊装、二层预制外墙吊装、二层滑轨安装、首层三角支撑防护脚手架爬升至二层、循环施工。本发明待首层预制外墙及滑轨安装就位后，将三角支撑防护脚手架安装并爬升就位，待首层其他构件施工完毕后安装二层预制外墙及滑轨，并将首层脚手架爬升至二层施工位置，重复上述操作至全部楼层施工完毕后回收脚手架。克服了传统装配式工程悬挑脚手架施工技术存在的结构复杂且对装配式构件影响大，穿孔需封堵且外墙防渗困难、耗工与耗材多、安全性低，工期长且经济性差等问题，经济技术效益明显。
External self-climbing type triangular supporting protecting scaffold system construction method
The invention relates to an external self-climbing type triangular supporting protecting scaffold system construction method. The method mainly comprises the construction steps of first-layer precastexternal wall lifting, first-layer sliding rail installing, first-layer triangular supporting protecting scaffold lifting, second-layer precast external wall lifting, second-layer sliding rail installing, first-layer triangular supporting protecting scaffold climbing to the second layer, and circular construction. After a first-layer precast external wall and a sliding rail are installed in place,the triangular supporting protecting scaffold is installed and climbed in place, after other first-level components are constructed, the second-layer precast external wall and the sliding rail are installed, the first-level scaffold is climbed to the second-level construction position, operations are executed repeatedly, and the scaffold is recycled after construction of all floors is completed.The problems that according to the traditional fabricated engineering cantilever scaffold construction technology, the structure is complete, the influence on fabricated components is large, punched holes need to be blocked, external wall leakage resistance is difficult, many workers and materials are consumed, the safety is low, the time limit for a project is long, and the economical efficiencyis poor are solved, and the economic technology benefits are obvious.
本发明涉及一种外挂自爬式三角支撑防护脚手架体系的施工方法，主要施工步骤包括：首层预制外墙吊装、首层滑轨安装、首层三角支撑防护脚手架吊装、二层预制外墙吊装、二层滑轨安装、首层三角支撑防护脚手架爬升至二层、循环施工。本发明待首层预制外墙及滑轨安装就位后，将三角支撑防护脚手架安装并爬升就位，待首层其他构件施工完毕后安装二层预制外墙及滑轨，并将首层脚手架爬升至二层施工位置，重复上述操作至全部楼层施工完毕后回收脚手架。克服了传统装配式工程悬挑脚手架施工技术存在的结构复杂且对装配式构件影响大，穿孔需封堵且外墙防渗困难、耗工与耗材多、安全性低，工期长且经济性差等问题，经济技术效益明显。
External self-climbing type triangular supporting protecting scaffold system construction method
外挂自爬式三角支撑防护脚手架体系的施工方法
CHEN XIAOLIN (Autor:in) / ZHU KAI (Autor:in)
05.06.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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