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在建筑施工现场,高处施工作业不可避免,保证施工人员的安全成为了不可忽略的一项重要内容。最初的层间防护是用架管将层与层之间搭接起来,这种方法费时又费力,施工时仅此一项就会耗费很多人工,而且需要很多尺寸不一的架管,消耗较多的材料。因此出现了传统的整体提升脚手架,该脚手架可以在楼间自由升降,与悬挑脚手架相比省时、省工、省料。然而,传统整体提升架对于规则的建筑立面结构的使用很方便,但对于突出位置如空调搁板处,层间安全防护就很难做好。
In the construction site, construction work is inevitable at high altitude, to ensure the safety of construction workers has become an important part that can not be ignored. The first layer of protection is the use of pipe to layer and layer lap between the layers, this method is time-consuming and laborious, the construction of this one will be a lot of labor-consuming, and require a lot of different sizes of pipe, consumption more More material. Therefore, there has been a traditional overall lifting scaffolding, the scaffolding can be freely raised and lowered between the floor, compared with the cantilevered scaffolding time-saving, labor-saving and material saving. However, the traditional monolithic lifting racks are convenient for regular façade structures, but it is very hard for well-spaced safety barriers to be placed on prominent shelves such as air conditioners.