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随着建筑机械程度的不断提高,智能附着式升降脚手架桁架使用方便,升降平稳,提升阻力小,无卡阻,装拆方便,运输方便,减轻了劳动强度,减少了高空作业的不安全因素,同时施工时省时、省力,加快了施工进度。推广应用附着式脚手架是节约资源、发展循环经济和保护生态环境的重要措施。附着式脚手架可以用在高层的建筑主体均适用。本文主要从智能附着式升降脚手架、桁架,底盘刚度、三维设计、有限元分析等几个方面进行探究,希望对于相关的人员具体参考价值的作用。
With the continuous improvement of construction machinery, the intelligent attachment-type ascending and descending truss truss is easy to use, stable in elevation, small in resistance, no jamming, convenient in assembly and disassembly, convenient in transportation, reduced in labor intensity and less unsafe in aerial work, At the same time, the construction saves time, effort and speed up the construction progress. Promote the use of attached scaffolding is an important measure to save resources, develop recycling economy and protect the ecological environment. Attached scaffolding can be used in high-rise buildings are suitable. In this paper, the author mainly explores several aspects such as intelligent attached lifting scaffolding, truss, chassis rigidity, three-dimensional design, finite element analysis, and so on, hoping to have specific reference value for relevant personnel.