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A platform for research: civil engineering, architecture and urbanism
The construction technology of the anti-skid scaffold for the high-rise building comprises the following steps that (1) the installation position of the scaffold body is determined according to the construction environment; (2) determining the height and length required by construction, determining the height of a main support frame according to the height, and determining the length of a horizontal bracket according to the length; (3) the main supporting frames are installed at the installation positions obtained in the step (1), and horizontal supporting frames are installed between the main supporting frames; (4) a horizontal support is installed between the main supporting frames; (5) mounting a horizontal connecting frame between the horizontal brackets; and (6) mounting an anti-skid platform on the horizontal connecting frame and the horizontal bracket. According to the scaffold used in the construction technology of the anti-skid scaffold for the high-rise building, the stability of the scaffold body is greatly improved, meanwhile, the anti-skid coatings are arranged on the outer sides of the anti-skid connecting pieces and the anti-skid platforms, the anti-skid effect is achieved, and compared with an existing product, the formula used by the coatings is more remarkable in anti-skid effect.
高层用防滑脚手架施工工艺，包括如下步骤(1)根据施工环境，确定脚手架本体的安装位置；(2)确定施工所需高度与长度，根据所述的高度确定主支撑架的高度，根据所述的长度确定水平支架的长度；(3)将所述的主支撑架安装至所述的步骤(1)中得到的安装位置，在主支撑架之间安装水平支撑架；(4)在主支撑架之间安装水平支架；(5)在水平支架之间安装水平连接架；(6)在水平连接架与水平支架上安装防滑平台即成。本发明所述的高层用防滑脚手架施工工艺使用的脚手架大幅提高脚手架本体的稳定性，同时在防滑连接件与防滑平台外侧设置有防滑涂层，起到了防滑作用，涂层使用的配方相对于现有产品，防滑效果更加显著。
The construction technology of the anti-skid scaffold for the high-rise building comprises the following steps that (1) the installation position of the scaffold body is determined according to the construction environment; (2) determining the height and length required by construction, determining the height of a main support frame according to the height, and determining the length of a horizontal bracket according to the length; (3) the main supporting frames are installed at the installation positions obtained in the step (1), and horizontal supporting frames are installed between the main supporting frames; (4) a horizontal support is installed between the main supporting frames; (5) mounting a horizontal connecting frame between the horizontal brackets; and (6) mounting an anti-skid platform on the horizontal connecting frame and the horizontal bracket. According to the scaffold used in the construction technology of the anti-skid scaffold for the high-rise building, the stability of the scaffold body is greatly improved, meanwhile, the anti-skid coatings are arranged on the outer sides of the anti-skid connecting pieces and the anti-skid platforms, the anti-skid effect is achieved, and compared with an existing product, the formula used by the coatings is more remarkable in anti-skid effect.
高层用防滑脚手架施工工艺，包括如下步骤(1)根据施工环境，确定脚手架本体的安装位置；(2)确定施工所需高度与长度，根据所述的高度确定主支撑架的高度，根据所述的长度确定水平支架的长度；(3)将所述的主支撑架安装至所述的步骤(1)中得到的安装位置，在主支撑架之间安装水平支撑架；(4)在主支撑架之间安装水平支架；(5)在水平支架之间安装水平连接架；(6)在水平连接架与水平支架上安装防滑平台即成。本发明所述的高层用防滑脚手架施工工艺使用的脚手架大幅提高脚手架本体的稳定性，同时在防滑连接件与防滑平台外侧设置有防滑涂层，起到了防滑作用，涂层使用的配方相对于现有产品，防滑效果更加显著。
Construction process of anti-skid scaffold for high-rise building
高层用防滑脚手架施工工艺
2022-11-18
Patent
Electronic Resource
Chinese
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