A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Hoisting process for oversized honeycomb aluminum plate
The invention relates to a hoisting process for an oversized honeycomb aluminum plate, which belongs to the technical field of suspended ceiling construction and comprises the following steps: scanning and modeling a steel structure; safety measures are installed in a mode of synchronous operation on the steel structure up and down; a transfer layer main keel is installed on an upper opening of the lower chord beam; assembling a unit block frame; a winch is arranged on the ground, a unit block frame is hoisted through a detachable fixed pulley block, and the unit block frame is installed in the mode that workers on the steel structure and a ground crank arm vehicle cooperatively work up and down; and checking and accepting. By combining the BIM technology, the construction accuracy and the construction efficiency are effectively improved, meanwhile, by means of the cooperative work mode of workers on the upper portion of the steel structure and the ground crank arm vehicle, the dependence of a traditional technology on an all-round scaffold is eliminated, a working face is reserved for other work on the ground, cross construction is facilitated, and the overall construction efficiency is effectively improved.
本申请涉及一种超大板块蜂窝铝板吊装工艺，属于吊顶施工技术领域，包括以下步骤:对钢结构进行扫描及建模；通过在钢结构上下同步作业的方式安装安全措施；在下弦梁上口安装转换层主龙骨；组装单元块框架；地面设置卷扬机，通过可拆卸定滑轮组吊装单元块框架，并通过钢结构上工作人员、地面曲臂车上下协同作业的方式安装单元块框架；检查验收。本申请通过结合BIM技术，有效提升了施工精确度与施工效率，同时通过钢结构上部工作人员与地面曲臂车协同工作的方式，摆脱了传统工艺对满堂脚手架的依赖，为地面其他工作留出了作业面，方便施工的交叉进行，有效提升了整体施工效率。
Hoisting process for oversized honeycomb aluminum plate
The invention relates to a hoisting process for an oversized honeycomb aluminum plate, which belongs to the technical field of suspended ceiling construction and comprises the following steps: scanning and modeling a steel structure; safety measures are installed in a mode of synchronous operation on the steel structure up and down; a transfer layer main keel is installed on an upper opening of the lower chord beam; assembling a unit block frame; a winch is arranged on the ground, a unit block frame is hoisted through a detachable fixed pulley block, and the unit block frame is installed in the mode that workers on the steel structure and a ground crank arm vehicle cooperatively work up and down; and checking and accepting. By combining the BIM technology, the construction accuracy and the construction efficiency are effectively improved, meanwhile, by means of the cooperative work mode of workers on the upper portion of the steel structure and the ground crank arm vehicle, the dependence of a traditional technology on an all-round scaffold is eliminated, a working face is reserved for other work on the ground, cross construction is facilitated, and the overall construction efficiency is effectively improved.
本申请涉及一种超大板块蜂窝铝板吊装工艺，属于吊顶施工技术领域，包括以下步骤:对钢结构进行扫描及建模；通过在钢结构上下同步作业的方式安装安全措施；在下弦梁上口安装转换层主龙骨；组装单元块框架；地面设置卷扬机，通过可拆卸定滑轮组吊装单元块框架，并通过钢结构上工作人员、地面曲臂车上下协同作业的方式安装单元块框架；检查验收。本申请通过结合BIM技术，有效提升了施工精确度与施工效率，同时通过钢结构上部工作人员与地面曲臂车协同工作的方式，摆脱了传统工艺对满堂脚手架的依赖，为地面其他工作留出了作业面，方便施工的交叉进行，有效提升了整体施工效率。
Hoisting process for oversized honeycomb aluminum plate
超大板块蜂窝铝板吊装工艺
ZHAO HONGTAO (author) / YIN QINGHUA (author) / ZHANG JIN (author) / ZHAO SHILIANG (author) / LI ZHENLING (author) / FENG HUIXIA (author) / DONG PENGCHENG (author) / YANG RUN (author) / ZHANG SONGHE (author) / TANG HUAIYU (author)
2022-12-13
Patent
Electronic Resource
Chinese
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