A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Super high-rise common structure vertical shaft air pipe installation method
The invention provides a mounting method for a shaft air duct of a super high-rise shared structure, and belongs to the technical field of building construction.The mounting method for the shaft air duct of the super high-rise shared structure comprises the steps that early-stage preparation is conducted, a BIM model of the shaft air duct is constructed, and hydraulic calculation is conducted according to the position and size of a mounting support of the shaft air duct; unifying the size of the mounting bracket of the vertical shaft air duct in one direction, and optimizing the BIM model of the vertical shaft air duct; dividing the BIM model of the vertical shaft air pipe according to floor characteristics, determining the position of a mounting bracket of the vertical shaft air pipe, and fixing the mounting bracket; the standard section and the connecting section of the vertical shaft air pipe are machined; a first-layer support is installed at the bottom of the vertical shaft air pipe, and the vertical shaft air pipe is installed; a stability detection system is installed on the vertical shaft air pipe and used for monitoring the stability of the vertical shaft air pipe in real time; the method can solve the problems that the angle is difficult to change flexibly and the sealing performance is poor in the construction of the existing vertical shaft air pipe.
本发明提供了一种超高层共用结构竖井风管安装方法，属于建筑施工技术领域，该超高层共用结构竖井风管安装方法为前期准备，构建竖井风管的BIM模型，根据竖井风管的安装支架位置及尺寸，并进行水力计算，统一竖井风管的安装支架在一个方向上的尺寸，对竖井风管的BIM模型进行优化；根据楼层特点对竖井风管的BIM模型进行划分，确定竖井风管的安装支架位置，并对其进行固定；分别对竖井风管的标准段和连接段进行加工；在竖井风管的底部安装首层支架，对竖井风管进行安装；在竖井风管上安装稳定性检测系统，用于对竖井风管的稳定性进行实时监测；该方法能够解决现有竖井风管的施工存在难以灵活改变角度、密封性差的问题。
Super high-rise common structure vertical shaft air pipe installation method
The invention provides a mounting method for a shaft air duct of a super high-rise shared structure, and belongs to the technical field of building construction.The mounting method for the shaft air duct of the super high-rise shared structure comprises the steps that early-stage preparation is conducted, a BIM model of the shaft air duct is constructed, and hydraulic calculation is conducted according to the position and size of a mounting support of the shaft air duct; unifying the size of the mounting bracket of the vertical shaft air duct in one direction, and optimizing the BIM model of the vertical shaft air duct; dividing the BIM model of the vertical shaft air pipe according to floor characteristics, determining the position of a mounting bracket of the vertical shaft air pipe, and fixing the mounting bracket; the standard section and the connecting section of the vertical shaft air pipe are machined; a first-layer support is installed at the bottom of the vertical shaft air pipe, and the vertical shaft air pipe is installed; a stability detection system is installed on the vertical shaft air pipe and used for monitoring the stability of the vertical shaft air pipe in real time; the method can solve the problems that the angle is difficult to change flexibly and the sealing performance is poor in the construction of the existing vertical shaft air pipe.
本发明提供了一种超高层共用结构竖井风管安装方法，属于建筑施工技术领域，该超高层共用结构竖井风管安装方法为前期准备，构建竖井风管的BIM模型，根据竖井风管的安装支架位置及尺寸，并进行水力计算，统一竖井风管的安装支架在一个方向上的尺寸，对竖井风管的BIM模型进行优化；根据楼层特点对竖井风管的BIM模型进行划分，确定竖井风管的安装支架位置，并对其进行固定；分别对竖井风管的标准段和连接段进行加工；在竖井风管的底部安装首层支架，对竖井风管进行安装；在竖井风管上安装稳定性检测系统，用于对竖井风管的稳定性进行实时监测；该方法能够解决现有竖井风管的施工存在难以灵活改变角度、密封性差的问题。
Super high-rise common structure vertical shaft air pipe installation method
一种超高层共用结构竖井风管安装方法
WU ZHANBIN (author) / ZHANG HAI (author) / ZHU XIAOXIAO (author) / HAN RUI (author) / WANG CHAO (author) / WANG ZHENXING (author) / GUO JINYONG (author) / SUN FENGBIN (author) / JIANG SHUAI (author) / DU PEIMING (author)
2023-09-15
Patent
Electronic Resource
Chinese
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