A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated wall construction method
The invention relates to the field of assembly type building construction, in particular to an assembly type wall construction method which comprises the steps that wall assemblies are preliminarily fixed through a supporting frame, images of the wall assemblies are collected to obtain the size of a gap between the wall assemblies, and whether the size of the gap meets the gap assembly standard or not is judged; when the gap assembly standard is not met, a laser ranging unit is used for obtaining the distance between the surface collection point of each wall assembly and the datum plane so as to judge the offset mode of the wall assembly, and the position of the wall assembly is adjusted; when the gap assembly standard is met, a plurality of connecting pieces are installed on the wall body, and wall body installation is completed; vibration is applied to the wall assembly, the gap fluctuation parameter and the distance fluctuation parameter are calculated to judge whether the wall assembly meets the stability standard or not, the number of the connecting pieces is adjusted when the wall assembly does not meet the stability standard, the installation position of the wall assembly can be accurately judged, the installation stability of the wall assembly can be judged, and the safety of the wall assembly is improved.
本发明涉及装配式建筑施工领域，尤其涉及一种装配式墙体施工方法，本发明将墙体组件通过支撑架进行初步固定，并采集墙体组件图像，以获取墙体组件间的缝隙大小，并判定是否符合缝隙装配标准；在不符合缝隙装配标准时，通过激光测距单元获取各所述墙体组件表面采集点至基准面的距离，以判定墙体组件的偏移方式，并调整所述墙体组件的位置；在符合缝隙装配标准时，在墙体上安装若干连接件，完成墙体安装；对墙体组件施加振动，计算缝隙波动参量以及距离波动参量，以判定墙体组件是否符合稳定标准，并在不符合稳定标准时调整连接件的数量，本发明可精准判定墙体组件安装位置，且可判定墙体组件安装的稳定性，提升墙体组件的安全性。
Fabricated wall construction method
The invention relates to the field of assembly type building construction, in particular to an assembly type wall construction method which comprises the steps that wall assemblies are preliminarily fixed through a supporting frame, images of the wall assemblies are collected to obtain the size of a gap between the wall assemblies, and whether the size of the gap meets the gap assembly standard or not is judged; when the gap assembly standard is not met, a laser ranging unit is used for obtaining the distance between the surface collection point of each wall assembly and the datum plane so as to judge the offset mode of the wall assembly, and the position of the wall assembly is adjusted; when the gap assembly standard is met, a plurality of connecting pieces are installed on the wall body, and wall body installation is completed; vibration is applied to the wall assembly, the gap fluctuation parameter and the distance fluctuation parameter are calculated to judge whether the wall assembly meets the stability standard or not, the number of the connecting pieces is adjusted when the wall assembly does not meet the stability standard, the installation position of the wall assembly can be accurately judged, the installation stability of the wall assembly can be judged, and the safety of the wall assembly is improved.
本发明涉及装配式建筑施工领域，尤其涉及一种装配式墙体施工方法，本发明将墙体组件通过支撑架进行初步固定，并采集墙体组件图像，以获取墙体组件间的缝隙大小，并判定是否符合缝隙装配标准；在不符合缝隙装配标准时，通过激光测距单元获取各所述墙体组件表面采集点至基准面的距离，以判定墙体组件的偏移方式，并调整所述墙体组件的位置；在符合缝隙装配标准时，在墙体上安装若干连接件，完成墙体安装；对墙体组件施加振动，计算缝隙波动参量以及距离波动参量，以判定墙体组件是否符合稳定标准，并在不符合稳定标准时调整连接件的数量，本发明可精准判定墙体组件安装位置，且可判定墙体组件安装的稳定性，提升墙体组件的安全性。
Fabricated wall construction method
一种装配式墙体施工方法
LUO YANFEI (author) / LI NING (author) / YANG HAO (author) / LU SEN (author) / JIANG YUEJUN (author) / CHEN MUHUA (author)
2024-05-03
Patent
Electronic Resource
Chinese