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Tennis court stainless steel continuous welding metal roof construction method
The invention discloses a tennis court stainless steel continuous welding metal roof construction method, and relates to the technical field of building roof construction, and the method comprises the following steps: rechecking a steel skeleton support system, determining theoretical coordinates and elevation of an adapter on a steel skeleton structure through a BIM model, and performing actual measurement and checking; carrying out construction and retest of the adapter and the purline; constructing, mounting and retesting the profiled steel sheet layer; constructing and installing the leveling steel plate layer, the waterproof roll layer and the heat preservation and insulation layer; paying off and mounting the fixed support; carrying out temporary fixed installation, edge locking and welding treatment of the roof panel; according to the construction method, the theoretical coordinates and the actual coordinates obtained through the BIM model are rechecked, the machining lengths of the adapters and the purlins are parameterized and exported, the installation error in the construction process is reduced, the problems that in the traditional construction process, the paying-off positioning difficulty is large, and the construction efficiency is low are solved, and meanwhile the welding quality and the water leakage prevention performance after construction are improved.
本发明公开了一种网球场不锈钢连续焊接金属屋面施工方法,涉及建筑屋顶施工技术领域,包括如下步骤,钢骨架支撑体系复核,通过BIM模型确定转接件在钢骨架结构上的理论坐标及标高,并实测校核的;进行转接件、檩条施工与复测;压型钢板层施工安装与复测;找平钢板层、防水卷材层和保温隔热层施工安装;固定支座放线与安装;屋面板临时固定安装、锁边及焊接处理;所述施工方法通过BIM模型得到的理论坐标与实际坐标复核,并对转接件、檩条的加工长度参数化导出,降低施工过程中的安装误差,解决传统施工过程中放线定位难度大,施工效率低的问题,同时提高施工后的焊接质量和防漏水性能。
Tennis court stainless steel continuous welding metal roof construction method
The invention discloses a tennis court stainless steel continuous welding metal roof construction method, and relates to the technical field of building roof construction, and the method comprises the following steps: rechecking a steel skeleton support system, determining theoretical coordinates and elevation of an adapter on a steel skeleton structure through a BIM model, and performing actual measurement and checking; carrying out construction and retest of the adapter and the purline; constructing, mounting and retesting the profiled steel sheet layer; constructing and installing the leveling steel plate layer, the waterproof roll layer and the heat preservation and insulation layer; paying off and mounting the fixed support; carrying out temporary fixed installation, edge locking and welding treatment of the roof panel; according to the construction method, the theoretical coordinates and the actual coordinates obtained through the BIM model are rechecked, the machining lengths of the adapters and the purlins are parameterized and exported, the installation error in the construction process is reduced, the problems that in the traditional construction process, the paying-off positioning difficulty is large, and the construction efficiency is low are solved, and meanwhile the welding quality and the water leakage prevention performance after construction are improved.
本发明公开了一种网球场不锈钢连续焊接金属屋面施工方法,涉及建筑屋顶施工技术领域,包括如下步骤,钢骨架支撑体系复核,通过BIM模型确定转接件在钢骨架结构上的理论坐标及标高,并实测校核的;进行转接件、檩条施工与复测;压型钢板层施工安装与复测;找平钢板层、防水卷材层和保温隔热层施工安装;固定支座放线与安装;屋面板临时固定安装、锁边及焊接处理;所述施工方法通过BIM模型得到的理论坐标与实际坐标复核,并对转接件、檩条的加工长度参数化导出,降低施工过程中的安装误差,解决传统施工过程中放线定位难度大,施工效率低的问题,同时提高施工后的焊接质量和防漏水性能。
Tennis court stainless steel continuous welding metal roof construction method
一种网球场不锈钢连续焊接金属屋面施工方法
REN YUYANG (author) / GENG WANGLEI (author) / WANG SANXI (author) / WANG CHONG (author) / ZHENG SHUO (author)
2022-02-18
Patent
Electronic Resource
Chinese
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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