Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node and construction method
The invention discloses a multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node and a construction method, the multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node comprises a roof cross beam, two purlin supports are mounted at the upper end of the roof cross beam, and purlins are mounted on the two purlin supports; the connecting bottom plate is used for playing a supporting role, and the connecting bottom plate is mounted above the two purlines; the vapor-proof and dust-proof layer can be used for isolating water vapor, so that the situation that the indoor environment is affected due to the fact that the outdoor environment humidity is high is avoided; the noise reduction layer is used for reducing indoor noise transmission and outdoor noise transmission; and a noise reduction supporting layer. The invention further comprises a construction method of the multi-angle super-large variable cross-section hyperbolic cambered surface metal roof. In the specific using process of the mounting node, the display effect of a mounted building can be better through pre-forming simulation, in addition, punching anti-corrosion treatment is completed on needed plate bodies in a factory according to a BIM drawing, and the mounting node has the advantage of being good in factory prefabrication machining quality.
本发明公开了多角度超大变截面双曲弧面金属屋面安装节点及施工方法，包括屋顶横梁，所述屋顶横梁的上端安装有两个檩托，两个所述檩托的上均安装有檩条；连接底板，所述连接底板用于起到支撑作用，所述连接底板安装在两个檩条的上方；隔汽防尘层，所述隔汽防尘层可用于隔绝水汽，避免室外环境湿度大而影响室内的情况出现；降噪层，所述降噪层用于降低室内噪音传出和室外噪音传入；降噪支撑层。本发明还包括多角度超大变截面双曲弧面金属屋面的施工方法。该安装节点在具体的使用过程中，利用预成型的模拟，可保证安装后的建筑展示效果更好，另外需要的板体都根据BIM图纸在工厂内完成打孔防腐处理，具有工厂预制加工质量好的优点。
Multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node and construction method
The invention discloses a multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node and a construction method, the multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node comprises a roof cross beam, two purlin supports are mounted at the upper end of the roof cross beam, and purlins are mounted on the two purlin supports; the connecting bottom plate is used for playing a supporting role, and the connecting bottom plate is mounted above the two purlines; the vapor-proof and dust-proof layer can be used for isolating water vapor, so that the situation that the indoor environment is affected due to the fact that the outdoor environment humidity is high is avoided; the noise reduction layer is used for reducing indoor noise transmission and outdoor noise transmission; and a noise reduction supporting layer. The invention further comprises a construction method of the multi-angle super-large variable cross-section hyperbolic cambered surface metal roof. In the specific using process of the mounting node, the display effect of a mounted building can be better through pre-forming simulation, in addition, punching anti-corrosion treatment is completed on needed plate bodies in a factory according to a BIM drawing, and the mounting node has the advantage of being good in factory prefabrication machining quality.
本发明公开了多角度超大变截面双曲弧面金属屋面安装节点及施工方法，包括屋顶横梁，所述屋顶横梁的上端安装有两个檩托，两个所述檩托的上均安装有檩条；连接底板，所述连接底板用于起到支撑作用，所述连接底板安装在两个檩条的上方；隔汽防尘层，所述隔汽防尘层可用于隔绝水汽，避免室外环境湿度大而影响室内的情况出现；降噪层，所述降噪层用于降低室内噪音传出和室外噪音传入；降噪支撑层。本发明还包括多角度超大变截面双曲弧面金属屋面的施工方法。该安装节点在具体的使用过程中，利用预成型的模拟，可保证安装后的建筑展示效果更好，另外需要的板体都根据BIM图纸在工厂内完成打孔防腐处理，具有工厂预制加工质量好的优点。
Multi-angle oversized variable cross-section hyperbolic cambered surface metal roof mounting node and construction method
多角度超大变截面双曲弧面金属屋面安装节点及施工方法
WANG XIUJUN (Autor:in) / HUANG YUNCHANG (Autor:in) / ZHANG ZHILI (Autor:in) / CHENG SHAOCHUN (Autor:in) / LIU TENG (Autor:in) / WAN ZEHUA (Autor:in) / DOU TIANXIAO (Autor:in)
09.05.2023
Patent
Elektronische Ressource
Chinesisch
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