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Connecting structure and connecting mode of fabricated building enclosure outer wall and I-shaped steel beam
The invention relates to the technical field of building enclosure outer wall assembly, and particularly discloses a connecting structure of an assembly type building enclosure outer wall and an I-shaped steel beam and a connecting mode of the assembly type building enclosure outer wall and the I-shaped steel beam, the connecting structure comprises an enclosure outer wall body and an I-shaped steel beam frame, and the I-shaped steel beam frame is arranged at the rear end of the enclosure outer wall body; the enclosure outer wall body and the I-shaped steel beam frame are connected through the connecting mechanism, the grooves are formed in the two ends of the I-shaped steel beam frame, the I-shaped steel beam frame and the enclosure outer wall body are driven to be automatically installed through rotation of the single rod body, installation convenience is improved, installation efficiency is improved, the problem of complexity of traditional installation is solved, and installation efficiency is improved. The joint of the I-shaped steel beam frame and the enclosure outer wall body is supported, the supporting performance of the whole I-shaped steel beam frame is improved, the bearing performance of the whole I-shaped steel beam frame is improved, the connecting stability is ensured, the left supporting rod and the right supporting rod are contained in the grooves in the two sides of the I-shaped steel beam frame, the containing performance of the whole supporting structure is improved, and the standing area of the I-shaped steel beam frame is reduced.
本发明涉及建筑围护外墙装配技术领域,具体公开了装配式建筑围护外墙与工字钢梁的连接结构及其连接方式,包括围护外墙体和工字钢梁架,所述围护外墙体的后端设置有工字钢梁架,且所述围护外墙体和工字钢梁架之间由连接机构进行连接,所述工字钢梁架的两端开设有凹槽,通过单个杆体旋转,带动工字钢梁架与围护外墙体自动安装,提高安装便捷性,也增加了安装效率,解决了传统安装的繁杂性,对工字钢梁架与围护外墙体连接处进行支撑,提高整个工字钢梁架支撑性,增加整个工字钢梁架承重性能,确保连接稳定性,左支持杆和右支持杆收纳到工字钢梁架两侧的凹槽内,提高整个支撑结构的收纳性,减少工字钢梁架站位面积。
Connecting structure and connecting mode of fabricated building enclosure outer wall and I-shaped steel beam
The invention relates to the technical field of building enclosure outer wall assembly, and particularly discloses a connecting structure of an assembly type building enclosure outer wall and an I-shaped steel beam and a connecting mode of the assembly type building enclosure outer wall and the I-shaped steel beam, the connecting structure comprises an enclosure outer wall body and an I-shaped steel beam frame, and the I-shaped steel beam frame is arranged at the rear end of the enclosure outer wall body; the enclosure outer wall body and the I-shaped steel beam frame are connected through the connecting mechanism, the grooves are formed in the two ends of the I-shaped steel beam frame, the I-shaped steel beam frame and the enclosure outer wall body are driven to be automatically installed through rotation of the single rod body, installation convenience is improved, installation efficiency is improved, the problem of complexity of traditional installation is solved, and installation efficiency is improved. The joint of the I-shaped steel beam frame and the enclosure outer wall body is supported, the supporting performance of the whole I-shaped steel beam frame is improved, the bearing performance of the whole I-shaped steel beam frame is improved, the connecting stability is ensured, the left supporting rod and the right supporting rod are contained in the grooves in the two sides of the I-shaped steel beam frame, the containing performance of the whole supporting structure is improved, and the standing area of the I-shaped steel beam frame is reduced.
本发明涉及建筑围护外墙装配技术领域,具体公开了装配式建筑围护外墙与工字钢梁的连接结构及其连接方式,包括围护外墙体和工字钢梁架,所述围护外墙体的后端设置有工字钢梁架,且所述围护外墙体和工字钢梁架之间由连接机构进行连接,所述工字钢梁架的两端开设有凹槽,通过单个杆体旋转,带动工字钢梁架与围护外墙体自动安装,提高安装便捷性,也增加了安装效率,解决了传统安装的繁杂性,对工字钢梁架与围护外墙体连接处进行支撑,提高整个工字钢梁架支撑性,增加整个工字钢梁架承重性能,确保连接稳定性,左支持杆和右支持杆收纳到工字钢梁架两侧的凹槽内,提高整个支撑结构的收纳性,减少工字钢梁架站位面积。
Connecting structure and connecting mode of fabricated building enclosure outer wall and I-shaped steel beam
装配式建筑围护外墙与工字钢梁的连接结构及其连接方式
HONG XIAOGUANG (Autor:in) / HONG WEI (Autor:in)
26.01.2024
Patent
Elektronische Ressource
Chinesisch
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