Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Anti-seismic fabricated external wall panel connecting structure and construction method
The invention belongs to the field of fabricated buildings, and particularly relates to an anti-seismic fabricated external wall panel connecting structure and a construction method.The anti-seismic fabricated external wall panel connecting structure comprises a bottom plate, wall assemblies, wall beams and floor slabs, the bottom plate is used for foundation construction of a fabricated building, the wall assemblies are used for construction of a fabricated building wall body, and the wall beams are used for improving the bearing strength of wall panels; the floor is used for layering the fabricated building. The sleeves A and the sleeves B which are horizontally and alternately distributed along the wall surface at the bottom of each wall plate are connected and matched with concrete of the insertion rods A on the bottom plate in a cast-in-place mode; inserting rods B horizontally distributed at the upper end of a lower-layer wallboard along the wall surface, concrete cast-in-place connection matching of sleeves A and sleeves B horizontally and alternately distributed at the bottom of an upper-layer wallboard along the wall surface, and low-strength concrete cast-in-place connection between high-strength concrete cast-in-place wall beams at the upper end of the lower-layer wallboard and floor slabs, so that ultrahigh fabricated building with more than 20 layers has composite requirements The strength is improved, and meanwhile the effective anti-seismic performance is achieved.
本发明属于装配式建筑领域，尤其涉及一种抗震装配式外墙板连接结构及施工方法，它包括底板，墙组件，墙梁，楼板，底板用于装配式建筑的基础搭建，墙组件用于装配式建筑墙体的搭建，墙梁用于提高墙板的承压强度，楼板用于装配式建筑分层。本发明通过每个墙板底部沿墙面水平交替分布的套筒A和套筒B与底板上插杆A的混凝土现浇连接配合、下层墙板上端沿墙面水平分布的插杆B与上层墙板底部沿墙面水平交替分布的套筒A和套筒B的混凝土现浇连接配合及下层墙板上端的高强度混凝土现浇墙梁与楼板之间的低强度混凝土现浇连接使得超过20层的超高装配式建筑具有复合要求的强度的同时具有有效的抗震性能。
Anti-seismic fabricated external wall panel connecting structure and construction method
The invention belongs to the field of fabricated buildings, and particularly relates to an anti-seismic fabricated external wall panel connecting structure and a construction method.The anti-seismic fabricated external wall panel connecting structure comprises a bottom plate, wall assemblies, wall beams and floor slabs, the bottom plate is used for foundation construction of a fabricated building, the wall assemblies are used for construction of a fabricated building wall body, and the wall beams are used for improving the bearing strength of wall panels; the floor is used for layering the fabricated building. The sleeves A and the sleeves B which are horizontally and alternately distributed along the wall surface at the bottom of each wall plate are connected and matched with concrete of the insertion rods A on the bottom plate in a cast-in-place mode; inserting rods B horizontally distributed at the upper end of a lower-layer wallboard along the wall surface, concrete cast-in-place connection matching of sleeves A and sleeves B horizontally and alternately distributed at the bottom of an upper-layer wallboard along the wall surface, and low-strength concrete cast-in-place connection between high-strength concrete cast-in-place wall beams at the upper end of the lower-layer wallboard and floor slabs, so that ultrahigh fabricated building with more than 20 layers has composite requirements The strength is improved, and meanwhile the effective anti-seismic performance is achieved.
本发明属于装配式建筑领域，尤其涉及一种抗震装配式外墙板连接结构及施工方法，它包括底板，墙组件，墙梁，楼板，底板用于装配式建筑的基础搭建，墙组件用于装配式建筑墙体的搭建，墙梁用于提高墙板的承压强度，楼板用于装配式建筑分层。本发明通过每个墙板底部沿墙面水平交替分布的套筒A和套筒B与底板上插杆A的混凝土现浇连接配合、下层墙板上端沿墙面水平分布的插杆B与上层墙板底部沿墙面水平交替分布的套筒A和套筒B的混凝土现浇连接配合及下层墙板上端的高强度混凝土现浇墙梁与楼板之间的低强度混凝土现浇连接使得超过20层的超高装配式建筑具有复合要求的强度的同时具有有效的抗震性能。
Anti-seismic fabricated external wall panel connecting structure and construction method
一种抗震装配式外墙板连接结构及施工方法
YANG JINLIN (Autor:in) / BEI XIAOPING (Autor:in) / WU FENG (Autor:in) / YAO LINGWAN (Autor:in) / HUANG FENGNIAN (Autor:in)
03.05.2024
Patent
Elektronische Ressource
Chinesisch
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