Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Low multi-layer assembly type laminated wallboard connecting structure and construction method thereof
The invention provides a low multi-layer assembly type laminated wallboard connecting structure and a construction method thereof, the connecting structure is applied to an assembly type building structure defined by a plurality of laminated wallboards, and the connecting structure comprises an L-shaped steel reinforcement framework arranged in a vertical joint of two adjacent and perpendicular laminated wallboards, the two ends of the L-shaped steel reinforcement framework are respectively inserted into the cavities of the two laminated wallboards; the insertion rib framework is arranged in the horizontal joint of the two adjacent layers of laminated wallboards, the insertion rib framework comprises a horizontal connecting steel bar and a plurality of vertical insertion ribs arranged in the horizontal direction, the vertical insertion ribs are perpendicularly connected with the horizontal connecting steel bar, and the two ends of each vertical insertion rib are inserted into the cavities of the laminated wallboards respectively. The L-shaped steel reinforcement frameworks and the inserting rib frameworks are arranged at the edges of the laminated wallboards to be connected with the adjacent laminated wallboards, so that the problems that a traditional laminated shear wall structure is complex in connection node structure and complex in construction procedure are solved, field steel reinforcement binding and formwork erecting work is reduced, and reliability is high.
本发明提供了一种低多层装配式叠合墙板连接构造及其施工方法，应用于一由若干叠合墙板围合而成的装配式建筑结构内，连接构造包括：L形钢筋骨架，设置在两块相邻且垂直的叠合墙板的竖向接缝内，L形钢筋骨架的两端分别插入两块叠合墙板的空腔内；插筋骨架，设置在相邻两层的叠合墙板的水平向接缝内，插筋骨架包括水平连接钢筋及若干沿水平方向设置的竖向插筋，竖向插筋与水平连接钢筋垂直连接，且竖向插筋的两端分别插入叠合墙板的空腔内。通过在叠合墙板的边缘处设置L形钢筋骨架和插筋骨架与相邻的叠合墙板进行连接，解决了传统叠合剪力墙结构连接节点构造复杂、施工工序繁杂的问题，减少了现场钢筋绑扎和模板支设工作，可靠性高。
Low multi-layer assembly type laminated wallboard connecting structure and construction method thereof
The invention provides a low multi-layer assembly type laminated wallboard connecting structure and a construction method thereof, the connecting structure is applied to an assembly type building structure defined by a plurality of laminated wallboards, and the connecting structure comprises an L-shaped steel reinforcement framework arranged in a vertical joint of two adjacent and perpendicular laminated wallboards, the two ends of the L-shaped steel reinforcement framework are respectively inserted into the cavities of the two laminated wallboards; the insertion rib framework is arranged in the horizontal joint of the two adjacent layers of laminated wallboards, the insertion rib framework comprises a horizontal connecting steel bar and a plurality of vertical insertion ribs arranged in the horizontal direction, the vertical insertion ribs are perpendicularly connected with the horizontal connecting steel bar, and the two ends of each vertical insertion rib are inserted into the cavities of the laminated wallboards respectively. The L-shaped steel reinforcement frameworks and the inserting rib frameworks are arranged at the edges of the laminated wallboards to be connected with the adjacent laminated wallboards, so that the problems that a traditional laminated shear wall structure is complex in connection node structure and complex in construction procedure are solved, field steel reinforcement binding and formwork erecting work is reduced, and reliability is high.
本发明提供了一种低多层装配式叠合墙板连接构造及其施工方法，应用于一由若干叠合墙板围合而成的装配式建筑结构内，连接构造包括：L形钢筋骨架，设置在两块相邻且垂直的叠合墙板的竖向接缝内，L形钢筋骨架的两端分别插入两块叠合墙板的空腔内；插筋骨架，设置在相邻两层的叠合墙板的水平向接缝内，插筋骨架包括水平连接钢筋及若干沿水平方向设置的竖向插筋，竖向插筋与水平连接钢筋垂直连接，且竖向插筋的两端分别插入叠合墙板的空腔内。通过在叠合墙板的边缘处设置L形钢筋骨架和插筋骨架与相邻的叠合墙板进行连接，解决了传统叠合剪力墙结构连接节点构造复杂、施工工序繁杂的问题，减少了现场钢筋绑扎和模板支设工作，可靠性高。
Low multi-layer assembly type laminated wallboard connecting structure and construction method thereof
低多层装配式叠合墙板连接构造及其施工方法
WANG PINGSHAN (Autor:in) / ZONG BIN (Autor:in) / LI JINJUN (Autor:in) / WU XUESHU (Autor:in)
13.05.2022
Patent
Elektronische Ressource
Chinesisch
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