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A platform for research: civil engineering, architecture and urbanism
Fabricated external wall panel connection node structure based on double-Z-shaped steel-mortise and tenon joint-friction multiple energy consumption and construction technology of fabricated external wall panel connection node structure
The invention discloses a fabricated external wall panel connection node structure based on double Z-shaped steel-mortise and tenon joint-friction multiple energy consumption and a construction technology thereof, and relates to the field of fabricated steel structure external wall panel buildings. The first connecting joint comprises a first double-Z-shaped steel component and first angle steel, the Z-shaped steel component is connected with the externally-hung wall plate through corresponding adjusting holes, the Z-shaped steel component and the externally-hung wall plate are connected through bolts, and the limb back on the other side of the first angle steel is connected with the main frame steel beam through adjusting holes. The second connecting node comprises a resettable anti-sliding concave-convex surface steel plate, a second double-Z-shaped steel member and second angle steel, the concave-convex surface of the second double-Z-shaped steel member is in occlusion butt joint with the resettable anti-sliding concave-convex surface steel plate according to the mortise and tenon joint principle, and the concave-convex surface steel plate is welded to the outer side face of the upper flange of the steel beam; the two sides of the second double-Z-shaped steel member are connected with the externally-hung wall plate through adjusting holes, and the second angle steel is attached to the outer side face of the second double-Z-shaped steel member and connected with the main frame steel beam through adjusting holes. The energy consumption performance is good, the bearing capacity is high, the installation precision is high, and the stability is good.
本发明公开了一种基于双Z型钢‑榫卯‑摩擦多重耗能的装配式外挂墙板连接节点结构及其施工工艺，涉及装配式钢结构外挂墙板建筑领域。第一连接节点包括第一双Z型钢构件和第一角钢，Z型钢构件通过对应的调节孔连接外挂墙板，两者之间螺栓连接，第一角钢另一侧肢背通过调节孔连接主体框架钢梁。第二连接节点包括可复位抗滑移凹凸面钢板、第二双Z型钢构件和第二角钢，第二双Z型钢构件的凹凸面与可复位抗滑移凹凸面钢板根据榫卯原理咬合对接，凹凸面钢板焊接在钢梁上翼缘外侧面，第二双Z型钢构件两侧通过调节孔连接外挂墙板，第二角钢贴合第二双Z型钢构件外侧面，通过调节孔与主体框架钢梁相连。本发明耗能性能较佳、承载力高、安装精度高、稳定性好。
Fabricated external wall panel connection node structure based on double-Z-shaped steel-mortise and tenon joint-friction multiple energy consumption and construction technology of fabricated external wall panel connection node structure
The invention discloses a fabricated external wall panel connection node structure based on double Z-shaped steel-mortise and tenon joint-friction multiple energy consumption and a construction technology thereof, and relates to the field of fabricated steel structure external wall panel buildings. The first connecting joint comprises a first double-Z-shaped steel component and first angle steel, the Z-shaped steel component is connected with the externally-hung wall plate through corresponding adjusting holes, the Z-shaped steel component and the externally-hung wall plate are connected through bolts, and the limb back on the other side of the first angle steel is connected with the main frame steel beam through adjusting holes. The second connecting node comprises a resettable anti-sliding concave-convex surface steel plate, a second double-Z-shaped steel member and second angle steel, the concave-convex surface of the second double-Z-shaped steel member is in occlusion butt joint with the resettable anti-sliding concave-convex surface steel plate according to the mortise and tenon joint principle, and the concave-convex surface steel plate is welded to the outer side face of the upper flange of the steel beam; the two sides of the second double-Z-shaped steel member are connected with the externally-hung wall plate through adjusting holes, and the second angle steel is attached to the outer side face of the second double-Z-shaped steel member and connected with the main frame steel beam through adjusting holes. The energy consumption performance is good, the bearing capacity is high, the installation precision is high, and the stability is good.
本发明公开了一种基于双Z型钢‑榫卯‑摩擦多重耗能的装配式外挂墙板连接节点结构及其施工工艺，涉及装配式钢结构外挂墙板建筑领域。第一连接节点包括第一双Z型钢构件和第一角钢，Z型钢构件通过对应的调节孔连接外挂墙板，两者之间螺栓连接，第一角钢另一侧肢背通过调节孔连接主体框架钢梁。第二连接节点包括可复位抗滑移凹凸面钢板、第二双Z型钢构件和第二角钢，第二双Z型钢构件的凹凸面与可复位抗滑移凹凸面钢板根据榫卯原理咬合对接，凹凸面钢板焊接在钢梁上翼缘外侧面，第二双Z型钢构件两侧通过调节孔连接外挂墙板，第二角钢贴合第二双Z型钢构件外侧面，通过调节孔与主体框架钢梁相连。本发明耗能性能较佳、承载力高、安装精度高、稳定性好。
Fabricated external wall panel connection node structure based on double-Z-shaped steel-mortise and tenon joint-friction multiple energy consumption and construction technology of fabricated external wall panel connection node structure
基于双Z型钢-榫卯-摩擦多重耗能的装配式外挂墙板连接节点结构及其施工工艺
LI TIAN'E (author) / XUE HAOTIAN (author) / ZHUANG LIJUN (author) / LIU TIE (author) / JIN CHAO (author) / ZHU QINYE (author)
2023-01-31
Patent
Electronic Resource
Chinese
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