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A platform for research: civil engineering, architecture and urbanism
Fabricated steel structure connecting piece, connecting joint and connecting joint construction method
The invention provides an assembly type steel structure connecting piece, a connecting node and a connecting node construction method, the connecting piece is used for connecting a steel column and a steel beam, the connecting piece comprises an anti-falling part and a bearing part, the anti-falling part comprises an upper plate assembly and a lower plate assembly, the bottom of the upper plate assembly is a transverse plate, the transverse plate is provided with an integrated L-shaped folded plate, and the L-shaped folded plate is connected with the bearing part. The bearing part comprises an inwards-sunken bearing plate, a vertical plate is arranged at the bottom of the bearing plate, the transverse plate, the lower plate assembly and the bearing plate are used for being fixedly installed on a steel beam through bolts, and the L-shaped folded plate, the lower plate assembly and the vertical plate are used for being fixedly installed on a steel column through bolts. Drawing force of the upper portion of the steel beam can be buffered, so that the upper portion of the steel beam is prevented from being separated from the steel column, large-amplitude relative shaking between the steel beam and the steel column is achieved, the collapse probability is further reduced, and life safety of personnel inside a building is guaranteed.
本发明提供一种装配式钢结构连接件、连接节点及连接节点施工方法，用于钢柱和钢梁的连接，该连接件包括防脱部以及承接部，所述防脱部包括上板组件以及下板组件，所述上板组件底部为一横板，所述横板具有一体化的L形折板，所述承接部包括一向内凹陷的承接板，所述承接板的底部具有竖板，所述横板、下板组件以及承接板通过螺栓用于与钢梁安装固定，所述L形折板、下板组件以及竖板通过螺栓用于与钢柱安装固定。本发明，可以缓冲钢梁上部拉拔力，从而避免钢梁上部脱离钢柱，从而实现钢梁和钢柱之间可以进行大幅度的相对晃动，进一步降低倒塌概率，保证建筑内部人员的生命安全。
Fabricated steel structure connecting piece, connecting joint and connecting joint construction method
The invention provides an assembly type steel structure connecting piece, a connecting node and a connecting node construction method, the connecting piece is used for connecting a steel column and a steel beam, the connecting piece comprises an anti-falling part and a bearing part, the anti-falling part comprises an upper plate assembly and a lower plate assembly, the bottom of the upper plate assembly is a transverse plate, the transverse plate is provided with an integrated L-shaped folded plate, and the L-shaped folded plate is connected with the bearing part. The bearing part comprises an inwards-sunken bearing plate, a vertical plate is arranged at the bottom of the bearing plate, the transverse plate, the lower plate assembly and the bearing plate are used for being fixedly installed on a steel beam through bolts, and the L-shaped folded plate, the lower plate assembly and the vertical plate are used for being fixedly installed on a steel column through bolts. Drawing force of the upper portion of the steel beam can be buffered, so that the upper portion of the steel beam is prevented from being separated from the steel column, large-amplitude relative shaking between the steel beam and the steel column is achieved, the collapse probability is further reduced, and life safety of personnel inside a building is guaranteed.
本发明提供一种装配式钢结构连接件、连接节点及连接节点施工方法，用于钢柱和钢梁的连接，该连接件包括防脱部以及承接部，所述防脱部包括上板组件以及下板组件，所述上板组件底部为一横板，所述横板具有一体化的L形折板，所述承接部包括一向内凹陷的承接板，所述承接板的底部具有竖板，所述横板、下板组件以及承接板通过螺栓用于与钢梁安装固定，所述L形折板、下板组件以及竖板通过螺栓用于与钢柱安装固定。本发明，可以缓冲钢梁上部拉拔力，从而避免钢梁上部脱离钢柱，从而实现钢梁和钢柱之间可以进行大幅度的相对晃动，进一步降低倒塌概率，保证建筑内部人员的生命安全。
Fabricated steel structure connecting piece, connecting joint and connecting joint construction method
装配式钢结构连接件、连接节点及连接节点施工方法
LI JIANFEI (author)
2022-11-01
Patent
Electronic Resource
Chinese
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