A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated steel splicing structure for building construction
The invention discloses a steel splicing structure for fabricated building construction, and belongs to the technical field of fabricated buildings. Anchoring plates symmetrically abut against the surface of the lining plate, and the anchoring plates are fixedly connected with the lining plate through fastening bolts which penetrate through the lining plate and are inserted into the surface of the steel structure body; the monitoring assembly is arranged on the surface of the stand column body; the empty shell is arranged on the surface of the anchoring plate on one side of the stand column body, one end of the sleeve is made to abut against the end face of the positioning bolt, and when the connecting end of the positioning bolt and the stand column body looses and displaces, the sleeve is driven to move towards one side to compress the inner spring, push the movable disc to move and drive the monitoring column to move towards the interior of the guide cylinder to be fed back to a remote terminal in time; and meanwhile, the rectangular supporting pipe, the rubber disc and the damping plate are arranged, so that the vibration resistance of the spliced steel structure is improved, and the possibility of accidents is reduced.
本发明公开了装配式建筑技术领域的一种装配式建筑施工用钢材拼接结构，包括，钢结构本体；立柱组件，所述衬板表面对称抵接有锚固板，所述锚固板通过贯穿衬板并插入至钢结构本体表面的紧固螺栓与衬板固定连接；监测组件，所述监测组件设于立柱本体表面；本发明通过将空壳设于立柱本体一侧的锚固板表面，并使得套管一端抵接在定位栓端面，当定位栓与立柱本体连接端出现松动位移时，带动套管移动向一侧压缩内弹簧，推动活动盘移动，驱使监测柱向导向筒内移动，及时反馈至远程终端上，警惕工作人员及时处理，提高安全性，同时通过设有矩形撑管、橡胶盘和减震板有助于提高拼接钢结构对震动的抵抗性能，降低了出现意外的可能性。
Fabricated steel splicing structure for building construction
The invention discloses a steel splicing structure for fabricated building construction, and belongs to the technical field of fabricated buildings. Anchoring plates symmetrically abut against the surface of the lining plate, and the anchoring plates are fixedly connected with the lining plate through fastening bolts which penetrate through the lining plate and are inserted into the surface of the steel structure body; the monitoring assembly is arranged on the surface of the stand column body; the empty shell is arranged on the surface of the anchoring plate on one side of the stand column body, one end of the sleeve is made to abut against the end face of the positioning bolt, and when the connecting end of the positioning bolt and the stand column body looses and displaces, the sleeve is driven to move towards one side to compress the inner spring, push the movable disc to move and drive the monitoring column to move towards the interior of the guide cylinder to be fed back to a remote terminal in time; and meanwhile, the rectangular supporting pipe, the rubber disc and the damping plate are arranged, so that the vibration resistance of the spliced steel structure is improved, and the possibility of accidents is reduced.
本发明公开了装配式建筑技术领域的一种装配式建筑施工用钢材拼接结构，包括，钢结构本体；立柱组件，所述衬板表面对称抵接有锚固板，所述锚固板通过贯穿衬板并插入至钢结构本体表面的紧固螺栓与衬板固定连接；监测组件，所述监测组件设于立柱本体表面；本发明通过将空壳设于立柱本体一侧的锚固板表面，并使得套管一端抵接在定位栓端面，当定位栓与立柱本体连接端出现松动位移时，带动套管移动向一侧压缩内弹簧，推动活动盘移动，驱使监测柱向导向筒内移动，及时反馈至远程终端上，警惕工作人员及时处理，提高安全性，同时通过设有矩形撑管、橡胶盘和减震板有助于提高拼接钢结构对震动的抵抗性能，降低了出现意外的可能性。
Fabricated steel splicing structure for building construction
一种装配式建筑施工用钢材拼接结构
MA JIANPING (author)
2022-05-20
Patent
Electronic Resource
Chinese
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