A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a fabricated building supporting system, which relates to the technical field of fabricated building supporting, and comprises an electric cylinder A, a supporting table, an angle adjusting clamping mechanism, an electric cylinder B and a building component connecting structure, the two sets of electric cylinders A are installed on the vertical plate in an aligned and inserted mode, and the telescopic ends of the electric cylinders A penetrate into the bottom columns of the supporting table and are locked through nuts; the angle adjusting clamping mechanism is fixed to the top end of the supporting table and is in transmission connection with the bottom end of the electric cylinder B; the building component connecting structure comprises a clamping frame and a connecting disc. The inner end of the connecting disc is rotationally clamped on the clamping frame, and the outer end of the connecting disc is connected with the telescopic front end of the electric cylinder B through a rotating shaft. The supporting device can be rapidly connected with the assembled building components, the supporting angle and strength can be adjusted in time according to the angle between the building components, and the problems that the supporting device needs to be welded to reserved steel bars, and the supporting angle cannot be adjusted in time when the building components in the vertical state need to be inclined are solved.
本发明提供一种装配式建筑支撑系统，涉及装配建筑支撑技术领域，包括：电动缸A、撑台、角度调节卡位机构、电动缸B和建筑构件连接结构；所述电动缸A设有两组，并分别对位穿插安装在竖板上，且电动缸A的伸缩端分别穿入到撑台的底柱中并通过螺母锁位；所述角度调节卡位机构固定在撑台的顶端，且角度调节卡位机构与电动缸B的底端传动相连；所述建筑构件连接结构包括卡框和连接盘；所述连接盘内端转动卡装在卡框上，外端与电动缸B的伸缩前端通过转轴相连。能够快速的与装配建筑构件连接，并根据建筑构件之间的角度，及时调整支撑角度与力度，解决了需要与预留钢筋进行焊接，并且竖置状态的建筑构件需要倾斜时，也无法及时调整支撑角度的问题。
The invention provides a fabricated building supporting system, which relates to the technical field of fabricated building supporting, and comprises an electric cylinder A, a supporting table, an angle adjusting clamping mechanism, an electric cylinder B and a building component connecting structure, the two sets of electric cylinders A are installed on the vertical plate in an aligned and inserted mode, and the telescopic ends of the electric cylinders A penetrate into the bottom columns of the supporting table and are locked through nuts; the angle adjusting clamping mechanism is fixed to the top end of the supporting table and is in transmission connection with the bottom end of the electric cylinder B; the building component connecting structure comprises a clamping frame and a connecting disc. The inner end of the connecting disc is rotationally clamped on the clamping frame, and the outer end of the connecting disc is connected with the telescopic front end of the electric cylinder B through a rotating shaft. The supporting device can be rapidly connected with the assembled building components, the supporting angle and strength can be adjusted in time according to the angle between the building components, and the problems that the supporting device needs to be welded to reserved steel bars, and the supporting angle cannot be adjusted in time when the building components in the vertical state need to be inclined are solved.
本发明提供一种装配式建筑支撑系统，涉及装配建筑支撑技术领域，包括：电动缸A、撑台、角度调节卡位机构、电动缸B和建筑构件连接结构；所述电动缸A设有两组，并分别对位穿插安装在竖板上，且电动缸A的伸缩端分别穿入到撑台的底柱中并通过螺母锁位；所述角度调节卡位机构固定在撑台的顶端，且角度调节卡位机构与电动缸B的底端传动相连；所述建筑构件连接结构包括卡框和连接盘；所述连接盘内端转动卡装在卡框上，外端与电动缸B的伸缩前端通过转轴相连。能够快速的与装配建筑构件连接，并根据建筑构件之间的角度，及时调整支撑角度与力度，解决了需要与预留钢筋进行焊接，并且竖置状态的建筑构件需要倾斜时，也无法及时调整支撑角度的问题。