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A platform for research: civil engineering, architecture and urbanism
Pull-up type cantilever scaffold construction device and method
The invention discloses a pull-up type cantilever scaffold construction device and method. The device comprises a shear wall body; I-shaped steel is evenly arranged at the edge position of the top of the shear wall body; a cantilever scaffold is jointly installed at the ends, away from the shear wall body, of the tops of the I-shaped steel; two sets of embedded U-shaped bolts matched with the I-shaped steel are arranged at the positions, close to the I-shaped steel, of the top of the cantilever scaffold; and the tops of the outer sides of the embedded U-shaped bolts are jointly sleeved with a fixing plate. Upward pulling force is applied to the ends, close to the cantilever scaffold, of the I-shaped steel through first steel pull rods, turn buckles and second steel pull rods, and then downward pressure is applied to the ends, away from the cantilever scaffold, of the I-shaped steel through reinforcing assemblies, so that the first steel pull rods, the turn buckles, the I-shaped steel, the reinforcing assemblies and the second steel pull rods jointly form a stable triangular structure, the stress capacity of the whole I-shaped steel can be greatly improved, and the stability of the cantilever scaffold after the cantilever scaffold is installed on the multiple sets of I-shaped steel is improved.
本发明公开了一种上拉式悬挑脚手架施工装置及其方法，包括剪力墙体，所述剪力墙体顶部的边缘位置处均匀设置有工字钢，且工字钢顶部远离剪力墙体的一端共同安装有悬挑脚手架，所述悬挑脚手架顶部靠近工字钢的位置处设置有两组与工字钢相互配合的预埋U型螺栓，所述预埋U型螺栓外侧的顶部共同套设有固定板。本发明通过第一钢拉杆、花篮螺栓和第二钢拉杆对工字钢靠近悬挑脚手架的一端施于向上的拉力，而后再利用加固组件给予工字钢远离悬挑脚手架一端向下的压力，使得第一钢拉杆、花篮螺栓、工字钢、加固组件和第二钢拉杆共同构成了稳定的三角形结构，可以极大地提高整个工字钢的受力能力，也就提高了悬挑脚手架安装到多组工字钢上后的稳固性。
Pull-up type cantilever scaffold construction device and method
The invention discloses a pull-up type cantilever scaffold construction device and method. The device comprises a shear wall body; I-shaped steel is evenly arranged at the edge position of the top of the shear wall body; a cantilever scaffold is jointly installed at the ends, away from the shear wall body, of the tops of the I-shaped steel; two sets of embedded U-shaped bolts matched with the I-shaped steel are arranged at the positions, close to the I-shaped steel, of the top of the cantilever scaffold; and the tops of the outer sides of the embedded U-shaped bolts are jointly sleeved with a fixing plate. Upward pulling force is applied to the ends, close to the cantilever scaffold, of the I-shaped steel through first steel pull rods, turn buckles and second steel pull rods, and then downward pressure is applied to the ends, away from the cantilever scaffold, of the I-shaped steel through reinforcing assemblies, so that the first steel pull rods, the turn buckles, the I-shaped steel, the reinforcing assemblies and the second steel pull rods jointly form a stable triangular structure, the stress capacity of the whole I-shaped steel can be greatly improved, and the stability of the cantilever scaffold after the cantilever scaffold is installed on the multiple sets of I-shaped steel is improved.
本发明公开了一种上拉式悬挑脚手架施工装置及其方法，包括剪力墙体，所述剪力墙体顶部的边缘位置处均匀设置有工字钢，且工字钢顶部远离剪力墙体的一端共同安装有悬挑脚手架，所述悬挑脚手架顶部靠近工字钢的位置处设置有两组与工字钢相互配合的预埋U型螺栓，所述预埋U型螺栓外侧的顶部共同套设有固定板。本发明通过第一钢拉杆、花篮螺栓和第二钢拉杆对工字钢靠近悬挑脚手架的一端施于向上的拉力，而后再利用加固组件给予工字钢远离悬挑脚手架一端向下的压力，使得第一钢拉杆、花篮螺栓、工字钢、加固组件和第二钢拉杆共同构成了稳定的三角形结构，可以极大地提高整个工字钢的受力能力，也就提高了悬挑脚手架安装到多组工字钢上后的稳固性。
Pull-up type cantilever scaffold construction device and method
一种上拉式悬挑脚手架施工装置及其方法
HU WEITENG (author) / ZHAO QIANG (author) / SHI BAOLIANG (author) / LEI JIAN (author) / LI FEI (author)
2021-10-26
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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