A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pull-up tool type cantilever scaffold construction method
The invention discloses a construction method of a pull-up tool type cantilever scaffold. The construction method comprises the following steps that S1, a cantilever steel beam is arranged; s2, mounting a vertical rod; s3, mounting a cross rod; s4, mounting a pull rod; s5, wall connecting pieces are installed; s6, a diagonal bridging is arranged; s7, arranging a transverse inclined rod; s8, a scaffold board and a skirting board are arranged; s9, fully hanging a safety net; s10, a safety net is arranged; s11, a skirting board is arranged; and S12, the cantilever bottom layer is sealed. The cantilever I-shaped steel is fixed to the outer side of the structural edge beam through the pre-embedded high-strength bolts. The wall connecting piece is a novel turnover wall connecting piece, the wall connecting piece is embedded in the boundary beam like cantilever I-shaped steel, the wall connecting piece does not need to be holed in the wall body, the hidden danger of leakage is effectively avoided, the steel pipe can be repeatedly used, only the plastic sleeve and the nut need to be consumed, cost is saved, and construction is easy.
本发明公开一种上拉工具式悬挑脚手架施工方法，包括如下步骤：S1、悬挑钢梁设置；S2、安装立杆；S3、安装横杆；S4、安装拉杆；S5、安装连墙件；S6、设置剪刀撑；S7、设置横向斜杆；S8、设置脚手板与踢脚板；S9、满挂安全网；S10、设置安全兜网；S11、设置踢脚板；S12、悬挑底层封闭，本发明通过预埋高强螺栓将悬挑工字钢固定在结构边梁外侧。连墙件使用可周转新型连墙件，同悬挑工字钢一样，在边梁预埋，连墙件也无需将墙体开洞，有效地避免了渗漏隐患，并且钢管可重复使用，仅需消耗塑料套筒及螺母，节省了费用，且施工简单。
Pull-up tool type cantilever scaffold construction method
The invention discloses a construction method of a pull-up tool type cantilever scaffold. The construction method comprises the following steps that S1, a cantilever steel beam is arranged; s2, mounting a vertical rod; s3, mounting a cross rod; s4, mounting a pull rod; s5, wall connecting pieces are installed; s6, a diagonal bridging is arranged; s7, arranging a transverse inclined rod; s8, a scaffold board and a skirting board are arranged; s9, fully hanging a safety net; s10, a safety net is arranged; s11, a skirting board is arranged; and S12, the cantilever bottom layer is sealed. The cantilever I-shaped steel is fixed to the outer side of the structural edge beam through the pre-embedded high-strength bolts. The wall connecting piece is a novel turnover wall connecting piece, the wall connecting piece is embedded in the boundary beam like cantilever I-shaped steel, the wall connecting piece does not need to be holed in the wall body, the hidden danger of leakage is effectively avoided, the steel pipe can be repeatedly used, only the plastic sleeve and the nut need to be consumed, cost is saved, and construction is easy.
本发明公开一种上拉工具式悬挑脚手架施工方法，包括如下步骤：S1、悬挑钢梁设置；S2、安装立杆；S3、安装横杆；S4、安装拉杆；S5、安装连墙件；S6、设置剪刀撑；S7、设置横向斜杆；S8、设置脚手板与踢脚板；S9、满挂安全网；S10、设置安全兜网；S11、设置踢脚板；S12、悬挑底层封闭，本发明通过预埋高强螺栓将悬挑工字钢固定在结构边梁外侧。连墙件使用可周转新型连墙件，同悬挑工字钢一样，在边梁预埋，连墙件也无需将墙体开洞，有效地避免了渗漏隐患，并且钢管可重复使用，仅需消耗塑料套筒及螺母，节省了费用，且施工简单。
Pull-up tool type cantilever scaffold construction method
一种上拉工具式悬挑脚手架施工方法
WANG XIAORONG (author) / CHEN YACHUN (author) / WANG DAOXIN (author) / CHEN GUANGFU (author) / GU HAO (author) / QUAN YOUWEI (author)
2023-10-31
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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