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A platform for research: civil engineering, architecture and urbanism
Scaffold erecting method suitable for high and gentle slope supporting engineering
The invention relates to a scaffold erecting method suitable for high and gentle slope supporting engineering. The problems that after a 1: 1.5 slope supporting scaffold is erected, the operation space is limited, and the overall stability is poor are solved. A wood plate is arranged at a slope toe, the wood plate is fixed through anchor bars, the anchor bars are inserted into rocks, scaffold erection gradually rises from bottom to top, slope surface steel pipes are arranged along the slope surface, the lower ends of the slope surface steel pipes are located on the wood plate, the slope surface steel pipes are in a rectangular grid shape along the slope surface, and the slope surface steel pipes and the slope surface are fixed through wall connecting pieces; the lower ends of the vertical rods are fixedly connected with slope steel pipes forming a rectangular grid, the upper ends of the vertical rods in the transverse direction of the slope are connected through large transverse rods, the slope steel pipes are connected with the upper ends of the vertical rods through horizontally-arranged small transverse rods, skirting boards are laid on the small transverse rods, and the distance between the slope steel pipes and the slope is not smaller than 20 cm. And the crawling ladder arranged along the slope surface is fixed with the slope surface steel pipe through a fastener.
本发明为适用于高缓边坡支护工程的脚手架搭设方法，解决1：1.5坡度坡面支护脚手架搭设后操作空间受限、整体稳定性差的问题。坡脚设置木板，木板通过锚筋固定，锚筋插入岩石，脚手架搭设自下而上逐步升高，沿坡面设置坡面钢管，其下端位于木板上，坡面钢管沿坡面呈矩形网格状，连墙件将坡面钢管与坡面固定，树立竖向立杆，立杆的下端与构成矩形网格的坡面钢管固定连接，沿坡面横向的立杆的上端之间通过大横杆连接，坡面钢管与立杆上端通过水平设置的小横杆连接，小横杆上边铺踢脚板，坡面钢管与坡面的间距不低于20cm，沿坡面设置的爬梯与坡面钢管通过扣件固定。
Scaffold erecting method suitable for high and gentle slope supporting engineering
The invention relates to a scaffold erecting method suitable for high and gentle slope supporting engineering. The problems that after a 1: 1.5 slope supporting scaffold is erected, the operation space is limited, and the overall stability is poor are solved. A wood plate is arranged at a slope toe, the wood plate is fixed through anchor bars, the anchor bars are inserted into rocks, scaffold erection gradually rises from bottom to top, slope surface steel pipes are arranged along the slope surface, the lower ends of the slope surface steel pipes are located on the wood plate, the slope surface steel pipes are in a rectangular grid shape along the slope surface, and the slope surface steel pipes and the slope surface are fixed through wall connecting pieces; the lower ends of the vertical rods are fixedly connected with slope steel pipes forming a rectangular grid, the upper ends of the vertical rods in the transverse direction of the slope are connected through large transverse rods, the slope steel pipes are connected with the upper ends of the vertical rods through horizontally-arranged small transverse rods, skirting boards are laid on the small transverse rods, and the distance between the slope steel pipes and the slope is not smaller than 20 cm. And the crawling ladder arranged along the slope surface is fixed with the slope surface steel pipe through a fastener.
本发明为适用于高缓边坡支护工程的脚手架搭设方法，解决1：1.5坡度坡面支护脚手架搭设后操作空间受限、整体稳定性差的问题。坡脚设置木板，木板通过锚筋固定，锚筋插入岩石，脚手架搭设自下而上逐步升高，沿坡面设置坡面钢管，其下端位于木板上，坡面钢管沿坡面呈矩形网格状，连墙件将坡面钢管与坡面固定，树立竖向立杆，立杆的下端与构成矩形网格的坡面钢管固定连接，沿坡面横向的立杆的上端之间通过大横杆连接，坡面钢管与立杆上端通过水平设置的小横杆连接，小横杆上边铺踢脚板，坡面钢管与坡面的间距不低于20cm，沿坡面设置的爬梯与坡面钢管通过扣件固定。
Scaffold erecting method suitable for high and gentle slope supporting engineering
适用于高缓边坡支护工程的脚手架搭设方法
LI XUEBIN (author) / ZHANG ZHIGANG (author) / YAN PING (author) / XU LI (author) / WU HUIGUANG (author) / CHEN CHUNLEI (author) / LI LINTAO (author) / MA YAN (author) / ZHOU GANG (author) / ZHANG HAO (author)
2022-05-06
Patent
Electronic Resource
Chinese
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