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A platform for research: civil engineering, architecture and urbanism
Complex loose earth-rock mixed slope anchor rod frame beam structure and construction method
The invention provides a complex loose earth-rock mixed slope anchor rod frame beam structure and a construction method. The method mainly relates to a broken rock mass steel sleeve follow-up anchor rod construction system, a weak disturbance slope steel pipe reinforcement scaffold construction platform, a loose rock mass orifice slurry sealing plate porous synchronous grouting system, a construction platform cantilever channel steel fixing lattice beam steel reinforcement framework and formwork system and a gentle slope winch suspension drilling machine hole forming and anchor rod lattice beam construction system. And the rock wall cavity non-dismantling formwork seals a micro-expansion concrete inlaying system, a steel sleeve-grouting hose auxiliary combined pore-forming system and the like. According to the complex loose soil-rock mixed side slope anchor rod frame beam structure and the construction method, the construction quality and the construction efficiency of the mixed loose soil-rock mixed side slope anchor rod frame beam are greatly improved, and good comprehensive benefits are achieved.
本发明提供复杂松散土石混合边坡锚杆框梁结构及施工方法，主要涉及破碎岩体钢套管跟进锚杆施工体系、弱扰动坡面钢管补强脚手架施工平台、松散岩体孔口封浆板多孔同步注浆体系、施工平台悬臂槽钢固定格构梁钢筋骨架及模板体系、缓坡卷扬机悬吊钻机成孔及锚杆框格梁施工体系、岩壁凹腔免拆模板封闭微膨胀混凝土嵌补体系、钢套管‑注浆软管辅助组合成孔体系等。本发明涉及的复杂松散土石混合边坡锚杆框梁结构及施工方法，大幅提高了杂松散土石混合边坡锚杆框梁的施工质量和施工效率，具有较好的综合效益。
Complex loose earth-rock mixed slope anchor rod frame beam structure and construction method
The invention provides a complex loose earth-rock mixed slope anchor rod frame beam structure and a construction method. The method mainly relates to a broken rock mass steel sleeve follow-up anchor rod construction system, a weak disturbance slope steel pipe reinforcement scaffold construction platform, a loose rock mass orifice slurry sealing plate porous synchronous grouting system, a construction platform cantilever channel steel fixing lattice beam steel reinforcement framework and formwork system and a gentle slope winch suspension drilling machine hole forming and anchor rod lattice beam construction system. And the rock wall cavity non-dismantling formwork seals a micro-expansion concrete inlaying system, a steel sleeve-grouting hose auxiliary combined pore-forming system and the like. According to the complex loose soil-rock mixed side slope anchor rod frame beam structure and the construction method, the construction quality and the construction efficiency of the mixed loose soil-rock mixed side slope anchor rod frame beam are greatly improved, and good comprehensive benefits are achieved.
本发明提供复杂松散土石混合边坡锚杆框梁结构及施工方法，主要涉及破碎岩体钢套管跟进锚杆施工体系、弱扰动坡面钢管补强脚手架施工平台、松散岩体孔口封浆板多孔同步注浆体系、施工平台悬臂槽钢固定格构梁钢筋骨架及模板体系、缓坡卷扬机悬吊钻机成孔及锚杆框格梁施工体系、岩壁凹腔免拆模板封闭微膨胀混凝土嵌补体系、钢套管‑注浆软管辅助组合成孔体系等。本发明涉及的复杂松散土石混合边坡锚杆框梁结构及施工方法，大幅提高了杂松散土石混合边坡锚杆框梁的施工质量和施工效率，具有较好的综合效益。
Complex loose earth-rock mixed slope anchor rod frame beam structure and construction method
复杂松散土石混合边坡锚杆框梁结构及施工方法
CHENG TAO (author) / CUI JIAN (author) / WEI MING (author) / JING HANLIN (author) / XIAO RAN (author) / MENG XIAODONG (author) / JIN RANRAN (author) / ZHANG MENGLI (author)
2024-08-16
Patent
Electronic Resource
Chinese
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