A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Mine rock mass regreening method
The invention provides a mine rock mass regreening method. The mine rock mass regreening method comprises the following steps of firstly, foundation surface treatment, secondly, anchor rod implanting,thirdly, slope anchor rod grouting and fastening, fourthly, planting steel groove paving, and fifthly, filling material filling. The mine rock mass regreening method is good in stability, the weldingstructure of anchor rods and planting steel grooves is quite stable, and collapsing is avoided; the mine rock mass regreening method is suitable for high and steep slopes, the application range is wide, and the application range is expanded; and the thickness of filling materials can be larger than 500 mm, the method is suitable for multiple kinds of grass, shrub and arbor plants, the biologicaldiversity is improved, and the effect of enhancing regreening is achieved. The steel groove structure is long in storage life, daily repair work is omitted, and the steel groove structure is simple and convenient to use.
本发明提供了一种矿山岩体复绿方法，包括以下步骤：步骤一，基础面处理；步骤二，植入锚杆；步骤三，灌浆紧固坡面锚杆；步骤四，铺设种植钢槽；步骤五，填充材填入。本发明涉及的矿山岩体复绿方法稳定性好，锚杆与种植钢槽焊接的结构较为稳定，防止垮塌；本发明涉及的矿山岩体复绿方法适用于高陡边坡，使用范围广，扩大了应用范围；本发明可以使得填充材厚度大于500mm，适合多种草类、灌木、乔木类植物，增加生物多样性，实现加强复绿的效果。本发明涉及钢槽结构保存年限较久，省去日常修复工作，较为简便。
Mine rock mass regreening method
The invention provides a mine rock mass regreening method. The mine rock mass regreening method comprises the following steps of firstly, foundation surface treatment, secondly, anchor rod implanting,thirdly, slope anchor rod grouting and fastening, fourthly, planting steel groove paving, and fifthly, filling material filling. The mine rock mass regreening method is good in stability, the weldingstructure of anchor rods and planting steel grooves is quite stable, and collapsing is avoided; the mine rock mass regreening method is suitable for high and steep slopes, the application range is wide, and the application range is expanded; and the thickness of filling materials can be larger than 500 mm, the method is suitable for multiple kinds of grass, shrub and arbor plants, the biologicaldiversity is improved, and the effect of enhancing regreening is achieved. The steel groove structure is long in storage life, daily repair work is omitted, and the steel groove structure is simple and convenient to use.
本发明提供了一种矿山岩体复绿方法，包括以下步骤：步骤一，基础面处理；步骤二，植入锚杆；步骤三，灌浆紧固坡面锚杆；步骤四，铺设种植钢槽；步骤五，填充材填入。本发明涉及的矿山岩体复绿方法稳定性好，锚杆与种植钢槽焊接的结构较为稳定，防止垮塌；本发明涉及的矿山岩体复绿方法适用于高陡边坡，使用范围广，扩大了应用范围；本发明可以使得填充材厚度大于500mm，适合多种草类、灌木、乔木类植物，增加生物多样性，实现加强复绿的效果。本发明涉及钢槽结构保存年限较久，省去日常修复工作，较为简便。
Mine rock mass regreening method
一种矿山岩体复绿方法
LIU ZHIHUI (author) / WANG JIANJUN (author) / CHE LI (author) / YU BIN (author) / LI BORAN (author) / HOU QIULING (author) / ZHANG JUNPING (author) / CHANG ZENGZHEN (author) / MAO YANFEI (author) / LUO YURONG (author)
2021-01-08
Patent
Electronic Resource
Chinese
Ecological blanket for slope regreening and regreening method
| European Patent Office | 2024