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A platform for research: civil engineering, architecture and urbanism
Landform treatment method based on waste stone mine
The invention relates to a landform treatment method based on a waste stone mine. The landform treatment method comprises the steps that a slope surface is cleaned, specifically, garbage, gravel and loose rock on the slope body are cleaned; slope cutting is conducted, specifically, the slope body is processed into a plurality of gentle slope faces and a plurality of flat faces, and the slope body is made to be step-shaped; soil fixation is conducted, specifically, a retaining wall is arranged at the lower end of each gentle slope surface; mesh fixation is conducted, specifically, a plurality of galvanized wire meshes are laid on the slope body, and the adjacent galvanized wire meshes are fixed in a lap joint mode; borrowed soil is sprayed, specifically, borrowed soil is sprayed to the slope body, wherein the thickness of the borrowed soil is not less than 20cm; and green plants are planted, specifically, the green plants such as trees and grass seeds are planted on the slope body. The slope body is cut into at least ten gentle slope surfaces, then the retaining wall is arranged at the lower end of each gentle slope surface, on one hand, after the number of the gentle slope surfaces is increased, the vertical height of the gentle slope surfaces is reduced, the stability of the gentle slope surfaces is improved, on the other hand, the gentle slope surfaces are blocked by the retaining walls, and the gentle slope surfaces are not prone to sliding off. The method has the effects of improving the stability of the mine slope body and reducing disasters.
本申请涉及一种基于废弃石料矿山的地形地貌治理方法，其包括：清理坡面：将坡体上的垃圾、砂石和松动岩石进行清理；削坡：将坡体处理成若干缓坡面和若干平整面，使坡体呈阶梯状；固土：在每个缓坡面的下端均设置挡土墙；固网：在坡体上铺设若干镀锌铁丝网，相邻镀锌铁丝网搭接固定；喷洒客土：向坡体上喷洒客土，客土的厚度不小于20厘米；栽种绿植：将树木和草种等绿植栽种在坡体上。将坡体削坡呈至少十个缓坡面，而后在每个缓坡面的下端均设置挡土墙，一方面，缓坡面的数量增多后，有助于降低缓坡面的竖直高度，提高缓坡面的稳定性，另一方面，挡土墙对缓坡面进行阻挡，使缓坡面不易滑落。本申请具有提高矿山坡体稳定性，减少灾害发生的效果。
Landform treatment method based on waste stone mine
The invention relates to a landform treatment method based on a waste stone mine. The landform treatment method comprises the steps that a slope surface is cleaned, specifically, garbage, gravel and loose rock on the slope body are cleaned; slope cutting is conducted, specifically, the slope body is processed into a plurality of gentle slope faces and a plurality of flat faces, and the slope body is made to be step-shaped; soil fixation is conducted, specifically, a retaining wall is arranged at the lower end of each gentle slope surface; mesh fixation is conducted, specifically, a plurality of galvanized wire meshes are laid on the slope body, and the adjacent galvanized wire meshes are fixed in a lap joint mode; borrowed soil is sprayed, specifically, borrowed soil is sprayed to the slope body, wherein the thickness of the borrowed soil is not less than 20cm; and green plants are planted, specifically, the green plants such as trees and grass seeds are planted on the slope body. The slope body is cut into at least ten gentle slope surfaces, then the retaining wall is arranged at the lower end of each gentle slope surface, on one hand, after the number of the gentle slope surfaces is increased, the vertical height of the gentle slope surfaces is reduced, the stability of the gentle slope surfaces is improved, on the other hand, the gentle slope surfaces are blocked by the retaining walls, and the gentle slope surfaces are not prone to sliding off. The method has the effects of improving the stability of the mine slope body and reducing disasters.
本申请涉及一种基于废弃石料矿山的地形地貌治理方法，其包括：清理坡面：将坡体上的垃圾、砂石和松动岩石进行清理；削坡：将坡体处理成若干缓坡面和若干平整面，使坡体呈阶梯状；固土：在每个缓坡面的下端均设置挡土墙；固网：在坡体上铺设若干镀锌铁丝网，相邻镀锌铁丝网搭接固定；喷洒客土：向坡体上喷洒客土，客土的厚度不小于20厘米；栽种绿植：将树木和草种等绿植栽种在坡体上。将坡体削坡呈至少十个缓坡面，而后在每个缓坡面的下端均设置挡土墙，一方面，缓坡面的数量增多后，有助于降低缓坡面的竖直高度，提高缓坡面的稳定性，另一方面，挡土墙对缓坡面进行阻挡，使缓坡面不易滑落。本申请具有提高矿山坡体稳定性，减少灾害发生的效果。
Landform treatment method based on waste stone mine
基于废弃石料矿山的地形地貌治理方法
HE ZONGJIANG (author) / YANG SHAOQING (author) / WEN XIONG (author) / TAN YUEPING (author) / LIU ZHIJIAN (author) / FU XIAOHAO (author) / CHEN CHUNLI (author) / CHEN WEI (author) / LI YOU (author) / ZHOU LIANG (author)
2021-06-11
Patent
Electronic Resource
Chinese
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