Ecological slope protection system produced by applying soil-retaining bricks

Abstract

The invention discloses an ecological slope protection system produced by applying soil-retaining bricks. The ecological slope protection system comprises a levee slope, wherein a foundation protection wall is arranged at the slope toe of the levee slope; a slope protection wall is laid on the slope of the levee slope; a road shoulder is arranged at the junction of the top of the foundation protection wall and the bottom of the slope protection wall; water filter ditches parallel to the slope protection wall are equidistantly formed in the slope protection wall; a water filter well is arranged at a position close to the road shoulder, on the bottom of the slope protection wall; a greening path is laid at the levee crown of the levee slope; a road shoulder is laid at the junction of the top of the slope protection wall and the greening path; water filter ditches parallel to the greening path are equidistantly formed in the greening path and correspondingly communicate with the water filter ditches in the slope protection wall; and a plurality of ecological tree pools are further formed in the greening path. With the adoption of a self-embedded water filter brick structure, the ecological slope protection system disclosed by the invention is simple, convenient and fast to construct, high in firmness, remarkable in greening effect, and low in comprehensive cost compared with a traditional soil-retaining wall.

Description

technical field [0001] The invention relates to the technical field of hydraulic engineering, in particular to an ecological slope protection system made of earth retaining bricks. Background technique [0002] At present, there are two kinds of slope protection structures used in embankment slope protection: one is the use of slope protection components (such as hexagonal blocks, hinged slope protection bricks, concrete frames, etc.), which has a short effective slope protection time and can be used for a period of time It will not only cause water and soil loss, but also leave potential safety hazards due to the loosening of the slope; the other is to use concrete full slope protection or masonry slope protection. The planting and the flow of water between the slope body and the embankment slope, the ecological effect is poor. Self-embedded retaining bricks make full use of the fact that plants can absorb silt nutrient substances, organic matter and heavy metals and other...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two types of slope protection structures used in embankment revetment: one is to use slope protection components (such as hexagonal blocks, articulated slope protection bricks, concrete frames, etc.), this type of slope protection has a shorter effective slope protection time and can be used for a period of time. Finally, it will not only cause water and soil loss, but also cause safety hazards due to the loose slope; the other is to use concrete full slope protection or mortar masonry slope protection. The planting and the flow of water between the slope and the embankment, the ecological effect is poor

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