Frame beam slope greening method and frame beam slope greening facility

Abstract

The invention discloses a frame beam slope greening method and a frame beam slope greening facility. The method comprises the following steps that S1, frame beams are cast; S2, ecological bags are stacked in the frame beams. The ecological bags are staked to be of a layer structure, and a seepage prevention layer is laid between every two layers of ecological bags. Seepage discharge pipes are arranged between the ecological layers and the seepage prevention layers. Joints of the frame beams are provided with anchor rods to be reinforced. According to the frame beam slope greening method and the frame beam slope greening facility, construction is easy and convenient, the limit of a slope shape is small, plants can fast grow and root on the ecological bags or vegetation bags, planting speed is high, lawns are fast to form, the coverage rate is high, water and soil losses and landsides can be avoided, and the problem that the interiors of high and steep slope engineering frame beams are hard to green is solved. In addition, the ecological bags are adopted, the sowing quantity can be saved, the production cost can be lowered, the seed density can be set according to needs, and multi-grass-seed mixed lawns can be produced according to the scientific ratio.

Description

technical field [0001] The invention relates to the technical field of side slope greening, and more particularly relates to a method for greening a sash beam side slope and a greening facility for a sash beam side slope. Background technique [0002] With the development of urban construction, the ecological environment has been continuously damaged to a certain extent. The construction of roads, mountain scenic spots, reservoir dams and other projects in the city has formed a large number of high and steep exposed slope wounds, which brings great harm to pedestrians, vehicles and the surrounding environment. Many unsafe hidden dangers have caused large-scale vegetation degradation at the same time, which is not in harmony with the surrounding natural landscape. In the prior art, hard frame beams are used to reinforce and protect the exposed slope, which effectively achieves the safety and stability of the slope, but the slope still cannot restore the original vegetation. ...

AI Technical Summary

Problems solved by technology

[0002] With the development of urban construction, the ecological environment has been continuously damaged to a certain extent. The construction of roads, mountain scenic spots, reservoir dams and other projects in the city has formed a large number of high and steep exposed slope wounds, which brings great harm to pedestrians, vehicles and the surrounding environment. Many unsafe hidden dangers, causing a large area of ​​vegetation degradation at the same time, inconsistent with the surrounding natural landscape

In the existing technology, hard frame beams are used to reinforce the slope protection on the exposed slope, which effectively achieves the safety and stability of the slope, but the slope still cannot restore the original vegetation

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