Highway slope protecting structure

Abstract

The invention discloses a highway slope protecting structure. The highway slope protecting structure comprises a cross rod fixed to a slope surface. The whole slope surface is sealed into a solid slope surface by splicing one or more slope protecting bricks, a rail rod is arranged at the bottom of the slope surface, a sliding rod is slidingly mounted on the top of the rail rod, one or more guide rods are arranged between the sliding rod and the cross rod, springs are arranged on the two sides of the guide rods separately, the other ends of the springs are fixedly connected with the sliding rodand the cross rod, the sliding rod is driven by a drive assembly on one side, the sliding rod is driven by the drive assembly to enable the angles of all the guide rods to be changed, and one or moreplanting holes are formed in the same sides of the guide rods. An inclined staggered manner is adopted, an optimal illumination plane can be obtained on sunny days, and production of plants is promoted; and the highway slope protecting structure is reversely inclined on rainy days, so that the highway slope protecting structure is prevented from being washed by rainwater, the rainwater is betterguided to be drained through an inclined structure on the back, and the drain speed of the rainwater is increased.

Description

technical field [0001] The invention relates to a slope protection structure, in particular to a road slope protection structure. Background technique [0002] Slope protection structures are often installed on the slopes of the roads in the middle of the mountain. The purpose is to protect the slopes and prevent soil loss caused by rain washing away the soil in rainy weather. The current slope protection structures are relatively common, such as the splicing of slope protection bricks. In order to restore the ecology, it is necessary to open planting holes on the slope protection bricks, and the vegetation is planted in the planting holes. , leading to serious soil loss, the rainwater is directly washed on the slope, and there is no rainwater-guided structure, which makes the soil loss rate relatively high. The vegetation is directly washed by the rainwater, and the soil at the bottom of the vegetation is more likely to loosen and be lost. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

The current slope protection structures are relatively common, such as the splicing of slope protection bricks. In order to restore the ecology, it is necessary to open planting holes on the slope protection bricks, and the vegetation is planted in the planting holes. , so that the soil loss is serious, the rainwater is directly washed on the slope, and there is no rainwater-guiding structure, which makes the soil loss rate relatively high. The vegetation is directly washed by the rainwater, and the soil at the bottom of the vegetation is more likely to loosen and be lost.

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