Building block structure for ecological hydraulic engineering slope protection

Abstract

The invention discloses a building block structure for ecological hydraulic engineering slope protection. The building block structure for ecological hydraulic engineering slope protection corresponds to a slope body part and comprises a slope protection layer tiled on the slope body part, a horizontal protection block connected with the upper end of the slope protection layer and a horizontal protection block connected with the lower end of the slope protection layer. The slope protection layer is formed by connecting a plurality of slope protection building blocks. Each slope protection building block comprises a building block body. The upper end face of each building block body is provided with a plurality of bearing blocks. Vegetation nursery spaces are arranged between the bearing blocks. The vegetation nursery spaces on adjacent slope protection building blocks are connected through vegetation nursery space connecting channels. The building block structure for ecological hydraulic engineering slope protection is reasonable in design, natural and beautiful, and environmentally friendly; the building block structure is capable of beautifying the natural environment effectively and being in harmony and unity with the surrounding natural landscape; vegetation cover is increased; water and soil loss is avoided; and the building block structure is high in popularization value.

Description

technical field [0001] The invention belongs to the technical field of ecological slope protection, and in particular relates to a block structure for ecological hydraulic slope protection. Background technique [0002] At present, vegetation bags are usually used to restore vegetation and slope landforms by filling lattice ring beam holes on slopes. However, the construction of vegetation bags not only needs to be bagged and stacked one by one, which is laborious and laborious, but also the surface of chemical fiber bags is not conducive to plant seeds. Implantation and plant rooting. [0003] The plant fiber blanket can significantly reduce the surface soil erosion intensity of the slope, improve the slope landscape, and promote vegetation restoration. It can reduce soil erosion by more than 70% on steep slopes above 25 degrees. However, the mechanical strength of the plant fiber blanket is low, and it cannot withstand the falling force of the thick nutrient soil layer on...

AI Technical Summary

Problems solved by technology

However, the plant fiber blanket has low mechanical strength and cannot withstand the sinking force of the thick nutrient soil layer on the slope. Even if it is made into a pillow bag, it can only follow the construction process of the plant bag

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