Water bank simulated natural ecological protective member

Abstract

The invention relates to a water bank simulated natural ecological protective member. The member comprises a reinforced concrete hook pile which simulates a vertical stump in function, a geogrid net which simulates a tree fibrous root system, an inverted filter non-woven fabric, a gravel ecological protective layer and a sand-free ecological concrete capping layer, wherein the reinforced concrete hook pile is punched underground along water bank boundary; the geogrid net is hung on the reinforced concrete hook pile; the inverted filter non-woven fabric is arranged in the reinforced concrete hook pile on the side close to the water bank; the gravel ecological protective layer is arranged between the geogrid net and the inverted filter non-woven fabric; and the sand-free ecological concrete capping layer is arranged on the gravel ecological protective layer. Compared with the prior art, the water bank simulated natural ecological protective member provided by the invention has the advantages of stability for protecting the water bank, simplicity and rapidness in construction, low manufacturing cost, ecological restoration and the like.

Description

technical field [0001] The invention belongs to the fields of water bank and environmental protection, and in particular relates to a water bank pseudo-natural ecological protection component. Background technique [0002] The shores of small and medium-sized rivers, lakes, reservoirs, drainage ditches, etc. are always damaged by wind and wave erosion, freeze-thaw landslides, etc., and engineering methods must be used for protection. It is necessary to ensure the safety of waterfront protection, but also to create and improve the basic functions of the waterfront ecosystem, protect the growth environment of plants and animal habitats on the shore, maintain the self-purification ability of the water body, and create a natural ecology and beautiful waterfront landscape. [0003] The traditional protection methods at home and abroad basically use stone masonry and concrete. In recent years, the method of using concrete components for protection has been vigorously developed. T...

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Problems solved by technology

[0003] The traditional protection methods at home and abroad basically use stone masonry and concrete. In recent years, the method of using concrete components for protection has been vigorously developed. The above method is not only expensive and inconvenient for construction, but also mainly affects and destroys the waterfront ecosystem, making it difficult for aquatic plants to grow, aquatic organisms lose their habitat, rest, and breeding grounds, and water birds have no place to forage

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