Self-embedded porous concrete block

Abstract

The invention discloses a self-embedded porous concrete block. The contour of the block is in a cuboid structure; a key and a groove which are nested with another block are respectively arranged at a pair of opposite sides of the block; and a reserved space which can be matched with another block to form a hole is arranged at the other pair of opposite sides of the block. In the invention, an ecological protective slope for an embankment constructed based on the self-embedded porous concrete block integrates water and soil conservation with ecological restoration, provides a carrier similar to a natural soil bank slope for growth of green plants and enrichment of microbes, and has biodiversity effect, landscape effect and water purification effect, thus fundamentally overcoming the problem of ecosystem damage caused by hard embankment of the bank slope of rivers and lakes.

Description

technical field [0001] The invention relates to a concrete block, in particular to a self-embedded porous concrete block, which is suitable for ecological slope protection of embankments of rivers, lakes and reservoirs. Background technique [0002] For a long time, people have only focused on unilateral functional requirements for flood control, shipping, and bank slope stability in the embankment treatment of surface water bodies such as rivers and lakes. The commonly used hardened barriers cut off the material, energy and Information exchange deprives plants of growth space, and aquatic animals and microorganisms also lose their habitat and reproduction carriers, thus destroying the ecosystem of surface water bodies, leading to serious consequences such as decline in biodiversity and weakening of the self-purification function of water bodies. The ecological transformation of hard water body slopes and the construction of ecological water bodies have attracted attention. ...

AI Technical Summary

Problems solved by technology

[0002] For a long time, people have only focused on unilateral functional requirements for flood control, shipping, and bank slope stability in the embankment treatment of surface water bodies such as rivers and lakes. The commonly used hardened barriers cut off the material, energy and Information exchange deprives plants of growth space, and aquatic animals and microorganisms also lose their habitat and reproduction carriers, thus destroying the ecosystem of surface water bodies, leading to serious consequences such as decline in biodiversity and weakening of the self-purification function of water bodies

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