Ecological interlocking block and ecological interlocking block type slope protection construction method

Abstract

The invention relates to an ecological interlocking block and an ecological interlocking block type slope protection construction method. The ecological interlocking block comprises a block body; the left side and the right side of the block body are symmetrically provided with wedge-shaped mortises; the front side and the rear side of the block body are symmetrically provided with connecting grooves; the interior of the block body is provided with two through holes. The ecological interlocking block type slope protection construction method particularly comprises the following steps of slope levelling processing, pavement of composite geo-membrane, pouring of C20 plain concrete foundation, pavement of ecological interlocking brick, coping of concrete capping and construction of slope top. The ecological interlocking block type slope protection construction method has the advantages that every interlocking brick block and the adjacent six interlocking brick blocks generate super-strong connecting functions and the integral stability is high under washing through river water; the slope protection durability and stability is improved along with growing of plants in central holes of the interlocking bricks, a function of protecting river ecological environment is achieved; slope protection, ecological restoration and decoration are integrated, the structure is stable and economic, and the construction is convenient, and the ecological interlocking block type slope protection construction method can be applied to treatment engineering of medium or small rivers.

Description

(1) Technical field [0001] The invention relates to a river course slope protection, in particular to an ecological interlocking block and an ecological interlocking type slope protection construction method. (2) Background technology [0002] Many small and medium-sized rivers in my country have one-sidedly emphasized economic development in the reinforcement and renovation work, coupled with lagging governance concepts and other reasons, resulting in the current small and medium-sized rivers with serious river siltation, insufficient flood control capabilities, serious water pollution, changes in river channel shape, and rivers. The network water area is constantly shrinking and other problems. Today, when people and nature live in harmony and ecological concepts are increasingly popular, it is worth exploring in depth to integrate water ecological restoration and maintenance into the comprehensive management of small and medium-sized rivers. [0003] In order to preve...

AI Technical Summary

Problems solved by technology

Traditional embankment and dam slope protection of water conservancy projects generally adopt natural stone masonry or cast-in-situ concrete; natural stone masonry slope protection has disadvantages such as difficult construction, difficult control of engineering quality, long construction period, and poor slope protection effect, and mining of natural stone masonry is easy. Destroying the natural ecological environment; cast-in-place concrete slope protection has defects such as complex construction, low efficiency, poor flexibility and inability to adapt to foundation deformation, easy cracking and suspension and difficult to repair; and stone masonry and cast-in-place concrete slope protection need a certain maintenance period, and there are engineering problems. benefit delay problem

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