Prefabricated concrete tubular block ecological retaining wall

Abstract

The invention relates to an assembly concrete tubular block ecological retaining wall. The assembly concrete tubular block ecological retaining wall is characterized by comprising a base plate (5), wherein a plurality of concrete tubular block layers are arranged on the base plate (5) from bottom to top, the outer edge surfaces of the plurality of concrete tubular block layers are gradually retracted backwards, each concrete tubular block layer comprises a front first tubular block row and at least one back second tubular block row, and a first tubular block body (1.1) of a first tubular block (1) of each concrete tubular block layer, a second tubular block body (2.1) of a second tubular block (2) and gaps formed by adjacent tubular block rows are filled with planting soil. The assembly concrete tubular block ecological retaining wall has the advantages of good ecological benefit, simplicity in construction, reliable quality and controllable cost and is a novel high-quality ecological retaining wall.

Description

technical field [0001] The invention relates to an ecological retaining wall of assembled concrete tubular blocks. Background technique [0002] Retaining walls are built on slopes to reinforce soil slopes or stone slopes. They are the most common buildings in water conservancy, transportation, and municipal engineering. [0003] The traditional hard retaining wall is usually made of stone or reinforced concrete, with reliable quality and mature technology, and is widely used in engineering. However, this kind of retaining wall has a great impact on the ecological environment because it separates the soil, especially the retaining wall along the river. For the river channel, the water body is in front of the wall, and the soil body is behind the wall. The two are organically blended in a natural state, and various animals and plants can interact freely to form a complete ecosystem. However, due to the rigidity of traditional retaining walls, The water and soil are forcibly...

AI Technical Summary

Problems solved by technology

[0005] 1. In order to soften the revetment and form a transparent structure on both sides, the design of the retaining wall is often more complicated, which is not suitable for large-scale construction on the site;

[0006] 2. The new structure analysis theory is not yet mature, and the quality of the retaining wall largely depends on the quality of the construction unit itself;

[0007] 3. The cost of new structures and materials remains high

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