Reinforced retaining wall ecological panel structure with self-interlocking function

Abstract

The invention discloses a reinforced retaining wall ecological panel structure with a self-interlocking function. The reinforced retaining wall ecological panel structure comprises open hollow prefabricated blocks which are stacked, a protruding block is arranged at the bottom face of each prefabricated block, and a groove is arranged on the top face of each prefabricated block and matched with each protruding block in an interlocking mode. Soil and plant seeds are filled in hollow cavities of the prefabricated blocks, reinforced materials are paved in the retaining wall and correspond to the prefabricated blocks one by one, and the reinforced materials extend into the hollow cavities of the prefabricated blocks to be bent to wrap the soil and the plant seeds and conduct limit pulling on the prefabricated blocks. The reinforced retaining wall ecological panel structure is composed of the prefabricated blocks of concave-convex structure and with the self-interlocking function, connecting stability among the prefabricated blocks is improved, and the integrity of a panel is improved. Simultaneously, anchoring among the reinforced materials and the prefabricated blocks is enhanced, and the stability of a reinforced retaining wall itself is improved. The soil can be arranged in the hollow cavities of the prefabricated blocks to meet green plant growing requirements, requirements of green landscape are met, and a landscape effect of the retaining wall is improved.

Description

technical field [0001] The invention relates to a greening structure of a reinforced soil retaining wall, in particular to an ecological panel structure of a reinforced soil retaining wall with a self-embedded locking function. Background technique [0002] A reinforced earth retaining wall is a commonly used structure in civil engineering, which consists of a face plate followed by a reinforced body. Traditional panels use solid reinforced concrete or concrete, which is difficult to meet the needs of greening landscapes. The use of panels with cavities can solve the needs of greening, but the connection between panels and the connection between reinforced bodies and panels has become a technical problem, which will affect the stability of the reinforced soil retaining wall if it is not solved properly. Therefore, there is a need for a stable and reliable reinforced earth retaining wall ecological panel structure that can meet the needs of greening and landscape. Contents...

AI Technical Summary

Problems solved by technology

Traditional panels use solid reinforced concrete or concrete, which is difficult to meet the needs of green landscapes

The use of panels with cavities can solve the needs of greening, but the connection between panels and the connection between reinforced body and panels has become a technical problem, which will affect the stability of the reinforced earth retaining wall if not solved.

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