Embedded type ecological block retaining wall and construction method thereof

Abstract

The invention relates to an embedded type ecological block retaining wall, which comprises a concrete foundation, wherein the concrete foundation is provided with building blocks which are upwardly overlaid in parallel in the transverse direction, the front and the rear surfaces of the building blocks are parallel, guiding blocks are integrally connected and arranged on the lower portions of the rear surfaces of the building blocks, openings are arranged in the middle of the building blocks, grooves are arranged on the top portions of the building blocks, the building blocks are arranged on a construction foundation and are used as a first layer, building blocks are arranged on the first layer of building blocks and are used as a second layer, guiding blocks of the second layer of building blocks are closely abutted with the rear portions of the first layer of building blocks, are aimed to anchorage holes, and are inserted into anchorage bars, and the building blocks are repeatedly placed to a designed height. The embedded type ecological block retaining wall has the beneficial effects that the embedded type ecological block retaining wall is convenient and rapid to construct, excellent in whole stability, low in cost, environmentally friendly and practical, has excellent ecological effect, has excellent economic and social benefits, and has promotional value in engineering construction landscaping and river regulation.

Description

(1) Technical field [0001] The invention relates to a retaining wall suitable for landscape greening such as urban gardens and river courses, in particular to an inter-embedded ecological block retaining wall and a construction method thereof. (2) Background technology [0002] Retaining walls refer to structures that support subgrade fill, natural slope waterway harbor berths, landscape walls, and hillside soil to prevent deformation and instability of fill or soil, among which gravity retaining walls It is the most commonly used retaining wall structure in my country. The traditional ordinary stone masonry retaining wall and reinforced concrete retaining wall generally adopt the mortar masonry method, which has slow construction speed, high engineering cost, and prone to instability such as settlement and slippage after hydrophilicity. (3) Contents of the invention [0003] In order to make up for the deficiencies of the prior art, the present invention provi...

AI Technical Summary

Problems solved by technology

The traditional ordinary stone masonry retaining wall and reinforced concrete retaining wall generally adopt the mortar masonry method, the construction speed is slow, the project cost is high, and unstable phenomena such as settlement and slippage are prone to occur after hydrophilicity

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