Construction method of concrete slope protection with green plant ecological bags

Abstract

The invention discloses a construction method of concrete slope protection with green plant ecological bags. The construction method comprises the following steps of (1) trimming a bank slope; (2) constructing a bank slope cushion layer, and then binding a lower-layer reinforcing mesh and a surface-layer reinforcing mesh; (3) mounting and fixing each ecological bag unit according to a design position; (4) pouring concrete; and (5) filling the ecological bags with planting soil, and planting green plants to finish construction. The mode that the ecological bags are embedded in the concrete slope protection plate is adopted, the improvement that a stressed reinforcing mesh does not need to be disconnected during installation is achieved, the slope protection reinforcement area is not affected, in other words, stress concentration points cannot be generated due to the fact that the ecological bags are embedded in an original concrete cast-in-place slope protection plate, and therefore, ornamental plants are planted in the ecological bags for slope protection greening, and the structural safety and the drainage and diversion functions of the concrete slope protection are not affected; during construction, the use amount of concrete can be reduced by 2-8%, so that the construction cost is reduced; and the ecological bag is relatively light in self weight and has a certain shape, a formwork does not need to be additionally arranged during concrete slope protection pouring, and construction is simplified.

Description

technical field [0001] The invention relates to the technical field of concrete slope protection, in particular to a construction method for concrete slope protection with green plant ecological capsules. Background technique [0002] In water conservancy projects, the wing wall slopes of the inlet and outlet of sluices, rubber dams or upstream and downstream wing wall slopes of flap gates are subjected to large hydraulic erosion and have high anti-seepage requirements. Concrete panel slope protection is usually used. In terms of stability, durability, resistance to high-speed water erosion, convenient construction, and easy operation and management, it has significant advantages over other structural forms of slope protection. However, the concrete panel slope protection is rigid and single, which is difficult for greening and cannot meet the landscape requirements. Contents of the invention [0003] In order to solve the above problems, the present invention provides a ...

AI Technical Summary

Problems solved by technology

However, the concrete panel slope protection is rigid and single, it is difficult to afforest, and cannot meet the landscape requirements

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