Embankment ecology bin for controlling water and soil loss and ecology landscape combined revetment inserting sheet pile

Abstract

The invention discloses an embankment ecology bin for controlling water and soil loss and an ecology landscape combined revetment inserting sheet pile. The embankment ecology bin comprises an ecologybin body, at least one water inlet is formed in the front side of the ecology bin body, at least one water outlet is formed in the rear side of the ecology bin body, and the positions of the water inlets are higher than the positions of the water outlets. The vertical spacing between the water inlets and the water outlets is larger than 1 / 2 or above of the longitudinal length of the ecology bin body, and a filter layer with which the water outlets are covered is arranged in the ecology bin body. According to the ecology landscape combined revetment inserting sheet pile, the front side of the inserting sheet pile is the water-ward side, the rear side of the inserting sheet pile is soil-ward side, the water inlets are formed in the water-ward side of the inserting sheet pile, the water outlets are formed in the soil-ward side of the inserting sheet pile, and the ecology bin body is communicated with the outside atmosphere through the water inlets and the water outlets. By means of the embankment ecology bin, water and soil loss can be effectively prevented, and the landscape performance of an embankment is improved while ecological system circulation is promoted.

Description

technical field [0001] The invention relates to a bank embankment ecological storehouse for controlling water and soil loss and an ecological landscape combination bank revetment sheet pile. Background technique [0002] The embankment is an important structure used to protect the river bank and the embankment from the erosion of the river. Its own stability has a direct impact on the precautions. The revetment structure is essential in various water conservancy projects, and with the development of the times, the embankment in the city The bank revetment structure is more inclined to the harmony and unity between man and nature, and to achieve sustainable development. At present, the bank revetment structure adopts reinforced concrete piles of the same specification, which itself has a larger specification. This reinforced concrete pile is equipped with a buckle structure so that A plurality of reinforced concrete piles of the same specification are connected end to end to ...

AI Technical Summary

Problems solved by technology

[0002] The embankment is an important structure used to protect the river bank and the embankment from the erosion of the river. Its own stability has a direct impact on the precautions. The revetment structure is essential in various water conservancy projects, and with the development of the times, the embankment in the city The bank revetment structure is more inclined to the harmony and unity between man and nature, and to achieve sustainable development. At present, the bank revetment structure adopts reinforced concrete piles of the same specification, which itself has a larger specification. This reinforced concrete pile is equipped with a buckle structure so that A plurality of reinforced concrete piles of the same specification are connected end to end to form a revetment wall, thereby reducing the erosion of the water flow on the soil along the bank. Due to the large size of the reinforced concrete pile, the manufacturing cost and construction cost are high, and the economic benefit is low. Concrete piles are prefabricated by steel bars and cement. Their appearance is single and their water permeability is poor, which isolates the contact between water and soil. Although they meet the basic requirements of drainage and water storage, they destroy the ecological functions and directly affect the The living environment of terrestrial vegetation reduces the self-purification ability of the water body, and will also lead to the reduction of biodiversity after the deterioration of the water environment, and even destroy the circulation of the entire water and land ecosystem; The comprehensive functionality and landscape of the embankment are compromised, and due to the long-term erosion of the water flow, the reinforced concrete piles will still crack, threatening the stability of the entire revetment wall. , the soil slowly appears defects, expands, and collapses, causing serious soil erosion

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