Slope ecological protection device

Abstract

The invention relates to the technical field of slope protection, and discloses a slope ecological protection device which comprises a plurality of slope protection units arranged on a slope. The slope protection units comprise water diversion mechanisms and protection grids, water feeding mechanisms for supplying water to the water diversion mechanisms are arranged in a river channel, each waterdiversion mechanism comprises a water delivery pipe and a water distribution pipe, and the water feeding mechanisms are arranged at the water inlet ends of the water delivery pipes, each water delivery pipe is connected with the corresponding water distribution pipe after being inclined upwards along a side slope until reaching the upper part of the corresponding protection grid, the water distribution pipes are flexible plastic water pipes, the water distribution pipes are inclined downwards towards the extending direction of the water distribution pipes, a plurality of water outlet slits areformed in the water distribution pipes in the length direction of the water distribution pipes, and the water outlet slits are aligned to the protection grids below the water distribution pipes. According to the slope ecological protection device provided by the invention, the water flow in the river channel can be conveyed to the upper part of the slope through a pipeline, watering for slope protection plants on a larger area on the slope can be better cared, the growth requirement of the slope protection plants is guaranteed, and thus a better slope protection effect is achieved.

Description

technical field [0001] The invention relates to the technical field of slope protection, in particular to a slope ecological protection device. Background technique [0002] Ecological slope protection is a kind of hydrophilic project that highlights the harmonious coexistence between humans and rivers. It can fully reflect the characteristics of water biodiversity and localization. Its core is to comprehensively consider the overall environment, safety and water resources around the river. , The slope protection plants on the river slope should choose plants with developed roots and strong soil-fixing ability, so as to prevent the river from scouring the slope for a long time and accelerating the soil erosion of the edge. The common slope protection plants planted on the side slopes have strong drought resistance, but the problem is that such slope protection plants are not waterlogging-tolerant. Slope protection plants that are not waterlogging-tolerant are difficult to s...

AI Technical Summary

Problems solved by technology

Common slope protection plants planted on slopes are very drought-resistant, but the problem is that such slope protection plants are not resistant to waterlogging. Therefore, in the event of river flooding, the water flow will submerge the slope protection plants on the slope. Slope protection plants that are not resistant to waterlogging are difficult to survive. In addition, rising water levels will affect the stability of the slope soil layer, resulting in soil erosion and protection failure. Therefore, planting waterlogging-tolerant plants on the slope can prevent plants from being damaged by water Long-term submersion will cause water and soil erosion, but this kind of waterlogging-tolerant plants will also have the problem of drought tolerance, and long-term water shortage will also affect the survival of this type of slope protection plants

[0003] In

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