Urban River Ecological Slope Protection Monitoring System
An ecological slope protection and monitoring system technology, applied in the waterway system, sewer system, lawn growth, etc., can solve the problems that the forest water resources cannot be guaranteed naturally, the ability to resist rain and flood erosion is weak, and the slope soil is violently disturbed. Strong vegetation recovery effect, improved river ecology, and increased vegetation coverage
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Embodiment 1
[0028] Embodiment 1: as figure 1 The ecological slope protection monitoring system established for the urban river is shown on the slope side of the slope protection on both sides of the river protection, and stagnant aquatic breeding areas 5 are arranged at intervals. The stagnant aquatic breeding area 5 needs to be reasonably distributed according to the embankment direction and terrain conditions.
[0029] Specifically, such as figure 2 Any one stagnation aquatic breeding area 5 shown in is that the slope protection soil foundation 8 is excavated outwards along the horizontal direction to form a depression area. span. The scope and scale of stagnation aquatic breeding area 5 shall be reasonably arranged according to the needs of ecological construction. By setting stagnation aquatic breeding areas, the river channel forms multiple stagnation areas, using multiple stagnation areas to establish aquatic ecosystems in the river, preventing factors such as river flow and riv...
Embodiment 2
[0036] Embodiment 2: On the basis of the scheme of Embodiment 1, a seepage guide pipe 23 is further laid along the inclined surface above the anti-seepage membrane on the inclined surface, such as Figure 4 As shown, there are seepage holes on the side wall of the seepage guide pipe 23 , and the upper end of the seepage guide pipe 23 is inserted into the fiber aquifer 18 . With the aid of the diversion pipe 23 and the seepage holes on its side walls, the water stored in the water storage ditch 3 is diverted to the remaining parts of the slope protection slope of the river channel to increase the effect of water storage and infiltration.
Embodiment 3
[0037] Embodiment 3: On the basis of the scheme of Embodiment 1, the well cover plate 17 of the rainwater catchment pool 10 is designed as a hollow structure, which is used to collect rainwater on the road in time and prevent rainwater from being directly discharged into the river through the river slope protection. When the net cover 22 is matched in the rainwater collection tank 10 , the net cover 22 can be pulled out from the rainwater collection tank 10 as a whole. Workers regularly take out the net cover to clean up the sundries in the net cover to improve the storage capacity and smooth performance. In addition, the rainwater catchment pool 10 may be further provided with an underground water catchment channel 11 transversely communicating with the street well. In order to facilitate the transportation of accumulated road water to the rainwater collection tank 10 through confluence, the utilization effect of the rainwater collection tank 10 is improved. And improve the ...
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