An ecological submerged dam system

Abstract

The invention provides an ecological ground sills system. The ecological ground sills system comprises ground sills and a server. The ground sills comprise a fixed dam and a regulating dam, wherein the regulating dam is arranged above the fixed dam, and one end of the upper reach of the regulating dam is fixedly connected with the fixed dam. The server comprises a storage unit, a data processing unit and a communication unit, wherein the storage unit is used for storing river water volume monitoring data and dam height data, the data processing unit calculates and analyzes the height data which needs to be regulated of a dam according to the corresponding relationship of the river water volume monitoring data and the dam height data, and the communication unit sends the height data which needs to be regulated of the regulating dam to the regulating dam. The ecological ground sills system can regulate the height of the ground sills, and controls the water storage capacity, meanwhile, the ecological ground sills system can pop up from an environment hole to provide a living environment for organisms in a current water body according to seasons and a water flow rate, the organism quantity in the water body is guaranteed, and the self cleaning capacity of the water body is improved.

Description

technical field [0001] The invention relates to the technical field of environmental technology protection, in particular to an ecological submerged dam system. Background technique [0002] Due to the small rain collection area and poor connectivity with the surrounding water system, river water pollution, small flow or even cut-off often occur in the river channel, which seriously affects the ecological environment of the river channel. As a kind of "water storage" and "water discharge" function The hydraulic structure can effectively adjust the water level in front of the dam and the discharge flow, and ensure the ecological flow of the river and other water use. It is widely used in the river. [0003] However, due to the blocking effect, the water velocity slows down, and traditional submerged dams cannot adjust the height of submerged dams according to the specific water storage in the river, which will easily aggravate the eutrophication of the river water and damage ...

AI Technical Summary

Problems solved by technology

[0003] However, due to the blocking effect, the water speed slows down, and the traditional submerged dam cannot adjust the height of the submerged dam according to the specific water storage in the river, which will easily aggravate the eutrophication of the river water and damage the ecological environment of the river.

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