Smart city stagnant water draining managing device

Abstract

The invention relates to a smart city stagnant water draining managing device, and belongs to the field of stagnant water draining devices. The smart city stagnant water draining managing device comprises a water dam body, a flashboard is inserted on the water dam body, the upper end of the flashboard is fixedly connected with an electric motor, a flood discharge door is arranged in the flashboard, the upper end and the lower end of the flood discharge door are connected with a connecting pipe and a rotating shaft correspondingly, the power output end of the electric motor is fixedly connectedwith the connecting pipe, a wiring column is fixedly connected in the connecting pipe, a water draining pump is fixedly connected to the flood discharge door, a wire is connected between the water draining pump and the wiring column, the end, away from the flood discharge door, of the wiring column is sleeved with a wiring ring, a power supply line is fixedly connected to the wiring ring, a threading hole matched with the power supply line is chiseled in the side wall of the connecting pipe, a pair of seal strips matched with the flood discharge door are fixedly connected to the inner wall ofthe flashboard, and the seal strips comprise fixed ends. The drainage direction of the water flow can be conveniently adjusted, and the stagnant water draining rate can be conveniently controlled.

Description

technical field [0001] The invention relates to the field of waterlogging devices, in particular to a smart city drainage management device. Background technique [0002] With the great leap forward in the process of urbanization, more and more attention has been paid to urban flood control and drainage. Therefore, there are a large number of scattered drainage stations. Sufficient manpower and mobility so that the pumps or sluices can be started quickly and drainage can be carried out through the pumps or sluices. [0003] Due to factors such as rain in the flood season and the need for human regulation, the flow direction of the river is not static. Sometimes it is necessary to divert the water from the outer channel to the inner channel, and sometimes it is necessary to discharge the water from the inner channel to the outer channel. [0004] Most of the existing sluice pumps can only discharge in one direction, or two submersible pumps with different discharge direction...

AI Technical Summary

Problems solved by technology

[0004] Most of the existing sluice pumps can only discharge in one direction, or two submersible pumps with different discharge directions installed on the same sluice can be started on demand to complete two different diversion and drainage functions respectively. Due to the limited space of the sluice and the limited volume of the pump, only Smaller water cups can be installed on the sluice, so that the single drainage volume of the water pump is reduced, which affects the efficiency of drainage

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