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A platform for research: civil engineering, architecture and urbanism
Efficient and energy-saving water conservancy project drainage system
The invention relates to an efficient and energy-saving water conservancy project flood drainage system which comprises a plurality of flood drainage devices, the flood drainage devices are connected through drainage pipelines of drainage mechanisms in seepage wells, and each flood drainage device comprises rainwater wells arranged on the two sides of an urban road and used for collecting rainwater; the flow guide pipe is used for connecting the well and the seepage well; the seepage well is used for seeping rainwater into underground water, and the seepage well comprises a drainage mechanism used for draining water to the seepage well of the adjacent flood drainage device; the central control unit is connected with the drainage mechanism and is used for judging a target seepage well for drainage of the current drainage device according to the water level height of the seepage well in each drainage device, and the central control unit determines the starting amount of the drainage mechanism and the air supply power of the drainage mechanism according to the water level height of the current seepage well; and according to the water level height of the target soakage well and the water level height variation after the preset drainage time, the gas supply power of the current soakage well drainage mechanism is adjusted.
本发明涉及一种高效节能的水利工程排涝系统，包括若干排涝装置，各排涝装置通过各渗水井中排水机构的排水管线相连接，排涝装置包括：雨水井，设置于城市道路两侧，用于收集雨水；导流管，用于连接所水井和渗水井；渗水井，用于将雨水渗入地下水中，渗水井包括用于向相邻排涝装置的渗水井排水的排水机构；中控单元，其与所述排水机构相连接，用于根据各所述排涝装置中所述渗水井的水位高度，判定当前排涝装置排水的目标渗水井，其中，所述中控单元根据当前渗水井水位高度确定排水机构的启动量以及排水机构的供气功率，并根据预设排水时间后，目标渗水井的水位高度和水位高度变化量对当前渗水井排水机构供气功率进行调节。
Efficient and energy-saving water conservancy project drainage system
The invention relates to an efficient and energy-saving water conservancy project flood drainage system which comprises a plurality of flood drainage devices, the flood drainage devices are connected through drainage pipelines of drainage mechanisms in seepage wells, and each flood drainage device comprises rainwater wells arranged on the two sides of an urban road and used for collecting rainwater; the flow guide pipe is used for connecting the well and the seepage well; the seepage well is used for seeping rainwater into underground water, and the seepage well comprises a drainage mechanism used for draining water to the seepage well of the adjacent flood drainage device; the central control unit is connected with the drainage mechanism and is used for judging a target seepage well for drainage of the current drainage device according to the water level height of the seepage well in each drainage device, and the central control unit determines the starting amount of the drainage mechanism and the air supply power of the drainage mechanism according to the water level height of the current seepage well; and according to the water level height of the target soakage well and the water level height variation after the preset drainage time, the gas supply power of the current soakage well drainage mechanism is adjusted.
本发明涉及一种高效节能的水利工程排涝系统，包括若干排涝装置，各排涝装置通过各渗水井中排水机构的排水管线相连接，排涝装置包括：雨水井，设置于城市道路两侧，用于收集雨水；导流管，用于连接所水井和渗水井；渗水井，用于将雨水渗入地下水中，渗水井包括用于向相邻排涝装置的渗水井排水的排水机构；中控单元，其与所述排水机构相连接，用于根据各所述排涝装置中所述渗水井的水位高度，判定当前排涝装置排水的目标渗水井，其中，所述中控单元根据当前渗水井水位高度确定排水机构的启动量以及排水机构的供气功率，并根据预设排水时间后，目标渗水井的水位高度和水位高度变化量对当前渗水井排水机构供气功率进行调节。
Efficient and energy-saving water conservancy project drainage system
一种高效节能的水利工程排涝系统
HAO YUMEI (author) / ZHANG YINGWEI (author)
2023-06-06
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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