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A platform for research: civil engineering, architecture and urbanism
Intelligent precipitation system and precipitation method
The invention discloses an intelligent dewatering system, which comprises a water pumping module, a dewatering module and a control module, the water level detection module is used for measuring the water level of underground water in a construction area and outputting a real-time water level signal when the water pumping module pumps the underground water; the control module is used for receiving the real-time water level of the water level detection module and comparing the real-time water level with a preset standard water level, and when the real-time water level is lower than the preset standard water level, the control module controls the water pumping module to stop working; the cloud platform is used for receiving the real-time water level signal detected by the water level detection module; and the information receiving and recording module is used for storing and displaying the real-time water level signal detected by the water level detection module in the cloud platform. The invention further discloses an intelligent precipitation method. And an intelligent precipitation process is realized.
本发明公开了一种智能降水系统，包括：抽水模块，用于对施工区域地下水进行水量抽取；水位探测模块，用于对施工区域地下水水位进行测量，并输出在所述抽水模块在抽取地下水水量时的实时水位信号；控制模块，用于接收所述水位探测模块的实时水位并与预设标准水位对比，当实时水位低于预设标准水位时，控制所述抽水模块停止工作；云平台，用于接收所述水位探测模块探测的实时水位信号；信息接收记录模块，用于存储并显示云平台中通过所述水位探测模块探测的实时水位信号。还公开了一种智能降水方法。实现智能化降水过程。
Intelligent precipitation system and precipitation method
The invention discloses an intelligent dewatering system, which comprises a water pumping module, a dewatering module and a control module, the water level detection module is used for measuring the water level of underground water in a construction area and outputting a real-time water level signal when the water pumping module pumps the underground water; the control module is used for receiving the real-time water level of the water level detection module and comparing the real-time water level with a preset standard water level, and when the real-time water level is lower than the preset standard water level, the control module controls the water pumping module to stop working; the cloud platform is used for receiving the real-time water level signal detected by the water level detection module; and the information receiving and recording module is used for storing and displaying the real-time water level signal detected by the water level detection module in the cloud platform. The invention further discloses an intelligent precipitation method. And an intelligent precipitation process is realized.
本发明公开了一种智能降水系统，包括：抽水模块，用于对施工区域地下水进行水量抽取；水位探测模块，用于对施工区域地下水水位进行测量，并输出在所述抽水模块在抽取地下水水量时的实时水位信号；控制模块，用于接收所述水位探测模块的实时水位并与预设标准水位对比，当实时水位低于预设标准水位时，控制所述抽水模块停止工作；云平台，用于接收所述水位探测模块探测的实时水位信号；信息接收记录模块，用于存储并显示云平台中通过所述水位探测模块探测的实时水位信号。还公开了一种智能降水方法。实现智能化降水过程。
Intelligent precipitation system and precipitation method
一种智能降水系统及降水方法
GAO JINGJING (author) / SI HAIPING (author) / GE KUNYIN (author) / LI ZHIMIN (author) / LU GUANGFENG (author) / JIANG LINGFENG (author) / CAI PEIJIE (author) / LI LE (author) / GAO DA (author) / ZHOU JINXUAN (author)
2024-03-22
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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