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Intelligent precipitation control system and operation method
The invention discloses an intelligent precipitation control system and an operation method. The intelligent precipitation control system comprises a data acquisition module, an analysis processing module, an operation management module, a wellhead controller and a precipitation operation module which are connected in sequence, wherein the data acquisition module is used for transmitting all acquired data to the analysis processing module; and the analysis processing module is used for generating a control instruction for the acquired data according to a data analysis program input in advance and by referring to an instruction of the operation management module, and transmitting the control instruction to the wellhead controller. By arranging the underground data acquisition module, related water level information can be acquired in time conveniently, and the problem that a precipitation technology is in a relatively low-end operation mode in an existing state and needs to depend on manual extensive management is solved. By arranging the precipitation operation module, a drainage effect can be effectively achieved, and a series of problems of low precipitation efficiency, large construction potential safety hazards, serious energy waste, excessive exploitation and waste of underground water and the like are solved.
本发明公开了智能降水管控系统及操作系统，包括依次连接的数据采集模块、分析处理模块、操作管理模块、井口控制器和降水运行模块；所述数据采集模块用于将所有采集的数据传送到所述分析处理模块；所述分析处理模块用于将采集的数据按照事先输入的数据分析程序，参照所述操作管理模块的指令，生成控制指令传送至所述井口控制器。通过设置了井下数据采集模块，便于及时采集到相关的水位信息，解决了现有状态下降水技术处于较为低端的运行模式，需要依靠人工粗放管理的问题。并通过设置降水运行模块，可有效实现排水效果，解决了存在的降水效率低下、施工安全隐患大、能源浪费严重、地下水过度开采浪费等一系列问题。
Intelligent precipitation control system and operation method
The invention discloses an intelligent precipitation control system and an operation method. The intelligent precipitation control system comprises a data acquisition module, an analysis processing module, an operation management module, a wellhead controller and a precipitation operation module which are connected in sequence, wherein the data acquisition module is used for transmitting all acquired data to the analysis processing module; and the analysis processing module is used for generating a control instruction for the acquired data according to a data analysis program input in advance and by referring to an instruction of the operation management module, and transmitting the control instruction to the wellhead controller. By arranging the underground data acquisition module, related water level information can be acquired in time conveniently, and the problem that a precipitation technology is in a relatively low-end operation mode in an existing state and needs to depend on manual extensive management is solved. By arranging the precipitation operation module, a drainage effect can be effectively achieved, and a series of problems of low precipitation efficiency, large construction potential safety hazards, serious energy waste, excessive exploitation and waste of underground water and the like are solved.
本发明公开了智能降水管控系统及操作系统，包括依次连接的数据采集模块、分析处理模块、操作管理模块、井口控制器和降水运行模块；所述数据采集模块用于将所有采集的数据传送到所述分析处理模块；所述分析处理模块用于将采集的数据按照事先输入的数据分析程序，参照所述操作管理模块的指令，生成控制指令传送至所述井口控制器。通过设置了井下数据采集模块，便于及时采集到相关的水位信息，解决了现有状态下降水技术处于较为低端的运行模式，需要依靠人工粗放管理的问题。并通过设置降水运行模块，可有效实现排水效果，解决了存在的降水效率低下、施工安全隐患大、能源浪费严重、地下水过度开采浪费等一系列问题。
Intelligent precipitation control system and operation method
智能降水管控系统及操作方法
SUN KANG (author) / YAN YUMIN (author) / GAO SHENWEI (author)
2021-05-28
Patent
Electronic Resource
Chinese
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