A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Automatic remote control system for water conservancy gate
The invention provides an automatic remote control system for a water conservancy gate. The system comprises a weather monitoring unit, an information collection unit, an inertia analysis unit, an inertia database, a humidity monitoring unit, a controller, a water level monitoring unit, a management unit, a display unit, a storage unit, a gate control unit, an intelligent terminal, an intensity monitoring unit, a gate I, a gate II and a gate III. The controller is electrically connected with each unit and is used for receiving, transmitting, analyzing and processing data information and controlling the gate according to an analysis and processing result. According to the invention, humidity information near the reservoir can be monitored in real time, the water level information and the related rainfall information during corresponding rainfall are analyzed by means of the inertial analysis unit according to the weather prediction deviation degree and the relationship between the waterlevel increase and the rainfall and the air humidity, and the analysis is performed by means of recent data, so that enough accuracy of the data can be guaranteed.
本发明提供一种水利闸门自动化远程控制系统，包括天气监测单元、信息收集单元、惯性分析单元、惯性数据库、湿度监测单元、控制器、水位监测单元、管理单元、显示单元、存储单元、闸门控制单元、智能终端、强度监测单元、闸门一、闸门二和闸门三，其中，所述控制器与各个单元均电连接，用于接收传输并分析处理数据信息，根据分析处理结果进行闸门控制。本发明可以实时监控水库附近的湿度信息，水位信息和对应降雨时候的相关降雨信息，再借助惯性分析单元，得到天气预测的偏差程度，同时结合水位增长与降雨量、空气湿度之间的关系进行分析，且该分析均借助近期的数据，能够保证数据有足够的准确性。
Automatic remote control system for water conservancy gate
The invention provides an automatic remote control system for a water conservancy gate. The system comprises a weather monitoring unit, an information collection unit, an inertia analysis unit, an inertia database, a humidity monitoring unit, a controller, a water level monitoring unit, a management unit, a display unit, a storage unit, a gate control unit, an intelligent terminal, an intensity monitoring unit, a gate I, a gate II and a gate III. The controller is electrically connected with each unit and is used for receiving, transmitting, analyzing and processing data information and controlling the gate according to an analysis and processing result. According to the invention, humidity information near the reservoir can be monitored in real time, the water level information and the related rainfall information during corresponding rainfall are analyzed by means of the inertial analysis unit according to the weather prediction deviation degree and the relationship between the waterlevel increase and the rainfall and the air humidity, and the analysis is performed by means of recent data, so that enough accuracy of the data can be guaranteed.
本发明提供一种水利闸门自动化远程控制系统，包括天气监测单元、信息收集单元、惯性分析单元、惯性数据库、湿度监测单元、控制器、水位监测单元、管理单元、显示单元、存储单元、闸门控制单元、智能终端、强度监测单元、闸门一、闸门二和闸门三，其中，所述控制器与各个单元均电连接，用于接收传输并分析处理数据信息，根据分析处理结果进行闸门控制。本发明可以实时监控水库附近的湿度信息，水位信息和对应降雨时候的相关降雨信息，再借助惯性分析单元，得到天气预测的偏差程度，同时结合水位增长与降雨量、空气湿度之间的关系进行分析，且该分析均借助近期的数据，能够保证数据有足够的准确性。
Automatic remote control system for water conservancy gate
一种水利闸门自动化远程控制系统
HE GUOPENG (author) / WANG PINGLI (author) / CHENG FEIMING (author) / XU FEINING (author) / CHEN TAO (author)
2020-09-25
Patent
Electronic Resource
Chinese
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