How to use the embedded industrial computer in the river detection system? River monitoring, I believe everyone will sound a bit strange, but in fact it is not far from our lives, and even closely related to us. In fact, it is a system that constantly monitors the water quality, rainfall, flow rate, etc. of river water conservancy through detectors. The construction of a hydrological monitoring system for small and medium rivers is an urgent need for people to ensure safety and seek development along the banks and mountainous areas of the vast numbers of small and medium rivers. In recent years, extreme weather events have increased significantly, and along with the rapid economic and social development of mountainous areas, the frequent recurrence of flood disasters in small and medium-sized rivers has become the main body of flood disaster losses in my country. Speeding up the governance of small and medium-sized rivers has become a major and urgent strategic task that concerns the people's safety and development along the banks and mountainous areas of the vast numbers of small and medium-sized rivers. The hydrological self-reporting monitoring system for small and medium rivers includes the front-end RTU, communication front-end software, and hydrological monitoring database. Users only need to purchase water level gauges, rain gauges, cameras, and back-end computers at the front-end to build a complete set of hydrological automation. It is no longer necessary to install a third-party system for the measurement and reporting system.
Rain and water regime data collection and reporting: It can be connected with water level gauges and rain gauges to automatically collect data, and report to the platform software in two ways, on the hour or over the limit, and the platform software will import the data into the hydrological monitoring database. Analysis function: water level, rainfall and other data can generate curves and reports for trend analysis. Picture taking and reporting: you can take pictures of the monitored scene regularly, and then report the pictures to the platform software through the wireless transmission function, so that the platform software can associate the pictures and the monitoring of rain and water conditions together to understand the real situation of the scene in time. Multiple display and data processing methods: When the platform software receives the reported data, it can provide multiple display and processing methods: GIS map comprehensive data display, comprehensive data management of measuring stations, and data management of detailed monitoring quantities of measuring stations. It is convenient for users to quickly view station information and conduct in-depth research on a certain station. Communication mode: GPRS communication mode is the main mode, and SMS backup is auxiliary (Beidou satellite can be customized). Remote management: The platform software can be remotely managed through mobile communication, including online management, automatic time calibration, automatic parameter calibration, program upgrade, log query, historical data query, prediction, battery voltage alarm, etc.
