Access flood control early warning cloud service system and construction method based on android tablet terminal

Abstract

The invention discloses a system for having access to a flood-prevention early warning cloud service based on an Android tablet terminal and a construction method. The construction method includes the steps of real-time data acquiring of the flood-prevention early warning cloud service, early warning rule management and setting, early warning analysis, early warning information pushing and message noticing and data acquiring, storage and display of a flood-prevention early warning client side system of the Android tablet terminal. Rain condition, water condition, weather, dangerous circumference situation and disaster situation system service interfaces and other system service interfaces are packaged by the flood-prevention early warning cloud services to acquire real-time data, early warning service modules are partitioned according to flood-prevention work needs, corresponding early warning rules are made, data format content is formed, real-time information is analyzed accordingly, and early warning information is pushed to the tablet terminal; message notice pushed by the flood-prevention early warning cloud services is monitored based on the flood-prevention early warning client side system of the Android tablet terminal, latest early warning information data are downloaded from the cloud services or early warning information is acquired in an active request mode and is classified, updated and displayed according to different early warning modules.

Description

technical field [0001] The invention relates to an Android tablet terminal-based access flood control and early warning cloud service system and a construction method, belonging to the field of Web service application and information push to intelligent terminal equipment in a cloud computing environment. Background technique [0002] In recent years, flood control early warning has played an increasingly important role in flood control command work. Especially when dealing with sudden disasters, the timely, accurate and comprehensive reflection of the water and rain disaster situation at the monitoring station can create favorable opportunities for the timely and effective development of flood control command and dispatch, emergency rescue and disaster relief work, and build a solid foundation for the safety of people's lives and property. line of defense. However, the main problems of the current flood control and early warning system are: 1) partly rely on the personnel ...

AI Technical Summary

Problems solved by technology

However, the main problems of the current flood control and early warning system are: 1) partly rely on the personnel on duty of flood control work to pay attention to important sites manually, and notify the early warning information by telephone, SMS, etc., the information transmission is delayed and the amount of transmitted information is small; 2) facing In emergencies, the calculation and processing of a large amount of real-time information is limited by the available computing resources of the equipment, and it may not be able to respond in time; 3) Most of the current early warning systems run on personal computers (PCs) and mobile devices, which are affected by the operating environment of the equipment, etc. Conditional constraints, especially for on-site front-line command work, it is impossible to obtain timely, accurate and comprehensive water and rain disasters in real time, which is not conducive to the development of command and dispatch work

Images