Remote Intelligent Control System and Control Method of Water Tower Water Level Based on Internet of Things

Abstract

The invention mainly relates to an internet-of-things-based remote intelligent control system and method for the water level of a water tower. The system mainly comprises a sender detection and communication system, a receiver control and detection system, a mobile terminal of the internet of things and a host PC (personal computer) monitoring control system, wherein the mobile terminal of the internet of things, the host computer system, the sender detection and communication system and the receiver control and detection system build channel interconnection on the basis of the internet; and the sender detection and communication system and the receiver communication control and detection system implement control communication through short message service of a global system for mobile communication (GSM). According to the invention, a single chip controller is used to achieve interconnection of objects on the basis of an internet of things technology, a mobile device, namely a smart mobile phone, with an Android platform is taken as a mobile monitoring and controlling platform, and a host PC achieves remote communication through the Internet, thereby achieving real-time monitoring and control on the water level of the water tower. The remote intelligent control system has the advantages of no regional restriction, convenience and fastness in use, intelligent operation, system stability and the like.

Description

technical field [0001] The invention relates to a wireless data transmission technology and a remote control method of the Internet of Things, in particular to a remote intelligent control system and a control method for the water level of a water tower based on the Internet of Things. Background technique [0002] The water level control system of water tower is a water supply system widely used in residential quarters in my country. The main problem of water tower water supply is that the water level in the tower should always be kept within a certain range to avoid the phenomenon of "empty tower" and "overflowing tower". The traditional control method has the disadvantages of low control accuracy and high energy consumption, and some control occasions are far away from the monitoring site, and unmanned operation is required, which requires a remote control system to achieve. For example, many places use water towers for water supply, and the water source is not near the w...

AI Technical Summary

Problems solved by technology

It is very difficult to implement in the original control system if you want to manage and control anytime and anywhere, reduce the risk factor of operators, etc.

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