Internet-of-things-based sewage monitoring system and monitoring method thereof

Abstract

The invention discloses an internet-of-things-based sewage monitoring system and a monitoring method thereof. The system is composed of controlled objects, a solar toilet device, a monitoring terminal, a network layer and an alarm module, and a monitoring center and alarm module. The controlled objects consist of water pumps, electrodes, and valves. The solar toilet device includes solar toilet device units. The monitoring terminal includes monitoring terminal units. The network layer and an alarm module consists of an internet, a GPRS / GSM network, and a first mobile phone mobile terminal. Themonitoring center and alarm module includes a monitoring center and a second mobile phone mobile terminal. The solar toilet device units determine whether the water pump, electrodes and valves need to be turned on to adjust liquid levels based on liquid level information; meanwhile, the monitoring terminal units read parameter data in operation of the system and upload the data to the GPRS / GSM network; if any abnormal situation occurs, alarm signals are sent to the mobile phone mobile terminals and the parameter data are uploaded to the internet. Therefore, the abnormity and warning during sewage treatment can be monitored accurately in real time. The internet-of-things-based sewage monitoring system and the monitoring method thereof have the great application values and broad prospects.

Description

technical field [0001] The invention belongs to the technical field of sewage monitoring, in particular to an independent monitoring system of solar toilet equipment and a monitoring method thereof. Background technique [0002] In recent years, the rapid development of various technologies such as computer technology, Internet technology and control technology has greatly promoted the progress of remote monitoring technology. Since the United States first developed a computer monitoring system for military test projects in 1956, remote monitoring technology has a history of nearly 60 years. This technology allows staff to obtain on-site equipment parameters and status in a timely manner without having to visit the site in person, understand the situation of the entire site or even the entire industry or a wider range, and respond quickly. These advantages not only make it widely used in various industries Wide range of applications has also won the favor of domestic and fo...

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Problems solved by technology

For example: "Large Rotating Machinery Computerized Condition Monitoring System and Fault Diagnosis System RMMD" researched by Xi'an Jiaotong University, "Automotive Machine Condition Monitoring and Diagnosis System KBGMD" developed by Huazhong University of Science and Technology, "Microcomputerized Unit Status Monitoring System" developed by Harbin Institute of Technology Fault Diagnosis Expert System "MMMDES" etc. are some of the more prominent representatives, but the problems exposed in this process are that the real-time performance of the monitoring system to obtain field equipment parameters and status is not high, the stability of the system is not high, the monitoring system and The data transmission volume of field devices is not large

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