A monitoring system and monitoring method for enterprise rainwater outlets based on the Internet of Things

Abstract

The invention discloses a system for monitoring enterprise rainwater drainage outlets based on the internet of things. The system comprises a site information collecting device, an internet of things monitoring center and an emergency processing device. The site information collecting device comprises a monitor, a water quality detecting instrument and an integrated water pump. The internet of things monitoring center comprises a central processing unit, a controller, a displayer, an emergency warning device and a 3G early-warning module. The emergency processing device comprises a backflow water pump, a plurality of electric valves and an emergency lagoon. The site information collecting device, the displayer, the controller and the communication system are all connected with the central processing unit. Each electric valve is connected with the controller. The emergency warning device and the 3G early-warning module are connected with the communication system in a wired or wireless mode. The monitor and the water quality detecting instrument are installed on a water inlet of the integrated water pump. By the adoption of the system for monitoring the enterprise rainwater drainage outlets based on the internet of things, through real-time monitoring of the water quality parameter, unauthorized drainage and site faults are monitored, and emergency processing is conducted on an unauthorized drainage event.

Description

technical field [0001] The invention relates to a monitoring system and an Internet of Things technology system for enterprise sewage discharge, in particular to an enterprise rainwater discharge outlet monitoring system and a monitoring method based on the Internet of Things. Background technique [0002] In recent years, with the development of social economy and the acceleration of industrialization process, the toxic and harmful substances produced by the production activities of enterprises are increasing day by day. After the wastewater that does not meet the discharge standards is discharged into the water body, it seriously pollutes the water resources. According to statistics: Among the more than 1,200 monitored rivers in the country, more than 850 are currently polluted, and more than 90% of urban waters are also polluted, resulting in the extinction of fish and shrimp in many river sections. Rivers that meet the national first-level and second-level water quality s...

AI Technical Summary

Problems solved by technology

These pollutants diffuse under conditions such as water flow, the diffusion speed is fast, and the pollution range is wide. It not only destroys the river ecosystem, causes economic losses, but also greatly threatens the lives, health and property safety of the people.

However, the current automatic monitoring system is difficult to effectively monitor the illegal discharge, which makes the phenomenon of illegal discharge very rampant and cannot be punished reasonably. The monitoring system is still blank

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