Method of estimating and evaluating emission law of pollution source by using internet of things and internet-of-things controller

Abstract

The invention relates to a method of estimating and evaluating the emission law of a pollution source by using the internet of things; the method comprises the following steps of: connecting an internet-of-things controller and a coherent unit; collecting, analyzing and storing data through a longitudinal intelligent kernel; communicating an administrative department and a pollution discharging unit by using a transverse intelligent kernel; pre-analyzing through a dominant intelligent kernel and displaying analysis results; and analyzing pollution discharging information through a latent intelligent kernel to construct a mathematical model. The internet-of-things controller for estimating and evaluating the emission law of the pollution source comprises the longitudinal intelligent kernel, the transverse intelligent kernel, the dominant intelligent kernel and the latent intelligent kernel and has the advantages of convenience for centralized management, low failure rate, free communication of all parts in a system, strong reference of monitoring indexes, and reasonable and correct evaluation, analysis and prediction on the pollution source influence.

Description

technical field [0001] The invention relates to a method for measuring and evaluating pollution source discharge rules by using an Internet of Things network and an Internet of Things network controller. Background technique [0002] With the acceleration of urban industrialization, the total amount of pollution emissions has increased rapidly, and various pollutants have entered the environmental system with inappropriate concentrations, forms and channels, causing great harm to the environmental system and seriously affecting people's lives. In order to ensure people's quality of life, protect the environmental system, and achieve sustainable development, the state has increased the monitoring and control of various pollution sources, and has issued many relevant standards for data collection and transmission of pollution sources. However, there is no uniform standard for the output format of relevant monitoring technologies in China, and the existing monitoring technologi...

AI Technical Summary

Problems solved by technology

However, there is no uniform standard for the output format of relevant monitoring technologies in China, and the existing monitoring technologies are not compatible with each other, which leads to the monitoring center having to use multiple sets of software to monitor the granularity of pollution sources; , The means of communication between management departments and software within the management department are outdated and the functions are single

The above problems lead to the inconvenient management of the entire monitoring network, high failure rate, poor referenceability of monitoring indicators, and the inability to properly evaluate, analyze, and predict the impact of pollution sources

[0003] In order to solve the above problems, along with the continuous improvement of the Internet of Things technology, a large number of Internet of Things terminals related to pollution source monitoring sensors have been produced, but these Internet of Things terminals can only perform decentralized monitoring, and cannot integrate the entire system into a network, which is not convenient for various management departments Unified management, single type of data provided, low referenceability

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