A County Environment Monitoring System Based on Topological Network

Abstract

A topological network county-level environmental monitoring system, including enterprise terminals, data element input terminals, sewage discharge monitoring instruments, sewage data flow calculators, rapid response instruments for reuse indicators, simple comparison instruments for sewage components and elements, and sewage treatment sonar instruments , sonar data transmitter, reclaimed water flow comparison instrument, reclaimed water fluid element analysis detector, enterprise characteristic equivalent data acquisition instrument, sewage processor, sensor, sewage processor working state collector, sewage processor parameter recorder, system Bus, environmental detection processor, environmental management monitoring platform, cloud database, data storage alarm, enterprise warning display; better realize real-time dynamic enterprise information input and storage, and can also prepare for future investigation and evidence collection , to realize the functions of relevant environmental protection and law enforcement departments from understanding decision-making and execution, and not only to understand some emergencies in the future, but also to reduce the administrative cost of environmental protection law enforcement.

Description

technical field [0001] The invention relates to the field of environmental protection, in particular to a county-level environment monitoring system based on a topological network. Background technique [0002] With the development of the economy, the progress and transformation of enterprises have brought vitality and development to the county economy and increased employment. However, with the industrial transfer of many enterprises from the developed southeast coastal areas to the central area, some have economic benefits. Many enterprises also bring pollution. Pollution is not terrible, let alone exclude these enterprises because of pollution, otherwise many people will lose their jobs. However, strict management and monitoring by the county-level environmental protection department is required, and the enterprises themselves must do their best. Pollution treatment work, however, in order to save costs, some enterprises have repeatedly banned the private discharge of sew...

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Problems solved by technology

[0002] With the development of the economy, the progress and transformation of enterprises have brought vitality and development to the county economy and increased employment. However, with the industrial transfer of many enterprises from the developed southeast coastal areas to the central area, some have economic benefits. Many enterprises also bring pollution. Pollution is not terrible, let alone exclude these enterprises because of pollution, otherwise many people will lose their jobs. However, strict management and monitoring by the county-level environmental protection department is required, and the enterprises themselves must do their best. Pollution treatment work, however, in order to save costs, some enterprises have repeatedly banned the private discharge of sewage, gas and pollutants, which has brought danger to the lives of the local people and industrial and agricultural production, and has also brought difficulties to the work of the county-level environmental protection departments. How to monitor and supervise the discharge of enterprises in real time in terms of quantity and accuracy is a difficult problem. For example, cameras are used to track and shoot the pollution discharge outlets of enterprises, but sometimes it is inevitable that enterprises build new pollution discharge outlets. Now there are Sometimes remote observation of the color of sewage is used to judge whether the enterprise has illegal discharge behavior. These can only give a general understanding of the pollution situation of the enterprise, and it is not possible to accurately judge the situation based on the camera. It is necessary to send personnel to the scene to investigate and collect evidence. The cost of administrative law enforcement is increased, that is, after the on-site investigation and evidence collection, it is necessary to collect samples and then go to the laboratory for testing and then issue a test report, which leads to relatively low efficiency, and because the environmental protection department has a monitoring room, a quality control room and a monitoring room Various functional departments such as the brigade, and various business departments need to meet and communicate with each other to understand each other, and then report to the decision-maker, which takes time and wastes too much energy. There is a system that can integrate the real-time emissions of enterprises, and provide detailed data to communicate with various business departments within the environmental department, and also allow superiors to make decisions through the system. We have developed a county-level environmental monitoring based on topological networks. System, this kind of county-level environmental monitoring system has great benefits in administrative law enforcement. If this latest technology is applied to environmental monitoring, the environmental protection department will not be exhausted and put out fires everywhere. For example, because the county-level environmental department The manpower is limited, and there may be situations where no one is on duty to go out to enforce the law. Therefore, there should be mobile phone information to send information to the leader and each employee in real time according to the authority. Employees can also use their mobile phones to remotely log in to the system. View the real-time information of the corresponding area in the system, and locate the information of the enterprise anytime and anywhere

However, to realize the system, a lot of work is still needed. For example, the processor part of the system needs to be soaked in sewage for a long time, and high-tech materials are needed to isolate the memory chip and microprocessor that store digital information from the sewage to preserve the memory. These instruments such as cards and processors, the current system uses an aluminum shell, and there is a thin layer of titanium alloy around the memory card and microprocessor to prevent chemical corrosion of the memory chip and microprocessor by various components of sewage, but in the long run, There may still be some problems, and there are still many important problems to be solved, such as: software functions need to consider the compatibility of various types of enterprises, that is, these different data item formats need to use a larger database for compatible processing and Storage. In addition, because the data transmitted by the enterprise is real-time and dynamic, the system may have slow processing and response waiting speed due to the different time difference sources of this real-time and dynamic data. It takes time to generate the final recommendation and decision report. We use the reuse index The quick-response instrument and the simple comparator of sewage components and elements provide a simple early warning to give managers a reference. In addition, this county-level environmental monitoring system based on topological networks has not yet adopted encryption measures.

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