CN103543704A - Country town environment monitoring system based on topology network - Google Patents

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

A County Environment Monitoring System Based on Topological Network

technical field

网络的县域环境监控系统。  The invention relates to the field of environmental protection, in particular to a

Network county environment monitoring system.

Background technique

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 of the county-level environment The department has limited manpower, and there may be situations where no one is on duty and they 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 mobile phones to log in to the system remotely. You can 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 rapid response instrument and the simple comparator of sewage components and elements provide a simple early warning for the reference of managers. In addition, this county-level environmental monitoring system based on topological network has not yet adopted encryption measures. the

Contents of the invention

The present invention realizes the real-time monitoring of the pollution generation source of the enterprise on the county network terminal, covers the enterprises of the whole county, and can also expand according to the needs, and can also use technological equipment such as mobile phones to send information to unattended situations, so as to provide Leaders and relevant personnel understand the pollution information of the enterprise, and provide a guarantee for understanding the information of the enterprise and monitoring the pollution of the enterprise when no one is on duty and go out to enforce the law. the

Therefore, this county-level environmental monitoring system based on topology network has the following functions:

Both the real-time discharge flow data and component data of sewage are monitored, so that once polluting enterprises change their posts, they can immediately find abnormal information;

The measurement of the components of sewage and reclaimed water enables the pollution not only to be grasped from the source, but also to monitor the composition of reclaimed water converted from the sewage discharged by the enterprise, so as to avoid fraud by the enterprise;

Enterprise characteristic equivalent data acquisition instrument: It can be set for different enterprises, that is, enterprise characteristics represent different enterprise identification marks, and generally return the sewage discharge and treated COD, BOD, SS, petroleum, NH ₃ of different enterprises -N, TP value, this method can identify and classify enterprises through quantitative standards, of course, different flags can be set in the enterprise characteristic equivalent data acquisition instrument to mark enterprise characteristics.

The environmental management monitoring platform handles the alarm: as long as the arming device in the environmental management monitoring platform is triggered, the alarm information will be transmitted to different departments according to the needs and authority, such as the superior or parallel environmental protection department, or other county-level functional departments. the

In addition, because different devices send to the environmental detection processor requires a data conversion problem, so this county-level environmental monitoring system based on topology network uses the reuse index rapid response instrument connected with the simple comparator of sewage components and elements, which can pass time Segment control, quickly detect the pH value, conductivity, liquid alkali, sulfuric acid, color/degree, turbidity/NTU, total dissolved solids, biochemical oxygen demand, ammonia nitrogen, anion surface in the sewage pool at a specific time Parameters such as active agent, iron, manganese, dissolved oxygen, total residual chlorine, total coliform group, etc., the simple comparison instrument of sewage components and elements transmits the analyzed parameters to the enterprise characteristic equivalent data acquisition instrument connected to the system bus and environmental detection processing The simple comparison instrument for sewage components and elements compares the components of sewage in a time-period manner, and performs statistical functions on a monthly basis in the form of data items or charts for the parameters obtained after analysis, and transmits them to the enterprise characteristic equivalent data acquisition instrument And the environmental detection processor, and send it to the data storage for backup, so that the environmental management monitoring platform can quickly get the return water index by calling it, thus avoiding the step-by-step processing of data from different sources and different formats from the beginning , and sometimes the data transmission time of different sources is different, so it is necessary to wait for the response to generate the final report, which can meet the requirements of the administrator for quick response. the

Cloud database management data: Dynamic support for different administrators greatly reduces installation costs, and at the same time brings convenience to environmental protection departments at all levels or internal agencies and other county-level functional departments. the

This topological network-based county-level environmental monitoring system solves the problem that various business departments under the environmental department, as well as with the superior environmental protection department and other county-level and existing public security departments, industrial and commercial departments, agricultural departments and other departments cannot obtain information sharing and real-time dynamic understanding. problems, and take advantage of the compatibility of some current environmental monitoring instruments, such as sewage discharge monitoring instruments, to uniformly convert them into consistent data through the county-level environmental monitoring system based on the topology network, so as to better realize real-time dynamic enterprise information input And storage, but also can prepare for future investigation and evidence collection, realize the functions of relevant environmental protection and law enforcement departments from understanding decision-making and execution, and not only have real-time understanding of some emergencies that will occur in the future, reducing the environment Administrative costs of conservation enforcement;

In order to solve the above problems, the present invention provides the following technical solutions:

A county-level environmental monitoring system based on a topology network, characterized in that it includes an enterprise terminal, a data element input terminal, a sewage discharge monitoring instrument, a sewage data flow calculator, a quick response instrument for reuse indicators, a simple comparison instrument for sewage components, Sewage treatment sonar instrument, sonar data transmission instrument, reclaimed water flow comparison instrument, reclaimed water fluid element analysis detector, enterprise characteristic equivalent data acquisition instrument, sewage processor, sensor, sewage processor working status collector, sewage processor Parameter recorder, system bus, environmental detection processor, environmental management monitoring platform, cloud database, data storage, alarm, enterprise warning display;

Wherein, the enterprise terminal is connected to the data element body input end, and the data element body input end is connected to the sewage data flow calculator and the sewage discharge monitoring instrument, and the sewage discharge monitoring instrument passes through The system bus is connected with the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor;

The sensor transmits the working state data of the sewage processor to the sewage processor working state collector, and the sewage processor working state collector is connected to the sewage processor parameter recorder, monitor the working condition of the sewage processor, and transmit the working state data of the sewage processor obtained from the sewage processor to the characteristic equivalent data of the enterprise connected through the system bus acquisition instrument and the environment detection processor;

The reclaimed water flow comparator is connected with the reclaimed water fluid element analysis detector, monitors the reclaimed water data discharged after being treated by the sewage processor in the sewage pool, and converts the reclaimed reclaimed water obtained The water data is transmitted to the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor connected to each other through the system bus;

The quick response instrument for reuse index is connected with the simple comparator of sewage components and elements, and the simple comparator of sewage components and elements is connected to the enterprise characteristic equivalent data of the parameters obtained through the system bus. acquisition instrument and the environment detection processor;

The sewage treatment sonar instrument is connected to the sonar data transmitter, and the sonar data transmitter transmits the processed noise data to the enterprise characteristic equivalent data connected through the system bus acquisition instrument and the environment detection processor;

Both the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor are connected to the system bus, and are connected to the environmental management monitoring platform, and the data memory is connected to the enterprise characteristic equivalent The data acquisition instrument is connected, and the cloud database is connected with the data storage;

The environmental management monitoring platform is connected to the alarm, the alarm is connected to the enterprise warning display, and the environmental management monitoring platform is connected to the mobile phone. the

Description of drawings

网络的县域环境监控系统的体系结构图。  Fig. 1 is based on topology of the present invention

Network architecture diagram of county-level environmental monitoring system.

Detailed ways

The present invention provides a county-level environmental monitoring system based on a topological network. Referring to FIG. 1, the county-level environmental monitoring system based on a topological network includes an enterprise terminal, a data element input terminal, a sewage discharge monitoring instrument, a sewage data flow calculator, and a reuse Index quick response instrument, simple comparison instrument for sewage components, sewage treatment sonar instrument, sonar data transmission instrument, reclaimed water flow contrast instrument, reclaimed water fluid element analysis detector, enterprise characteristic equivalent data acquisition instrument, sewage processor, sensor , sewage processor working status collector, sewage processor parameter recorder, system bus, environmental detection processor, environmental management monitoring platform, cloud database, data storage alarm, enterprise warning display;

Among them, the enterprise terminal is connected to the input end of the data element body, the input end of the data element body is connected to the sewage data flow calculator and the sewage discharge monitor, and the sewage discharge monitor is connected to the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor through the system bus connected;

Since the sewage data flow calculator is immersed in the sewage pool for a long time, it is necessary to use high-tech materials to isolate the memory chip and microprocessor storing digital information from the sewage, so as to preserve these instruments such as the sewage data flow calculator, generally aluminum The shell, with a thickness of 3 cm, surrounds the memory card and the microprocessor with a thin layer of titanium alloy, thereby preventing the chemical corrosion of the memory chip and the microprocessor by various components of sewage. In this way, the data of the sewage data flow calculator read by the reader in the sewage discharge monitoring instrument will not be disturbed by the data damaged by the chemical reaction. the

The sensor transmits the working status data of the sewage processor to the working status collector of the sewage processor. The working status collector of the sewage processor is connected with the parameter recorder of the sewage processor to monitor the working condition of the sewage The working status data obtained in the system is transmitted to the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor connected through the system bus;

The reclaimed water flow comparator is connected with the reclaimed water fluid element analysis detector, monitors the reclaimed water data discharged after being treated by the sewage processor in the sewage pool, and transmits the obtained reclaimed water data to the enterprise characteristic equivalent connected through the system bus Data acquisition instrument and environmental detection processor;

The reuse index rapid response instrument is connected with the simple comparator of sewage components and elements, which can quickly detect the pH value, conductivity, liquid alkali, sulfuric acid, color/degree, turbidity/NTU, total dissolved solids, and biochemical requirements in the sewage pool. Oxygen, ammonia nitrogen, anionic surfactants, iron, manganese, dissolved oxygen, total residual chlorine, total coliforms and other parameters can be controlled by time period, and the simple comparator of sewage components and elements will analyze the obtained parameters The enterprise characteristic equivalent data acquisition instrument and environmental detection processor connected through the system bus;

The sewage treatment sonar is connected with the sonar data transmitter, and the sonar data transmitter transmits the processed noise data to the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor connected through the system bus;

Both the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor are connected to the system bus, and both are connected to the environmental management monitoring platform, the data storage is connected to the enterprise characteristic equivalent data acquisition instrument, and the cloud database is connected to the data storage;

The environmental management monitoring platform is connected to the alarm, the alarm is connected to the enterprise warning display, and the environmental management monitoring platform is connected to the mobile phone. the

Referring to Figure 1, the county-level environmental monitoring system based on topological network, including the county-level environmental monitoring system based on topological network, includes enterprise terminals, data element input terminals, sewage discharge monitors, sewage data flow calculators, and rapid response to reuse indicators Instrument, simple comparison instrument for sewage composition elements, sewage treatment sonar instrument, sonar data transmission instrument, reclaimed water flow contrast instrument, reclaimed water fluid element analysis detector, enterprise characteristic equivalent data acquisition instrument, sewage processor, sensor, sewage treatment Working status collector, sewage processor parameter recorder, system bus, environmental detection processor, environmental management monitoring platform, cloud database, data storage alarm, enterprise warning display instrument;

In the environmental department of each county, there will be business departments such as monitoring room and quality control room, and the business of the departments crosses. These business departments are added to the public security department, the industrial and commercial department, the agricultural department and other departments. We set up the management subject of the entire environmental monitoring system. The enterprise terminal is the terminal that is managed and controlled by the enterprise, that is, the object to be monitored. The authority is provided by the environmental protection department. The enterprise terminal has a special module for management in the environmental management monitoring platform, that is, the registration, cancellation, authority management, and enterprise credit sub-item management of the enterprise, and the authority is given to the enterprise. The enterprise terminal passes the data element body The input end, the raw materials and output of the day's production, automatically input through the input end of the data element body, the information can fuzzy generate a certain equivalent, the equivalent range is the original value range of the sewage discharged by the enterprise, through the sewage discharge monitor Record the operating data of the sewage in the sewage treatment pool, that is, the operating time, fuel consumption, and exhaust volume of the pool water treatment pool in a certain period of time, and generate reports and curves, and the input terminal of the data element and the sewage data flow calculator It is connected with the sewage discharge monitoring instrument, and the sewage discharge monitoring instrument is transmitted to the connected enterprise characteristic equivalent data acquisition instrument and environmental detection and processing instrument through the system bus, and the sewage data flow calculator is directly calculated in the sewage pool. Time, quantity, and the values of various indicators of sewage are generated, and then sent to the sewage discharge monitor, which is connected to the enterprise characteristic equivalent data acquisition instrument and environmental detection and processing instrument through the system bus. When the sewage discharge monitor monitors every switch action of the enterprise's sewage, it will be recorded and calculated by the sewage data flow calculator. The monitoring data of the sewage discharge monitoring instrument and the data calculated by the sewage data flow calculator are transmitted to the system bus, so that the parameters of the sewage discharge record are transmitted to the environmental detection and processing instrument, and the environmental protection department can know the operation status of the enterprise and the sewage treatment situation. When the sewage processor in the sewage pool is working every day, the sensor transmits the working status data of the sewage processor to the sewage processor working status collector, and the sewage processor working status collector is connected with the sewage processor parameter recorder to monitor the sewage The working condition of the processor, and transmit the data obtained from the sewage processor to the enterprise characteristic equivalent data acquisition instrument and the environmental detection and processing instrument connected through the system bus; the sewage processor is connected with the sensor, and the sensor automatically completes the sewage processor The transmission of the sewage processor's daily working status and data is transmitted to the sewage processor working status collector, and data exchange is performed with the sewage processor parameter recorder for a certain period of time every day, such as conductivity, chloride, lead, Arsenic, copper, free chlorine, chloroform, carbon tetrachloride, and nitrite values, and then the sewage processor working status collector and sewage processor parameter recorder will transmit the obtained data to the connection system bus through the system bus Enterprise characteristic equivalent data acquisition instrument and environmental detection processor on the Internet. the

For the reclaimed water treated by the sewage processor in the sewage pool, it needs to be monitored by the reclaimed water flow comparator and the reclaimed water fluid element analysis detector. The reclaimed water flow comparator is connected with the reclaimed water fluid element analysis detector to monitor The reclaimed water data discharged after being treated by the sewage processor, and the obtained reclaimed water data are transmitted to the enterprise characteristic equivalent data acquisition device and the environmental detection and processing device through the system bus. These two devices perform different functions and exchange data. The reclaimed water flow comparator calculates the value of reclaimed water obtained after processing, such as chromaticity, concentration, smell and taste, turbidity, suspended matter, and performs report statistics. The working principle of the reclaimed water fluid element analysis detector is to obtain the qualification degree of the reclaimed water through the chromaticity and composition of the reclaimed water, and then transmit it to the environmental detection processor, and realize the centering of the environmental management monitoring platform through the system bus The real-time connection between the water flow comparator and the reclaimed water fluid element analysis detector, the enterprise characteristic mark degree, abnormal information and other data obtained by the reclaimed water flow comparator and the reclaimed water fluid element analysis detector, through the enterprise characteristic equivalent data acquisition instrument Send it to the data storage for backup to prevent future investigation and evidence collection. Through these two instruments, you can know the composition of the reclaimed water in the sewage treatment tank, so that the environmental management monitoring platform can not only monitor the water entering the sewage tank, but also cooperate with the sewage tank treatment. The reclaimed water produced afterwards will be monitored. the

The reuse index rapid response instrument is connected with the simple comparison instrument of sewage components and elements, and can be controlled by time period to quickly detect the pH value, conductivity, liquid alkali, sulfuric acid, color/degree, and turbidity in the sewage pool at a specific time. Degree/NTU, total dissolved solids, biochemical oxygen demand, ammonia nitrogen, anionic surfactants, iron, manganese, dissolved oxygen, total residual chlorine, total coliforms and other data, the simple comparator of sewage components and elements will analyze the obtained parameters It is connected and transmitted to the enterprise characteristic equivalent data acquisition instrument and environmental detection processor through the system bus. In addition, the simple comparator of sewage components and elements compares the components of sewage in the form of time periods, and the analyzed parameters (generally in the form of data items or charts) can be used for statistical functions in units of months. Setting) is transmitted to the enterprise characteristic equivalent data acquisition device and the environment detection processor through the system bus, and transmitted to the data memory. the

The sewage treatment sonar in the sewage pool transmits the noise data of the sewage to the environmental detection processor for reference analysis through the sonar data transmitter. The sewage treatment sonar is connected to the sonar data transmitter, and the sonar data transmitter will The processed noise data is transmitted to the enterprise’s characteristic equivalent data acquisition instrument and environmental detection processor connected through the system bus. Generally speaking, when different products are used for sewage treatment, the noise and heat generated will be different due to the different processed objects. The difference is that the environmental management monitoring platform can conduct reference analysis through historical data, but it cannot be used as the main alarm information, and can only be used as a reference for decision-making. the

Both the enterprise characteristic equivalent data acquisition instrument and the environmental detection processor are connected to the system bus, and both are connected to the environmental management monitoring platform. The data storage is connected to the enterprise characteristic equivalent data acquisition instrument, and the cloud database is connected to the data storage. Once abnormal information is found, through The environmental detection processor can compare the historical data stored in the data memory with the real-time generated data, so as to find out the pollution problem of the enterprise, or whether it is stealthy or stealthy discharge. the

The environmental management monitoring platform is connected to the alarm, the alarm is connected to the enterprise warning display, the environmental management monitoring platform is connected to the mobile phone, and the environmental management monitoring platform is controlled by the management personnel of the environmental protection department. At this time, the environmental management monitoring platform includes Control, that is, the administrator can not only directly control the environmental management monitoring platform to receive data from the enterprise characteristic equivalent data acquisition device and the environmental detection processor for all-round and full-time monitoring. , Mobile devices, etc. receive real-time instructions from the environmental protection department, such as enterprise warning displays connected to alarms. At this time, the sending of real-time instructions must be authorized by the environmental management monitoring platform, and the authority is controlled by the subordinate business departments of the environmental protection department. . After being authorized by the environmental management monitoring platform, other county-level functional departments can also monitor and count the sewage operation data of the enterprise through the enterprise characteristic equivalent data acquisition instrument and the environmental detection and processing instrument, so as to fully control the production situation of the enterprise and the situation of water supply and drainage , so as to obtain the environmental conditions near the enterprise and be able to monitor the safety conditions within the range. The enterprise characteristic equivalent data acquisition instrument generally returns the COD, BOD, SS, petroleum, NH ₃ -N, and TP values in the sewage pool, that is, the sewage Once the indicators exceed the standard, the environmental detection and processing instrument will immediately generate an alarm message, and the environmental management monitoring station will receive the alarm information from the environmental detection and processing instrument for processing. Once an emergency occurs, the business department under the environmental protection department can Trigger the alarm or directly send the alarm information to the decision-making leader of the environmental protection department through the mobile phone. At this time, the arming equipment in the environmental management monitoring platform is triggered, and the data storage starts the storage function, and the data records of the month before the alarm are sent to the cloud database. In addition to superior or parallel environmental protection departments, such as provincial environmental protection departments and county environmental monitoring teams, the cloud database also includes industrial and commercial departments, public security departments, agricultural departments, and taxation departments. Waiting for evidence collection when needed, this environmental management monitoring platform can communicate with these departments system for dedicated line contact. The data memory can record 5 years of environmental data. The additional parameters of each day's records may provide more clues when joint law enforcement agencies conduct law enforcement spot checks. At this time, the data memory includes the reset conductor, and the data memory automatically updates the data record, and the old data is overwritten by the new data. In addition, according to the needs of the environmental protection department, the environmental management monitoring station resets the original data of the sewage discharge monitor through the system bus through the information obtained, that is, directly resets the sewage discharge monitor inside the enterprise, so as to To adapt to the production categories of different enterprises or the requirements of the sewage released when the enterprise upgrades and transforms the production of different products. At this time, after the enterprise terminal is reset, it includes the enterprise terminal, sewage discharge monitor, sewage data flow calculator, The data of the reuse index rapid response instrument, the simple comparison instrument of sewage components and elements, the reclaimed water flow comparison instrument, and the reclaimed water fluid element analysis detector will be updated in time. The environmental management monitoring platform needs to be connected with the higher-level environmental department or the county environmental monitoring team, or the public security department, industry and commerce department, agricultural department and other departments. This connection is actually a matter of different authority, so some minor problems can be The public security department is not required to carry out law enforcement, and only the environmental supervision department at the same level is required to handle it, which saves administrative costs. Therefore, these departments need to set up dynamic registration and login, analyze and give users the authority to view information, and then trigger point-to-point information In addition, if the superior or parallel environmental protection departments, such as the provincial environmental protection department, the county environmental supervision brigade, including the industrial and commercial department, public security department, agricultural department, and taxation department, the enterprise information that needs to be obtained can be queried through the enterprise characteristic data acquisition instrument. , such queries belong to the point-to-point transmission between different managers and the county environmental monitoring system, and finally, the multimedia application can be realized through the transmission of the environmental management monitoring station to the mobile phone, that is, the superior or parallel environmental protection department, such as the provincial environment Protection departments, county environmental monitoring teams, and industrial and commercial departments, public security departments, agricultural departments, and taxation departments can use mobile phones or IPHONEs to view information according to their own needs, so that different managers can see monitoring information, and enable different managers to monitor information. The required information is protected by different permission settings.

The county environment monitoring system based on topological network has the following advantages:

The real-time monitoring of corporate pollution sources is realized on the county network terminal, covering the entire county’s enterprises, and can also be expanded as needed, and technological equipment such as mobile phones can also be used to provide leaders with real-time understanding of corporate information and monitoring when they are not in the office Corporate pollution is guaranteed. the

Both the real-time discharge flow data and component data of sewage are monitored, so that once polluting enterprises change their posts, they can immediately find abnormal information;

The measurement of sewage components and reclaimed water components not only captures pollution from the source, but also starts monitoring from the water;

Enterprise characteristic equivalent data acquisition instrument: It can be set for different enterprises, that is, enterprise characteristics represent different enterprise identification marks. the

The environmental management monitoring platform handles the alarm: as long as the arming device in the environmental management monitoring platform is triggered, the alarm information will be transmitted to different departments according to the needs and authority, such as the superior or parallel environmental protection department, or other functional departments. the

Cloud database management data: Dynamic support for different administrators greatly reduces installation costs, and at the same time brings convenience to environmental protection departments at all levels or internal agencies and other county-level functional departments. the

Claims (1)

1. territory, the county environmental monitoring system based on topological network, it is characterized in that, comprise enterprise terminal, data element body input end, sewage discharge monitor, sewage data-flow computation instrument, reuse index rapid reaction instrument, the simple comparison instrument of sewage composition element, wastewater treatment sonar instrument, sonar data transmits instrument, middle discharge comparison instrument, middle aqueous fluid ultimate analysis detection instrument, enterprise characteristic equivalent data acquisition instrument, apparatus for treating sewage, sensor, apparatus for treating sewage duty is collected instrument, apparatus for treating sewage parameter recorder, system bus, environment detecting processing instrument, environmental management control and monitor console, cloud database, data-carrier store, alarm, enterprise's warning display instrument,

Wherein, described enterprise terminal connects described data element body input end, described data element body input end is connected with described sewage discharge monitor with described sewage data-flow computation instrument, sewage discharge monitor and being connected with described environment detecting processing instrument with described enterprise characteristic equivalent data acquisition instrument by described system bus;

Described sensor sends the operating state data of described apparatus for treating sewage to described apparatus for treating sewage duty and collects instrument, described apparatus for treating sewage duty is collected instrument and is connected with described apparatus for treating sewage parameter recorder, the working condition of the apparatus for treating sewage that monitoring is described, and the operating state data of the described apparatus for treating sewage obtaining from described apparatus for treating sewage is sent to by the connected described enterprise characteristic equivalent data acquisition instrument of described system bus and described environment detecting processing instrument;

Described middle discharge comparison instrument is connected with described middle aqueous fluid ultimate analysis detection instrument, the middle water number certificate of being discharged after being processed by described apparatus for treating sewage in monitoring cesspool, and resulting described middle water number is reportedly delivered to by the connected described enterprise characteristic equivalent data acquisition instrument of described system bus and described environment detecting processing instrument;

Described reuse index rapid reaction instrument is connected with the described simple comparison instrument of sewage composition element, the described enterprise characteristic equivalent data acquisition instrument that the parameter that the described simple comparison instrument of sewage composition element obtains analysis is connected by described system bus and described environment detecting processing instrument;

Described wastewater treatment sonar instrument transmits instrument with described sonar data and is connected, and described sonar data transmits instrument the noise data of processing is sent to by the connected described enterprise characteristic equivalent data acquisition instrument of described system bus and described environment detecting processing instrument;

Described enterprise characteristic equivalent data acquisition instrument is all connected with described system bus with described environment detecting processing instrument, and described environmental management control and monitor console is all connected, described data-carrier store is connected with described enterprise characteristic equivalent data acquisition instrument, and described cloud database is connected with described data-carrier store;

Described environmental management control and monitor console is connected with described alarm, and described alarm is warned display instrument with described enterprise and is connected, and described environmental management control and monitor console is connected with described mobile phone.

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