Agricultural pollution treatment operation and maintenance management and control platform

Abstract

The invention provides an agricultural pollution treatment operation and maintenance management and control platform, which comprises a data acquisition monitoring subsystem and a visual client, wherein the data acquisition monitoring subsystem is used for acquiring production state data of a sewage treatment plant station, monitoring, calculating and storing the production state data, creating an engineering template of the sewage treatment plant station, and deploying and operating the engineering template; the visual client comprises a Web end management and control center and a mobile end, and the Web end management and control center integrates functions of a management front end and is used for monitoring production operation, managing production operation events based on event-driven operation and maintenance and graphically displaying operation and maintenance information, safety information and trend analysis; and the mobile terminal is used for field management of production operation and maintenance and inspection work.

Description

Technical Field

[0001] The present invention relates to the field of environmental protection technology, and in particular to an agricultural pollution treatment operation and maintenance management and control platform. Background Art

[0002] With the rapid development of rural sewage treatment business, more and more rural sewage treatment station projects are under construction, which brings great challenges to the subsequent operation and maintenance, mainly manifested in the following aspects.

[0003] The processing station completely relies on manual regular inspections, which has high labor costs. As the number of assets increases, this method is no longer sustainable. The spare parts inventory is large, and it is impossible to accurately predict the demand for spare parts and optimize its procurement process, which occupies a large amount of working capital.

[0004] In addition, the system is unable to record and analyze equipment operation and maintenance data to form a knowledge and experience database, and changes in experienced personnel have a great impact on daily operations; the system is unable to perform preventive maintenance, maintenance operations are inefficient, equipment downtime is long, and government supervision and compliance requirements put pressure on us.

[0005] Therefore, the current agricultural sewage treatment operation and maintenance management platform project is expected to improve the operation and maintenance efficiency of sewage treatment station projects, improve the utilization of personnel, equipment and funds, reduce equipment downtime, and improve asset utilization. At the same time, it can optimize the original operation and maintenance process, manage operation and maintenance knowledge and experience, and improve overall competitiveness and profitability. Summary of the invention

[0006] The present invention provides an agricultural pollution treatment operation and maintenance management and control platform to solve the defects of the prior art in agricultural pollution treatment operations, such as high inspection cost, difficult production data analysis and processing, and low asset utilization rate, thereby realizing unmanned station equipment duty, paperless and automated station equipment operation and maintenance, reducing the labor cost of agricultural pollution treatment operations and improving resource utilization efficiency.

[0007] The present invention provides an agricultural waste treatment operation and maintenance management platform, including a data acquisition monitoring subsystem and a visual client; wherein: The data collection and monitoring subsystem is used to collect the production status data of the sewage treatment plant, monitor, calculate and store the production status data, create the sewage treatment plant project template and deploy and run it; The visual client includes a web-based control center and a mobile terminal. The web-based control center integrates management front-end functions and is used to monitor production operations, manage production operation events based on event-driven operation and maintenance, and graphically display operation and maintenance information, security information, and trend analysis; the mobile terminal is used for on-site management of production operation and maintenance and inspection operations.

[0008] Among them, the data acquisition and monitoring subsystem includes data acquisition module, model development module, service deployment module, calculation processing module, and historical storage module; The data acquisition module includes sensors, electric control cabinets and data transmission networks installed in the sewage treatment plant, and is used to collect the liquid level, flow, equipment operation status, electric energy, equipment failure status and / or online real-time water quality of the sewage treatment plant; Model development module for creating standardized engineering templates based on the size of wastewater treatment plants; The service deployment module is used to generate application examples based on standardized engineering templates and deploy and run them in sewage treatment plants; The calculation and processing module is used to calculate the sewage treatment plant data and generate the calculation and processing results; The historical storage module is used to store the collected data of the sewage treatment plant, the standardized engineering templates, the application examples and the calculation and processing results.

[0009] The Web-based control center includes real-time video monitoring module, event management module, site information map module, alarm event query module, processing trend analysis module, and production statistical report module. Real-time video monitoring module, used to view the real-time monitoring screen of the production and operation of the area where the sewage treatment plant is located, and retrieve historical monitoring information; The event management module is used to aggregate and process security information, and to trace the progress of security information processing, communicate, and copy and share; The site information map module is used to display the operation and maintenance information and safety information of the sewage treatment plant on the map screen; Alarm event query module, used to view the system alarm data of sewage treatment plants; Processing trend analysis module, used to query and analyze the production status data of sewage treatment plants in any time period; The production statistics report module is used to automatically generate daily report statistics, monthly report statistics and fault record reports based on the collected operation and maintenance information and safety information.

[0010] The mobile terminal includes inspection operation module and production operation and maintenance module, among which: Inspection operation module, used to perform on-site inspection operations, create safety information, and locate inspection personnel; The production and operation module is used to aggregate and process security information, and to trace the progress, communicate, and copy and share the security information processing work.

[0011] Among them, security information includes online monitoring alarm events issued by the Internet of Things system installed in the sewage treatment plant, abnormal inspection operation events on the mobile terminal, and abnormal repair feedback events manually initiated by the PC and / or mobile terminal.

[0012] Among them, the processing operations of security information include event ignoring, event editing, event task copy assignment, task reception and processing feedback, event record viewing and / or event closing.

[0013] Among them, the Web-side control center includes the production scheduling center and the production scheduling sub-center. The production scheduling sub-center is used to manage the sewage treatment plants in the corresponding areas, and the production scheduling center is used to manage all production scheduling sub-centers.

[0014] Among them, the data acquisition and monitoring subsystem collects equipment data, alarm data and process data in real time, transmits the current plant location, equipment name, alarm information in real time, and informs the tools and spare parts that should be prepared and previous troubleshooting opinions.

[0015] Among them, the visualization client is developed based on the InTouch HMI map, the map homepage, operation and maintenance center and statistical reports are integrated using OMI WebAPP, and the site video monitoring is retrieved and loaded from the HMI screen.

[0016] The agricultural sewage treatment operation and maintenance management and control platform provided by the present invention realizes remote real-time collection and monitoring of key equipment operating data, alarms, and water treatment process parameters by installing corresponding sensors, electric control cabinets, and data transmission networks on sewage treatment station equipment, thereby realizing unmanned station equipment and significantly reducing manpower expenditure costs.

[0017] The agricultural waste treatment operation and maintenance management and control platform provided by the present invention integrates a video monitoring function while collecting key equipment operating data and process parameters, thereby realizing real-time video monitoring and automatic linkage between alarm information and cameras, thereby achieving remote monitoring and recording of alarm sources.

[0018] The agricultural pollution treatment operation and maintenance management and control platform provided by the present invention uses real-time collected equipment data, alarm data and process data to accurately and timely trigger the standard equipment maintenance operation process, so as to achieve timely and accurate transmission and notification of the current plant station location, equipment name and alarm information, and truly ensure that the correct information and operation instructions are accurately delivered to the correct personnel, and inform the relevant personnel of the tools, spare parts and previous similar fault handling opinions that should be prepared at the first time for decision-making support, thereby realizing preventive maintenance and maintenance data management of station equipment, comprehensively improving the response speed, and improving the work efficiency of maintenance personnel.

[0019] The agricultural waste treatment operation and maintenance management and control platform provided by the present invention realizes paperless management of all existing manual processes according to the real-time equipment and process data of each station, realizes paperless operation and maintenance processes of station equipment, and uses electronic processes automatically triggered by on-site data to accurately and timely collaborate with relevant departments and personnel to respond quickly.

[0020] The agricultural waste treatment operation and maintenance management and control platform provided by the present invention can make intelligent responses to on-site alarms and anomalies according to the actual situation of inventory and tools, perform intelligent production scheduling for manual arrangements, and predict and optimize the inventory of spare parts. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] In order to more clearly illustrate the technical solutions in the present invention or the prior art, the following briefly introduces the drawings required for use in the embodiments or the description of the prior art. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0022] Figure 1 It is one of the structural schematic diagrams of the agricultural pollution treatment operation and maintenance management and control platform provided by the present invention.

[0023] Figure 2 This is the second structural schematic diagram of the agricultural pollution treatment operation and maintenance management platform provided by the present invention. DETAILED DESCRIPTION

[0024] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described below in conjunction with the drawings of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0025] In general, the agricultural wastewater treatment operation and maintenance management platform provided by the present invention adopts the internationally renowned industrial information software Schneider Electric's Wonderware software and its technology to ensure the system's advancement, stability, scalability and reliability. The agricultural wastewater treatment operation and maintenance management platform provided by the present invention can be standardized and modularized, and its software and hardware modules can be standardized and commercialized, and copied to other projects under construction, and corresponding software and hardware complete solutions can be output for different projects.

[0026] In addition, the agricultural wastewater treatment operation and maintenance management and control platform provided by the present invention can timely adjust the operating parameters of the on-site equipment according to the changes in the inlet and outlet water quality and the outlet water quality requirements, further accurately control the aeration volume, the amount of dosing and the dissolved oxygen content of each bin in the biochemical section, optimize the process parameters, and realize the remote intelligent control function.

[0027] At the same time, the agricultural pollution treatment operation and maintenance management and control platform provided by the present invention establishes the system topology structure of the intelligent agricultural pollution treatment operation and maintenance management and control platform, develops simple GIS application functions based on public maps, facilitates site browsing navigation and displays key parameters and operating status of the site; existing factory sites achieve communication access based on the operator network; support localized server or cloud platform server deployment; establishes a Web-side control center + mobile APP on-site execution of a multi-center integrated operation and collaborative management architecture; and meets the future needs of continuous growth and expansion of the number of sites, operation and maintenance teams / users, and operation management centers.

[0028] The agricultural wastewater treatment operation and maintenance management and control platform provided by the present invention automatically collects the operation data of each plant and station, such as liquid level, flow, equipment operation status, electric energy, equipment failure status, integrated equipment, online real-time water quality data, etc., by establishing a big data platform with operation management as the core. Daily, monthly and annual reports are generated according to different time periods as needed, and cloud storage is used for storage. The central database can realize data sharing, assist managers in optimizing decisions, and realize cloud-based big data insight analysis.

[0029] Combine the following Figure 1-Figure 2 The agricultural waste treatment operation and maintenance management and control platform of the present invention is described.

[0030] Figure 1 and Figure 2 It is a structural diagram of the agricultural waste treatment operation and maintenance management platform provided by the present invention. Figure 1 and Figure 2 As shown, the agricultural wastewater treatment operation and maintenance management platform includes a data acquisition monitoring subsystem and a visualization client; among which: The data collection and monitoring subsystem is used to collect the production status data of the sewage treatment plant, monitor, calculate and store the production status data, create the sewage treatment plant project template and deploy and run it; The visual client includes a web-based control center and a mobile terminal. The web-based control center integrates management front-end functions and is used to monitor production operations, manage production operation events based on event-driven operation and maintenance, and graphically display operation and maintenance information, security information, and trend analysis; the mobile terminal is used for on-site management of production operation and maintenance and inspection operations.

[0031] Among them, the data acquisition and monitoring subsystem includes data acquisition module, model development module, service deployment module, calculation processing module, and historical storage module; The data acquisition module includes sensors, electric control cabinets and data transmission networks installed in the sewage treatment plant, and is used to collect the liquid level, flow, equipment operation status, electric energy, equipment failure status and / or online real-time water quality of the sewage treatment plant; Model development module for creating standardized engineering templates based on the size of wastewater treatment plants; The service deployment module is used to generate application examples based on standardized engineering templates and deploy and run them in sewage treatment plants; The calculation and processing module is used to calculate the sewage treatment plant data and generate the calculation and processing results; The historical storage module is used to store the collected data of the sewage treatment plant, the standardized engineering templates, the application examples and the calculation and processing results.

[0032] The data acquisition and monitoring subsystem adopts the SCADA system platform as a whole. The SCADA system is a supervisory control and data acquisition system (Supervisory Control And Data Acquisition), which is a system that integrates software and hardware elements to achieve remote monitoring, data acquisition, equipment control and management of industrial processes. The SCADA system connects various devices on site through computer network technology to form a unified monitoring platform, allowing operators to grasp the operating status of industrial processes in real time and perform remote control and management.

[0033] The main functions of the SCADA system include data collection, real-time monitoring, remote control, data analysis, and alarm and event management. Data collection is the real-time collection of various data from the industrial site through sensors, instruments and other equipment. Real-time monitoring displays real-time data in the form of graphics or charts on the human-machine interface (HMI), allowing operators to intuitively understand the production status. Remote control allows operators to remotely control field equipment through the HMI, such as switching valves, adjusting parameters, etc. Data analysis processes and analyzes the collected data to provide data support for production decisions. Alarm and event management sets alarm conditions, automatically triggers alarms when field data exceeds the normal range, and notifies operators in a timely manner.

[0034] Among them, the architecture of the SCADA system usually includes the following main parts: Master station (central monitoring station): As the core of the SCADA system, it is responsible for receiving and processing data from various remote terminal units (RTUs) or programmable logic controllers (PLCs) and providing a human-machine interface for operators.

[0035] Remote Terminal Unit (RTU) / Programmable Logic Controller (PLC): Installed at the industrial site, responsible for collecting sensor data and sending it to the master station. At the same time, they can also receive control instructions from the master station and perform corresponding operations.

[0036] Communication network: A bridge connecting the master station and remote terminal unit (RTU) / programmable logic controller (PLC), including multiple communication methods such as wired network and wireless network.

[0037] Human-machine interface (HMI): Provides an intuitive operation interface for operators, displays real-time data, historical data, alarm information, etc., and supports remote control functions.

[0038] The overall core architecture of the data acquisition and monitoring subsystem is built and implemented using Wonderware System platform software. VPN (Virtual Private Network) is used for data transmission. By establishing an encrypted tunnel on the public network, secure communication between remote users and private networks is achieved, and the collected data is transmitted to the server or cloud. The communication interface uses Rapid Protocol Modeler (RPM). RPM is a simple configuration development method suitable for serial interfaces and TCP / IP ASCII protocols. Communication can be defined and configured in the RPM environment according to known protocols to achieve communication.

[0039] In the IDE integrated development environment, basic system function development and application deployment management are carried out. Different types of sewage treatment station engineering templates are created according to the different treatment scales of sewage treatment plants. Sewage treatment plants generate application objects of water station instances according to the corresponding scale engineering templates and deploy them for operation. In the development process, reasonable model planning and design of sites of the same type are carried out to achieve standardized site instance derivation and deployment as much as possible, which can greatly reduce the development complexity, development workload and later system maintenance costs. Communication is established with the existing plant site PLC / touch screen through the Modbus communication protocol to realize the main production status data collection.

[0040] The web-based control center includes real-time video monitoring module, event management module, site information map module, alarm event query module, processing trend analysis module, and production statistical report module.

[0041] The web-side control center uses the InTouch OMI visualization component to achieve unified integrated management of the front-end functional application interface. The production operation monitoring screen is developed based on the InTouch HMI map sheet. The map homepage, operation and maintenance center, and statistical report application functions based on the Web browser architecture are integrated using OMI WebAPP. The site video monitoring is loaded from the HMI screen. Through effective application integration, unified login management of different functional modules is achieved. The access rights to different application function interfaces between the production scheduling center and the sub-centers are controlled through the OMI login account permissions. The production scheduling center has the authority to manage all sub-center sewage treatment plants, and the sub-centers have the authority to manage the sewage treatment plants in their respective regions.

[0042] The Web-based control center is installed on the computer as a PC application software. Double-click the "Wonderware Application Manager" application icon on the desktop and click the [LAUNCH] button in the pop-up window to run the OMI client engineering program. After entering the initial welcome interface, you need to log in. The system will display the matching production operation management function interface according to the login account permissions.

[0043] The production and operation monitoring screens of sewage stations in different areas are independent. You can view the screens of different areas according to user permissions. The user account of the main center can view the screens of all sewage treatment plants, and the user account of the sub-center can only view the screens of the corresponding area. By selecting the site name in the drop-down list of the site selection box, you can dynamically switch to view the real-time monitoring screen of the production and operation of the corresponding site.

[0044] The real-time video monitoring module is used to view the real-time monitoring screen of the production and operation of the area where the sewage treatment plant is located, retrieve historical monitoring information, and display it as the production operation management monitoring main page in the Web-based control center. The upper left corner of the production operation management monitoring main page is the main page navigation, which can be navigated to the production operation management main page and the production statistics report page respectively.

[0045] The main page of production and operation management includes sub-pages such as video monitoring page, event management page, site information map page, alarm event query page and processing trend analysis page. After closing the current sub-page, switching to another homepage and then opening the current homepage again will open all sub-pages by default.

[0046] On the left side of the sub-center video monitoring page is an overview of the sewage treatment plant operation, where you can view the system operating status, control mode, cumulative power consumption, cumulative water output, fan operating mode, and fan operating status. There is also a video monitoring channel on the left side of the page. Click the video monitoring button on the left and log in to your user account to view the video monitoring of the corresponding site. You can view the actual operating conditions of the plant in real time and retrieve historical monitoring video information.

[0047] The event management module is used to aggregate and process safety information, and to trace the progress, communicate, and copy and share safety information processing work. The agricultural pollution treatment operation and maintenance management platform adheres to the concept of "event-driven operation and maintenance" to manage production and operation events. Production and operation events can be circulated, copied, coordinated, responded to, and consistent data information can be shared among all business departments and any level within the company's organizational structure, which can minimize the communication and coordination costs of work tasks across departments and multiple levels.

[0048] The event management module is displayed as an event management page. On the left side of the event management page is a navigation window, which allows you to enter the event processing center, historical query events and statistical reports. The navigation window can be hidden; on the right side is the event processing page. Above the event processing page are sub-page labels, including event service center, scheduling collaborative management, operation and maintenance job management, and operation and maintenance resource management; below the event processing page is the event processing main page, including time selection module, category selection module, event selection module, incoming and outgoing call selection module, supporting event search, attention event filtering, and timeout event filtering. Events are displayed according to the categories of all, unprocessed, processing, completed, and ignored, and the event title, event, status, repair person, repair phone number, event category, processing department, event description, event source, recording, related work order and other information are displayed. When an event is clicked, the event details window pops up, which includes basic details and processing records.

[0049] The event management module can centrally manage online monitoring alarm events issued by sewage treatment plants through the Internet of Things, abnormal events of APP standardized routine inspections, and abnormal repair feedback events manually initiated by APP / Web. Through multiple perception channels and information sources, it can feedback abnormal problems in current production operations from multiple dimensions, and handle these events in an indiscriminate and consistent manner, including event ignoring, event editing, event task copy assignment, task reception and processing feedback, event record viewing and event closing, etc., to trace the progress of event task processing, communicate and copy and share.

[0050] The site information map module is used to display the operation and maintenance information and safety information of the sewage treatment plant on the map screen, which is displayed as a site information map screen. The left side of the site information map screen is a tree navigation window. After expanding the root node, all site logos under the current root node are displayed on the map. When the site logo is red, it indicates that the PLC communication of the site is faulty; when the site logo is orange, it indicates that the site communication is normal but an alarm has occurred in the system; when the site logo is green, it indicates that the site communication is normal and there is no alarm in the system.

[0051] When the site icon is clicked, the current sewage treatment plant operation summary information of the site is displayed through a pop-up window, which includes system operation status, communication status, number of fault alarms, cumulative treatment volume, and cumulative power consumption. The site information map screen view can be zoomed in and out by dragging and dropping the mouse or scrolling the wheel.

[0052] The alarm event query module is used to view the system alarm data of the sewage treatment plant, which is displayed as the alarm event query page. Under the sub-center area, you can view the site system alarm records within the corresponding sub-center area. According to the login user permissions, you can view alarms in different areas. Sub-center user accounts can view the alarm data of the corresponding area site; the main center user account can view the alarm data of all sites in all areas.

[0053] Alarm data will be automatically synchronized and pushed as SCADA online alarm events, and can be viewed and processed consistently on the web and mobile terminals.

[0054] The processing trend analysis module is used to query and analyze the production status data of sewage treatment plants in any time period. The cumulative amount of treatment, instantaneous treatment flow and cumulative power consumption of each sewage treatment station can be selected to query and analyze the trend of any time period. The processing trend analysis module is displayed as a processing trend analysis page. On the left side of the page is a tag selector, including servers and tags, which are used to select sewage treatment plants. On the right side is a processing trend display page. The specific information of the selected tag is displayed below the processing trend display page.

[0055] The production statistics report module is used to automatically generate daily report statistics, monthly report statistics and fault record reports based on the collected operation and maintenance information and safety information, which are displayed as the production statistics report page. The top of the production statistics report page is the filter page, which can filter by year, month, region, and site; the bottom is the production statistics report display page, which displays daily production conditions and counts the total monthly production conditions.

[0056] The mobile terminal includes an inspection operation module and a production operation and maintenance module. The inspection operation module is used to perform on-site inspection operations, create safety information, and locate inspection personnel; The production and operation module is used to aggregate and process security information, and to trace the progress, communicate, and copy and share the security information processing work.

[0057] The mobile terminal is installed in smart mobile devices in the form of a mobile APP. Both dispatch management personnel and on-site operation and maintenance personnel can use the mobile terminal to implement daily operation and maintenance inspection work and task collaborative execution management.

[0058] Among them, security information includes online monitoring alarm events issued by the Internet of Things system installed in the sewage treatment plant, abnormal inspection operation events on the mobile terminal, and abnormal repair feedback events manually initiated by the PC and / or mobile terminal.

[0059] Among them, the processing operations of security information include event ignoring, event editing, event task copy assignment, task reception and processing feedback, event record viewing and / or event closing.

[0060] Among them, the Web-side control center includes the production scheduling center and the production scheduling sub-center. The production scheduling sub-center is used to manage the sewage treatment plants in the corresponding areas, and the production scheduling center is used to manage all production scheduling sub-centers.

[0061] Among them, the data acquisition and monitoring subsystem collects equipment data, alarm data and process data in real time, and transmits the current plant location, equipment name, alarm information in real time, and informs the tools and spare parts that should be prepared and the previous similar fault handling opinions.

[0062] Among them, the visualization client is developed based on the InTouch HMI map, the map homepage, operation and maintenance center and statistical reports are integrated using OMI WebAPP, and the site video monitoring is retrieved and loaded from the HMI screen.

[0063] InTouch HMI, namely AVEVA InTouch HMI, is a powerful human-machine interface (HMI) visualization software, mainly used to control and monitor industrial processes, enabling operators to optimize conventional human-machine interactions with industrial automation systems and improve the performance of any industrial and manufacturing process. It provides powerful web HMI / SCADA functions that can run smoothly both inside and outside the OT network; responsive and simpler HTML5 graphics and SVG support ensure 100% content reuse on any device or operating system.

[0064] OMI WebAPP refers to a web application developed using the OMI framework. OMI is a lightweight, high-performance web component framework developed by Tencent. It uses Signal-driven responsive programming and Web Components technology to provide a simple and efficient development experience. Omi supports Reactivity, functional components, routing, Suspense and other functions, and integrates modern tools such as Tailwindcss, allowing front-end developers to build fast and small web applications.

[0065] The device embodiments described above are merely illustrative, wherein the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, they may be located in one place, or they may be distributed on multiple network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the scheme of this embodiment. Those of ordinary skill in the art may understand and implement it without creative effort.

[0066] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or make equivalent replacements for some of the technical features therein. However, these modifications or replacements do not deviate the essence of the corresponding technical solutions from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

1. An agricultural wastewater treatment operation and maintenance management platform, characterized in that: include: Data acquisition monitoring subsystem and visualization client; including: The data acquisition and monitoring subsystem is used to collect the production status data of the sewage treatment plant, monitor, calculate and store the production status data, create the sewage treatment plant project template and deploy and run it; The visual client includes a Web-based control center and a mobile terminal. The Web-based control center integrates management front-end functions and is used to monitor production operations, manage production operation events based on event-driven operation and maintenance, and graphically display operation and maintenance information, security information, and trend analysis; the mobile terminal is used for on-site management of production operation and maintenance and inspection operations.

2. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The data acquisition and monitoring subsystem includes a data acquisition module, a model development module, a service deployment module, a calculation processing module, and a history storage module; The data acquisition module includes sensors, electric control cabinets and data transmission networks installed in the sewage treatment plant, and is used to collect the liquid level, flow rate, equipment operation status, electric energy, equipment failure status and / or online real-time water quality of the sewage treatment plant; A model development module for creating standardized engineering templates based on the size of the wastewater treatment plant; A service deployment module, used to generate application examples according to the standardized engineering template, and deploy and run them in the sewage treatment plant; A calculation and processing module, used to calculate the sewage treatment plant station data and generate calculation and processing results; The historical storage module is used to store the collected data of the sewage treatment plant, the standardized engineering template, the application examples and the calculation results.

3. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The Web-side control center includes a real-time video monitoring module, an event management module, a site information map module, an alarm event query module, a processing trend analysis module, and a production statistical report module, wherein: A real-time video monitoring module is used to view the real-time monitoring screen of the production and operation of the area where the sewage treatment plant is located and retrieve historical monitoring information; An event management module is used to aggregate and process the security information, trace the progress of the security information processing work, and communicate and copy and share; A site information map module, used to display the operation and maintenance information and the safety information of the sewage treatment plant on a map screen; An alarm event query module is used to view the system alarm data of the sewage treatment plant; A processing trend analysis module is used to perform trend query and analysis on the production status data of the sewage treatment plant within any time period; The production statistics report module is used to automatically generate daily report statistics, monthly report statistics and fault record reports based on the collected operation and maintenance information and the collected safety information.

4. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The mobile terminal includes an inspection operation module and a production operation and maintenance module, wherein: Inspection operation module, used to perform on-site inspection operations, create safety information, and locate inspection personnel; The production operation and maintenance module is used to aggregate and process the security information, and to trace the progress of the security information processing work, communicate and copy and share.

5. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The security information includes online monitoring alarm events issued by the Internet of Things system installed in the sewage treatment plant, abnormal inspection operation events of the mobile terminal, and abnormal repair feedback events manually initiated by the PC and / or mobile terminal.

6. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The processing operations on the security information include event ignoring, event editing, event task copy assignment, task receiving and processing feedback, event record viewing and / or event closing.

7. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The Web-side control center includes a production scheduling center and a production scheduling sub-center, wherein the production scheduling sub-center is used to manage the sewage treatment plants in the corresponding area, and the production scheduling center is used to manage all the production scheduling sub-centers.

8. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The data acquisition and monitoring subsystem collects equipment data, alarm data and process data in real time, transmits the current plant station location, equipment name, alarm information in real time, and informs the tools and spare parts that should be prepared and previous troubleshooting opinions.

9. The agricultural waste treatment operation and maintenance management platform according to claim 1 is characterized in that: The visualization client is developed based on the InTouch HMI map, the map homepage, operation and maintenance center and statistical reports are integrated using OMI WebAPP, and the site video monitoring is loaded from the HMI screen.

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