Sewage zero direct discharge digital comprehensive service platform

Abstract

The invention discloses a sewage zero direct discharge digital comprehensive service platform, which adopts a solution of Internet of Things and visualization, realizes a map of pipe galleries in the whole city, establishes a communication bridge for government supervision and company management, provides corresponding data backtracking, realizes well documentation and evidence examination, and provides a comprehensive service platform for the management of the government and the company. Multiple actual monitoring point data are integrated into one system to be displayed, more comprehensive monitoring can be achieved, the system is accessed through a WeChat applet / APP, use by field staff is facilitated, maintenance records are convenient to upload and store, a map plate is combined with all actual monitoring points in reality, and data are more visual and convenient to check.

Description

Technical Field

[0001] The present invention relates to the technical field of sewage discharge supervision, and in particular to the technical field of a digital integrated service platform for zero direct sewage discharge. Background Art

[0002] The construction of "zero direct discharge of sewage" is mainly aimed at the problems of "direct discharge of sewage" and "mixed rainwater and sewage" existing in people's production, life and business activities. On the basis of comprehensive investigation and "diagnosis", a systematic solution is proposed, and rectification is implemented in a timely manner to achieve "no drainage on sunny days and no sewage on rainy days" at the drainage outlet. In simple terms, it is to solve all the problems in the water, on the shore, on the ground, and underground, and realize full-process pollution control from the source to the discharge process. One of the difficulties in achieving "zero direct discharge of sewage" lies in supervision. How to conduct real-time supervision of each source that may discharge sewage is the core of achieving "zero direct discharge of sewage". The existing supervision methods are mostly on-site inspections, setting up supervision equipment at sewage discharge points for monitoring, etc. There is no system that can aggregate the data of supervision equipment set up at multiple sewage discharge points in one system, and it is also impossible to combine each supervision equipment with a map to display the point location and real-time information on the map, which makes supervision inconvenient. Summary of the invention

[0003] The purpose of the present invention is to solve the problems in the prior art and to propose a digital integrated service platform for zero direct discharge of sewage, which can facilitate the monitoring of sewage discharge at multiple points in the area, achieve zero direct discharge of sewage, and combine the map with the actual monitoring points in reality, so that the data display is clearer and easier to supervise.

[0004] To achieve the above objectives, the present invention proposes a digital integrated service platform for zero direct discharge of sewage, including an integrated service platform, wherein the integrated service platform includes: User login module, used to verify user account and password, and authorize login; Monitoring center, the monitoring center includes a data display panel and a map panel, the map panel is loaded with the required monitoring range map, map points are added to the corresponding positions on the map according to the actual monitoring point positions in reality, and the map points are bound to the actual monitoring points. The monitoring data of the actual monitoring points are uploaded in real time and displayed on the corresponding points of the map panel. Click the corresponding point of the map panel to view the detailed information of the actual monitoring point corresponding to the point. If the actual monitoring point is monitored, the real-time monitoring screen is displayed; data display panel, used to display data; The data statistics module is used to view all daily monitoring information of each point within a period of time and generate statistical charts for users to view trends; The unit management module binds each map point in the map section with the corresponding operation and maintenance unit and supervision unit; Operation and maintenance management module, used to record and view operation and maintenance information and records of each point or area; Monitoring point management module, used to manage the monitoring equipment, points, and early warning information pages of each monitoring point; Zero sewage direct discharge creation module, which has data display function, supports file adding / uploading / exporting, and allows online editing; The system management module includes permission management, user management, and password setting for the project management page. The permission management page can add and edit roles. Each user needs to select the corresponding role when creating it. Roles cannot be deleted, and the permissions of the role are configured by the user. The user management page can add, edit, and delete user accounts. The password setting for the project management page is used to set and modify the login password for the project management page. Engineering management module, used to manage engineering task orders; The mobile terminal accesses the comprehensive service platform through the WeChat applet / APP, and the PC terminal accesses the comprehensive service platform through the browser. The mobile terminal WeChat applet / APP is used for operation and maintenance personnel to fill in the situation on site and conduct surveys according to needs.

[0005] Preferably, each actual monitoring point is provided with a corresponding QR code, and the basic information, current alarm information, and historical operation and maintenance records of the current scanned point are displayed by scanning the QR code through the mobile mini program / APP. The QR code is generated by the monitoring point management module.

[0006] Preferably, the mobile mini program / APP can access the comprehensive service platform only after scanning the QR code corresponding to the actual monitoring point.

[0007] Preferably, after the mobile mini program / APP scans the QR code to access the comprehensive service platform, the operations performed through the mobile mini program / APP can only be associated with the actual monitoring points currently scanned, and the filled-in reports and bound devices are all bound to the actual monitoring points scanned, and it is not possible to select / switch points when filling in reports / binding devices.

[0008] Preferably, the project management module includes in progress, pending, and completed. The in progress module is used to display all task orders whose project status is "unfinished", the pending module is used to display task orders waiting to be received or rejected by the current login account, and the completed module displays all task orders whose project status is "suspended" / "completed".

[0009] Preferably, the engineering management module is divided into the business department, the engineering department and the data department. The functions of the business department are to initiate task orders, terminate task orders, and determine the completion of business; the functions of the engineering department are to receive task orders, issue the project plan completion time and the actual rectification completion time according to the task order, and determine whether the rectification task is completed; the function of the data department is to assist the engineering department and the business department in completing the uploading of some rectification materials, budget reports, settlement lists and other materials. The business department, engineering department and data department can all receive, reject, send, upload attachments and other operations on task orders, and the engineering department can assign task orders.

[0010] Preferably, the mobile mini program / APP can only access the user login module, the monitoring center module, and the operation and maintenance management module.

[0011] Preferably, the mobile mini program / APP is provided with a risk elimination reporting entrance, a maintenance reporting entrance, and an inspection reporting entrance. The user selects a reporting entrance to perform a filling operation. When entering the maintenance reporting entrance, the maintenance record is expanded by default, and the inspection record is folded; when entering the inspection reporting entrance, the inspection record is expanded by default, and the maintenance record is folded.

[0012] Preferably, the authority of adding a new user on the user management page is determined by the role type assigned to the user.

[0013] Preferably, the monitoring point management module comprises: The device management page manages data monitoring devices. After adding / batch importing devices, you do not need to select the points to bind the devices. When offline personnel install the devices, they can bind the points through the WeChat applet / APP on the mobile terminal. The PC terminal can view, edit, delete, and filter the device information. The device record page records the basic information sent back by the device, including device name, ID, status, power, alarm reason, bit error rate, signal strength, and entry time, including power, bit error rate, and signal strength; The point management page displays the device ID, point number, point status, township to which the point belongs, point address, point attribute, point type, point alarm reason, alarm level, and operation and maintenance unit; The point record page displays each real-time monitoring record of the point, and the displayed content includes equipment ID, point number, point status, alarm type, alarm level, water temperature, pH value, ammonia nitrogen, dissolved oxygen, conductivity, liquid level, flow, BOD5, COD, total phosphorus, SS, bit error rate, signal strength, and recording time; The equipment association record page displays the association relationship between equipment, location, region, operation and maintenance unit, and supervisor; The warning preprocessing page processes the alarm information that needs to be filtered temporarily.

[0014] The beneficial effects of the digital integrated service platform for zero direct discharge of sewage of the present invention: the present invention adopts the solution of Internet of Things + visualization to realize "one map of the city's pipeline corridors", establishes a communication bridge for government supervision and company management, and provides corresponding data backtracking, so that it can be traced and verified, and integrates data of multiple actual monitoring points into one system for display, which can achieve more comprehensive monitoring. The system can be accessed through WeChat applet / APP, which is convenient for on-site staff to use and upload and save maintenance records. The map section is combined with the actual monitoring points in reality, and the data is more intuitive and easy to view.

[0015] The features and advantages of the present invention will be described in detail through embodiments in conjunction with the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a schematic diagram of the PC user login module page.

[0017] Figure 2 This is a schematic diagram of the mobile mini program / APP user login module page.

[0018] Figure 3 This is a schematic diagram of the monitoring center page.

[0019] Figure 4 This is a schematic diagram of the monitoring center map section.

[0020] Figure 5 This is a schematic diagram of the data statistics module page.

[0021] Figure 6 This is a schematic diagram of the unit management module page.

[0022] Figure 7 This is a schematic diagram of the operation and maintenance management module page.

[0023] Figure 8 This is a schematic diagram of the monitoring point management module page.

[0024] Fig. 9 This is a schematic diagram of the zero direct discharge of sewage page.

[0025] Fig.10 This is a schematic diagram of the system management module page.

[0026] Fig.11 This is a schematic diagram of the project management module page.

[0027] Fig.12 This is a schematic diagram of adding a new business order.

[0028] in: DETAILED DESCRIPTION

[0029] In order to make the purpose, technical scheme and advantages of the present invention clearer, the present invention is further described in detail below through the accompanying drawings and embodiments. However, it should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the scope of the present invention. In addition, in the following description, the description of known structures and technologies is omitted to avoid unnecessary confusion of the concept of the present invention.

[0030] In the description of the present invention, it should be noted that when an element is referred to as being "fixed to" or "disposed on" another element, it may be directly on the other element or indirectly on the other element. When an element is referred to as being "connected to" another element, it may be directly connected to the other element or indirectly connected to the other element.

[0031] In the description of the present invention, it should be noted that the terms "center", "length", "width", "thickness", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside" and the like indicate positions or positional relationships based on the positions or positional relationships shown in the accompanying drawings, or the positions or positional relationships in which the invention product is usually placed when in use, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as limiting the present invention. In addition, the terms "first", "second", "third" and the like are only used to distinguish descriptions, and cannot be understood as indicating or implying relative importance. Thus, the features defined as "first" and "second" may explicitly or implicitly include one or more of the features. In the description of the present invention, "multiple" means two or more, unless otherwise clearly and specifically defined. "Several" means one or more, unless otherwise clearly and specifically defined.

[0032] In the description of the present invention, it is also necessary to explain that, unless otherwise clearly specified and limited, the terms "set", "install", "connect", and "connect" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two elements. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances. Example

[0033] The present invention provides a digital integrated service platform for direct sewage discharge, comprising: The user login module is used to verify the user account and password and authorize login. To facilitate users to use the system, the system is set up to log in with a password for the computer platform account and to log in by scanning a QR code for the mobile app / APP platform. The QR code is automatically generated by the system according to the principle of "one point, one code"; When adding a new user, the super administrator should add the user on the "System Management-User Management" page. The user logs in to the PC system using the mobile app / APP number entered into the system. The default password for the first login is 123456. After logging in, the user can click the [Change Password] button in the upper right corner of the system to change the login password. After changing the password, the user will automatically log out of the system. At this time, the user can log in to the system with the new password. The PC user login page is as follows Figure 1 As shown, the mobile mini program / APP login page is as follows Figure 2 shown.

[0034] Monitoring center, the monitoring center includes a data display section and a map section. The map section loads the required monitoring range map, adds map points at corresponding positions on the map according to the actual monitoring point positions in reality, and binds the map points to the actual monitoring points. The monitoring data of the actual monitoring points are uploaded in real time and displayed on the corresponding points of the map section. Click the corresponding point of the map section to view the detailed information of the actual monitoring point corresponding to the point. If the actual monitoring point is monitored, the real-time monitoring screen is displayed; the data display section is used to display data; when the monitoring center page is opened through the PC, Figure 3 , Figure 4 As shown, the total number of monitoring points, the total number of early warning points, and the number of newly added early warning points in the township area are displayed; opening the monitoring center through the mobile mini-program / APP can display the basic information of the current scanned point and the real-time monitoring data of the current point; display the current scanned point status and alarm details; display the basic information of operation and maintenance records in reverse order; scan the code on-site to upload the operation and maintenance records (select the preset form to fill in, and support on-site photo uploading); click [Bind Device] to bind the device and camera to the current scanned point; click [Point Information] to view the basic information of the current point, but modification is not allowed, and only the PC side supports modification of point information.

[0035] The data statistics module is used to view all daily monitoring information of each point within a period of time and generate statistical charts for users to view trends; when the data statistics module is opened through the PC, Figure 5As shown, it can display the statistical wave chart of daily monitoring data of the monitoring point within a period of time, which can be filtered and viewed according to administrative area, data type, and time range; when the wave chart is exported, the monitoring data is exported synchronously, and the data export range is the data within the filtered time range. The exported file is a compressed package, and the picture and monitoring data are exported separately; Among them, the wave chart displays the point warning line and the accurate data of the highest point; the point warning line needs to be set to the point setting warning value before it can be displayed normally. If the warning value is not set, the system default warning value is used to display the warning line; the data statistics module cannot be opened through the mobile applet / APP.

[0036] The unit management module binds each map point in the map section with the corresponding operation and maintenance unit and supervision unit; including regional management: the corridor is divided into regions, which is set by the user. The administrative area (province, city, township) information must be filled in when adding regional management; operation and maintenance unit management: the operation and maintenance unit to which the corridor belongs, the person in charge of the operation and maintenance unit can receive point warning text messages in the area (the mobile app / APP number in normal use must be filled in), and the operation and maintenance scope must be set for the operation and maintenance unit to take effect; supervision unit management: the scope of the corridor under supervision, the supervision scope can be set for different supervision units, the person in charge of the supervision unit can receive point warning text messages in the area (the mobile app / APP number in normal use must be filled in), and the supervision unit must set the supervision scope to receive warning text messages and view relevant data of the points within the supervision scope; township introduction management: edit the township introduction displayed on the homepage. After the administrative area (province, city, township) is filled in, it can be bound to the map and display the township introduction normally. The operation and maintenance unit can select the area of ​​operation and maintenance services, and the supervision unit can be associated with the area or the township / street. To ensure the stability of system data, regional management, operation and maintenance unit management, and supervision unit management support adding and editing, but cannot be deleted. Figure 6 shown.

[0037] The operation and maintenance management module is used to record and view the operation and maintenance information and operation and maintenance records of each point or area. The operation and maintenance records are filled in by the operation and maintenance personnel by scanning the QR code on the mobile mini program / APP, or by clicking the "Add" button on the PC. Danger elimination records: After the operation and maintenance personnel have checked the danger on site, they can directly scan the QR code of the point to fill in the records, or they can click the [Add] button on the PC to add a new danger elimination record. Danger elimination records can be exported in batches according to time periods and point attributes. Warning danger elimination records are automatically generated by the system. There are two ways to determine whether the warning status of a point is cancelled: (1) the operation and maintenance personnel upload the danger elimination record bound to the warning information; (2) the latest monitoring data transmitted back by the point does not reach the warning value. Maintenance and inspection records: The operation and maintenance personnel can scan the QR code of the point on the mobile terminal to fill in the records, or they can click the [Add] button on the PC to add maintenance and inspection records. The operation and maintenance records can be exported in batches according to time periods and point attributes on the PC. When exporting the danger elimination records, the data reported multiple times on the same day, at the same point, and by the same person who reported it will be summarized in a table and arranged in chronological order. When exporting maintenance and inspection logs, only the latest maintenance record and inspection record are exported; users can click the "Batch Export" button to export all records under the current filtering conditions (i.e. time range / point attributes / reporting personnel / point number / log template, etc.), and the exported content is presented in the form of a compressed package; in the case of operation and maintenance records, select the operation and maintenance information in the operation and maintenance record list and click the [View Point Information] button in the upper right corner of the list to view the detailed information of the point to which the operation and maintenance record belongs; when the point is bound to a camera, the online real-time monitoring video can be viewed in the "Online Visual Video of the River Drainage Outlet" list. The screen displays a list of all surveillance videos in the currently filtered administrative area. The first video is played by default. Users can manually switch videos to view real-time monitoring / playback. Considering the server load, only one real-time video / playback is activated at the same time; Storage list: Stores the list of employees in living quarters, enterprises, institutions, six small industries, and industrial areas. The list fields are provided by the customer (fields are name, address, contact person, contact information, and remarks). The storage list supports filtering and viewing according to administrative areas and list attributes. The storage list can be exported in batches, and supports adding, editing, and deleting. Batch export is exported in the form of a compressed package. When opening the operation and maintenance management module through the PC, Figure 7 shown.

[0038] The monitoring point management module is used to manage the monitoring equipment, points, and warning information pages of each monitoring point. Before binding the data monitoring equipment and camera, the point information should be entered into the system. If there is no point information in the system, the data monitoring equipment and camera cannot be bound. If the point alarm value is not set after the point is entered into the system, the point will use the system default alarm value as the warning condition, and the alarm value is also used as the value of the warning line in the data statistics chart. When opening the monitoring point management module through the PC, Figure 8As shown, it includes the device management page: data monitoring equipment can be managed. After adding / batch importing equipment, the point to which the equipment is bound can be selected. When offline personnel install the equipment, they can bind the point through the mobile applet / APP (the applet can also directly add devices that are not imported on the PC for binding). The PC can view, edit, delete, and filter the device information (filtering conditions are warning / normal, area, point attribute, and operation and maintenance unit); the device record page: records the basic information sent back by the device, including the device name, ID, status, power, alarm reason, bit error rate, signal strength, and entry time, of which the power, bit error rate, and signal strength are provided by the device; the point management page: displays the device ID, point number, point status, township to which the point belongs, point address, point attribute, point type, point alarm reason, alarm degree, and operation and maintenance unit. Points with warnings are currently displayed in red font. It supports filtering points by region, searching point type / attribute / operation and maintenance unit, filtering points by whether the point is currently alarming, and point information can be imported in batches; the system will automatically generate a QR code for each point in the system. Click the [QR code batch download] button on the point management page to export the QR code in batches. The exported QR code includes the point number, flow direction, connection point number, pipeline point: meter, QR code, and detailed address of the point. The export format is an Excel document. Click the QR code icon after the point information in the point list to view the point QR code. The QR code image can be saved by right-clicking and saved as an image. Note: When the point information in the list is checked, clicking [Batch Export QR Code] will export the QR code of the selected point; when it is not checked, clicking [Batch Export QR Code] will export the QR code of all points filtered out under the current filtering conditions; the network information and point information fields in the point details can be viewed, deleted, and modified; clicking [View Operation and Maintenance Information] in the point details will jump to the maintenance information page to view all operation and maintenance records of the current point; point information can be exported in batches, (1) check the point information in the point list and click the [Export] button to export the checked points; (2) click the [Batch Export] button in the point list to batch export all points under the current filtering conditions. The point list supports displaying 10 / 20 / 50 / 100 / 200 / 300 pieces of information on one page, which can be set at the page-turning button below the point list; Point record page: Displays each real-time monitoring record of the point, and displays the device ID, point number, point status, alarm type, alarm level, water temperature, pH value, ammonia nitrogen, dissolved oxygen, conductivity, liquid level, flow, BOD5, COD, total phosphorus, SS, bit error rate, signal strength, and recording time. You can filter and view by whether there is an alarm / area, or search for the device ID or point number.Equipment association record page: displays the association between equipment, point, region, operation and maintenance unit, and supervisor. You can filter and view by region, or search for equipment ID or point number. Warning preprocessing page: processes alarm information that needs to be filtered temporarily. This function can be turned off / on. When the function is turned on, users can display / hide alarm information on this page. Warning preprocessing business logic 1: terminal equipment monitoring data is transmitted back to the system → the system judges the data → when the warning preprocessing function is turned on, all warning information enters the warning preprocessing page → the user manually filters the warning information → the user selects [Show], and the warning information will be notified to the contact person of the operation and maintenance unit and the supervisory unit of the point via SMS, and the warning information will be synchronized to the home page, point management and other places for display. If [Hide] is selected, the user will notify the person in charge by himself, and the warning information will not be displayed on the home page, point management and other pages. Business logic 2: terminal equipment monitoring data is transmitted back to the system → the system judges the data → when the warning preprocessing function is turned off, all warning information will be directly notified to the contact person of the operation and maintenance unit and the supervisory unit via SMS, and will be synchronized to the home page, point management and other places for display.

[0039] Zero direct sewage discharge creation module, this section has data display function, supports file adding / uploading / exporting, and allows online editing; according to the type, the direct sewage discharge files are classified into four types: industrial park, residential area, street and town data, and other types, such as Fig. 9 shown.

[0040] The system management module includes permission management, user management, and password setting for the project management page. The permission management page can add and edit roles. Each user must select the corresponding role when creating it. Roles cannot be deleted, and the permissions of the role are configured by the user. The user management page can add, edit, and delete user accounts. The password setting for the project management page is used to set and modify the login password for the project management page. After changing the role permissions, you must click the [Logout] button in the upper right corner of the system to log out of the currently logged in account, and log in again to make the changed permissions effective. Refreshing the page or closing the page will not make the permissions effective. After changing the user role information, the user will automatically log out of the system. At this time, the changed information will take effect after the user logs in again. When opening the system management module through the PC, Fig.10 shown.

[0041] The project management module is used to manage project task orders; as shown in the attached figure of the specification Fig.11As shown, it includes in progress, pending, and ended. The in progress is used to display all task orders with an engineering status of "unfinished", the pending is used to display task orders waiting to be received and rejected by the current login account, and the ended is used to display all task orders with an engineering status of "suspended" / "completed". "Suspended" status: When the engineering status of a task order is "suspended", the task order enters the ended category. At this time, only the last operator can change the engineering status back to "unfinished"; "Completed" status: When the engineering status of a task order is "completed", no one is allowed to modify the relevant information of the task order. The task order and its attachments can only be viewed and exported; the engineering management module is mainly used to manage engineering task orders, follow up the task order process through the system's standardized process, make the task transparent and traceable, and facilitate the grasp of the task progress and completion status. The departments mainly involved in the task order are divided into the business department, engineering department and data department. The functions of the business department are to initiate task orders, terminate task orders and determine the completion of business; the functions of the engineering department are to receive task orders, issue the project completion time and actual rectification completion time according to the task order, and determine whether the rectification task is completed; the function of the data department is to assist the engineering department and the business department to complete the upload of some rectification materials, budget reports, settlement lists and other materials. The business department, engineering department and data department can all receive, reject, send, upload attachments and other operations on the task order, and the engineering department can assign the task order. All three departments can receive, reject, send, upload attachments and other operations on the task order, and the engineering department can assign the task order.

[0042] Task lists can be added and exported. Fig.12When adding a new task order, fill in the basic information of the task order first. After submitting the basic information, jump to the task order details page. Users can upload attachments and add notes on the details page. The task order list shows the project name, current progress, and creation time. Users can "receive", "reject", and "assign" the task order. (1) Receive: After the user clicks "receive", they can edit and modify the task order information. At this time, the user can upload attachments. If the user has not received the task order, they can only view the task order details and cannot edit the task order or upload attachments. (2) Reject: After the user clicks "reject", they must fill in the rejection note. The rejected task order returns to the user of the previous process. The user can fill in the rejection note when rejecting. The rejection note on the PC side will be displayed in the note after the operation on the task order details page (the mini program will be displayed in the note position in the task order card on the list page). The rejection note can only be viewed by the rejector and the rejected person. At this time, the user of the previous process needs to receive the task order again to perform subsequent operations, and cannot reject the rejected task order; (3) Assignment: Users can assign task orders to other people in the same department. The initial user (for ease of identification, the user who assigns the task order is called the initial user) will no longer participate in the task order process after assigning the task order, and the initial user can no longer edit the task order, upload attachments, etc.

[0043] The mobile mini program / APP can only access the user login module, the monitoring center module, and the operation and maintenance management module. This makes the mobile mini program / APP more concise and prevents the mobile mini program / APP from tampering with data.

[0044] This application system adopts the solution of Internet of Things + visualization to realize "one map of the city's pipeline corridors", establish a communication bridge for government supervision and company management, and provide corresponding data backtracking, so that it can be traced and verified. The system can be accessed through WeChat applet / APP, which is convenient for on-site staff to use and upload and save maintenance records. The map section is combined with the actual monitoring points in reality, and the data is more intuitive and easy to view.

[0045] It should be noted that, although the above embodiments have been described in this article, the scope of patent protection of the present invention is not limited thereby. Therefore, based on the innovative concept of the present invention, changes and modifications made to the embodiments described herein, or equivalent structures or equivalent process changes made using the contents of the present specification and drawings, directly or indirectly applying the above technical solutions to other related technical fields are all included in the scope of protection of the patent of the present invention.

Claims

1. A digital integrated service platform for zero direct discharge of sewage, including an integrated service platform, characterized in that: The comprehensive service platform includes: User login module, used to verify user account and password, and authorize login; Monitoring center, the monitoring center includes a data display panel and a map panel, the map panel is loaded with the required monitoring range map, map points are added to the corresponding positions on the map according to the actual monitoring point positions in reality, and the map points are bound to the actual monitoring points. The monitoring data of the actual monitoring points are uploaded in real time and displayed on the corresponding points of the map panel. Click the corresponding point of the map panel to view the detailed information of the actual monitoring point corresponding to the point. If the actual monitoring point is monitored, the real-time monitoring screen is displayed; data display panel, used to display data; The data statistics module is used to view all daily monitoring information of each point within a period of time and generate statistical charts for users to view trends; The unit management module binds each map point in the map section with the corresponding operation and maintenance unit and supervision unit; Operation and maintenance management module, used to record and view operation and maintenance information and records of each point or area; Monitoring point management module, used to manage the monitoring equipment, points, and early warning information pages of each monitoring point; Zero sewage direct discharge creation module, which has data display function, supports file adding / uploading / exporting, and allows online editing; The system management module includes permission management, user management, and password setting for the project management page. The permission management page can add and edit roles. Each user needs to select the corresponding role when creating it. Roles cannot be deleted, and the permissions of the role are configured by the user. The user management page can add, edit, and delete user accounts. The password setting for the project management page is used to set and modify the login password for the project management page. Engineering management module, used to manage engineering task orders; The mobile terminal accesses the comprehensive service platform through the WeChat applet / APP, and the PC terminal accesses the comprehensive service platform through the browser. The mobile terminal WeChat applet / APP is used for operation and maintenance personnel to fill in the situation on site and conduct surveys according to needs.

2. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: Each actual monitoring point is provided with a corresponding QR code. The basic information, current alarm information, and historical operation and maintenance records of the current scanned point are displayed by scanning the QR code through the mobile mini program / APP. The QR code is generated by the monitoring point management module.

3. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 2, characterized in that: The mobile mini program / APP can access the comprehensive service platform only after scanning the QR code corresponding to the actual monitoring point.

4. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 3, characterized in that: After the mobile mini program / APP scans the QR code to access the comprehensive service platform, the operations performed through the mobile mini program / APP can only be associated with the actual monitoring points currently scanned. The filled-in reports and bound devices are all bound to the actual monitoring points where the code is scanned, and it is not possible to select / switch points when filling in reports / binding devices.

5. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The project management module includes "in progress", "pending" and "ended". The "in progress" is used to display all task orders with a project status of "unfinished". The "pending" is used to display task orders waiting to be received or rejected by the current login account. The "ended" displays all task orders with a project status of "suspended" / "completed".

6. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The project management module is divided into the business department, engineering department and data department. The functions of the business department are to initiate task orders, terminate task orders and determine the completion of business; the function of the engineering department is to receive task orders, issue the project plan completion time and actual rectification completion time according to the task order, and judge whether the rectification task is completed; the function of the data department is to assist the engineering department and the business department to complete the uploading of some rectification materials, budget reports, settlement lists and other materials. The business department, engineering department and data department can all receive, reject, send, upload attachments and other operations on task orders, and the engineering department can assign task orders.

7. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The mobile mini program / APP can only access the user login module, the monitoring center module, and the operation and maintenance management module.

8. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The mobile mini program / APP is provided with a risk elimination reporting entrance, a maintenance reporting entrance, and an inspection reporting entrance. The user selects a reporting entrance to perform a filling operation. The maintenance reporting entrance will expand the maintenance record by default and close the inspection record; the inspection reporting entrance will expand the inspection record by default and close the maintenance record.

9. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The permissions for newly added users on the user management page are determined by the role type assigned to the user.

10. A digital integrated service platform for zero direct discharge of sewage as claimed in claim 1, characterized in that: The monitoring point management module includes: The device management page manages data monitoring devices. After adding / batch importing devices, you do not need to select the points to bind the devices. When offline personnel install the devices, they can bind the points through the WeChat applet / APP on the mobile terminal. The PC terminal can view, edit, delete, and filter the device information. The device record page records the basic information sent back by the device, including device name, ID, status, power, alarm reason, bit error rate, signal strength, and entry time, including power, bit error rate, and signal strength; The point management page displays the device ID, point number, point status, township to which the point belongs, point address, point attribute, point type, point alarm reason, alarm level, and operation and maintenance unit; The point record page displays each real-time monitoring record of the point, and the displayed content includes equipment ID, point number, point status, alarm type, alarm level, water temperature, pH value, ammonia nitrogen, dissolved oxygen, conductivity, liquid level, flow, BOD5, COD, total phosphorus, SS, bit error rate, signal strength, and recording time; The equipment association record page displays the association relationship between equipment, location, region, operation and maintenance unit, and supervisor; The warning preprocessing page processes the alarm information that needs to be filtered temporarily.

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