CN114755378A - River patrol management platform and implementation method - Google Patents
River patrol management platform and implementation method Download PDFInfo
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- CN114755378A CN114755378A CN202210171976.XA CN202210171976A CN114755378A CN 114755378 A CN114755378 A CN 114755378A CN 202210171976 A CN202210171976 A CN 202210171976A CN 114755378 A CN114755378 A CN 114755378A
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- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/18—Water
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/22—Social work
Abstract
A river patrol management platform and an implementation method thereof comprise a river patrol management subsystem and a mobile terminal application APP system, wherein 1) when river patrol personnel carry handheld equipment for installing a river patrol APP to patrol a river, photographing and evidence obtaining are carried out when the water quality of steal and drainage mouths does not meet the requirements; 2) uploading the picture and the event description to a background through the APP, and when receiving the picture and the event description uploaded by the river patrol personnel at the river patrol management platform, informing a local river manager of the event to check and process; 3) after receiving the circulation event, the local river reach checks the site, if the water quality of the drainage port is not satisfactory, the source tracing of the drainage port is carried out, and the source of the sewage is determined; 4) if the pollution is discharged by the enterprise, reporting the problem, commanding the pollution discharge enterprise to perform rectification within a limited period, and rechecking after the rectification is finished, and if the pollution is not discharged by the enterprise, performing other related investigation to determine the pollution source; and if the work order is determined to be a non-sewage outlet, ending the work order in the system.
Description
Technical Field
The invention belongs to the technical field of application platforms, and particularly relates to a river patrol management platform and an implementation method.
Background
River and lake management and protection are complex system engineering, and relate to various events, components, upstream and downstream, left and right banks, multi-level, multi-zone and different industries. The traditional river and lake management has the problems of untimely problem discovery, unclear management objects, unclear professional management department duties, high coordination cost, lack of data and the like. The environmental pollution of rivers and lakes is shown in rivers, but the root of the problem is on the shore, so that the effective way of fundamentally improving the quality of the water environment of the rivers and lakes is to realize the environmental management responsibility of the government of the property, and construct a river and lake management system mechanism of government leading, property responsible, industry supervision, professional management and protection and social co-treatment. The river growth informatization is combined with actual characteristics of river channel management and river growth control, a river growth task is taken as a core, refinement of river and lake management is taken as a key point, social participation is taken as supplement, cloud computing, big data and GIS technology are fully utilized, the Internet and thinking are adopted, a 'river growth control' information system and an operation mechanism are established, refined management is realized, and a river growth control river and lake management protection system which is timely in discovery, in-place in disposal and capable of being quantified is comprehensively established.
The patrol management platform depends on an informatization means, and daily supervision is carried out on the ecological environment of the checked in-out river bank mouth and the checked river channel through a platform system and a mobile terminal APP mode. And simultaneously realizes linkage with the growth of rivers.
The platform comprises a river patrol management subsystem and a mobile terminal application APP.
The river patrol management subsystem can check all river patrol work orders in the area through a system comprehensive display menu, wherein the river patrol work orders comprise river patrol events, river patrol duration and river patrol kilometers. And completing the closed-loop management of services such as issuing of a river patrol plan, river patrol work single feedback and the like, and checking river patrol tracks by combining the GPS positioning function of the mobile terminal application APP.
The mobile terminal application APP takes a smart phone or a tablet personal computer as a carrier, and daily river patrol maintenance is carried out on the operation states of the river-entering sewage outlet river patrol and on-site equipment. Related workers can use the mobile terminal application to carry out river patrol operation; the background manager can also assign related workers to the on-site verification problem after receiving the active report. The application supports functions of recording river patrol tracks, reporting events and the like.
Disclosure of Invention
The invention aims to provide a river patrol management platform and an implementation method thereof.
In order to achieve the purpose, the invention adopts the technical scheme that:
the utility model provides a patrol river management platform, includes patrolling river management subsystem and mobile terminal application APP system, its characterized in that:
the river patrol management subsystem comprises the following components:
1) and (4) work order management: the work order management is divided into two submenus, namely an event center and a river patrol center;
2) track management: the river patrol track management function module supports viewing of river patrol personnel information, river patrol starting and stopping time, river patrol track length and track preview;
3) special subject statistics: the method comprises work order statistics and work order overview;
the APP system of the mobile terminal is as follows;
1) river channel archives; the method is used for displaying relevant information of the rivers in the jurisdiction range of the river captain and river managers, and has the main functions of: river channel basic information, river policy, river length information of the river channel under jurisdiction, and a panoramic image engine;
2) managing a river patrol; river patrol work is provided, the track of river patrol personnel can be recorded in real time, river patrol problems can be reported, and river patrol supervision, river patrol recording and river patrol task reminding are specifically included;
3) carrying out statistical analysis; statistics is carried out to patrol the river and the relevant data of item processing, and the main functions comprise: river patrol data, problem data and item processing data;
4) transaction of items; and processing the related items of plan issue of the user, report of the river leader and river supervisor, including backlog and record of river patrol problems of personnel.
5) Filling a sewage discharge port; and filling related data of the sewage draining exit in various forms such as characters, pictures, videos and the like, wherein the related data comprises the name of the sewage draining exit, the discharge condition, the river entering mode, the type of the sewage draining exit, the surrounding environment of the sewage draining exit, suspected sources of sewage, detection data, on-site pictures/videos and the like. The method can be used for screening according to administrative divisions, river channels (drainage basins) and the like, checking the drainage outlets under the selected conditions, and displaying the specific information of the drainage outlets under the conditions in a list form. Meanwhile, a newly-added drain outlet is supported, and defects are checked and leakage is repaired;
6) pushing to be done; when the user is to be dealt with, a red point prompt is given, and the notification information can be directly associated with the problem;
7) a personal hub; the method manages the personal information and the communication tools of the users, and has the main functions of: personal information, what I submitted, check new versions, address book.
The event center counts all events and supports the functions of reporting the events, dispatching the events, auditing the events and positioning the events;
the river patrol center supports making a river patrol plan and checking the river patrol track function;
the work order statistics comprises respectively counting events according to years and months, supports statistics according to types and statistics according to states, and can show the completion rate trend statistics in the period of nearly 12 months; the work order overview supports displaying three types of events such as event completion, event pending, event processing and the like on a map according to month and year.
An implementation method of a river patrol management platform is characterized by comprising the following steps:
1) when a river patrol person carries handheld equipment for installing a river patrol APP to patrol the river, photographing and evidence obtaining are carried out when the water quality of steal and drainage mouths does not meet the requirements;
2) uploading the picture and the event description to a background through the APP, and when receiving the picture and the event description uploaded by the river patrol personnel at the river patrol management platform, informing a local river manager of the event to check and process;
3) after receiving the circulation event, the local river reach checks the site, if the water quality of the drainage port is not satisfactory, the source tracing of the drainage port is carried out, and the source of the sewage is determined;
4) if the pollution is discharged by the enterprise, reporting the problem, commanding the pollution-discharging enterprise to perform rectification within a limited period, rechecking after the rectification is finished, and if the pollution is not discharged by the enterprise, performing other related investigation to determine the pollution source; if the work order is determined to be a non-sewage discharge outlet, the work order is finished in the system.
The river patrol management needs to meet the requirements of issuing, supervising and checking tasks of users from information reporting, and can also meet the requirement that business personnel actively feed information and problems back to the users.
The river patrol personnel can report the problems actively through photos or videos, and the problems are solved by the coordination functional department after the users see the problems.
The river patrol officer can go to project responsibility units or project sites for patrol regularly, report problems found by river patrol and issue a supervision order, and the project responsibility units can carry out rectification and feedback to form a project supervision and management work mechanism of 'patrol reporting-problem supervision-problem rectification-rectification verification'.
The platform provides river channel image viewing, key drain distribution and water quality information, enriches daily management means to the greatest extent, improves comprehensive decision-making capability, promotes the development of river channel protection work, and provides good technical support for user decision-making.
The river patrol management subsystem realizes work order issuing, business personnel data receiving and work order information feedback, and meets the requirements of data warehousing and storage real-time performance.
And the map displays the distribution condition of the work orders and the river patrol track distribution of river patrol personnel in real time.
Compared with the prior art, the beneficial effect of this patent is:
1) the map displays the work order condition in real time, and most of the current river patrol management systems do not realize the work order distribution display on the map.
2) The effectiveness is high, and the effectiveness of the current platform data is not a real-time effect.
3) The accuracy is high, and the data is pushed to the application end after the business logic is directly processed during the inspection of field work, so that the processes of data warehousing, storage and data acquisition are reduced, and the data is more accurate.
4) The timeliness of accident handling, real-time patrol plan pushing, within 1 second of time control and timeliness of work order handling.
5) Economic loss and management cost are reduced, unnecessary loss is avoided due to the fact that work orders are processed very timely, and economic loss and management cost are saved.
6) Expandability, the technology adopted by the system has higher scalability, flexibility and easy maintainability, and specifically comprises: supporting a heterogeneous environment: after the system is developed, the use of a ready-made component of a third party is suggested, and the system does not depend on any specific operating system, middleware and hardware and has portability in a heterogeneous environment;
scalability: in order to eliminate the bottleneck in the system performance, the system should support the deployment of a plurality of server clusters, realize a highly scalable system, and meet the needs of a future service system.
Stable usability: the system must be capable of operating around the clock to meet the needs of business operations, supporting long-term availability.
Strong application development ability: the system should provide a plurality of application development means, and support the development and integration with other applications from the data level, the component level, the application level and other levels.
Drawings
FIG. 1 is a system framework diagram of the present invention.
FIG. 2 is a schematic diagram of the present invention.
Fig. 3 to 9 are exemplary views of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
As shown in fig. 1, a river patrol management platform includes a river patrol management subsystem and a mobile terminal APP system:
the river patrol management subsystem comprises the following components:
1) and (4) work order management: the work order management is divided into two submenus, namely an event center and a river patrol center;
2) track management: the river patrol track management function module supports viewing of river patrol personnel information, river patrol starting and stopping time, river patrol track length and track preview;
3) special subject statistics: the method comprises work order statistics and work order overview;
the APP system of the mobile terminal is as follows;
1) river channel files; the method is used for displaying relevant information of the rivers in the jurisdiction range of the river captain and river managers, and has the main functions of: river channel foundation information, river policy, river length information of the river channel under jurisdiction, and a panoramic image engine;
2) managing the patrol river; river patrol work is provided, the track of river patrol personnel can be recorded in real time, river patrol problems can be reported, and river patrol supervision, river patrol recording and river patrol task reminding are specifically included;
3) carrying out statistical analysis; statistics is carried out to patrol river and matter processing relevant data, and the main functions include: patrol river data, problem data and item processing data;
4) transaction of items; and processing the related items of plan issue of the user, report of the river leader and river supervisor, including backlog and record of river patrol problems of personnel.
5) Filling a sewage discharge outlet; and filling related data of the sewage draining exit in various forms such as characters, pictures, videos and the like, wherein the related data comprises the name of the sewage draining exit, the discharge condition, the river entering mode, the type of the sewage draining exit, the surrounding environment of the sewage draining exit, suspected sources of sewage, detection data, on-site pictures/videos and the like. The method can be used for screening according to administrative divisions, river channels (drainage basins) and the like, checking the drainage outlets under the selected conditions, and displaying the specific information of the drainage outlets under the conditions in a list form. Meanwhile, a newly-added drain outlet is supported, and defects are checked and leakage is repaired;
6) pushing to be handled; when the user is to be dealt with, a red point prompt is given, and the notification information can be directly associated with the problem;
7) a personal hub; the method is used for managing personal information and communication tools of users, and mainly comprises the following functions: personal information, what I submitted, check new versions, address book.
The event center counts all events and supports functions of event reporting, event dispatching, event auditing and event positioning;
the river patrol center supports making a river patrol plan and checking the river patrol track function;
the work order statistics comprises respectively counting events according to the year and the month, supports statistics according to types and statistics according to states, and can show the completion rate trend statistics of the time of nearly 12 months; the work order overview supports displaying three types of events such as event completion, event pending, event processing and the like on a map according to month and year.
The platform fully considers the requirement of the river patrol business, takes the requirement as a guide, realizes sharing by a loose coupling principle, constructs a new business process, flexibly reconstructs and optimizes the business process in an organization, enhances the agility of the business, achieves the aim of integration and development and realizes quick response to the requirement.
Adopt the mixed framework development of BS and M/S, this platform adopts the mixed framework development that BS and M/S combined together, provides WEB end and APP end, and wherein the WEB end is including patrolling and examining plan issue, business data statistical analysis etc. is fit for the managers and manages and data analysis, and the realization of the daily operation and maintenance work' S of APP distolateral rearrangement water pipe network function is located and provides convenient instrument for a ray of staff.
The service-oriented architecture is adopted, in order to improve the use effect of the system, the system construction requires that an application service architecture with advanced industry and stable performance is adopted, a multilayer architecture taking application service as a center is established, and the separation of system data logic, business logic, application logic and presentation logic is realized, so that the system expansibility is ensured, and the reliability and the safety of the system are greatly enhanced.
A service-oriented architecture system is introduced in the system development process, and the service function and the basic support function are encapsulated according to the service, so that a good foundation is laid for function calling, system integration and architecture expansion.
The workflow engine and the system should use the workflow engine technical components to define the elements forming the business so as to describe the processes of generation, development and completion of the business and realize the monitoring of the processes, so that the establishment and modification of the business process are more standard and more convenient. The method can flexibly define and update the flow according to the business requirement, and analyze and evaluate the adjustment of any business flow from the business perspective.
(5) Distributed architecture
The platform is constructed by adopting a distributed architecture, and the distributed architecture comprises, but is not limited to, a Spark distributed computing framework, a distributed cache of a Redis cluster, Hadoop distributed storage, a Nginx load balancing technology, an Hbase distributed column database, a container virtualization technology, an API (application programming interface) technology and the like. By applying the distributed architecture, higher promotion space can be provided after subsequent expansion of the system, and the project investment benefit is improved.
As shown in fig. 2, an implementation method of a cruise management platform includes the following steps:
1) when a river patrol person carries handheld equipment for installing a river patrol APP to patrol the river, photographing and evidence obtaining are carried out when the water quality of steal and drainage mouths does not meet the requirements;
2) uploading the picture and the event description to a background through the APP, and when receiving the picture and the event description uploaded by the river patrol personnel at the river patrol management platform, informing a local river manager of the event to check and process;
3) after receiving the circulation event, the local river reach checks the site, if the water quality of the drainage port is not satisfactory, the source tracing of the drainage port is carried out, and the source of the sewage is determined;
4) if the pollution is discharged by the enterprise, reporting the problem, commanding the pollution-discharging enterprise to perform rectification within a limited period, rechecking after the rectification is finished, and if the pollution is not discharged by the enterprise, performing other related investigation to determine the pollution source; and if the work order is determined to be a non-sewage outlet, ending the work order in the system.
The river patrol management needs to meet the requirements of task issuing, supervision and assessment of users from information reporting, and can also meet the requirement that business personnel actively feed information and problems back to the users.
The river patrol personnel can report the problems actively through photos or videos, and the users coordinate functional departments to solve the problems after seeing the problems.
The river patrol officer can go to project responsibility units or project sites for patrol regularly, report problems found by river patrol and issue a supervision order, and the project responsibility units can carry out rectification and feedback to form a project supervision and management work mechanism of 'patrol reporting-problem supervision-problem rectification-rectification verification'.
The platform provides river channel image viewing, key drain outlet distribution and water quality information, enriches daily management means to the greatest extent, improves comprehensive decision-making capability, promotes development of river channel protection work, and provides good technical support for user decision-making.
The river patrol management subsystem realizes work order issuing, business personnel data receiving and work order information feedback, and meets the requirements of data warehousing and storage real-time performance.
The map displays the distribution condition of the work orders and the river patrol track distribution of river patrol personnel in real time.
As shown in fig. 3, the shanxi province patrols the river management subsystem according to the principle of "unified planning, unified platform, unified access, unified construction and unified maintenance", integrates various existing basic data and monitoring data which can be opened to the public, and centralizes the construction of the informatization management platform by means of technologies such as GIS geographic information, GPS, internet of things, big data, mobile communication network and the like, thereby providing query, report and management of different levels, different latitudes and different carriers for leaders and workers at all levels.
The specific operation flow is as follows:
as shown in fig. 4, the system operator enters the inspection center to make an inspection plan including a plan number, a plan name, a plan type, an inspection period, position information, an inspection object, an inspector, a plan start/stop, a maker, and the like. And clicking to issue the work order after the formulation is finished.
As shown in fig. 5, when the patrol personnel receives the work order at the mobile phone terminal, the detailed information of the work order can be seen to include: the system comprises a work order number, a task name, a patrol type, a patrol period, a task address, a patrol object, a patrol person, a time period, a maker, issuing time and a task type. The polling personnel click and execute the work order according to the work order information:
as shown in fig. 6 and 7, the location of the work order is clicked on the map for routing inspection and reporting, including a reporting location, a reporting title, a reporting content, a picture description, and the like.
As shown in fig. 8 and 9, the system operator receives the work order fed back by the inspection staff at the event center, clicks the event details, and can see the event number, the event name, the event type, the event content, the work order type, the address to which the work order belongs, and the reporting time. And the system operator corrects the qualified list according to the feedback work order. Finally, the closed-loop operation of the whole business process is realized.
Claims (10)
1. The utility model provides a patrol river management platform, includes patrolling river management subsystem and mobile terminal application APP system, its characterized in that:
the river patrol management subsystem comprises the following components:
1) and (4) work order management: the work order management is divided into two submenus, namely an event center and a river patrol center;
2) track management: the river patrol track management function module supports viewing of river patrol personnel information, river patrol starting and stopping time, river patrol track length and track preview;
3) special subject statistics: the method comprises work order statistics and work order overview;
the APP system of the mobile terminal is as follows;
1) river channel files; the method is used for displaying relevant information of rivers in the jurisdiction range of river captain and river managers and mainly comprises the following functions: river channel foundation information, river policy, river length information of the river channel under jurisdiction, and a panoramic image engine;
2) managing the patrol river; river patrol work is provided, the track of river patrol personnel can be recorded in real time, river patrol problems can be reported, and river patrol supervision, river patrol recording and river patrol task reminding are specifically included;
3) carrying out statistical analysis; statistics is carried out to patrol the river and the relevant data of item processing, and the main functions comprise: river patrol data, problem data and item processing data;
4) transaction of items; processing relevant items of plan issue of a user, report of a river leader and river managers, including backlog and record of river patrol problems of personnel;
5) filling a sewage discharge outlet; filling relevant data of the sewage draining exit in various forms such as characters, pictures, videos and the like, wherein the relevant data comprises the name of the sewage draining exit, the discharge condition, the river entering mode, the type of the sewage draining exit, the surrounding environment of the sewage draining exit, suspected sewage sources, detection data and field pictures/videos, screening according to administrative divisions, river channels (drainage basins) and the like, checking the sewage draining exit under a selected condition, and displaying the specific information of the sewage draining exit under the condition in a list form;
meanwhile, a newly-added drain outlet is supported, and defects are checked and leakage is repaired;
6) pushing to be done; when the user is to be dealt with, a red point prompt is given, and the notification information can be directly associated with the problem;
7) a personal hub; the method manages the personal information and the communication tools of the users, and has the main functions of: personal information, what I submit, check new version, address book.
2. A river patrol management platform according to claim 1, wherein the event center is used for counting all events and supporting functions of event reporting, event dispatching, event auditing and event positioning.
3. A patrol management platform according to claim 1, wherein the patrol center supports making a patrol plan and viewing a patrol track function.
4. A river patrol management platform according to claim 1, wherein the work order statistics comprise statistics of events respectively by year and month, support statistics by type and statistics by state, and can show trend statistics of completion rate in a period of approximately 12 months; the work order overview supports displaying of three types of events such as event completion, event pending and event processing on a map according to month and year.
5. An implementation method of a river patrol management platform is characterized by comprising the following steps:
1) when a river patrol person carries handheld equipment for installing a river patrol APP to patrol the river, photographing and evidence obtaining are carried out when the water quality of steal and drainage mouths does not meet the requirements;
2) uploading the picture and the event description to a background through the APP, and informing a local river manager of the event to check and process when the manager receives the picture and the event description uploaded by river patrol personnel on a river patrol management platform;
3) after receiving the circulation event, the local river captain checks the site, if the water quality of the water is not qualified due to drainage, the source tracing of the sewage outlet is carried out, and the source of the sewage is determined;
4) if the pollution is discharged by the enterprise, reporting the problem, commanding the pollution-discharging enterprise to perform rectification within a limited period, rechecking after the rectification is finished, and if the pollution is not discharged by the enterprise, performing other related investigation to determine the pollution source; and if the work order is determined to be a non-sewage outlet, ending the work order in the system.
6. The implementation method of the patrol management platform according to claim 1, wherein the patrol management needs to meet the requirements of task assignment, supervision and assessment of users from information reporting, and can also meet the requirement that business personnel actively feed information and problems back to users.
7. The implementation method of the patrol management platform according to claim 1, wherein the patrol personnel can actively report the problem through photos or videos, and the user can coordinate functional departments to solve the problem after seeing the problem.
8. The implementation method of the patrol management platform according to claim 1, wherein the patrol officer can go to project responsibility units or project sites for patrol regularly, report problems found in the patrol and issue a supervision order, and the project responsibility units can perform rectification and feedback to form a project supervision management work mechanism of patrol report, problem supervision, problem rectification and rectification, and rectification and verification.
9. The implementation method of the patrol management platform according to claim 1, wherein the platform provides river image viewing, key drain distribution and water quality information, and a map shows the distribution status of work orders and the patrol trajectory distribution of patrol personnel in real time, so that daily management means are enriched to the greatest extent, comprehensive decision making capability is improved, the development of river protection work is promoted, and good technical support is provided for user decision making.
10. The implementation method of the patrol river management platform according to claim 1, wherein the patrol river management subsystem is used for issuing work orders, receiving service personnel data and feeding back work order information, and the real-time performance of database entry and storage is met.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116777174A (en) * | 2023-07-05 | 2023-09-19 | 中国环境科学研究院 | River basin supervision method, electronic equipment and storage medium |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN116777174A (en) * | 2023-07-05 | 2023-09-19 | 中国环境科学研究院 | River basin supervision method, electronic equipment and storage medium |
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