CN116703121A - Intelligent management system for river sewage outlet - Google Patents
Intelligent management system for river sewage outlet Download PDFInfo
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- CN116703121A CN116703121A CN202310822341.6A CN202310822341A CN116703121A CN 116703121 A CN116703121 A CN 116703121A CN 202310822341 A CN202310822341 A CN 202310822341A CN 116703121 A CN116703121 A CN 116703121A
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Abstract
The invention discloses an intelligent management system for a river sewage outlet, which relates to the technical field of water quality monitoring and comprises the following components: the information classification inquiry module is used for determining a water quality and water quantity data set according to the sewage outlet data request signal; the information statistics and early warning module is used for: statistically displaying the water quality and water quantity data set in a chart form to obtain a query data table; generating a first warning signal when the water quality and quantity data meet preset water pollution conditions; the information visualization module is used for displaying water quality and water volume data and video data corresponding to the river sewage outlets in real time on a preset map according to the position data of the river sewage outlets; the terminal output module is used for transmitting the corresponding query data table and the first warning signal to the mobile client after receiving the drain outlet data request signal sent by the mobile client. The invention realizes real-time, unified and standardized management of water quality and water quantity data at the river sewage outlet.
Description
Technical Field
The invention relates to the technical field of water quality monitoring, in particular to an intelligent management system for a river sewage outlet.
Background
The water environment refers to the environment of the space where the formation, distribution and transformation of water in the natural world are located, and refers to the space surrounding people and the water body which can directly or indirectly influence the life and development of human beings, and the water environment refers to the totality of various natural factors and related social factors of the normal functions of the water environment. Also referred to are relatively stable environments in which the land-bounded natural waters are located. With the increase of global water resource shortage, water environment and water safety problems have become important problems affecting sustainable development of human society. The sewage outlet into the river and the sea refers to a gate for directly discharging sewage to the environmental water body or through sewage channels such as pipelines, ditches, channels and the like, and is an important node for protecting the ecological environment of the river basin and the sea area. Therefore, it is necessary to conduct the investigation and repair work of the river sewage outlet and conduct intelligent management.
At present, water pollution events still exist, and the water pollution problem needs to be solved. In the prior art, the monitoring and early warning management of the water quality and the water quantity of the water environment in the aspect of current water environment management mainly depends on the data of automatic on-line monitoring equipment, but most systems do not have the functions of data analysis, early warning and tracing, and enterprises and pollution sources on the upstream of a discharge port and a section cannot be supervised, so that the upstream pollution sources cannot be effectively supervised and remediated in time when the water quality exceeds the standard. In addition, the current system management platform mainly monitors water quality, and monitors less flow data of the drainage port and the section, so that deviation can be generated on the upstream responsibility main body in the tracing process, and effective support can not be provided for regional water environment remediation and management work.
Disclosure of Invention
The invention aims to provide an intelligent management system for a river sewage outlet, which is used for carrying out real-time, unified and standardized management on water quality and water quality data at the river sewage outlet so as to realize automatic monitoring on the water quality and water quantity of the river sewage outlet.
In order to achieve the above object, the present invention provides the following solutions:
an intelligent management system for a river sewage outlet, comprising:
the data receiving and storing module is used for receiving and storing the drain outlet data request signal, the position data of each river inlet drain outlet, and the water quality and water quantity data and video data collected from each river inlet drain outlet;
the information classification inquiry module is connected with the data receiving and storing module and is used for determining a water quality and water quantity data set according to the drain outlet data request signal; the drain data request signal comprises a drain position to be queried and a time range to be queried; the water quality and water quantity data set comprises water quality and water quantity data of a river sewage inlet determined according to the position of the sewage outlet to be queried in the time range to be queried;
the information statistics and early warning module is connected with the information classification inquiry module and is used for:
the water quality and water quantity data set is statistically displayed in a chart form to obtain a query data table;
for any water quality and water quantity data in the water quality and water quantity data set, generating a first warning signal when the water quality and water quantity data meets a preset water pollution condition;
the information visualization module is connected with the data receiving and storing module and is used for displaying water quality and water volume data and video data corresponding to each river sewage inlet on a preset map in real time according to the position data of each river sewage inlet;
the terminal output module is respectively connected with the information statistics and early warning module and the mobile client and is used for transmitting the corresponding query data table and the first warning signal to the mobile client after receiving the drain outlet data request signal sent by the mobile client.
Optionally, the information visualization module specifically includes:
the map embedding sub-module is used for importing an electronic map or a satellite map of the river drain area;
the triggering sub-module is used for determining to mark the river sewage inlet according to the clicking operation when the electronic map of the river sewage inlet area or the satellite map receives the clicking operation; the marked river entering drain outlet is any one of a plurality of river entering drain outlets;
and the visualization sub-module is connected with the data receiving and storing module and is used for displaying the water quality and water volume data and video data corresponding to the marked river sewage outlet on the river sewage outlet area electronic map or the satellite map.
Optionally, the system further comprises:
the navigation module is respectively connected with the information visualization module and the data receiving and storing module and is used for collecting the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal, and then determining a driving route according to the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal.
Optionally, the position data of the river sewage outlet comprise a drainage type, a drainage name, a drainage water body type, a street name of the county where the river sewage outlet is located and a preset drainage number;
the water quality and quantity data collected at the river sewage outlet comprise the pH value, the temperature value, the conductivity, the turbidity value, the dissolved oxygen value, the permanganate index value, the ammonia nitrogen concentration value, the total phosphorus concentration value, the heavy metal concentration value and the flow of the water body at the river sewage outlet.
Optionally, the system further comprises:
the face recognition module is connected with the data receiving and storing module and is used for:
carrying out face recognition processing on video data collected from each river sewage outlet so as to obtain a face recognition result;
and when the face exists in the face recognition result and is inconsistent with the preset face, generating a second warning signal.
Optionally, the system further comprises an editing module; the editing module is connected with the data receiving and storing module and is used for supplementing or deleting the position data of each river sewage inlet and outlet.
Optionally, the system further comprises:
the platform user management module is used for setting different access rights for the editing module and/or the information classification inquiry module aiming at different user groups;
and the remote control module is used for remotely starting the water quality and water quantity data acquisition equipment when the water quality and water quantity data acquisition equipment fails.
Optionally, the drain data request signal is obtained by scanning a preset two-dimensional code for the mobile client; the preset two-dimensional code is associated with position data of any river sewage outlet.
According to the specific embodiment provided by the invention, the invention discloses the following technical effects:
the invention discloses an intelligent management system for a river sewage outlet, which combines a powerful graphic display function of a map and provides a clear and simple visual approach for information display and management of the sewage outlet; through statistical chart analysis of the platform, the method helps related personnel to quickly know the exceeding condition and exceeding trend prejudgement of the sewage outlet water quality in a cross-space zero time difference mode, and the data statistical analysis can improve the working efficiency of the related personnel; and the information statistics and early warning module generates a first warning signal when the water quality and quantity data meet the preset water pollution condition so as to remind relevant staff to timely treat the water body at the river sewage outlet. After receiving the drain outlet data request signal sent by the mobile client, the terminal output module transmits the corresponding query data table and the first warning signal to the mobile client, so that relevant staff can know the water condition at the drain outlet of the river more conveniently. In conclusion, the invention realizes real-time, unified and standardized management of water quality and water quantity data at the river sewage outlet through the data receiving and storing module, the information classifying and inquiring module, the information statistics and early warning module, the information visualization module and the terminal output module, can grasp the quantity, distribution, sewage discharging condition and management condition of the sewage outlet in time, and provides management support for preventing and controlling water pollution and improving water environment quality.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions of the prior art, the drawings that are needed in the embodiments will be briefly described below, it being obvious that the drawings in the following description are only some embodiments of the present invention, and that other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic diagram of the intelligent management system for the river sewage outlet;
FIG. 2 is a schematic structural diagram of an example of the intelligent management system for a river sewage outlet of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention provides an intelligent management system for a river sewage outlet, which realizes unified and standardized management of real-time information of the river sewage outlet, automatic monitoring of water quality and water quantity of the river sewage outlet, and pollution tracing and dynamic management.
In order that the above-recited objects, features and advantages of the present invention will become more readily apparent, a more particular description of the invention will be rendered by reference to the appended drawings and appended detailed description.
As shown in fig. 1 and 2, the present invention provides an intelligent management system for a river sewage outlet, comprising:
the data receiving and storing module 100 is used for receiving and storing the drain data request signal, the position data of each river-entering drain, and the water quality and water quantity data and video data collected from each river-entering drain.
Specifically, the statistical position data of each river sewage inlet is led into the system, and simultaneously, the water quality and water quantity data measured by the water quality monitoring and early warning station and the video information of the river sewage inlet are remotely transmitted into the system in real time, so that the display of the position of the water outlet and the real-time monitoring data on a visual interface can be realized by combining with the information visual module.
Further, the position data of the river sewage outlet comprise the drainage type, the drainage name, the drainage water body type, the affiliated area, the longitude and latitude, the drainage shape and size, the left and right bank and near and far view photos, the street name of the county and the town where the river is located and the preset drainage number.
The water quality and quantity data collected at the river sewage outlet comprise the pH value, the temperature value, the conductivity, the turbidity value, the dissolved oxygen value, the permanganate index value, the ammonia nitrogen concentration value, the total phosphorus concentration value, the concentration value and the flow of heavy metals (such as chromium, nickel and the like) of the water body at the river sewage outlet.
Video data and water quality and quantity data collected at the river sewage outlet realize real-time monitoring on the conditions of the water outlet and the automatic monitoring station, so that the water outlet information can be conveniently checked, and the safety of the automatic monitoring station is ensured.
The information classification inquiry module 200 is connected with the data receiving and storing module 100 and is used for determining a water quality and water quantity data set according to the drain outlet data request signal; the drain data request signal comprises a drain position to be queried and a time range to be queried; the water quality and water quantity data set comprises water quality and water quantity data of the river sewage outlet determined according to the position of the sewage outlet to be queried within the time range to be queried.
The information classification inquiry module can screen and inquire the detailed information of the needed river-entering sewage outlet according to the type of the river-entering sewage outlet, the street of the village and the town, the name of the discharged water body and the like, and can also inquire the information of the river-entering sewage outlet by directly inputting the name or ID of the river-entering sewage outlet. For example, the needed river inlet and drain outlet information can be screened and inquired according to the type of the outlet, the names of the village and town streets, the water inlet and the like.
The information statistics and early warning module 300 is connected with the information classification inquiry module 200, and is used for: 1) The water quality and water quantity data set is statistically displayed in a chart form to obtain a query data table; 2) And generating a first warning signal when the water quality and water quantity data meet a preset water pollution condition aiming at any water quality and water quantity data in the water quality and water quantity data set.
Specifically, the information statistics and early warning module performs statistics and analysis on river sewage outlet data in time dimension and space dimension, and performs statistics according to the water discharged by the drainage outlet and the villages and towns where the drainage outlet is positioned, and indirectly represents the spatial distribution condition of the drainage outlet through a chart; according to the water quality and water quantity data of the sewage outlet, an analysis chart taking time as an abscissa and taking the water quality index concentration (super-index value and standard value) and water quantity as an ordinate is automatically generated, and a time-PH value chart, a time-temperature chart, a time-conductivity chart, a time-turbidity chart, a time-dissolved oxygen concentration chart, a time-potassium permanganate index chart and the like aiming at a certain water inlet and outlet can be obtained, so that the quick understanding of conditions of management staff at all levels is assisted, and work deployment and decision are carried out.
In the information statistics and early warning module 300, the preset water pollution conditions are generally preset numerical early warning limits of pH value, temperature value, conductivity, turbidity value, dissolved oxygen value and the like; when the monitored corresponding data exceeds the standard value of the water quality index parameter exceeding the quality standard of the surface water environment, an early warning message is sent to a manager, wherein the early warning message comprises information such as exceeding standard data, the position of a river sewage outlet and the like, and a user can know the water outlet condition at the first time.
And the information visualization module 400 is connected with the data receiving and storing module and is used for displaying water quality and water volume data and video data corresponding to each river sewage inlet on a preset map in real time according to the position data of each river sewage inlet. And displaying water quality and quantity data and video monitoring in a system platform, realizing real-time presentation of the water quality and quantity of the discharged water and the surrounding environment, and supervising and early-warning zero time difference.
Specifically, the information visualization module 400 includes:
the map embedding submodule 4001 is used for importing an electronic map or a satellite map of a river drain area.
The triggering submodule 4002 is used for determining to mark the river sewage inlet according to the clicking operation when the electronic map of the river sewage inlet area or the satellite map receives the clicking operation; the marked river entering drain outlet is any one of a plurality of river entering drain outlets. Namely, the user clicks the icon and can enter the data list and history data query interface of the selected river sewage inlet, and edit and view the basic information of the river sewage inlet.
And the visualization submodule 4003 is connected with the data receiving and storing module and is used for displaying the water quality and water volume data and video data corresponding to the marked river sewage outlet on the electronic map or the satellite map of the river sewage outlet area.
The collected position information of the drainage port and the section is imported into the system through the map embedding sub-module and the visualization sub-module, the real-time monitored data is synchronously uploaded to the system, the positioning of the drainage port and the section on the map and the real-time display of the monitored data can be realized, the record is carried out on the drainage port and the section to be examined, the association of the positions of the drainage port and the section with the map is realized, and the real-time data is displayed and recorded. The map is combined with a powerful graphic display function, so that the positions of the river sewage inlet and the section can be intuitively and clearly displayed, and a clear and simple visual approach is provided for information display and management of the sewage outlet.
The terminal output module 500 is respectively connected with the information statistics and early warning module and the mobile client 600, and is configured to, after receiving the drain data request signal sent by the mobile client 600, send a corresponding query data table and a first warning signal to the mobile client 600.
Specifically, the drain data request signal is obtained by scanning a preset two-dimensional code for the mobile client; the preset two-dimensional code is associated with position data of any river sewage outlet.
The APP can be downloaded in the mobile client, so that information in the intelligent management system of the river sewage outlet can be synchronously inquired, and the intelligent management system is more convenient and faster; the two-dimensional code arranged on the discharge sign board can be used for public to review the discharge information, so that the information can be recorded, uploaded and reviewed and the public can supervise.
Preferably, the system further comprises:
the navigation module is respectively connected with the information visualization module and the data receiving and storing module and is used for collecting the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal, and then determining a driving route according to the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal.
The navigation module and the information visualization module can be combined with the navigation function of the map, so that a navigation route of the accurate position of the river sewage outlet can be provided.
The face recognition module is connected with the data receiving and storing module and is used for: 1) Carrying out face recognition processing on video data collected from each river sewage outlet so as to obtain a face recognition result; 2) And when the face exists in the face recognition result and is inconsistent with the preset face, generating a second warning signal.
And the editing module is connected with the data receiving and storing module and is used for supplementing or deleting the position data of each river sewage outlet so as to realize the maintenance and management of the data. Specifically, the editing module can be used for modifying the error data caused by the network problem, supplementing the newly added and modified drainage data in the investigation process, and realizing the dynamic update of the visual interface of the regional river inlet drainage information, for example: and adding newly added port or modified port information or modifying error information caused by network transmission problems, and updating modified/supplemented content to the system after checking so as to ensure dynamic updating of system data.
And the platform user management module is used for setting different access rights for the editing module and/or the information classification inquiry module for different user groups. The platform user management module can also set inquiry and modification rights for water quality and water quantity data aiming at different user groups so as to achieve the aim of effective management.
Specifically, by setting the hierarchical account, corresponding inquiry and management authorities are set for different user groups so as to effectively manage each user group. Such as: and setting a total account number and a branch account number, and managing the use rights of other branch account numbers by the total account number. The departments can log in the platform at any time by using the distributed account passwords to check and update the river inlet sewage outlet information. The general account number has all the rights of the platform, and the sub account number has all the information viewing rights and part of the modification rights in the region under the control, so that the modified content can be formally brought into the platform after being checked by the general account number without errors.
The platform user management module is provided with a data validity auditing mechanism: by combining the information such as the parameter information, the data identification, the operation maintenance record and the like of the micro station, the abnormal data can be focused from mass monitoring data. Specifically, when the monitored data value is larger than the limit value of the water quality index in the surface water environment quality standard, judging that the water quality exceeds the standard; and when the monitoring data in 3 or more time periods are unchanged or are in data missing, the data are abnormally large (the monitoring data exceeds the standard limit value by several times), the data are zero or even negative, judging that the instrument is in fault or insufficient in water production.
The platform user management module is also used for daily management task creation, execution and examination. Specifically, related work responsible persons of each department create data query tasks in own management authorities according to work demands, send the data query tasks to corresponding executives, and track task execution conditions and work results; and the corresponding executor feeds back the working result to the upper responsible person in time after executing the task, and the upper responsible person confirms the execution result and whether the task is continuously executed or not, so that a closed-loop management mode between the responsible person and the executor is formed.
Through the closed-loop management mode of task creation, execution and examination in the platform user management module, interactive cooperation, uploading and issuing of each department, their own job and tracking implementation are realized, and the management and working efficiency of each department is improved.
And the remote control module is used for remotely starting the water quality and water quantity data acquisition equipment to measure water quality and water quantity indexes when the water quality and water quantity data acquisition equipment fails or is subjected to spot check, and transmitting the data measured on site back to the system platform in real time to realize remote control.
In summary, the invention mainly comprises an information visualization module, an information classification inquiry module, an information statistics and early warning module, a data receiving and storing module, a platform user management module, a mobile terminal APP and a public-facing two-dimensional code of the discharge sign board. The intelligent water environment management system can provide timely data support for water environment management, improves the intelligent water environment management capability of the area, further enhances the water environment risk prevention and monitoring capability, and improves the water environment management level.
In the present specification, each embodiment is described in a progressive manner, and each embodiment is mainly described in a different point from other embodiments, and identical and similar parts between the embodiments are all enough to refer to each other. For the system disclosed in the embodiment, since it corresponds to the method disclosed in the embodiment, the description is relatively simple, and the relevant points refer to the description of the method section.
The principles and embodiments of the present invention have been described herein with reference to specific examples, the description of which is intended only to assist in understanding the methods of the present invention and the core ideas thereof; also, it is within the scope of the present invention to be modified by those of ordinary skill in the art in light of the present teachings. In view of the foregoing, this description should not be construed as limiting the invention.
Claims (8)
1. An intelligent management system for a river sewage outlet, which is characterized by comprising:
the data receiving and storing module is used for receiving and storing the drain outlet data request signal, the position data of each river inlet drain outlet, and the water quality and water quantity data and video data collected from each river inlet drain outlet;
the information classification inquiry module is connected with the data receiving and storing module and is used for determining a water quality and water quantity data set according to the drain outlet data request signal; the drain data request signal comprises a drain position to be queried and a time range to be queried; the water quality and water quantity data set comprises water quality and water quantity data of a river sewage inlet determined according to the position of the sewage outlet to be queried in the time range to be queried;
the information statistics and early warning module is connected with the information classification inquiry module and is used for:
the water quality and water quantity data set is statistically displayed in a chart form to obtain a query data table;
for any water quality and water quantity data in the water quality and water quantity data set, generating a first warning signal when the water quality and water quantity data meets a preset water pollution condition;
the information visualization module is connected with the data receiving and storing module and is used for displaying water quality and water volume data and video data corresponding to each river sewage inlet on a preset map in real time according to the position data of each river sewage inlet;
the terminal output module is respectively connected with the information statistics and early warning module and the mobile client and is used for transmitting the corresponding query data table and the first warning signal to the mobile client after receiving the drain outlet data request signal sent by the mobile client.
2. The intelligent management system of a river sewage outlet according to claim 1, wherein the information visualization module specifically comprises:
the map embedding sub-module is used for importing an electronic map or a satellite map of the river drain area;
the triggering sub-module is used for determining to mark the river sewage inlet according to the clicking operation when the electronic map of the river sewage inlet area or the satellite map receives the clicking operation; the marked river entering drain outlet is any one of a plurality of river entering drain outlets;
and the visualization sub-module is connected with the data receiving and storing module and is used for displaying the water quality and water volume data and video data corresponding to the marked river sewage outlet on the river sewage outlet area electronic map or the satellite map.
3. The intelligent management system for a river sewage outlet according to claim 2, wherein the system further comprises:
the navigation module is respectively connected with the information visualization module and the data receiving and storing module and is used for collecting the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal, and then determining a driving route according to the position data of the marked river-entering drain outlet and the position data sent by the drain outlet data request signal.
4. The intelligent management system of a river sewage outlet according to claim 1, wherein the position data of the river sewage outlet comprises a drainage type of the river sewage outlet, a drainage name, a drainage water body type, a street name of a county and a preset drainage number;
the water quality and quantity data collected at the river sewage outlet comprise the pH value, the temperature value, the conductivity, the turbidity value, the dissolved oxygen value, the permanganate index value, the ammonia nitrogen concentration value, the total phosphorus concentration value, the heavy metal concentration value and the flow of the water body at the river sewage outlet.
5. The intelligent management system for a river sewage outlet according to claim 1, wherein the system further comprises:
the face recognition module is connected with the data receiving and storing module and is used for:
carrying out face recognition processing on video data collected from each river sewage outlet so as to obtain a face recognition result;
and when the face exists in the face recognition result and is inconsistent with the preset face, generating a second warning signal.
6. The intelligent management system of a river sewage outlet according to claim 1, wherein the system further comprises an editing module; the editing module is connected with the data receiving and storing module and is used for supplementing or deleting the position data of each river sewage inlet and outlet.
7. The intelligent management system for a river sewage outlet of claim 6, further comprising:
the platform user management module is used for setting different access rights for the editing module and/or the information classification inquiry module aiming at different user groups;
and the remote control module is used for remotely starting the water quality and water quantity data acquisition equipment when the water quality and water quantity data acquisition equipment fails.
8. The intelligent management system for a river sewage outlet according to claim 1, wherein the sewage outlet data request signal is obtained by scanning a preset two-dimensional code for the mobile client; the preset two-dimensional code is associated with position data of any river sewage outlet.
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