CN109857046A - A kind of the Intellectualized monitoring management system and method for river water contamination monitoring and warning - Google Patents
A kind of the Intellectualized monitoring management system and method for river water contamination monitoring and warning Download PDFInfo
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- CN109857046A CN109857046A CN201910080453.2A CN201910080453A CN109857046A CN 109857046 A CN109857046 A CN 109857046A CN 201910080453 A CN201910080453 A CN 201910080453A CN 109857046 A CN109857046 A CN 109857046A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
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- Y02A20/20—Controlling water pollution; Waste water treatment
Abstract
The invention discloses a kind of Intellectualized monitoring management system of river water contamination monitoring and warning and methods, it is related to monitoring technical field, solve the problems, such as that existing river monitoring labor intensive is more, monitoring cycle is longer, Discussion On Measures of Rivers Pollution Treatment efficiency is lower, its key points of the technical solution are that: including network communication module, watermark protocol monitoring modular, water quality monitoring module, lock pump monitoring module, video surveillance module, monitoring center, river management module and user terminal；Network communication module includes GPRS network and fiber optic network；Watermark protocol monitoring modular includes watermark protocol monitoring device and watermark protocol monitoring center station；Water quality monitoring module includes water quality monitoring station and first server；Lock pumps monitoring module, river management module and user terminal and communicates to connect with monitoring center；Video surveillance module includes video capture device and second server, has real-time monitoring river water contamination situation, improves the effect of river water contamination treating efficiency.
Description
Technical field
The present invention relates to monitoring technical fields, more specifically, it relates to a kind of intelligence of river water contamination monitoring and warning
Change monitoring management system and method.
Background technique
River water contamination refers to that untreated industrial wastewater, sanitary sewage, agricultural drain and other harmful substances are direct
Or enter river indirectly, and more than the self-purification capacity in river, the phenomenon that causing water quality deterioration and biocoene to change.The dilution in river
Self-purification capacity is strong, is conducive to pollutant diffusion, degradation, but since many big industrial areas and city are built upon riverfront in the world at present
Area, a large amount of waste discharges enter river, cause most of rivers by different degrees of pollution.
The monitoring of existing river water contamination, water quality is monitored and governance process in be to be carried out by manual type
, staff need to be monitored water body to collection in worksite, then carry out data analysis to monitored water body by field instrumentation, if hair
When needing to administer after existing water quality is not up to standard, then the control centre of live feedback information to corresponding lock pumping plant, control centre receive
The personnel that uniformly arrange work after feedback information shut off processing or to launch biological bacteria contaminated to administer to corresponding contaminated areas
Waters.
The monitoring of existing river water contamination, during the river wider to distribution is monitored, need to expend compared with
More manpower, monitoring cycle are long, management control is difficult and lower for the treatment effeciency of suddenly accident.Therefore,
The Intellectualized monitoring management system and method for how designing a kind of river water contamination monitoring and warning be at present we there is an urgent need to solve
Certainly the problem of.
Summary of the invention
The object of the present invention is to provide a kind of Intellectualized monitoring management systems of river water contamination monitoring and warning, have real-time
River water contamination situation is monitored, the effect of the treatment effeciency of river water contamination treating is improved.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of river water contamination monitoring is pre-
Alert Intellectualized monitoring management system, including the pump monitoring of network communication module, watermark protocol monitoring modular, water quality monitoring module, lock
Module, video surveillance module, monitoring center, river management module and user terminal；
The network communication module includes GPRS network and fiber optic network；
The watermark protocol monitoring modular includes watermark protocol monitoring device and watermark protocol monitoring center station；The watermark protocol monitoring
Equipment carries out Hydrological Data Acquisition to river level, flow and rainfall, and hydrographic data is sent to watermark protocol monitoring center station；
The watermark protocol monitoring center station stores and processs hydrographic data, and hydrographic data is sent to prison by GPRS network
Control center；
The water quality monitoring module includes water quality monitoring station and first server；The water quality monitoring station is to river confluence
Domain and river import source region and carry out water quality data acquisition, and water quality data is sent to first server；The first service
Device stores and processs water quality data, and water quality data is sent to monitoring center by GPRS network；
The lock pump monitoring module includes culverts and water gates control unit, water drainage pump control unit, storage pond control unit and sewage
Pumping plant control unit, culverts and water gates control unit, water drainage pump control unit, storage pond control unit and sewage pumping station control unit are logical
It crosses fiber optic network and monitoring center communicates to connect；
The video surveillance module includes video capture device and second server；The video capture device hands over river
Converge that region, river import source region, culverts and water gates, drainage pumping stations, storage pond and sewage pumping station carry out video data acquiring, and by video
Data transmission is to second server；The second server stores and processs video data, and will by fiber optic network
Video data is sent to monitoring center；
The monitoring center, it is real-time for being carried out to hydrographic data, water quality data, video data and each lock pump work data
Monitoring, and the operating status of each lock pump is scheduled, and river water contamination treating decision is sent to river management module；
The river management module for receive after river water contamination treating decision to corresponding river water contamination region into
Row is administered；
The user terminal is communicated to connect with monitoring center, for obtain the hydrographic data of monitoring center, water quality data,
Video data, each lock pump work data and river water contamination treating decision.
By using above-mentioned technical proposal, convenient for reducing river water contamination treating to river water contamination situation real-time monitoring
Human cost and process cycle, improve the treatment effeciency of river water contamination treating.
The present invention is further arranged to: the watermark protocol monitoring device includes water-level gauge, flowmeter and rainfall gauge.
By using above-mentioned technical proposal, carried out convenient for the hydrographic data respectively to river level, flow and rainfall real-time
Monitoring, reduces the input cost of personal monitoring.
The present invention is further arranged to: the water quality monitoring station includes that conventional Water Automatic Monitoring System and miniature water quality are automatic
Monitoring station；The routine Water Automatic Monitoring System is used to acquire the water quality data of the city Kong He, river province control section；The Miniature water
Matter automatic monitor station is used to acquire the water quality data of the hydraulic structures such as other river cross-sections, storage pond and blowdown pumping plant, culverts and water gates.
By using above-mentioned technical proposal, using conventional Water Automatic Monitoring System and miniature Water Automatic Monitoring System, to river
It flows intersectional region and river imports the water quality data progress comprehensive monitoring of source region, convenient for quickly positioning river water contamination region
And pollution entering the water region, further improve the treatment effeciency of river water contamination treating.
The present invention is further arranged to: the network communication module further includes the first interchanger, gigabit vpn routers and more
A second switch, lock pumping plant are arranged in a one-to-one correspondence with second switch；View in the second switch and corresponding lock pumping plant
Frequency acquisition equipment, culverts and water gates control unit, water drainage pump control unit, storage pond control unit and sewage pumping station control unit pass through
Fiber optic network communication connection；The second switch is connect with gigabit vpn routers by encryption communication protocol network, gigabit
It is communicated to connect by fiber optic network between vpn routers and the first interchanger and between the first interchanger and monitoring center.
By using above-mentioned technical proposal, using the first interchanger, gigabit vpn routers and second switch, convenient for mentioning
The transmission efficiency of data produced by during high river water contamination monitoring.
The present invention is further arranged to: the video capture device includes starlight grade high definition ball machine and the camera shooting of infrared hemisphere
Machine.
By using above-mentioned technical proposal, convenient for carrying out picket surveillance and management to video collection area.
The present invention is further arranged to: the monitoring center also communication link is connected to BIM system, BIM system be stored with river,
Water conservancy project structure, building and monitoring device BIM model information.
By using above-mentioned technical proposal, using BIM system, control tune is carried out to river water contamination region in monitoring center
When spending, monitoring center obtains the BIM model information in corresponding river water contamination region in BIM system, so that river water contamination treating
It is easy to operate.
It is a further object of the present invention to provide a kind of Intellectualized monitoring management methods of river water contamination monitoring and warning, have
Real-time monitoring river water contamination situation, improves the effect of the treatment effeciency of river water contamination treating.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of river water contamination monitoring is pre-
Alert Intellectualized monitoring management method, comprising the following steps:
S1: Hydrological Data Acquisition is carried out to river level, flow and rainfall by watermark protocol monitoring device, and by hydrology number
It stands according to watermark protocol monitoring center is sent to；Then hydrographic data is stored and processed by watermark protocol monitoring center station, and
Hydrographic data is sent to monitoring center by GPRS network；
S2: importing source region to river intersectional region and river by the water quality monitoring station and carry out water quality data acquisition,
And water quality data is sent to first server；Then water quality data is stored and processed by first server, and led to
It crosses GPRS network and water quality data is sent to monitoring center；
S3: acquiring the operational data of each lock pumping plant in real time, and operational data is sent to prison by fiber optic network
Control center；
S4: source region, culverts and water gates, drainage pumping stations, tune are imported to river intersectional region, river by the video capture device
Reservoir and sewage pumping station carry out video data acquiring, and video data is sent to second server；Pass through the second service
Device stores and processs video data, and video data is sent to monitoring center by fiber optic network；
S5: hydrographic data, water quality data, video data and each lock pump work data are monitored in real time, and to each lock
The operating status of pump is scheduled, and river water contamination treating decision is sent to river management module；
S6: corresponding river water contamination region is administered after receiving river water contamination treating decision；
S7: hydrographic data, water quality data, video data, each lock pump work data and the river water for obtaining monitoring center are dirty
Contaminate treatment decision-making.
By using above-mentioned technical proposal, convenient for reducing river water contamination treating to river water contamination situation real-time monitoring
Human cost and process cycle, improve the treatment effeciency of river water contamination treating.
In conclusion the invention has the following advantages: reducing river convenient for river water contamination situation real-time monitoring
The human cost and process cycle of water pollution control, improve the treatment effeciency of river water contamination treating；Utilize the first interchanger, thousand
Million vpn routers and second switch, convenient for improving the transmission efficiency of data produced by river water contamination monitoring in the process；It utilizes
BIM system, when monitoring center carries out control scheduling to river water contamination region, monitoring center obtains corresponding river in BIM system
The BIM model information of flowing water Polluted area, so that river water contamination treating is easy to operate.
Detailed description of the invention
Fig. 1 is the architecture diagram in the embodiment of the present invention；
Fig. 2 is that lock pump monitoring module and video surveillance module and the connection structure of monitoring center are illustrated in the embodiment of the present invention
Figure.
In figure: 1, monitoring center；2, network communication module；21, GPRS network；22, fiber optic network；23, the first interchanger；
24, gigabit vpn routers；25, second switch；3, watermark protocol monitoring modular；31, watermark protocol monitoring center stands；32, water level
Meter；33, flowmeter；34, rainfall gauge；4, water quality monitoring module；41, first server；42, conventional Water Automatic Monitoring System；43,
Miniature Water Automatic Monitoring System；5, lock pumps monitoring module；51, culverts and water gates control unit；52, water drainage pump control unit；53, storage pond
Control unit；54, sewage pumping station control unit；6, video surveillance module；61, second server；62, starlight grade high definition ball machine；
63, infrared hemispherical camera；7, river management module；8, user terminal.
Specific embodiment
Below in conjunction with attached drawing 1-2, invention is further described in detail.
Embodiment 1: a kind of Intellectualized monitoring management system of river water contamination monitoring and warning, as shown in Figure 1, including network
Communication module 2, watermark protocol monitoring modular 3, water quality monitoring module 4, lock pump monitoring module 5, video surveillance module 6, monitoring center
1, river management module 7 and user terminal 8.
Network communication module 2 includes GPRS network 21 and fiber optic network 22.Watermark protocol monitoring modular 3 is monitored including watermark protocol
Equipment and watermark protocol monitoring center station 31.Watermark protocol monitoring modular 3 includes that watermark protocol monitoring device and watermark protocol monitoring center stand
31.31 communication connection of watermark protocol monitoring device and watermark protocol monitoring center station.Watermark protocol monitoring center station 31 passes through GPRS network
21 connect with monitoring center 1.Watermark protocol monitoring device carries out Hydrological Data Acquisition to river level, flow and rainfall, and by water
Literary data transmission to watermark protocol monitoring center station 31.The watermark protocol monitoring center 31 pairs of hydrographic datas in station store and process, and
Hydrographic data is sent to monitoring center 1 by GPRS network 21.
Water quality monitoring module 4 includes water quality monitoring station and first server 41.Water quality monitoring station and first server 41 are logical
Letter connection.First server 41 is connect by GPRS network 21 with monitoring center 1.Water quality monitoring station is to river intersectional region and river
Stream imports source region and carries out water quality data acquisition, and water quality data is sent to first server 41.First server 41 is to water
Water quality data is sent to monitoring center 1 by GPRS network 21 according to being stored and processed by prime number, the water in the present embodiment
Prime number is according to including but not limited to COD COD, biochemical oxygen demand (BOD) BOD, ammonia nitrogen NH3-N, total phosphorus TP, total nitrogen TN.
It includes culverts and water gates control unit 51, water drainage pump control unit 52, storage pond control unit 53 and dirt that lock, which pumps monitoring module 5,
Pump works control unit 54, culverts and water gates control unit 51, water drainage pump control unit 52, storage pond control unit 53 and sewage pumping station control
Unit 54 processed is communicated to connect by fiber optic network 22 and monitoring center 1.
Video surveillance module 6 includes video capture device and second server 61.Video capture device and second server
61 communication connections.Second server 61 is connect by fiber optic network 22 with monitoring center 1.Video capture device is to river confluence
Domain, river import source region, culverts and water gates, drainage pumping stations, storage pond and sewage pumping station carry out video data acquiring, and by video data
It is sent to second server 61.Second server 61 stores and processs video data, and will be regarded by fiber optic network 22
Frequency evidence is sent to monitoring center 1.
Monitoring center 1 monitors hydrographic data, water quality data, video data and each lock pump work data in real time, and
The operating status of each lock pump is scheduled, and river water contamination treating decision is sent to river management module 7, convenient for pair
River water contamination situation real-time monitoring reduces the human cost and process cycle of river water contamination treating, improves river water contamination
The treatment effeciency of improvement.
River management module 7 controls corresponding river water contamination region after receiving river water contamination treating decision
Reason.
User terminal 8 and monitoring center 1 communicate to connect.User obtains the hydrology number of monitoring center 1 by user terminal 8
According to, water quality data, video data, each lock pump work data and river water contamination treating decision.User terminal 8 includes but is not limited to
Web portal, mobile APP, wechat public platform, public display screen and host computer.User terminal 8 uses web portal, wechat public platform
When with public display screen, hydrographic data, water quality data, video data, each lock in river water contamination monitoring process can be shown
Pump work data and river water contamination treating decision, convenient for improving the environmental protection consciousness of the masses.User terminal 8 is using movement
When APP, the quality of water environment of river region is obtained convenient for user.It can be river water contamination when user terminal 8 is using host computer
Treatment decision-making provides real time data.
As shown in Figure 1, watermark protocol monitoring device includes water-level gauge 32, flowmeter 33 and rainfall gauge 34, in the present embodiment,
The installation number of water-level gauge 32 is greater than the installation number of flowmeter 33, and the installation number of flowmeter 33 is greater than the installation of rainfall gauge 34
Quantity carries out real-time monitoring convenient for hydrographic data to river level, flow and rainfall respectively, reduce the investment of personal monitoring at
This.
As shown in Figure 1, water quality monitoring station includes conventional Water Automatic Monitoring System 42 and miniature Water Automatic Monitoring System 43.Often
Rule Water Automatic Monitoring System 42 is used to acquire the water quality data of the city Kong He, river province control section.Miniature Water Automatic Monitoring System 43 is used
In the water quality data for acquiring the hydraulic structures such as other river cross-sections, storage pond and blowdown pumping plant, culverts and water gates.Certainly using conventional water quality
Dynamic monitoring station 42 and miniature Water Automatic Monitoring System 43, to river intersectional region and river import the water quality data of source region into
Row comprehensive monitoring further improves river water contamination convenient for quickly positioning river water contamination region and pollution entering the water region
The treatment effeciency of improvement.
As shown in Figures 1 and 2, network communication module 2 further includes the first interchanger 23, gigabit vpn routers 24 and multiple
Second switch 25, lock pumping plant are arranged in a one-to-one correspondence with second switch 25.View in second switch 25 and corresponding lock pumping plant
Frequency acquisition equipment, culverts and water gates control unit 51, water drainage pump control unit 52, storage pond control unit 53 and sewage pumping station control unit
54 are communicated to connect by fiber optic network 22.Second switch 25 and gigabit vpn routers 24 pass through encryption communication protocol network
Connection, passes through light between gigabit vpn routers 24 and the first interchanger 23 and between the first interchanger 23 and monitoring center 1
Fibre web network 22 communicates to connect.Using the first interchanger 23, gigabit vpn routers 24 and second switch 25, convenient for improving river
The transmission efficiency of data produced by during water pollution monitoring.
As shown in Figure 1, video capture device includes starlight grade high definition ball machine 62 and infrared hemispherical camera 63, convenient for view
Frequency pickup area carries out picket surveillance and management.
As shown in Figure 1, the also communication link of monitoring center 1 is connected to BIM system, BIM system be stored with river, water conservancy project structure,
Building and monitoring device BIM model information.Using BIM system, control tune is carried out to river water contamination region in monitoring center 1
When spending, monitoring center 1 obtains the BIM model information in corresponding river water contamination region in BIM system, so that river water contamination treating
It is easy to operate.
A kind of embodiment 2: Intellectualized monitoring management method of river water contamination monitoring and warning, comprising the following steps:
Step 1 carries out Hydrological Data Acquisition to river level, flow and rainfall by watermark protocol monitoring device, and by water
Literary data transmission to watermark protocol monitoring center station 31.Then by watermark protocol monitoring center stand 31 pairs of hydrographic datas carry out storage and
Processing, and hydrographic data is sent to by monitoring center 1 by GPRS network 21.
Step 2 imports source region to river intersectional region and river by water quality monitoring station and carries out water quality data acquisition,
And water quality data is sent to first server 41.Then water quality data is stored and processed by first server 41,
And water quality data is sent to by monitoring center 1 by GPRS network 21.
Step 3 acquires the operational data of each lock pumping plant in real time, and operational data is passed by fiber optic network 22
It send to monitoring center 1.
Step 4 imports source region, culverts and water gates, drainage pumping stations, tune to river intersectional region, river by video capture device
Reservoir and sewage pumping station carry out video data acquiring, and video data is sent to second server 61.Pass through second server
61 pairs of video datas store and process, and video data is sent to monitoring center 1 by fiber optic network 22.
Step 5 monitors hydrographic data, water quality data, video data and each lock pump work data in real time, and right
The operating status of each lock pump is scheduled, and river water contamination treating decision is sent to river management module 7.
Step 6 administers corresponding river water contamination region after receiving river water contamination treating decision.
Step 7 obtains hydrographic data, water quality data, video data, each lock pump work data and the river of monitoring center 1
Water pollution control decision.
Working principle: monitoring hydrographic data, water quality data, video data and each lock pump work data in real time, and
The operating status pumped according to hydrographic data, water quality data, video data and each lock pump work data to each lock is scheduled, just
In to river water contamination situation real-time monitoring, the human cost and process cycle of river water contamination treating are reduced, river water is improved
The treatment effeciency of pollution control.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
Claims (7)
1. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning, it is characterized in that: including network communication module
(2), watermark protocol monitoring modular (3), water quality monitoring module (4), lock pump monitoring module (5), video surveillance module (6), monitoring in
The heart (1), river management module (7) and user terminal (8)；
The network communication module (2) includes GPRS network (21) and fiber optic network (22)；
The watermark protocol monitoring modular (3) includes watermark protocol monitoring device and watermark protocol monitoring center station (31)；The watermark protocol
Monitoring device carries out Hydrological Data Acquisition to river level, flow and rainfall, and hydrographic data is sent in watermark protocol monitoring
Center station (31)；The watermark protocol monitoring center station (31) stores and processs hydrographic data, and passes through GPRS network (21)
Hydrographic data is sent to monitoring center (1)；
The water quality monitoring module (4) includes water quality monitoring station and first server (41)；The water quality monitoring station is handed over by river
Remittance region and river import source region and carry out water quality data acquisition, and water quality data is sent to first server (41)；It is described
First server (41) stores and processs water quality data, and water quality data is sent to monitoring by GPRS network (21)
Center (1)；
Lock pump monitoring module (5) includes culverts and water gates control unit (51), water drainage pump control unit (52), storage pond control unit
(53) and sewage pumping station control unit (54), culverts and water gates control unit (51), water drainage pump control unit (52), storage pond control unit
(53) it is communicated to connect by fiber optic network (22) and monitoring center (1) with sewage pumping station control unit (54)；
The video surveillance module (6) includes video capture device and second server (61)；The video capture device is to river
It flows intersectional region, river remittance source region, culverts and water gates, drainage pumping stations, storage pond and sewage pumping station and carries out video data acquiring, and will
Video data is sent to second server (61)；The second server (61) stores and processs video data, and leads to
It crosses fiber optic network (22) and video data is sent to monitoring center (1)；
The monitoring center (1) is real-time for carrying out to hydrographic data, water quality data, video data and each lock pump work data
Monitoring, and the operating status of each lock pump is scheduled, and river water contamination treating decision is sent to river management module
(7)；
The river management module (7) is for carrying out corresponding river water contamination region after receiving river water contamination treating decision
It administers；
The user terminal (8) communicates to connect with monitoring center (1), for obtaining hydrographic data, the water quality of monitoring center (1)
Data, video data, each lock pump work data and river water contamination treating decision.
2. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning according to claim 1, it is characterized in that:
The watermark protocol monitoring device includes water-level gauge (32), flowmeter (33) and rainfall gauge (34).
3. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning according to claim 1, it is characterized in that:
The water quality monitoring station includes conventional Water Automatic Monitoring System (42) and miniature Water Automatic Monitoring System (43)；The routine water quality
Automatic monitor station (42) is used to acquire the water quality data of the city Kong He, river province control section；The miniature Water Automatic Monitoring System (43)
For acquiring the water quality data of the hydraulic structures such as other river cross-sections, storage pond and blowdown pumping plant, culverts and water gates.
4. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning according to claim 1, it is characterized in that:
The network communication module (2) further includes the first interchanger (23), gigabit vpn routers (24) and multiple second switch
(25), lock pumping plant is arranged in a one-to-one correspondence with second switch (25)；View in the second switch (25) and corresponding lock pumping plant
Frequency acquisition equipment, culverts and water gates control unit (51), water drainage pump control unit (52), storage pond control unit (53) and sewage pumping station control
Unit (54) processed is communicated to connect by fiber optic network (22)；The second switch (25) and gigabit vpn routers (24) are logical
The connection of encryption communication protocol network is crossed, between gigabit vpn routers (24) and the first interchanger (23) and the first interchanger
(23) it is communicated to connect by fiber optic network (22) between monitoring center (1).
5. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning according to claim 1, it is characterized in that:
The video capture device includes starlight grade high definition ball machine (62) and infrared hemispherical camera (63).
6. a kind of Intellectualized monitoring management system of river water contamination monitoring and warning according to claim 1, it is characterized in that:
The monitoring center (1) also communication link is connected to BIM system, and BIM system is stored with river, water conservancy project structure, building and monitoring
Equipment BIM model information.
7. a kind of Intellectualized monitoring management method of river water contamination monitoring and warning, it is characterized in that: this method is based on claim
A kind of Intellectualized monitoring management system of river water contamination monitoring and warning described in book 1-6 any one, comprising the following steps:
S1: Hydrological Data Acquisition is carried out to river level, flow and rainfall by watermark protocol monitoring device, and hydrographic data is passed
It send to watermark protocol monitoring center and stands (31)；Then hydrographic data is stored and is located by watermark protocol monitoring center station (31)
Reason, and hydrographic data is sent to by monitoring center (1) by GPRS network (21)；
S2: source region is imported to river intersectional region and river by the water quality monitoring station and carries out water quality data acquisition, and will
Water quality data is sent to first server (41)；Then water quality data is stored and processed by first server (41),
And water quality data is sent to by monitoring center (1) by GPRS network (21)；
S3: acquiring the operational data of each lock pumping plant in real time, and operational data is sent to prison by fiber optic network (22)
Control center (1)；
S4: source region, culverts and water gates, drainage pumping stations, storage pond are imported to river intersectional region, river by the video capture device
Video data acquiring is carried out with sewage pumping station, and video data is sent to second server (61)；Pass through the second service
Device (61) stores and processs video data, and video data is sent to monitoring center (1) by fiber optic network (22)；
S5: monitoring hydrographic data, water quality data, video data and each lock pump work data in real time, and to each lock pump
Operating status is scheduled, and river water contamination treating decision is sent to river management module (7)；
S6: corresponding river water contamination region is administered after receiving river water contamination treating decision；
S7: hydrographic data, water quality data, video data, each lock pump work data and the river water contamination of monitoring center (1) are obtained
Treatment decision-making.
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| CN114926962A (en) * | 2022-05-17 | 2022-08-19 | 山西天宝信息技术有限公司 | Water level AI image recognition early warning system for river water area flood early warning |
| CN115200560A (en) * | 2022-07-22 | 2022-10-18 | 广西北联机电工程有限公司 | Urban water system monitoring and management system |
| CN115684516A (en) * | 2022-08-29 | 2023-02-03 | 邯郸市亿润工程咨询有限公司 | Hydraulic engineering sewage treatment detection method and device, electronic equipment and medium |
| CN115684516B (en) * | 2022-08-29 | 2024-03-26 | 邯郸市亿润工程咨询有限公司 | Hydraulic engineering sewage treatment detection method and device, electronic equipment and medium |
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