CN107702699A - A kind of water conservancy lake remote sensing comprehensive monitoring management system - Google Patents
A kind of water conservancy lake remote sensing comprehensive monitoring management system Download PDFInfo
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- CN107702699A CN107702699A CN201710966256.1A CN201710966256A CN107702699A CN 107702699 A CN107702699 A CN 107702699A CN 201710966256 A CN201710966256 A CN 201710966256A CN 107702699 A CN107702699 A CN 107702699A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
- G01C13/00—Surveying specially adapted to open water, e.g. sea, lake, river or canal
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A90/00—Technologies having an indirect contribution to adaptation to climate change
- Y02A90/30—Assessment of water resources
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- Hydrology & Water Resources (AREA)
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- Engineering & Computer Science (AREA)
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Abstract
The invention discloses a kind of water conservancy lake remote sensing comprehensive monitoring management system, it is located at the Monitoring Data acquisition subsystem of different water conservancy lakes monitoring point including several, each Monitoring Data acquisition subsystem is connected with data processing with output system radio communication respectively, wherein each Monitoring Data acquisition subsystem includes respectively：Controller, water body detection unit, rainfall detection unit, video acquisition unit, geographical location information collecting unit and solar powered unit；The solar powered unit is electrically connected with the controller.The present invention can carry out comprehensive monitoring to hydrographic water resource, grasp whether water resource contaminated and contaminated degree comprehensively, and monitoring analysis report can be automatically generated by cloud computing data analysis, and the distance host that the monitoring and statisticses data in each analysis report phase and Historical Monitoring data are compared and are sent at monitoring personnel, so that monitoring personnel are checked by distance host and take corresponding management measure.
Description
Technical field
The invention belongs to water resource monitoring management field, and in particular to a kind of water conservancy lake remote sensing comprehensive monitoring management system
System.
Background technology
Water resource is the base substance of relation human lives and production, is a kind of limited, irreplaceable precious resources,
It is the important guarantee for realizing the sustainable development of socio-economy.At present, with the quick hair of lake, river and coastal River valley economy
Exhibition, population increase rapidly, the water pollution such as reservoir, lake, river and ocean and eutrophication problem getting worse, in country
Under the guiding of strategy of sustainable development thought thinking, people also increasingly pay attention to the protection of water resource and the monitoring of water quality.
The existing main mode for also resting on manual sampling of hydrographic water resource monitoring is carried out, and passes through manual measuring device couple
Water quality is sampled, and is drawn a conclusion and is recorded after carrying out manual analysis, and not only workload is big for this mode, wastes time and energy, and
The data of detection are relatively limited, not comprehensive enough, and the degree of accuracy is relatively low, inevitably occur that manual operation is led in recording process
The mistake of cause, it has not been convenient to the management of supervision department and statistics.Further for the Monitoring Data of numerous and complicated, by manually calculating and
Comparison is difficult to effectively be analyzed and pinpointed the problems in time, causes to be difficult to take corresponding administrative actions in time.
The content of the invention
The purpose of the present invention is to overcome above-mentioned problems of the prior art, there is provided a kind of water conservancy lake remote sensing synthesis prison
Management system is surveyed, comprehensive monitoring can be carried out to hydrographic water resource, whether grasp water resource is contaminated comprehensively and gets dirty
The degree of dye, and monitoring analysis report can be automatically generated by cloud computing data analysis, and by each analysis report phase
The distance host that monitoring and statisticses data are compared and are sent at monitoring personnel with Historical Monitoring data, to supervise
Staff is surveyed to be checked by distance host and take corresponding management measure.
The technical scheme is that：Water conservancy lake remote sensing comprehensive monitoring management system, including several are located at different water
The Monitoring Data acquisition subsystem of sharp lake monitoring point, each Monitoring Data acquisition subsystem are respectively with data processing and output
Radio communication of uniting connection, wherein each Monitoring Data acquisition subsystem includes respectively：Controller, water body detection unit, rainfall detection
Unit, video acquisition unit, geographical location information collecting unit and solar powered unit；The solar powered unit with
Controller electrically connects；The water body detection unit is used for acidity-basicity ph value, the granularity for gathering water conservancy lake monitoring point water body in real time
Value, conductivity value, dissolved oxygen concentration value, chlorine ion concentration value and TOC organic carbon concentration values, and gathered each value is real-time
It is sent to the controller；The rainfall detection unit is used for flow rate of water flow value, the water level for gathering water conservancy lake monitoring point in real time
Rainfall value, wind speed and direction value and day brightness value when value, rainfall, and gathered each value is sent to the controller in real time；
The video acquisition unit is used for the video image for gathering water conservancy lake monitoring point in real time, and video signal is sent in real time
To the controller；The geographical location information collecting unit is used for the geographical position letter for gathering water conservancy lake monitoring point in real time
Breath, and geographical location information is sent to the controller in real time；It is single that the controller is used for water body detection described in real-time reception
PH value, granularity, conductivity value, dissolved oxygen concentration value, chlorine ion concentration value and TOC organic carbon concentrations transmitted by member
Value, and it is sent to the first wireless communication module；The controller is additionally operable to transmitted by rainfall detection unit described in real-time reception
Rainfall value, wind speed and direction value and day brightness value when flow rate of water flow value, water level value, rainfall, and it is sent to the first radio communication
Module；The controller is additionally operable to the video image at the water conservancy lake monitoring point that real-time reception video acquisition unit gathers in real time
Signal, and video signal is sent to first wireless communication module in real time；The controller is additionally operable to receive geography
The geographical location information for the water conservancy lake monitoring point that positional information collecting unit is gathered, and the geographical location information is sent out in real time
Give first wireless communication module；The data processing includes the second wireless communication module with output system, cloud computing takes
Business device and distance host, second wireless communication module are connected with the first wireless communication module radio communication, and second is wireless
Communication module is also connected with cloud computing server signal, and cloud computing server is connected with distance host signal；Described first is wireless
Communication module be used for controller described in real-time reception send pH value, granularity, conductivity value, dissolved oxygen concentration value, chlorine from
Rainfall value, wind speed and direction value, day illumination when sub- concentration value, TOC organic carbon concentrations value, flow rate of water flow value, water level value, rainfall
Value, video signal and geographical location information, and the data processing is wirelessly sent to by the second wireless communication module
With the cloud computing server of output system；Each monitoring number that the cloud computing server will come transmitted by the second wireless communication module
According to being stored, by the data accumulation of a period of time, the monitoring analysis report of each water conservancy lake monitoring point is automatically generated, is wrapped
Include by month, season, the time monitoring analysis report, and by the monitoring and statisticses data and Historical Monitoring in each analysis report phase
Data are compared, and the prison for cloud computing server being given transmitted by the comparative analysis result, the second wireless communication module
Control data and be sent to distance host by the analysis report in month, season, time, so that monitoring personnel are by remotely leading
Machine is checked and takes corresponding management measure.
Controller noted above also signal is connected with the environment temperature of the ambient temperature and humidity data for gathering water conservancy lake monitoring point
The ambient temperature and humidity data collected are sent to controller, controller by humidity sensor, the environment humidity sensor
The ambient temperature and humidity data are sent to first wireless communication module, the first wireless communication module is by received ring
Environmental temperature and humidity data are sent to the data processing and output system.
Controller noted above also signal is connected with the water temperature of the water temperature data for gathering water conservancy lake monitoring point
The water temperature data collected are sent to controller by sensor, the water temperature sensor, and controller is by the water
Body temperature degrees of data is sent to first wireless communication module, and the first wireless communication module is by received water temperature data
It is sent to the data processing and output system.
What above-mentioned water body detection unit included being connected with the controller signals respectively is used to gather water conservancy lake prison in real time
The chlorion sensor of the chlorine ion concentration value of measuring point water quality, in real time gather water conservancy lake monitoring point water quality dissolved oxygen it is dense
The dissolved oxygen sensor of angle value, the conductivity sensor for the real-time conductivity value for gathering water conservancy lake monitoring point water quality, use
In the Particle Size Analyzer of the granularity of collection water conservancy lake monitoring point water quality in real time, for gathering water conservancy lake monitoring point water in real time
The pH value sensor of the pH value of matter and the TOC for gathering water conservancy lake monitoring point TOC organic carbon concentration values in real time always have
Machine carbon detection sensor；What the rainfall detection unit included being connected with the controller signals respectively is used to gather water conservancy in real time
The flow velocity meter of the flow rate of water flow value of lake monitoring point, the water level for the water level value of collection water conservancy lake monitoring point in real time pass
Sensor, in real time gather the monitoring point rainfall of water conservancy lake when rainfall value rainfall measuring device, in real time gather water conservancy
At the monitoring point of lake the wind speed and direction meter of wind speed and direction value and in real time gather water conservancy lake monitoring point at day illumination
The day illumination detection sensor of value.
Above-mentioned video acquisition unit includes head and the video camera on head, video camera and head respectively with control
Device signal connects.
Above-mentioned Monitoring Data acquisition subsystem is fixed monitoring station or boat-carrying monitoring station.
Controller noted above is model OMRON CP1E-N20DR-D PLC or MSP430 single-chip microcomputers.
Above-mentioned first wireless communication module and the second wireless communication module are 4G wireless communication modules.
Beneficial effects of the present invention：, can be certainly the invention provides a kind of water conservancy lake remote sensing comprehensive monitoring management system
The water body indices detected value of the hydrographic water resource of dynamic collection each water conservancy lake monitoring point, each water conservancy lake monitoring point
Every interception rainfall index detected value and video signal, the geographical location information of each monitoring point, can enter to hydrographic water resource
The comprehensive monitoring of row, grasp whether water resource contaminated and contaminated degree comprehensively, and cloud computing data can be passed through
Analysis automatically generates monitoring analysis report, and the monitoring and statisticses data in each analysis report phase and Historical Monitoring data are carried out
The distance host analyzed and be sent at monitoring personnel is compared, personnel are checked by distance host so as to monitoring
And take corresponding management measure.
Brief description of the drawings
Fig. 1 is a water conservancy lake monitoring point and the data processing and the connection block diagram of output system of the present invention.
Embodiment
Below in conjunction with the accompanying drawings, the specific embodiment of the present invention is described in detail, it is to be understood that of the invention
Protection domain do not limited by embodiment.
As shown in figure 1, a kind of water conservancy lake remote sensing comprehensive monitoring management system is present embodiments provided, including several positions
Monitoring Data acquisition subsystem in different water conservancy lakes monitoring point, each Monitoring Data acquisition subsystem respectively with data processing
It is connected with output system radio communication, wherein each Monitoring Data acquisition subsystem includes respectively：Controller, water body detection unit,
Rainfall detection unit, video acquisition unit, geographical location information collecting unit and solar powered unit；The solar energy supplies
Electric unit is electrically connected with the controller；The water body detection unit is used for the acid-base value PH for gathering water conservancy lake monitoring point water body in real time
Value, granularity, conductivity value, dissolved oxygen concentration value, chlorine ion concentration value and TOC organic carbon concentration values, and will be gathered
Each value is sent to the controller in real time；The rainfall detection unit is used for the flow rate of water flow for gathering water conservancy lake monitoring point in real time
Rainfall value, wind speed and direction value and day brightness value when value, water level value, rainfall, and gathered each value is sent in real time described
Controller；The video acquisition unit is used for the video image for gathering water conservancy lake monitoring point in real time, and by video signal
The controller is sent in real time；The geographical location information collecting unit is used for the geography for gathering water conservancy lake monitoring point in real time
Positional information, and geographical location information is sent to the controller in real time；The controller is used for water body described in real-time reception
PH value, granularity, conductivity value, dissolved oxygen concentration value, chlorine ion concentration value and TOC total organic carbons transmitted by detection unit
Concentration value, and it is sent to the first wireless communication module；The controller is additionally operable to rainfall detection unit described in real-time reception and sent out
Rainfall value, wind speed and direction value and day brightness value when the flow rate of water flow value sent, water level value, rainfall, and it is wireless to be sent to first
Communication module；The controller is additionally operable to the video at the water conservancy lake monitoring point that real-time reception video acquisition unit gathers in real time
Picture signal, and video signal is sent to first wireless communication module in real time；The controller is additionally operable to receive
The geographical location information for the water conservancy lake monitoring point that geographical location information collecting unit is gathered, and the geographical location information is real
When be sent to first wireless communication module；The data processing includes the second wireless communication module, cloud meter with output system
Calculate server and distance host, second wireless communication module are connected with the first wireless communication module radio communication, second
Wireless communication module is also connected with cloud computing server signal, and cloud computing server is connected with distance host signal；Described first
Wireless communication module be used for controller described in real-time reception send pH value, granularity, conductivity value, dissolved oxygen concentration value,
Rainfall value, wind speed and direction value when chlorine ion concentration value, TOC organic carbon concentrations value, flow rate of water flow value, water level value, rainfall, day
Brightness value, video signal and geographical location information, and the data are wirelessly sent to by the second wireless communication module
Processing and the cloud computing server of output system；Each prison that the cloud computing server will come transmitted by the second wireless communication module
Control data are stored, and by the data accumulation of a period of time, the monitoring analysis for automatically generating each water conservancy lake monitoring point is reported
Accuse, including by month, season, the time monitoring analysis report, and by the monitoring and statisticses data in each analysis report phase with going through
History Monitoring Data is compared, and cloud computing service will be given transmitted by the comparative analysis result, the second wireless communication module
The monitoring data of device and distance host is sent to by the analysis report in month, season, time, personnel pass through so as to monitoring
Distance host is checked and takes corresponding management measure.
Further, the controller also signal is connected with the ambient temperature and humidity data for gathering water conservancy lake monitoring point
Environment humidity sensor, the ambient temperature and humidity data collected are sent to control by the environment humidity sensor
The ambient temperature and humidity data are sent to first wireless communication module by device, controller, and the first wireless communication module is by institute
The ambient temperature and humidity data received are sent to the data processing and output system.
Further, the controller also signal is connected with the water temperature data for gathering water conservancy lake monitoring point
The water temperature data collected are sent to controller, controller by water temperature sensor, the water temperature sensor
The water temperature data are sent to first wireless communication module, the first wireless communication module is by received water body
Temperature data is sent to the data processing and output system.
Further, what the water body detection unit included being connected with the controller signals respectively is used to gather water in real time
The chlorion sensor of the chlorine ion concentration value of sharp lake monitoring point water quality, for gathering water conservancy lake monitoring point water quality in real time
The dissolved oxygen sensor of dissolved oxygen concentration value, the electrical conductivity for the conductivity value of collection water conservancy lake monitoring point water quality in real time pass
Sensor, the Particle Size Analyzer of granularity for gathering water conservancy lake monitoring point water quality in real time, for gathering water conservancy lake in real time
The pH value sensor of the pH value of monitoring point water quality and for gathering water conservancy lake monitoring point TOC organic carbon concentration values in real time
TOC total organic carbon detection sensors；What the rainfall detection unit included being connected with the controller signals respectively is used for real-time
Gather the flow velocity meter of the flow rate of water flow value of water conservancy lake monitoring point, the water level value for gathering water conservancy lake monitoring point in real time
Level sensor, in real time gather the monitoring point rainfall of water conservancy lake when rainfall value rainfall measuring device, for real-time
Gather the wind speed and direction meter of wind speed and direction value at the monitoring point of water conservancy lake and gather water conservancy lake monitoring point for real-time
Locate the day illumination detection sensor of day brightness value.
Further, the video acquisition unit includes head and the video camera on head, video camera and head
It is connected respectively with controller signals.
Further, the Monitoring Data acquisition subsystem is fixed monitoring station or boat-carrying monitoring station.
Further, the controller is model OMRON CP1E-N20DR-D PLC or MSP430 monolithics
Machine.
Further, first wireless communication module and the second wireless communication module are 4G wireless communication modules.
In summary, the invention provides a kind of water conservancy lake remote sensing comprehensive monitoring management system, can automatic data collection it is each
Every rainfall of the water body indices detected value, each water conservancy lake monitoring point of the hydrographic water resource of individual water conservancy lake monitoring point
The video signal of Indexs measure value and each monitoring point, geographical location information, hydrographic water resource can be carried out comprehensive
Monitoring, grasp whether water resource contaminated and contaminated degree comprehensively, and can be automatic by cloud computing data analysis
Generation monitoring analysis report, and the monitoring and statisticses data in each analysis report phase are compared with Historical Monitoring data
And the distance host at monitoring personnel is sent to, so that monitoring personnel are checked by distance host and take phase
Answer control measures.
Disclosed above is only several specific embodiments of the present invention, and still, the embodiment of the present invention is not limited to this, is appointed
What what those skilled in the art can think change should all fall into protection scope of the present invention.
Claims (8)
1. water conservancy lake remote sensing comprehensive monitoring management system, it is characterised in that be located at the monitoring of different water conservancy lakes including several
Point Monitoring Data acquisition subsystem, each Monitoring Data acquisition subsystem respectively with data processing and output system radio communication
Connection, wherein each Monitoring Data acquisition subsystem includes respectively：Controller, water body detection unit, rainfall detection unit, video are adopted
Collect unit, geographical location information collecting unit and solar powered unit；The solar powered unit is electrically connected with controller
Connect；
The water body detection unit is used for the acidity-basicity ph value, granularity, electrical conductivity for gathering water conservancy lake monitoring point water body in real time
Value, dissolved oxygen concentration value, chlorine ion concentration value and TOC organic carbon concentration values, and gathered each value is sent to institute in real time
State controller；
The rainfall detection unit is used to gather the rain when flow rate of water flow value of water conservancy lake monitoring point, water level value, rainfall in real time
Value, wind speed and direction value and day brightness value, and gathered each value is sent to the controller in real time；
The video acquisition unit is used for the video image for gathering water conservancy lake monitoring point in real time, and video signal is real-time
It is sent to the controller；
The geographical location information collecting unit is used for the geographical location information for gathering water conservancy lake monitoring point in real time, and by geography
Positional information is sent to the controller in real time；
The controller is used for pH value, granularity, conductivity value, dissolved oxygen described in real-time reception transmitted by water body detection unit
Concentration value, chlorine ion concentration value and TOC organic carbon concentration values, and it is sent to the first wireless communication module；The controller
Rainfall value, wind speed and wind when being additionally operable to flow rate of water flow value described in real-time reception transmitted by rainfall detection unit, water level value, rainfall
To value and day brightness value, and it is sent to the first wireless communication module；The controller is additionally operable to real-time reception video acquisition list
The video signal at the monitoring point of water conservancy lake that member gathers in real time, and video signal is sent to described first in real time
Wireless communication module；The controller is additionally operable to receive the water conservancy lake monitoring point that geographical location information collecting unit is gathered
Geographical location information, and the geographical location information is sent to first wireless communication module in real time；
The data processing includes the second wireless communication module, cloud computing server and distance host with output system, described
Second wireless communication module is connected with the first wireless communication module radio communication, the second wireless communication module also with cloud computing service
Device signal is connected, and cloud computing server is connected with distance host signal；
First wireless communication module is used for the pH value that controller described in real-time reception sends, granularity, conductivity value, molten
Rainfall value, wind when solution oxygen concentration value, chlorine ion concentration value, TOC organic carbon concentrations value, flow rate of water flow value, water level value, rainfall
Fast wind direction value, day brightness value, video signal and geographical location information, and transmitted wirelessly by the second wireless communication module
To the data processing and the cloud computing server of output system；
The cloud computing server is stored each monitoring data come transmitted by the second wireless communication module, during by one section
Between data accumulation, automatically generate the monitoring analysis report of each water conservancy lake monitoring point, including by month, season, time
Analysis report is monitored, and the monitoring and statisticses data in each analysis report phase are compared with Historical Monitoring data, and
The monitoring data of cloud computing server will be given transmitted by the comparative analysis result, the second wireless communication module and by month, season
Degree, the analysis report in time are sent to distance host, so that monitoring personnel are checked by distance host and take phase
Answer control measures.
2. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the controller is also believed
The environment humidity sensor of the ambient temperature and humidity data for gathering water conservancy lake monitoring point number is connected with, the environment is warm and humid
The ambient temperature and humidity data collected are sent to controller by degree sensor, and controller sends the ambient temperature and humidity data
To first wireless communication module, received ambient temperature and humidity data are sent to the number by the first wireless communication module
According to processing and output system.
3. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the controller is also believed
Number it is connected with the water temperature sensor of the water temperature data for gathering water conservancy lake monitoring point, the water temperature sensing
The water temperature data collected are sent to controller by device, and the water temperature data are sent to described first by controller
Received water temperature data are sent to the data processing and output by wireless communication module, the first wireless communication module
System.
4. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the water body detection is single
What member included being connected with the controller signals respectively is used for the chlorine ion concentration value of collection water conservancy lake monitoring point water quality in real time
Chlorion sensor, in real time gather water conservancy lake monitoring point water quality dissolved oxygen concentration value dissolved oxygen sensor, use
In the conductivity sensor of the conductivity value of collection water conservancy lake monitoring point water quality in real time, for gathering the monitoring of water conservancy lake in real time
Point water quality granularity Particle Size Analyzer, in real time gather water conservancy lake monitoring point water quality pH value pH value sensor with
And for gathering the TOC total organic carbon detection sensors of water conservancy lake monitoring point TOC organic carbon concentration values in real time；The rainfall
What detection unit included being connected with the controller signals respectively is used for the flow rate of water flow value of collection water conservancy lake monitoring point in real time
Flow velocity meter, in real time gather water conservancy lake monitoring point water level value level sensor, in real time gather water conservancy
The rainfall measuring device of rainfall value during the rainfall of lake monitoring point, in real time gather water conservancy lake monitoring point at wind speed and direction value
Wind speed and direction meter and in real time gather water conservancy lake monitoring point at day brightness value day illumination detection sensor.
5. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the video acquisition list
Member includes head and the video camera on head, and video camera and head are connected with controller signals respectively.
6. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the Monitoring Data is adopted
Subsystem is fixed monitoring station or boat-carrying monitoring station.
7. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that the controller is type
Number be OMRON CP1E-N20DR-D PLC or MSP430 single-chip microcomputers.
8. remote sensing comprehensive monitoring management system in water conservancy lake as claimed in claim 1, it is characterised in that first channel radio
Believe that module and the second wireless communication module are 4G wireless communication modules.
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