CN107525560A - The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality - Google Patents
The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality Download PDFInfo
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- CN107525560A CN107525560A CN201710925146.0A CN201710925146A CN107525560A CN 107525560 A CN107525560 A CN 107525560A CN 201710925146 A CN201710925146 A CN 201710925146A CN 107525560 A CN107525560 A CN 107525560A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01F—MEASURING VOLUME, VOLUME FLOW, MASS FLOW OR LIQUID LEVEL; METERING BY VOLUME
- G01F23/00—Indicating or measuring liquid level or level of fluent solid material, e.g. indicating in terms of volume or indicating by means of an alarm
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/18—Water
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01P—MEASURING LINEAR OR ANGULAR SPEED, ACCELERATION, DECELERATION, OR SHOCK; INDICATING PRESENCE, ABSENCE, OR DIRECTION, OF MOVEMENT
- G01P5/00—Measuring speed of fluids, e.g. of air stream; Measuring speed of bodies relative to fluids, e.g. of ship, of aircraft
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Abstract
The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality, the remote monitoring system of use include：Used in floating chamber, monitoring water quality on line unit, hydrologic monitoring unit, power supply unit, information transmission unit, information database, control main frame and monitor, the system is divided into above water and land part, and above water is the on-line monitoring part using used in floating chamber as carrier, and land part is the remote monitoring part based on control main frame；Described used in floating chamber is the main bogey of the system, and used in floating chamber is fixed on the certain position in river course by the fixation anchor chain of bottom, and device has monitoring water quality on line unit, hydrologic monitoring unit, power supply unit, information transmission unit in used in floating chamber；The control main frame of land part is connected with monitor, the water quality hydrographic information in each river course section face of monitor real-time display.
Description
Technical field
The present invention relates to hydrology-water quality detection field, more particularly, to a kind of river course basin all standing collecting and distributing type hydrology-water quality
Online Intelligent remote monitoring system.
Background technology
The water environmental problems in China become increasingly conspicuous, and the improvement of water environment needs good regional cooperation mechanism.Establish and improve
Inter-regional Cooperative Governance mechanism, it is the institutional basis of China's water environment protection and water pollution control.Summer in 2007, due to too
Lake Water deteriorates, and plus unfavorable meteorological condition, causes Taihu Lake large area blue algae bloom, has triggered the water of Wuxi City, Jiangsu Province to endanger
Machine.Recall past pains, local government is recognized, blue algae bloom caused by water quality deterioration, problem is shown in water, and root is in bank
On.Solve these problems, not only to make an effort on the water, more to make an effort on the coast；This area pollution treatment is not only wanted, more to be planned as a whole
River upstream and downstream, left and right banks joint prevention and control；Not only the departments such as water conservancy, environmental protection, urban construction are leaned on to do one's duty conscientiously, with greater need for party and government
Leading, department's linkage, communal participation.In August, 2007, Wuxi City takes the lead in carrying out river length system in China, by party and government directors at different levels
The river length in 64 river courses is served as respectively, strengthens pollutant watershed management, and being responsible for supervisor's river water quality improves work.River length system is implemented
Positive effect afterwards, the domestic Water Functional Zone probability of meeting water quality standard in Wuxi bring up to 44.4% in 2015, TAIHU LAKE from 7.1% in 2007
Matter also significantly improves.Certainly, the foundation of water pollution Cooperative Governance mechanism can not possibly accomplish in one move, it is necessary to constantly inspection in practice
Test, in practice constantly improve.But river length system during implementation there is also some problems, sewage treatment facility how to manage and on
How the water of trip manages, and is two hang-ups confronted.River in region is managed well, and water quality is maintained at more than three classes throughout the year；
The river course of spanning different districts, just " it can only certainly sweep and avenge in front of the door ", " being unable to control or manage upstream " this saying, be that implementation process processed is grown in river
In a great problem.Due to physical features and basin, spanning different districts river length lack the communication mechanism of normalization." especially
When being the end of spring and the beginning of summer, rainy season arrival, upstream is opened a sluice gate and drawn out some water, and improvement achievement before this is quickly cleared off by sewage group.Second,
It is exactly that the economic difference in China various regions is larger, and a river may pass through multiple administrative regions, each river course area segments face is without real
When monitoring measure, typically river course section face is just gone to administer, has so lagged, how to have drawn a clear pollution after polluting
Head region and the in time pollution of discovery river course section face in a steady stream, are the key points that the river water quality hydrology is administered, and carry out river length and make
One of necessary means, the problems demand solves.
The content of the invention
In order to overcome existing river water quality hydrologic management region span big, water pollution finds hysteresis, administers difficult and real
When monitor and detection there is no all standing, it is impossible to the poor deficiency of Centralized Monitoring, real-time, the present invention provide a kind of river course basin and covered entirely
The online Intelligent remote monitoring system of lid collecting and distributing type hydrology-water quality.
The technical solution adopted for the present invention to solve the technical problems is：All standing collecting and distributing type hydrology-water quality in river course basin exists
Line Intelligent remote monitoring system, the remote monitoring system of use include：Used in floating chamber, monitoring water quality on line unit, hydrologic monitoring list
Member, power supply unit, information transmission unit, information database, control main frame and monitor, the system are divided into above water and land
Part, above water are the on-line monitoring parts using used in floating chamber as carrier, and land part is long-range based on control main frame
Monitor portion.Described used in floating chamber is the main bogey of the system, and used in floating chamber is fixed on river by the fixation anchor chain of bottom
The certain position in road, device has monitoring water quality on line unit, hydrologic monitoring unit, power supply unit, information transfer list in used in floating chamber
Member, the detection data pick-up of monitoring water quality on line unit are connected with information transmission unit, and the data monitored in real time are passed through letter
Cease transmission unit the control main frame of feeding and to be stored in information database in the form of being wirelessly transferred, hydrologic monitoring unit detects
Water regimen data information be connected by sensor with information transmission unit, the data monitored in real time by information transmission unit with
The control main frame for the form feeding being wirelessly transferred simultaneously is stored in information database；Power supply unit is online with water quality by wire respectively
Monitoring unit, hydrologic monitoring unit and information transmission unit are connected, and carry out electric energy supply to each unit respectively.Land part
Control main frame is connected with monitor, the water quality hydrographic information in each river course section face of monitor real-time display.
Described used in floating chamber, it is characterised in that used in floating chamber is made up of the rubber pneumatic bag of bottom and the aluminium sheet platform on top, aluminium
Plate platform is connected to fix anchor chain suspended from beam, wherein, there is correction neck in hanging beam, when river current change,
Correction neck can adjust fixed anchor chain position, and river normally flows into the sampling water pipe of monitoring water quality on line, pacified above aluminium sheet platform
Power supply unit is formed equipped with photovoltaic module and battery, device has monitoring water quality on line unit and information transfer list on aluminium sheet platform
Member.
Described monitoring water quality on line unit, it is characterised in that monitoring water quality on line unit detection part is by existing water quality
On-line computing model and removable sampling water pipe are formed, and sampling water pipe is may move when river surface freezes can automatically adjust sampling depth,
Stable sampling current, the sensor of water quality on-line monitoring instrument are connected with information transmission unit, and information transmission unit obtains water quality and existed
Line monitoring information simultaneously feeds back to control main frame, meanwhile, control main frame sends control instruction control or adjustment monitoring water quality on line list
The working condition of member, the input voltage of monitoring water quality on line unit is one of direct current 12V, 24V.
Described hydrologic monitoring unit, it is characterised in that hydrologic monitoring unit has limnimeter, water flow velocity instrument and video camera
Head is formed, and limnimeter is made up of mark post and flap level gauge, and mark post one end is goed deep into river bed and is connected with fixed anchor chain, turnover panel liquid level
There is wire and signal wire to be connected with battery and information transmission unit for meter, water flow velocity instrument and camera, and information transmission unit obtains
Literary monitoring unit hydrographic information and the positional information of fetching water simultaneously feed back to control main frame, meanwhile, control main frame sends control instruction control
The working condition of system or adjustment hydrologic monitoring unit, the input voltage of hydrologic monitoring unit is one of direct current 12V, 24V.
Described power supply unit, it is characterised in that power supply unit is made up of photovoltaic module, battery and charger, photovoltaic group
Part is arranged on the support of aluminium sheet platform, and photovoltaic module forms the class roof of cradle top, and support surrounding has color steel tile block surface
A closing space is formed, monitoring water quality on line unit, the battery of power supply unit, charger and information transmission unit are placed
In the closing space, the output voltage of power supply unit is one of direct current 12V, 24V.
Described information transmission unit, it is characterised in that information transmission unit includes information gathering end and information receiving end, information
Collection terminal is respectively at monitoring water quality on line sensor, the connected corresponding water quality for obtaining each sensor of hydrologic monitoring sensor, the hydrology
Information and positional information, information transmission unit send relevant information to control with wireless forms of communication by GPRS module and led
Machine.
Described control main frame, it is characterised in that water quality that control main frame receive information transmission unit is sent, the hydrology, position
Etc. information, and information storage to information database and send to monitor, information database uses certain algorithm, institute
The water quality hydrology real time data information in each river course area segments face obtained draws each area monitoring device compared with historical data pair
Running status, and show each region water quality in full river course, hydrology real time information on a monitor and provide each river water quality hydrology
Normal operation or alarm.
Beneficial effects of the present invention are mainly manifested in：
1) the water quality hydrographic information in the full basin in river course is interconnected using network communications technology and carries out Centralized Monitoring, each
The water quality hydrology in river course area segments face has controllability, improves the stability of system；
2) China river course is more, water quality of river nobody it is complicated the features such as, the system is more by multiple river courses in region and river course
Locate the water quality hydrologic(al) regime centralized management in section face, realize the river course substantially scheduling of pollution and the trans-regional all standing of hydrographic information
And management, improve river water quality hydrology security；
3) more river course multistage face decentralized system systems are realized and are concentrated and implements and manages concentratedly, are employed in visual management
The heart, systemic-function is enhanced, facilitate system maintenance, enhance the stability and reliability of system, and reduce maintenance cost.
Brief description of the drawings
Fig. 1 is the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin of the present invention；
1st, used in floating chamber, 11, rubber pneumatic bag, 12, aluminium sheet platform, 13, hanging beam, 14, fixed anchor chain, 2, monitoring water quality on line list
Member, 21, water quality on-line monitoring instrument, 22, removable sampling water pipe, 3, hydrologic monitoring unit, 31, mark post, 32, flap level gauge,
33rd, camera, 34, water flow velocity instrument, 4, power supply unit, 41, photovoltaic module, 42, battery, 43, charger, 44, support, 45,
Color steel tile block surface, 5, information transmission unit, 6, information database, 7, control main frame, 8, monitor.
Embodiment
Embodiments of the invention are elaborated with reference to accompanying drawing：The present embodiment is under premised on technical solution of the present invention
Implemented, but protection scope of the present invention is not limited to following embodiments.
The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality, the remote monitoring system bag of use
Include：Used in floating chamber 1, monitoring water quality on line unit 2, hydrologic monitoring unit 3, power supply unit 4, information transmission unit 5, information database
6, control main frame 7 and monitor 8, the system are divided into above water and land part, and above water is for carrier with used in floating chamber 1
Monitor part on-line, land part is the remote monitoring part based on control main frame 7.Described used in floating chamber 1 is the system
Main bogey, used in floating chamber 1 is fixed on the certain position in river course, floating by the hanging beam 13 of bottom and fixed anchor chain 14
1 inner device of cabin has monitoring water quality on line unit 2, hydrologic monitoring unit 3, power supply unit 4, information transmission unit 5, and water quality is supervised online
The detection data pick-up for surveying unit 2 is connected with information transmission unit 5, and the data monitored in real time are passed through information transmission unit 5
The control main frame 7 of the feeding in the form of being wirelessly transferred simultaneously is stored in information database 6, the hydrology that hydrologic monitoring unit 3 detects
Data message is connected by sensor with information transmission unit 5, the data monitored in real time by information transmission unit 5 with wireless
The control main frame 7 of the form feeding of transmission is simultaneously stored in information database 6；Power supply unit 4 is online with water quality by wire respectively
Monitoring unit 2, hydrologic monitoring unit 3 and information transmission unit phase 5 connect, and carry out electric energy supply to each unit respectively.Land portion
The control main frame 7 divided is connected with monitor 8, the water quality hydrographic information in each river course section face of the real-time display of monitor 8.
Described used in floating chamber, it is characterised in that used in floating chamber 1 is by the rubber pneumatic bag 11 of bottom and the structure of aluminium sheet platform 12 on top
Into, aluminium sheet platform 12 is connected to fix anchor chain 14 suspended from beam 13, wherein, there is correction neck in hanging beam 13, when river water
When stream changes, correction neck can adjust the fixed position of anchor chain 14, and river normally flows into the sampling water pipe of monitoring water quality on line
22, aluminium sheet platform 12 is installed above to have photovoltaic module 41 and battery 42 to form power supply unit 4, and device has water on aluminium sheet platform 1
Matter monitors unit 2 and information transmission unit 5 on-line.
Described monitoring water quality on line unit, it is characterised in that the detection part of monitoring water quality on line unit 2 is by existing water
Matter on-line computing model 21 and removable sampling water pipe 22 are formed, and when river surface freezes, removable sampling water pipe 22, which can automatically adjust, adopts
Sample depth, stable to sample current, the sensor of water quality on-line monitoring instrument 21 is connected with information transmission unit 5, information transmission unit 5
Obtain monitoring water quality on line information and feed back to control main frame 7, meanwhile, control main frame 7 sends control instruction control or adjustment water
Matter monitors the working condition of unit 2 on-line, and the input voltage of monitoring water quality on line unit 2 is one of direct current 12V, 24V.
Described hydrologic monitoring unit, it is characterised in that hydrologic monitoring unit 3 has limnimeter, and water flow velocity instrument 34 and video are taken the photograph
As first 32 compositions, limnimeter is made up of mark post 31 and the meter of turnover panel liquid level 32, and the one end of mark post 31 gos deep into river bed and with fixing anchor chain 14
Connection, flap level gauge 32, water flow velocity instrument 34 and camera 33 have wire and signal wire and battery 42 and information transfer list
Member 5 is connected, and information transmission unit 5 obtains the hydrographic information of hydrologic monitoring unit 3 and positional information and feeds back to control main frame 7, together
When, control main frame 7 sends the working condition of control instruction control or adjustment hydrologic monitoring unit 3, the input of hydrologic monitoring unit 3
Voltage is one of direct current 12V, 24V.
Described power supply unit, it is characterised in that power supply unit 4 is by photovoltaic module 41, battery 42 and the structure of charger 43
Into photovoltaic module 41 is arranged on the support 44 of aluminium sheet platform 12, and photovoltaic module 41 forms the class roof of cradle top, support 44
Surrounding have color steel tile block surface 45 form a closing space, monitoring water quality on line unit 2, power supply unit battery 42, fill
Electrical equipment 43 and information transmission unit 5 are placed in the closing space, the output voltage of power supply unit 4 for direct current 12V, 24V it
One.
Described information transmission unit, it is characterised in that information transmission unit 5 includes information gathering end and information receiving end,
Information gathering end respectively at monitoring water quality on line sensor, hydrologic monitoring sensor be connected obtain each sensor corresponding water quality,
Hydrographic information and positional information, information transmission unit 5 send relevant information to control with wireless forms of communication by GPRS module
Main frame 7 processed.
Described control main frame, it is characterised in that water quality that the receive information transmission unit 5 of control main frame 7 is sent, the hydrology, position
The information such as put, and information storage to information database 6 and send to monitor 8, information database 6 and use certain calculation
Method, the water quality hydrology real time data information in each river course area segments face obtained compared with historical data pair, draw each region
The running status of supervising device, and show each region water quality in full river course, hydrology real time information on monitor 8 and provide each river course
Water quality hydrology normal operation or alarm.
Claims (7)
1. the online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality, the remote monitoring system bag of use
Include：Used in floating chamber, monitoring water quality on line unit, hydrologic monitoring unit, power supply unit, information transmission unit, information database, control
Main frame and monitor, it is characterised in that the system is divided into above water and land part, and above water is using used in floating chamber as carrier
On-line monitoring part, land part is the remote monitoring part based on control main frame；Described used in floating chamber is the system
Main bogey, used in floating chamber is fixed on the certain position in river course by the fixation anchor chain of bottom, and device has water in used in floating chamber
Matter on-line monitoring unit, hydrologic monitoring unit, power supply unit, information transmission unit；
The detection data pick-up of monitoring water quality on line unit is connected with information transmission unit, and the data monitored in real time are passed through letter
Cease transmission unit the control main frame of feeding and to be stored in information database in the form of being wirelessly transferred, hydrologic monitoring unit detects
Water regimen data information be connected by sensor with information transmission unit, the data monitored in real time by information transmission unit with
The control main frame for the form feeding being wirelessly transferred simultaneously is stored in information database；
Power supply unit is connected by wire with monitoring water quality on line unit, hydrologic monitoring unit and information transmission unit respectively, point
It is other that electric energy supply is carried out to each unit；
The control main frame of land part is connected with monitor, the water quality hydrographic information in each river course section face of monitor real-time display.
2. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
It is characterised by that used in floating chamber is made up of the rubber pneumatic bag of bottom and the aluminium sheet platform on top, aluminium sheet platform is connected to solid suspended from beam
Determine anchor chain, wherein, there is correction neck in hanging beam, when river current change, correction neck can adjust fixed anchor chain position
Put, river normally flows into the sampling water pipe of monitoring water quality on line, and aluminium sheet platform is installed above to have photovoltaic module and battery to form
Power supply unit, device has monitoring water quality on line unit and information transmission unit on aluminium sheet platform.
3. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
It is characterised by that monitoring water quality on line unit detection part is made up of existing water quality on-line monitoring instrument and removable sampling water pipe, when
River surface when freezing removable sampling water pipe can automatically adjust sampling depth, it is stable to sample current, monitoring water quality on line unit it is defeated
Enter voltage for one of direct current 12V, 24V.
4. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
It is characterised by that hydrologic monitoring unit has limnimeter, water flow velocity instrument and video frequency pick-up head are formed, and limnimeter is by mark post and turnover panel liquid level
Meter is formed, and mark post one end is goed deep into river bed and is connected with fixed anchor chain, flap level gauge, water flow velocity instrument and camera have wire and
Signal wire is connected with battery and information transmission unit, and information transmission unit obtains hydrologic monitoring unit hydrographic information and position letter
Cease and feed back to control main frame, meanwhile, control main frame sends the working condition of control instruction control or adjustment hydrologic monitoring unit,
The input voltage of hydrologic monitoring unit is one of direct current 12V, 24V.
5. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
It is characterised by that power supply unit is made up of photovoltaic module, battery and charger, photovoltaic module is arranged on the support of aluminium sheet platform,
Photovoltaic module forms the class roof of cradle top, and support surrounding has color steel tile block surface to form a closing space, and water quality is online
Monitoring unit, the battery of power supply unit, charger and information transmission unit are placed in the closing space, power supply unit
Output voltage is one of direct current 12V, 24V.
6. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
It is characterised by that information transmission unit includes information gathering end and information receiving end, information gathering end passes respectively at monitoring water quality on line
Sensor, hydrologic monitoring sensor, which are connected, obtains corresponding water quality, hydrographic information and the positional information of each sensor, information transmission unit
Relevant information is sent to control main frame with wireless forms of communication by GPRS module.
7. the online Intelligent remote monitoring system of all standing collecting and distributing type hydrology-water quality in river course basin according to claim 1, its
The information such as the water quality, the hydrology, position that control main frame receive information transmission unit sends are characterised by, and information storage to letter
Breath database and transmission to monitor, information database use certain algorithm, the water in each river course area segments face obtained
Matter hydrology real time data information draws the running status of each area monitoring device compared with historical data pair, and on a monitor
Show each region water quality in full river course, hydrology real time information and provide each river water quality hydrology normal operation or alarm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710925146.0A CN107525560A (en) | 2017-10-03 | 2017-10-03 | The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710925146.0A CN107525560A (en) | 2017-10-03 | 2017-10-03 | The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality |
Publications (1)
| Publication Number | Publication Date |
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| CN107525560A true CN107525560A (en) | 2017-12-29 |
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ID=60684383
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710925146.0A Withdrawn CN107525560A (en) | 2017-10-03 | 2017-10-03 | The online Intelligent remote monitoring system of river course basin all standing collecting and distributing type hydrology-water quality |
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| CN (1) | CN107525560A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110806470A (en) * | 2019-11-13 | 2020-02-18 | 邵明万 | Observation device for hydrological and water resource engineering and use method thereof |
| CN112033380A (en) * | 2019-04-09 | 2020-12-04 | 李敬文 | River channel barrier-free monitoring system |
-
2017
- 2017-10-03 CN CN201710925146.0A patent/CN107525560A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112033380A (en) * | 2019-04-09 | 2020-12-04 | 李敬文 | River channel barrier-free monitoring system |
| CN112033380B (en) * | 2019-04-09 | 2022-03-25 | 安庆市水利水电规划设计院 | River channel barrier-free monitoring system |
| CN110806470A (en) * | 2019-11-13 | 2020-02-18 | 邵明万 | Observation device for hydrological and water resource engineering and use method thereof |
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Application publication date: 20171229 |