CN209197798U - A kind of middle and small river water quality-flow quantity intelligent monitoring station - Google Patents
A kind of middle and small river water quality-flow quantity intelligent monitoring station Download PDFInfo
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- CN209197798U CN209197798U CN201920022851.4U CN201920022851U CN209197798U CN 209197798 U CN209197798 U CN 209197798U CN 201920022851 U CN201920022851 U CN 201920022851U CN 209197798 U CN209197798 U CN 209197798U
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Abstract
The utility model discloses a kind of middle and small river water quality-flow quantity intelligent monitoring stations, mainly include intelligent optimization regulating device, intellectual monitoring ontology and grating sensing monitoring device three parts；The intelligent optimization regulating device can carry out the adjustment of distance in the horizontal and vertical directions, and be equipped with water depth sensor, water level sensor, flow sensor on it；The grating sensing monitoring device is connected with intelligent optimization regulating device, for monitoring water quality；The intellectual monitoring ontology and the intelligent optimization regulating device, grating sensing monitoring device carry out the transmitting of signal, and the data that can be acquired to the water depth sensor, water level sensor, flow sensor and grating sensing monitoring device are handled.
Description
Technical field
The utility model belongs to monitoring station technical field, is related to a kind of middle and small river water quality-flow quantity intelligent monitoring station.
Background technique
With the development of social economy and the raising of living standards of the people, people are to the protective awareness of water environment and require day
Tend to become strong strong, the importance of water environment protection also increasingly highlights.Northern China river belongs to ephemeral stream, water quality of river, flow more
Significant change can occur with season with water level, river water environmental bearing capacity is poor, therefore water steady in a long-term is carried out to river
Matter, flow combined monitoring, accurate grasp water quality of river, changes in flow rate rule are necessary in real time, this is to promotion river
Water Environment Carrying Capacity, prevention and treatment river water contamination play a crucial role.
The hydrology, water quality monitoring station two major classes are mainly divided in existing monitoring station, but since the hydrology, water quality monitoring station are for its work
With different monitoring sections can be laid in, prevent the hydrology, water quality data limit river water environmental improvement from combining Real-Time Sharing
With protection work.Existing water quality monitoring station owner will monitor cross section of river water quality with water quality sensor, and according to SL 219-98
Rule installation water quality sensor, since river monitoring section is usually larger, the north are laid in the sampling of " monitoring water environment specification " rivers
River discharge, water level have significant change in 1 year, and water quality sensor installation position influences very monitoring data accuracy
Greatly, the adjustment of water quality sensor position is carried out after monitoring station arrangement again to be difficult to realize, once significant change occurs for river level, flow
It will be unable to the water quality situation for promptly and accurately grasping monitoring section water body afterwards, in view of the above-mentioned problems, now needing a kind of water quality sensor
Position-adjustable, water quality, flow combined monitoring novel intelligent monitoring station.
Utility model content
The purpose of this utility model is that being directed to the deficiency at existing medium or smallsized river water quality monitoring station, a kind of middle river is provided
Flowing water matter-flow quantity intelligent monitoring station, this monitoring station can realize water quality, flow combined monitoring, the adjustment of water quality sensor position optimization
New function, have water quality, flow monitoring data aggregate shared, the advantages that monitoring range is flexible, and data accuracy is high.
The utility model adopts the following technical solutions:
A kind of middle and small river water quality-flow quantity intelligent monitoring station mainly includes intelligent optimization regulating device, intellectual monitoring sheet
Body and grating sensing monitoring device three parts,
The intelligent optimization regulating device can carry out the adjustment of distance in the horizontal and vertical directions, and on it
Equipped with water depth sensor, water level sensor, flow sensor；
The grating sensing monitoring device is connected with intelligent optimization regulating device, for monitoring water quality；
The intellectual monitoring ontology and the intelligent optimization regulating device, grating sensing monitoring device carry out the biography of signal
It passs, the data that the water depth sensor, water level sensor, flow sensor and grating sensing monitoring device acquire can be carried out
Processing.
Further, the intelligent optimization regulating device extends device, sliding gusseted device, horizontal electric by support
Telescopic device and vertical electrical retractor composition；
The bottom that the support extends device is supported by the sliding gusseted device, and is supported and extended device
It is connected with horizontal electric telescopic device, horizontal electric telescopic device is connected with vertical electrical retractor；
In the junction installation of the horizontal electric telescopic device and vertical electrical retractor flow-velocity sensing
Device, water depth sensor；The installation water level sensor in the end of the vertical electrical retractor；
And the grating sensing monitoring device setting is connected with vertical electrical retractor, positioned at the lower section of water level sensor.
Further, extend on device in the support and be equipped with flexible cable reel spindle, it is flexible in the horizontal electric
Pulley is provided on device, primarily to guaranteeing that sensor and other device cables are stretched in telescopic device progress level, vertically
Destruction is not pullled when contracting.
Further, the intellectual monitoring ontology includes mounting rack, solar panel, power distribution cabinet, protective device and control
Case processed, the power distribution cabinet is interior to contain charge controller, battery, and the solar panel connect with charge controller, fills
Electric controller is connect with battery, and solar panel is arranged at the top of mounting rack, and power distribution cabinet is protected by protective device, distribution
Cabinet be control cabinet in power supply, the control cabinet include data acquisition module, data memory module, wireless data read module and
Wireless control module, the control cabinet are arranged below power distribution cabinet.
Further, the bottom of the mounting rack is equipped with stable triangular device, hoisting apparatus, and stable triangular device is placed in peace
Bottom is shelved, hoisting apparatus is fixed at the top of stable triangular device；The horizontal electric of hoisting apparatus and intelligent optimization regulating device
Telescopic device connection, the tilt angle relative to ground of controlled level electrical retractor.
Further, the solar panel, charge controller and battery form solar DC electricity generation system, will
Luminous energy is converted into electric energy and saves in battery, and the energy economic and environment-friendly, steady in a long-term, protection dress are provided for entire monitoring station
It is set to polycarbonate plate, waterproof, slim and graceful, shock resistance can protect power distribution cabinet and control cabinet, make monitoring station in various natural situations
It operates normally.
Further, the data acquisition module and data memory module are flowed water level, the depth of water, surface using sensor
Speed, water quality data timing acquiring are simultaneously stored in network cloud, when remote server request, are read by cloud using wireless data
The water level for being stored in network cloud, the depth of water, surface velocity, water quality data are sent to remote server, complete number by modulus block
According to teleengineering support.
Further, the wireless control module remote server request under, by cloud using acquisition water level,
Bathymetric data and intelligent optimization regulating device are optimized and revised at water quality sensor to river vertical line and vertical line up-sampling point, are improved
The accuracy of water quality data acquisition.
Further, the grating sensing monitoring device is made of water quality sensor and protection filter cylinder, the protection cartridge top portion
It is connect with vertical electrical retractor end, water quality sensor is placed in protection cartridge interior using buckle bolt.
Further, the protection filter cylinder is made of metallic support and metal screen, can weaken flow velocity, silt, aquatic
The influence to water quality sensor such as biology, guarantee water quality sensor it is steady in a long-term be monitored work.
Further, the stable triangular device, hoisting apparatus, support extension device and sliding gusseted device can be protected
Demonstrate,prove intellectual monitoring ontology and intelligent optimization regulating device stability, support extend device make horizontal electric telescopic device closer to
River center, avoids the waste of horizontal electric telescopic rod in horizontal direction, slides gusseted device and hoisting apparatus is adjustable
The angle of whole horizontal electric telescopic device and water surface curve improves the practical of intelligent optimization regulating device, makes it on different riverbanks
On can be used.
The method being monitored using above-mentioned adjustable water quality of river automatic monitor station, comprising the following steps:
(1) water quality-flow quantity intelligent monitoring station is installed；
1. intellectual monitoring ontology is assembled, by solar panel, protective device, power distribution cabinet, control cabinet, stable triangular device
It is loaded on mounting rack with hoisting apparatus, and connects related device cable；
2. adjusting intellectual monitoring ontology balance, one piece of opposed flattened platform is selected by the river, mounting rack bottom is buried
Make its stabilization in underground, adjusts stable triangular device, balance intellectual monitoring ontology further；
3. assembling intelligent optimization regulating device and grating sensing monitoring device, connection support extends device end and stretches with horizontal electric
The beginning of compression apparatus is connected using damp hinge connection horizontal electric telescopic device end with vertical electrical retractor beginning,
Flexible cable reel spindle is fixed on support to extend on device, sliding gusseted device is placed on ground and connects support extension
Pulley, water depth sensor, flow sensor are respectively arranged in horizontal electric telescopic device and vertical electrical retractor by device
Water level sensor is installed on vertical electrical retractor end, water quality sensor is installed on protection cartridge interior by junction,
Cartridge top portion will be protected to connect with vertical electrical retractor end completion intelligent optimization regulating device and grating sensing monitoring device
Assembling；
4. installing intelligent optimization regulating device, support is connected using damp hinge and extends device, connects hoisting apparatus and water
Flat electrical retractor first segment distal aperture position, adjustment hoisting apparatus and sliding gusseted device, fixed intelligent optimization
Sensor and other equipment cable are passed through pulley and access control cabinet by flexible cable reel spindle by regulating device to optimum position
Complete the installation of intelligent optimization regulating device；
(2) start distribution box interior power, check each device indicator light, it is ensured that monitoring station operates normally；
(3) remote work station is requested, and is adjusted intelligent optimization regulating device using wireless control module by cloud, will be passed
Sense monitoring device is placed in below water surface curve；
(4) remote work station is requested, and is read by cloud using data acquisition module, data memory module and wireless data
The waterlevel data being stored in network cloud is sent to remote work station by modulus block, utilizes step according to the waterlevel data of acquisition
(3) it optimizes and revises grating sensing monitoring device and is placed in sampling vertical line and vertical line up-sampling point optimum position；
(5) data acquisition module and wireless data read module are adjusted, data collection interval is set；
(6) when needing to carry out reading data, remote work station is operated, is carried out using monitoring data of the cloud to monitoring station
It reads and shows, be stored in remote work station, so that the analysis of follow-up study is handled；
(7) when monitoring section water level changes, carry out step (4) readjust water quality sensor set sampling vertical line and
The optimum position of vertical line up-sampling point.
Compared with prior art, the utility model has the following beneficial effects:
(1) water quality, flow combined monitoring station solve the hydrology, the combination of water quality monitoring station science because of the hydrology, water quality prison
The drawbacks of section is laid in different location and the hydrology, water quality data is caused to be unable to Real-Time Sharing is surveyed, monitoring station is enriched and improve
Function, while also for research river water environmental bearing capacity provide data supporting.
(2) design of intelligent optimization regulating device makes monitoring station have the new function of water quality sensor position optimization adjustment,
After significant change occurs for river level, flow water quality sensor can be optimized and revised by the water level that obtains in real time, data on flows
Position grasps the water quality situation of monitoring section water body in time, carries out water quality sensor position tune again after solving monitoring station arrangement
The whole problem being difficult to realize.
(3) it the combination of intellectual monitoring body bottom portion stable triangular device, hoisting apparatus and intelligent optimization regulating device and sets
Meter, so that water quality monitoring station is suitable for a variety of river widths and different terrain position, for different river widths and topographical position,
The devices such as stable triangular device, the electrical retractor of different size are selected, monitoring station is made to play optimal effect；
(4) water monitoring data is pre-stored in network cloud by the use of cloud, even if when special circumstances occur,
Early period, monitoring data will not lose, and improve the safety of data.
Detailed description of the invention
The accompanying drawings constituting a part of this application is used to provide further understanding of the present application, and the application's shows
Meaning property embodiment and its explanation are not constituted an undue limitation on the present application for explaining the application.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the intelligent optimization regulating device structural schematic diagram of the utility model；
Fig. 3 is the intellectual monitoring body construction schematic diagram of the utility model；
Fig. 4 is the grating sensing monitoring device structural schematic diagram of the utility model；
Wherein, 1, intelligent optimization regulating device, 2, intellectual monitoring ontology, 3, grating sensing monitoring device, 4, support extension device,
5, gusseted device, 6, flexible cable reel spindle, 7, horizontal electric telescopic device, 8, vertical electrical retractor, 9, cunning are slided
Wheel, 10, water depth sensor, 11, flow sensor, 12, water level sensor, 13, solar panel, 14, protective device, 15,
Power distribution cabinet, 16, mounting rack, 17, hoisting apparatus, 18, control cabinet, 19, stable triangular device, 20, protection filter cylinder, 21, water quality biography
Sensor.
Specific embodiment
It is noted that following detailed description is all illustrative, it is intended to provide further instruction to the application.Unless another
It indicates, all technical and scientific terms used herein has usual with the application person of an ordinary skill in the technical field
The identical meanings of understanding.
It should be noted that term used herein above is merely to describe specific embodiment, and be not intended to restricted root
According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singular
Also it is intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " packet
Include " when, indicate existing characteristics, step, operation, device, component and/or their combination.
As background technique is introduced, the hydrology, water quality monitoring station two major classes are mainly divided in existing monitoring station, but due to water
Text, water quality monitoring standing-meeting are laid in different monitoring sections for its effect, and there is the hydrology, water quality datas cannot reach joint in fact
When shared problem, in addition, river monitoring section is usually larger, river discharge, water level have significant change in 1 year, monitoring
Stand laying after carry out again water quality sensor position adjustment be difficult to realize, cause human observer that cannot grasp monitoring section water quality feelings in time
Condition.
In a kind of typical embodiment of the application, as Figure 1-Figure 4, a kind of adjustable water quality of river is provided
Flow automatic monitor station, including intelligent optimization regulating device 1, intellectual monitoring ontology 2 and grating sensing monitoring device 3, intellectual monitoring sheet
Body 2 is connect with intelligent optimization regulating device 1, and intelligent optimization regulating device 1 is connect with grating sensing monitoring device 3.This monitoring station passes through
Cloud is realized using data acquisition module, data memory module and wireless data read module to water quality, flow monitoring data
Acquisition, storage and joint-use, adjust dress using the intelligent optimization of wireless control module and design by having surveyed waterlevel data
It sets and optimizes and revises water quality sensor position.
Intelligent optimization regulating device includes that support extends device 4, sliding gusseted device 5, flexible cable reel spindle 6, water
Flat electrical retractor 7, vertical electrical retractor 8, pulley 9, water depth sensor 10, flow sensor 11, water level sensor
12, support is extended 4 top of device and is connect with 19 bottom of stable triangular device using damp hinge, and the cable reel spindle 6 that stretches utilizes spiral shell
Bolt is fixed on support and extends on device 4, and sliding gusseted device 5 rest on the ground and extends device 4 using bolt and support
Connection, 7 top drilling of horizontal electric telescopic device are connect using bolt with support extension device 4, horizontal electric telescopic device 7 the
One section distal aperture is connect using hinge bolt with hoisting apparatus 17, and 7 distal aperture of horizontal electric telescopic device utilizes Damping pivot
Chain is connect with vertical electrical retractor 8, and pulley 9, water depth sensor 10 and flow sensor 11 are utilized respectively bolt and buckle
Bolt is installed on junction, and water level sensor 12 is installed on vertical 8 end of electrical retractor using buckle bolt, vertical electronic
5 end of telescopic device is connect with grating sensing monitoring device 3.
Above-mentioned water depth sensor 10 is primarily to measure the water surface to water-bed distance, such as can pass using laser distance
Sensor, the sensor by emit especially short light pulse and measure this light pulse from be emitted to be reflected by the object back when
Between, the distance between object is calculated by surveying time interval；
Above-mentioned flow sensor 11 is primarily to detect the speed of water flow, such as contactless flow-velocity sensing can be used
Device, the sensor utilize laser-Doppler flow velocity measuring principle, and measurement passes through the Doppler signal of the trace particle of laser probe,
Speed is obtained further according to the relationship of speed and Doppler frequency；
Above-mentioned water level sensor 12 primarily to detect its position to the water surface distance, such as can be used liquid level biography
Sensor, the sensor are the principles proportional to the height of the liquid based on surveyed fluid pressure, are expanded using advanced isolated form
Silicon-sensitive element or ceramic capacitive pressure sensitive sensor are dissipated, static pressure is converted into electric signal, using temperature-compensating and linearly
Amendment, is converted to standard electric signal.
Intellectual monitoring ontology 2 includes solar panel 13, protective device 14, power distribution cabinet 15, mounting rack 16, hoisting apparatus
17, control cabinet 18, stable triangular device 19 are equipped with solar panel 13, power distribution cabinet 15 and protection at the top of intellectual monitoring ontology 2
Device 14, power distribution cabinet 15 is interior to be connect containing devices, solar panels 13 such as charge controller, batteries with charge controller,
Charge controller is connect with battery, and solar panel 13 is placed in 16 top of mounting rack, protective device 14 using angle bar bolt
It is mounted on 15 top of power distribution cabinet using angle bar bolt, middle part is equipped with control cabinet 18, contains data acquisition module, number in control cabinet 18
According to devices such as memory module, wireless data read module and wireless control modules, control cabinet 18 is placed in distribution using angle bar bolt
15 lower section of cabinet, equipped with stable triangular device 19 and hoisting apparatus 17, stable triangular device 19 is set using buckle bolt for body bottom of standing
In 16 bottom of mounting rack, hoisting apparatus 17 is fixed by bolts in 19 top of stable triangular device, and the other end connects intelligent optimization
Regulating device 1.
Stable triangular device 19, hoisting apparatus 17, support extends device 4 and sliding gusseted device 5 can guarantee intelligence
The stability of ontology and intelligent optimization regulating device is monitored, support, which extends device, makes horizontal electric telescopic device closer in river
Centre avoids the waste of horizontal electric telescopic rod in horizontal direction, slides gusseted device and the adjustable level of hoisting apparatus
The angle of electrical retractor and water surface curve improves the practical of intelligent optimization regulating device, makes it on different riverbanks
It uses.
Above-mentioned support, which extends device 4, can use a rod-like structure；
Above-mentioned sliding gusseted device 5 is made of two plane sliding support assemblings, is propped up using the structure of similar plane sliding support
Arm, which can be realized, to be moved horizontally and stretches vertically, when intelligent optimization regulating device rises or lands, related sliding gusseted dress
It sets rise landing and to corresponding height card slot, guarantees the steady of intelligent optimization regulating device and monitoring station body bottom gusseted device
It is qualitative；
Intelligence may be implemented by rotating its handle for a steel wire winding device manually controlled in above-mentioned hoisting apparatus 17
The rise of energy optimizing conditioning device is fallen.
Grating sensing monitoring device 3 includes protection filter cylinder 20 and water quality sensor 21, protects and utilizes cross buckle spiral shell at the top of filter cylinder 20
Bolt is connect with vertical 8 end of electrical retractor, and water quality sensor 21 is placed in inside protection filter cylinder 20 using buckle bolt.
Use the process of adjustable water quality of river flow automatic monitor station are as follows:
(1) whole device is installed
1. intellectual monitoring ontology 2 is assembled, by solar panel 13, protective device 14, power distribution cabinet 15, control cabinet 18, three
Angle stabilising arrangement 19 and hoisting apparatus 17 are installed on mounting rack 16 with angle bar bolt, buckle bolt, and are connected related device line
Cable；
2. adjusting monitoring station balance, one piece of opposed flattened platform is selected by the river, 16 bottom of mounting rack is buried in ground
Under make its stabilization, adjust stable triangular device 19, balance intellectual monitoring ontology 2 further；
3. assembling intelligent optimization regulating device 1 and grating sensing monitoring device 3, extend 4 end of device using support is bolted
With 7 top end of horizontal electric telescopic device, stretched using damp hinge connection 7 end of horizontal electric telescopic device with electronic vertically
8 top of compression apparatus, is fixed on support for flexible cable reel spindle 6 using bolt and extends on device 4, will slide gusseted device 5
It is placed on ground and extends device 4 using support is bolted, pulley 9, water depth sensor 10, flow sensor 11 is sharp respectively
It is installed on 8 junction of horizontal electric telescopic device 7 and vertical electrical retractor with bolt and buckle bolt, utilizes buckle bolt
Water level sensor 12 is installed on vertical 8 end of electrical retractor, water quality sensor 21 is installed on guarantor using buckle bolt
It protects inside filter cylinder 20,20 top of filter cylinder will be protected to connect with vertical 8 end of electrical retractor using cross buckle bolt and complete intelligence
The assembling of energy optimizing conditioning device 1 and grating sensing monitoring device 3；
4. installing intelligent optimization regulating device 1, support is connected using damp hinge and extends device 4, is connected using hinge bolt
Connect hoisting apparatus 17 and 7 first segment distal aperture position of horizontal electric telescopic device, adjustment hoisting apparatus 17 and sliding triangle branch
Sensor and other equipment cable are passed through pulley and passed through by support arrangement 5, fixed intelligent optimization regulating device 1 to optimum position
Flexible cable reel spindle 6 accesses the installation that control cabinet 18 completes intelligent optimization regulating device 1；
(2) start distribution box interior power, check each device indicator light, it is ensured that monitoring station operates normally；
(3) remote work station is requested, and adjusts intelligent optimization regulating device 1 using wireless control module by cloud, will
Grating sensing monitoring device 3 is placed in below water surface curve；
(4) remote work station is requested, and is read by cloud using data acquisition module, data memory module and wireless data
The waterlevel data being stored in network cloud is sent to remote work station by modulus block, utilizes step according to the waterlevel data of acquisition
(3) optimizing regulation grating sensing monitoring device 3 is placed in sampling vertical line and vertical line up-sampling point optimum position；When river level, flow are sent out
After raw significant change water quality sensor position can be optimized and revised, is slapped in time by water level that sensor obtains in real time, data on flows
The water quality situation for holding monitoring section water body carries out what the adjustment of water quality sensor position was difficult to realize after solving monitoring station arrangement again
Problem.
(5) data acquisition module and wireless data read module are adjusted, data collection interval is set；
(6) when needing to reading data, remote work station is operated, is read using monitoring data of the cloud to monitoring station
It takes and shows, be stored in remote work station, so that the analysis of follow-up study is handled；
(7) when monitoring section water level changes, progress step (4), which readjusts grating sensing monitoring device 3 and sets to sample, hangs down
The optimum position of line and vertical line up-sampling point.
The foregoing is merely preferred embodiment of the present application, are not intended to limit this application, for the skill of this field
For art personnel, various changes and changes are possible in this application.Within the spirit and principles of this application, made any to repair
Change, equivalent replacement, improvement etc., should be included within the scope of protection of this application.
Claims (9)
1. a kind of middle and small river water quality-flow quantity intelligent monitoring station, which is characterized in that mainly include intelligent optimization regulating device, intelligence
Ontology and grating sensing monitoring device three parts can be monitored；
The intelligent optimization regulating device can carry out in the horizontal and vertical directions the adjustment of distance, and be equipped on it
Water depth sensor, water level sensor, flow sensor；
The grating sensing monitoring device is connected with intelligent optimization regulating device, for monitoring water quality；
The intellectual monitoring ontology and the intelligent optimization regulating device, grating sensing monitoring device carry out the transmitting of signal, energy
Enough data acquired to the water depth sensor, water level sensor, flow sensor and grating sensing monitoring device are handled.
2. middle and small river water quality-flow quantity intelligent monitoring station as described in claim 1, which is characterized in that the intelligent optimization tune
Regulating device extends device, sliding gusseted device, horizontal electric telescopic device and vertical electrical retractor by support and forms；
The bottom that the support extends device is supported by the sliding gusseted device, and is supported and extended device and water
Flat electrical retractor is connected, and horizontal electric telescopic device is connected with vertical electrical retractor；
In the junction installation of the horizontal electric telescopic device and vertical electrical retractor flow sensor, water
Deep sensor；The installation water level sensor in the end of the vertical electrical retractor；
And the grating sensing monitoring device setting is connected with vertical electrical retractor, positioned at the lower section of water level sensor.
3. middle and small river water quality-flow quantity intelligent monitoring station as claimed in claim 2, which is characterized in that prolong in the support
Growth device is equipped with flexible cable reel spindle, is provided with pulley on the horizontal electric telescopic device.
4. middle and small river water quality-flow quantity intelligent monitoring station as described in claim 1, which is characterized in that the intellectual monitoring sheet
Body includes mounting rack, solar panel, power distribution cabinet, protective device and control cabinet, in the power distribution cabinet containing charge controller,
Battery, the solar panel are connect with charge controller, and charge controller is connect with battery, solar panel
It is arranged at the top of mounting rack, power distribution cabinet is protected by protective device, and power distribution cabinet is that power supply, the control cabinet include in control cabinet
Data acquisition module, data memory module, wireless data read module and wireless control module, the control cabinet are mounted on installation
On frame and it is arranged below power distribution cabinet.
5. middle and small river water quality-flow quantity intelligent monitoring station as claimed in claim 4, which is characterized in that the bottom of the mounting rack
Portion is equipped with stable triangular device, hoisting apparatus, and stable triangular device is placed in mounting rack bottom, and hoisting apparatus is fixed on stable triangular
At the top of device；Hoisting apparatus is connect with the horizontal electric telescopic device of intelligent optimization regulating device, controlled level electric expansion dress
The tilt angle relative to ground set.
6. middle and small river water quality-flow quantity intelligent monitoring station as claimed in claim 4, which is characterized in that the data acquisition module
Block and data memory module utilize sensor by water level, the depth of water, surface velocity, water quality data timing acquiring and to be stored in network cloud
End, when remote server request when, by cloud utilize wireless data read module, by be stored in network cloud water level,
The depth of water, surface velocity, water quality data are sent to remote server, complete the teleengineering support of data.
7. middle and small river water quality-flow quantity intelligent monitoring station as claimed in claim 4, which is characterized in that the wireless controlled molding
Block utilizes water level, bathymetric data and the intelligent optimization regulating device of acquisition, optimization under remote server request, through cloud
It adjusts at water quality sensor to river vertical line and vertical line up-sampling point, improves the accuracy of water quality data acquisition.
8. middle and small river water quality-flow quantity intelligent monitoring station as described in claim 1, which is characterized in that the sensor monitoring dress
It sets and is made of water quality sensor and protection filter cylinder, the protection cartridge top portion is connect with vertical electrical retractor end, water quality
Sensor is placed in protection cartridge interior using buckle bolt.
9. middle and small river water quality-flow quantity intelligent monitoring station as claimed in claim 8, which is characterized in that the protection filter cylinder
It is made of metallic support and metal screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920022851.4U CN209197798U (en) | 2019-01-07 | 2019-01-07 | A kind of middle and small river water quality-flow quantity intelligent monitoring station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920022851.4U CN209197798U (en) | 2019-01-07 | 2019-01-07 | A kind of middle and small river water quality-flow quantity intelligent monitoring station |
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| Publication Number | Publication Date |
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| CN209197798U true CN209197798U (en) | 2019-08-02 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109612533A (en) * | 2019-01-07 | 2019-04-12 | 山东大学 | A kind of middle and small river water quality-flow quantity intelligent monitoring station and monitoring method |
| CN110531684A (en) * | 2019-09-24 | 2019-12-03 | 苏州南师大科技园投资管理有限公司 | A kind of remote hydrographic monitoring system |
-
2019
- 2019-01-07 CN CN201920022851.4U patent/CN209197798U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109612533A (en) * | 2019-01-07 | 2019-04-12 | 山东大学 | A kind of middle and small river water quality-flow quantity intelligent monitoring station and monitoring method |
| CN110531684A (en) * | 2019-09-24 | 2019-12-03 | 苏州南师大科技园投资管理有限公司 | A kind of remote hydrographic monitoring system |
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