CN108549000A - A kind of on-line monitoring equipment of breeding water body health water quality - Google Patents
A kind of on-line monitoring equipment of breeding water body health water quality Download PDFInfo
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- CN108549000A CN108549000A CN201810255930.XA CN201810255930A CN108549000A CN 108549000 A CN108549000 A CN 108549000A CN 201810255930 A CN201810255930 A CN 201810255930A CN 108549000 A CN108549000 A CN 108549000A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/12—Testing dielectric strength or breakdown voltage ; Testing or monitoring effectiveness or level of insulation, e.g. of a cable or of an apparatus, for example using partial discharge measurements; Electrostatic testing
- G01R31/18—Subjecting similar articles in turn to test, e.g. go/no-go tests in mass production
Abstract
The present invention relates to a kind of on-line monitoring equipments of diagnosis breeding water body health water quality, including：Slave computer for monitoring water quality, host computer, telescopic rod and remote terminal for controlling slave computer monitoring, further include propeller and buoyancy tank；Slave computer can be connected to the lower section of host computer, host computer and slave computer by telescopic rod and connect realization data transmission by circuit up or down, and remote terminal is connected with host computer by communication apparatus communication；Propeller is connect with host computer, and buoyancy tank is mounted on the outside of host computer.Inlet and outlet are equipped with outside slave computer, the outfall sewer for being internally provided with the water inlet manifold being connected to water inlet and being connected to water outlet, it is in parallel between water inlet manifold and outfall sewer to be equipped with several branch pipes, it is equipped with valve on every branch pipe, detector is equipped with below each valve.The equipment can adjust the depth in monitoring waters so that monitoring region is more extensive.Belong to breeding water body water quality monitoring technical field.
Description
Technical field
The present invention relates to the online of breeding water body water quality monitoring technical field more particularly to a kind of breeding water body health water quality
Monitoring device.
Background technology
Currently used automatic water quality monitoring is using online automatic analytical instrument as core, with sensor technology, certainly
A set of on-line monitoring body of dynamic measuring technique, Computer Applied Technology and relevant dedicated analysis software and communication network composition
System.Compared with usual manner, automatic water quality monitoring technology and device have many good qualities：Low-power consumption, micromation, low cost it is wireless
Sensor network node device is deployed in cultivating pool everywhere, can monitor the growing environment element of various aquatic products in real time,
Including dissolved oxygen content, water temperature, pH value, ammonia nitrogen amount and total phosphorus content etc..With traditional sensor acquisition means (such as wired sensor
Net etc.) compare, wireless sensor network node device have many advantages, such as self-organizing, flexibility by force, good reliability, can be round-the-clock
The real-time acquisition of culture environment of aquatic products monitoring field data is effectively solved unattendedly, processing, is wirelessly transferred and wirelessly from group
Key issues of net.But there are still many problems：(1) automatic water quality monitoring system self-operating energy force difference, equipment failure rate are high, steady
Qualitative low or construction cost is excessively high to lead to that application should not be installed on a large scale；(2) automation degree of equipment is low, the parameter of monitoring
It is few, cannot round-the-clock on-line monitoring effectively be carried out to water quality condition；(3) monitoring device can not by defined monitoring point sampling,
Cause sample data collection not comprehensive.
Invention content
For the technical problems in the prior art, the purpose of the present invention is：A kind of breeding water body health water quality is provided
On-line monitoring equipment, the equipment can adjust monitoring waters depth so that monitoring region it is more extensive.
In order to achieve the above object, the present invention adopts the following technical scheme that：
A kind of on-line monitoring equipment of breeding water body health water quality, including：For monitoring the slave computer of water quality, for controlling
Host computer, telescopic rod and the remote terminal of slave computer monitoring, further include propeller and buoyancy tank；Slave computer can be upper and lower by telescopic rod
It is movably attached to connect by circuit in the lower section of host computer, host computer and slave computer and realizes data transmission, remote terminal and upper
Position machine is connected by communication apparatus communication；Propeller is connect with host computer, and buoyancy tank is mounted on the outside of host computer.
Preferably, inlet and outlet are equipped with outside slave computer, be internally provided with the water inlet manifold that is connected to water inlet with
And the outfall sewer being connected to water outlet, it is in parallel between water inlet manifold and outfall sewer to be equipped with several branch pipes, on every branch pipe
Equipped with valve, detector is equipped with below each valve.After this structure, multiple indexs can be monitored simultaneously, comprehensively
Monitor the water quality health degree of breeding water body.
Preferably, host computer includes：Body and head cover, internal body are electric with master controller equipped with master controller and respectively
Power-supply device, drive control device, fault alarm, lifting controller, navigation device and the motor of connection；Head cover top be equipped with
The display screen of fault alarm electrical connection, drive control device are electrically connected with navigation device；Propeller is connect with motor.Display screen is
LED display.After this structure, using auto-control pattern, flexibility is strong, reliability is high.
Preferably, water level detector is additionally provided on water inlet, water inlet is higher than water outlet, and water inlet manifold is total higher than water outlet
Pipe.After this structure, the natural flow detection of water quality, convenient and energy-saving are utilized.
Preferably, each valve is connect by conducting wire with master controller respectively, each detector by RS485 buses respectively with
Master controller connects.
Preferably, host computer further includes the Miniature retractable motor being electrically connected with lifting controller, and lifting controller passes through micro-
Type telescope motor control telescopic rod is flexible to realize moving up and down for slave computer；Propeller is that 360 ° of full circle swinging Z-types promote Kaplan
Device.It is moved in the horizontal plane for realizing equipment.After this structure, equipment can voluntarily on the water surface 360 ° movement, can
To reach the depth monitored needed for breeding water body automatically.
Preferably, further include power generator；Power generator is mounted on buoyancy tank, and power generator is connect with power-supply device；Hair
Denso is set to solar panel and/or wind-driven generator.After this structure, using generating electricity by natural energy and store to electricity
In source device, environmental protection and can self-generating be also not required to be periodically equipment charge without configuring bulky accumulator, can be complete
Weather monitors breeding water body.
Preferably, the bottom of telescopic rod is equipped with mounting base, is additionally provided with telescoping tube between host computer and slave computer, conducting wire and
RS485 buses from bottom to top pass through telescoping tube.After this structure, mounting base can enhance between host computer and slave computer
Connective stability, telescoping tube so that device structure is more orderly while protecting conducting wire and RS485 buses.
Preferably, conducting wire and RS485 buses are from bottom to top passed through from the inside of telescopic rod.After this structure,
While protection conducting wire and RS485 buses device structure is more orderly simplified.
Preferably, the lower part of slave computer is uniformly provided with several plummets.After this structure, equipment can be effectively improved
Stability.
The principle of the present invention is：(1) navigation device sends real-time position information to remote terminal, drive control device and navigation
Device is connected, and passes through the circuit connection between drive control device and master controller and the circuit between driving motor and master controller
Connection drives propeller operation by drive control device driving motor, equipment is made voluntarily to be moved on the water surface, automatic to reach cultivation
The region monitored needed for water body.The automatic cruising to host computer may be implemented.
(2) by main controller controls lifting controller, lifting controller controls telescopic rod by Miniature retractable motor again
It is flexible to realize moving up and down for slave computer, so that slave computer is reached different depth monitorings, the water-level detecting of water inlet setting
Device is used for the depth in feedback monitoring region.
(3) detector and valve are set on branch pipe in parallel between inlet pipeline and outlet pipeline, monitored independently of each other
Different indexs, monitoring result are more precisely illustrated, and utilize being turned on and off to select to monitor for each valve of main controller controls
Time and monitoring index, using the index parameter in detector monitors waters, the index that need to be monitored according to different breeding place
Select corresponding detector；And multiple indexs are monitored simultaneously, comprehensively monitor the water quality health degree of breeding water body.Using failure
The mode alert of alarm and display screen.
(4) detector is by the data detected by RS485 bus transfers to master controller, and master controller is by data analysis
It is sent to after processing through remote terminal, or receives the instruction that remote terminal is sent, then control power-supply device and/or driving control
The work of device processed and/or barrier alarm and/or lifting controller, navigation device and/or motor.
(5) using generating electricity by natural energy and stored into power-supply device using power generator, environmental protection and can self-generating, with
Just round-the-clock monitoring is carried out.
Generally speaking, the invention has the advantages that：
1. using telescopic rod connection host computer and slave computer, in the vertical direction by the flexible drive slave computer of telescopic rod
It is mobile, the depth in monitoring waters can be adjusted, monitoring region is more extensive, and the breeding water body region point of acquisition is more.
2. monitoring using several branch pipes in parallel and at branch pipe, the index that can be monitored simultaneously is more, and monitoring range is wider, number
According to more comprehensively, be conducive to the health degree for comprehensively detecting water quality.
3. continuing a journey using generating electricity by natural energy, it can ensure the round-the-clock running of equipment while environmentally protective.
4. any angle can be moved on the water surface, flexibility is strong to Kaplan propeller using 360 ° of full circle swinging Z-types.
5. combining sensor technology, computer data analytical technology, cordless communication network technology, location navigation and automatic
Cruise technology can realize the acquisition for carrying out water quality data information according to the monitoring point planned in advance in water quality monitoring region,
High degree of automation, can not only obtain the real-time water analysis measured value of a certain stationary monitoring point, and the monitoring is calculated
The average value per hour, daily, weekly of the water quality information data of point, while generating trend analysis figure；It can also be in multiple prisons
When measuring point cruise monitoring, the water analysis measured value at the monitoring moment of each monitoring point is first obtained, then all monitorings are calculated
The average value of the water quality information data of point, and the data area detected is wide, and data information is more comprehensive, makes the water of culturing area
Matter situation is very clear, is especially advantageous for comprehensive control to the real-time condition of culturing area, to rational further to formulate
Water correction measure provides accurate information guiding, effectively improves the yield of cultured product and ensures its quality, has significant
Economic benefit.
Description of the drawings
Fig. 1 is the structural schematic diagram of the present invention.
Fig. 2 is the annexation figure between master controller and each component.
Fig. 3 is the frame diagram of master controller.
Wherein, 1- host computers, 101- bodies, 102- head covers, 103- buoyancy tanks, 104- master controllers, 105- power-supply devices,
106- drive control devices, 107- fault alarms, 108- lifting controllers, 109- navigation devices, 110- motors, 111- are promoted
Device, 112- communication equipments, 113- solar panels, 114- wind-driven generators, 115-LED display screens, 116- telescopic rods,
117- mounting bases, 118- telescoping tubes, 2- slave computers, 201- water inlets, 202- water level detectors, 203- water outlets, 204- water inlets
Manifold, 205- outfall sewer, first valve of 206-, 207- dissolvings oxygen detector, second valve of 208-, 209-pH detections
Device, 210- thirds valve, 211- turbidity detectors, the 4th valve of 212-, 213- conductivity detectors, 214- the 5th
Valve, 215- water hardness detector, the 6th valve of 216-, 217- temperature detectors, 218- the 7th valve, 219- ions
Analyzer, 3- remote terminals.
Specific implementation mode
It is next below in conjunction with the accompanying drawings that the present invention will be further described in detail.
A kind of on-line monitoring equipment of breeding water body health water quality, including：It is slave computer 2, host computer 1, telescopic rod 116, remote
Journey terminal 3, propeller 111, buoyancy tank 103, communication equipment 112 and power generator, slave computer 2 by telescopic rod 116 can on move down
It is connected to the lower section of host computer 1 dynamicly.Host computer 1 and slave computer 2 realize data transmission and control by conducting wire and RS485 buses
System, remote terminal 3 and host computer 1 are communicated to connect by communication equipment 112.In the present embodiment, which is used for
The breeding water body of Penaeus Vannmei is diagnosed, it is pH value, the temperature of water body that the index diagnosed is needed in the breeding water body of Penaeus Vannmei
Degree, turbidity, conductivity, hardness, dissolved oxygen content, ammonia-nitrogen content, content of nitrite, permanganate content, total phosphorus content, total nitrogen
Content.
In the present embodiment, the bottom of telescopic rod 116 is equipped with mounting base 117, to enhance between host computer 1 and slave computer 2
Connective stability is additionally provided with a telescoping tube 118 between host computer 1 and slave computer 2.Two buoyancy tanks 103 are mounted on outside host computer 1
The left and right sides makes host computer 1 float on the surface always.Power generator includes solar panel 113 and wind-driven generator 114.
Solar panel 113 and wind-driven generator 114 be located at the top for being located at two buoyancy tanks 103 and with power-supply device 105
Electrical connection, using generating electricity by natural energy and stores into the power-supply device 105.Communication equipment 112 is located at the top of head cover 102
And be connected with master controller 104, LED display 115 is located at the top of head cover 102.
In the present embodiment, 2 outside of slave computer is equipped with water inlet 201 and water outlet 203, is internally provided with 204 He of water inlet manifold
Outfall sewer 205 is additionally provided with water level detector 202 on water inlet 201, to the water inlet 201 of real-time detection slave computer 2
Water level information, water inlet manifold 204 are connected with water inlet 201, and outfall sewer 205 is connected with water outlet 203, in water inlet manifold
Parallel connection is equipped with seven branch pipes between 204 and outfall sewer 205, from left to right respectively first branch pipe, second branch pipe, third
A branch pipe, the 4th branch pipe, the 5th branch pipe, the 6th branch pipe, the 7th branch pipe are equipped with first valve on first branch pipe
Door 206 and dissolving oxygen detector 207, are equipped with second valve 208 and pH detectors 209, in third on second branch pipe
Branch pipe is equipped with third valve 210 and turbidity detector 211, and the 4th valve 212 and conductance are equipped on the 4th branch pipe
Rate detector 213 is equipped with the 5th valve 214 and water hardness detector 215 on the 5th branch pipe, is set on the 6th branch pipe
There are the 6th valve 216 and temperature detector 217, the 7th valve 218 and ion analyser are equipped on the 7th branch pipe
219, include nh 3-n analyser, nitrite analyzer, permanganate analyzer, total phosphorus analyzer in ion analyser 219
With total blood urea/nitrogen analyzer, first valve, 206, second valves 208, third valve 210, the 4th valve 212, the 5th valve
214, the 6th valves 216 of door, the 7th valve 218 are connected to master controller 104 by conducting wire respectively, dissolve oxygen detector
207, pH detectors 209, turbidity detector 211, conductivity detector 213, water hardness detector 215, temperature detector 217,
Master controller 104 is connected to by RS485 buses respectively with ion analyser 219, conducting wire is from bottom to top worn with RS485 buses
Cross telescoping tube 118.The lower part of slave computer 2 is uniformly provided with several plummet (not shown)s, under capable of ensureing to a certain extent
The stability of position machine 2.
Host computer 1 includes：Body 101 and the head cover 102 above body 101, body 101 are internally provided with master controller
104 and be electrically connected respectively with master controller 104 power-supply device 105, drive control device 106, fault alarm 107, lifting
Controller 108, navigation device 109 and motor 110；Further include the Miniature retractable motor being electrically connected with lifting controller 108, lifting
Controller 108 is connect with telescopic rod 116 by Miniature retractable motor and controls the upper and lower of the flexible realization slave computer 2 of telescopic rod 116
It is mobile.102 top of head cover is equipped with the LED display 115 being electrically connected with fault alarm 107.Drive control device 106 is filled with navigation
Set 109 electrical connections.Propeller 111 be 360 ° of full circle swinging Z-types to Kaplan propeller 111, propeller 111 connect with motor 110 and
Positioned at 1 outside of host computer, moved in the horizontal plane for realizing equipment.Power-supply device 105 is each portion using the electric energy of storage
Part is powered.
Master controller 104 is connected to remote terminal 3 by communication equipment 112, and communication equipment 112 is wireless telecommunications teletransmission mould
Block, remote terminal 3 include input unit, central processing unit, storage unit, output unit, user interface, and input unit receives
The data that master controller 104 is transmitted, and data processing is carried out by central processing unit, it is carried out in a certain stationary monitoring point
When water quality monitoring, what is obtained is the real-time water analysis measured value of the monitoring point, and the water quality information of the monitoring point is calculated
The average value per hour, daily, weekly of data, while generating trend analysis figure；When multiple monitoring points are cruised and are monitored, first
To the water analysis measured value at the monitoring moment of each monitoring point, then be calculated all monitoring points water quality information data it is flat
Mean value, and all data are stored in the storage unit, it is equipped with historical data module in storage unit, is connect by user
Mouth can check the history water quality information data stored in historical data module, and output unit includes short being disappeared by what serial port was supported
Breath service or Email, are connected to the ethernet port of internet, the data information of water quality are sent to user.
Wherein, it is equipped with drive control device memory in drive control device 106, water quality is prestored in drive control device memory
Monitoring region monitoring location data and Route Planning Data, drive control device 106 are connected with navigation device 109, navigation device
109 include GPS satellite alignment sensor, electronic compass and inertial navigation module, and GPS satellite alignment sensor sends real time position
Information passes through circuit connection between drive control device 106 and master controller 104 and motor 110 and master control to remote terminal 3
Circuit connection between device 104 processed, may be implemented the self-navigation to host computer 1.Host computer 1 is according to drive control device memory
The water quality monitoring area monitoring point position data and path planning inside to prestore.
Include data memory module, data processing module, data transmission blocks, data memory module in master controller 104
Receive navigation device 109, dissolving oxygen detector 207, pH detectors 209, turbidity detector 211, conductivity detector 213, water
Hardness tester 215, temperature detector 217 and ion analyser 219 and the data of the transmission of water level detector 202 are simultaneously deposited
Storage, then data are analyzed and handled by data processing module, it then is sent to remote terminal 3 by data transmission blocks, together
When, master controller 104 also receives the instruction sended over from remote terminal 3, and controls power-supply device 105, drive control device
106, the work of fault alarm 107, lifting controller 108, navigation device 109 and motor 110.
When in use, slave computer 2 and host computer 1 are put into water body, connect each circuit and pipeline, power-supply device 105
It is powered for all parts using the electric energy of storage, meanwhile, natural energy resources are utilized by solar panel 113, wind-driven generator 114
It generates electricity and stores into the power-supply device 105.Master controller 104 is remotely started by the operation of remote terminal 3 first, by
Master controller 104 sends instructions to drive control device 106, further makes under the work of navigation device 109 and propeller 111
Slave computer 2 and host computer 1 carry out mobile cruise according to the monitoring point and path planned in advance, after reaching specified monitoring point,
Lifting controller 108 is sent a command to by master controller 104, the flexible water inlet for making slave computer 2 of control telescopic rod 116 reaches
To at specified water level depth, the unlatching of the valve on each branch pipe is then controlled by master controller 104, then by each branch pipe
Detector carry out water quality monitoring, and by data transmission return master controller 104, by the data memory module in master controller 104
Store navigation device 109, dissolving oxygen detector 207, pH detectors 209, turbidity detector 211, conductivity detector 213, water
The data that hardness tester 215, temperature detector 217 and ion analyser 219 and water level detector 202 transmit, then by data
Processing module is analyzed and is handled to data, is then sent to remote terminal 3 by data transmission blocks, and input unit receives master
The data that controller 104 is transmitted, and data processing is carried out by central processing unit, it is carried out in a certain stationary monitoring point
When water quality monitoring, what is obtained is the real-time water analysis measured value of the monitoring point, and the water quality information of the monitoring point is calculated
The average value per hour, daily, weekly of data, while generating trend analysis figure；When multiple monitoring points are cruised and are monitored, first
To the water analysis measured value at the monitoring moment of each monitoring point, then be calculated all monitoring points water quality information data it is flat
Mean value, and all data are stored in storage unit, it is additionally provided with historical data module in storage unit, passes through user interface
It can check the history water quality information data stored in historical data module, output unit includes the short message supported by serial port
Service or Email, are connected to the ethernet port of internet, the data information of water quality are sent to user.
Practical application：
Practical situations analysis is carried out by taking certain leg Shrimp Litopenaeus vannamei as an example：
1, water quality sampling monitoring is carried out with a certain stationary monitoring point, obtains the data daily weekly per hour of the monitoring point
As shown in table 1.
Table 1：The water monitoring data of 4 periods of a certain stationary monitoring point in breeding water body
2, by taking 10 monitoring points as an example, when at the morning 10 of some day -11 between, each monitoring point respectively survey a number
According to obtaining the data and average value of each monitoring point, as shown in table 2；
Table 2：The water monitoring data table of 10 monitoring points in breeding water body
By above-mentioned data as it can be seen that carrying out the water of the leg Shrimp Litopenaeus vannamei using the water quality online equipment of the present invention
Quality supervision is surveyed, and can realize the acquisition for carrying out water quality data information according to the monitoring point planned in advance in water quality monitoring region, from
Dynamicization degree is high, can not only obtain the real-time water analysis measured value of a certain stationary monitoring point, and the monitoring point is calculated
Water quality information data average value per hour, daily, weekly, while generating trend analysis figure；It can also be in multiple monitorings
When point cruise monitoring, the water analysis measured value at the monitoring moment of each monitoring point is first obtained, then all monitoring points are calculated
Water quality information data average value, and detect data area it is wide, data information is more comprehensive, makes the water quality of culturing area
Situation is very clear, is especially advantageous for comprehensive control to the real-time condition of culturing area, changes further to formulate rational water quality
Kind measure provides accurate information guiding, effectively improves the yield of Penaeus Vannmei and ensures its quality, has significant economical
Benefit.
It, can also be by conducting wire and RS485 buses from bottom to top from telescopic rod other than the mode that above-described embodiment refers to
116 inside passes through, and has simplified the structure of equipment again while playing protection conducting wire and RS buses.These mapping modes exist
In protection scope of the present invention.
The above embodiment is a preferred embodiment of the present invention, but embodiments of the present invention are not by above-described embodiment
Limitation, it is other it is any without departing from the spirit and principles of the present invention made by changes, modifications, substitutions, combinations, simplifications,
Equivalent substitute mode is should be, is included within the scope of the present invention.
Claims (10)
1. a kind of on-line monitoring equipment of diagnosis breeding water body health water quality, which is characterized in that including：For monitoring under water quality
Position machine, host computer, telescopic rod and remote terminal for controlling slave computer monitoring, further include propeller and buoyancy tank；Slave computer is logical
Cross telescopic rod can be connected to up or down the lower section of host computer, host computer and slave computer by circuit connect realize data pass
Defeated, remote terminal is connected with host computer by communication apparatus communication；Propeller is connect with host computer, and buoyancy tank is mounted on outside host computer
Side.
2. the on-line monitoring equipment of diagnosis breeding water body health water quality described in accordance with the claim 1, it is characterised in that：Slave computer
Outside is equipped with inlet and outlet, and the water outlet for being internally provided with the water inlet manifold being connected to water inlet and being connected to water outlet is total
Pipe, it is in parallel between water inlet manifold and outfall sewer to be equipped with several branch pipes, it is equipped with valve, the lower section of each valve on every branch pipe
It is equipped with detector.
3. the on-line monitoring equipment of diagnosis breeding water body health water quality described in accordance with the claim 1, it is characterised in that：Host computer
Including：Body and head cover, internal body are equipped with master controller and the power-supply device being electrically connected respectively with master controller, driving control
Device, fault alarm, lifting controller, navigation device and motor processed；Head cover top is aobvious equipped with what is be electrically connected with fault alarm
Display screen, drive control device are electrically connected with navigation device；Propeller is connect with motor.
4. diagnosing the on-line monitoring equipment of breeding water body health water quality according to claim 2, it is characterised in that：Water inlet
On be additionally provided with water level detector, water inlet is higher than water outlet, and water inlet manifold is higher than outfall sewer.
5. diagnosing the on-line monitoring equipment of breeding water body health water quality according to claim 2, it is characterised in that：Each valve
It is connect respectively with master controller by conducting wire, each detector is connect with master controller by RS485 buses respectively.
6. the on-line monitoring equipment of diagnosis breeding water body health water quality described in accordance with the claim 3, it is characterised in that：Host computer
Further include the Miniature retractable motor being electrically connected with lifting controller, lifting controller controls telescopic rod by Miniature retractable motor and stretches
Moving up and down for slave computer is realized in contracting；Propeller is 360 ° of full circle swinging Z-types to Kaplan propeller.
7. the on-line monitoring equipment of diagnosis breeding water body health water quality described in accordance with the claim 1, it is characterised in that：Further include
Power generator；Power generator is mounted on buoyancy tank, and power generator is connect with power-supply device；Power generator is solar panel
And/or wind-driven generator.
8. diagnosing the on-line monitoring equipment of breeding water body health water quality according to claim 5, it is characterised in that：Telescopic rod
Bottom be equipped with mounting base, telescoping tube is additionally provided between host computer and slave computer, conducting wire and RS485 buses from bottom to top pass through
Telescoping tube.
9. diagnosing the on-line monitoring equipment of breeding water body health water quality according to claim 5, it is characterised in that：Conducting wire and
RS485 buses are from bottom to top passed through from the inside of telescopic rod.
10. the on-line monitoring equipment of diagnosis breeding water body health water quality described in accordance with the claim 3, it is characterised in that：It is the next
The lower part of machine is uniformly provided with several plummets.
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| CN109270014A (en) * | 2018-09-28 | 2019-01-25 | 东南大学 | Water quality automonitor and monitoring method under a kind of multifunctional water |
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| CN111272965B (en) * | 2020-03-10 | 2022-05-10 | 广东通达检测技术有限公司 | Remote multi-parameter water quality detection equipment and water quality detection method |
| CN111727925A (en) * | 2020-08-20 | 2020-10-02 | 国网浙江省电力有限公司湖州供电公司 | A oxygen content intelligent monitoring device for aquaculture |
| CN112344991A (en) * | 2020-10-29 | 2021-02-09 | 山东省科学院海洋仪器仪表研究所 | General type deep and open sea cage culture environment parameter acquisition terminal |
| CN112363430A (en) * | 2020-11-05 | 2021-02-12 | 海南省海洋与渔业科学院 | Culture monitoring device for deep sea wind wave resistant net cage and control method thereof |
| CN112363430B (en) * | 2020-11-05 | 2024-04-09 | 海南省海洋与渔业科学院 | Culture monitoring device for deep sea wind wave resistant net cage and control method thereof |
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| CN114858989A (en) * | 2022-04-19 | 2022-08-05 | 湖南农业大学 | Water ecological environment monitoring device and method based on artificial intelligence |
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Application publication date: 20180918 |