CN206594542U - A kind of novel intelligent aerator based on arrowband Internet of Things - Google Patents
A kind of novel intelligent aerator based on arrowband Internet of Things Download PDFInfo
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- CN206594542U CN206594542U CN201720223156.5U CN201720223156U CN206594542U CN 206594542 U CN206594542 U CN 206594542U CN 201720223156 U CN201720223156 U CN 201720223156U CN 206594542 U CN206594542 U CN 206594542U
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Abstract
The utility model provides a kind of novel intelligent aerator based on arrowband Internet of Things, during power failure, can still carry out water quality monitoring and report relevant information to backstage；Multichannel water quality monitoring function and automatic start-stop aerator function are provided simultaneously with, efficient and convenient experience effect is brought to cultivation practitioner；Warned by carrying out layering water quality monitoring and abnormal LED modules with different colors to water body, monitoring is reliable and monitoring result reflection is more directly perceived；By the aerator formation joint-action mechanism to being arranged in same culturing pool, data sharing, control linkage is more conform with the artificial control method of live reality, science and conveniently；The presetting rules of order by performing, carries out supplement oxygenation in special time period, a line practice result is embodied in by scientific method, easily allows a line technology personnel to convince；Remote back-office management platform or the control instruction priority level of matched handset APP application software are utilized simultaneously, in emergency, the control of the aerator can be quickly obtained, can also data traceability be carried out to monitoring situation, in having a extensive future for aquaculture field.
Description
Technical field
The utility model is related to aquaculture water quality monitoring and wireless communication technique field, particularly a kind of to be based on protenchyma
The novel intelligent aerator of networking.
Background technology
In traditional aquaculture industry, the factor of relation cultivation success or failure is a lot, and wherein water quality situation is a weight
Factor is wanted, and the dissolved oxygen of water body is the key point of numerous water quality parameters, when Dissolved Oxygen in Water is enough, water body pH, ammonia
The harm that the Indexes Abnormalities such as nitrogen, nitrite are caused can be reduced relatively, and the dissolved oxygen in taking measures to improve water body
After value, these abnormal indexes can make moderate progress or return to normal level, so the most concerned water quality of aquaculture practitioner
Parameter is exactly Dissolved Oxygen in Water.
But, Dissolved Oxygen in Water value in aquaculture pond is different in diverse location, different deep with a position
Degree is also different, so the dissolved oxygen value for monitoring some position merely is insecure in fact.Common native pool aquatic products is supported
Grow and substantially place several aerators and persistently start shooting oxygenation, or unify start and stop aerator, feed coefficient according to regular time section
Same cultivation oxygenation means are also taken in cultivation substantially.
Traditional aerator only possesses water oxygenation function, and not according to being actually needed for water quality, increasing is provided on demand
Oxygen, not only causes the significant wastage of grid electricity fee cost, the opposite effect is will also result in particular case.Such as in the lower half in dark day
At night, because oxygen on daytime provides not enough, the dissolved oxygen stored in water body is relatively low in itself, if opened in the time after midnight by stirring water
The aerator of body oxygenation classification, can cause the acceleration of oxygen in water to overflow, cause adverse consequences on the contrary.So will be according to practice
Empirical science formulates certain operations rule, such as, at fine day noon, although Dissolved Oxygen in Water is more sufficient, now also suitably to open
Open aerator and carry out supplement storage oxygenation, pond waters there can also be enough dissolved oxygens to be used for aqueous bio in the time after midnight.
Although the water quality monitoring instrument having had a large amount in variety now, is not perfectly combined with aerator substantially, and same
When possess Dissolved Oxygen in Water monitoring and the aerator device of automatic aeration and also have, but be seldom a single unit system, more
Importantly, stereoscopic monitoring and the color separation warning of water body layering are carried out all not in same culturing pool, also not by predetermined
Rule carries out being automatically replenished control oxygenation, does not more allow many aerators formation joint-action mechanisms in same pond, meanwhile, the pattern of communication
Also based on relatively more ancient and larger power consumption GPRS communication modes, it is impossible to carry out long-time water quality monitoring by backup battery.
Utility model content
It is to carry that the utility model makes improvement, i.e. technical problem to be solved in the utility model for above-mentioned technical problem
Arrowband Internet of Things is based on for one kind, water body can be carried out to be layered water quality monitoring and abnormal warning, more than enough machine formation connection of energy
Mechanism and possessing automatically controls the intelligent aerator for performing pre-defined rule.
In order to solve the above-mentioned technical problem, a kind of technical scheme of the present utility model is：It is described based on arrowband Internet of Things
Novel intelligent aerator includes dissolved oxygen A sensors, dissolved oxygen B sensors, dissolved oxygen C sensors, barometric pressure sensor, narrow
Band Internet of Things module, CPU, controlling organization, motor, reducing gear, rotary blade structure, power transfer module,
Power isolator, transformer, standby lithium battery, three color warning lamps.
The CPU respectively with the dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolved oxygen C
Sensor, the barometric pressure sensor, the protenchyma networking module and controlling organization connection；The controlling organization with
The motor connection；The motor is connected with the reducing gear；The reducing gear connects with the rotary blade structure
Connect；The three colors warning lamp is connected with the controlling organization；
The transformer is connected with the power isolator；The power isolator is connected with the power transfer module；
The power transfer module and the standby lithium battery are connected with the CPU, for providing electricity supply.
The dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolved oxygen C sensors and the atmospheric pressure are passed
Sensor obtain monitoring parameter be further compensate for, analyze and handle by the CPU, monitor abnormal parameters or
When meeting preset rules, the three colors warning lamp sends the warning of different light colors, controls the controlling organization to start oxygenation work；
And the operation information including Monitoring Data can be periodically reported by the protenchyma networking module.
Further, the novel intelligent aerator based on arrowband Internet of Things is filled by three floating ball bodies, three connecting rods
Put and matching component is fixed firmly on the water surface, be provided simultaneously with two kinds of work(of Dissolved Oxygen in Water stereoscopic monitoring and automatic water body oxygenation
Energy.
Further, dissolved oxygen A sensors, dissolved oxygen B sensors, dissolved oxygen C sensors hang respectively be fixed on it is described
The lower end position of three floating ball bodies, and its depth can be by the data wire length adjustment of the sensor；The dissolved oxygen A
Sensor, the dissolved oxygen B sensors, the dissolved oxygen C sensors are a kind of to merge answering for dissolved oxygen sensing and temperature survey
Composite electrode, the interval dissolved oxygen parameter value of different depth water layer and the temperature parameter for dissolved oxygen temperature-compensating can be measured respectively
Value, realizes the interval stereoscopic monitoring of three layers of water body.
Further, the barometric pressure sensor is a kind of Gao Ling for being provided simultaneously with environment temperature and atmospheric pressure collection
Sensitivity sensor, preferably BMP180 baroceptors；The atmospheric pressure parameter value of barometric pressure sensor collection is used for pair
The dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolved oxygen parameter value of dissolved oxygen C sensors collection carry out big
Air pressure force compensating.
Further, the protenchyma networking module is a kind of low-power consumption, the NB-IoT communication modules of telecommunication, often
The individual NB-IoT communication modules all preset a unduplicated condition code, and the NB-IoT communication modules are managed with remote back-office
Platform sets up communication connection, Dissolved Oxygen in Water monitoring parameter information and motor running information is periodically uploaded, while issuing control
Instruction and predefined parameter value.
Further, the novel intelligent aerator based on arrowband Internet of Things analyzes water by the CPU
Body dissolved oxygen data, with reference to three groups of different water levels dissolved oxygens ginseng in the presetting memory cell in the CPU
Number upper limit alarm value, lower limit alarming value and return difference value, control the running situation of the controlling organization, are turned on and off described electronic
Machine；The motor is also equipped with disconnected phase, electric leakage, undervoltage protection device, and drives the pivoting leaf by the reducing gear
Wheel construction rotates at a high speed, stirs water body, convection current and the spray is formed, so as to lift dissolved oxygen content in water body.
Further, the three colors warning lamp be the red of built-in photo resistance and relevant control circuit a kind of, it is yellow, white
The highlighted LED indicator lamp single unit system of three kinds of color, installed in the appropriate location of the convenient observation of aerator motor cover；Dissolved Oxygen in Water is just
Three color warning lamps described in when often all do not work, three described in when three layers of Dissolved Oxygen in Water monitor value all exceed default lower limit alarming value
The blinking red lamp alarm of color warning lamp, three described in when three layers of Dissolved Oxygen in Water monitoring value part exceed default lower limit alarming value
The amber light flash caution of color warning lamp, when occur water body upper strata than lower floor dissolved oxygen monitor value low abnormal conditions when, it is described
The amber light of three color warning lamps often bright warning, when the CPU is abnormal according to the rule judgement Monitoring Data of program setting
When, the red light often bright warning of the three colors warning lamp；The supplement that the white lamp of the three colors warning lamp is used for aquatic monitoring scene is shone
It is bright, determine to be turned on and off by built-in photo resistance induced environment brightness value size.
Further, the light current circuit part device of the novel intelligent aerator based on arrowband Internet of Things passes through described
Power transfer module is powered, and stable power-supplying power supply is obtained from civil power by the power isolator, the transformer；It is described
Novel intelligent aerator based on arrowband Internet of Things is also equipped with a standby lithium battery and related charge-discharge circuit, it is described after
When standby lithium battery has a power failure at aquatic monitoring scene, it ensure that water quality monitoring function works on up to more than 1 year.
Further, the novel intelligent aerator based on arrowband Internet of Things can be according to live dissolved oxygen Monitoring Data feelings
Condition automatically controls the start and stop of the motor, also can be by remote back-office management platform or matched handset APP application software to institute
The protenchyma networking module for stating aerator sends the start and stop of the instruction control motor.
Further, the novel intelligent aerator based on arrowband Internet of Things can realize three water layers as needed
Three-dimensional dissolved oxygen monitoring, can also realize and be monitored automatically with an average value of three Monitoring Datas of water layer；Also can as needed will be same
The Monitoring Data for monitoring the novel intelligent aerator based on arrowband Internet of Things in waters is linked, and is had when in same waters
When the dissolved oxygen value of one position of appearance is relatively low, all novel intelligent aerators in joint-action mechanism start oxygenation simultaneously.
Compared with prior art, the utility model has the advantages that：By low-power consumption arrowband technology of Internet of things,
During power failure, it can still carry out water quality monitoring and report relevant information to backstage；It is provided simultaneously with multichannel water quality monitoring function and oneself
Dynamic start and stop aerator function, efficient and convenient experience effect is brought to cultivation practitioner；By carrying out layering water quality to water body
Monitoring and abnormal LED modules with different colors warning, monitoring is reliable and monitoring result reflection is more directly perceived；By to cloth in same culturing pool
The aerator formation joint-action mechanism put, data sharing, control linkage is more conform with the artificial control method of live reality,
Science and conveniently；The presetting rules of order by performing, carries out supplement oxygenation in special time period, a line practice result is led to
Cross scientific method to be embodied in, easily allow a line technology personnel to convince；Remote back-office management platform or matched handset are utilized simultaneously
The control instruction priority level of APP application software, in emergency, can quickly obtain the control of the aerator, also can
Data traceability is carried out to monitoring situation.
A kind of novel intelligent aerator based on arrowband Internet of Things of the present utility model, before the application of aquaculture field
Scape is wide.
The utility model is described in more detail with reference to the accompanying drawings and detailed description.
Brief description of the drawings
Fig. 1 is the circuit realiration schematic diagram of the utility model embodiment.
Fig. 2 is the organigram of the utility model embodiment.
In Fig. 1：1- dissolved oxygen A sensors, 2- dissolved oxygen B sensors, 3- dissolved oxygen C sensors, 4- atmospheric pressures sensing
Device, 5- protenchymas networking module, 6- CPU, 7- controlling organizations, 8- motor, 9- reducing gears, 10- rotary blades
Structure, 11- power transfer modules, 12- power isolators, 13- transformers, 14- standby lithium battery, the color warning lamps of 15- tri-.
In Fig. 2：1- dissolved oxygen A sensors, 2- dissolved oxygen B sensors, 3- dissolved oxygen C sensors, 8- motor, 9- slow down
Mechanism, 10- rotary blades structure, the color warning lamps of 15- tri-, A1- hoods, A2- linkages, A3- floating ball bodies, A4- start
Machine output shaft.
Embodiment
The accompanying drawing used required in embodiment or description of the prior art will be briefly described below, show and
Easy insight, described embodiment is a part of embodiment of the present utility model, and accompanying drawing is some embodiment party of the present utility model
Formula, for those of ordinary skill in the art, on the premise of not paying creative work, can also be obtained according to these accompanying drawings
Obtain the accompanying drawing of other forms.
Especially, it should be noted that, as shown in Fig. 2 being the preferable of the intelligent aerator embodiment described by the utility model
Embodiment, is in order to be able to becoming apparent from a kind of paddle aerator for describing principle of the present utility model and describing, the utility model
Paddle aerator is not limited only to, under enlightenment of the present utility model, other various forms of aerators can not pay wound
On the premise of the property made is worked, the aerator of similar effect is obtained.It is all according to present utility model application the scope of the claims modified it is all kinds of
Not intelligent aerator, should all belong to covering scope of the present utility model.
As shown in figure 1, the novel intelligent aerator based on arrowband Internet of Things includes dissolved oxygen A sensors 1, dissolved oxygen
B sensors 2, dissolved oxygen C sensors 3, barometric pressure sensor 4, protenchyma networking module 5, CPU 6, control machine
Structure 7, motor 8, reducing gear 9, rotary blade structure 10, power transfer module 11, power isolator 12, transformer 13, after
Standby lithium battery 14, three color warning lamps 15.
In the present embodiment, as shown in Fig. 2 the novel intelligent aerator based on arrowband Internet of Things passes through three ball floats
Body A3, three linkage A2 and matching component are fixed firmly on the water surface, are provided simultaneously with Dissolved Oxygen in Water stereoscopic monitoring and oneself
Two kinds of functions of dynamic water oxygenation.
As depicted in figs. 1 and 2, in the present embodiment, dissolved oxygen A sensors 1, dissolved oxygen B sensors 2, dissolved oxygen C sensings
Device 3 hangs the lower end position for being fixed on three floating ball body A3 respectively, and its depth can be by the number of the sensor
Adjusted according to line length；The dissolved oxygen A sensors 1, the dissolved oxygen B sensors 2, the dissolved oxygen C sensors 3 are that one kind is melted
Dissolved oxygen sensing and the combination electrode of temperature survey are closed, the interval dissolved oxygen parameter value of different depth water layer and use can be measured respectively
In the temperature parameter value of dissolved oxygen temperature-compensating, the interval stereoscopic monitoring of three layers of water body is realized.
In the present embodiment, the barometric pressure sensor 4 is that one kind is provided simultaneously with environment temperature and atmospheric pressure collection
High sensor, preferred BMP180 baroceptors；The atmospheric pressure parameter value that the barometric pressure sensor 4 is gathered
Join for the dissolved oxygen to the dissolved oxygen A sensors 1, the dissolved oxygen B sensors 2, the dissolved oxygen C sensors 3 collection
Numerical value carries out atmospheric pressure compensation.
In the present embodiment, the protenchyma networking module 5 is a kind of low-power consumption, the NB-IoT communication moulds of telecommunication
Block, each NB-IoT communication modules preset a unduplicated condition code, the NB-IoT communication modules with it is long-range after
Platform management platform sets up communication connection, Dissolved Oxygen in Water monitoring parameter information and motor running information is periodically uploaded, with present
Send out control instruction and predefined parameter value.
In the present embodiment, the novel intelligent aerator based on arrowband Internet of Things passes through the CPU 6
Analyzing water body dissolved oxygen data, with reference to three groups of different water levels in the presetting memory cell in the CPU 6
Dissolved oxygen parameter upper limit alarming value, lower limit alarming value and return difference value, control the running situation of the controlling organization 7, open or close
Close the motor 8；The motor 8 is also equipped with disconnected phase, electric leakage, undervoltage protection device, and passes through the band of reducing gear 9
Move the rotary blade structure 10 to rotate at a high speed, stir water body, form convection current and the spray, contain so as to lift dissolved oxygen in water body
Amount.
In the present embodiment, the three colors warning lamp 15 be a kind of built-in photo resistance and relevant control circuit red,
Yellow, white three kinds of highlighted LED indicator lamp single unit systems, installed in the appropriate location of the convenient observations of aerator motor cover A1；Water
Three color warning lamps 15 all do not work described in when body dissolved oxygen is normal, when three layers of Dissolved Oxygen in Water monitor value all exceed default lower limit report
The blinking red lamp alarm of three color warning lamps 15 described in during alert value, when three layers of Dissolved Oxygen in Water monitoring value part exceed default lower limit
The amber light flash caution of three color warning lamps 15 described in during alarming value, it is more low than the dissolved oxygen monitor value of lower floor when there is water body upper strata
During abnormal conditions, the amber light often bright warning of the three colors warning lamp 15, when rule of the CPU 6 according to program setting
When then judging that Monitoring Data is abnormal, the red light often bright warning of the three colors warning lamp 15；The Bai Dengyong of the three colors warning lamp 15
Additional illumination in aquatic monitoring scene, is determined to be turned on and off by built-in photo resistance induced environment brightness value size.
In the present embodiment, the light current circuit part device of the novel intelligent aerator based on arrowband Internet of Things passes through
The power transfer module 11 is powered, and obtains from civil power by the power isolator 12, the transformer 13 stable confession
Power supply；The novel intelligent aerator based on arrowband Internet of Things is also equipped with a standby lithium battery 14 and related charge and discharge
Circuit, when the standby lithium battery 14 has a power failure at aquatic monitoring scene, ensure that water quality monitoring function works on and is up to
More than 1 year.
In the present embodiment, the novel intelligent aerator based on arrowband Internet of Things can monitor number according to live dissolved oxygen
The start and stop of the motor 8 are automatically controlled according to situation, can also pass through remote back-office management platform or matched handset APP application software
The start and stop that instruction controls the motor 8 are sent to the protenchyma networking module 5 of the aerator.
In the present embodiment, the novel intelligent aerator based on arrowband Internet of Things can realize three water bodys as needed
The three-dimensional dissolved oxygen monitoring of layer, can also realize and be monitored automatically with an average value of three Monitoring Datas of water layer；Also can as needed by
The Monitoring Data of the novel intelligent aerator based on arrowband Internet of Things in same monitoring waters is linked, when same waters
In occur a position dissolved oxygen value it is relatively low when, all novel intelligent aerators in joint-action mechanism start increasing simultaneously
Oxygen.
In the present embodiment, the utility model is by low-power consumption arrowband technology of Internet of things, during power failure, can still enter water-filling
Quality supervision is surveyed and reports relevant information to backstage；It is provided simultaneously with multichannel water quality monitoring function and automatic start-stop aerator function, provisions
Grow practitioner and bring efficient and convenient experience effect；By carrying out layering water quality monitoring and abnormal LED modules with different colors to water body
Warning, monitoring is reliable and monitoring result reflection is more directly perceived；Joined by the aerator formation to being arranged in same culturing pool
Mechanism, data sharing, control linkage is more conform with the artificial control method of live reality, science and conveniently；It is pre- by performing
The rules of order of setting, carries out supplement oxygenation in special time period, a line practice result is embodied in by scientific method, holds
A line technology personnel are easily allowed to convince；Remote back-office management platform or the control instruction of matched handset APP application software are utilized simultaneously
Priority level, in emergency, can quickly obtain the control of the aerator, and also can carry out data to monitoring situation chases after
Trace back.
In the present embodiment, a kind of novel intelligent aerator based on arrowband Internet of Things of the present utility model, is supported in aquatic products
Grow having a extensive future for field.
Preferred embodiment of the present utility model is the foregoing is only, anyone can obtain under enlightenment of the present utility model
Go out other various forms of novel intelligent aerators based on arrowband Internet of Things, it is all to be done according to present utility model application the scope of the claims
Equivalent changes and modifications, should all belong to covering scope of the present utility model.
Claims (9)
1. a kind of novel intelligent aerator based on arrowband Internet of Things, it is characterised in that：It is described based on the new of arrowband Internet of Things
Intelligent aerator includes dissolved oxygen A sensors, dissolved oxygen B sensors, dissolved oxygen C sensors, barometric pressure sensor, protenchyma
Networking module, CPU, controlling organization, motor, reducing gear, rotary blade structure, power transfer module, power supply
Isolator, transformer, standby lithium battery, three color warning lamps；
The CPU is sensed with the dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolved oxygen C respectively
Device, the barometric pressure sensor, the protenchyma networking module and controlling organization connection；The controlling organization with it is described
Motor is connected；The motor is connected with the reducing gear；The reducing gear is connected with the rotary blade structure；Institute
Three color warning lamps are stated to be connected with the controlling organization；
The transformer is connected with the power isolator；The power isolator is connected with the power transfer module；It is described
Power transfer module and the standby lithium battery are connected with the CPU, for providing electricity supply；
The dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolved oxygen C sensors and the barometric pressure sensor
The monitoring parameter of acquisition is further compensate for, analyzes and handled by the CPU, in monitoring abnormal parameters or satisfaction
During preset rules, the three colors warning lamp sends the warning of different light colors, controls the controlling organization to start oxygenation work；And energy
The operation information including Monitoring Data is periodically reported by the protenchyma networking module；
The novel intelligent aerator based on arrowband Internet of Things passes through three floating ball bodies, three linkages and matching component jail
By being fixed on the water surface, two kinds of functions of Dissolved Oxygen in Water stereoscopic monitoring and automatic water body oxygenation are provided simultaneously with.
2. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：Dissolved oxygen
A sensors, dissolved oxygen B sensors, dissolved oxygen C sensors hang the lower end position for being fixed on three floating ball bodies respectively, and
Its depth can be by the data wire length adjustment of the sensor；The dissolved oxygen A sensors, dissolved oxygen B sensings
Device, the dissolved oxygen C sensors are a kind of fusion dissolved oxygen sensing and the combination electrode of temperature survey, and different depths can be measured respectively
The interval dissolved oxygen parameter value of water layer and the temperature parameter value for dissolved oxygen temperature-compensating are spent, realizes that three layers of water body is interval three-dimensional
Monitoring.
3. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：It is described big
Air pressure force snesor is a kind of high sensor for being provided simultaneously with environment temperature and atmospheric pressure collection；The atmospheric pressure
The atmospheric pressure parameter value of sensor collection is used for the dissolved oxygen A sensors, the dissolved oxygen B sensors, the dissolving
The dissolved oxygen parameter value of oxygen C sensors collection carries out atmospheric pressure compensation.
4. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：It is described narrow
With Internet of Things module be a kind of low-power consumption, telecommunication NB-IoT communication modules, each NB-IoT communication modules
A unduplicated condition code is preset, the NB-IoT communication modules are set up communication with remote back-office management platform and are connected, periodically
Dissolved Oxygen in Water monitoring parameter information and motor running information are uploaded, while issuing control instruction and predefined parameter value.
5. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：The base
In arrowband Internet of Things novel intelligent aerator by the CPU analyzing water body dissolved oxygen data, with reference to presetting
Three groups of different water levels dissolved oxygen parameter upper limit alarming values, lower limit alarming values in memory cell in the CPU
With return difference value, the running situation of the controlling organization is controlled, the motor is turned on and off；The motor is also equipped with breaking
Phase, electric leakage, undervoltage protection device, and drive the rotary blade structure high-speed to rotate by the reducing gear, water body is stirred,
Convection current and the spray are formed, so as to lift dissolved oxygen content in water body.
6. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：Described three
Color warning lamp is the highlighted LED indicator lamp entirety of red, yellow, three kinds of the white of a kind of built-in photo resistance and relevant control circuit
Device, installed in the appropriate location of the convenient observation of aerator motor cover；Three color warning lamps described in when Dissolved Oxygen in Water is normal are not
It is bright, the blinking red lamp report of three color warning lamps described in when three layers of Dissolved Oxygen in Water monitor value all exceed default lower limit alarming value
Alert, the amber light of three color warning lamps flashes police described in when three layers of Dissolved Oxygen in Water monitoring value part exceed default lower limit alarming value
Show, when occur water body upper strata than lower floor dissolved oxygen monitor value low abnormal conditions when, the amber light Chang Liang of the three colors warning lamp
Warning, when the CPU judges that Monitoring Data is abnormal according to the rule of program setting, the three colors warning lamp
Red light often bright warning；The white lamp of the three colors warning lamp is used for the additional illumination at aquatic monitoring scene, by built-in photo resistance
Induced environment brightness value size determines to be turned on and off.
7. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：The base
Powered, and passed through by the power transfer module in the light current circuit part device of the novel intelligent aerator of arrowband Internet of Things
The power isolator, the transformer obtain stable power-supplying power supply from civil power；The new intelligence based on arrowband Internet of Things
Energy aerator is also equipped with a standby lithium battery and related charge-discharge circuit, and the standby lithium battery is at aquatic monitoring scene
During power failure, it ensure that water quality monitoring function works on up to more than 1 year.
8. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：The base
The motor can be automatically controlled according to live dissolved oxygen Monitoring Data situation in the novel intelligent aerator of arrowband Internet of Things
Start and stop, also can by remote back-office management platform or the arrowband Internet of Things from matched handset APP application software to the aerator
Net module sends the start and stop of the instruction control motor.
9. a kind of novel intelligent aerator based on arrowband Internet of Things according to claim 1, it is characterised in that：The base
The three-dimensional dissolved oxygen monitoring of three water layers can be realized as needed in the novel intelligent aerator of arrowband Internet of Things, can also be realized same
The average value of individual three Monitoring Datas of water layer is monitored automatically；Also protenchyma can will be based on described in same monitoring waters as needed
The Monitoring Data of the novel intelligent aerator of networking is linked, when the dissolved oxygen value that a position is occurred in same waters is inclined
When low, all novel intelligent aerators in joint-action mechanism start oxygenation simultaneously.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720223156.5U CN206594542U (en) | 2017-03-09 | 2017-03-09 | A kind of novel intelligent aerator based on arrowband Internet of Things |
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| CN201720223156.5U CN206594542U (en) | 2017-03-09 | 2017-03-09 | A kind of novel intelligent aerator based on arrowband Internet of Things |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106647835A (en) * | 2017-03-09 | 2017-05-10 | 福建强闽信息科技有限公司 | Smart aerator based on narrowband Internet of Things and dissolved oxygen stereoscopic monitoring method |
| CN110174583A (en) * | 2019-05-31 | 2019-08-27 | 福建工程学院 | Low-voltage power line electric leakage monitoring system and method based on NB-IOT |
| CN116171926A (en) * | 2023-04-06 | 2023-05-30 | 广东卡沃罗小家电有限公司 | Water body hydrogen-rich aerator |
-
2017
- 2017-03-09 CN CN201720223156.5U patent/CN206594542U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106647835A (en) * | 2017-03-09 | 2017-05-10 | 福建强闽信息科技有限公司 | Smart aerator based on narrowband Internet of Things and dissolved oxygen stereoscopic monitoring method |
| CN110174583A (en) * | 2019-05-31 | 2019-08-27 | 福建工程学院 | Low-voltage power line electric leakage monitoring system and method based on NB-IOT |
| CN116171926A (en) * | 2023-04-06 | 2023-05-30 | 广东卡沃罗小家电有限公司 | Water body hydrogen-rich aerator |
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Granted publication date: 20171027 Termination date: 20190309 |