CN205407884U - Oxygenating water body machine remote control ware based on cell -phone APP - Google Patents
Oxygenating water body machine remote control ware based on cell -phone APP Download PDFInfo
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- CN205407884U CN205407884U CN201620157656.9U CN201620157656U CN205407884U CN 205407884 U CN205407884 U CN 205407884U CN 201620157656 U CN201620157656 U CN 201620157656U CN 205407884 U CN205407884 U CN 205407884U
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Abstract
The utility model relates to an oxygenating water body machine remote control ware based on cell -phone APP, can effectively solve the intelligent management and in good time oxygenation of oxygen -increasing machine, guarantee water quality's problem, the present invention has the technical scheme that bacteria, the controller dress is on the last plane that hangs floating frame, thing networking communicator is equipped with to controller one side on hanging floating frame, the opposite side is equipped with central processing unit and water body monitoring ware in proper order on hanging floating frame, central processing unit is respectively through wire and controller, thing networking communicator, the water body monitoring ware is linked together, thing networking communicator links to each other with the cloud ware, cloud ware and cell -phone APP terminal wireless connection, the water body monitoring ware is popped one's head in with the dissolved oxygen monitoring respectively through the wire, temperature monitoring probe links to each other, thing networking communicator, the water body monitoring ware, a central processing unit, the water body monitoring ware is through the sealed dress of shell on the last plane that hangs floating frame, constitute waterproof sealing structure. The utility model discloses simple structure, novel unique, installation convenient to use effectively changes oxygen -increasing machine oxygen suppliment intensity, improves oxygenation efficiency.
Description
Technical field
This utility model relates to oxygen increasing equipment, particularly a kind of water oxygenation machine remote controllers based on mobile phone A PP.
Background technology
In recent years, all kinds of natural water bodies are seriously polluted, and aquatic ecosystem is severely damaged.The problem that Dissolved Oxygen in Water is not enough is one of key factor of the restriction self-purification of water and artificial-strengthening biological restoration, and the application of aerator can be effectively improved Dissolved Oxygen in Water concentration, is one of important technical of rebuilding of water ecosystem.But traditional water oxygenation machine there is also following defect in actual use:
1, the aerator working time is determined by the program designed in advance, when the water quality water yield changes, it may appear that for the situation of oxygen excess or deficiency, thus causing the waste of the energy or the deterioration of water quality；
2, machine operation needs professional staff to scene, it is impossible to remotely operate；
3, oxygenation effect does not have measured data instant playback effect；
4, not having staining effect and early warning system, interactive process is delayed.
Therefore effectively management and the in good time oxygen supplement of aerator how are solved, it is ensured that Water quality is to solve the technical problem that.
Summary of the invention
For above-mentioned situation, for overcoming the defect of prior art, the purpose of this utility model is just to provide a kind of water oxygenation machine remote controllers based on mobile phone A PP, can effectively solve the intelligent management of aerator and in good time oxygen supplement, it is ensured that the problem of Water quality.
The technical scheme that this utility model solves is, including controller, central processing unit and suspension rack, controller is contained in the upper plane of suspension rack, controller side on suspension rack equipped with Internet of Things communicator, opposite side is sequentially arranged with central processing unit and aquatic monitoring device (also known as water quality monitor) on suspension rack, central processing unit is respectively through wire and controller, Internet of Things communicator (module), aquatic monitoring device is connected, Internet of Things communicator is connected with Cloud Server, Cloud Server is connected with mobile phone A PP terminal wireless, aquatic monitoring device is popped one's head in dissolved oxygen monitoring respectively through wire, temperature monitoring probe is connected, Internet of Things communicator, aquatic monitoring device, central processing unit, aquatic monitoring device is contained in the upper plane of suspension rack through body seal, constitute hermetic water-proof structure.
This utility model simple in construction, novel unique, easy to install, effectively change aerator oxygen supply intensity, improve oxygen supplement efficiency, and be beneficial to the monitoring management to water quality, it is achieved be intelligent to water quality oxygen supplement and water quality management, have good economic and social benefit.
Accompanying drawing explanation
Fig. 1 is attachment structure frame diagram of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is elaborated.
As shown in Figure 1, this utility model includes controller, central processing unit and suspension rack, controller 1 is contained in the upper plane of suspension rack 7, controller 1 side on suspension rack equipped with Internet of Things communicator 6, opposite side is sequentially arranged with central processing unit 2 and aquatic monitoring device (also known as water quality monitor) 3 on suspension rack, central processing unit 2 is respectively through wire and controller 1, Internet of Things communicator 6, aquatic monitoring device 3 is connected, Internet of Things communicator 6 is connected with Cloud Server 9, Cloud Server 9 and mobile phone A PP terminal 10 wireless connections, aquatic monitoring device 3 monitors probe 4 with dissolved oxygen respectively through wire, temperature monitoring probe 5 is connected, Internet of Things communicator 6, aquatic monitoring device 3, central processing unit 2, aquatic monitoring device 3 seals the upper plane being contained in suspension rack through shell 8, constitute hermetic water-proof structure.
In order to ensure result of use, described suspension 9 for light material make square, payload swims on the water surface；
Described controller 3 is cyclelog or singlechip controller；
Described central processing unit be in single-chip microcomputer, programmable logic controller (PLC), digital signal processor and arm processor any one；Described Internet of Things communicator is the one in GPS, GPRS, GSM, WIFI module；
Described dissolved oxygen monitoring probe 4, temperature monitoring probe 5 are fixed on below suspension 7 through buckle.
The above is only preferably case study on implementation of the present utility model; not this utility model is done any pro forma restriction; according to technical spirit of the present utility model, the simple amendment that above-mentioned case is made, equivalent replacement etc., belong to protection domain of the present utility model.
When this utility model uses, immersible pump is contained in suspension rack bottom, and is connected with controller through wire, be placed in water body, make operable.
Working condition of the present utility model is, aerator can according to established standards value and Monitoring Data, and Intelligent adjustment runs program, changes working time and oxygen supplement intensity；Being monitored dissolved oxygen and temperature by Internet of Things, the Internet Monitoring Data is sent to cloud server, server calculates assessment oxygenation effect, and sends daily prompting and early warning；User accepts information on mobile phone A PP, can pass through mobile phone A pp simultaneously and send instruction adjustment aerator operation program.Realize remotely controlling and remote maintenance management of aerator accordingly.
This utility model is based on the mobile phone A pp intelligent water body aerator remotely controlled, aerator runs program according to target setting Intelligent adjustment, can also remotely be controlled intelligence to set mode of operation by mobile phone A PP, control oxygen supplement intensity/time, simultaneously by Internet of Things monitoring Dissolved Oxygen in Water content, temperature etc., by the Internet wiFi, these Monitoring Data are sent to cloud server, allow user grasp working condition and the oxygenation effect of aerator by user mobile phone A PP.Mobile phone A PP also has daily prompt facility and warning function, and prompting user carries out plant maintenance and sends early warning when water oxygenation poor effect, and user can make reply according to prompting and early warning in the very first time, carries out remote maintenance management.
Based on Internet of Things, mobile phone A pp client instructions signal server beyond the clouds, pass through mobile Internet, it is sent to the Internet of Things communication module in aerator, instruction is transferred to oxygen supplement and controls module by associated central processing unit, control module instruction again through oxygen supplement and adjust the working procedure of air pump and immersible pump, thus realizing the aerator long-range control based on Internet of Things and the Internet.
Aerator can run program by adjustment, mobile phone A PP sets dissolved oxygen target range by the Internet of Things communication module transmission instruction on cloud server and intelligence aerator to central processing unit, aerator can be run program according to the dissolved oxygen target range set and periodic monitoring data (dissolved oxygen and temperature) and be adjusted by intelligence aerator, thus changing the operation time of aerator, oxygen supplement intensity etc., until it reaches set dissolved oxygen target range.
After the dissolved oxygen monitoring probe of certain depth monitors water body solution oxygen and temperature data with temperature monitoring probe by setting cycle under water, Monitoring Data is delivered to central processing unit, the signal that central processing unit identifies after processing is divided into three kinds, when dissolved oxygen higher than target range time signal be excessive, when dissolved oxygen is lower than target range, signal is defective, when dissolved oxygen is in target range, signal is qualified.
Aerator has central processing unit and oxygen supplement control module can the working time of aerator, cycle, air inflow be adjusted, the aerator working procedure that oxygen supplement intensity is different can be formed by this adjustment, and central processing unit is after identifying dissolved oxygen monitor signal, if signal is excessive, lower an oxygen supplement strength grade, if signal is defective then one oxygen supplement strength grade of rise, if signal is qualified, maintains original working procedure and work on, realize the self-adaptative adjustment of aerator working procedure accordingly.When dissolved oxygen monitor signal was constantly in high state, aerator will enter dormancy program, suspend oxygen supply, until defective signal occurs；Otherwise, when dissolved oxygen monitor signal is constantly in defective state, aerator will enter continuous firing program, until too high signal occurs.
After user scans the special Quick Response Code of aerator, under wiFi mobile internet environment, it is achieved aerator Internet of Things intelligent apparatus docks with cloud server account number coupling.Cloud server accepts to come from the Monitoring Data of aerator Internet of Things communication module on the one hand, accept on the other hand from the control instruction on mobile phone A pp, calculate assessment oxygenation effect simultaneously, storage is to cloud server, and by mobile phone A PP to user send prompting and early warning signal, it is presented on mobile phone A pp, it is achieved the two-way interactive of data between mobile phone A pp and aerator.
Mobile phone A PP system, divide Android Android and two system versions of Fructus Mali pumilae IOS, but data are from same aerator cloud server, it is user and the tie of aerator realization interaction, it is possible to carry out data transmission, remind and early warning, instruction transmission and acceptance, plant maintenance plan and oxygenation effect setting etc.；User realizes mobile phone interaction function by scanning client Quick Response Code installation mobile phone A PP.
Dissolved oxygen monitoring probe and temperature monitoring probe, fixed by snap in the support structural base that suspends, while, is connected with monitor controller, by Monitoring Data transmission to monitor controller.Described monitor controller is connected with central processing unit, by received Monitoring Data transmission to central processing unit.
Monitor controller can arrange periodic monitoring time and cycle, with digital displaying function, it is provided with the Dissolved Oxygen in Water target range under condition of different temperatures simultaneously, after receiving temperature monitoring probe and dissolved oxygen monitoring probe data, automatically real-time dissolved oxygen value and above-mentioned target range are compared, and transmitting the result to central processing unit, oxygen supplement is controlled module transfer oxygen supplement working procedure according to result and adjusts instruction by central processing unit.
Controller passes through the program setting immersible pump working time, being connected with central processing unit, after receiving central processing unit instruction, programme-control electromagnetic valve controls on and off switch by electromagnetic valve, change service life, with this purpose reaching to adjust aerator oxygen supplement working procedure.
Central processing unit is connected with Internet of Things communication module, receives the instruction from mobile phone A PP, and transmission instruction controls module to oxygen supplement after computing；Central controller receives and stores the data from monitor controller simultaneously, forms instruction transmission to oxygen supplement and control module after computing, and by Monitoring Data by the Internet transmission to cloud server.
Under water, controller, central processing unit, monitor, Internet of Things communication module are fixed on suspension and support in structure for immersible pump, dissolved oxygen monitoring probe and temperature monitoring probe, swim in more than the water surface, and safety is reliable and stable.
From the foregoing, this utility model is easy to install, can effectively realize the intelligent control to aerator and management, realize the oxygen supplement to water body, it is ensured that Water quality, cost is low, effective, and economic and social benefit is notable in good time.
Claims (3)
- null1. the water oxygenation machine remote controllers based on mobile phone A PP，Including controller、Central processing unit and suspension rack，It is characterized in that，Controller (1) is contained in the upper plane of suspension rack (7)，Controller (1) side on suspension rack equipped with Internet of Things communicator (6)，Opposite side is sequentially arranged with central processing unit (2) and aquatic monitoring device (3) on suspension rack，Central processing unit (2) is respectively through wire and controller (1)、Internet of Things communicator (6)、Aquatic monitoring device (3) is connected，Internet of Things communicator (6) is connected with Cloud Server (9)，Cloud Server (9) and mobile phone A PP terminal (10) wireless connections，Aquatic monitoring device (3) pops one's head in (4) with dissolved oxygen monitoring respectively through wire、Temperature monitoring probe (5) is connected，Internet of Things communicator (6)、Aquatic monitoring device (3)、Central processing unit (2)、Aquatic monitoring device (3) seals the upper plane being contained in suspension rack through shell (8)，Constitute hermetic water-proof structure.
- 2. the water oxygenation machine remote controllers based on mobile phone A PP according to claim 1, it is characterised in that described suspension (9) for light material make square.
- 3. the water oxygenation machine remote controllers based on mobile phone A PP according to claim 1, it is characterised in that described dissolved oxygen monitoring probe (4), temperature monitoring probe (5) are fixed on suspension (7) lower section through buckle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620157656.9U CN205407884U (en) | 2016-03-02 | 2016-03-02 | Oxygenating water body machine remote control ware based on cell -phone APP |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620157656.9U CN205407884U (en) | 2016-03-02 | 2016-03-02 | Oxygenating water body machine remote control ware based on cell -phone APP |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205407884U true CN205407884U (en) | 2016-07-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620157656.9U Expired - Fee Related CN205407884U (en) | 2016-03-02 | 2016-03-02 | Oxygenating water body machine remote control ware based on cell -phone APP |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205407884U (en) |
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2016
- 2016-03-02 CN CN201620157656.9U patent/CN205407884U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160727 Termination date: 20170302 |