CN105955364A - Mobile-phone-based remote temperature and humidity monitoring system and method - Google Patents
Mobile-phone-based remote temperature and humidity monitoring system and method Download PDFInfo
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- CN105955364A CN105955364A CN201610419932.9A CN201610419932A CN105955364A CN 105955364 A CN105955364 A CN 105955364A CN 201610419932 A CN201610419932 A CN 201610419932A CN 105955364 A CN105955364 A CN 105955364A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D27/00—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00
- G05D27/02—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00 characterised by the use of electric means
Abstract
The invention discloses a mobile-phone-based remote temperature and humidity monitoring system and method. The system comprises a plurality of temperature sensors and humidity sensors, a wireless monitoring node, a field control station, a spraying unit, a spray collecting unit, a heating unit, a heating collecting unit, a server and a mobile phone terminal. The temperature sensors and the humidity sensors are connected with the wireless monitoring node; the spraying collection unit and the heating collection unit are connected with the spraying unit and the heating unit and send the collected data to the wireless monitoring node; the field control station collects data sent by the wireless monitoring node and sends the data to the server by a wireless network; and the mobile phone terminal controls the spraying unit and the heating unit remotely based on the temperature and humidity data sent by the server. The collected temperature and humidity data are sent to the mobile phone terminal, so that remote monitoring is realized. And the intelligent degree and the precision are high.
Description
Technical field
The present invention relates to humiture technical field of data processing, a kind of long-range temperature and humidity monitoring system based on mobile phone and method.
Background technology
Humiture is a kind of basic ambient parameter, and the life with us has close contacting.In the middle of industrial processes, it should carry out the observing and controlling of humiture in real time as required.Humiture, in the middle of agricultural production process, is the of paramount importance environmental condition of plant growth, and it has directly impact to the growth of crop root and the microbial activities of soil, and is the inducement of soil water movement.We are in the middle of agricultural production process, and the observing and controlling to humiture seems most important.Therefore the system to soil temperature and humidity automatic measure control designs and has great meaning.Traditional monitoring system and method uses the mode laying cable to carry out data acquisition, and quantities is big, cost is high, and intelligence degree is low, error is big.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The technical problem to be solved in the present invention is, for the drawbacks described above of prior art, it is provided that a kind of long-range temperature and humidity monitoring system based on mobile phone and method, it is intended to solve the problem that prior art intelligence degree is low, error is big.
It is as follows that the present invention solves the technical scheme that technical problem used:
A kind of long-range temperature and humidity monitoring system based on mobile phone, including several temperature sensors and humidity sensor, wireless monitor node, field control station, sprayer unit, sprayed droplet gathering unit, heating unit, heating collecting unit, server and mobile phone terminal, temperature sensor and humidity sensor connect wireless monitor node, sprayed droplet gathering unit and heating collecting unit connect sprayer unit and heating unit respectively, and the data of collection are also sent to wireless monitor node, field control station is collected the data of wireless monitor node transmission and is sent to server by wireless network, the humiture remote data that mobile phone terminal sends according to server controls sprayer unit and heating unit.
A kind of long-range temperature and humidity monitor method based on mobile phone, comprises the following steps:
Step S1, initialization Threshold of Temperature And Humidity and sprayer unit and the control instruction of heating unit: management personnel remotely send humiture parameter configuration to the dispensing unit of server by mobile phone terminal and instruct, configuration humidity threshold and sprayer unit and the control instruction of heating unit；
Step S2, wireless monitor node gather Data Concurrent and deliver to server: several temperature sensors and humidity sensor carry out data acquisition respectively and carry out data conversion by signaling conversion circuit the soil information in monitoring node coverage, then send the signal after conversion to ZigBee wireless monitor node；The status data of the sprayer unit of sprayed droplet gathering unit collection and the status data of heating unit of heating collecting unit collection are also sent to wireless monitor node simultaneously；Set up by ZigBee-network between described wireless monitor node and connect, it is achieved the data complement between multiple monitoring nodes；Communication is carried out by 485 serial ports between field control station and wireless monitor node, collect the soil environment data of wireless monitor node around and sprayer unit and the operating state data of heating unit, and connect wireless router by WIFI wireless communication module, the data storage cell of the end that data uploaded onto the server by cordless communication network；
Step S3, server by data feedback to mobile phone terminal in time early warning: the operating state data of humiture data, sprayer unit and heating unit after server end will update is sent to mobile phone terminal, and epidemic disaster data genaration that the monitoring of software on mobile phone terminal sends according to server also shows patterned temperature value curve and humidity value curve and measurement position and measurement time；Simultaneously, the temperature value collected and humidity value are compared by alarm management unit in server respectively with mobile phone terminal configuration or adjustment Threshold of Temperature And Humidity, obtain comparative result, when described comparative result meets default alert if, then generating warning message, transmission is to mobile phone terminal；When described comparative result does not meets default alert if, repeat S2-S3；
Step S4, mobile phone terminal are received early warning and remotely control humiture change: the sound and light alarm information that mobile phone terminal display alarm administrative unit generates, management personnel remotely send humiture parameter adjustment to the dispensing unit of server by mobile phone terminal and instruct, the adjustment instruction of homoiothermic humidity threshold and sprayer unit and heating unit；Mobile phone terminal is sent the adjustment instruction of humiture parameter adjustment instruction and sprayer unit and heating unit and is sent to field control station by server end；Field control station controls to perform module according to the instruction that server sends, and described execution module includes the driving means of sprayer unit and the heater of heating unit, performs module and can control spraying and the duration of heating.
Described server is additionally provided with history data repository FLASHROM for storing history humiture data, and can pass through mobile phone terminal query history humiture curve.
Described mobile phone terminal, with android system as operating system, supports OO JAVA language.
The control station connection of described field has solar powered unit, described solar powered unit to include, and solar panel and accumulator, solar powered unit are that field control station is powered.Described field control station includes ARM microprocessor.
Described sprayer unit also includes the nebulizer that the supply channel that water tank is connected is connected with described supply channel and the waterfog head being arranged on described nebulizer with described water tank；Described nebulizer is connected with the driving means of sprayer unit.
Described sprayed droplet gathering unit includes that flow measurement cell, described heating collecting unit include power measurement unit.
Described server connects the Internet, can realize Telnet inquiry.
Described mobile phone terminal is provided with registration login module, and described registration login module includes that identity recognizing unit, described identity recognizing unit include face recognition module, carries out authentication by face recognition module and ensure that the safety of system.
A kind of long-range temperature and humidity monitoring system based on mobile phone provided by the present invention and method, efficiently solve that prior art quantities is big, cost is high, the problem that intelligence degree is low, error is big, by the humiture collected data are sent to mobile phone terminal, realize remotely monitoring, intelligence degree is high, and precision is high.
Accompanying drawing explanation
A kind of based on mobile phone the long-range temperature and humidity monitoring system structural representation that Fig. 1 provides for the present invention.
A kind of based on mobile phone the long-range temperature and humidity monitor method flow diagram that Fig. 2 provides for the present invention.
Detailed description of the invention
The present invention provides a kind of long-range temperature and humidity monitoring system based on mobile phone and method, and for making the purpose of the present invention, technical scheme and advantage clearer, clear and definite, the present invention is described in more detail for the embodiment that develops simultaneously referring to the drawings.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
As shown in fig. 1, a kind of long-range temperature and humidity monitoring system based on mobile phone, including several temperature sensors 1 and humidity sensor 2, wireless monitor node 3, field control station 4, sprayer unit 5, sprayed droplet gathering unit 6, heating unit 7, heating collecting unit 8, server 9 and mobile phone terminal 10, temperature sensor 1 and humidity sensor 2 connect wireless monitor node 3, sprayed droplet gathering unit 6 and heating collecting unit 8 connect sprayer unit 5 and heating unit 7 respectively, and the data of collection are also sent to wireless monitor node 3, field control station 4 is collected the data of wireless monitor node 3 transmission and is sent to server 9 by wireless network, the humiture remote data that mobile phone terminal 10 sends according to server 9 controls sprayer unit 5 and heating unit 7.
As in figure 2 it is shown, a kind of long-range temperature and humidity monitor method based on mobile phone, comprise the following steps:
Step S1, initialization Threshold of Temperature And Humidity and sprayer unit 5 and the control instruction of heating unit 7: management personnel remotely send humiture parameter configuration to the dispensing unit of server 9 by mobile phone terminal 10 and instruct, configuration humidity threshold and sprayer unit 5 and the control instruction of heating unit 7；
Step S2, wireless monitor node 3 gather Data Concurrent and deliver to server 9: several temperature sensors 1 and humidity sensor 2 carry out data acquisition respectively and carry out data conversion by signaling conversion circuit the soil information in monitoring node coverage, then send the signal after conversion to ZigBee wireless monitor node 3；The status data of the heating unit 7 that the status data of the sprayer unit 5 of sprayed droplet gathering unit 6 collection simultaneously and heating collecting unit 8 gather is also sent to wireless monitor node 3；Set up by ZigBee-network between described wireless monitor node 3 and connect, it is achieved the data complement between multiple monitoring nodes；Communication is carried out by 485 serial ports between field control station 4 and wireless monitor node 3, collect the soil environment data of wireless monitor node 3 around and sprayer unit 5 and the operating state data of heating unit 7, and connect wireless router, the data storage cell of 9 ends that data uploaded onto the server by cordless communication network by WIFI wireless communication module；
Step S3, server 9 by data feedback to mobile phone terminal 10 early warning in time: the operating state data of humiture data, sprayer unit 5 and heating unit 7 after server 9 end will update is sent to mobile phone terminal 10, and epidemic disaster data genaration that the monitoring of software on mobile phone terminal 10 sends according to server 9 also shows patterned temperature value curve and humidity value curve and measurement position and measurement time；Simultaneously, the temperature value collected and humidity value are configured or adjust Threshold of Temperature And Humidity with mobile phone terminal 10 and compare by alarm management unit in server 9 respectively, obtain comparative result, when described comparative result meets default alert if, then generating warning message, transmission is to mobile phone terminal 10；When described comparative result does not meets default alert if, repeat S2-S3；
Step S4, mobile phone terminal 10 are received early warning and remotely control humiture change: the sound and light alarm information that mobile phone terminal 10 display alarm administrative unit generates, management personnel remotely send humiture parameter adjustment to the dispensing unit of server 9 by mobile phone terminal 10 and instruct, the adjustment instruction of homoiothermic humidity threshold and sprayer unit 5 and heating unit 7；Mobile phone terminal 10 is sent the adjustment instruction of humiture parameter adjustment instruction and sprayer unit 5 and heating unit 7 and is sent to field control station 4 by server 9 end；Field control station 4 controls to perform module according to the instruction that server 9 sends, and described execution module includes driving means and the heater of heating unit 7 of sprayer unit 5, performs module and can control spraying and the duration of heating.
Described server 9 is additionally provided with history data repository FLASHROM for storing history humiture data, and can pass through mobile phone terminal 10 query history humiture curve.
Described mobile phone terminal 10, with android system as operating system, supports OO JAVA language.
Control station 4 connection of described field has solar powered unit, described solar powered unit to include, and solar panel and accumulator, solar powered unit are that field control station 4 is powered.Described field control station 4 includes ARM microprocessor.
Described sprayer unit 5 also includes the nebulizer that the supply channel that water tank is connected is connected with described supply channel and the waterfog head being arranged on described nebulizer with described water tank；Described nebulizer is connected with the driving means of sprayer unit 5.
Described sprayed droplet gathering unit 6 includes that flow measurement cell, described heating collecting unit 8 include power measurement unit.
Described server 9 connects the Internet, can realize Telnet inquiry.
Mobile phone terminal 10 is provided with registration login module, and described registration login module includes that identity recognizing unit, described identity recognizing unit include face recognition module, carries out authentication by face recognition module and ensure that the safety of system.
It should be appreciated that the application of the present invention is not limited to above-mentioned citing, for those of ordinary skills, can be improved according to the above description or convert, all these modifications and variations all should belong to the protection domain of claims of the present invention.
Claims (2)
1. a long-range temperature and humidity monitoring system based on mobile phone, it is characterized in that, including several temperature sensors and humidity sensor, wireless monitor node, field control station, sprayer unit, sprayed droplet gathering unit, heating unit, heating collecting unit, server and mobile phone terminal, temperature sensor and humidity sensor connect wireless monitor node, sprayed droplet gathering unit and heating collecting unit connect sprayer unit and heating unit respectively, and the data of collection are also sent to wireless monitor node, field control station is collected the data of wireless monitor node transmission and is sent to server by wireless network, the humiture remote data that mobile phone terminal sends according to server controls sprayer unit and heating unit.
2. a long-range temperature and humidity monitor method based on mobile phone, it is characterised in that comprise the following steps:
Step S1, initialization Threshold of Temperature And Humidity and sprayer unit and the control instruction of heating unit: management personnel remotely send humiture parameter configuration to the dispensing unit of server by mobile phone terminal and instruct, configuration humidity threshold and sprayer unit and the control instruction of heating unit；
Step S2, wireless monitor node gather Data Concurrent and deliver to server: several temperature sensors and humidity sensor carry out data acquisition respectively and carry out data conversion by signaling conversion circuit the soil information in monitoring node coverage, then send the signal after conversion to ZigBee wireless monitor node；The status data of the sprayer unit of sprayed droplet gathering unit collection and the status data of heating unit of heating collecting unit collection are also sent to wireless monitor node simultaneously；Set up by ZigBee-network between described wireless monitor node and connect, it is achieved the data complement between multiple monitoring nodes；Communication is carried out by 485 serial ports between field control station and wireless monitor node, collect the soil environment data of wireless monitor node around and sprayer unit and the operating state data of heating unit, and connect wireless router by WIFI wireless communication module, the data storage cell of the end that data uploaded onto the server by cordless communication network；
Step S3, server by data feedback to mobile phone terminal in time early warning: the operating state data of humiture data, sprayer unit and heating unit after server end will update is sent to mobile phone terminal, and epidemic disaster data genaration that the monitoring of software on mobile phone terminal sends according to server also shows patterned temperature value curve and humidity value curve and measurement position and measurement time；Simultaneously, the temperature value collected and humidity value are compared by alarm management unit in server respectively with mobile phone terminal configuration or adjustment Threshold of Temperature And Humidity, obtain comparative result, when described comparative result meets default alert if, then generating warning message, transmission is to mobile phone terminal；When described comparative result does not meets default alert if, repeat S2-S3；
Step S4, mobile phone terminal are received early warning and remotely control humiture change: the sound and light alarm information that mobile phone terminal display alarm administrative unit generates, management personnel remotely send humiture parameter adjustment to the dispensing unit of server by mobile phone terminal and instruct, the adjustment instruction of homoiothermic humidity threshold and sprayer unit and heating unit；Mobile phone terminal is sent the adjustment instruction of humiture parameter adjustment instruction and sprayer unit and heating unit and is sent to field control station by server end；Field control station controls to perform module according to the instruction that server sends, and described execution module includes the driving means of sprayer unit and the heater of heating unit, performs module and can control spraying and the duration of heating；
Wherein, described server is additionally provided with history data repository FLASHROM for storing history humiture data, and can pass through mobile phone terminal query history humiture curve；
Described mobile phone terminal, with android system as operating system, supports OO JAVA language；
The control station connection of described field has solar powered unit, described solar powered unit to include, and solar panel and accumulator, solar powered unit are that field control station is powered；
Described field control station includes ARM microprocessor；
Described sprayer unit also includes the nebulizer that the supply channel that water tank is connected is connected with described supply channel and the waterfog head being arranged on described nebulizer with described water tank；Described nebulizer is connected with the driving means of sprayer unit；
Described sprayed droplet gathering unit includes that flow measurement cell, described heating collecting unit include power measurement unit；
Described server connects the Internet, can realize Telnet inquiry；
Mobile phone terminal is provided with registration login module, and described registration login module includes that identity recognizing unit, described identity recognizing unit include face recognition module, carries out authentication by face recognition module and ensure that the safety of system.
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| CN107131908A (en) * | 2017-05-12 | 2017-09-05 | 重庆瑞升康博电气有限公司 | Multiple-sensor network platform environment monitoring system and method |
| CN109491352A (en) * | 2018-12-30 | 2019-03-19 | 国网北京市电力公司 | Remote monitoring system, method and apparatus |
| CN110474988A (en) * | 2019-08-28 | 2019-11-19 | 深圳库博能源科技有限公司 | A kind of remote monitoring system of new energy |
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Application publication date: 20160921 |