CN104396684A - Grape planting automatic control system and control method thereof - Google Patents

Grape planting automatic control system and control method thereof Download PDF

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Publication number
CN104396684A
CN104396684A CN201410775136.XA CN201410775136A CN104396684A CN 104396684 A CN104396684 A CN 104396684A CN 201410775136 A CN201410775136 A CN 201410775136A CN 104396684 A CN104396684 A CN 104396684A
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China
Prior art keywords
temperature
green house
growing
wine
control
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CN201410775136.XA
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Inventor
陈威宁
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SHANXI SENHAIYUAN AGRICULTURE AND FORESTRY SCIENCE AND TECHNOLOGY Co Ltd
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SHANXI SENHAIYUAN AGRICULTURE AND FORESTRY SCIENCE AND TECHNOLOGY Co Ltd
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Priority to CN201410775136.XA priority Critical patent/CN104396684A/en
Publication of CN104396684A publication Critical patent/CN104396684A/en
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    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01GHORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G17/00Cultivation of hops, vines, fruit trees, or like trees
    • A01G17/02Cultivation of hops or vines
    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link

Abstract

The invention discloses a grape planting automatic control system and a control method thereof. The system comprises a sensor data collection module and a comprehensive controller. The sensor data collection module comprises a sensor, a central processing unit (CPU) and a wireless transmission module. The wireless transmission module adopts a 433 radio frequency technology. The comprehensive controller comprises a wireless data receiving module, an intelligent control parameter storage module, the CPU, a relay control device, a display module and an operation module. The wireless receiving module adopts the 433 radio frequency technology. The relay control device is used for controlling a control switch in the grape planting area. The intelligent control parameter storage module is used for storing grape planting intelligent control parameters. By means of the automatic control system, control of growing conditions such as temperature and humidity in various growing stages of the grape can be achieved, intelligent early warning, intelligent analyzing and intelligent decision making for grape planting are further achieved, and accurate production and high-efficiency management can be achieved.

Description

Wine-growing automatic control system and control method thereof
Technical field
The present invention relates to wine-growing automatic control system and control method thereof, belong to reading intelligent agriculture field of planting.
Background technology
Internet of Things is called as the third wave of world information industry after calculator, internet, and technology of Internet of things is described as the new growth engines in the whole world, and country and government pay much attention to the development of Internet of Things industry.Expert thinks, Internet of Things can be increased economic efficiency on the one hand, greatly cost-saving.Proportion of crop planting adopts technology of Internet of things, derives from the reading intelligent agriculture industrialization field made new advances.Wisdom agricultural is the advanced stage of agricultural production, is the agricultural production facility of the advanced person integrating high, precision and frontier technology on agricultural science and technology and computer autocontrol technique.
The solution of current reading intelligent agriculture green house generally builds based on ZigBee technology, when being applied to general growing vegetables green house, the problem of Based Intelligent Control aspect obtains effective solution, but when building wine-growing control system based on ZigBee technology, but encounter problems, such as specifying information collection cannot effectively be transmitted.
Summary of the invention
The object of the present invention is to provide a kind of wine-growing automatic control system and control method, each stage realizing growing grape growth by automatic control system provided by the invention is to the control of the growth conditionss such as temperature, humidity, illumination requirement, closely realize wine-growing intelligent early-warning, intellectual analysis, intelligent decision, accomplish production precision, high-efficiency of management.
The technical solution adopted in the present invention is: a kind of wine-growing automatic control system, comprise sensor data acquisition module and ICU, sensor data acquisition module comprises sensor, CPU and wireless transport module, sensor is in order to gather wine-growing region environment data, wireless data transfer module transfers to ICU in order to sensor data acquisition module is obtained data, and described wireless data transfer module adopts 433M radio-frequency technique; Described ICU comprises wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, described ICU is provided with relay control device, relay control device is in order to control the gauge tap in wine-growing region, described ICU also comprises Based Intelligent Control parameter memory module, in order to store wine-growing Based Intelligent Control parameter, described ICU also comprises CPU, display module and operational module.
Further, 433M radio-frequency technique adopts NRF905 module, and CPU main control chip is MSP430.
Further, described ICU CPU is also provided with Ethernet interface and 485 communication interfaces.
Above institute wine-growing automatic control system can be applied to green house district, and wine-growing region is green house district, and sensor comprises aerial temperature and humidity sensor, soil temperature-moisture sensor, gas concentration lwevel sensor, optical sensor; Relay control device is in order to control the gauge tap in green house district, gauge tap comprises electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching, and Based Intelligent Control parameter memory module stores the standard of aerial temperature and humidity in wine-growing different phase green house, soil temperature and humidity, gas concentration lwevel, the control of photometric data needs.
When above institute wine-growing automatic control system is applied to green house district, system works step is as follows:
The first step, sensor gather aerial temperature and humidity, soil temperature and humidity, gas concentration lwevel, photometric data in wine-growing green house region;
Second step, wireless data transfer module adopt 433M radio-frequency technique, and the data that sensor obtains are transferred to ICU;
3rd step, ICU comprise wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, the data that wireless data receipt modules obtains are passed to display module display by ICU, the data simultaneously obtained by wireless data receipt modules and the normal data of Based Intelligent Control parameter memory module contrast, and comparing result is passed to display module;
4th step, administrative staff pass through operational module, by manipulation information input CPU, CPU controls relay control device, relay control device in order to control electric rolling film device switch in wine-growing green house region, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching, thus realizes the regulable control to temperature humidity, illumination, soil temperature and humidity, gas concentration lwevel in green house.
In the 4th described step, the gauge tap of electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching can be arranged to intelligent mode, specific as follows:
S4-1 is when temperature height and the data of Based Intelligent Control parameter memory module being prescribed a time limit in green house, and it is aeration-cooling that fan switch opens green house, until fan switch is closed when meeting the demands; Green house temperature is prescribed a time limit lower than under the data of Based Intelligent Control parameter memory module, and Temperature-controlled appliance Switch Controller green house is suitably heated, until degree control device switch cuts out when meeting the demands;
S4-2 is when green house humidity height with the data of Based Intelligent Control parameter memory module are prescribed a time limit, and fan switch is opened, green house ventilation wet down, if temperature is reduced to lower limit in green house, opens Temperature-controlled appliance Switch Controller green house simultaneously and suitably heats; When green house humidity low with the data of Based Intelligent Control parameter memory module under in limited time, electric rolling straw screen or mat facility switching is opened, and straw screen or mat sprinkler switch opens, exports the gas that humidity is higher in green house simultaneously.
S4-3 when carbon dioxide concentration in greenhouse low with the data of Based Intelligent Control parameter memory module in limited time, fan switch is opened, green house ventilates and reduces gas concentration lwevel, if temperature is reduced to lower limit and opens Temperature-controlled appliance Switch Controller green house and suitably heat in green house simultaneously;
S4-4 when soil temperature and humidity in green house low with the data of Based Intelligent Control parameter memory module under in limited time, automatic-watering facility switching is opened, when soil temperature and humidity in green house is prescribed a time limit close in the data of Based Intelligent Control parameter memory module, automatic-watering facility switching is closed.
S4-5 prescribes a time limit when photometric data in green house arrives in the data of Based Intelligent Control parameter memory module, and volume film puts down by electric rolling film device switch control rule, realizes the control to illumination in green house.
Concrete, wine-growing budding period temperature controls: daytime temperature <20 DEG C, night temperature >0 DEG C,
Sprouting temperature in vegetative period control: daytime temperature 20-28 DEG C, night temperature 8-10 DEG C,
Flowering stage temperature control: daytime temperature 25-28 DEG C, night temperature 13-14 DEG C,
Young fruit period temperature control: daytime temperature 22-25 DEG C, night temperature 10-14 DEG C,
Fruit development period temperature controls: 16 DEG C.
Wine-growing budding period temperature controls: 80-90%,
Sprouting humid control in vegetative period: 70%,
Flowering stage humid control: 55%,
Young fruit period humid control: 60%,
Fruit development period humid control: gravity-flow ventilation.
Above information is stored in Based Intelligent Control parameter memory module.
Described wine-growing automatic control system can be applied to land for growing field crops district, and wine-growing region is land for growing field crops district, the Soil Temperature And Moisture degrees of data that sensor data acquisition module obtains in order to gather region, land for growing field crops inner sensor; Relay control device is in order to control the gauge tap in room temperature green house district, and gauge tap comprises automatic-watering facility switching; Based Intelligent Control parameter memory module stores the scope that wine-growing different phase Soil Temperature And Moisture degrees of data needs to control.
When wine-growing automatic control system is applied to land for growing field crops district, its control method is identical with its flow process when green house, and difference is the concrete data and project that control.
Further, the wine-growing automatic control system of telecommunication network Inspect and control can be realized, comprise main control platform server and be applied to green house or/and the wine-growing automatic control system in land for growing field crops with several, be applied to green house or/and the wine-growing automatic control system in land for growing field crops connects wireless routing by netting twine, wireless routing is by 2.4Gwifi network connecting radio AP, server connects wireless aps by netting twine, and the AP of connection server is connected by 2.4Gwifi network with the wireless aps being connected wireless routing.
The invention has the beneficial effects as follows: (1) adopts 433M radio-frequency technique, the data that sensor obtains effectively can transfer to the intelligent and networked control end of controller, and adopt Zigbee2.4G transmission technology cannot meet transmission needs; (2) temperature realizing needing grape growth, humidity, illumination, soil can accurately control, and ensure that grape quality and output; (3) automated job economic benefit can be realized and labor productivity improves greatly; (4) native system can be divided into land for growing field crops and green house two kinds of control programs, meets the demand of different levels; (5) native system can connect Ethernet, realizes Long-distance Control; (5) by producing to the accurate control of grape different growing stages diurnal temperature and humidity the grape that sugar content is high, mouthfeel is good, market reaction is good.
Accompanying drawing explanation
Fig. 1 is Structure of intelligent control system block diagram of the present invention.
Fig. 2 is embodiment of the present invention sensor data acquisition modular structure block diagram
Fig. 3 is embodiment of the present invention ICU structured flowchart
Fig. 4 is embodiment of the present invention green house control program schematic diagram.
Fig. 5 is embodiment of the present invention land for growing field crops control program schematic diagram.
Fig. 6 is embodiment of the present invention overall network topology structured flowchart.
Embodiment
In order to more clearly understand technical scheme of the present invention, below in conjunction with accompanying drawing, the present invention is further described.
The performance of wine-growing automatic control system, according to the actual conditions of grape agriculture park, production area, garden is divided into green house district and two parts region, land for growing field crops district, as Fig. 4, shown in 5, overall network topology structure as shown in Figure 6, each green house is for arranging independently wine-growing automatic control system reference Fig. 4, , concrete Control system architecture as shown in Figure 1, comprise sensor data acquisition module and ICU, sensor data acquisition module comprises sensor, CPU and wireless transport module, sensor is in order to gather the data of wine-growing region environment, wireless data transfer module transfers to ICU in order to sensor data acquisition module is obtained data, described wireless data transfer module adopts 433M radio-frequency technique, described ICU comprises wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, described ICU is provided with relay control device, relay control device is in order to control the gauge tap in wine-growing region, described ICU also comprises Based Intelligent Control parameter memory module, in order to store wine-growing Based Intelligent Control parameter, described ICU also comprises CPU, display module and operational module.
Described sensor comprises the sensor gathering temp. and humidity, soil temperature and humidity, gas concentration lwevel, photometric data; Described relay control device is in order to control the gauge tap in green house district, and gauge tap comprises electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching; Wherein electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching adopt Control, and straw screen or mat sprinkler switch, automatic-watering facility switching adopt solenoid control; Described Based Intelligent Control parameter memory module stores the standard of temperature in wine-growing different phase green house, humidity, soil temperature and humidity, gas concentration lwevel, the control of photometric data needs.
System works step is as follows:
The first step, sensor gather aerial temperature and humidity, soil temperature and humidity, gas concentration lwevel, photometric data in wine-growing green house region;
Second step, wireless data transfer module adopt 433M radio-frequency technique, and the data that sensor obtains are transferred to ICU;
3rd step, ICU comprise wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, the data that wireless data receipt modules obtains are reached CPU by ICU, the data simultaneously obtained by wireless data receipt modules and the normal data of Based Intelligent Control parameter memory module contrast, and comparing result is passed to display module by CPU;
4th step, administrative staff pass through operational module, by manipulation information input CPU, CPU controls relay control device, relay control device in order to control electric rolling film device switch in wine-growing green house region, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching, thus realizes the regulable control to temperature humidity, illumination, soil temperature and humidity, gas concentration lwevel in green house.
In the 4th described step, the gauge tap of electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching also can be arranged to intelligent mode, specific as follows:
S4-1 is when temperature height and the data of Based Intelligent Control parameter memory module being prescribed a time limit in green house, and it is aeration-cooling that fan switch opens green house, until fan switch is closed when meeting the demands; Green house temperature too low with the data of Based Intelligent Control parameter memory module under in limited time, Temperature-controlled appliance Switch Controller green house is suitably heated, until degree control device switch cuts out when meeting the demands;
S4-2 is when green house humidity height with the data of Based Intelligent Control parameter memory module are prescribed a time limit, and fan switch is opened, green house ventilation wet down, if temperature is reduced to lower limit in green house, opens Temperature-controlled appliance Switch Controller green house simultaneously and suitably heats; When green house humidity low with the data of Based Intelligent Control parameter memory module under in limited time, electric rolling straw screen or mat facility switching is opened, and straw screen or mat sprinkler switch opens, exports the gas that humidity is higher in green house simultaneously.
S4-3 when carbon dioxide concentration in greenhouse low with the data of Based Intelligent Control parameter memory module in limited time, fan switch is opened, green house ventilates and reduces gas concentration lwevel, if temperature is reduced to lower limit and opens Temperature-controlled appliance Switch Controller green house and suitably heat in green house simultaneously;
S4-4 when soil temperature and humidity in green house low with the data of Based Intelligent Control parameter memory module under in limited time, automatic-watering facility switching is opened, when soil temperature and humidity in green house is prescribed a time limit close in the data of Based Intelligent Control parameter memory module, automatic-watering facility switching is closed.
S4-5 prescribes a time limit when photometric data in green house arrives in the data of Based Intelligent Control parameter memory module, and volume film puts down by electric rolling film device switch control rule, realizes the control to illumination in green house.
Inventor sums up the temperature humidity control criterion data of a set of control system provided based on this patent for wine-growing in long-term practice, specific as follows:
The wine-growing budding period temperature control: daytime temperature <20 DEG C, night temperature >0 DEG C,
Sprouting temperature in vegetative period control: daytime temperature 20-28 DEG C, night temperature 8-10 DEG C,
Flowering stage temperature control: daytime temperature 25-28 DEG C, night temperature 13-14 DEG C,
Young fruit period temperature control: daytime temperature 22-25 DEG C, night temperature 10-14 DEG C,
Fruit development period temperature controls: 16 DEG C.
Wine-growing budding period temperature controls: 80-90%,
Sprouting humid control in vegetative period: 70%,
Flowering stage humid control: 55%,
Young fruit period humid control: 60%,
Fruit development period humid control: gravity-flow ventilation.
Can realize the accurate control to above-mentioned parameter based on wine-growing automatic control system provided by the invention, the grape sugar content produced is more than 25%, and have extraordinary mouthfeel, market reaction is splendid.
If Fig. 5 is wine-growing automatic control system local, land for growing field crops district, described wine-growing region is land for growing field crops district, the Soil Temperature And Moisture degrees of data that described sensor data acquisition module obtains in order to gather region, land for growing field crops inner sensor; Described relay control device is in order to control the gauge tap in room temperature green house district, and gauge tap comprises automatic-watering facility switching; Described Based Intelligent Control parameter memory module stores the scope that wine-growing different phase Soil Temperature And Moisture degrees of data needs to control.Each control station can control several regions, land for growing field crops shown as described in Figure 5.
When wine-growing automatic control system can be applied to land for growing field crops district, its control method is identical with its flow process when green house, and difference is the concrete data controlled is Soil Temperature And Moisture degrees of data.
In system, sensor data acquisition modular structure is as shown in Figure 2, and the radio-frequency technique of 433M frequency range is all obviously better than the Zigbee-technology of 2.4G in transmission range and penetrability,
Master chip: 433M radio-frequency module is NRF905, main control chip is MSP430
Module peak power: general module+10dbm, band power amplifier module+30dbm;
Power supply mode: mains-supplied or solar energy system are powered.
Data are transmitted: receive and dispatch continuously;
Signal transmission distance: add power amplifier module communication distance about 1000 meters;
Conclusion: the signal of 433M radio-frequency technique can cover whole garden substantially, lithium battery power supply is tentatively tested and can not be met, and needs mains-supplied or solar energy system to power.
The data transmission of the Zigbee transmission module sensor collection adopted has some setbacks.
In system, ICU modular structure as shown in Figure 3, LCDs and be display module in embodiment, key-press input is operational module, ICU CPU is also provided with 485 communication interfaces and Ethernet interface, 485 communication interfaces realize closely Industry Control, and Ethernet interface makes CPU connect Ethernet.Control is the gauge tap etc. of relay control device in order to control temperature control appliance switch, electric rolling film device switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching.
Based Intelligent Control parameter memory module can store the critical field of Various types of data, and realization can realize Based Intelligent Control, raises labour efficiency, simultaneously for wine-growing manager provides decision-making foundation.
As shown in Figure 6, further, the wine-growing automatic control system of telecommunication network Inspect and control can be realized, comprise main control platform server and be applied to green house or/and the wine-growing automatic control system in land for growing field crops with several, be applied to green house or/and the wine-growing automatic control system in land for growing field crops connects wireless routing by netting twine, wireless routing is by 2.4Gwifi network connecting radio AP, server connects wireless aps by netting twine, and the AP of connection server is connected by 2.4Gwifi network with the wireless aps being connected wireless routing.By above technical scheme, telecommunication network Inspect and control can be realized.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit, those skilled in the art can do described specific embodiment various amendment supplement or adopt similar method to substitute, but spirit of the present invention can't be departed from or surmount appended claims definition scope.

Claims (10)

1. a wine-growing automatic control system, it is characterized in that, comprise sensor data acquisition module and ICU, sensor data acquisition module comprises sensor, CPU and wireless transport module, sensor is in order to gather wine-growing region environment data, wireless data transfer module transfers to ICU in order to sensor data acquisition module is obtained data, and described wireless data transfer module adopts 433M radio-frequency technique; Described ICU comprises wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, described ICU is provided with relay control device, relay control device is in order to control the gauge tap in wine-growing region, described ICU also comprises Based Intelligent Control parameter memory module, in order to store wine-growing Based Intelligent Control parameter, described ICU also comprises CPU, display module and operational module.
2. wine-growing automatic control system according to claim 1, is characterized in that, 433M radio-frequency technique adopts NRF905 module, and CPU main control chip is MSP430.
3. wine-growing automatic control system according to claim 1 and 2, is characterized in that, described ICU CPU is also provided with Ethernet interface and 485 communication interfaces.
4. wine-growing automatic control system according to claim 3, is characterized in that, wine-growing region is green house district, and sensor comprises aerial temperature and humidity sensor, soil temperature-moisture sensor, gas concentration lwevel sensor, optical sensor; Relay control device is in order to control the gauge tap in green house district, gauge tap comprises electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching, and Based Intelligent Control parameter memory module stores the standard of aerial temperature and humidity in wine-growing different phase green house, soil temperature and humidity, gas concentration lwevel, the control of photometric data needs.
5. wine-growing automatic control system according to claim 4, is characterized in that, Based Intelligent Control parameter memory module store following information:
The wine-growing budding period temperature control: daytime temperature <20 DEG C, night temperature >0 DEG C,
Sprouting temperature in vegetative period control: daytime temperature 20-28 DEG C, night temperature 8-10 DEG C,
Flowering stage temperature control: daytime temperature 25-28 DEG C, night temperature 13-14 DEG C,
Young fruit period temperature control: daytime temperature 22-25 DEG C, night temperature 0-14 DEG C,
Fruit development period temperature controls: 16 DEG C,
Wine-growing budding period temperature controls: 80-90%,
Sprouting humid control in vegetative period: 70%,
Flowering stage humid control: 55%,
Young fruit period humid control: 60%,
Fruit development period humid control: gravity-flow ventilation.
6. wine-growing automatic control system according to claim 3, is characterized in that, wine-growing region is land for growing field crops district, the Soil Temperature And Moisture degrees of data that sensor data acquisition module obtains in order to gather region, land for growing field crops inner sensor; Relay control device is in order to control the gauge tap in green house district, and gauge tap comprises automatic-watering facility switching; Based Intelligent Control parameter memory module stores the scope that wine-growing different phase Soil Temperature And Moisture degrees of data needs to control.
7. a wine-growing automatic control system, it is characterized in that, comprise main control platform server and several wine-growing automatic control systems described in claim 4,6, wine-growing automatic control system described in claim 4,6 connects wireless routing by netting twine, wireless routing is by 2.4Gwifi network connecting radio AP, server connects wireless aps by netting twine, and the wireless aps of connection server is connected by 2.4Gwifi network with the wireless aps being connected wireless routing.
8. the control method of wine-growing automatic control system according to claim 4, is characterized in that, system works step is as follows:
S1 sensor gathers aerial temperature and humidity, soil temperature and humidity, gas concentration lwevel, photometric data in wine-growing green house region;
S2 wireless data transfer module adopts 433M radio-frequency technique, and the data that sensor obtains are transferred to ICU;
S3 ICU comprises wireless data receipt modules, wireless receiving module adopts 433M radio-frequency technique, the data that wireless data receipt modules obtains by ICU pass CPU, the data simultaneously obtained by wireless data receipt modules and the normal data of Based Intelligent Control parameter memory module contrast, and comparing result is passed to display module by CPU;
S4 administrative staff pass through operational module, by manipulation information input CPU, CPU controls relay control device, relay control device in order to control electric rolling film device switch in wine-growing green house region, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching, thus realizes the regulable control to temperature humidity, illumination, soil temperature and humidity, gas concentration lwevel in green house.
9. the control method of wine-growing automatic control system according to claim 8, it is characterized in that, in described S4 step, the gauge tap of electric rolling film device switch, green house Temperature-controlled appliance switch, fan switch, electric rolling straw screen or mat facility switching, straw screen or mat sprinkler switch, automatic-watering facility switching also can be arranged to intelligent mode, specific as follows:
S4-1 is when temperature height and the data of Based Intelligent Control parameter memory module being prescribed a time limit in green house, and it is aeration-cooling that fan switch opens green house, until fan switch is closed when meeting the demands; Green house temperature is prescribed a time limit lower than under the data of Based Intelligent Control parameter memory module, and Temperature-controlled appliance Switch Controller green house is suitably heated, until degree control device switch cuts out when meeting the demands;
S4-2 is when green house humidity height with the data of Based Intelligent Control parameter memory module are prescribed a time limit, and fan switch is opened, green house ventilation wet down, if temperature is reduced to lower limit in green house, opens Temperature-controlled appliance Switch Controller green house simultaneously and suitably heats; When green house humidity low with the data of Based Intelligent Control parameter memory module under in limited time, electric rolling straw screen or mat facility switching is opened, and straw screen or mat sprinkler switch opens, exports the gas that humidity is higher in green house simultaneously;
S4-3 when carbon dioxide concentration in greenhouse low with the data of Based Intelligent Control parameter memory module in limited time, fan switch is opened, green house ventilates and reduces gas concentration lwevel, if temperature is reduced to lower limit and opens Temperature-controlled appliance Switch Controller green house and suitably heat in green house simultaneously;
S4-4 when soil temperature and humidity in green house low with the data of Based Intelligent Control parameter memory module under in limited time, automatic-watering facility switching is opened, when soil temperature and humidity in green house is prescribed a time limit close in the data of Based Intelligent Control parameter memory module, automatic-watering facility switching is closed;
S4-5 prescribes a time limit when photometric data in green house arrives in the data of Based Intelligent Control parameter memory module, and volume film puts down by electric rolling film device switch control rule, realizes the control to illumination in green house.
10. the control method of wine-growing automatic control system according to claim 8 or claim 9, is characterized in that, the information stored according to Based Intelligent Control parameter memory module according to claim 5 controls.
CN201410775136.XA 2014-12-16 2014-12-16 Grape planting automatic control system and control method thereof Pending CN104396684A (en)

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CN108268077A (en) * 2018-03-16 2018-07-10 南京铁道职业技术学院 A kind of automation planting greenhouse temperature and humidity control system and its method
CN114415764A (en) * 2022-01-05 2022-04-29 六安市叶集区帮农农业发展有限公司 Grape early-maturing culture system based on illumination analysis

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CN105993838A (en) * 2016-05-17 2016-10-12 中山大学 Intelligent community watering system based on field programmable gate array
CN108268077A (en) * 2018-03-16 2018-07-10 南京铁道职业技术学院 A kind of automation planting greenhouse temperature and humidity control system and its method
CN114415764A (en) * 2022-01-05 2022-04-29 六安市叶集区帮农农业发展有限公司 Grape early-maturing culture system based on illumination analysis

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