CN108965445A - A kind of remote intelligent control method and system in plant culture space - Google Patents
A kind of remote intelligent control method and system in plant culture space Download PDFInfo
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- CN108965445A CN108965445A CN201810825717.8A CN201810825717A CN108965445A CN 108965445 A CN108965445 A CN 108965445A CN 201810825717 A CN201810825717 A CN 201810825717A CN 108965445 A CN108965445 A CN 108965445A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N7/00—Television systems
- H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
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Abstract
The present invention relates to a kind of remote intelligent control methods in plant culture space, comprising: step 1, mobile device and local control centre match；Step 2 acquires environmental parameter in real time, and the status information that equipment is respectively controlled in environmental parameter and plant culture space is then sent to cloud server terminal；The status information of environmental parameter and control equipment is shown the display screen in local control centre, and fed back onto mobile device by step 3；Step 4, local control centre compare environmental parameter and scheduling, execute corresponding control equipment；Scheduling can be set or updated in local control centre and mobile device, be then forwarded to cloud server terminal storage, then the scheduling is sent in local control centre or mobile device by cloud server terminal；Step 5, local control centre and mobile device update scheduling, issue control instruction according to updated scheduling and the real time environment parameter received.The present invention realizes the long-range monitoring and remote auto control in plant culture space.
Description
Technical field
The present invention relates to the remote intelligent control methods and system in a kind of plant culture space, are particularly suitable for artificial climate
Cultivating chamber and plant incubator belong to plant culture field of engineering technology.
Background technique
With the development of china's overall national strength, plant artificial breeding technique, facility also obtain tremendous increase, this gives plant section
It learns and brings revolutionary breakthrough in research and the development of agricultural.But while obtaining breaking through, agricultural and current development speed are most
Fastly, big larger generation gap is also deposited between the popular applications such as most widely used internet, intelligence, high-tech.Remote intelligent people
Work climatic chamber, plant incubator control, refer under the conditions ofs opposite temperature, humidity, illumination, the air quality etc. that can control,
Realize that houseplant cultivates remote control, to realize intensive sustainable development.
The greenhouse intelligent control and management system studied and made headed by the U.S. automatically control, and can fully control fresh
Flower, water fruits and vegetables, agricultural product and other plant growing environment, still, many agricultural intelligence control systems are both in a certain
What specific plant or environment construction configured, specific plant and region are had left, by system transplantation to other kinds or ground
Domain may make very big change to system, and comparatively cost just will increase and may be delayed the life of crops in this way
It is long.
Summary of the invention
In order to solve the above technical problem, the present invention provides a kind of remote intelligent control method in plant culture space and it is
System, can in local control centre and mobile device real-time monitoring plant culture space state, and can simultaneously in local control
It is arranged or changes scheduling on center processed and mobile device, system automatically controls each control in plant culture space according to scheduling and sets
It is standby, to realize remote monitoring and control.
Technical scheme is as follows:
A kind of remote intelligent control method in plant culture space, local control centre is accessed in plant culture space, local to control
Center and cloud server terminal carry out data interaction, and the long-range rate-determining steps are as follows:
Step 1, mobile device and local control centre match, so that plant culture space be bound with mobile device；
Step 2, the sensor in plant culture space acquire environmental parameter in real time, then plant environmental parameter and plant
The status information that equipment is respectively controlled in training space is sent to cloud server terminal, is stored by cloud server terminal and analyzes processing；
The status information of environmental parameter and control equipment is shown the display screen in local control centre, while also fed back by step 3
Onto the mobile device of binding；
Step 4, local control centre compare environmental parameter and scheduling, execute corresponding control equipment；The scheduling is according to cultivation
Plant in each stage needed for growing environment be configured；Meanwhile cultivation personnel check environmental parameter, control by mobile device
The operating status of equipment；It can set according to demand in local control centre and mobile device or update scheduling, then will
Scheduling is sent to cloud server terminal storage, then the scheduling is sent in local control centre or mobile device by cloud server terminal；
Step 5, local control centre and mobile device update scheduling, issue according to scheduling and the real time environment parameter received
Control instruction controls the working condition of each control equipment in plant culture space, to realize the long-range of plant culture space
Monitoring and remote auto control.
More preferably, the client software in the mobile device and local control centre include identical component: including shape
State display unit, temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrient solution adjust unit
And communication module；The status display unit shows the operating status of each control equipment in plant culture space, comprising: is
System operation, compressor operation, circulating fan operation, illumination switch plus taps, humidification switch, heater button, aerating are opened
It closes, nutrient solution regulating switch, the temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, battalion
Nutrient solution adjusts unit and different environmental parameter threshold values is arranged according to the time period, to control corresponding control according to the environmental parameter threshold value
Control equipment；Each unit carries out data interaction by the communication module and cloud server terminal.
More preferably, the environmental parameter be according to the sensor parameters that are arranged of needs, including temperature, humidity, intensity of illumination,
Monitored gas concentration, nutrient solution adjusts and light source light spectrum.
More preferably, the matching method in the step 1 includes LAN broadcast, scans the two-dimensional code and directly add and plant
Object cultivates the IP address in space, and plant culture space is bound with mobile device.
More preferably, the mobile device includes ISO terminal and Android terminal.
More preferably, the plant culture space is equipped with camera, and the collected data of camera are sent to cloud service
End, and be shown in local control centre and mobile device, to remotely monitor the real-time condition in plant culture space.
Scheme two:
A kind of remote intelligent control system in plant culture space, including plant culture space, local control centre, cloud server terminal
And local control centre is accessed in mobile device, the plant culture space, the mobile device and local control centre match, from
And plant culture space is bound with mobile device；The local control centre and mobile device are carried out with cloud server terminal
Data interaction；
Sensor in the plant culture space acquires environmental parameter in real time, then by environmental parameter and plant culture space
The status information of interior each control equipment is sent to cloud server terminal；
The cloud server terminal receives and stores the data received, and the status information of environmental parameter and each control equipment is concurrent
It send to local control centre and mobile device；Meanwhile carrying out data processing: according to scheduling and the real time environment parameter received
Control instruction is issued, the working condition of each control equipment in plant culture space is controlled, to realize plant culture space
Long-range monitoring and remote auto control.
More preferably, the client software in the mobile device and local control centre include identical component: including shape
State display unit, temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrient solution adjust unit
And communication module；The status display unit shows the operating status of each control equipment in plant culture space, comprising: is
System operation, compressor operation, circulating fan operation, illumination switch plus taps, humidification switch, heater button, aerating are opened
It closes, nutrient solution regulating switch, the temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, battalion
Nutrient solution adjusts unit and different environmental parameter threshold values is arranged according to the time period, to control corresponding control according to the environmental parameter threshold value
Control equipment；Each unit carries out data interaction by the communication module and cloud server terminal.
More preferably, the environmental parameter be according to the sensor parameters that are arranged of needs, including temperature, humidity, intensity of illumination,
Monitored gas concentration, nutrient solution adjusts and light source light spectrum；The mobile device includes ISO terminal and Android terminal；It is described
Matching method includes LAN broadcast, scans the two-dimensional code and directly add the IP address in plant culture space, by plant culture
It is bound with mobile device in space.
More preferably, the plant culture space is equipped with camera, and the collected data of camera are sent to cloud service
End, and be shown in local control centre and mobile device, to remotely monitor the real-time condition in plant culture space.
The invention has the following beneficial effects:
The remote intelligent control method and system in a kind of plant culture space provided by the invention, can pass through local control centre
With in mobile device real-time monitoring plant culture space temperature, humidity, illumination situations such as, and can remotely be supervised by camera
Control the pest and disease damage of crops.Cultivation personnel can make timely, correct judgement to the upgrowth situation of plant whenever and wherever possible, effectively
Prevent in growing process due to artificial attention deficiency cause plant it is withered, malnutritive the problems such as.Plant is planted
Train space in each control equipment according to scheduling automatically switch operating mode, cultivation personnel can also according to monitoring parameters and
Current vegetative state updates scheduling, the intelligence of plant culture facility is improved, to realize the long-range monitoring in plant culture space
And remote auto control.
Meanwhile the present invention is suitable for various cultivated plants, it, only need to be according to it in each period for different cultivated plants
Growing environment require setting scheduling, application cost is low and has a wide range of application.
Detailed description of the invention
Fig. 1 is the long-range control block diagram of the remote intelligent control method in plant culture space of the present invention；
Fig. 2 is the client software framework flow chart of the remote intelligent control method in plant culture space of the present invention；
Fig. 3 is the client software surface chart of the remote intelligent control method in plant culture space of the present invention；
Fig. 4 is the structural block diagram of the remote intelligent control system in plant culture space of the present invention.
Appended drawing reference indicates in figure are as follows:
1, plant culture space；2, local control centre；3, cloud server terminal；4, mobile device.
Specific embodiment
It is next in the following with reference to the drawings and specific embodiments that the present invention will be described in detail.
Referring to Fig. 1, a kind of remote intelligent control method in plant culture space, local control is accessed in plant culture space 1
Center 2 processed, local control centre 2 carry out data interaction with cloud server terminal 3, and the long-range rate-determining steps are as follows:
Step 1, mobile device 4 and local control centre 2 match, so that plant culture space 1 and mobile device 4 be tied up
It is fixed；The matching method includes LAN broadcast, scans the two-dimensional code and directly add the IP address in plant culture space 1, will
It is bound with mobile device 4 in plant culture space 1；The mobile device 4 includes ISO terminal and Android terminal；
Step 2, the sensor in plant culture space 1 acquire environmental parameter in real time, then by environmental parameter and plant
The status information that equipment is respectively controlled in cultivation space 1 is sent to cloud server terminal 3, is stored by cloud server terminal 3 and analyzes processing；It is described
Environmental parameter is the sensor parameters being arranged according to needs, and the environmental parameter is the sensor parameters being arranged according to needs, packet
Temperature, humidity are included, intensity of illumination, monitored gas concentration, nutrient solution adjusts and light source light spectrum；It can also be set as needed
His sensor, acquires required environmental parameter；The gas sensor is either be used to monitor the gas of gas concentration lwevel
Sensor is also possible to the gas sensor for monitoring other gases such as oxygen；The sensor include: temperature sensor,
Humidity sensor, optical sensor, gas sensor, the liquid level sensor for monitoring nutrient solution surplus, soda acid pH value sensing
Device, spectrum sensor, etc..
The status information of environmental parameter and control equipment is shown the display screen in local control centre 2 by step 3, simultaneously
Also it feeds back in the mobile device 4 of binding；
Step 4, local control centre 2 compare environmental parameter and scheduling, execute corresponding control equipment, the scheduling is according to cultivation
Plant in each stage needed for growing environment be configured；Meanwhile cultivation personnel check environmental parameter, control by mobile device 4
The operating status of control equipment；It can set according to demand in local control centre 2 and mobile device 4 or update scheduling, so
Scheduling is sent to cloud server terminal 3 afterwards to store, then the scheduling is sent to local control centre 2 or moved by cloud server terminal 3 and is set
On standby 4；For example, control equipment corresponding with temperature parameter is heating/refrigerating equipment, control equipment corresponding with humidity parameter is
Humidifier and dehumidifier, control equipment corresponding with intensity of illumination are lamp etc.；
Step 5, local control centre 2 and mobile device 4 update scheduling, send out according to scheduling and the real time environment parameter received
Control instruction out controls the working condition of each control equipment in plant culture space 1, to realize plant culture space 1
Long-range monitoring and remote auto control.
The plant culture space includes artificial climate cultivating chamber and plant incubator.
Fig. 2 and Fig. 3 are please referred to, the client software in the mobile device 4 and local control centre 2 include identical group
Part: including status display unit, temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrition
Liquid adjusts unit and communication module；The status display unit shows the operation of each control equipment in plant culture space 1
State, comprising: system operation, compressor operation, circulating fan operation, illumination switch plus taps, humidification switch, heater
Switch, aerating switch, nutrient solution regulating switch, the temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas
Adjusting unit, nutrient solution adjust unit and different environmental parameter threshold values are arranged according to the time period, thus according to the environmental parameter threshold value
Control corresponding control equipment；Each unit carries out data interaction by the communication module and cloud server terminal 3.For example,
Some period is set, and when clock is 17 points to 20 points, opening illumination switch, humidity is that 20%-50% opening humidification switchs, wet
Degree is that 80%-90% closes humidification switch.
More preferably, camera is set in the plant culture space 1, the collected data of camera are sent to cloud clothes
Business end 3, and be shown in local control centre 2 and mobile device 4, to remotely monitor the real-time feelings in plant culture space 1
Condition.
Plant culture space 1 of the present invention can Intelligence Feedback, by pairing, the movement by data real-time display in binding set
On standby 4, simultaneously, moreover it is possible to scheduling is set and updated by mobile device 4, is marched into the arena operation without manually arriving scene.
The present invention can by temperature in 4 real-time monitoring plant culture space 1 of local control centre 2 and mobile device,
Situations such as humidity, and the pest and disease damage of crops can be remotely monitored by camera, each control equipment in plant culture space 1
Automatically switch operating mode according to scheduling, cultivation personnel can whenever and wherever possible make the upgrowth situation of plant timely, correct
Judgement, and adjustment scheduling is updated according to the parameters of monitoring, the intelligence of agricultural facility is improved, to realize plant culture
The long-range monitoring in space 1 and remote auto control.The present invention is suitable for various cultivated plants, for different cultivated plants, only
Setting scheduling need to be required according to its growing environment in each period, application cost is low and has a wide range of application.
Embodiment two
Referring to Fig. 4, in a kind of remote intelligent control system in plant culture space, including plant culture space 1, local control
Local control centre 2, the mobile device 4 and sheet are accessed in the heart 2, cloud server terminal 3 and mobile device 4, the plant culture space 1
Ground control centre 2 matches, so that plant culture space 1 and mobile device 4 be bound；The local control centre 2 and shifting
Dynamic equipment 4 carries out data interaction with cloud server terminal 3；
Sensor in the plant culture space 1 acquires environmental parameter in real time, then that environmental parameter and plant culture is empty
Between respectively control the status information of equipment in 1 and be sent to cloud server terminal 3；
The cloud server terminal 3 receives and stores the data received, simultaneously by the status information of environmental parameter and each control equipment
It is sent in local control centre 2 and mobile device 4；Meanwhile carrying out data processing: according to scheduling and the real time environment received
Parameter issues control instruction, controls the working condition of each control equipment in plant culture space 1, to realize plant culture sky
Between 1 it is long-range monitoring and remote auto control.
Fig. 2 and Fig. 3 are please referred to, the client software in the mobile device 4 and local control centre 2 include identical group
Part: including status display unit, temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrition
Liquid adjusts unit and communication module；The status display unit shows the operation of each control equipment in plant culture space 1
State, comprising: system operation, compressor operation, circulating fan operation, illumination switch plus taps, humidification switch, heater
Switch, aerating switch, nutrient solution regulating switch, the temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas
Adjusting unit, nutrient solution adjust unit and different environmental parameter threshold values are arranged according to the time period, thus according to the environmental parameter threshold value
Control corresponding control equipment；Each unit carries out data interaction by the communication module and cloud server terminal 3.
The environmental parameter is the sensor parameters being arranged according to needs, and the environmental parameter is the biography being arranged according to needs
Sensor parameter, including temperature, humidity, intensity of illumination, monitored gas concentration, nutrient solution adjusts and light source light spectrum；It can be with root
According to needing that other sensors are arranged, required environmental parameter is acquired；The gas sensor is either for monitoring titanium dioxide
The gas sensor of concentration of carbon is also possible to the gas sensor for monitoring other gases such as oxygen；The sensor includes:
Temperature sensor, humidity sensor, optical sensor, gas sensor, the liquid level sensor for monitoring nutrient solution surplus, acid
Alkali pH value sensor, spectrum sensor, etc..
The mobile device 4 includes ISO terminal and Android terminal；The matching method includes LAN broadcast, scanning
Two dimensional code and the IP address for directly adding plant culture space 1, plant culture space 1 and mobile device 4 are bound.
More preferably, the plant culture space 1 is equipped with camera, and the collected data of camera are sent to cloud service
End 3, and be shown in local control centre 2 and mobile device 4, to remotely monitor the real-time condition in plant culture space 1.
Referring to Fig. 1, the course of work of remote intelligent control system of the present invention is as follows:
Step 1, mobile device 4 and local control centre 2 match, so that plant culture space 1 and mobile device 4 be tied up
It is fixed；
Step 2, the sensor in plant culture space 1 acquire environmental parameter in real time, then by environmental parameter and plant
The status information that equipment is respectively controlled in cultivation space 1 is sent to cloud server terminal 3, is stored by cloud server terminal 3 and analyzes processing；It is described
Environmental parameter is the sensor parameters being arranged according to needs, and the sensor includes: temperature sensor, humidity sensor, illumination
Sensor, gas sensor, liquid level sensor and spectrum sensor for monitoring nutrient solution surplus, accordingly, the environment
Parameter includes: temperature, humidity, intensity of illumination, concentration, nutrient solution surplus, soda acid pH value and the light source light of monitored gas
Spectrum；
The status information of environmental parameter and control equipment is shown the display screen in local control centre 2 by step 3, while also anti-
It is fed in the mobile device 4 of binding；
Step 4, local control centre 2 compare environmental parameter and scheduling, execute corresponding control equipment；The scheduling is according to cultivation
Plant in each stage needed for growing environment be configured；Meanwhile cultivation personnel check environmental parameter, control by mobile device 4
The operating status of control equipment；It can set according to demand in local control centre 2 and mobile device 4 or update scheduling, so
Scheduling is sent to cloud server terminal 3 afterwards to store, then the scheduling is sent to local control centre 2 or moved by cloud server terminal 3 and is set
On standby 4；If scheduling is updated or be arranged in local control centre 2, the scheduling is sent to mobile device 4 by cloud server terminal 3
On, if scheduling is updated or be arranged in mobile device 4, the scheduling is sent in local control centre 2 by cloud server terminal 3,
Synchronize update；
Step 5, local control centre 2 and mobile device 4 update scheduling, send out according to scheduling and the real time environment parameter received
Control instruction out controls the working condition of each control equipment in plant culture space 1, to realize plant culture space 1
Long-range monitoring and remote auto control.
The above description is only an embodiment of the present invention, is not intended to limit the scope of the invention, all to utilize this hair
Equivalent structure or equivalent flow shift made by bright specification and accompanying drawing content is applied directly or indirectly in other relevant skills
Art field, is included within the scope of the present invention.
Claims (10)
1. the remote intelligent control method in plant culture space, it is characterised in that: in the local control of plant culture space (1) access
The heart (2), local control centre (2) and cloud server terminal (3) carry out data interaction, and the long-range rate-determining steps are as follows:
Step 1, mobile device (4) and local control centre (2) are matched, thus by plant culture space (1) and mobile device (4)
It is bound；
Step 2, the sensor being set in plant culture space (1) acquire environmental parameter in real time, then by environmental parameter and plant
The status information that equipment is respectively controlled in object cultivation space (1) is sent to cloud server terminal (3), is stored and is analyzed by cloud server terminal (3)
Processing；
The status information of environmental parameter and control equipment is shown the display screen in local control centre (2) by step 3, while
It feeds back in the mobile device (4) of binding；
Step 4, local control centre (2) compare environmental parameter and scheduling, execute corresponding control equipment；The scheduling is according to cultivation
Growing environment needed for cultivating object in each stage is configured；Meanwhile it cultivating personnel and checking that environment is joined by mobile device (4)
The operating status of number, control equipment；It can be set according to demand in local control centre (2) and mobile device (4) or more
Then scheduling is sent to cloud server terminal (3) storage, then the scheduling is sent to local control by cloud server terminal (3) by new scheduling
On center (2) or mobile device (4)；
Step 5, local control centre (2) and mobile device (4) update scheduling, join according to scheduling and the real time environment received
Number issues control instruction, the working condition of each control equipment in control plant culture space (1), to realize plant culture sky
Between (1) it is long-range monitoring and remote auto control.
2. the remote intelligent control method in plant culture space according to claim 1, it is characterised in that: the movement is set
Client software and local control centre (2) on standby (4) include identical component: including status display unit, temperature scheduling
Unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrient solution adjust unit and communication module；The shape
State display unit shows the operating status of each control equipment in plant culture space (1), comprising: system operation, compressor fortune
Row, circulating fan operation, illumination switch plus taps, humidification switch, heater button, aerating switch, nutrient solution adjusting are opened
It closes, the temperature schedule unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrient solution adjust unit on time
Between section different environmental parameter threshold values is set, to control corresponding control equipment according to the environmental parameter threshold value；Each list
Member carries out data interaction by the communication module and cloud server terminal (3).
3. the remote intelligent control method in plant culture space according to claim 1, it is characterised in that: the environment ginseng
Number is, according to the sensor parameters for needing to be arranged, including temperature, humidity, intensity of illumination, monitored gas concentration, nutrient solution is adjusted
And light source light spectrum.
4. the remote intelligent control method in plant culture space according to claim 1, it is characterised in that: the step 1
In matching method include LAN broadcast, scan the two-dimensional code and directly addition plant culture space (1) IP address, will
It is bound with mobile device (4) in plant culture space (1).
5. the remote intelligent control method in plant culture space according to claim 1, it is characterised in that: the movement is set
Standby (4) include ISO terminal and Android terminal.
6. the remote intelligent control method in plant culture space according to claim 1, it is characterised in that: the plant is planted
It trains space (1) and is equipped with camera, the collected data of camera are sent to cloud server terminal (3), and are shown in local control
On center (2) and mobile device (4), to remotely monitor the real-time condition in plant culture space (1).
7. the remote intelligent control system in plant culture space, it is characterised in that: including plant culture space (1), local control
Center (2), cloud server terminal (3) and mobile device (4), the plant culture space (1) accesses local control centre (2), described
Mobile device (4) and local control centre (2) are matched, so that plant culture space (1) and mobile device (4) be bound；
The local control centre (2) and mobile device (4) carry out data interaction with cloud server terminal (3)；
Sensor in the plant culture space (1) acquires environmental parameter in real time, then by environmental parameter and plant culture
The status information that equipment is respectively controlled in space (1) is sent to cloud server terminal (3)；
The cloud server terminal (3) receives and stores the data received, by environmental parameter and the status information of each control equipment
And it is sent in local control centre (2) and mobile device (4)；Meanwhile carrying out data processing: according to scheduling and the reality received
When environmental parameter issue control instruction, control plant culture space (1) in each control equipment working condition, to realize plant
Object cultivates the long-range monitoring and remote auto control of space (1).
8. the remote intelligent control system in plant culture space according to claim 7, it is characterised in that: the movement is set
Client software and local control centre (2) on standby (4) include identical component: including status display unit, temperature scheduling
Unit, humidity schedule unit, Illumination adjusting unit, gas conditioning module, nutrient solution adjust unit and communication module；The shape
State display unit shows the operating status of each control equipment in plant culture space (1), comprising: system operation, compressor fortune
Row, circulating fan operation, illumination switch plus taps, humidification switch, heater button, aerating switch, nutrient solution adjusting are opened
It closing, different environmental parameter threshold values is arranged in the temperature schedule unit, humidity schedule unit, Illumination adjusting unit according to the time period,
To control corresponding control equipment according to the environmental parameter threshold value；Each unit passes through the communication module and cloud service
(3) are held to carry out data interaction.
9. the remote intelligent control system in plant culture space according to claim 7, it is characterised in that: the environment ginseng
Number for according to the sensor parameters that are arranged of needs, including temperature, humidity, intensity of illumination, gas concentration lwevel, nutrient solution adjust and
Light source light spectrum；
The mobile device (4) includes ISO terminal and Android terminal；The matching method includes LAN broadcast, scanning two
It ties up code and directly adds the IP address of plant culture space (1), plant culture space (1) and mobile device (4) are tied up
It is fixed.
10. the remote intelligent control system in plant culture space according to claim 7, it is characterised in that: the plant
It cultivates space (1) and is equipped with camera, the collected data of camera are sent to cloud server terminal (3), and are shown in local control
On center (2) processed and mobile device (4), to remotely monitor the real-time condition in plant culture space (1).
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110913003A (en) * | 2019-11-28 | 2020-03-24 | 中国联合网络通信集团有限公司 | Remote control method and equipment |
| CN111108982A (en) * | 2019-12-09 | 2020-05-08 | 珠海格力电器股份有限公司 | Air conditioning system for regulating plant growth environment and control method thereof |
| CN114738981A (en) * | 2022-03-31 | 2022-07-12 | 青岛海尔空调器有限总公司 | Air conditioner and environmental parameter control method |
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| CN104111679A (en) * | 2014-07-01 | 2014-10-22 | 河南本易信息工程有限公司 | Intelligent controller for greenhouse equipment |
| CN104737887A (en) * | 2015-02-25 | 2015-07-01 | 上海应用技术学院 | Household plant cultivation intelligent monitoring and management system based on cloud server |
| CN105159365A (en) * | 2015-09-08 | 2015-12-16 | 武汉市摩多创意科技有限公司 | Intelligent WIFI household plantation automatic control system based on mobile phone APP |
| CN105974972A (en) * | 2016-03-18 | 2016-09-28 | 华南理工大学 | Remote plant growing environment intelligent monitoring system and intelligent monitoring method |
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| CN110913003A (en) * | 2019-11-28 | 2020-03-24 | 中国联合网络通信集团有限公司 | Remote control method and equipment |
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