CN107132869A - A kind of greenhouse regulating system and method based on the ecological agriculture - Google Patents
A kind of greenhouse regulating system and method based on the ecological agriculture Download PDFInfo
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- CN107132869A CN107132869A CN201710420093.7A CN201710420093A CN107132869A CN 107132869 A CN107132869 A CN 107132869A CN 201710420093 A CN201710420093 A CN 201710420093A CN 107132869 A CN107132869 A CN 107132869A
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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
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Abstract
The invention provides a kind of greenhouse regulating system and method based on the ecological agriculture, monitoring center obtains the temperature value and soil moisture value of each monitoring point in the warmhouse booth that acquisition terminal is sent；Detect whether the temperature value of continuous three acquisitions not within a preset range；Warmhouse booth position and numbering where acquisition monitoring point；Monitoring center sends temperature adjustment instruction to field management terminal；Field management terminal opens temperature regulating device；Detect whether the humidity value respectively less than preset value of continuous three acquisitions；Warmhouse booth position and numbering where acquisition monitoring point；Sent to field management terminal and irrigate instruction.The present invention realizes warmhouse booth humiture, the accurate adjustment of intensity of illumination and control, saves labor cost, while improving production efficiency, is adapted to apply in ecological agriculture scale warmhouse booth.
Description
Technical field
The present invention relates to agricultural monitoring field, more particularly to a kind of greenhouse regulating system and method based on the ecological agriculture.
Background technology
The ecological agriculture is a new stage of agricultural development, the current ecological agriculture showed scale, maximization,
Specialized trend.Requirement of the ecological agriculture to environment is higher, fast and accurately monitoring soil moisture content and the soil moisture etc.
Factor, be it is timely carry out Drought analysis, instruct Crop Water-saving Technology to irrigate, the most important element task such as Ensuring Food Safety it
One.
Modern greenhouse greenhouse by time and space due to not limited, using more and more extensive.Illumination, temperature and humidity pair
The key factor of growth and development of plants, because the illumination that cloudy day or seasonal variations are caused is not enough, warmhouse booth inside holding is by weather
Influence, can all turn into the limiting factor of warmhouse booth growth and development of plants.In addition to traditional solar energy realizes canopy inside holding, in the moon
Rainy day gas and night need to be incubated and light filling, and soil moisture is not when reaching the demand of plant generation, is required for artificial operation,
Waste time and energy, it is especially inconvenient in the field planting of agriculture large-scale development, increase cost of labor.Therefore, how greenhouse is realized
The intelligent automatic regulation of green house temperature-humidity is the problem of being currently needed for solving.
The content of the invention
In view of this, the present invention provides a kind of greenhouse regulating system and method based on the ecological agriculture, to realize to temperature
The accurate adjustment of room green house temperature-humidity environment.
The present invention uses following technical scheme：
A kind of greenhouse adjusting method based on the ecological agriculture, comprises the following steps：
Step 1, monitoring center obtains the temperature value and soil moisture of each monitoring point in the warmhouse booth that acquisition terminal is sent
Value；
Step 2, whether detection temperature value is in preset range, if within a preset range, performing step 5；If not default
In the range of, then perform step 3；
Step 3, the temperature values of continuous three acquisitions is detected whether not within a preset range, if so, step 4 is then performed,
If it is not, then performing step 5；
Step 4, the warmhouse booth position where acquisition monitoring point and numbering；Obtain temperature value and the minimum end points of preset range
The difference of value, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal opens temperature regulating device,
Cooling or heating action are opened by temperature regulating device；
Step 5, compare whether humidity value is more than preset value, if being less than, perform step 6；If being more than, step 8 is performed；
Step 6, the humidity value respectively less than preset value of continuous three acquisitions is detected whether, if so, step 7 is then performed, if it is not,
Then perform step 8；
Step 7, the warmhouse booth position where acquisition monitoring point and numbering；Set according to the difference of humidity value and preset value
Water, and irrigation instruction is sent to field management terminal, water pump is opened by field management terminal and irrigated；
Step 8, detect whether that the humidity value of continuous three acquisitions is all higher than preset value, if so, where then obtaining monitoring point
Warmhouse booth position and numbering, field management terminal open heater, heater work；If it is not, then return to step 1.
It is preferred that, in addition to step 9, the illumination intensity value in canopy that monitoring center's acquisition acquisition terminal is sent, compare and obtain
The illumination intensity value taken and default illumination intensity value, if not up to default illumination intensity value, sends to field management terminal and adjust
Save the instruction of light intensity.
It is preferred that, in addition to step 10, if the humidity value of the temperature value and soil in canopy is less than limit value, monitoring center
Alarming short message is sent to keeper's mobile phone.
It is preferred that, described irrigate is drip irrigation.
A kind of greenhouse regulating system based on the ecological agriculture, including：
Acquisition module, the temperature value and soil of each monitoring point in the warmhouse booth that acquisition terminal is sent are obtained for monitoring center
Earth humidity value；
First detection module, for detection temperature value whether in preset range, if within a preset range, comparing humidity value
Whether preset value is more than；If within a preset range, not detecting whether the temperature value of continuous three acquisitions not in preset range
It is interior；
Second detection module, for detecting whether the temperature values of continuous three acquisitions are not within a preset range, if so, then
Warmhouse booth position and numbering where acquisition monitoring point, obtain the difference of temperature value and the minimum endpoint value of preset range；If it is not,
Then compare whether humidity value is more than preset value；
Temperature-regulating module, for obtaining warmhouse booth position and numbering where monitoring point；Obtain temperature value and preset range
The difference of minimum endpoint value, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal is opened
Temperature regulating device, opens cooling by temperature regulating device or heating is acted；
3rd detection module, for comparing whether humidity value is more than preset value, if being less than, detects whether to obtain for continuous three times
The humidity value taken respectively less than preset value；If being more than, detect whether that the humidity value of continuous three acquisitions is all higher than preset value；
4th detection module, for detecting whether the humidity value of continuous three acquisitions is respectively less than preset value, if so, then obtaining
Warmhouse booth position and numbering where monitoring point, water is set according to the difference of humidity value and preset value, and to field management
Terminal, which is sent, irrigates instruction；If it is not, then detecting whether that the humidity value of continuous three acquisitions is all higher than preset value；
Module is irrigated, for obtaining warmhouse booth position and numbering where monitoring point；According to humidity value and preset value
Difference sets water, and sends irrigation instruction to field management terminal, opens water pump by field management terminal and is irrigated；
Heating module, for detecting whether the humidity value of continuous three acquisitions is all higher than preset value, if so, then obtaining monitoring
Warmhouse booth position and numbering where point, field management terminal open heater, heater work；If it is not, then monitoring
Center reacquires the temperature value and soil moisture value of each monitoring point in the warmhouse booth that acquisition terminal is sent.
It is preferred that, in addition to：Adjustment module, the intensity of illumination in the canopy that acquisition terminal is sent is obtained for monitoring center
Value, compares the illumination intensity value and default illumination intensity value of acquisition, if not up to default illumination intensity value, whole to field management
End sends the instruction of regulation light intensity.
It is preferred that, in addition to：Alarm module, if being less than limit value for the temperature value and the humidity value of soil in canopy,
Monitoring center sends alarming short message to keeper's mobile phone.
Beneficial effects of the present invention are as follows：
The present invention gathers temperature, humidity and intensity of illumination parameter in warmhouse booth by acquisition terminal, by monitoring
Center is analyzed and processed, from Surveillance center to field management terminal send instruct, remote control temperature regulating device, heater and
The work such as irrigation rig, realize the automatic monitoring and control of warmhouse booth humiture, intensity of illumination, are that warmhouse booth plant carries
For optimal growing environment, without by staff to execute-in-place, saving labor cost, while improving production efficiency, fit
Conjunction is applied in ecological agriculture scale warmhouse booth.Meanwhile, to avoid error, in detection temperature value and humidity value, when not
In preset range, then continuous three detections, if the testing result of three times is shown not in preset range, now obtain monitoring point
The warmhouse booth position at place and numbering, send from monitoring center to field management terminal and instruct, field management terminal control phase
Temperature regulating device, heater and the/pump working answered, realize the accurate control and regulation of warm indoor environment.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is a kind of flow chart of the greenhouse adjusting method based on the ecological agriculture of the present invention.
Fig. 2 is a kind of block diagram of the greenhouse regulating system based on the ecological agriculture of the present invention.
Embodiment
As shown in figure 1, a kind of greenhouse adjusting method based on the ecological agriculture, comprises the following steps：
Step 1, monitoring center obtains the temperature value and soil moisture of each monitoring point in the warmhouse booth that acquisition terminal is sent
Value；
Step 2, whether detection temperature value is in preset range, if within a preset range, performing step 5；If not default
In the range of, then perform step 3；
Step 3, the temperature values of continuous three acquisitions is detected whether not within a preset range, if so, step 4 is then performed,
If it is not, then performing step 5；
Step 4, the warmhouse booth position where acquisition monitoring point and numbering；Obtain temperature value and the minimum end points of preset range
The difference of value, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal opens temperature regulating device,
Cooling or heating action are opened by temperature regulating device；
Step 5, compare whether humidity value is more than preset value, if being less than, perform step 6；If being more than, step 8 is performed；
Step 6, the humidity value respectively less than preset value of continuous three acquisitions is detected whether, if so, step 7 is then performed, if it is not,
Then perform step 8；
Step 7, the warmhouse booth position where acquisition monitoring point and numbering；Set according to the difference of humidity value and preset value
Water, and irrigation instruction is sent to field management terminal, water pump is opened by field management terminal and irrigated；
Step 8, detect whether that the humidity value of continuous three acquisitions is all higher than preset value, if so, where then obtaining monitoring point
Warmhouse booth position and numbering, field management terminal open heater, heater work；If it is not, then return to step 1.
In the embodiment, monitoring center is detected whether in default value range according to the temperature value and humidity value of acquisition,
For example, default temperature range is 30-33 DEG C, default temperature model can accordingly be adjusted according to the species of crop in warmhouse booth
Enclose.If the temperature value currently obtained is not in the preset range, for example, the temperature value currently obtained is 22 DEG C, i.e., current greenhouse
Canopy temperature value is less than minimum 30 DEG C of the endpoint value of preset range, and its temperature gap is 8 DEG C, then continues to obtain temperature value, if even
Not in preset range, then the warmhouse booth position where monitoring point and numbering are obtained continuous three times, monitoring center is whole to field management
End sends temperature adjustment instruction, and temperature regulating device performs heating action.If the temperature value currently obtained is 37 DEG C, i.e., in current warmhouse booth
Temperature is higher, and it differs 7 DEG C with the minimum endpoint value of preset range, higher than 30 DEG C of temperature values of preset range, then continues to obtain temperature
Angle value, if continuous three times in preset range, obtains the warmhouse booth position where monitoring point and numbering, then monitoring center to
Field management terminal sends temperature adjustment instruction, and control device performs cooling action.
During Humidity Detection, if the humidity value obtained is more than preset value or less than preset value, continue to obtain the monitoring point
Humidity value, if the humidity value of the detection of continuous three times is all higher than or during less than preset value, obtains the warmhouse booth where monitoring point
Position and numbering, monitoring center send to field management terminal and instructed, and are started by field management terminal and irrigated or heating action.
In one embodiment, present invention additionally comprises step 9, monitoring center obtains the illumination in the canopy that acquisition terminal is sent
Intensity level, compares the illumination intensity value and default illumination intensity value of acquisition, if not up to default illumination intensity value, to field pipes
Manage the instruction that terminal sends regulation light intensity.
In the embodiment, illumination is to influence one of key factor of growth and development of plants, because cloudy or seasonal variations are made
Into illumination deficiency need light filling, during artificial operation light filling, easy light filling be difficult to pass in time not in time or when not needing light filling
Light compensating apparatus is closed, light compensating apparatus can use LED plant growing light supplement lamps, the generation of influence plant and waste of energy.Monitoring center
The live illumination intensity value gathered according to acquisition terminal, judges light filling whether is needed in warmhouse booth, if desired light filling, then to existing
Field management terminal sends the instruction of regulating illumination intensity, is opened by field management terminal control light compensating apparatus, carries out light filling, it is to avoid
The delay and waste caused during artificial operation.
In one embodiment, in addition to step 10, if the humidity value of the temperature value and soil in canopy is less than limit value,
Monitoring center sends alarming short message to keeper's mobile phone.
In the embodiment, the limit value of influence crop generation is set in monitoring center, may be right when less than limit value
Plant growth produces considerable influence, and the limit value can be defined according to the species of crop, for example, limit value is 20 DEG C, works as canopy
When interior temperature value is less than 20 DEG C, in addition to other above-mentioned steps are performed, alarming short message also is sent to keeper's mobile phone, pipe is reminded
Temperature, humidity are easily normal in the current warmhouse booth of reason person, and the position of current warmhouse booth is sent jointly into keeper, by managing
Member notifies maintainer to site examining and repairing with the presence or absence of abnormal conditions such as equipment faults.
In one embodiment, described irrigate is drip irrigation.
In the embodiment, drip irrigation (is to be sent water by the aperture on diameter about 10mm hollow billets or water dropper using plastic conduit
Localized irrigation is carried out to crop root.It is a kind of maximally effective Water Saving Irrigation Mode of current drought and water-scarce area, the utilization of water
Rate is up to 95%.Drip irrigation compared with sprinkling irrigation have higher water-saving and yield-increasing effect, while can combine fertilising, improve fertilizer efficiency one again with
On.The present invention sets drip irrigation equipment in warmhouse booth, is irrigated using drip irrigation.
As shown in Fig. 2 corresponding to a kind of above-mentioned greenhouse adjusting method based on the ecological agriculture, the present embodiment provides a kind of base
In the greenhouse regulating system of the ecological agriculture, including：
Acquisition module, the temperature value and soil of each monitoring point in the warmhouse booth that acquisition terminal is sent are obtained for monitoring center
Earth humidity value；
First detection module, for detection temperature value whether in preset range, if within a preset range, comparing humidity value
Whether preset value is more than；If within a preset range, not detecting whether the temperature value of continuous three acquisitions not in preset range
It is interior；
Second detection module, for detecting whether the temperature values of continuous three acquisitions are not within a preset range, if so, then
Warmhouse booth position and numbering where acquisition monitoring point, obtain the difference of temperature value and the minimum endpoint value of preset range；If it is not,
Then compare whether humidity value is more than preset value；
Temperature-regulating module, for obtaining warmhouse booth position and numbering where monitoring point；Obtain temperature value and preset range
The difference of minimum endpoint value, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal is opened
Temperature regulating device, opens cooling by temperature regulating device or heating is acted；
3rd detection module, for comparing whether humidity value is more than preset value, if being less than, detects whether to obtain for continuous three times
The humidity value taken respectively less than preset value；If being more than, detect whether that the humidity value of continuous three acquisitions is all higher than preset value；
4th detection module, for detecting whether the humidity value of continuous three acquisitions is respectively less than preset value, if so, then obtaining
Warmhouse booth position and numbering where monitoring point, water is set according to the difference of humidity value and preset value, and to field management
Terminal, which is sent, irrigates instruction；If it is not, then detecting whether that the humidity value of continuous three acquisitions is all higher than preset value；
Module is irrigated, for obtaining warmhouse booth position and numbering where monitoring point；According to humidity value and preset value
Difference sets water, and sends irrigation instruction to field management terminal, opens water pump by field management terminal and is irrigated；
Heating module, for detecting whether the humidity value of continuous three acquisitions is all higher than preset value, if so, then obtaining monitoring
Warmhouse booth position and numbering where point, field management terminal open heater, heater work；If it is not, then monitoring
Center reacquires the temperature value and soil moisture value of each monitoring point in the warmhouse booth that acquisition terminal is sent.
In one embodiment, present invention additionally comprises：Adjustment module, the canopy that acquisition terminal is sent is obtained for monitoring center
Interior illumination intensity value, compares the illumination intensity value and default illumination intensity value of acquisition, if not up to default illumination intensity value,
The instruction of regulation light intensity is sent to field management terminal.
In one embodiment, present invention additionally comprises：Alarm module, if for temperature value and the humidity value of soil in canopy
Less than limit value, then monitoring center sends alarming short message to keeper's mobile phone.
The foregoing is only presently preferred embodiments of the present invention, be not intended to limit the invention, it is all the present invention spirit and
Within principle, any modification, equivalent substitution and improvements made etc. should be included in the scope of the protection.
Claims (7)
1. a kind of greenhouse adjusting method based on the ecological agriculture, it is characterised in that：Comprise the following steps：
Step 1, monitoring center obtains the temperature value and soil moisture value of each monitoring point in the warmhouse booth that acquisition terminal is sent；
Step 2, whether detection temperature value is in preset range, if within a preset range, performing step 5；If not in preset range
It is interior, then perform step 3；
Step 3, the temperature values of continuous three acquisitions is detected whether not within a preset range, if so, step 4 is then performed, if it is not,
Then perform step 5；
Step 4, the warmhouse booth position where acquisition monitoring point and numbering；Obtain temperature value and the minimum endpoint value of preset range
Difference, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal opens temperature regulating device, by controlling
Warm device opens cooling or heating action；
Step 5, compare whether humidity value is more than preset value, if being less than, perform step 6；If being more than, step 8 is performed；
Step 6, the humidity value respectively less than preset value of continuous three acquisitions is detected whether, if so, step 7 is then performed, if it is not, then holding
Row step 8；
Step 7, the warmhouse booth position where acquisition monitoring point and numbering；Water is set according to the difference of humidity value and preset value
Amount, and irrigation instruction is sent to field management terminal, water pump is opened by field management terminal and irrigated；
Step 8, detect whether that the humidity value of continuous three acquisitions is all higher than preset value, if so, then obtaining the temperature where monitoring point
Room greenhouse position and numbering, field management terminal open heater, heater work；If it is not, then return to step 1.
2. the greenhouse adjusting method according to claim 1 based on the ecological agriculture, it is characterised in that：Also include step 9, prison
Measured center obtains the illumination intensity value in the canopy that acquisition terminal is sent, and compares the illumination intensity value and default intensity of illumination of acquisition
Value, if not up to default illumination intensity value, the instruction for adjusting light intensity is sent to field management terminal.
3. the greenhouse adjusting method according to claim 1 based on the ecological agriculture, it is characterised in that：Also include step 10,
If the humidity value of temperature value and soil in canopy is less than limit value, monitoring center sends alarming short message to keeper's mobile phone.
4. the greenhouse adjusting method according to claim 1 based on the ecological agriculture, it is characterised in that：It is described to irrigate as drop
Fill.
5. a kind of greenhouse regulating system based on the ecological agriculture, it is characterised in that：Including：
Acquisition module, the temperature value and soil for obtaining each monitoring point in the warmhouse booth that acquisition terminal is sent for monitoring center is wet
Angle value；
First detection module, for detection temperature value whether in preset range, if within a preset range, whether comparing humidity value
More than preset value；If within a preset range, not detecting whether the temperature value of continuous three acquisitions not within a preset range；
Second detection module, for detecting whether the temperature values of continuous three acquisitions are not within a preset range, if so, then obtaining
Warmhouse booth position and numbering where monitoring point, obtain the difference of temperature value and the minimum endpoint value of preset range；If it is not, then comparing
Whether it is more than preset value compared with humidity value；
Temperature-regulating module, for obtaining warmhouse booth position and numbering where monitoring point；Obtain temperature value minimum with preset range
The difference of endpoint value, temperature adjustment instruction is sent according to difference monitoring center to field management terminal；Field management terminal opens temperature control
Device, opens cooling by temperature regulating device or heating is acted；
3rd detection module, for comparing whether humidity value is more than preset value, if being less than, detects whether continuous three acquisitions
Humidity value is respectively less than preset value；If being more than, detect whether that the humidity value of continuous three acquisitions is all higher than preset value；
4th detection module, for detecting whether the humidity value of continuous three acquisitions is respectively less than preset value, if so, then obtaining monitoring
Warmhouse booth position and numbering where point, water is set according to the difference of humidity value and preset value, and to field management terminal
Send and irrigate instruction；If it is not, then detecting whether that the humidity value of continuous three acquisitions is all higher than preset value；
Module is irrigated, for obtaining warmhouse booth position and numbering where monitoring point；According to the difference of humidity value and preset value
Water is set, and irrigation instruction is sent to field management terminal, water pump is opened by field management terminal and irrigated；
Heating module, for detecting whether the humidity value of continuous three acquisitions is all higher than preset value, if so, then obtaining monitoring point institute
Warmhouse booth position and numbering, field management terminal open heater, heater work；If it is not, then monitoring center
Reacquire the temperature value and soil moisture value of each monitoring point in the warmhouse booth that acquisition terminal is sent.
6. the greenhouse regulating system according to claim 5 based on the ecological agriculture, it is characterised in that：Also include：Adjust mould
Block, the illumination intensity value in the canopy that acquisition terminal is sent is obtained for monitoring center, compares the illumination intensity value of acquisition with presetting
Illumination intensity value, if not up to default illumination intensity value, the instruction for adjusting light intensity is sent to field management terminal.
7. the greenhouse regulating system according to claim 5 based on the ecological agriculture, it is characterised in that：Also include：Alarm mould
Block, if being less than limit value for the temperature value and the humidity value of soil in canopy, monitoring center sends to keeper's mobile phone and alarmed
Short message.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710420093.7A CN107132869A (en) | 2017-06-06 | 2017-06-06 | A kind of greenhouse regulating system and method based on the ecological agriculture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710420093.7A CN107132869A (en) | 2017-06-06 | 2017-06-06 | A kind of greenhouse regulating system and method based on the ecological agriculture |
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| Publication Number | Publication Date |
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| CN107132869A true CN107132869A (en) | 2017-09-05 |
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ID=59734880
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Application publication date: 20170905 |