CN104090610A - Method for controlling edible mushroom cultivation environment - Google Patents
Method for controlling edible mushroom cultivation environment Download PDFInfo
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- CN104090610A CN104090610A CN201410279422.7A CN201410279422A CN104090610A CN 104090610 A CN104090610 A CN 104090610A CN 201410279422 A CN201410279422 A CN 201410279422A CN 104090610 A CN104090610 A CN 104090610A
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Abstract
The invention relates to a method for controlling an edible mushroom cultivation environment. The method comprises the steps that a plurality of sets of threshold value control point data in the growth process of cultivated edible mushrooms and parameters of an environmental system are set, a processing unit reads data from a database server and carries out data processing and control over the cultivation environment of the edible mushrooms, and therefore warming environment, humidification equipment and ventilation equipment are controlled. The method has the advantages that planting of the edible mushrooms does not need to be monitored manually constantly, the growth environment of the edible mushrooms is automatically interfered, the humidity and temperature of the growth environment and the CO2 concentration in air are automatically controlled, the optimal growth environment of the edible mushrooms is facilitated, labor cost is lowered, and the yield is improved.
Description
Technical field
The present invention relates to agricultural and cultivate technical field, relate in particular to a kind of method of controlling breed of edible fungus environment.
Background technology
The planting environment of edible fungi is extremely harsh, need stationary temperature and humidity, the content of CO2 in air and oxygen is had to very large requirement, in cultivating process, need artificial often to observe, once enter night or workman does not note, can impact the growth of edible fungi, be unfavorable for the production of fine quality, also can reduce output.Reducing the method with control breed of edible fungus environment that manpower and materials and success ratio are higher, is the direction that needs at present research.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of method of controlling breed of edible fungus environment, and solution never needs manually to monitor constantly the plantation of edible fungi, realizes robotization to the intervention of edible fungi growth environment, reaches optimum growh environment.
The technical scheme that the present invention solves the problems of the technologies described above is as follows:
A method of controlling breed of edible fungus environment, comprises the steps:
Step 1: set and cultivate many groups threshold value reference mark data that edible fungi relates in growth course;
Step 2: set up an environmental control system that comprises the unit of heating, humidifying unit and unit ventilators, by computing machine, according to the parameter of threshold value reference mark data setting environmental control system;
Step 3: computing machine transfers to described many groups threshold value reference mark data and the parameter of environmental control system in database server;
Step 4 a: processing unit that comprises monitoring modular and analysis and processing module is set, monitoring modular is passed to the parameter of the edible fungi growth environment monitoring in database server, and by analysis and processing module, the nurturing an environment of edible fungi is carried out to data processing and control.
On the basis of technique scheme, the present invention can also do following improvement.
Further, in step 1, adopt central processing module to set and cultivate being implemented as follows of the many group threshold value reference mark data of edible fungi in growth course:
Step 11: the data that the threshold value reference mark of temperature in breed of edible fungus process is set;
Step 12: the data that the threshold value reference mark of humidity in breed of edible fungus process is set;
Step 13: the data at the threshold value reference mark of CO2 in air are set in breed of edible fungus process.
Further, in step 2, adopt central processing module being implemented as follows according to the parameter of the data setting environmental control system at the threshold value reference mark of setting:
Step 21: to the unit initialization system supplemental characteristic of heating;
Step 22: to humidifying unit initialization system supplemental characteristic;
Step 23: to unit ventilators initialization system supplemental characteristic.
Further, processing unit reading out data the nurturing an environment of edible fungi is carried out to being implemented as follows of data processing and control from database server in step 4:
Step 41: monitoring modular is the data of temperature, temperature and the CO2 of environment in Real-Time Monitoring edible fungi growth process, and the numerical value monitoring is transferred in database server;
Step 42: the data at the data in analysis and processing module reading database server and the threshold value reference mark of setting contrast and execution instruction is sent in environmental control system and is processed;
Step 43: the instruction that environmental control system is sent according to analysis and processing module is carried out and opened warming-up device order;
Step 44: the order of opening humidification apparatus is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 45: the order of opening ventilation equipment is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 46: whole environmental control system standby.
Further, in step 42, the data at the threshold value reference mark of the data in analysis and processing module reading database server and setting contrast and are sent to by carrying out instruction being implemented as follows of processing in environmental control system:
Step 421: by the data at threshold value reference mark of temperature and the contrast of the temperature data of real time environment, the data area that the temperature data of real time environment exceedes the threshold value reference mark of temperature performs step 43, otherwise, perform step 46;
Step 422: by the contrast of the data at threshold value reference mark of humidity and the humidity data of real time environment, the humidity data of real time environment exceedes in the data area at threshold value reference mark of humidity and performs step 44, otherwise, perform step 46;
Step 423: by the CO2 Data Comparison of the data at the threshold value reference mark of CO2 and real time environment, the data area that the CO2 data of real time environment exceed the threshold value reference mark of CO2 performs step 7, otherwise, perform step 46.
The invention has the beneficial effects as follows: solution never needs manually to monitor constantly the plantation of edible fungi, realize robotization to the intervention of edible fungi growth environment, automatically the concentration of CO2 in humidity, temperature and the air of control growing environment, reach the optimum growh environment that is beneficial to edible fungi, reduce human cost, and improve output.
Brief description of the drawings
Fig. 1 is the process flow diagram of a kind of method of controlling breed of edible fungus environment of the present invention.
Embodiment
Below in conjunction with accompanying drawing, principle of the present invention and feature are described, example, only for explaining the present invention, is not intended to limit scope of the present invention.
As shown in Figure 1, a kind of method of controlling breed of edible fungus environment, comprises the steps:
Step 1: set and cultivate the many group threshold value reference mark data of edible fungi in growth course;
Step 2: set up an environmental control system that comprises the unit of heating, humidifying unit and unit ventilators, by computing machine, according to the parameter of threshold value reference mark data setting environmental control system;
Step 3: computing machine transfers to described many groups threshold value reference mark data and the parameter of environmental control system in database server;
Step 4: a processing unit monitoring modular that comprises monitoring modular and analysis and processing module is set the parameter of the edible fungi growth environment monitoring is passed in database server, and by analysis and processing module, the nurturing an environment of edible fungi is carried out to data processing and control.
On the basis of technique scheme, the present invention can also do following improvement.
Further, in step 1, adopt central processing module to set and cultivate being implemented as follows of the many group threshold value reference mark data of edible fungi in growth course:
Step 11: the data that the threshold value reference mark of temperature in breed of edible fungus process is set;
Step 12: the data that the threshold value reference mark of humidity in breed of edible fungus process is set;
Step 13: the data at the threshold value reference mark of CO2 in air are set in breed of edible fungus process.
Further, central processing module being implemented as follows according to the parameter of the data setting environmental control system at the threshold value reference mark of setting in step 2:
Step 21: to the unit initialization system supplemental characteristic of heating;
Step 22: to humidifying unit initialization system supplemental characteristic;
Step 23: to unit ventilators initialization system supplemental characteristic.
Further, processing unit reading out data the nurturing an environment of edible fungi is carried out to being implemented as follows of data processing and control from database server in step 4:
Step 41: monitoring modular is the data of temperature, temperature and the CO2 of environment in Real-Time Monitoring edible fungi growth process, and the numerical value monitoring is transferred in database server;
Step 42: the data at the data in analysis and processing module reading database server and the threshold value reference mark of setting contrast and execution instruction is sent in environmental control system and is processed;
Step 43: the instruction that environmental control system is sent according to analysis and processing module is carried out and opened warming-up device order;
Step 44: the order of opening humidification apparatus is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 45: the order of opening ventilation equipment is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 46: whole environmental control system standby.
Further, in step 42, the data at the threshold value reference mark of the data in analysis and processing module reading database server and setting contrast and are sent to by carrying out instruction being implemented as follows of processing in environmental control system:
Step 421: by the data at threshold value reference mark of temperature and the contrast of the temperature data of real time environment, the data area that the temperature data of real time environment exceedes the threshold value reference mark of temperature performs step 43, otherwise, perform step 46;
Step 422: by the contrast of the data at threshold value reference mark of humidity and the humidity data of real time environment, the humidity data of real time environment exceedes in the data area at threshold value reference mark of humidity and performs step 44, otherwise, perform step 46;
Step 423: by the CO2 Data Comparison of the data at the threshold value reference mark of CO2 and real time environment, the data area that the CO2 data of real time environment exceed the threshold value reference mark of CO2 performs step 7, otherwise, perform step 46.
Claims (5)
1. a method of controlling breed of edible fungus environment, is characterized in that, comprises the steps:
Step 1: set and cultivate many groups threshold value reference mark data that edible fungi relates in growth course;
Step 2: set up an environmental control system that comprises the unit of heating, humidifying unit and unit ventilators, by computing machine, according to the parameter of threshold value reference mark data setting environmental control system;
Step 3: computing machine transfers to described many groups threshold value reference mark data and the parameter of environmental control system in database server;
Step 4 a: processing unit that comprises monitoring modular and analysis and processing module is set, monitoring modular is passed to the parameter of the edible fungi growth environment monitoring in database server, and by analysis and processing module, the nurturing an environment of edible fungi is carried out to data processing and control.
2. a kind of method of controlling breed of edible fungus environment according to claim 1, is characterized in that, adopts central processing module to set and cultivate being implemented as follows of the many group threshold value reference mark data of edible fungi in growth course in step 1:
Step 11: the data that the threshold value reference mark of temperature in breed of edible fungus process is set;
Step 12: the data that the threshold value reference mark of humidity in breed of edible fungus process is set;
Step 13: the data at the threshold value reference mark of CO2 in air are set in breed of edible fungus process.
3. a kind of method of controlling breed of edible fungus environment according to claim 1, is characterized in that, adopts central processing module being implemented as follows according to the parameter of the threshold value reference mark data setting environmental control system of setting in step 2:
Step 21: to the unit initialization system supplemental characteristic of heating;
Step 22: to humidifying unit initialization system supplemental characteristic;
Step 23: to unit ventilators initialization system supplemental characteristic.
4. a kind of method of controlling breed of edible fungus environment according to claim 1, is characterized in that, processing unit reading out data the nurturing an environment of edible fungi is carried out to being implemented as follows of data processing and control from database server in step 4:
Step 41: monitoring modular is the data of temperature, humidity and the CO2 of environment in Real-Time Monitoring edible fungi growth process, and the numerical value monitoring is transferred in database server;
Step 42: the data at the data in analysis and processing module reading database server and the threshold value reference mark of setting contrast and execution instruction is sent in environmental control system and is processed;
Step 43: the instruction that environmental control system is sent according to analysis and processing module is carried out and opened warming-up device order;
Step 44: the order of opening humidification apparatus is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 45: the order of opening ventilation equipment is carried out in the instruction that environmental control system is sent according to analysis and processing module;
Step 46: whole environmental control system standby.
5. a kind of method of controlling breed of edible fungus environment according to claim 4, it is characterized in that, the data at the data in step 42 in analysis and processing module reading database server and the threshold value reference mark of setting contrast and are sent to by carrying out instruction being implemented as follows of processing in environmental control system:
Step 421: by the data at threshold value reference mark of temperature and the contrast of the temperature data of real time environment, the data area that the temperature data of real time environment exceedes the threshold value reference mark of temperature performs step 43, otherwise, perform step 46;
Step 422: by the contrast of the data at threshold value reference mark of humidity and the humidity data of real time environment, the humidity data of real time environment exceedes in the data area at threshold value reference mark of humidity and performs step 44, otherwise, perform step 46;
Step 423: by the CO2 Data Comparison of the data at the threshold value reference mark of CO2 and real time environment, the data area that the CO2 data of real time environment exceed the threshold value reference mark of CO2 performs step 7, otherwise, perform step 46.
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| CN201410279422.7A CN104090610A (en) | 2014-06-20 | 2014-06-20 | Method for controlling edible mushroom cultivation environment |
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Cited By (3)
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| CN105961034A (en) * | 2016-07-01 | 2016-09-28 | 北京蘑宿科技有限责任公司 | Edible fungus cultivation machine, cultivation monitoring system and method |
| CN106814782A (en) * | 2017-01-19 | 2017-06-09 | 深圳前海弘稼科技有限公司 | A kind of method and server for adjusting greenhouse |
| CN107484551A (en) * | 2017-08-30 | 2017-12-19 | 蒋砚青 | A kind of analogy method of termite collybia albuminosa symbiotic environment |
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| US6578770B1 (en) * | 2002-04-09 | 2003-06-17 | Howard B. Rosen | Thermostat incorporating a carbon dioxide sensor suitable for reading using potentiostat techniques, and environmental control system incorporating such thermostat |
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Application publication date: 20141008 |