CN105165400B - The method of the quick fruiting of Pleurotus nebrodensis low temperature after-ripening - Google Patents
The method of the quick fruiting of Pleurotus nebrodensis low temperature after-ripening Download PDFInfo
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Abstract
The present invention relates to mushroom technical field of cultivation.The method of the quick fruiting of Pleurotus nebrodensis low temperature after-ripening, includes the following steps：Pleurotus nebrodensis liquid spawn is cultivated the full culture bottle of 19 21 days hairs by step 1 under 20 DEG C~22 DEG C environment；Step 2 carries out 20 24 days After-mature cultivations under 20 DEG C~22 DEG C environment；Step 3 is cultivated 24 28 days in a low temperature of under 1 DEG C~5 DEG C environment.The cultural method that the present invention passes through the traditional lark mushroom of improvement so that regularity, the coherence enhancing of fruiting, easy fruiting, shorten the production cycle of Pleurotus nebrodensis, 90 days traditional or more production cycle is compared, growth cycle was controlled at 65 70 days, cultivating rate reaches 90% or more.1200CC culture bottle single bottle yield reaches 180 grams or more.
Description
Technical field
The present invention relates to mushroom technical field of cultivation more particularly to the cultural methods of Pleurotus nebrodensis.
Background technology
Pleurotus nebrodensis also known as asafoetida mushroom, the mutation of pleurotus eryngii asafoetide, Pleurotus eryngii var. nebrodensis, the mutation of pleurotus eryngii white, wing abalone mushroom,
Jade snow Pleurotus ferulae, the white ganoderma lucidum in Western Paradise, Tianshan Mountains god mushroom etc. belong to Pleurotus, and Chinese scientific name is Pleurotus nebrodensis.Pleurotus nebrodensis sporophore fertilizer
Thickness is pure white, quality is fine and smooth tasty and refreshing, full of nutrition, is a kind of extremely precious large edible bacterium.Pleurotus nebrodensis facultative parasitism is withered in half
On the basal part of stem and root of dead Ferula sinkiangensis, wild resource is extremely rare.
Pleurotus nebrodensis is a kind of edible and all very high medical value Rare edible fungus, it is mainly cultivated using agriculture formula, in vain
There is growth cycle length in clever mushroom cultivation, need 90 days or more growth cycles, in addition, traditional Pleurotus nebrodensis cultivating process goes out
Mushroom Time Inconsistency is unfavorable for being factory produced.
Invention content
The purpose of the present invention is to provide a kind of methods of the quick fruiting of Pleurotus nebrodensis low temperature after-ripening, are asked with solving above-mentioned technology
Topic.
Following technical scheme may be used to realize in technical problem solved by the invention：
The method of the quick fruiting of Pleurotus nebrodensis low temperature after-ripening, which is characterized in that include the following steps：
Pleurotus nebrodensis liquid spawn is cultivated the full culture bottle of 19-21 days hairs by step 1 under 20 DEG C~22 DEG C environment；
Step 2 carries out 20-24 days After-mature cultivations under 20 DEG C~22 DEG C environment；
Step 3 is cultivated 24-28 days in a low temperature of under 1 DEG C~5 DEG C environment.
The cultural method that the present invention passes through the traditional lark mushroom of improvement so that regularity, the coherence enhancing of fruiting easily go out
Mushroom shortens the production cycle of Pleurotus nebrodensis, compares 90 days traditional or more production cycle, and growth cycle is controlled in 65-70
It, cultivating rate reaches 90% or more.1200CC culture bottle single bottle yield reaches 180 grams or more.
The culture bottle is positioned in a cultivation case, and an environment conditioning system, the environment tune are equipped in the cultivation case
Control system includes the information acquisition module of an acquisition growth room environmental parameter, the signal output end connection of described information acquisition module
One master control system, the master control system connect a computer；
Described information acquisition module includes the temperature sensor for measuring cultivation case temperature information.
Convenient for the temperature variations in detection cultivation case.
The temperature sensor is arranged on the inner wall of the cultivation case.
Alternatively, the temperature sensor is arranged on the culture bottle, and the temperature sensor is embedded in the cultivation
Bottle.
The temperature sensor is a radio temperature sensor, and a wireless communication module is equipped in the temperature sensor,
The wireless receiving module that the master control system connection one matches with the wireless communication module.
The present invention is by being arranged temperature sensor in the culture bottle, convenient for life of the monitoring Pleurotus nebrodensis in culture bottle
Long environment.
The environment conditioning system further includes the temperature control device of the described cultivation the temperature inside the box of a control, and the temperature control device connects
The master control system is connect, the master control system is also connected with a clock module.
By temperature sensor senses to signal give master control system, adjustment temperature control device is to the temperature in cultivation case
Regulation and control situation is carried out, controlling culture bottle by clock module is in the time under different temperatures, is convenient for auto-control temperature, ensures
The flatness of cultivating rate.
The temperature control device includes an air-cooler for refrigeration, and the gas outlet of the air-cooler is located at the cultivation case
Interior, the air-cooler connects the master control system；
When temperature is higher than 5.5 DEG C, computer or master control system control air-cooler are started to work, and temperature is made to decline, when
When temperature is less than 1 DEG C, computer or master control system close air-cooler, and mushroom growth generates heat, makes temperature rise.By this
The voluntarily adjustment of temperature may be implemented in means.
The cultivation case is equipped with the chamber of at least two different temperatures, and respectively temperature is in 20 DEG C~22 DEG C of the first chamber
Room, temperature are in 1 DEG C~5 DEG C of second chamber, and the gas outlet of the air-cooler is located at the second chamber；
The culture bottle in first chamber is transmitted to the second chamber equipped with one between the first chamber and the second chamber
Indoor transmission channel.
The present invention is by setting the chamber there are two different temperatures, convenient for when strain is in different growing, being in difference
Temperature environment under, without being adjusted in real time to temperature, realize the thermostatic control of different chamber.
A heat-exchanger rig is equipped in the cultivation case, the heat-exchanger rig connects the master control system, the heat exchange dress
It sets including a refrigeration pipeline, a heating pipeline, the import of the refrigeration pipeline, the outlet of the heating pipeline are respectively positioned on described the
The import of one chamber, the exporting of the refrigeration pipeline, the heating pipeline is respectively positioned on the second chamber.
In the case of the temperature coordination for being easy to implement two different temperatures chambers, realize energy saving.
Described information acquisition module includes the carbon dioxide sensor of gas concentration lwevel in a measurement cultivating chamber, and described two
It aoxidizes carbon sensor and connects the master control system；
The master control system judges the growth conditions of Pleurotus nebrodensis liquid spawn by the measured quantity of carbon dioxide sensor,
Regulate and control to control temperature control device to cultivating indoor temperature.
The master control system is also connected with the air exhausting device of control cultivation room ventilation situation；
The master control system controls air exhausting device dialogue spirit mushroom liquid strain by the measured quantity of carbon dioxide sensor
Respiratory capacity regulated and controled.
Described information acquisition module is made of carbon dioxide sensor and temperature sensor.The present invention compares traditional information
Acquisition module has set up carbon dioxide sensor and temperature sensor, just can realize dialogue spirit mushroom liquid strain growth conditions into
Row monitoring, compares traditional more sensing equipments, has saved cost, monitoring effect is more intuitive.
The sunshade regulating mechanism of one control cultivating chamber light conditions of the master control system connection；
When step 1 is with step 2, the numerical value detected by the carbon dioxide sensor controls in the cultivating chamber
Light conditions；
When step 3, stop carrying out illumination to the cultivating chamber.
To the method that the indoor light conditions of cultivation are adjusted, detected first by the carbon dioxide sensor
Gas concentration lwevel, light application time control is primary in the irradiation of per half an hour, and each period carries out 3~5 times, carries out a week daily
Phase, every time irradiation control are every time once compared the concentration of carbon dioxide with preceding after irradiation, within 1.8 minutes when two
When aoxidizing concentration of carbon reduces 3000ppm, increase irradiation frequency, when gas concentration lwevel increases 3000ppm, stops irradiation.
The air exhausting device includes a fresh air channel, and air inlet and outlet, the air inlet are provided in the fresh air channel
With extraneous unicom, the air outlet and cultivating chamber unicom, the fresh air channel is interior to be equipped with oxygenerator；
At least one humidifier, the gas outlet of the humidifier and at least one water air pipe are additionally provided in the fresh air channel
Road unicom, the water air pipe road are provided with a plurality of damp exits, and a plurality of damp exits are respectively positioned in the fresh air channel；
The oxygenerator is all connected with the master control system with the humidifier.
Realize that the respiratory capacity of dialogue spirit mushroom liquid strain is regulated and controled with oxygenerator by humidifier.
When the gas concentration lwevel that carbon dioxide sensor detects is 9000-11000ppm, the environment conditioning system
System is in standby；
When the gas concentration lwevel that carbon dioxide sensor detects is 7000-9000ppm, the environment conditioning system
Temperature control device work, carry out heating treatment, temperature change difference be not more than 3 DEG C；
When the gas concentration lwevel that carbon dioxide sensor detects is 7000, the temperature control dress of the environment conditioning system
It sets and works, carry out heating treatment, temperature change difference is more than 3 DEG C；
When the gas concentration lwevel that carbon dioxide sensor detects is 11000-13000ppm, the environment conditioning system
The air exhausting device of system works, and the oxygenerator works at least one in the humidifier；
When the gas concentration lwevel that carbon dioxide sensor detects is 11000-13000ppm, the environment conditioning system
The air exhausting device of system works, and the oxygenerator is in working condition with the humidifier.
To realize Pleurotus nebrodensis liquid spawn respiratory capacity organic adjustment, to meet production requirement.
Described information acquisition module further includes the photosensitive sensor that indoor Lighting information is cultivated in a monitoring, the photosensitive biography
Sensor connects the master control system, the sunshade regulating mechanism of one control cultivating chamber light conditions of the master control system connection；
When step 1 is with step 2, the numerical value detected by the photosensitive sensor and the carbon dioxide sensor,
Control the indoor light conditions of cultivation；
When step 3, stop carrying out illumination to the cultivating chamber；
To the method that the indoor light conditions of cultivation are adjusted, detected first by the carbon dioxide sensor
Gas concentration lwevel, light application time control is primary in the irradiation of per half an hour, and each period carries out 3~5 times, carries out a week daily
Phase, every time irradiation control are every time once compared the concentration of carbon dioxide with preceding after irradiation, within 1.8 minutes when two
When aoxidizing concentration of carbon reduces 3000ppm, increase irradiation frequency, when gas concentration lwevel increases 3000ppm, stops irradiation.
Description of the drawings
Fig. 1 is the part-structure schematic diagram of the present invention.
Specific implementation mode
In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below
Conjunction is specifically illustrating that the present invention is further explained.
Referring to Fig.1, the method for the quick fruiting of Pleurotus nebrodensis low temperature after-ripening, includes the following steps：Step 1, by Pleurotus nebrodensis liquid
Strain cultivates the full culture bottle of 19-21 days hairs under 20 DEG C~22 DEG C environment；Step 2 carries out under 20 DEG C~22 DEG C environment
20-24 days After-mature cultivations；Step 3 is cultivated 24-28 days in a low temperature of under 1 DEG C~5 DEG C environment.The present invention is passed by improveing
The cultural method of the lark mushroom of system so that regularity, the coherence enhancing of fruiting, easy fruiting shorten the production week of Pleurotus nebrodensis
Phase compares 90 days traditional or more production cycle, growth cycle is controlled at 65-70 days, cultivating rate reaches 90% or more.
1200CC culture bottle single bottle yield reaches 180 grams or more.
Culture bottle is positioned in a cultivation case, and an environment conditioning system is equipped in cultivation case, and environment conditioning system includes one
The information acquisition module of growth room's environmental parameter is acquired, the signal output end of information acquisition module connects a master control system, main
Control system connects a computer；Information acquisition module includes the temperature sensor for measuring cultivation case temperature information.It is convenient for
Temperature variations in detection cultivation case.
Temperature sensor is arranged on the inner wall of cultivation case.Alternatively, temperature sensor is arranged on culture bottle, and temperature passes
Sensor is embedded in culture bottle.
Temperature sensor is a radio temperature sensor, and a wireless communication module, main control system are equipped in temperature sensor
The wireless receiving module that system connection one matches with wireless communication module.The present invention is by being arranged temperature sensor in culture bottle
It is interior, convenient for growing environment of the monitoring Pleurotus nebrodensis in culture bottle.
Environment conditioning system further includes the temperature control device that the temperature inside the box is cultivated in a control, and temperature control device connects main control system
System, master control system are also connected with a clock module.By temperature sensor senses to signal give master control system, adjustment temperature
Control device to cultivation case in temperature carry out regulation and control situation, by clock module control culture bottle be under different temperatures when
Between, it is convenient for auto-control temperature, ensures the flatness of cultivating rate.
Temperature control device includes an air-cooler for refrigeration, and the gas outlet of air-cooler is located in cultivation case, air-cooler connection
Master control system；When temperature is higher than 5.5 DEG C, computer or master control system control air-cooler are started to work, and temperature is made to decline,
When temperature is less than 1 DEG C, computer or master control system close air-cooler, and mushroom growth generates heat, makes temperature rise.Pass through
The voluntarily adjustment of temperature may be implemented in the means.
Cultivate case be equipped at least two different temperatures chamber, respectively temperature be in 20 DEG C~22 DEG C first chamber,
Temperature is in 1 DEG C~5 DEG C of second chamber, and the gas outlet of air-cooler is located at second chamber；Between first chamber and second chamber
The transmission channel being transmitted to the culture bottle in first chamber equipped with one in second chamber.There are two not equalities of temperature by setting by the present invention
The chamber of degree, convenient for when strain is in different growing, under different temperature environments, being not necessarily in real time carry out temperature
Adjustment, realizes the thermostatic control of different chamber.
Cultivate case in be equipped with a heat-exchanger rig, heat-exchanger rig connect master control system, heat-exchanger rig include a refrigeration pipeline,
One heating pipeline, the import of refrigeration pipeline, the outlet for heating pipeline are respectively positioned on first chamber, the outlet of refrigeration pipeline, heating pipe
The import on road is respectively positioned on second chamber.In the case of the temperature coordination for being easy to implement two different temperatures chambers, realizes and save energy
Source.
Information acquisition module includes the carbon dioxide sensor of gas concentration lwevel in a measurement cultivating chamber, and carbon dioxide passes
Sensor connects master control system；Master control system judges the life of Pleurotus nebrodensis liquid spawn by the measured quantity of carbon dioxide sensor
Long status regulates and controls to control temperature control device to cultivating indoor temperature.Information acquisition module is by carbon dioxide sensor
It is constituted with temperature sensor.The present invention compares traditional information acquisition module, has set up carbon dioxide sensor and temperature sensing
Device just can realize that dialogue spirit mushroom liquid strain growth conditions are monitored, compare traditional more sensing equipments, saved cost,
Monitoring effect is more intuitive.The sunshade regulating mechanism of one control cultivating chamber light conditions of master control system connection；Step 1 and step
When two, indoor light conditions are cultivated in the numerical value detected by carbon dioxide sensor, control；When step 3, stop to planting
It trains room and carries out illumination；The method being adjusted to cultivating indoor light conditions, detects two by carbon dioxide sensor first
Concentration of carbon is aoxidized, light application time control is primary in the irradiation of per half an hour, and each period carries out 3~5 times, carries out a week daily
Phase, every time irradiation control are every time once compared the concentration of carbon dioxide with preceding after irradiation, within 1.8 minutes when two
When aoxidizing concentration of carbon reduces 3000ppm, increase irradiation frequency, when gas concentration lwevel increases 3000ppm, stops irradiation.
Master control system is also connected with the air exhausting device of control cultivation room ventilation situation；Master control system passes through titanium dioxide
The respiratory capacity of the measured quantity control air exhausting device dialogue spirit mushroom liquid strain of carbon sensor is regulated and controled.Air exhausting device includes one new
Wind channel, air inlet and outlet is provided in fresh air channel, and air inlet and extraneous unicom, air outlet and cultivating chamber unicom, fresh air are logical
Oxygenerator is equipped in road；At least one humidifier, the gas outlet of humidifier and at least one water air pipe are additionally provided in fresh air channel
Road unicom, water air pipe road are provided with a plurality of damp exits, and a plurality of damp exits are respectively positioned in fresh air channel；Oxygenerator with plus
Wet device is all connected with master control system.Realize that the respiratory capacity of dialogue spirit mushroom liquid strain is regulated and controled with oxygenerator by humidifier.
Air outlet is equipped with an air filter.Prevent the air of extraneous dirt from entering in cultivation case.Air inlet is equipped with one
Air filter.Prevent the air of extraneous dirt from entering in cultivation case.Air filter from the inside to the outside successively be equipped with one by
Activated carbon adsorption layer that activated carbon is constituted, a metal filter screen, glass layer made of glass fiber material, metal mesh it is outer
Wall is covered with the photocatalyst material layer being made of photocatalyst material, and the thickness of activated carbon adsorption layer is not more than 5mm, photocatalyst material layer
Thickness be not more than 3mm；Air filter is using the side towards the external world as the outside of air filter.Ensure empty in chest
The cleanliness factor of gas.
A wind turbine is equipped in fresh air channel, the gas outlet of humidifier is located on the air-out direction of wind turbine.Wind turbine includes blade,
The thermoplastic polyurethane coating using thermmohardening is coated on blade, the thickness of thermoplastic polyurethane coating is not more than 1mm.This hair
It is bright by the blade of wind turbine be equipped with thermoplastic polyurethane coating to realize in fresh air channel, wind turbine is common with humidifier
In the case of having, the corrosion to fan blade, to prevent entering the influence of the air purity in babinet.First air inlet is set
There is filter layer made of nano-silver ionic material.
When the gas concentration lwevel that carbon dioxide sensor detects is 9000-11000ppm, at environment conditioning system
In standby mode；When the gas concentration lwevel that carbon dioxide sensor detects is 7000-9000ppm, environment conditioning system
Temperature control device work, carry out heating treatment, temperature change difference be not more than 3 DEG C；When carbon dioxide sensor detects
Gas concentration lwevel when being 7000, the temperature control device of environment conditioning system works, and carries out heating treatment, temperature change is poor
Value is more than 3 DEG C；When the gas concentration lwevel that carbon dioxide sensor detects is 11000-13000ppm, environment conditioning system
Air exhausting device work, oxygenerator works at least one in humidifier；It is detected when carbon dioxide sensor
When gas concentration lwevel is 11000-13000ppm, the air exhausting device of environment conditioning system works, oxygenerator and humidifier
It is in working condition.To realize Pleurotus nebrodensis liquid spawn respiratory capacity organic adjustment, to meet production requirement.
Information acquisition module further includes the photosensitive sensor that indoor Lighting information is cultivated in a monitoring, photosensitive sensor connection
Master control system, the sunshade regulating mechanism of one control cultivating chamber light conditions of master control system connection；When step 1 is with step 2, pass through
Indoor light conditions are cultivated in the numerical value that photosensitive sensor is detected with carbon dioxide sensor, control；When step 3, stopping pair
Cultivating chamber carries out illumination.The method being adjusted to cultivating indoor light conditions, is detected by carbon dioxide sensor first
Gas concentration lwevel, light application time control is primary in the irradiation of per half an hour, and each period carries out 3~5 times, carries out a week daily
Phase, every time irradiation control are every time once compared the concentration of carbon dioxide with preceding after irradiation, within 1.8 minutes when two
When aoxidizing concentration of carbon reduces 3000ppm, increase irradiation frequency, when gas concentration lwevel increases 3000ppm, stops irradiation.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes
Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its
Equivalent thereof.
Claims (2)
1. the method for the quick fruiting of Pleurotus nebrodensis low temperature after-ripening, which is characterized in that include the following steps：
Pleurotus nebrodensis liquid spawn is cultivated the full culture bottle of 19-21 days hairs by step 1 under 20 DEG C~22 DEG C environment；
Step 2 carries out 20-24 days After-mature cultivations under 20 DEG C~22 DEG C environment；
Step 3 is cultivated 24-28 days in a low temperature of under 1 DEG C~5 DEG C environment；
The culture bottle is positioned in a cultivation case, and an environment conditioning system, the environment conditioning system are equipped in the cultivation case
System includes the information acquisition module of acquisition growth room's environmental parameter, one master of signal output end connection of described information acquisition module
Control system, the master control system connect a computer；
Described information acquisition module includes the temperature sensor for measuring cultivation case temperature information；
The environment conditioning system further includes the temperature control device of the described cultivation the temperature inside the box of a control, and the temperature control device connects institute
Master control system is stated, the master control system is also connected with a clock module；
The temperature control device includes an air-cooler for refrigeration, and the gas outlet of the air-cooler is located in the cultivation case, institute
It states air-cooler and connects the master control system；
When temperature is higher than 5.5 DEG C, computer or master control system control air-cooler are started to work, and so that temperature is declined, are worked as temperature
When less than 1 DEG C, computer or master control system close air-cooler, and mushroom growth generates heat, makes temperature rise；Pass through the means
The voluntarily adjustment of temperature may be implemented；
It is described cultivation case be equipped at least two different temperatures chamber, respectively temperature be in 20 DEG C~22 DEG C first chamber,
Temperature is in 1 DEG C~5 DEG C of second chamber, and the gas outlet of the air-cooler is located at the second chamber；
The culture bottle in first chamber is transmitted in second chamber equipped with one between the first chamber and the second chamber
Transmission channel；
Described information acquisition module includes the carbon dioxide sensor of gas concentration lwevel in a measurement cultivating chamber, the titanium dioxide
Carbon sensor connects the master control system；
The master control system judges the growth conditions of Pleurotus nebrodensis liquid spawn by the measured quantity of carbon dioxide sensor, to
Control temperature control device regulates and controls to cultivating indoor temperature；
The master control system is also connected with the air exhausting device of control cultivation room ventilation situation；
The master control system controls exhaling for air exhausting device dialogue spirit mushroom liquid strain by the measured quantity of carbon dioxide sensor
Pipette is regulated and controled；
The air exhausting device includes a fresh air channel, is provided with air inlet and outlet in the fresh air channel, the air inlet with it is outer
Boundary's unicom, the air outlet and cultivating chamber unicom, the fresh air channel is interior to be equipped with oxygenerator；
At least one humidifier is additionally provided in the fresh air channel, the gas outlet of the humidifier joins at least one aqueous vapor pipeline
Logical, the water air pipe road is provided with a plurality of damp exits, and a plurality of damp exits are respectively positioned in the fresh air channel；
The oxygenerator is all connected with the master control system with the humidifier；
A wind turbine is equipped in fresh air channel, the gas outlet of humidifier is located on the air-out direction of wind turbine；Wind turbine includes blade, blade
The thickness of the upper thermoplastic polyurethane coating being coated with using thermmohardening, thermoplastic polyurethane coating is not more than 1mm；
A heat-exchanger rig is equipped in the cultivation case, the heat-exchanger rig connects the master control system, the heat-exchanger rig packet
A refrigeration pipeline, a heating pipeline are included, the import of the refrigeration pipeline, the outlet of the heating pipeline are respectively positioned on first chamber
The import of room, the exporting of the refrigeration pipeline, the heating pipeline is respectively positioned on the second chamber；
When the gas concentration lwevel that carbon dioxide sensor detects is 9000-11000ppm, at the environment conditioning system
In standby mode；
When the gas concentration lwevel that carbon dioxide sensor detects is 7000-9000ppm, the temperature of the environment conditioning system
Control device works, and carries out heating treatment, and temperature change difference is not more than 3 DEG C；
When the gas concentration lwevel that carbon dioxide sensor detects is 7000, the temperature control device of the environment conditioning system into
Row work, carries out heating treatment, and temperature change difference is more than 3 DEG C；
When the gas concentration lwevel that carbon dioxide sensor detects is 11000-13000ppm, the environment conditioning system
Air exhausting device works, and the oxygenerator works at least one in the humidifier；
When the gas concentration lwevel that carbon dioxide sensor detects is 11000-13000ppm, the environment conditioning system
Air exhausting device works, and the oxygenerator is in working condition with the humidifier；
Described information acquisition module is made of carbon dioxide sensor and temperature sensor；
The sunshade regulating mechanism of one control cultivating chamber light conditions of the master control system connection；
When step 1 is with step 2, the numerical value detected by the carbon dioxide sensor controls the indoor light of cultivation
According to situation；
When step 3, stop carrying out illumination to the cultivating chamber；
Growth cycle was controlled at 65-70 days, cultivating rate reaches 90% or more；1200CC culture bottle single bottle yield reaches 180
Gram or more.
2. the method for the quick fruiting of Pleurotus nebrodensis low temperature after-ripening according to claim 1, it is characterised in that：Described information acquires
Module further includes the photosensitive sensor that indoor Lighting information is cultivated in a monitoring, and the photosensitive sensor connects the master control system
System, the sunshade regulating mechanism of one control cultivating chamber light conditions of the master control system connection；
When step 1 is with step 2, the numerical value detected by the photosensitive sensor and the carbon dioxide sensor, control
The indoor light conditions of cultivation；
When step 3, stop carrying out illumination to the cultivating chamber；
To the method that the indoor light conditions of cultivation are adjusted, dioxy is detected by the carbon dioxide sensor first
Change concentration of carbon, light application time control is primary in the irradiation of per half an hour, and each period carries out 3~5 times, carries out a cycle daily,
Irradiation control is every time once compared the concentration of carbon dioxide with preceding after irradiation, works as titanium dioxide within 1.8 minutes every time
When concentration of carbon reduces 3000ppm, increase irradiation frequency, when gas concentration lwevel increases 3000ppm, stops irradiation.
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