CN204579243U - A kind of multifunctional edible mushroom mycelium production machine - Google Patents
A kind of multifunctional edible mushroom mycelium production machine Download PDFInfo
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- CN204579243U CN204579243U CN201520153945.7U CN201520153945U CN204579243U CN 204579243 U CN204579243 U CN 204579243U CN 201520153945 U CN201520153945 U CN 201520153945U CN 204579243 U CN204579243 U CN 204579243U
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Abstract
A kind of multifunctional edible mushroom mycelium production machine, be provided with the main body that inside has process storehouse, the charging aperture on this main body top is connected by Matter Transfer conveying mechanism with the discharging opening of bottom, the material inlet for adding culture medium raw material is provided with on described main body or on described Matter Transfer conveying mechanism, the peripheral passage of Matter Transfer conveying mechanism is connected with the liquid strain inoculation machine structure for inoculating and add moisture, process storehouse in described main body is connected with gas circulation mechanism, this process storehouse be also connected with for the heat-exchanger rig of its inside sterilizing or/and steam raising plant, on described Matter Transfer conveying mechanism or process storehouse is provided with for exporting mycelial delivery outlet.The spice of culture medium raw material, sterilizing, aseptic inoculation and breeding can complete continuously in the process storehouse of main body, not only overcome the problem of original technology easy infection miscellaneous bacteria, also reduce the workload of workman.
Description
Technical field
The utility model relates to a kind of edible fungus production equipment, specifically a kind of edible mushroom mycelium production machine.
Background technology
At present, the technological process of suitability for industrialized production edible mushroom is all first pack after culture medium raw material pulverizing, spice usually, then sends into sterilizing chamber's sterilizing.Growbag after sterilizing moves into transfer room access bacterial classification or mycelia again, sends into growth room's breeding again until fruiting afterwards.This mode not only flow process is very loaded down with trivial details, needs through repeatedly transporting, and the facility such as sterilizing chamber, transfer room also needs to take plant area, and cost of investment is high.It is estimated, the industrialization mushroom factory building a daily output one ton need invest more than 500 ten thousand yuan.In transhipment and seeded process, also easily there is the situation of medium bacteria infection, be unfavorable for high quality of production.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of multifunctional edible mushroom mycelium production machine that can complete spice, sterilizing, aseptic inoculation and breeding in same place continuously.
The utility model for solving the problems of the technologies described above adopted technical scheme is: a kind of multifunctional edible mushroom mycelium production machine, be provided with the main body that inside has process storehouse, the charging aperture on this main body top is connected by Matter Transfer conveying mechanism with the discharging opening of bottom, the material inlet for adding culture medium raw material is provided with on described main body or on described Matter Transfer conveying mechanism, the peripheral passage of Matter Transfer conveying mechanism is connected with the liquid strain inoculation machine structure for inoculating and add moisture, process storehouse in described main body is connected with gas circulation mechanism, this process storehouse be also connected with for the heat-exchanger rig of its inside sterilizing or/and steam raising plant, on described Matter Transfer conveying mechanism or process storehouse is provided with for exporting mycelial delivery outlet.
Described Matter Transfer conveying mechanism comprises the flat spin conveying plant being connected to main body bottom discharging opening and the vertical feeding device be connected between flat spin conveying plant and main body upper feed inlet.
Described liquid strain inoculation machine structure comprises liquid spawn tank and water source, and liquid spawn tank and water source are by delivery pump and be connected to the transfer pipeline of control valve on the peripheral passage of Matter Transfer conveying mechanism.
Described transfer pipeline is also connected with the vapour source providing high-temperature steam to it.
Described gas circulation mechanism comprises one and is arranged in process storehouse, and with the gas pipeline of gas outlet, this gas pipeline is connected with gas exchanges machine, and gas exchanges machine also exports with the circulating air processed on storehouse and is connected.
Be provided with air cleaner in described gas exchanges machine, this gas exchanges machine is also connected to ozone generator, negative oxygen ion generator and/or ultraviolet lamp.
Described heat-exchanger rig comprises the heat transferring medium pipeline be arranged in process storehouse and the air energy heat pump being arranged on outside, and air energy heat pump is connected with heat transferring medium pipeline.
Described air energy heat pump is provided with an air energy host machine, a cold liquid tank and a hot liquid tank, the evaporator be connected with air energy host machine and condenser are separately positioned in cold liquid tank and hot liquid tank, and the two ends of described heat transferring medium pipeline to be switched with hot liquid tank and cold liquid tank by pipeline and some reversal valves and are connected.
Bottom in described process storehouse is provided with a horizontal material toggling mechanism for preventing from processing the inner putty in storehouse by driven by motor.
Be provided with and can ventilate in described process storehouse, and isolate the mesh plate of wherein material, described mesh plate is covered on the inwall in process storehouse by Intranet support, makes the annular passage formed between mesh plate and process storehouse inwall for ventilating.
The beneficial effects of the utility model are: the spice of culture medium raw material, sterilizing, aseptic inoculation and breeding can complete continuously in the process storehouse of main body, only need the mycelium grown after breeding ends to mix with medium afterwards to pack, and send into growth room.Adopt the problem not only overcoming original technology easy infection miscellaneous bacteria in this way, also reduce the workload of workman, significantly can reduce labour intensity.The floor space of this equipment is also compared little many than the factory building of the original technique of the employing of same size, significantly reduce enterprise's production cost, have broad mass market prospect.
Accompanying drawing explanation
Fig. 1 is syndeton schematic diagram of the present utility model.
Fig. 2 is the interior sectional schematic diagram in the process storehouse of main body.
Fig. 3 is the interior generalized section in process storehouse.
Fig. 4 is the schematic diagram of air energy heat pump.
Mark in figure: 1, main body, 2, Matter Transfer conveying mechanism, 201, flat spin conveying plant, 202, vertical feeding device, 3, material inlet, 4, liquid strain inoculation machine structure, 401, liquid spawn tank, 402, water source, 403, delivery pump, 404, control valve, 405, vapour source, 5, gas circulation mechanism, 501, gas pipeline, 502, gas exchanges machine, 503, circulating air exports, and 504, air knife, 6, heat-exchanger rig, 601, heat transferring medium pipeline, 602, air energy host machine, 603, cold liquid tank, 604, hot liquid tank, 605, reversal valve, 606, auxiliary heater, 7, steam raising plant, 8, horizontal material toggling mechanism, 801, rotating shaft, 802, rod for stiring materials, 9, mesh plate, 10, Intranet support, 11, annular passage, 12, respirator, 13, ozone generator, 14, assist gas heater, 15, blower fan, 16, air pump, 17, gas detect mouth, 18, temperature detection mouth, 19, Humidity Detection mouth, 20, inside peep video port, 21, heat-insulation layer, 22, auger conveyor.
Embodiment
Below in conjunction with accompanying drawing, the concrete structure of the application and embodiment are described
As shown in Figure 1, the multifunctional edible mushroom mycelium production machine of the application, be provided with the main body 1 that an inside has process storehouse, this main body top is provided with charging aperture, and bottom is provided with discharging opening.Charging aperture is connected by Matter Transfer conveying mechanism 2 with discharging opening, to be sent in process storehouse from charging aperture by the material exported below process storehouse, makes material complete spice in the process of circulation conveying again.Matter Transfer conveying mechanism 2 shown in Fig. 1 comprises flat spin conveying plant 201 and the vertical feeding device 202 be connected between flat spin conveying plant 201 and main body upper feed inlet that is connected to main body 1 bottom discharging opening.What vertical feeding device here adopted is helical feed, can certainly adopt alternate manner.Vertical feeding device is connected to the end of flat spin conveying plant 201, thus is sent into vertical feeding device by the material that flat spin conveying plant transports out from discharging opening, and then by vertical feeding device, material is returned to process storehouse.In order to enable new culture medium raw material send into process storehouse, need to arrange a material inlet.Obviously, this material inlet can be arranged on process storehouse, also can be arranged on the peripheral passage of Matter Transfer conveying mechanism.In the embodiment shown in fig. 1, this material inlet 3 has been arranged on the lower end of vertical feeding device 202.Normal blanking is affected in the blocking of process bottom, storehouse in order to prevent material, a horizontal material toggling mechanism 8 can be set in the bottom in process storehouse, this horizontal material toggling mechanism has a rotating shaft 801, and rotating shaft laterally penetrates in process storehouse, and is fixed in the bearing block of both sides bulkhead setting.Rotating shaft is by driven by motor, and the rod for stiring materials 802 utilizing its circumference to arrange in rotary course by material scattering, thus prevents material built on stilts and affects blanking.
The mix and blend of raw material can be completed by said structure mode.Also need to add appropriate water in medium spice process, carry out breeding also needs to inoculate.For this reason, the application is provided with a set of liquid strain inoculation machine structure 4, and this liquid strain inoculation machine structure is connected on the peripheral passage of Matter Transfer conveying mechanism 2, adds water or inoculate in the material in cyclic process.Liquid strain inoculation machine structure has a water source 402 and a liquid spawn tank 401, and liquid spawn tank and water source are by delivery pump 403 and be connected to the transfer pipeline of control valve 404 on the peripheral passage of Matter Transfer conveying mechanism.Even in order to what inoculate, preferably adopt the mode that nozzle sprays into.Liquid spawn tank and water source can be arranged respectively, also can common transfer pump and part transfer pipeline.In embodiment shown in Fig. 1, liquid spawn tank 401 and water source 402 are equipped with a delivery pump 403 respectively, and have shared the transfer pipeline that a section is connected to Matter Transfer conveying mechanism 2.Before inoculation, in order to ensure aseptic inoculation, described transfer pipeline is also connected with the vapour source 405 providing high-temperature steam to it.By vapour source to heat supply high-temperature steam in transfer pipeline, sterilizing can be carried out to pipeline.Certainly, other sterilizing means such as ozone generator should also be feasible.
After spice completes, before inoculation, need to carry out sterilizing to the material in process storehouse.Sterilization method can adopt fermentation and sterilization, namely utilizes the mode of fermentation that temperature of charge is raised, control temperature about 65 DEG C 3-4 days.Or adopt steam sterilizing mode, this just needs to arrange a steam raising plant, and it is connected, to carry out sterilizing by high-temperature steam with process storehouse.Also can adopt the mode sterilizing passing into ozone, also will pass into steam after sterilizing completes and make ozone decomposed.The mode of discontinuous sterilization also can adopt, and what namely replace is adjusted to about 100 DEG C and about 37 DEG C by temperature, and keeps certain hour after adjustment temperature, adopts after can making spore germination in this way and kills.In view of adoptable sterilization method, the heat-exchanger rig 6 that the application can configure separately steam raising plant 7, heating or lower the temperature, also can configure multiple simultaneously and be connected to process storehouse.
Described heat-exchanger rig 6 can adopt heat transferring medium pipeline 601 and air energy heat pump, passes into medium by air energy heat pump in heat transferring medium pipeline, and this medium can be hot, for heating up.Also can be cold, for cooling.This heat transferring medium pipeline 601 can adopt the mode of coiled coil to be arranged on the inwall in process storehouse, also can adopt other winding mode.It is outside that air energy heat pump is arranged on process storehouse, and be connected with heat transferring medium pipeline.This air energy heat pump is provided with the cold liquid tank 603 of an air energy host machine 602, and a hot liquid tank 604, and the core of this air energy host machine is compressor.The evaporator be connected with air energy host machine and condenser are separately positioned in cold liquid tank and hot liquid tank.Refrigerant, in air energy host machine, the process that circulates between evaporator and condenser, absorbs heat in cold liquid tank, and heat release in hot liquid tank, thus in cold liquid tank and hot liquid tank, produce cold medium and thermal medium respectively.The two ends of heat transferring medium pipeline 601 to be switched with hot liquid tank and cold liquid tank by pipeline and some reversal valves 605 and is connected.As required hot liquid tank is connected to heat transferring medium pipeline be used for heating, or cold liquid tank is connected to heat transferring medium pipeline be used for cooling.The pipeline that described heat transferring medium pipeline connects can also arrange assisted heating device 606, to use when shortage of heat.
Be provided with temperature sensor in described process storehouse, the controller that this temperature sensor is changed with the reversal valve 605 for controlling air energy heat pump is connected.Controller is according to the temperature in process storehouse and the program of setting, and automatic control reversing valve 605 switches hot liquid tank or cold liquid tank are connected to heat transferring medium pipeline 601.In embodiment shown in Fig. 4, have employed four reversal valves 605, the import and export of hot liquid tank and cold liquid tank are each arranges one.During hot liquid tank access heat transferring medium pipeline, its two reversal valves imported and exported are opened, and two reversal valves that cold liquid tank is imported and exported cut out.Also can adopt two two-bit triplet reversal valves, the import of hot liquid tank and cold liquid tank connects one, and outlet connects one, realizes cold and hot switching by the commutation of two-bit triplet reversal valve.Hot liquid tank and cold liquid tank also can be used for and use to other system, for manufacturing enterprise, can make full use of the energy, thus reduce costs.Certainly, if do not consider cost factor, the heat-exchanger rig of other form is also feasible, such as, pass into high-temperature steam or hot water directly in heat transferring medium pipeline.
During culture medium raw material fermentation and mycelia breeding, process needs ventilation in storehouse, for this reason, the process storehouse in main body 1 is connected realize gas with gas circulation mechanism 5 and circulates and ventilate.Described gas circulation mechanism 5 comprises one and is arranged in process storehouse, and with the gas pipeline 501 of gas outlet, gas outlet arranges air knife 504 to be blown into gas in raw material.This gas pipeline 501 is connected with gas exchanges machine 502, by gas exchanges machine air feed wherein.The gas entered in process storehouse is discharged from its circulating air outlet 503 again, then imports gas exchanges machine to form circulation.According to actual conditions, if the gas that process storehouse is discharged does not need to circulate, can connect a respirator 12 and be discharged by gas on its discharge line, this respirator one-way flow, can prevent internal gas flow from polluting.Be provided with blower fan in this gas exchanges machine 502 to carry out gas conveying, as outside air introduced by needs, the sterilizing such as air cleaner, ultraviolet lamp device also can be set.As required can also negative oxygen ion generator be set, makes negative oxygen ion be mixed in recyclegas, utilize mycelial growth.The steam raising plant 7 of sterilizing is carried out to material in process storehouse or ozone generating-device 13 also can share a part of pipeline with gas circulation mechanism, thus the gas pipeline 501 be connected in process storehouse, and circulated by gas exchanges machine after treatment, or discharge from the respirator arranged.Gas exchanges machine 502 with the connecting line of gas pipeline 501 can also arrange assist gas heater 14, utilize this assist gas heater heat cycles air-flow both can adjust temperature, moisture in material excessive for humidity can be taken out of again, to regulate the humidity of cultivating material.
Process storehouse in, in order to ensure culture medium raw material fermentation or breeding process in heat radiation and ventilation, need process storehouse in design gas passage.In embodiment shown in Fig. 2, the inwall in process storehouse is provided with some Intranet supports 10.This Intranet support has many groups, and often organize all have circumferentially multiple.By the support of Intranet support, the inwall in process storehouse lays mesh plate 9, and makes the whole inwall in mesh plate 9 Mulching treatment storehouse.This mesh plate 9 is evenly equipped with mesh, and the size of mesh ensures that it can either smooth and easyly be breathed freely, and can stop that again the material in process storehouse passes through, thus is isolated in by material in the middle part of process storehouse.The shape of mesh plate and the form fit in breeding process storehouse, and due to the support interval of Intranet support, between mesh plate 9 and process storehouse inwall, form the annular passage 11 for ventilating.Mesh plate 9 plays the effect of isolation material and ventilation and heat, and the heat that the air-flow passed into from gas pipeline 501 and material distribute can enter annular passage through mesh plate, and discharges from the circulating air outlet process storehouse.Heat transferring medium pipeline 601 is arranged on by the mesh plate 9 processing storehouse inwall and be laid in process storehouse in the annular passage being.Heat transferring medium pipeline 601 and the material in process storehouse are kept apart by mesh plate 9, and heat transferring medium pipeline 601 indirectly carries out heat exchange with material by air-flow, and the heat that direct contact heat transfer can be avoided to cause is unbalanced.
Discharging after breeding completes can be arranged on process storehouse or be arranged on Matter Transfer conveying mechanism.In embodiment shown in Fig. 1, open a delivery outlet in the below of flat spin conveying plant 201 end, then connect an auger conveyor 22, this auger conveyor connects sack filling machine, by export be mixed with mycelial material bagging after, can send into growth room cultivate until fruiting.
More than be in the application the composition of each several part realizing its major function.In order to realize automatic control, temperature controller, humidity controller, moisture recorder, interior pry head, detector etc. can be arranged as required detect the composts or fertilisers of cultivating in process storehouse, the Long-distance Control that PLC, industrial computer etc. realize composts or fertilisers of cultivating constant temperature, constant humidity in process storehouse by network according to temperature and humidity measure, gas detect result can be set, cultivate according to different edible mushroom simultaneously and need to realize timing, composts or fertilisers of cultivating circulation automatically, gas automatic cycle.By interior pry head, process storehouse composts or fertilisers of cultivating is observed, understand hyphal development situation.
Claims (10)
1. a multifunctional edible mushroom mycelium production machine, it is characterized in that: be provided with the main body (1) that inside has process storehouse, the charging aperture on this main body top is connected by Matter Transfer conveying mechanism (2) with the discharging opening of bottom, the material inlet (3) for adding culture medium raw material is provided with on described main body or on described Matter Transfer conveying mechanism, the peripheral passage of Matter Transfer conveying mechanism (2) is connected with the liquid strain inoculation machine structure (4) for inoculating and add moisture, process storehouse in described main body is connected with gas circulation mechanism (5), this process storehouse is also connected with for the heat-exchanger rig (6) to its inside sterilizing or/and steam raising plant (7), on described Matter Transfer conveying mechanism (2) or process storehouse is provided with for exporting mycelial delivery outlet.
2. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, is characterized in that: described Matter Transfer conveying mechanism (2) comprises the flat spin conveying plant (201) being connected to main body bottom discharging opening and the vertical feeding device (202) be connected between flat spin conveying plant and main body upper feed inlet.
3. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, it is characterized in that: described liquid strain inoculation machine structure (4) comprises liquid spawn tank (401) and water source (402), liquid spawn tank and water source are connected on the peripheral passage of Matter Transfer conveying mechanism (2) by delivery pump (403) with the transfer pipeline of control valve (404).
4. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 3, is characterized in that: described transfer pipeline is also connected with the vapour source (405) providing high-temperature steam to it.
5. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, it is characterized in that: described gas circulation mechanism (5) comprises one and is arranged in process storehouse, and with the gas pipeline (501) of gas outlet, this gas pipeline is connected with gas exchanges machine (502), gas exchanges machine also exports (503) with the circulating air on process storehouse and is connected, and the connecting line of gas exchanges machine (502) with gas pipeline (501) is provided with assist gas heater (14).
6. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 5, it is characterized in that: be provided with air cleaner in described gas exchanges machine (502), this gas exchanges machine is also connected to ozone generator (13), negative oxygen ion generator and/or ultraviolet lamp.
7. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, it is characterized in that: described heat-exchanger rig (6) comprises the heat transferring medium pipeline (601) be arranged in process storehouse and the air energy heat pump being arranged on outside, and air energy heat pump is connected with heat transferring medium pipeline.
8. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 7, it is characterized in that: described air energy heat pump is provided with an air energy host machine (602), a cold liquid tank (603) and a hot liquid tank (604), the evaporator be connected with air energy host machine and condenser are separately positioned in cold liquid tank and hot liquid tank, and the two ends of described heat transferring medium pipeline (601) to be switched with hot liquid tank and cold liquid tank by pipeline and some reversal valves (605) and are connected.
9. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, is characterized in that: the bottom in described process storehouse is provided with a horizontal material toggling mechanism (8) for preventing from processing the inner putty in storehouse by driven by motor.
10. a kind of multifunctional edible mushroom mycelium production machine as claimed in claim 1, it is characterized in that: be provided with and can ventilate in described process storehouse, and isolate the mesh plate (9) of wherein material, described mesh plate is covered on the inwall in process storehouse by Intranet support (10), makes the annular passage (11) formed between mesh plate and process storehouse inwall for ventilating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520153945.7U CN204579243U (en) | 2015-03-18 | 2015-03-18 | A kind of multifunctional edible mushroom mycelium production machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520153945.7U CN204579243U (en) | 2015-03-18 | 2015-03-18 | A kind of multifunctional edible mushroom mycelium production machine |
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| CN204579243U true CN204579243U (en) | 2015-08-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520153945.7U Withdrawn - After Issue CN204579243U (en) | 2015-03-18 | 2015-03-18 | A kind of multifunctional edible mushroom mycelium production machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104620863A (en) * | 2015-03-18 | 2015-05-20 | 高元庆 | Multifunctional edible fungus mycelia production machine |
| CN109370895A (en) * | 2018-11-15 | 2019-02-22 | 湖北华龙西科生物科技有限公司 | A kind of liquid fermentation can system and microorganism Intelligent fermentation |
-
2015
- 2015-03-18 CN CN201520153945.7U patent/CN204579243U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104620863A (en) * | 2015-03-18 | 2015-05-20 | 高元庆 | Multifunctional edible fungus mycelia production machine |
| CN104620863B (en) * | 2015-03-18 | 2017-06-09 | 高元庆 | A kind of multifunctional edible mushroom mycelium manufacturing machine |
| CN109370895A (en) * | 2018-11-15 | 2019-02-22 | 湖北华龙西科生物科技有限公司 | A kind of liquid fermentation can system and microorganism Intelligent fermentation |
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Granted publication date: 20150826 Effective date of abandoning: 20170609 |