CN106978303A - A kind of automatic heat radiation installation for fermenting - Google Patents
A kind of automatic heat radiation installation for fermenting Download PDFInfo
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- CN106978303A CN106978303A CN201710358982.5A CN201710358982A CN106978303A CN 106978303 A CN106978303 A CN 106978303A CN 201710358982 A CN201710358982 A CN 201710358982A CN 106978303 A CN106978303 A CN 106978303A
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- fermentation
- drawer
- carbon dioxide
- fermenting
- fermenting cellar
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12G—WINE; PREPARATION THEREOF; ALCOHOLIC BEVERAGES; PREPARATION OF ALCOHOLIC BEVERAGES NOT PROVIDED FOR IN SUBCLASSES C12C OR C12H
- C12G3/00—Preparation of other alcoholic beverages
- C12G3/02—Preparation of other alcoholic beverages by fermentation
Abstract
A kind of automatic heat radiation installation for fermenting of the present invention is related to anaerobic fermentation field, more particularly to wine brewing field.Including fermenting cellar, collecting chamber, carbon dioxide storage room, carbon dioxide storage room is connected with fermenting cellar, provided with expanding chamber and fermentation drawer in fermenting cellar, slided in expanding chamber provided with the first piston that expanding chamber is divided into expansion chamber and pressurizing chamber, expansion chamber is interior to be provided with expanded by heating material；Fermentation is outdoor to be provided with cylinder with fermentation drawer opposite side, is fixed with piston rod between the piston and drawer of cylinder, pressurizing chamber is connected with cylinder；The cooling body for cooled carbon dioxide is provided with outside carbon dioxide storage room, carbon dioxide storage room is connected with the air pump for discharging gases at high pressure；The air jet pipe for spraying gas is equipped with above fermentation drawer, air jet pipe is connected with air pump, the jet switch of drawer opening and closing can be fermented by being additionally provided with fermentation drawer.The installation for fermenting of the present invention can also avoid material from being contacted with extraneous oxygen while automatic radiated.
Description
Technical field
The present invention relates to anaerobic fermentation field, more particularly to wine brewing field.
Background technology
China is one of country for making wine earliest, and E-at pleasure, drink with measure also body health benefits, wine is liked by China consumer
Love.Wine brewing is the process that the beverage containing certain alcohol concentration is produced using microbial fermentation.The traditional brewing method of China is
Solid state fermentation, is subject to auxiliary material with the grain of solid-state and is fermented, and in whole fermentation process, microorganism is in no free water
Fermented on solid state substrate.
Traditional liquor fermentation pit can not carry out good mass-and heat-transfer, so good radiating can not be carried out, make fermentation
Matrix can not keep suitable temperature of making wine.Particularly during the broiling summer, fermented grain can not cool, and force enterprise's production stopping production,
During stopping production between 2~3 months, the production intensity and output of Liquor-making Enterprises ＆ have been had a strong impact on, substantial amounts of manpower money is caused
The waste in source.
The Chinese patent of Application No. 201310040503.7 discloses a kind of combined type gas-liquid-solid disclosed in 15 days Mays in 2013
Body installation for fermenting, is superimposed with each other and is formed by top cover, multiple solid fermentation drawers and base, and top cover is provided with venthole and circulation fluid
The outside of hole, top cover and solid fermentation drawer is provided with the inside of suspension ring, solid fermentation drawer and is fixed with the uniform tampering device of interlayer, and interlayer is uniform
Tampering device includes the guiding gutter of triangle groove on the upside of triangular waveform plate and insertion triangular waveform plate, and water conservancy diversion trench bottom corresponds to triangle
Triangle groove location offers pod apertures on the upside of corrugated sheet, and the upper and lower triangle point of triangular waveform plate has passage
And liquid flow hole, the uniform tampering device upside of interlayer is provided with material containing net, and base side is connected with the water inlet of a water circulating pump station, circulates
The circulation fluid apertures that the delivery port of pumping plant and top cover are provided with connects connection by circulating liquid pipe；Gas outlet on top cover is communicated with two
Carbonoxide collection and treatment device.This installation for fermenting, when the starting stage of fermenting needing certain temperature, can send out several solids
Ferment device, which is closely placed in together, to be incubated, when fermented grain heat is excessive, and can be separated from each other solid fermentation device progress
Cooling, can also put heat sink in circulation liquid pipe peripheral hardware and be cooled；At the same time, the carbon dioxide that fermentation is produced is by going out
Gas port enters carbon dioxide collection processing unit.
But during being fermented using solid fermentation method, whole fermented grain will not produce substantial amounts of liquid, so
The outer cooling-down effect cooled to liquid of circulation liquid pipe is limited, and liquid enters installation for fermenting from installation for fermenting upper end, from
Installation for fermenting is flowed out in lower end, so can cause installation for fermenting from top to bottom, temperature gradually rises, and the temperature of device upper end is less than hair
The suitable temperature of ferment, the temperature of device lower end is higher than suitable temperature of fermenting, so can not make whole device while being maintained at hair
The suitable temperature of ferment.When secondly, using the method that the drawer that ferments separately is radiated, because interlayer displacement device is provided with ventilation
Hole, so fermented grain can be contacted with extraneous oxygen, and microorganism can just produce alcohol only under oxygen-free environment, so fermented grain with
Oxygen contact after fermentation can stop.In addition, this installation for fermenting is blended in carbon dioxide while carbon dioxide is discharged
In alcohol be also drawn off, cause the waste of alcohol.
The content of the invention
It is an object of the invention to provide it is a kind of it is automatic radiated while avoid material from being contacted with extraneous oxygen hair
Ferment device.
To reach above-mentioned purpose, the technical scheme is that：A kind of automatic heat radiation installation for fermenting, including fermenting cellar, receipts
Collect room, carbon dioxide storage room, carbon dioxide storage room is connected with fermenting cellar, provided with expanding chamber and vertically in fermenting cellar
Arrange and the fermentation drawer that can skid off in the horizontal direction, slided in expanding chamber provided with expanding chamber is divided into expansion chamber and pressurizing chamber
Expanded by heating material is provided with first piston, expansion chamber；Fermentation is outdoor to skid off side in opposite direction provided with cylinder, gas with fermentation drawer
Piston rod is fixed between the piston and drawer of cylinder, pressurizing chamber is connected with cylinder；Being provided with outside carbon dioxide storage room is used to cool down
The cooling body of carbon dioxide, carbon dioxide storage room is connected with the air pump for discharging gases at high pressure；It is provided with above fermentation drawer
Towards the air jet pipe of fermentation drawer, air jet pipe is connected with air pump, and the jet of drawer opening and closing can be fermented by being additionally provided with fermentation drawer
Switch.
Fermented using installation for fermenting, material is first put into fermentation drawer, then the drawer that will ferment is slipped into fermenting cellar and sent out
Ferment.When initial, expanded by heating material is unexpanded.The gas in carbon dioxide, fermenting cellar is constantly produced after fermentation starts, in fermenting cellar
Pressure increase, so the carbon dioxide produced enters in carbon dioxide storage room, then by the cooling body outside carbon dioxide storage room
Cooling, is finally stored in carbon dioxide storage room.By constantly fermentation, the heat produced in fermentation process makes fermentation
Indoor temperature rise, heat is gradually transferred in expansion chamber, expanded by heating material absorbing heat.When the temperature in fermenting cellar reaches
To expanded by heating material boiling point when, expanded by heating mass volume becomes big, and first piston is to the Slideslip of pressurizing chamber one, in pressurizing chamber
Gas enter in cylinder, air pressure in cylinder increase, the piston of cylinder is fixed on cylinder piston to the Slideslip of fermenting cellar one
Piston rod by ferment drawer be pushed outwardly fermenting cellar.Fermentation drawer opens jet switch while outwards skid off, and air pump is by titanium dioxide
Cryogenic gas discharge in Carbon stock room, the gas of discharge sprays at air jet pipe, is formed above each drawer that ferments from upper
Under " gas curtain ", the inside and outside air of " gas curtain " isolation fermenting cellar, can prevent the alcohol gas in fermenting cellar shed to
Exterior space.Secondly, the gas sprayed at air jet pipe is touched after fermentation drawer, in surface of material one layer of " gas of formation of fermentation drawer
Film ", prevents material from being contacted with extraneous oxygen.In addition, the cryogenic gas sprayed is touched after the gas in material and fermenting cellar,
Can be to cooling in material and fermenting cellar, until the temperature reduction in fermenting cellar, the temperature of expanded by heating material drops immediately
Low, then volume reduces, so first piston is to the lateral movement of expanding chamber one, and the gas in cylinder is by suction compression chamber again, gas
The piston of cylinder is to away from the lateral movement of fermenting cellar one, and piston rod pulls in fermentation drawer in fermenting cellar, and the drawer that now ferments is re-closing off spray
Air cock, air jet pipe stops jet, and fermentation restarts.During fermentation, the carbon dioxide of generation is constantly collected in
In carbon dioxide storage room, to be sprayed in fermenting cellar when temperature is raised next time at air jet pipe.
Secondly, expanded by heating substance classes can also be adjusted according to different types of wine fermentation suitable temperature,
Make the boiling point and suitable temperature close of expanded by heating material, can so ensure all may be used in the different types of wine of fermenting and producing
To realize automatic heat radiation.
Beneficial effects of the present invention are：
（One）Fermentation drawer can be skidded off during temperature rise automatically in the drawer that ferments, gas curtain can completely cut off material and extraneous oxygen, make
The drawer that ferments keeps anaerobic environment, and material and fermenting cellar can also be cooled；And when fermenting the reduction of drawer temperature, hair is made automatically
Ferment drawer is slipped into fermenting cellar.
（Two）Gas curtain can prevent the alcohol in fermenting cellar and material from volatilizing in air, it is to avoid alcohol is wasted.
（Three）The carbon dioxide produced using fermentation, it is possible to reduce the external world is passed through the cost of gas.
（Four）Whole device need not be controlled manually, it is possible to reduce the workload of workman, artificial judgment can also be avoided to go out
Existing error.
（Five）The gas that air jet pipe sprays is carbon dioxide, and the molecular weight of carbon dioxide is more than air, and carbon dioxide is not
It can burn, so carbon dioxide can be covered in surface of material after being ejected, prevent the alcohol in material from volatilizing, shed to extraneous empty
Between cause waste.Preferred scheme one, as the further improvement to base case, is also rotated provided with windmill-shape above fermentation drawer
Stirring vane.In stirring vane insertion material, drawer temperature rise of fermenting, skidded off out of fermenting cellar when, material is from stirring vane
Surface is slipped over, and stirring vane is rotated, and stirring vane is stirred in rotation process to material, accelerates dissipating for the heat in material
Lose, so the speed of material cooling can be accelerated.
Preferred scheme two, as the further improvement to preferred scheme one, between fermenting cellar and carbon dioxide storage room also
Provided with alcohol recycle room, water is placed with alcohol recycle room, fermenting cellar is connected by escape pipe with alcohol recycle room, escape pipe is inserted
Below upstream face.Alcohol is dissolved in below water, the escape pipe insertion water surface, from the gaseous mixture in fermenting cellar into escape pipe enters water
Afterwards, the alcohol in good, mixed gas is soluble in water, and carbon dioxide formation bubble emerges, and finally enters carbon dioxide storage
Interior is stored, it is possible to recovered alcohol, is reduced alcohol and is wasted.
Preferred scheme three, as the further improvement to preferred scheme two, carbon dioxide storage also stores nitrogen in room.
Nitrogen is stored in advance, it is ensured that still form gas curtain above fermentation drawer when the amount of carbon dioxide that fermentation is produced is less, from
And starvation, prevent the alcohol in fermenting cellar from evaporating, material and fermenting cellar are cooled.Secondly, contain in air
A large amount of nitrogen, so the preparation of nitrogen is relatively easy to, it is possible to reduce cost, and under general scenario, nitrogen is also no lack of burning, so
Nitrogen can equally play a part of fire preventing.
Preferred scheme four, as the further improvement to preferred scheme three, dividing plate is fixed with fermenting cellar in the horizontal direction,
Fermenting cellar is divided into multiple cavities by dividing plate, and fermentation drawer, cylinder and expanding chamber are arranged in each cavity.Cavity is only
Vertical, temperature of charge rising can only make the expanded by heating material for the expansion chamber being disposed adjacent with the fermentation drawer be heated in each fermentation drawer
Expansion, increases air pressure in the cylinder being connected with the fermentation drawer, the fermentation drawer is released fermenting cellar by cylinder again, so each fermentation
The radiating of drawer can be allow each fermentation drawer to be radiated optimum when and continue to ferment, made each with relatively independent
Fermentation drawer all keeps optimum fermentation temperature.
Preferred scheme five, as the further improvement to preferred scheme four, the fermenting cellar side wall below fermentation drawer is fixed with
Slide rail.Fermentation drawer is placed on slide rail, and the slip of fermenting cellar can be made more easy.
Preferred scheme six, as the further improvement to preferred scheme five, jet switch includes realizing the control for opening air pump
System switch and spring, spring are fixed between controlling switch and fermentation drawer.When the drawer that ferments skids off fermenting cellar, spring is stretched,
Then controlling switch is pulled by spring, and air pump is opened, and air pump discharges the cryogenic gas in carbon dioxide storage room, and fermentation drawer is entered
Row cooling；After fermentation drawer enters in fermenting cellar, spring is resiled, and air pump is closed, and cryogenic gas stops discharge.Whole drop
Warm process need not manually control the opening and closing of air pump, it is possible to reduce the workload of workman, be also possible to prevent artificial control and lose
By mistake.
Brief description of the drawings
The present invention is further detailed explanation with reference to the accompanying drawings and detailed description：
Fig. 1 is the structural representation of the embodiment of the present invention 1；
Fig. 2 is Fig. 1 fermenting cellar and the sectional view of cylinder；
Fig. 3 is the structural representation of the embodiment of the present invention 2；
Fig. 4 is Fig. 3 fermenting cellar and the structural representation of cylinder.
Embodiment
Reference is：Fermenting cellar 1, escape pipe 11, fermentation drawer 12, rotating shaft 13, stirring vane 14, air jet pipe 15, dioxy
Change Carbon stock room 2, air pump 21, controlling switch 22, jet house steward 23, jet be in charge of 24, spring 25, it is cylinder 3, piston rod 31, swollen
Swollen room 4, air inlet pipe 42, limited block 43, alcohol recycle room 5, carbon-dioxide gas compressor 6.
Embodiment 1
As shown in Figure 1 and Figure 2, a kind of installation for fermenting of automatic heat radiation, including fermenting cellar 1, collecting chamber, carbon dioxide storage room, hair
The top of ferment room 1 is provided with escape pipe 11, and escape pipe 11 is connected with carbon dioxide storage room, and insulation is wrapped with outside carbon dioxide storage room
Material.Carbon dioxide storage room is also associated with air pump 21, and air pump 21 is connected with jet house steward 23, and jet house steward 23 connects 3 sprays
Qi leel pipe 24, jet is in charge of 24 and is embedded in respectively in the side wall of fermenting cellar 1 of the top of fermentation drawer 12, and jet is in charge of 24 provided with multiple
Air jet pipe 15, the opening of bleed pipe is set straight down.Motor driving air pump 21 is additionally provided with, air pump 21 is provided with opening air pump 21
Controlling switch 22, be welded with spring 25 between controlling switch 22 and fermentation drawer 12, pull spring 25, controlling switch 22 is in and closed
Conjunction state, then air pump 21 be opened.
The left side of fermenting cellar 1 is close to provided with cylinder 3, and the piston of cylinder 3 is connected with piston rod 31, and piston rod 31 runs through fermenting cellar
1 side wall, and fermentation drawer 12 left part is welded on, it is provided with expanding chamber 4, expanding chamber 4 between the left side of fermentation drawer 12 and the side wall of fermenting cellar 1
Inside vertically provided with the first piston horizontally slipped along the side wall of expanding chamber 4, expanding chamber 4 is divided into right side by first piston
Pentane is provided with expansion chamber and the pressurizing chamber in left side, expansion chamber, the left side side wall of expanding chamber 4 is connected with air inlet pipe 42, air inlet pipe 42
Through the top of fermenting cellar 1, and connected with cylinder 3, limited block 43 of the right side of air inlet pipe 42 provided with limitation first piston position.Fermentation
The top of drawer 12 is vertically provided with rotating shaft 13, and rotating shaft 13 is rotatably connected on the side wall of fermenting cellar 1, and the lower end of rotating shaft 13 is fixed with three
The stirring vane 14 of piece windmill-shape.
When being fermented using installation for fermenting, first pentane is put into expansion chamber, then material is placed on fermentation drawer 12
It is interior, fermentation drawer 12 is slipped into fermenting cellar 1, fermentation is carried out.After fermentation starts, carbon dioxide, fermentation are constantly produced in fermenting cellar 1
Air pressure increase in room 1, the carbon dioxide of generation enters in escape pipe 11, subsequently into carbon dioxide storage indoor storage.When
When temperature in fermenting cellar 1 reaches the boiling point of pentane, pentane volume becomes big, and first piston is slided to the left, the gas in pressurizing chamber
Into in cylinder 3, the air pressure increase in cylinder 3, the piston of cylinder 3 is slided to the right, is fixed on the piston rod 31 on the piston of cylinder 3
Fermentation drawer 12 is pushed outwardly fermenting cellar 1.Spring 25 is elongated while fermentation drawer 12 is outwards skidded off, and controlling switch 22 opens gas
Pump 21, air pump 21 discharges the low-temperature carbon dioxide in carbon dioxide storage room, and the carbon dioxide of discharge sprays at air jet pipe 15
Go out, sprayed in the top of fermentation drawer 12, form " gas curtain " from top to down.While the drawer 12 that ferments slides in and out, material is from stirring
Mix the surface of blade 14 to slip over, the unbalance stress of stirring vane 14 starts to rotate, and is stirred to material, accelerate scattering and disappearing for heat.
Until the temperature reduction in fermenting cellar 1, the temperature of pentane reduces immediately, then volume reduces, thus first piston to
Gas in right motion, cylinder 3 is by suction compression chamber again, and the piston of cylinder 3 is to left movement, and piston rod 31 will fermentation drawer 12
Pull in fermenting cellar 1, now the homing of spring 25, spring 25 is no longer elongated, so controlling switch 22 closes air pump 21, spray
Tracheae 15 stops jet, and fermentation restarts.During fermentation, the carbon dioxide of generation is constantly collected in carbon dioxide
In storage room, to be sprayed in fermenting cellar 1 when temperature is raised next time at air jet pipe 15.
Embodiment 2
As shown in Figure 3, Figure 4, difference from Example 1 is, is returned between fermenting cellar 1 and carbon dioxide storage room provided with alcohol
Receive and pure water is placed with room 5, alcohol recycle room 5, the end of escape pipe 11 is inserted below pure water level, the left side of alcohol recycle room 5
Side wall is additionally provided with carbon-dioxide gas compressor 6, and compressor is connected by tracheae with carbon dioxide storage room；Before fermentation, in dioxy
Changing Carbon stock indoor storage has nitrogen.Fermenting cellar 1 is fixed with 2 dividing plates in the horizontal direction, and fermenting cellar 1 is divided into relatively by dividing plate
3 independent chambers, each chamber is connected with alcohol recycle room 5.Expanding chamber 4 is arranged on dividing plate, and each pressurizing chamber connects
Tap into tracheae 42.Set 3 respectively with 3 corresponding cylinders 3 of fermentation drawers 12, each air inlet pipe 42 respectively with corresponding cylinder 3
Connection.The left and right sidewall of fermenting cellar 1 above during expansion, which is glued, slide rail, and fermenting cellar 1 is placed on slide rail, heated in expansion chamber
Dilatant can also be petroleum ether of the boiling point at 30 degree.Jet switch is in charge of 24 to close off 3 jets and is in charge of switch,
And connection fermentation drawer 12 and the corresponding spring 25 for being in charge of switch.
When the temperature fermented in drawer 12 is raised, the temperature in cavity where the fermentation drawer 12 is raised, in the cavity of place
Gas in petroleum ether expansion in expanding chamber 4, pressurizing chamber enters in corresponding cylinder 3, and the piston rod 31 of the cylinder 3 will
The fermentation drawer 12 is released fermenting cellar 1 and cooled.When fermentation drawer 12 is skidded off, spring 25 is pulled, then corresponding to be in charge of out
Close and open, because carbon-dioxide gas compressor 6 makes to keep higher air pressure in carbon dioxide storage room, so being opened being in charge of switch
Afterwards, the carbon dioxide of high pressure sprays at air jet pipe 15.So each the temperature of fermentation drawer 12 can be with independent control.
Above-described is only the preferred embodiment of the present invention, it is noted that for those skilled in the art,
Without departing from the inventive concept of the premise, several modifications and improvements can also be made, these should also be considered as the guarantor of the present invention
Scope is protected, these effects and practical applicability for implementing all without the influence present invention.The present invention omits the technology of description, shape
Shape, construction part are known technology.
Claims (7)
1. a kind of automatic heat radiation installation for fermenting, including fermenting cellar, collecting chamber, carbon dioxide storage room, the carbon dioxide storage
Room is connected with fermenting cellar, it is characterised in that arranged provided with expanding chamber and vertically in the fermenting cellar and can be along level side
To the fermentation drawer skidded off, slided in the expanding chamber provided with the first piston that expanding chamber is divided into expansion chamber and pressurizing chamber, institute
State and expanded by heating material is provided with expansion chamber；The fermentation is outdoor to skid off side in opposite direction provided with cylinder with fermentation drawer, described
Piston rod is fixed between the piston and drawer of cylinder, the pressurizing chamber is connected with cylinder；Set outside the carbon dioxide storage room
There is the cooling body for cooled carbon dioxide, the carbon dioxide storage room is connected with the air pump for discharging gases at high pressure；
The air jet pipe of fermentation drawer is provided with above the fermentation drawer, the air jet pipe is connected with air pump, is additionally provided with the fermentation drawer
The jet switch of drawer opening and closing can be fermented.
2. a kind of automatic heat radiation installation for fermenting according to claim 1, it is characterised in that also rotated above the fermentation drawer
Stirring vane provided with windmill-shape.
3. a kind of automatic heat radiation installation for fermenting according to claim 2, it is characterised in that the fermenting cellar and carbon dioxide
It is additionally provided between storage room in alcohol recycle room, the alcohol recycle room and is placed with water, the fermenting cellar passes through escape pipe and wine
Below smart recovery room connection, the escape pipe insertion water surface.
4. a kind of automatic heat radiation installation for fermenting according to claim 3, it is characterised in that in the carbon dioxide storage room
Store nitrogen.
5. a kind of automatic heat radiation installation for fermenting according to claim 4, it is characterised in that along level side in the fermenting cellar
To dividing plate is fixed with, fermenting cellar is divided into multiple cavities by the dividing plate, and the fermentation drawer, cylinder and expanding chamber are arranged at often
In the individual cavity.
6. a kind of automatic heat radiation installation for fermenting according to claim 5, it is characterised in that the fermentation below the fermentation drawer
Room side wall is fixed with slide rail.
7. a kind of automatic heat radiation installation for fermenting according to claim 6, it is characterised in that the jet switch includes realizing
The controlling switch and spring of air pump are opened, the spring is fixed between controlling switch and fermentation drawer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710358982.5A CN106978303A (en) | 2017-05-19 | 2017-05-19 | A kind of automatic heat radiation installation for fermenting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710358982.5A CN106978303A (en) | 2017-05-19 | 2017-05-19 | A kind of automatic heat radiation installation for fermenting |
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| Publication Number | Publication Date |
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| CN106978303A true CN106978303A (en) | 2017-07-25 |
Family
ID=59343934
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|---|---|---|---|
| CN201710358982.5A Pending CN106978303A (en) | 2017-05-19 | 2017-05-19 | A kind of automatic heat radiation installation for fermenting |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108315123A (en) * | 2018-02-05 | 2018-07-24 | 吴新祥 | A kind of new brewing technique and its installation for fermenting |
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