CN103666900A - Tandem-type fermentor group and use method thereof - Google Patents
Tandem-type fermentor group and use method thereof Download PDFInfo
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Abstract
The invention discloses a tandem-type fermentor group. The fermentor group comprises one or more fermentors and one or more movable fermentors, wherein connecting pipes are arranged between the fermentors and the movable fermentors; the fermentors and the movable fermentors are mutually communicated through the connecting pipes; the movable fermentators can be externally driven to move up and down; a fermentation liquid flows into/out of the fermentors and the movable fermentors via the connecting pipes under the gravity action generated by height differences between the fermentors and the movable fermentors. The tandem-type fermentor group disclosed by the invention not only adopts the air current agitation principle of fermentors in an invention 97182142.9, but also enables the fermentation liquid to circulate during the fermentation; moreover, the tandem-type fermentor group not only satisfies the production processes of various kinds of wines, but also is used as aging storage pots during fermentation; compared with the fermentators provided by the invention 97182142.9, the tandem-type fermentor group has the advantages of simpler process, wider use range, lower manufacturing cost, higher output and the like, and is simple in the maintenance of equipment and suitable for large-scale production.
Description
Technical field
The present invention relates to brewing fruit wine apparatus field, especially relate to a kind of tandem fermentor tank group and the using method thereof of wine making.
Background technology
In wine fermentation production unit, there is polytype fermentor tank, but no matter the fermentor tank of that type, there is a prerequisite the most basic, the container that described fermentor tank comprises at least one applicable splendid attire fermented liquid, this container is designed to the end of wedged bottom or back taper, and on tank body, has an opening for feed at least and have a discharge port at least at the bottom of the sidewall of tank body or tank.
Generally, described grape fermentation liquid comprises Sucus Vitis viniferae, Pericarpium Vitis viniferae, Semen Vitis viniferae and a small amount of or micro-stem of Fructus Vitis viniferae substantially.In above-mentioned ferment tank process, Pericarpium Vitis viniferae can float be gradually raised to fermented liquid above, continuity along with the time, part cortex can exceed liquid level and cannot contact with fermented liquid, if Long contact time is less than liquid, this part cortex can be fixed with the speed of 8mm/s, and people are referred to as wine cap conventionally.Its hazardness is very big, cannot make coloring components and polyphenol substance in Pericarpium Vitis viniferae incorporate in grape wine, has a strong impact on quality vinous.
For fear of forming during the fermentation wine cap, must often destroy during this period the formed tight grape cortex of Pericarpium Vitis viniferae floating, prevent that it is fixed, existing fermentor tank is adopted with the following method substantially: apply external force on wine cap, force Pericarpium Vitis viniferae to be scattered in fermented liquid, specifically comprise mechanical stirring or with the fermented liquid of pump extraction fermentor tank bottom, wine cap is carried out to circulated sprinkling.The common feature of these class methods is to adopt mechanical effect, and it not only increases the production cost in device fabrication cost and Production of Wine.Priorly also be that undue action of forced stirring can make Pericarpium Vitis viniferae too broken, thereby increase the content of wine mud in work in-process wine, to subsequent technique, increase burden, a large amount of tannin inferior enters in grape wine simultaneously, also can reduce finished product quality vinous.
In order to make Pericarpium Vitis viniferae can be immersed in fermented liquid in whole fermenting process, a kind of fermentor tank adopts the method that pressing plate is set in tank, Pericarpium Vitis viniferae is pressed in fermented liquid, although this method can effectively prevent Pericarpium Vitis viniferae floating and form wine cap, but still need to the fermented liquid in fermentor tank, circulate with wine pump, avoid contacting the part fermented liquid partial over saturation of Pericarpium Vitis viniferae and affect extracting effect, in addition, Pericarpium Vitis viniferae is immersed in fermented liquid for a long time, also can be by the tannin lixiviate inferior in Pericarpium Vitis viniferae out, there is equally above-mentioned bad drawback in this.
Further technical scheme is the fermentor tank that patent of invention 97182142.9 provides, the technical characterictic of this fermentor tank is design and installation one dividing plate in fermentor tank, can tackle the bubble producing in fermenting process, and can when becoming large, bubble discharge them, and then the wine cap at top is produced to floating action, avoid the fixed of wine cap.This innovation and creation ground uses the gas producing in Fermentation of Grape Wine, and as the power that stirs wine cap.It has not only improved quality product vinous, and has reduced the quantity of mechanism in fermentor tank, has reduced the manufacturing cost of equipment, has also reduced production cost vinous simultaneously.
Although 97182142.9 fermentor tanks that provide have as above plurality of advantages, still have weak point, as the lower partition at the bottom of tank during the fermentation, fermented liquid is in relative static conditions, thereby fermentor tank temperature of lower is difficult to control evenly; Fermented liquid cannot circulate in whole yeast phase simultaneously, also has the even problem of fermentation, and as after Pericarpium Vitis viniferae floating, the fermented liquid of fermentor tank middle and lower part cannot contact with Pericarpium Vitis viniferae; Secondly, although the device in fermentor tank greatly reduces than traditional fermentor tank, but still not; Last point is still in the transformation of the legacy equipment moving, to seem unable to do what one wishes for existing winery.
Summary of the invention
The object of the present invention is to provide a kind of tandem fermentor tank group and using method thereof, when producing grape wine, it not only has the airflow stirring principle of similar invention 97182142.9 fermentor tanks, and can make fermented liquid circulate during the fermentation; It not only can meet multiple production technique vinous, and during the fermentation, while using as ageing storage tank, the fermentor tank providing with 97182142.9 is compared, and has technique simpler, use range is wider, the advantages such as manufacturing cost is lower, and production capacity is larger, and mouthfeel is better, and maintenance of the equipment is simple, be applicable to scale operation.
In order to solve the problems of the technologies described above, technical scheme of the present invention realizes by the following method:
A kind of tandem fermentor tank group, comprise that at least one fermentor tank and at least one move fermentor tank, and be provided with pipe connecting between fermentor tank and mobile fermentor tank, and by pipe connecting, be interconnected between fermentor tank and mobile fermentor tank, and mobile fermentor tank externally drives down and can move up and down, fermented liquid in fermentor tank and mobile fermentor tank, because the difference of altitude between fermentor tank is subject under the effect of gravity, mutually flows to or flows out through pipe connecting.
Tandem fermentor tank group using method, the method comprises the following steps:
(i) by proofing unit, liquid level display is passed through to observe in the inside of monitor fermentation tank and mobile fermentor tank under standard state, and the liquid level of fermentor tank and mobile fermentor tank equates;
(ii) before the inside of fermentor tank has part Pericarpium Vitis viniferae to float to depart from fermented liquid, automatically starting driven by servomotor moves fermentor tank and moves up with the speed of 8mm/s, now the fermented liquid of mobile fermentor tank inside enters in fermentor tank by pipe connecting, until Pericarpium Vitis viniferae is immersed in fermented liquid completely, keep 15-30 second;
(iii) then start driven by servomotor and move fermentor tank and move down with the speed of 8mm/s, return to home position, liquid level display now, the liquid level of fermentor tank and mobile fermentor tank equates;
(iv) before the inside of mobile fermentor tank has part Pericarpium Vitis viniferae to float to depart from fermented liquid, equally, automatically starting driven by servomotor moves fermentor tank and moves down with the speed of 8mm/s, now the fermented liquid of fermentor tank inside enters in mobile fermentor tank by pipe connecting, until Pericarpium Vitis viniferae is immersed in fermented liquid completely, keep 15-30 second;
(v) then start driven by servomotor and move fermentor tank and move up with the speed of 8mm/s, return to home position, liquid level display now, the liquid level of fermentor tank and mobile fermentor tank equates.
The present invention, by normal atmosphere principle, simple, solved reliably above-mentioned technical problem, and when producing grape wine, it not only has the airflow stirring principle of similar invention 97182142.9 fermentor tanks, and can make fermented liquid circulate during the fermentation; It not only can meet multiple production technique vinous, and during the fermentation,, while using as ageing storage tank, the fermentor tank providing with 97182142.9 is compared, there is technique simpler, use range is wider, and manufacturing cost is lower, and production capacity is larger, the advantages such as mouthfeel is better, and maintenance of the equipment is simple, be applicable to scale operation, reduce production costs.
Further restriction technical scheme of the present invention is:
Aforesaid tandem fermentor tank group, fermentor tank and mobile fermentor tank upper end are provided with breather valve, and fermentor tank inner bottom part is designed to back taper, or wedged bottom.
Aforesaid tandem fermentor tank group, fermentor tank is provided with and is connected valve I with mobile fermentor tank sidewall, connects valve II, discharge valve I, material inlet valve and discharge valve II, connect valve I and be connected valve II and be symmetrical arranged.
Aforesaid tandem fermentor tank group, fermentor tank and mobile fermentor tank sidewall are provided with at least one liquid level display and at least one temperature indicator.
Aforesaid tandem fermentor tank group, mobile fermentor tank is fixed on guide rail, guide rail is fixed on support, and on mobile fermentor tank, be also provided with tooth bar, servomotor is rack-mount, servo motor shaft is provided with gear, and wheel and rack coordinates, and driven by servomotor moves fermentor tank and moves up and down at guide rail.
The present invention compared with prior art tool has the following advantages:
The present invention is by normal atmosphere principle, simple, has solved reliably above-mentioned technical problem, and when producing grape wine, it not only has the airflow stirring principle of similar invention 97182142.9 fermentor tanks, and can make fermented liquid circulate during the fermentation; It not only can meet multiple production technique vinous, and during the fermentation,, while using as ageing storage tank, the fermentor tank providing with 97182142.9 is compared, there is technique simpler, use range is wider, and manufacturing cost is lower, and production capacity is larger, the advantages such as mouthfeel is better, and maintenance of the equipment is simple, be applicable to scale operation, reduce production costs.
The present invention, also adopts PLC to control, and has improved automatization level, reduces manpower work, reduced production cost, by this tandem method, its advantage is many, not only meet production technique vinous, also meet other complete processings, for scale operation lays the foundation.
figure of description
Fig. 1 is the structural representation of fermentor tank of the present invention;
Fig. 2 is structural representation of the present invention;
Fig. 3, Fig. 4 and Fig. 5 are as tandem fermentor tank group working order of the present invention;
Wherein: 1-moves fermentor tank, 2-Pericarpium Vitis viniferae, 3-liquid level display, 4-temperature indicator, 5-connects valve I, and 6-connects valve II, 7-Semen Vitis viniferae, 8-discharge valve II, 9-material inlet valve, 10-connects valve II, 11-fermented liquid, 12-breather valve, 13-servomotor, 14-gear, 15-tooth bar, 16-pipe connecting, 17-fermentor tank, 18-support.
Embodiment
embodiment 1
If Fig. 1 is to as shown in Fig. 5, a kind of tandem fermentor tank group, comprise two fermentor tanks 17 and a mobile fermentor tank 1, and be provided with pipe connecting 16 between fermentor tank 17 and mobile fermentor tank 1, and by pipe connecting 16, be interconnected between fermentor tank 17 and mobile fermentor tank 1, and mobile fermentor tank 1 can move up and down under externally driving, the fermented liquid 11 in fermentor tank 17 and mobile fermentor tank 1, because the difference of altitude between fermentor tank is subject under the effect of gravity, mutually flows to or flows out through pipe connecting 16.
Fermentor tank 17 and mobile fermentor tank 1 upper end are provided with a breather valve 12, and fermentor tank 1 inner bottom part is designed to wedged bottom.
Fermentor tank 17 is provided with and is connected valve I 5 with mobile fermentor tank 1 sidewall, connects valve II 10, discharge valve I 6, and material inlet valve 9 and discharge valve II 8, connect valve I 5 and be connected valve II 10 and be symmetrical arranged.
Fermentor tank 17 and mobile fermentor tank 1 sidewall are provided with a liquid level display 3 and a temperature indicator 4.
Mobile fermentor tank 1 is fixed on guide rail, guide rail is fixed on support 18, and be also provided with tooth bar 15 on mobile fermentor tank 1, servomotor 13 is arranged on support 18, servomotor 13 axles are provided with gear 14, gear 14 coordinates with tooth bar 15, and servomotor 13 drives mobile fermentor tank 1 to move up and down at guide rail.
Tandem fermentor tank group using method, the method comprises the following steps:
(i) by proofing unit, liquid level display 3 is passed through to observe in the inside of monitor fermentation tank 17 and mobile fermentor tank 1 under standard state, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(ii) before the inside of fermentor tank 17 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, automatically starting servomotor 13 drives mobile fermentor tank 1 to move up with the speed of 8mm/s, now the fermented liquid 11 of mobile fermentor tank 1 inside enters in fermentor tank 17 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 15 seconds;
(iii) then start servomotor 13 and drive mobile fermentor tank 1 to move down with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(iv) before the inside of mobile fermentor tank 1 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, equally, automatically starting servomotor 13 drives mobile fermentor tank 1 to move down with the speed of 8mm/s, now the fermented liquid 11 of fermentor tank 17 inside enters in mobile fermentor tank 1 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 30 seconds;
(v) then start servomotor 13 and drive mobile fermentor tank 1 to move up with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates.
A kind of tandem fermentor tank group, comprise three fermentor tanks 17 and a mobile fermentor tank 1, and be provided with pipe connecting 16 between fermentor tank 17 and mobile fermentor tank 1, and by pipe connecting 16, be interconnected between fermentor tank 17 and mobile fermentor tank 1, and mobile fermentor tank 1 can move up and down under externally driving, fermented liquid 11 in fermentor tank 17 and mobile fermentor tank 1, because the difference of altitude between fermentor tank is subject under the effect of gravity, mutually flows to or flows out through pipe connecting 16.
Fermentor tank 17 and mobile fermentor tank 1 upper end are provided with a breather valve 12, and fermentor tank 1 inner bottom part is designed to wedged bottom.
Fermentor tank 17 is provided with and is connected valve I 5 with mobile fermentor tank 1 sidewall, connects valve II 10, discharge valve I 6, and material inlet valve 9 and discharge valve II 8, connect valve I 5 and be connected valve II 10 and be symmetrical arranged.
Fermentor tank 17 and mobile fermentor tank 1 sidewall are provided with a liquid level display 3 and a temperature indicator 4.
Mobile fermentor tank 1 is fixed on guide rail, guide rail is fixed on support 18, and be also provided with tooth bar 15 on mobile fermentor tank 1, servomotor 13 is arranged on support 18, servomotor 13 axles are provided with gear 14, gear 14 coordinates with tooth bar 15, and servomotor 13 drives mobile fermentor tank 1 to move up and down at guide rail.
Tandem fermentor tank group using method, the method comprises the following steps:
(i) by proofing unit, liquid level display 3 is passed through to observe in the inside of monitor fermentation tank 17 and mobile fermentor tank 1 under standard state, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(ii) before the inside of fermentor tank 17 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, automatically starting servomotor 13 drives mobile fermentor tank 1 to move up with the speed of 8mm/s, now the fermented liquid 11 of mobile fermentor tank 1 inside enters in fermentor tank 17 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 15 seconds;
(iii) then start servomotor 13 and drive mobile fermentor tank 1 to move down with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(iv) before the inside of mobile fermentor tank 1 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, equally, automatically starting servomotor 13 drives mobile fermentor tank 1 to move down with the speed of 8mm/s, now the fermented liquid 11 of fermentor tank 17 inside enters in mobile fermentor tank 1 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 30 seconds;
(v) then start servomotor 13 and drive mobile fermentor tank 1 to move up with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates.
A kind of tandem fermentor tank group, comprise five fermentor tanks 17 and two mobile fermentor tanks 1, and be provided with pipe connecting 16 between fermentor tank 17 and mobile fermentor tank 1, and by pipe connecting 16, be interconnected between fermentor tank 17 and mobile fermentor tank 1, and mobile fermentor tank 1 can move up and down under externally driving, fermented liquid 11 in fermentor tank 17 and mobile fermentor tank 1, because the difference of altitude between fermentor tank is subject under the effect of gravity, mutually flows to or flows out through pipe connecting 16.
Fermentor tank 17 and mobile fermentor tank 1 upper end are provided with a breather valve 12, and fermentor tank 1 inner bottom part is designed to wedged bottom.
Fermentor tank 17 is provided with and is connected valve I 5 with mobile fermentor tank 1 sidewall, connects valve II 10, discharge valve I 6, and material inlet valve 9 and discharge valve II 8, connect valve I 5 and be connected valve II 10 and be symmetrical arranged.
Fermentor tank 17 and mobile fermentor tank 1 sidewall are provided with a liquid level display 3 and a temperature indicator 4.
Mobile fermentor tank 1 is fixed on guide rail, guide rail is fixed on support 18, and be also provided with tooth bar 15 on mobile fermentor tank 1, servomotor 13 is arranged on support 18, servomotor 13 axles are provided with gear 14, gear 14 coordinates with tooth bar 15, and servomotor 13 drives mobile fermentor tank 1 to move up and down at guide rail.
Tandem fermentor tank group using method, the method comprises the following steps:
(i) by proofing unit, liquid level display 3 is passed through to observe in the inside of monitor fermentation tank 17 and mobile fermentor tank 1 under standard state, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(ii) before the inside of fermentor tank 17 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, automatically starting servomotor 13 drives mobile fermentor tank 1 to move up with the speed of 8mm/s, now the fermented liquid 11 of mobile fermentor tank 1 inside enters in fermentor tank 17 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 15 seconds;
(iii) then start servomotor 13 and drive mobile fermentor tank 1 to move down with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates;
(iv) before the inside of mobile fermentor tank 1 has part Pericarpium Vitis viniferae 2 to float to depart from fermented liquid 11, equally, automatically starting servomotor 13 drives mobile fermentor tank 1 to move down with the speed of 8mm/s, now the fermented liquid 11 of fermentor tank 17 inside enters in mobile fermentor tank 1 by pipe connecting 16, until Pericarpium Vitis viniferae 2 is immersed in fermented liquid 11 completely, keep 30 seconds;
(v) then start servomotor 13 and drive mobile fermentor tank 1 to move up with the speed of 8mm/s, return to home position, now liquid level display 3, and the liquid level of fermentor tank 17 and mobile fermentor tank 1 equates.
Like this, it not only has the airflow stirring principle of similar invention 97182142.9 fermentor tanks, and can make fermented liquid circulate during the fermentation; It not only can meet multiple production technique vinous, and during the fermentation, while using as ageing storage tank, the fermentor tank providing with 97182142.9 is compared, and has technique simpler, use range is wider, the advantages such as manufacturing cost is lower, and production capacity is larger, and mouthfeel is better, and maintenance of the equipment is simple, be applicable to scale operation.
Above embodiment only, for explanation technological thought of the present invention, can not limit protection scope of the present invention with this, every technological thought proposing according to the present invention, and any change of doing on technical scheme basis, within all falling into protection domain of the present invention.
Claims (6)
1. a tandem fermentor tank group, it is characterized in that: comprise that at least one fermentor tank (17) and at least one move fermentor tank (1), and be provided with pipe connecting (16) between described fermentor tank (17) and mobile fermentor tank (1), and by pipe connecting (16), be interconnected between described fermentor tank (17) and mobile fermentor tank (1), and described mobile fermentor tank (1) can move up and down under externally driving, fermented liquid (11) in described fermentor tank (17) and mobile fermentor tank (1) is because the difference of altitude between fermentor tank is subject under the effect of gravity, through pipe connecting (16), mutually flow to or flow out.
2. tandem fermentor tank group according to claim 1, is characterized in that: described fermentor tank (17) and mobile fermentor tank (1) upper end are provided with breather valve (12), and described fermentor tank (1) inner bottom part is designed to back taper, or wedged bottom.
3. tandem fermentor tank group according to claim 1, it is characterized in that: described fermentor tank (17) is provided with and is connected valve I (5) with mobile fermentor tank (1) sidewall, connect valve II (10), discharge valve I (6), material inlet valve (9), with discharge valve II (8), described connection valve I (5) be connected valve II (10) and be symmetrical arranged.
4. tandem fermentor tank group according to claim 1, is characterized in that: described fermentor tank (17) and mobile fermentor tank (1) sidewall are provided with at least one liquid level display (3) and at least one temperature indicator (4).
5. tandem fermentor tank group according to claim 1, it is characterized in that: described mobile fermentor tank (1) is fixed on guide rail, described guide rail is fixed on support (18), and on described mobile fermentor tank (1), be also provided with tooth bar (15), described servomotor (13) is arranged on support (18), described servomotor (13) axle is provided with gear (14), described gear (14) coordinates with tooth bar (15), and described servomotor (13) drives mobile fermentor tank (1) to move up and down at guide rail.
6. the tandem fermentor tank group using method as described in arbitrary claim in claim 1-5, is characterized in that: the method comprises the following steps:
(i) by proofing unit, liquid level display (3) is passed through to observe in the inside of monitor fermentation tank (17) and mobile fermentor tank (1) under standard state, and the liquid level of fermentor tank (17) and mobile fermentor tank (1) equates;
(ii) in the inside of fermentor tank (17), there is part Pericarpium Vitis viniferae (2) to float and depart from fermented liquid (11) before, automatically starting servomotor (13) drives mobile fermentor tank (1) to move up with the speed of 8mm/s, now the inner fermented liquid (11) of mobile fermentor tank (1) enters in fermentor tank (17) by pipe connecting (16), until Pericarpium Vitis viniferae (2) is immersed in fermented liquid (11) completely, keep 15-30 second;
(iii) then start servomotor (13) and drive mobile fermentor tank (1) to move down with the speed of 8mm/s, return to home position, liquid level display (3) now, the liquid level of fermentor tank (17) and mobile fermentor tank (1) equates;
(iv) in the inside of mobile fermentor tank (1), there is part Pericarpium Vitis viniferae (2) to float and depart from fermented liquid (11) before, equally, automatically starting servomotor (13) drives mobile fermentor tank (1) to move down with the speed of 8mm/s, now the inner fermented liquid (11) of fermentor tank (17) enters in mobile fermentor tank (1) by pipe connecting (16), until Pericarpium Vitis viniferae (2) is immersed in fermented liquid (11) completely, keep 15-30 second;
(v) then start servomotor (13) and drive mobile fermentor tank (1) to move up with the speed of 8mm/s, return to home position, liquid level display (3) now, the liquid level of fermentor tank (17) and mobile fermentor tank (1) equates.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105505656A (en) * | 2016-03-01 | 2016-04-20 | 扬州福尔喜果蔬汁机械有限公司 | Novel alcohol fermentation system and usage thereof |
| CN106148063A (en) * | 2016-08-30 | 2016-11-23 | 宋振忠 | A kind of wine machining production line |
| CN108690765A (en) * | 2018-05-16 | 2018-10-23 | 中国农业大学 | A kind of red wine dual temperature fermentation tank |
| US10479968B2 (en) * | 2017-03-23 | 2019-11-19 | Gary F. Novak | Single stage winemaking apparatus and method |
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| CN1254372A (en) * | 1997-04-04 | 2000-05-24 | 卡塞尔商业企业有限公司 | Fermenter |
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| CN106148063A (en) * | 2016-08-30 | 2016-11-23 | 宋振忠 | A kind of wine machining production line |
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| CN108690765A (en) * | 2018-05-16 | 2018-10-23 | 中国农业大学 | A kind of red wine dual temperature fermentation tank |
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| Publication number | Publication date |
|---|---|
| CN103666900B (en) | 2015-01-21 |
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