CN109234116A - Pineapple fizz installation for fermenting - Google Patents
Pineapple fizz installation for fermenting Download PDFInfo
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- CN109234116A CN109234116A CN201811427022.0A CN201811427022A CN109234116A CN 109234116 A CN109234116 A CN 109234116A CN 201811427022 A CN201811427022 A CN 201811427022A CN 109234116 A CN109234116 A CN 109234116A
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- tank body
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- outer tank
- feed inlet
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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
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Abstract
The invention discloses a kind of pineapple fizz installation for fermentings, it include: the first fermentor comprising outer tank body, inner tank body, the top of outer tank body is equipped with outer feed inlet, bottom is equipped with the first outlet tube, it is equipped with interior feed inlet at the top of inner tank body, is equipped at intervals with multiple liquid-leaking nozzles in inner tank body；Cutting bin is fed, the top of the first fermentor is removably set；A pair of of recirculation assembly, a recirculation assembly include both ends be connected to respectively with the top and bottom of outer tank body circulation pipe, be arranged on circulation pipe and collection chamber in communication, barometer and gas pump are equipped in collection chamber；Second fermentor is connected to by the first outlet tube with the first fermentor；Controller is arranged on the lateral wall of the second fermentor.It rots when the present invention avoids stacking pressure from fermenting, realizes CO2The circulation of gas efficiently uses, while realizing releasing pressure automatically, it is ensured that the pressure in fermentor is stablized, and avoids exploding, and obtained wine body is penetrating, without wadding object, and foaming effect is good.
Description
Technical field
The present invention relates to Zymolysis Equipment technical field, specifically a kind of pineapple fizz installation for fermenting.
Background technique
Fermentation is indispensable link in pineapple wine production process, and traditional zymotic tank is mostly thin-walled closing tank, is being fermented
A large amount of CO can be generated in the process2, pressure is excessive not only to influence fermentation, and there are security risks, it could even be possible to causing to ferment
Tank bursts and causes danger.Fizz production is needed fermenting and producing CO2Dissolution is maintained in wine body, it is necessary to Ke Yicheng
The special fermentor of pressure, to control fizz CO2Generation and dissolution, realize the fermentation with pressure of fizz.Traditional zymotic tank by
The CO generated in fermentation process is unable to ensure in needing to protect tank body2Adequately be dissolved in wine body, strong influence rise
The quality of pickled grape wine.Traditional fermentor have the defects that during fizz disposal of stability it is very big, such as directly pass through
Side stirring carries out circulation homogeneous, may cause wine liquid disorder, makes CO in wine2Release, which is overflowed, causes wine body muddy, can not carry out clear
Clear processing, not only causes the waste of wine, increases production cost, also seriously affect the organoleptic quality of spontaneous fermentation fizz, make
The loss of Cheng Geng great cost.Meanwhile pineapple individual is larger, need to be cut to fritter in order to avoid rotting when fermentation, tradition
Fermentor only carry out one time fermentation, taste is not good enough.
Summary of the invention
It is an object of the invention to solve at least the above problems, and provide the advantages of at least will be described later.
It is a still further object of the present invention to provide a kind of pineapple fizz installation for fermentings, rot when stacking pressure being avoided to ferment,
Realize CO2The circulation of gas efficiently uses, while realizing releasing pressure automatically, it is ensured that the pressure in fermentor is stablized, and avoids quick-fried
Fried, obtained wine body is penetrating, without wadding object, and foaming effect is good.
In order to realize these purposes and other advantages according to the present invention, a kind of pineapple fizz installation for fermenting is provided,
Include:
First fermentor comprising outer tank body, inner tank body, the outer tank body and inner tank body are sphere structure and centre of sphere weight
It closes, the top of the outer tank body is equipped with outer feed inlet, bottom is equipped with the first outlet tube, and the outer feed inlet is equipped with matched
Closure plug, first outlet tube is equipped with liquid switch valve, and the inside of the outer tank body is equipped with liquid level sensor and temperature
Sensor, the inner tank body top are equipped with interior feed inlet, and the interior feed inlet is equipped with matched capping, described interior
The bore of feed inlet is less than the bore of the outer feed inlet, is equipped at intervals with multiple liquid-leaking nozzles in the inner tank body；
Feed cutting bin, the top of first fermentor be removably set, the charging cutting bin it is oblique on
Side is equipped with commissioning pipe, and the inside top surface of the charging cutting bin is equipped with rotatable cutter hub, downward below cutter hub vertically
Two partitions being oppositely arranged, two rollers being separately positioned below two partitions are tilted, the cutter hub includes axial horizontal
The multiple trigone cones being arranged, multiple trigone cones are vertically distributed, and are existed between two partitions and between two rollers
The bottom in gap, the charging cutting bin is equipped with the feeder pipe that can be sequentially inserted into the outer feed inlet, the interior feed inlet, described
Gap between two partitions of feeder pipe face and two rollers；
A pair of of recirculation assembly, a pair of of recirculation assembly are symmetricly set on the opposite sides of the outer tank body, a recirculation assembly
The circulation pipe that is connected to respectively with the top and bottom of the outer tank body including both ends is arranged on circulation pipe and collection in communication
Gas chamber, the collection chamber is interior to be equipped with barometer and gas pump, and the side wall of the collection chamber is equipped with the stomata of controllable opening and closing, institute
Circulation pipe is stated equipped with cooling gas check valve and gas open-close valve, the cooling gas check valve is in above the collection chamber, the gas
Body switch valve is in the lower section of the collection chamber, wherein the setting height of the liquid level sensor is higher than the circulation pipe and institute
One end of the bottom connection of outer tank body is stated, while being lower than the bottom of the inner tank body；
Second fermentor is connected to by first outlet tube with first fermentor, and second fermentor inclines
Tiltedly setting, it is interior to be equipped with upper level board, lower horizontal board, the hang plate between upper level board and lower horizontal board, wherein upper water
The maximum distance of plate and first outlet tube is no more than 2cm, and the side wall of second fermentor is equipped with the second outlet tube,
The second outlet tube face lower horizontal board；
Controller is arranged on the lateral wall of second fermentor, and the controller is opened for controlling the gas
It closes valve, the liquid switch valve, the gas pump to open or close, the controller is equipped with about described barometrical the
One threshold value and second threshold, first threshold is less than second threshold, when the barometer shows that the indoor air pressure of the gas collection reaches
When first threshold, the controller controls the gas open-close valve and opens, and the gas pump is by the indoor gas pump of the gas collection
It send to outer tank body, when the indoor air pressure of gas collection described in the barometer reaches second threshold, the controller controls the gas
Hole is opened, when the barometer shows that the indoor air pressure of the gas collection is less than first threshold, described in the controller control
Stomata is closed.
Preferably, further includes:
Driving assembly comprising be vertically arranged in a pair of of support column of the outer tank body opposite sides, be separately positioned on one
To a pair of of motor on support column, radial level output with a pair of of motor respectively after the outer tank body and the inner tank body
The affixed shaft of axis, the shaft are connect by bearing seal with the outer tank body, are affixed with inner tank body sealing, and described turn
The inside of axis is axially hollow and attaches the support spring for being equipped with axial level；
Cure by oxygen therapy component comprising oxygen machine, snorkel, the oxygen machine are arranged in the shaft, and are located at described outer
Between tank body and one of motor, the snorkel is arranged in the inside of the shaft, one end is connected to the oxygen machine,
The other end stretches out in the shaft in the sphere center position of the inner tank body；
Wherein, the controller controls the motor, the oxygen machine opens or closes.
Preferably, conduit is equipped at the interior feed inlet, the conduit is perpendicular to the shaft, the inner wall of the conduit
It is equipped with internal screw thread, the capping includes arc lid and the stud that can be screw-inserted into conduit.
Preferably, the oxygen machine is equipped with timer, and the timer is electrically connected with the controller, the timing
Device is set with multiple timing nodes, is divided into 30min between two neighboring timing node, in each timing node, the control
Device controls the oxygen machine and opens, and inputs oxygen, and the delivery rate of oxygen is 10ml/s.
Preferably, the aperture of the liquid-leaking nozzle is 1mm.
Preferably, it is rotate in same direction while the pair of motor, slewing rate 1r/min.
Preferably, each trigone cone axial length in the horizontal direction is the charging cutting bin horizontally wide
The one third of degree.
The present invention is include at least the following beneficial effects:
The present invention has the function of automatic cutting pineapple, rots when stacking pressure being avoided to ferment, and carries out just in the first fermentor
Step fermentation, carries out going deep into fermentation in the second fermentor, and fermentation is subdivided into two steps and is carried out, initial fermentation process is taken full advantage of
The CO of middle generation2Gas is dissolved in the wine body of initial fermentation generation, realizes CO2The circulation of gas efficiently uses, and realizes simultaneously
Releasing pressure automatically, it is ensured that the pressure in fermentor is stablized, and avoids exploding.CO will be dissolved with2Gas wine body is transferred to the second fermentation
It is stood in tank and carries out deep anaerobic fermentation, obtained wine body is penetrating, without wadding object, and foaming effect is good.
Further advantage, target and feature of the invention will be partially reflected by the following instructions, and part will also be by this
The research and practice of invention and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is the overall structure diagram of one of technical solution of the invention.
Specific embodiment
The present invention is described in further detail with reference to the accompanying drawings and examples, to enable those skilled in the art's reference
Specification word can be implemented accordingly.
It should be appreciated that such as " having ", "comprising" and " comprising " term used herein do not allot one or more
The presence or addition of a other elements or combinations thereof.It should be noted that experimental method described in following embodiments, such as without spy
Different explanation, is conventional method, the reagent and material commercially obtain unless otherwise specified；Of the invention
In description, term " transverse direction ", " longitudinal direction ", " axial direction ", " radial direction ", "upper", "lower", "front", "rear", "left", "right", "vertical",
The orientation or positional relationship of the instructions such as "horizontal", "top", "bottom", "inner", "outside" is that orientation based on the figure or position are closed
System, is merely for convenience of description of the present invention and simplification of the description, is not that the device of indication or suggestion meaning or element must have
Specific orientation is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.
As shown in Figure 1, the present invention provides a kind of pineapple fizz installation for fermentings, comprising:
First fermentor comprising outer tank body 11, inner tank body 12, the outer tank body 11 and inner tank body 12 are sphere structure
And the centre of sphere is overlapped, the top of the outer tank body 11 is equipped with outer feed inlet 111, bottom is equipped with the first outlet tube 112, the outer charging
Mouth 111 is equipped with matched closure plug, and first outlet tube 112 is equipped with liquid switch valve, the outer tank body 11
Inside is equipped with liquid level sensor 114 and temperature sensor, is equipped with interior feed inlet 121, the interior charging at the top of the inner tank body 12
Mouth 121 is equipped with matched capping, and the bore of the interior feed inlet 121 is less than the bore of the outer feed inlet 111,
Multiple liquid-leaking nozzles are equipped at intervals in the inner tank body 12；
Feed cutting bin, the top of first fermentor be removably set, the charging cutting bin it is oblique on
Side is equipped with commissioning pipe 71, and the inside top surface of the charging cutting bin is equipped with rotatable cutter hub 72 vertically, is located at 72 lower section of cutter hub
Two rollers 74 for tilting down two partitions 73 being oppositely arranged, being separately positioned on the lower section of two partitions 73, the cutter hub
72 include axial horizontally disposed multiple trigone cones, and multiple trigone cones are vertically distributed, between two partitions 73 and two
There is gap between a roller 74, the bottom of the charging cutting bin, which is equipped with, can be sequentially inserted into the outer feed inlet 111, described
The feeder pipe of interior feed inlet 121, the gap between two partitions 73 of the feeder pipe face and two rollers 74；
A pair of of recirculation assembly, a pair of of recirculation assembly are symmetricly set on the opposite sides of the outer tank body 11, a circulation group
Part include both ends be connected to respectively with the top and bottom of the outer tank body 11 circulation pipe 21, be arranged on circulation pipe 21 and therewith
The collection chamber 22 of connection, the collection chamber 22 is interior to be equipped with barometer 221 and gas pump 222, sets on the side wall of the collection chamber 22
There is the stomata of controllable opening and closing, the circulation pipe 21 is equipped with cooling gas check valve 223 and gas open-close valve 224, the gas list
It is in 22 top of collection chamber to valve 223, the gas open-close valve 224 is in the lower section of the collection chamber 22, wherein described
The setting height of liquid level sensor 114 is higher than one end that the circulation pipe 21 is connected to the bottom of the outer tank body 11, while low
In the bottom of the inner tank body 12；
Second fermentor 3 is connected to by first outlet tube 112 with first fermentor, second fermentation
Tank 3 is obliquely installed, interior to be equipped with upper level board 31, lower horizontal board 32, inclining between upper level board 31 and lower horizontal board 32
Inclined plate 33, wherein the maximum distance of upper level board 31 and first outlet tube 112 is no more than 2cm, second fermentor 3
Side wall is equipped with the second outlet tube 34, the 34 face lower horizontal board 32 of the second outlet tube；
Controller 4 is arranged on the lateral wall of second fermentor 3, and the controller 4 is for controlling the gas
Switch valve 224, the liquid switch valve, the gas pump 222 open or close, and the controller 4 is equipped with about described
The first threshold and second threshold of barometer 221, first threshold is less than second threshold, when the barometer 221 shows the collection
When air pressure in gas chamber 22 reaches first threshold, the controller 4 controls the gas open-close valve 224 and opens, the gas pump
222 send the gas pump 222 in the collection chamber 22 to outer tank body 11, the gas in the collection chamber 22 described in the barometer 221
When pressure reaches second threshold, the controller 4 controls the stomata and opens, until the barometer 221 shows the collection chamber
When air pressure in 22 is less than first threshold, the controller 4 controls the stomata and closes.
In the use of the present invention, pineapple is put into out of commissioning pipe 71,72 circumgyration incision pineapple of cutter hub is controlled, after cutting
Pineapple block fallen from the gap of partition 73, the exclusion of the roller 74 that is reversely rotated simultaneously rolls, after further crushing, in investment
In tank body 12, the mass propagation of saccharomycete is made in inner tank body 12 and is fermented, the liquid that when fermentation generates is through liquid-leaking nozzle
Leakage is in outer tank body 11, CO that when fermentation generates2Gas then enters in collection chamber 22 from circulation pipe 21, the gas in collection chamber 22
When body pressure reaches first threshold, controller 4 controls the gas open-close valve 224 and opens, and gas pump 222 will be in collection chamber 22
Gas pump 222 is sent to outer tank body 11, forms bubble, CO in the liquid stored in outer tank body 112The liquid that gas and fermentation generate
Body is sufficiently mixed, so that sufficiently dissolving CO in liquid2Gas, when the liquid levels in outer tank body 11 reach liquid level sensor 114
When, controller 4 control liquid switch valve open, make liquid by the first outlet tube 112 flow into the second fermentor 3, successively along
Upper level board 31, hang plate 33, lower horizontal board 32 slowly flow, and stand and carry out depth fermentation, finally out of second outlet tube 34
Obtain the sparkling wine fermented.Gas in the grape continuing fermentation in inner tank body 12 to inner tank body 12 and outer tank body 11
Pressure increases, and when barometer 221 reaches second threshold, controller 4 controls stomata and opens, until barometer 221 shows collection chamber
When air pressure in 22 is less than first threshold, controller 4 controls stomata and closes, and realizes releasing pressure automatically, it is ensured that the pressure in fermentor
Stablize, avoids exploding.223 permission gases of cooling gas check valve flow to lower end from upper end.The present invention can be according to actual needs from gas
Fresh CO is injected in hole2Gas.
The present invention has the function of automatic cutting pineapple, rots when stacking pressure being avoided to ferment, and carries out just in the first fermentor
Step fermentation, carries out going deep into fermentation in the second fermentor 3, and fermentation is subdivided into two steps and is carried out, initial fermentation mistake is taken full advantage of
The CO generated in journey2Gas is dissolved in the wine body of initial fermentation generation, realizes CO2The circulation of gas efficiently uses, while real
Releasing pressure automatically is showed, it is ensured that the pressure in fermentor is stablized, and avoids exploding.CO will be dissolved with2Gas wine body is transferred to the second hair
It is stood in fermentation tank 3 and carries out deep anaerobic fermentation, obtained wine body is penetrating, without wadding object, and foaming effect is good.
In another technical solution, further includes:
Driving assembly comprising be vertically arranged in a pair of of support column 51 of 11 opposite sides of outer tank body, be respectively set
On a pair of of support column 51 a pair of of motor 52, radial level after the outer tank body 11 and the inner tank body 12 respectively with one
The shaft 53 affixed to the output shaft of motor 52, the shaft 53 connect with the outer tank body 11 by bearing seal, with it is described
Inner tank body 12 seals affixed, and the inside of the shaft 53 is axially hollow and attaches and is equipped with axial support spring 54；
Cure by oxygen therapy component comprising oxygen machine 61, snorkel 62, the oxygen machine 61 is arranged in the shaft 53, and position
Between the outer tank body 11 and one of motor 52, the inside of the shaft 53, one end is arranged in the snorkel 62
It is connected to the oxygen machine 61, the other end in the sphere center position of the inner tank body 12 stretches out in the shaft 53；
Wherein, the controller 4 controls the motor 52, the oxygen machine 61 opens or closes.
In this technical solution, driving assembly can drive inner tank body 12 to rotate, so that the grape material in inner tank body 12 follows
It is rolled in inner tank body 12, realization sequence tumble mixed, compared to traditional mode being stirred, the present invention no stirring
Hybrid mode is able to carry out full and uniform fermentation, and dynamics is light, will not destroy saccharomycete, while being suitably passed through oxygen, be conducive to
Saccharomycete mass propagation promotes the survival rate of saccharomycete, of good quality conducive to the fizz after fermentation, pure taste.
In another technical solution, conduit is equipped at the interior feed inlet 121, the conduit perpendicular to the shaft 53,
The inner wall of the conduit is equipped with internal screw thread, and the capping includes arc lid and the stud that can be screw-inserted into conduit.
In another technical solution, the oxygen machine 61 is equipped with timer, and the timer is electrically connected with the controller 4
It connects, the timer is set with multiple timing nodes, 30min is divided between two neighboring timing node, in each timing node
When, the controller 4 controls the oxygen machine 61 and opens, and inputs oxygen, and the delivery rate of oxygen is 10ml/s.It is periodically intermittent
Oxygen therapy, not only ensures the mass propagation of saccharomycete, is also beneficial to the fermentation under saccharomycete effect of the substance in inner tank body 12 and produces
Raw more gases.
In another technical solution, the aperture of the liquid-leaking nozzle is 1mm, the preferred value in practice.
In another technical solution, the pair of motor 52 whiles, is rotate in same direction, slewing rate 1r/min, effectively point
From fermented liquid and fermentation solid.
In another technical solution, each trigone cone axial length in the horizontal direction is the charging cutting bin in water
Put down to width one third, sufficiently effective cutting.
Although the embodiments of the present invention have been disclosed as above, but its is not only in the description and the implementation listed
With it can be fully applied to various fields suitable for the present invention, for those skilled in the art, can be easily
Realize other modification, therefore without departing from the general concept defined in the claims and the equivalent scope, the present invention is simultaneously unlimited
In specific details and legend shown and described herein.
Claims (7)
1. pineapple fizz installation for fermenting characterized by comprising
First fermentor comprising outer tank body, inner tank body, the outer tank body and inner tank body are sphere structure and the centre of sphere is overlapped,
The top of the outer tank body is equipped with outer feed inlet, bottom is equipped with the first outlet tube, and the outer feed inlet is equipped with matched
Plug is blocked, first outlet tube is equipped with liquid switch valve, and the inside of the outer tank body is equipped with liquid level sensor and temperature passes
Sensor, is equipped with interior feed inlet at the top of the inner tank body, and the interior feed inlet is equipped with matched capping, it is described in into
The bore of material mouth is less than the bore of the outer feed inlet, is equipped at intervals with multiple liquid-leaking nozzles in the inner tank body；
Cutting bin is fed, the top of first fermentor is removably set, the oblique upper of the charging cutting bin is set
There is commissioning pipe, the inside top surface of the charging cutting bin is equipped with rotatable cutter hub, tilting down below cutter hub vertically
Two partitions being oppositely arranged, two rollers being separately positioned below two partitions, the cutter hub include axial horizontally disposed
Multiple trigone cones, multiple trigone cones are vertically distributed, there is gap between two partitions and between two rollers,
The bottom of the charging cutting bin is equipped with the feeder pipe that can be sequentially inserted into the outer feed inlet, the interior feed inlet, the blanking
Gap between two partitions of pipe face and two rollers；
A pair of of recirculation assembly, a pair of of recirculation assembly are symmetricly set on the opposite sides of the outer tank body, and a recirculation assembly includes
Circulation pipe that both ends are connected to the top and bottom of the outer tank body respectively is arranged on circulation pipe and gas collection in communication
Room, the collection chamber is interior to be equipped with barometer and gas pump, and the side wall of the collection chamber is equipped with the stomata of controllable opening and closing, described
Circulation pipe is equipped with cooling gas check valve and gas open-close valve, and the cooling gas check valve is in above the collection chamber, the gas
Switch valve is in the lower section of the collection chamber, wherein the setting of liquid level sensor height be higher than the circulation pipe with it is described
One end of the bottom connection of outer tank body, while being lower than the bottom of the inner tank body；
Second fermentor is connected to by first outlet tube with first fermentor, and the second fermentor inclination is set
It sets, it is interior to be equipped with upper level board, lower horizontal board, the hang plate between upper level board and lower horizontal board, wherein upper level board
It is no more than 2cm with the maximum distance of first outlet tube, the side wall of second fermentor is equipped with the second outlet tube, described
Second outlet tube face lower horizontal board；
Controller is arranged on the lateral wall of second fermentor, the controller for control the gas open-close valve,
The liquid switch valve, the gas pump open or close, and the controller is equipped with about barometrical first threshold
Value and second threshold, first threshold is less than second threshold, when the barometer shows that the indoor air pressure of the gas collection reaches first
When threshold value, the controller controls the gas open-close valve and opens, and the indoor gas of the gas collection is pumped to by the gas pump
Outer tank body, when the indoor air pressure of gas collection described in the barometer reaches second threshold, the controller controls the stomata and beats
It opens, when the barometer shows that the indoor air pressure of the gas collection is less than first threshold, the controller controls the stomata
It closes.
2. pineapple fizz installation for fermenting as described in claim 1, which is characterized in that further include:
Driving assembly comprising be vertically arranged in a pair of of support column of the outer tank body opposite sides, be separately positioned on a pair of of branch
A pair of of motor, radial level on dagger is solid with the output shaft of a pair of of motor respectively after the outer tank body and the inner tank body
The shaft connect, the shaft are connect by bearing seal with the outer tank body, are affixed with inner tank body sealing, the shaft
Internal axially hollow and attaching is equipped with axial horizontal support spring；
Cure by oxygen therapy component comprising oxygen machine, snorkel, the oxygen machine are arranged in the shaft, and are located at the outer tank body
Between one of motor, the inside of the shaft is arranged in the snorkel, and one end is connected to the oxygen machine, is another
It holds and stretches out in the shaft in the sphere center position of the inner tank body；
Wherein, the controller controls the motor, the oxygen machine opens or closes.
3. pineapple fizz installation for fermenting as claimed in claim 2, which is characterized in that conduit is equipped at the interior feed inlet,
The conduit is equipped with internal screw thread perpendicular to the shaft, the inner wall of the conduit, and the capping includes arc lid and can
The stud being screw-inserted into conduit.
4. pineapple fizz installation for fermenting as claimed in claim 2, which is characterized in that the oxygen machine is equipped with timer,
The timer is electrically connected with the controller, and the timer is set with multiple timing nodes, two neighboring timing node
Between be divided into 30min, in each timing node, the controller controls the oxygen machine and opens, and inputs oxygen, the conveying of oxygen
Rate is 10ml/s.
5. pineapple fizz installation for fermenting as described in claim 1, which is characterized in that the aperture of the liquid-leaking nozzle is 1mm.
6. pineapple fizz installation for fermenting as described in claim 1, which is characterized in that turn in the same direction while the pair of motor
It is dynamic, slewing rate 1r/min.
7. pineapple fizz installation for fermenting as described in claim 1, which is characterized in that each trigone cone is in the horizontal direction
Axial length is one third of the charging cutting bin in horizontally width.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811427022.0A CN109234116A (en) | 2018-11-27 | 2018-11-27 | Pineapple fizz installation for fermenting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811427022.0A CN109234116A (en) | 2018-11-27 | 2018-11-27 | Pineapple fizz installation for fermenting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109234116A true CN109234116A (en) | 2019-01-18 |
Family
ID=65073654
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811427022.0A Withdrawn CN109234116A (en) | 2018-11-27 | 2018-11-27 | Pineapple fizz installation for fermenting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109234116A (en) |
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2018
- 2018-11-27 CN CN201811427022.0A patent/CN109234116A/en not_active Withdrawn
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|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190118 |
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| WW01 | Invention patent application withdrawn after publication |