CN208454923U - Intelligent installation for fermenting for solid brewing - Google Patents
Intelligent installation for fermenting for solid brewing Download PDFInfo
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- CN208454923U CN208454923U CN201820803968.1U CN201820803968U CN208454923U CN 208454923 U CN208454923 U CN 208454923U CN 201820803968 U CN201820803968 U CN 201820803968U CN 208454923 U CN208454923 U CN 208454923U
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Abstract
The utility model discloses a kind of intelligent installation for fermentings to belong to wine brewing production equipment design and manufacturing technology field more particularly, to a kind of intelligent installation for fermenting for solid brewing.A kind of high production efficiency is provided, labor intensity is small, the significantly reduced intelligent installation for fermenting for solid brewing of the energy consumption in use process.The intelligent installation for fermenting includes that poor unstrained spirits transportation system, fermentation temperature control system and sealable fermentation tank, the poor unstrained spirits transportation system are arranged in the fermentation tank；In fermentation process, the intracorporal fermentation temperature of fermentor is controlled by the fermentation temperature control system.
Description
Technical field
The utility model relates to a kind of intelligent installation for fermentings, more particularly, to a kind of intelligence fermentation dress for solid brewing
It sets, belongs to wine brewing production equipment design and manufacturing technology field.
Background technique
Brewed spirit fermenting step is the key link for influencing quality of white spirit, and solid state process Chinese yeast faint scent white wine is using mobile
Stainless steel fermentation tank ferments instead of traditional pit, has pushed brewed spirit to mechanization Transformation Development.Fermentation tank fills wine
The sweathouse that constant temperature is placed in after unstrained spirits ferments, free from the influence of the external environment, gets rid of the tired of liquor industry hot season halt production
Border.
Fermentation tank replaces traditional pit to be a much progress, while it is big also to bring sweathouse energy consumption height, fermentation slot number
Cause to transport the new problems such as big, the diaphragm seal large labor intensity of intensity.Existing fermentation tank generally uses 2m3, more traditional cellar
The small several times of tankage, fermenting with traditional pit needs under identical production capacity the quantity of configuration fermentation tank big.Fermentation tank relies on artificial Gai Mi
Sealing film and the transhipment of artificial fork truck, labor intensity is high, working efficiency is low, the degree of automation is low, security risk is high, and is that Chinese yeast is clear
Flavor white spirit realizes the bottleneck of full-automatic brewing；Meanwhile area is larger between ferment at constant temperature, causes energy consumption needed for temperature control high, fermentation
Slot transhipment channel is in normally open so as to fermentation tank transhipment, further increases the energy consumption of sweathouse.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of high production efficiency, and labor intensity is small, use process
In the significantly reduced intelligent installation for fermenting for solid brewing of energy consumption.
Used technical solution is to solve above-mentioned technical problem: a kind of intelligent installation for fermenting for solid brewing,
The intelligent installation for fermenting includes poor unstrained spirits transportation system, fermentation temperature control system and sealable fermentation tank, described
Poor unstrained spirits transportation system is arranged in the fermentation tank；In fermentation process, the intracorporal fermentation temperature of fermentor passes through institute
State the control of fermentation temperature control system.
Further, the fermentation tank includes yellow water collecting tank and horizontal fermentor ontology, in horizontal fermentor
It is provided with feed inlet on one end of body top surface, in another opposite with the feed inlet of horizontal fermentor ontology bottom surface
It is provided with discharge port on end, is provided with PH electrode on the yellow water collecting tank, the yellow water collecting tank is from described
Discharge outlet is connected to the inside of the horizontal fermentor ontology, and the poor unstrained spirits transportation system is arranged in the horizontal fermentor
On the longitudinal center line of ontology.
The preferred mode of the above solution is that the intelligent installation for fermenting further includes pressure-adjustable breather valve and observation maintenance
Hole, the pressure-adjustable breather valve are mounted on the other end of the horizontal fermentor body top surface, the observation manhole
It is arranged on the tank wall of horizontal this body side surface of fermentor.
Further, the fermentation tank further includes sealing cover, the feed inlet and discharge port difference
It is opened and closed by the sealing cover, is additionally provided with automatic spray-washing water in the other end of the horizontal fermentor body top surface
Mouthful, it is additionally provided with Charge level measurer on the end wall of horizontal fermentor ontology discharge port side, the Charge level measurer is close
It is arranged at top surface.
The preferred mode of the above solution is that the poor unstrained spirits transportation system includes being axially disposed in the horizontal fermentor
Intrinsic screw conveyor is sent into the intrinsic poor unstrained spirits fermentation of the horizontal fermentor from the feed inlet by feed system
Material, the horizontal fermentor ontology is filled under the cooperation of the screw conveyor or exports the horizontal fermentor ontology.
Further, the fermentation temperature control system includes a set of water-cooled intelligent temperature control system, it is located at
The fermentation temperature of poor unstrained spirits fermentation material in the horizontal fermentor ontology by the water-cooled intelligent temperature control system not between
The cooling water control of disconnected conveying.
The preferred mode of the above solution is that the water-cooled intelligent temperature control system includes temperature sensor and three-dimensional
Latticed cooling water structure for conveying, the cooling water structure for conveying of three-dimensional mesh wear packet in the poor unstrained spirits fermentation material
On, the flowing velocity positioned at the cooling water in the cooling water structure for conveying controls under the cooperation of the temperature sensor.
Further, the cooling water structure for conveying of three-dimensional mesh includes outsourcing piping, spiral piping and cooling
The both ends of water Storing and conveying system, the outsourcing piping and the spiral piping connect with the cooling water Storing and conveying system respectively
It connects, the outsourcing piping is arranged on the lateral wall of the horizontal fermentor ontology, and the spiral piping is arranged in described
On the helical blade of screw conveyor, the temperature sensor on horizontal this body sidewall of fermentor is arranged in by controlling the cooling
Water Storing and conveying system controls the flowing velocity of the cooling water in cooling water structure for conveying.
Further, the cooling water structure for conveying of three-dimensional mesh further includes mandrel piping, the central spindle tube
System be arranged on the central axis of the screw conveyor, the both ends of the mandrel piping respectively with the cooling water Storing and conveying
System's connection.
Further, the side wall of the horizontal fermentor ontology includes inner sidewall and lateral wall, the outsourcing piping
It is arranged between the inner sidewall and the lateral wall；The helical blade is twi-tier blade structure, the helix tube
System is arranged in the inside of the helical blade of twi-tier blade structure；The mandrel piping by the screw conveyor spiral
Blade installation shaft is constituted.
The beneficial effects of the utility model are: the application includes poor unstrained spirits transportation system, fermentation temperature control by being arranged a set of
The intelligent installation for fermenting of system processed and sealable fermentation tank, and the poor unstrained spirits transportation system is arranged in the fermentation
In tank body, then again in the fermentation process of poor unstrained spirits, the intracorporal fermentation temperature of fermentor is controlled by the fermentation temperature
System control.In this way, since the conveying of poor unstrained spirits fermentation material is to be inputted by the poor unstrained spirits transportation system and completely entire hair is perfused
Fermentation tank body, to not only can effectively improve production efficiency, the labor intensity of operator can also be largely reduced, together
When, it is controlled due to the intracorporal fermentation temperature of fermentor by the fermentation temperature control system, avoids the need for passing through fermentation
Between whole temperature control guarantee the situation of the intracorporal fermentation temperature of fermentor, that is to say, that the temperature of sweathouse no longer needs strictly to control
System, may be at normally open, so as to so that the energy consumption in use process significantly reduces.
Detailed description of the invention
Fig. 1 is structure longitudinal direction schematic cross-sectional view of the utility model for the intelligent installation for fermenting of solid brewing.
In the figure, it is marked as poor unstrained spirits transportation system 1, fermentation temperature control system 2, fermentation tank 3, yellow water collecting tank 4, horizontal
It is fermentor ontology 5, feed inlet 6, discharge port 7, PH electrode 8, pressure-adjustable breather valve 9, observation manhole 10, sealing cover 11, automatic
The hydro-peening mouth of a river 12, Charge level measurer 13, feed system 14, temperature sensor 15, cooling water structure for conveying 16, outsourcing piping 17,
Spiral piping 18, cooling water Storing and conveying system 19, helical blade 20, mandrel piping 21, central axis 22, inner sidewall 23, lateral wall
24, poor fermented grains bucket 25, movable feeder pipe 26, pressure transmitter 27, vacuum pump interface 28.
Specific embodiment
It is a kind of high production efficiency provided by the utility model as shown in Figure 1, labor intensity is small, the energy consumption in use process
The significantly reduced intelligent installation for fermenting for solid brewing.The intelligent installation for fermenting includes poor unstrained spirits transportation system 1, fermentation
Temperature control system 2 and sealable fermentation tank 3, the poor unstrained spirits transportation system 1 are arranged in the fermentation tank 3；
In fermentation process, the fermentation temperature in the fermentation tank 3 is controlled by the fermentation temperature control system 2.The application passes through
A set of intelligent installation for fermenting including poor unstrained spirits transportation system 1, fermentation temperature control system 2 and sealable fermentation tank 3 is set,
And be arranged in the poor unstrained spirits transportation system 2 in the fermentation tank 3, it is described then again in the fermentation process of poor unstrained spirits
Fermentation temperature in fermentation tank 3 is controlled by the fermentation temperature control system 2.In this way, due to the conveying of poor unstrained spirits fermentation material
It is to be inputted by the poor unstrained spirits transportation system 1 and completely entire fermentation tank 3 is perfused, to not only can effectively improve life
Efficiency is produced, the labor intensity of operator can also be largely reduced, simultaneously as the fermentation temperature in fermentation tank 3 passes through
What the fermentation temperature control system 2 controlled, it avoids the need for guaranteeing the fermentation in fermentation tank 3 by sweathouse entirety temperature control
The situation of temperature, that is to say, that the temperature of sweathouse no longer needs strict control, may be at normally open, so as to so as to make
It is significantly reduced with energy consumption in the process.
In above embodiment, for the generalization of each building block, the structure of adopting of special-purpose member, and poor unstrained spirits fermentation are reduced
The conveying of material, fermentation tank 3 described herein includes yellow water collecting tank 4 and horizontal fermentor ontology 5, in horizontal fermentor sheet
It is provided with feed inlet 6 on one end of body top surface, in another opposite with the feed inlet 6 of horizontal fermentor ontology bottom surface
It is provided with discharge port 7 on end, PH electrode 8 and pressure transmitter, the Huang are provided on the yellow water collecting tank 4
Water collecting tank 4 is connected to from the discharge port 7 with the inside of the horizontal fermentor ontology 5, the poor unstrained spirits transportation system 1
It is arranged on the longitudinal center line of the horizontal fermentor ontology 5.At this point, the poor unstrained spirits transportation system 1 is preferably an edge
The screw conveyor being disposed axially in the horizontal fermentor ontology 5, in this way, passing through feed system 14 from the feed inlet 6
It is sleeping can to fill this under the cooperation of the screw conveyor for the poor unstrained spirits fermentation material being sent into the horizontal fermentor ontology 5
Formula fermentor ontology 5 exports the horizontal fermentor ontology 5.
With the change of horizontal 5 arrangement of fermentor ontology and the change of input and output material mode, in order to guarantee that fermentation needs
The confined space wanted, adjusting and observation to the pressure of the confined space, the application is to the horizontal fermentor ontology 5
Make to be correspondingly improved design and adjustment, i.e. the intelligent installation for fermenting further includes pressure-adjustable breather valve 9 and observation manhole
10, the pressure-adjustable breather valve 9 is mounted on the other end of the horizontal fermentor body top surface, the observation manhole
10 are arranged on the tank wall of horizontal this body side surface of fermentor；The fermentation tank 3 further includes sealing cover 11, the charging
Mouth 6 and the discharge port 7 are opened and closed by the sealing cover 11 respectively, in the horizontal fermentor body top surface
The other end is additionally provided with the automatic spray-washing mouth of a river 12, and material position inspection is additionally provided on the end wall of horizontal fermentor ontology discharge port side
Device 13 is surveyed, the Charge level measurer 13 is arranged at top surface.In this way, the yellow water in fermentation process can be collected by yellow water
The PH electrode 8 and pressure transmitter 27 of tank 4 and its arrangement measure, and the opening and closing that confined space can lead to sealing cover 11 obtain
, and its pressure is adjusted under the cooperation of pressure-adjustable breather valve 9 and external vacuum pump, and the filling situation of fermentation material, Yi Jifa
The physical state of ferment, which can be taken an overall view of, to be examined manhole 10 and completes observation, and when maintenance can also be passed in and out by the observation manhole 10
The horizontal fermentor ontology 5.Certainly, it also needs that vacuum pump interface 28 is arranged on horizontal fermentor ontology 5 at this time.And institute
The structure of poor fermented grains bucket 25 and movable feeder pipe 26 can be set into the feed system stated, and then matches again with screw conveyor
It closes, is easy to implement the blanking of mechanization in this way.Likewise, opening the starting screw conveyor of discharge port 7 can be realized row when discharging
Material.
Further, with the change of fermentation tank arrangement form, i.e., this Shen is improved to by the vertical of the prior art
Horizontal arrangement please, and the improvement of the yeasting of the necessary constant temperature of sweathouse is not needed, in order to accurately control fermentation
Temperature, improves fermented quality, and the fermentation temperature control system 2 of the application preferentially selects a set of water-cooled intelligent temperature control system
System, the fermentation temperature of the poor unstrained spirits fermentation material in the horizontal fermentor ontology 5 are controlled by the water-cooled intelligent temperature
The cooling water control that system uninterruptedly conveys.In this way, not only can accurately take away the heat that fermentation generates according to flow velocity, but also can
To achieve the purpose that reduce cost.It certainly, can be with when temperature, which only passes through flow velocity degree, can not reduce the temperature of fermentation material faster
Water temperature is changed, achieve the purpose that fast cooling or is rapidly heated.
In conjunction with the application fermentation tank design feature, the transportation characteristics and standing for fermentation of poor unstrained spirits fermentation material when need
Closed feature, the application set the water-cooled intelligent temperature control system to include temperature sensor 15 and three dimensional network
The structure of the cooling water structure for conveying 16 of trellis, the cooling water structure for conveying 16 of three-dimensional mesh wear packet in the poor unstrained spirits
On fermentation material, positioned at flowing velocity the matching in the temperature sensor 15 of the cooling water in the cooling water structure for conveying 16
Close lower control.At this point, it includes outsourcing piping 17, spiral that the preferred embodiment of the cooling water structure for conveying 16 of three-dimensional mesh, which is,
The both ends of piping 18 and cooling water Storing and conveying system 19, the outsourcing piping 17 and the spiral piping 18 respectively with it is described cold
But 19 connection of water Storing and conveying system, the outsourcing piping 17 is arranged on the lateral wall of the horizontal fermentor ontology 5, described
Spiral piping 18 be arranged on the helical blade 20 of the screw conveyor, the temperature being arranged on horizontal this body sidewall of fermentor
Spend flowing speed of the sensor 15 by the cooling water in control 19 control cooling water structure for conveying of cooling water Storing and conveying system
Degree.Meanwhile in order to further control the temperature of fermentation tank center portion grain unstrained spirits fermentation material, the application three-dimensional mesh it is described cold
But water structure for conveying 16 further includes mandrel piping 21, and the mandrel piping 21 is arranged in the central axis 22 of the screw conveyor
On, the both ends of the mandrel piping 21 respectively with 19 connection of cooling water Storing and conveying system.
Specifically, when arrangement constitutes all parts of the cooling water structure for conveying 16 of three-dimensional mesh, in conjunction with institute
The side wall for stating horizontal fermentor ontology 5 includes inner sidewall 23 and lateral wall 24, and the helical blade 20 is twi-tier blade structure
Feature, in order to extend the service life of all parts, the outsourcing piping 17 is arranged in the inner sidewall 23 by the application
Between the lateral wall 24, the spiral piping cloth 18 is set in the helical blade 20 of twi-tier blade structure
Portion, the corresponding mandrel piping 21 are made of the helical blade installation axle of the screw conveyor, can guarantee structure in this way
It is not exposed at 16 all parts of cooling water structure for conveying of three-dimensional mesh, while can quickly take away fermentation again and generate
Heat.
In conclusion there is benefit below come fermented mash fermentation material using intelligent installation for fermenting provided by the present application:
1, the case where this fermentor uses full-automatic feeding-discharging, avoids artificial fork truck transhipment fermentation tank, reduction is artificial, mentions
High security ability, has got through Chinese yeast faint scent full-automation and has made a crucial ring.
2, fermentor uses automatic-sealed system, is used cooperatively pressure-adjustable breather valve, guarantees yeasting stable gas pressure, subtracts
It is few artificial, improve efficiency.
3, fermentation process real-time monitoring realizes the data real-time monitoring such as yellow water pH value, capacity using temperature sensor
Fermentation process data monitoring and big data are collected, and improve zymotechnique for the later period and artificial control yeasting is laid a good foundation.
4, using accurate temperature control method, more traditional fermentation tank fermentation can save 30% or more the energy.
5, single fermentor can accomplish dozens of cube, breach the capacity of traditional 2 cubes of fermentation tanks, realize great Rong
Amount fermentation, is conducive to the entire production line process modification and improved efficiency.
Embodiment one
As described above, the fermentor of the application is made of three parts, including fermentation tank, helical conveyer system and cooling system
System.Cooling system includes hot and cold water force (forcing) pump, cooling water circulating slot, water cooler, air bladder straight-through adjusting valve, universal joint
And the cooling water structure for conveying of three-dimensional mesh；Helical conveyer system includes axial seal stuffing-box, hollow outer shaft, sky
Intracardiac axis, flight cross over pipe, diversion pipe, flight in double-layer spiral piece；Fermentation tank by feed inlet and outlet, yellow water collecting tank and
Horizontal fermentor ontology composition.Wherein unloading position includes discharge port, discharge port sealing cover, and feed entrance point includes feed inlet, work
Dynamic feeder pipe, poor fermented grains bucket, feed inlet sealing cover, yellow water collecting tank includes tank body, pressure transmitter, PH electrode, switch valve, is crouched
Formula fermentor ontology includes support base, bearing block, speed reducer, peep hole/manhole, temperature sensor, vacuum pump interface, adjustable
It presses breather valve, clean water jet, Charge level measurer automatically.Certainly, the cooling water structure for conveying of above-mentioned three-dimensional mesh can
To be individually present, blade can also be walked back and forth by double-deck tank wall, double-deck spiral shell respectively and helical blade installation axle is constituted, only needed
Want they respectively with cold water storage transportation system, i.e., by hot and cold water force (forcing) pump, the cold water storage of cooling water circulating slot, water cooler
Transportation system connects and is split into circulation loop.
Work step:
Fermentor support base is not contour, after installation tank body to discharge port end tilt, with reduce discharging when grain unstrained spirits resistance and
Yellow water gravity flow.Feed inlet sealing cover is opened when charging, poor unstrained spirits is delivered in poor fermented grains bucket and keeps in by poor unstrained spirits pipeline, and poor unstrained spirits passes through
Movable feeder pipe enters tank ontology, and starting speed reducer drives flight slowly to rotate when continuing blanking, and material is elapsed forward, when
Charge level measurer detects that poor unstrained spirits fills rear screw piece and continues to stop charging after rotating a circle above discharge port, steps up poor unstrained spirits more
Contiguity touching is conducive to fermentation, removes movable feeder pipe at this time, closes feed inlet sealing cover and ferments.
In fermentation process, horizontal fermentor body temperature sensor real-time monitoring fermentation temperature rises when temperature departure ferments
Start cooling system when warm curve, 7 DEG C of cooling system water temperature -- 25 DEG C are adjustable.Tank body shell, flight when fermentor designs
And flight hollow shaft has been passed through cooling water, diversion pipe is for lead screw piece in flight cross over pipe, double-layer spiral piece
Cooling water flows to flight top, guarantees cooling effect, while diameter control is within 4 meters when tank design, double-layer spiral
Piece spacing controls within 1.7 meters, fully ensures that poor unstrained spirits heat dissipation effect.The carbon dioxide generated in fermentation process passes through pressure-adjustable
Breather valve excludes, to guarantee that tank body pressure is in pressure constant state.The yellow water generated in fermentation process is flowed into certainly due to gravity
Enter yellow water collecting tank, PH electrode is for detecting yellow water pH value in yellow water collecting tank, and pressure transmitter is for detecting yellow water capacity.Hair
It can check whether poor unstrained spirits has phenomena such as mildew by peep hole during ferment.
After fermentation, open discharge port sealing cover, start flight speed reducer, flight slowly rotate promotion grain unstrained spirits to
Preceding movement, poor unstrained spirits is by discharge hole for discharge.After the completion of discharging, cleaning device is opened, water is sprayed by cleaning water jet automatically, to tank body
Inner wall and double-layer spiral piece are rinsed, while starting the movement of double-layer spiral piece, to guarantee that double-layer spiral piece thoroughly cleans simultaneously band
Residue after cleaning out.
Every batch of fermentation yellow water capacity and pH value, fermentation calefaction curve, poor unstrained spirits surface state can be recorded, and be corresponded to every
The distillation yield of batch grain unstrained spirits distillation and out Quality of Liquors, can form fermentation process big data, can analyze out according to big data influences
The key factor of fermented quality is simultaneously fitted best fermentation calefaction curve, is effectively improved ferment effect, keeps fermentation process more controllable,
Thus distillation yield and out Quality of Liquors are improved.
Claims (10)
1. a kind of intelligent installation for fermenting for solid brewing, it is characterised in that: the intelligent installation for fermenting includes that poor unstrained spirits is defeated
Send system (1), fermentation temperature control system (2) and sealable fermentation tank (3), poor unstrained spirits transportation system (1) arrangement
In the fermentation tank (3)；In fermentation process, the fermentation temperature in the fermentation tank (3) passes through the fermentation temperature
Control system (2) control.
2. the intelligent installation for fermenting according to claim 1 for solid brewing, it is characterised in that: the fermentation tank
(3) include yellow water collecting tank (4) and horizontal fermentor ontology (5), be arranged on an end of horizontal fermentor body top surface
There are feed inlet (6), is provided with discharge port on horizontal fermentor ontology bottom surface and another opposite end of the feed inlet (6)
(7), it is provided with PH electrode (8) on the yellow water collecting tank (4), the yellow water collecting tank (4) is from the discharge port
(7) it is connected at the inside of the horizontal fermentor ontology (5), the poor unstrained spirits transportation system (1) is arranged in the horizontal hair
On the longitudinal center line of fermentation tank ontology (5).
3. the intelligent installation for fermenting according to claim 2 for solid brewing, it is characterised in that: the intelligence fermentation
Device further includes pressure-adjustable breather valve (9) and observation manhole (10), and the pressure-adjustable breather valve (9) is mounted on described horizontal
On the other end of fermentor body top surface, the observation manhole (10) is arranged in the tank wall of horizontal this body side surface of fermentor
On.
4. the intelligent installation for fermenting according to claim 2 or 3 for solid brewing, it is characterised in that: the fermentation
Tank body (3) further includes sealing cover (11), and the feed inlet (6) and the discharge port (7) pass through the sealing cover respectively
(11) it opens and closes, is additionally provided with the automatic spray-washing mouth of a river (12) in the other end of the horizontal fermentor body top surface, sleeping
It is additionally provided with Charge level measurer (13) on the end wall of formula fermentor ontology discharge port side, the Charge level measurer (13) is close
It is arranged at top surface.
5. the intelligent installation for fermenting according to claim 2 for solid brewing, it is characterised in that: the poor unstrained spirits conveying
System (1) includes the screw conveyor that is axially disposed in the horizontal fermentor ontology (5), by feed system (14) from
The feed inlet (6) is sent into the poor unstrained spirits fermentation material in the horizontal fermentor ontology (5), under the cooperation of the screw conveyor
It fills the horizontal fermentor ontology (5) or exports the horizontal fermentor ontology (5).
6. the intelligent installation for fermenting according to claim 5 for solid brewing, it is characterised in that: the fermentation temperature
Control system (2) includes a set of water-cooled intelligent temperature control system, the poor unstrained spirits hair being located in the horizontal fermentor ontology (5)
The cooling water control that the fermentation temperature of ferment material is uninterruptedly conveyed by the water-cooled intelligent temperature control system.
7. the intelligent installation for fermenting according to claim 6 for solid brewing, it is characterised in that: the water-cooled intelligence
Energy temperature control system includes the cooling water structure for conveying (16) of temperature sensor (15) and three-dimensional mesh, three-dimensional mesh
The cooling water structure for conveying (16) wears packet on the poor unstrained spirits fermentation material, is located in the cooling water structure for conveying (16)
The flowing velocity of cooling water controls under the cooperation of the temperature sensor (15).
8. the intelligent installation for fermenting according to claim 7 for solid brewing, it is characterised in that: the institute of three-dimensional mesh
Stating cooling water structure for conveying (16) includes outsourcing piping (17), spiral piping (18) and cooling water Storing and conveying system (19), described
The both ends of outsourcing piping (17) and the spiral piping (18) are connect with the cooling water Storing and conveying system (19) respectively, described
Outsourcing piping (17) be arranged on the lateral wall of the horizontal fermentor ontology (5), the spiral piping (18) is arranged in
On the helical blade (20) of the screw conveyor, the temperature sensor (15) being arranged on horizontal this body sidewall of fermentor passes through
Control the flowing velocity of the cooling water in cooling water Storing and conveying system (19) control cooling water structure for conveying.
9. the intelligent installation for fermenting according to claim 8 for solid brewing, it is characterised in that: the institute of three-dimensional mesh
Stating cooling water structure for conveying (16) further includes mandrel piping (21), and the mandrel piping (21) is arranged in the screw conveyor
Central axis (22) on, the both ends of the mandrel piping (21) are connect with the cooling water Storing and conveying system (19) respectively.
10. the intelligent installation for fermenting according to claim 9 for solid brewing, it is characterised in that: the horizontal fermentation
The side wall of tank ontology (5) includes inner sidewall (23) and lateral wall (24), and the outsourcing piping (17) is arranged in the inside
Between wall (23) and the lateral wall (24)；The helical blade (20) is twi-tier blade structure, the spiral piping
(18) it is arranged in the inside of the helical blade (20) of twi-tier blade structure；The mandrel piping (21) is by the spiral transferring
The helical blade installation axle of machine is sent to constitute.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820803968.1U CN208454923U (en) | 2018-05-28 | 2018-05-28 | Intelligent installation for fermenting for solid brewing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820803968.1U CN208454923U (en) | 2018-05-28 | 2018-05-28 | Intelligent installation for fermenting for solid brewing |
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| Publication Number | Publication Date |
|---|---|
| CN208454923U true CN208454923U (en) | 2019-02-01 |
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ID=65149019
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820803968.1U Active CN208454923U (en) | 2018-05-28 | 2018-05-28 | Intelligent installation for fermenting for solid brewing |
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| Country | Link |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108410642A (en) * | 2018-05-28 | 2018-08-17 | 泸州老窖集团有限责任公司 | Intelligent installation for fermenting for solid brewing |
| CN114507579A (en) * | 2022-01-29 | 2022-05-17 | 泸州老窖股份有限公司 | Constant-temperature horizontal solid-state fermentation system |
-
2018
- 2018-05-28 CN CN201820803968.1U patent/CN208454923U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108410642A (en) * | 2018-05-28 | 2018-08-17 | 泸州老窖集团有限责任公司 | Intelligent installation for fermenting for solid brewing |
| CN108410642B (en) * | 2018-05-28 | 2024-04-12 | 泸州老窖集团有限责任公司 | Intelligent fermentation device for solid state brewing |
| CN114507579A (en) * | 2022-01-29 | 2022-05-17 | 泸州老窖股份有限公司 | Constant-temperature horizontal solid-state fermentation system |
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