CN107321437A - A kind of refining process of soymilk - Google Patents
A kind of refining process of soymilk Download PDFInfo
- Publication number
- CN107321437A CN107321437A CN201710536890.1A CN201710536890A CN107321437A CN 107321437 A CN107321437 A CN 107321437A CN 201710536890 A CN201710536890 A CN 201710536890A CN 107321437 A CN107321437 A CN 107321437A
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- Prior art keywords
- fiberizer
- beans
- slurry
- nitrogen
- water
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23C—DAIRY PRODUCTS, e.g. MILK, BUTTER OR CHEESE; MILK OR CHEESE SUBSTITUTES; MAKING THEREOF
- A23C11/00—Milk substitutes, e.g. coffee whitener compositions
- A23C11/02—Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins
- A23C11/10—Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins containing or not lactose but no other milk components as source of fats, carbohydrates or proteins
- A23C11/103—Milk substitutes, e.g. coffee whitener compositions containing at least one non-milk component as source of fats or proteins containing or not lactose but no other milk components as source of fats, carbohydrates or proteins containing only proteins from pulses, oilseeds or nuts, e.g. nut milk
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
- B02C23/18—Adding fluid, other than for crushing or disintegrating by fluid energy
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/11—Details
Abstract
The invention discloses a kind of refining process of soymilk, beans water together enters in beans separator, after beans separator draining, soybean enters in storage beans hopper, soybean in storage beans hopper is delivered in fiberizer through screw feeder, after soybean is ground to form slurry by fiberizer, slurry is injected in slurry can.During defibrination, the nitrogen feedway of refining equipment is that fiberizer and slurry can provide nitrogen.Nitrogen charging, which is carried out, using nitrogen feedway drives oxygen, starvation, and then fat oxidation reaction occurs for the unrighted acid suppressed in the soybean slurry after grinding, that is, suppresses the generation of beany flavor material.The slurry that the refining process of the present invention is ground can improve the mouthfeel of follow-up soybean processing product, optimize the processing technology of traditional soymilk.
Description
Technical field
The present invention relates to the process technology of soymilk, more particularly to a kind of refining process of soymilk.
Background technology
Trace element containing abundant high-quality protein and a variety of needed by human body in soymilk, its nutritive value and milk phase
Closely.Lactose is not contained in soymilk, and also has lactose in milk, and lactose will can just be absorbed by the body in the presence of lactase,
But the most adults of China lack lactases, with " lactose intolerance ", this be also majority's drink milk can suffer from diarrhoea it is main
Reason.
In addition, several beneficial to human body containing abundant unrighted acid, isoflavones and lecithin etc. in soymilk
Material, have effects that reduction body's cholesterol, a variety of diseases such as hypertension, coronary heart disease and diabetes are prevented, also with increasing
The function of matrix aging is immunized, delayed by force.So soymilk is nutritious to be suitable as breakfast milk, and soymilk is especially suitable for China
National physique.And contain lipoxidase in soybean, after soybean is ground, fat oxidation easily occurs for its unrighted acid
Reaction, and then have the material of beany flavor.
The processing technology of traditional soymilk fails the generation of effectively control beany flavor material, is typically to be produced in beany flavor material
Defishying is carried out by heating plus the processing mode such as chemical-agent technique or enzyme process again afterwards, technique is relatively complicated, or even meeting
Cause the loss of the nutritional ingredient of other in soybean.
The content of the invention
In view of this, it is an object of the invention to provide a kind of Product processing taste, the production of beany flavor material is particularly suppressed
Raw refining process.
In order to reach above-mentioned purpose, the technical scheme is that：
A kind of refining process of soymilk, refining equipment used includes fiberizer, slurry can, storage beans hopper, the separation of beans water
Device and nitrogen feedway, the beans separator is located at the top of the storage beans hopper, the beans separator, the storage beans
Hopper, the fiberizer, which pass sequentially through pipeline with the slurry can and be connected, to link together；The nitrogen feedway passes through
Pipe-line system is connected with the fiberizer and the slurry can respectively to be connected；
Its refining process comprises the following steps：
(1) start is checked：Confirm that fiberizer is cleaned up, stone mill is installed in place, stone mill and mill are adjusted by required granularity
Gap between disk, sets the technological parameter of refining equipment；
(2) defibrination is fed：Finish after beans, beans water passes through above storage beans hopper and is connected what is be connected with storage beans hopper
Beans separator draining, soybean, which enters from the charging aperture of storage beans hopper and is stored in discharge end, passes sequentially through screw feeder and pipe
Road system is connected with fiberizer in the storage beans hopper being connected, the beans valve opening of adjustment storage beans hopper and the feed pipe with fiberizer
The flow of inlet water for the watering being connected, according to the beans water ratio that defibrination is adjusted needed for production, the pure water that watering is provided
Enter via the feed pipe of fiberizer in fiberizer, the soybean in storage beans hopper is connected into input is connected to storage beans hopper
Discharge end and output end be connected and be connected to the screw feeder of fiberizer, quantitatively pushed via fiberizer by screw feeder
Feed pipe enter in fiberizer, while opening the nitrogen feedway that is connected of being connected by pipe-line system and fiberizer, nitrogen
Gas cleans pipeline by CIP and nitrogen charging drive oxygen is carried out to fiberizer inside, then starts fiberizer and carries out defibrination, stone mill enters to soybean
Row is ground, during defibrination, and control fiberizer is in air-tight state, and the granularity of slurry reaches the technique processing request specified
Afterwards, that is, defibrination is completed；
(3) storage slurry：The slurry for being up to granularity requirements passes through pipe-line system and defibrination by the grout outlet injection of fiberizer
Machine is connected in the slurry can of connection, standby.
In step (1), set defibrination hydraulic pressure to be more than 0.1MPa, defibrination water temperature set according to the demand of soymilk processing technology,
Nitrogen pressure is set to be more than 0.1MPa simultaneously.
In step (3), nitrogen feedway is opened while injection slurries, nitrogen enters storage by CIP cleaning pipelines and starched
Tank, carries out nitrogen charging to slurry can inside and drives oxygen, and during storage slurry, control slurry can is in air-tight state.
The refining equipment fiberizer is provided with the gentle water inlet of feed pipe being connected with the fiberizer, the feed pipe
On be further opened with the water inlet that is connected with the fiberizer, the water inlet is connected by pipe-line system with watering to be led to
Connect, the air water import is connected by pipe-line system with watering and nitrogen feedway respectively to be connected；
The nitrogen feedway includes source nitrogen, compressor and the pneumatic filter being sequentially communicated, the gas filtration
Device is connected by the pipeline provided with pneumatic operated valve and check valve with the air water import to be connected.
After adopting the above technical scheme, a kind of refining process of soymilk of the invention, beans water together enters in beans separator,
After beans separator draining, soybean enters in storage beans hopper, and the soybean in storage beans hopper is delivered to defibrination through screw feeder
In machine, after soybean is ground to form slurry by fiberizer, slurry is injected in slurry can.During defibrination, the nitrogen of refining equipment
Feedway is that fiberizer and slurry can provide nitrogen.Nitrogen charging is carried out using nitrogen feedway and drives oxygen, starvation, and then is pressed down
Fat oxidation reaction occurs for the unrighted acid in soybean slurry after system grinding, that is, suppresses the generation of beany flavor material.This
The slurry that the refining process of invention is ground can improve the mouthfeel of follow-up soybean processing product, optimize the processing of traditional soymilk
Technique.
Brief description of the drawings
The structural representation of Fig. 1 refining equipments used in the present invention.
In figure：
Fiberizer -1；Support -11；
Casing -12；Grout outlet -13；
Air water import -14；Water inlet -15；
Feed pipe -16；Slurry can -2；
Cover -21；Observation type manhole -211；
Tank body -22；Lose heart cap -212；
Air water import -213；Grout outlet -23；
Store up beans hopper -3；Can body -31；
Bottom -32；Discharge end -321；
Water inlet -33；Beans separator -4；
Capping -41；Separating bucket -42；
Filter screen -43；Beans water feed end -44；
Go out beans end -45；Water side -46；
Screw feeder -5.
Embodiment
In order to which technical scheme is explained further, the present invention is explained in detail below by specific embodiment
State.
First, nitrogen charging refining equipment
A kind of nitrogen charging refining equipment in the present invention used in refining process, as shown in figure 1, including fiberizer 1, slurry can 2,
Store up beans hopper 3 and beans separator 4.Beans separator 4 is located at the top of storage beans hopper 3.Beans separator 4, storage beans hopper 3,
Fiberizer 1, which passes sequentially through pipeline with slurry can 2 and is connected, to link together.In the present invention, hereafter carried beans water is soaked
Soybean and the mixture of soaking bean water.
Beans separator 4 includes the separating bucket 42 of capping 41 and scraper bowl shape.Capping 41 by buckle structure can open or
The mode of person's closure is fixed in the opening's edge of separating bucket 42.Separating bucket 42 has hollow inside, and its hollow inside is every provided with along beans
The filter screen 43 that the length direction of separator 4 is set, filter screen 43 is fixed on the centre position of hollow cavity wall.Sieves
Net 43 is used for the separation of beans water, i.e. soybean and soaking bean water mixture.The bucket of separating bucket 42 becomes larger from top to bottom deeply.The separation
The upper side wall of bucket 42 is provided with beans water feed end 44, and the lower wall of the separating bucket is provided with out beans end 45, and beans water feed end 44 and goes out
Beans end 45 is oppositely arranged.In addition, the maximum bucket depths of separating bucket 42 is provided with water side 46.(divided with the height of beans separator 4
From the depth of bucket 42) direction is reference azimuth, beans water feed end 44 and goes out the setting at beans end 45 and is highly above filter screen 43
Setting height.Beans separator 4 tilts the top for being installed on storage beans hopper 3, and plane and water where the opening's edge of separating bucket 42
Angle between plane is 30~50 °, preferably 45 °, is easy to the quick separating of beans water to filter.Beans water feed end 44 passes through pipeline
Be connected the beans water discharge nozzle of the bean soaking device for being connected to Soybean production line.
The beans end 45 that goes out of beans separator 4 is connected with the charging aperture of following storage beans hoppers 3 by pipeline.Into beans moisture
From the beans water of device 4, filter off soybean after soaking bean water, draining through filter screen 43 and beans are gone out by the beans end 45 that goes out of beans separator 4, then
Enter and be stored in storage beans hopper 3 from the charging aperture of following storage beans hoppers 3.Soaking bean water is then by the maximum bucket depths of separating bucket 42
Water side 46 discharge.
Tank structure of the beans hopper 3 using hollow form is stored up, includes the columned can body 31 and funnel of integral type connection
The bottom 32 of shape.The top closure of can body 31 has to be offered with the inside of storage beans hopper 3 respectively on cover plate, the cover plate of can body 31
The charging aperture and water inlet 33 being connected.Water inlet 33 is connected by pipe-line system with watering to be connected.Bottom 32 is provided with out
Expect end 321.Discharge end 321 is connected with screw feeder 5.And discharge end 321 is provided with beans valve, can be controlled by adjusting beans valve opening
Make beans flow.Discharge end 321, which is connected, is connected to the input of screw feeder 5.The input is set upward.Fiberizer 1
It is installed on the lower section of storage beans hopper 3.
The madial wall of can body 31 stores up soybean reserves in beans hopper 3 provided with the different detection that is used for of two setting height(from bottom)s
The high level probe of detector, respectively baffle-type and the low level probe of baffle-type.High level probe is located at can body 31
The position at top, position of the low level probe located at the bottom of can body 31.So, when the material position of soybean storing is visited less than low level
When surveying device, control system of the invention automatically by the charging aperture of storage beans hopper 3 toward charge in beans hopper 3 is stored up, when material position is higher than
After high level probe, control system is automatically stopped by storing up the charging aperture of beans hopper 3 toward charge in storage beans hopper 3.
Fiberizer 1 includes support 11, casing 12, and is rotated against in casing 12 and relative gap can
The stone mill and mill of adjustment, while the mill is fixed on support 11, the stone mill can be sent out on the mill with respect to the mill
Raw rotation.Preferably, fiberizer 1 rotates the height for the stone mill that regulation is located on mill to control stone mill and mill by drive device
Gap between disk, to adjust grind size.In addition, stone mill is detachable, stone mill can be separated mill, be easy to cleaning.Support 11
Motor is provided with, the output shaft of the motor is connected in the rotating shaft of the stone mill by transmission mechanisms such as drive driving chains,
And then drive the stone mill to rotate.Further, soybean successively through screw feeder 5 and pipeline (i.e. following feed pipes 16) by
Storage beans hopper 3 is delivered in casing 12, and above-mentioned stone mill is crushed and ground to soybean.Fiberizer 1 is provided with to be connected with fiberizer 1
The gentle water inlet 14 of logical feed pipe 16, the gentle water inlet 14 of feed pipe 16 is connected with casing 12 respectively.Feed pipe 16 is located at
The top of fiberizer 1.Feed pipe 16 is connected with the output end of screw feeder 5 to be connected.The output end is set down.Wherein,
The water inlet 15 being connected with fiberizer 1 is further opened with feed pipe 16, water inlet 15 is connected by pipe-line system with watering
Lead to and connect.Water inlet 15 is used to supply water to adjust the beans water ratio of defibrination.In addition, air water import 14 respectively by pipe-line system with
Watering is connected connection with following nitrogen feedways.So, the pipeline being connected with air water import 14 can be used as CIP cleanings
Pipeline, the water side of CIP cleaning pipelines is provided with CIP cleaning sprayers, and the CIP cleaning sprayers are located at the inner top of fiberizer 1.Water is passed through
CIP cleans pipeline and carries out CIP cleanings to the inside of fiberizer 1 through CIP cleaning sprayers.It is clear through CIP again that nitrogen cleans pipeline through CIP
Shower nozzle is washed to enter in fiberizer 1.I.e. air water import 14 is used for nitrogen supply or CIP cleanings.
Fiberizer 1 is externally provided with nitrogen feedway, the nitrogen feedway include be sequentially communicated source nitrogen, compressor and
Pneumatic filter, above-mentioned gas filter is connected by the pipeline provided with pneumatic operated valve and check valve with air water import 14 to be connected.
When the pneumatic operated valve and check valve are opened, the nitrogen that source nitrogen is provided can be entered in fiberizer 1 by air water import 14, to defibrination
The inside of machine 1 carries out nitrogen charging and drives oxygen.Soybean is after grinding, and the material such as its lipoxidase contained is fully discharged, and nitrogen charging drives oxygen
The soybean of broken rear release fat oxidizing ferment can be blocked to occur fat oxidation reaction, and then suppress the generation of beany flavor material.Mill
Pulp grinder 1 is additionally provided with the grout outlet 13 being connected with casing 12.Grout outlet 13 is located relatively at the lower section of feed pipe 16.Screw feeder
5 output end is connected with the feed pipe 16 of fiberizer 1 to link together.By setting the rotating speed of screw feeder 5, it can control
Delivery rate.
Motor on support 11 can control rotating speed of the stone mill in grinding, that is, the speed ground.In addition, the present invention is adjustable
Gap and then adjustment granularity between above-mentioned stone mill and above-mentioned mill.The mouthfeel of the follow-up soya milk product of the particle size influences.Need
Bright, the structure that fit clearance is adjusted between stone mill and mill uses the routine techniques of stone mill industry, is not described in detail herein.
Slurry can 2 includes cover 21 and tank body 22, fills lid 21 buckle structure by way of can opening and covering to consolidate
Due on tank body 22.Cover 21 is provided with observation type manhole 211, lose heart the gentle water inlet 213 of cap 212, and the cap 212 that loses heart is used to tie up
The balance of the inside and outside air pressure of slurry can 2 is held, observation type manhole 211 is easy to operator to observe situation etc. in tank.Observation type manhole 211
Sealing is installed on cover 21, and is correspondingly equipped with manhole cover, and the manhole cover is fixed on cover in the way of it can open and close
On 21.Air water import 213 is connected by pipe-line system with watering and nitrogen feedway respectively to be connected, so, with air water
The pipeline that import 213 is connected can be used as CIP cleaning pipelines, and CIP cleaning pipelines are provided with CIP cleaning sprayers, the CIP cleaning sprayers
Positioned at the inner top of slurry can 2.Water cleans pipeline through CIP cleaning sprayers to the progress CIP cleanings of slurry can 2 through CIP.Nitrogen is through CIP
Pipeline is cleaned again through CIP cleaning sprayers to enter in slurry can 2.I.e. air water import 14 is used for nitrogen supply or CIP cleanings.Storage slurry
The nitrogen feedway of tank 2 can use the nitrogen feedway of fiberizer 1, and the two shares same nitrogen feedway.Nitrogen can
Entered by air water import 213 in slurry can 2, carrying out nitrogen charging to the inside of slurry can 2 drives oxygen.Suppress soybean slurry and produce beany flavor
Material.It should be noted that the equipment of the present invention is in the process of running, fiberizer 1 and slurry can 2 keep air-tight state.
Water inlet 33, water inlet 15, the gentle water inlet 213 of air water import 14 can be used in conjunction with same watering, accordingly,
It is respectively connected with leading to and is connected to same pipe-line system.Slurry can 2 is provided with stock inlet, the grout outlet 13 of the stock inlet and fiberizer 1
It is connected and links together.And the setting height of the stock inlet is relatively lower than the setting height(from bottom) of the grout outlet 13 of fiberizer 1.It is easy to
The conveying of slurry.The bottom of tank body 22 offers grout outlet 23, and grout outlet 23 passes through pipe-line system and the mashing off of Soybean production line
Device is connected connection.The madial wall of the main body of tank body 12 is provided with the different level sensor of two setting height(from bottom)s, is respectively
High level detector and low liquid level detector.High level detector is set located at the top of the main body of tank body 12, low liquid level detector
In the bottom of the main body of tank body 22.The liquid level that high level detector and low liquid level detector are used to detect slurries in slurry can 2 is high
It is low.So, when liquid level of slurry is less than low liquid level detector, control system of the invention automatically by slurry can 2 stock inlet
Supplement slurries in toward slurry can 2, after liquid level exceedes high level detector, control system is automatically stopped entering by slurry can 2
Mouth is starched toward supplement slurries in slurry can 2.
It should be noted that being equipped with pneumatic operated valve and/or hand corresponding to corresponding equipment on each connecting pipe in the present invention
Dynamic valve, is easy to open pipe path or closed duct path, and adjustment flow of inlet water or beans valve according to practical condition
Aperture etc..The set location of all pneumatic operated valves and/or hand-operated valve is designed using conventional production equipment operating principle, is met
Conventional production technology operation is required.Not it is described in detail one by one herein.In addition, control system is using row control system commonly used in the trade
The high level probe and low level probe of system, high level detector, low liquid level detector, and baffle-type are using normal in industry
Corresponding detector, its concrete structure and installation matching relationship are not described in detail herein.
A kind of nitrogen charging refining equipment of the present invention, meets full automation production technology, nitrogen feedway be fiberizer 1 and/
Or slurry can 2 provides nitrogen, carry out nitrogen charging using nitrogen feedway and drive oxygen, and then suppress in the soybean slurry after grinding not
Fat oxidation reaction occurs for saturated fatty acid, that is, suppresses the generation of beany flavor material, can improve the mouth of follow-up soybean processing product
Sense.
Further, the present invention uses stone mill, and stone mill and the distance between mill are adjustable, therefore adjustable abrasive grains
Degree.Stone mill running speed in defibrination is slower, and the soya milk product ground has been sufficiently reserved the true qualities and pure fragrance of soybean, battalion
More than forming point, and stone mill is finer and smoother, and beans are aromatic strongly fragrant, remain the various trace elements that soybean prod is rich in.With it is traditional
Technology is compared, it is to avoid nutritional ingredient destruction that the operation such as contemporary big machinery production high temperature, high pressure is caused etc..
2nd, refining process
(1) start is checked：Confirm that fiberizer is cleaned up, stone mill is installed in place, stone mill and mill are adjusted by required granularity
Gap between disk, sets defibrination hydraulic pressure to be more than 1kg (i.e. 0.1MPa), and defibrination water temperature is set according to the demand of soymilk processing technology
At 10~20 DEG C, while setting nitrogen pressure to be more than 1kg supplys (i.e. 0.1MPa)；
(2) defibrination is fed：Finish after beans, beans water passes through above storage beans hopper and is connected what is be connected with storage beans hopper
Soybean, which enters from the charging aperture of storage beans hopper and is stored in discharge end, after beans separator elimination soaking bean water, draining passes sequentially through spiral shell
Rotation dispenser and pipe-line system be connected with fiberizer in the storage beans hopper being connected, adjustment store up beans hopper beans valve opening and with mill
The flow of inlet water for the watering that the feed pipe of pulp grinder is connected, according to the beans water ratio that defibrination is adjusted needed for production, watering
The pure water of offer enters in fiberizer via the feed pipe of fiberizer, and the soybean in storage beans hopper is connected into input leads to
The discharge end and output end for being connected to storage beans hopper are connected and are connected to the screw feeder of fiberizer, are quantitatively pushed away by screw feeder
The warp let-off is entered in fiberizer by the feed pipe of fiberizer, while opening nitrogen feedway, nitrogen cleans pipeline to mill by CIP
Nitrogen charging is carried out inside pulp grinder and drives oxygen, the air in tank is replaced substantially, then starts fiberizer and carries out defibrination, stone mill is to soybean
Ground, during defibrination, control fiberizer is in air-tight state, and the granularity of slurry reaches the technique processing request specified
Afterwards, that is, defibrination is completed；
(3) storage slurry：The slurry for being up to granularity requirements passes through pipe-line system and defibrination by the grout outlet injection of fiberizer
Machine is connected in the slurry can of connection, standby；The nitrogen supply for being connected by pipe-line system and slurry can and being connected is opened simultaneously
Device, nitrogen enters slurry can by CIP cleaning pipelines, and carrying out nitrogen charging to slurry can inside drives oxygen, keeps the anaerobic shape in tank
State, during storage slurry, control slurry can is in air-tight state.
A kind of refining process of soymilk of the present invention, the soybean soaked and soaking bean water, i.e. beans water is together entered beans water and separated
In device, after beans separator draining, soybean enters in storage beans hopper, and the soybean in storage beans hopper is delivered to through screw feeder
In fiberizer, after soybean is ground to form slurry by fiberizer, slurry is injected in slurry can.During defibrination, refining equipment
Nitrogen feedway is that fiberizer and slurry can provide nitrogen.Nitrogen charging is carried out using nitrogen feedway and drives oxygen, and starvation enters
And fat oxidation reaction occurs for the unrighted acid suppressed in the soybean slurry after grinding, that is, suppress the production of beany flavor material
It is raw.The slurry that the refining process of the present invention is ground can improve the mouthfeel of follow-up soybean processing product, optimize traditional soymilk
Processing technology.
The form and style of above-described embodiment and accompanying drawing and non-limiting technique of the invention and equipment, any affiliated technology neck
Appropriate change or modification that the those of ordinary skill in domain is done to it, all should be regarded as not departing from the patent category of the present invention.
Claims (4)
1. a kind of refining process of soymilk, it is characterised in that：Refining equipment used include fiberizer, slurry can, storage beans hopper,
Beans separator and nitrogen feedway, the beans separator located at it is described storage beans hopper top, the beans separator,
The storage beans hopper, the fiberizer, which pass sequentially through pipeline with the slurry can and be connected, to link together；The nitrogen supply
Device is connected with the fiberizer and the slurry can respectively by pipe-line system to be connected；
Its refining process comprises the following steps：
(1) start is checked：Confirm that fiberizer is cleaned up, stone mill is installed in place, by required granularity adjust stone mill and mill it
Between gap, set refining equipment technological parameter；
(2) defibrination is fed：Finish after beans, beans water passes through above storage beans hopper and the beans water being connected that is connected with storage beans hopper
Separator draining, soybean, which enters from the charging aperture of storage beans hopper and is stored in discharge end, passes sequentially through screw feeder and pipeline system
System is connected with fiberizer in the storage beans hopper being connected, and adjustment is stored up the beans valve opening of beans hopper and is connected with the feed pipe of fiberizer
The flow of inlet water of logical watering, according to adjusting the beans water ratio of defibrination needed for production, the pure water of watering offer via
The feed pipe of fiberizer enters in fiberizer, and the soybean in storage beans hopper is connected into input is connected to going out for storage beans hopper
Material end and output end is connected and is connected to the screw feeder of fiberizer, entering via fiberizer is quantitatively pushed by screw feeder
Expects pipe enters in fiberizer, while the nitrogen feedway for being connected by pipe-line system and fiberizer and being connected is opened, nitrogen warp
Cross CIP cleaning pipelines and nitrogen charging drive oxygen is carried out to fiberizer inside, then start fiberizer and carry out defibrination, stone mill is ground to soybean
Broken, during defibrination, control fiberizer is in air-tight state, and the granularity of slurry is reached after the technique processing request specified, i.e.,
Complete defibrination；
(3) storage slurry：The slurry for being up to granularity requirements passes through pipe-line system and fiberizer phase by the grout outlet injection of fiberizer
It is standby in the slurry can for connecting connection.
2. a kind of refining process of soymilk as claimed in claim 1, it is characterised in that：In step (1), set defibrination hydraulic pressure big
In 0.1MPa, defibrination water temperature is set according to the demand of soymilk processing technology, while setting nitrogen pressure to be more than 0.1MPa.
3. a kind of refining process of soymilk as claimed in claim 1, it is characterised in that：In step (3), while injection slurries
Nitrogen feedway is opened, nitrogen enters slurry can by CIP cleaning pipelines, and carrying out nitrogen charging to slurry can inside drives oxygen, in storage
During slurry, control slurry can is in air-tight state.
4. a kind of refining process of soymilk as claimed in claim 1, it is characterised in that：The fiberizer is provided with and the defibrination
The water inlet being connected with the fiberizer, institute are further opened with the gentle water inlet of feed pipe that machine is connected, the feed pipe
State water inlet and be connected by pipe-line system with watering and is connected, the air water import respectively by pipe-line system and watering and
Nitrogen feedway is connected connection；
The nitrogen feedway includes source nitrogen, compressor and the pneumatic filter being sequentially communicated, and the pneumatic filter leads to
Cross the pipeline provided with pneumatic operated valve and check valve and be connected with the air water import and be connected.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419844A (en) * | 2018-05-22 | 2018-08-21 | 祖名豆制品股份有限公司 | A kind of instant Matcha bean curd flower and its processing technology |
| CN110102392A (en) * | 2019-05-20 | 2019-08-09 | 深圳市中鑫智能机械设备科技有限公司 | A kind of grinding apparatus |
| CN111318358A (en) * | 2020-03-13 | 2020-06-23 | 云理之之(金华)食品有限责任公司 | Rice reducing mechanism in rice noodle manufacturing process |
| WO2022183731A1 (en) * | 2021-03-05 | 2022-09-09 | 克东禹王大豆蛋白食品有限公司 | Light-beany-flavor low-temperature defatted soybean meal production device and preparation method |
| CN115350614A (en) * | 2022-08-19 | 2022-11-18 | 福建达利食品科技有限公司 | Continuous soybean milk online standardized batching system |
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| CN205850979U (en) * | 2016-07-11 | 2017-01-04 | 福州西城食品有限公司 | A kind of Semen sojae atricolor refining system |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108419844A (en) * | 2018-05-22 | 2018-08-21 | 祖名豆制品股份有限公司 | A kind of instant Matcha bean curd flower and its processing technology |
| CN110102392A (en) * | 2019-05-20 | 2019-08-09 | 深圳市中鑫智能机械设备科技有限公司 | A kind of grinding apparatus |
| CN111318358A (en) * | 2020-03-13 | 2020-06-23 | 云理之之(金华)食品有限责任公司 | Rice reducing mechanism in rice noodle manufacturing process |
| WO2022183731A1 (en) * | 2021-03-05 | 2022-09-09 | 克东禹王大豆蛋白食品有限公司 | Light-beany-flavor low-temperature defatted soybean meal production device and preparation method |
| CN115350614A (en) * | 2022-08-19 | 2022-11-18 | 福建达利食品科技有限公司 | Continuous soybean milk online standardized batching system |
| CN115350614B (en) * | 2022-08-19 | 2024-04-05 | 福建达利食品科技有限公司 | Continuous soybean milk on-line standardized batching system |
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| CN107321437B (en) | 2018-08-31 |
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