CN106417654A - Production method for natural green food - Google Patents
Production method for natural green food Download PDFInfo
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- CN106417654A CN106417654A CN201610866599.6A CN201610866599A CN106417654A CN 106417654 A CN106417654 A CN 106417654A CN 201610866599 A CN201610866599 A CN 201610866599A CN 106417654 A CN106417654 A CN 106417654A
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- Prior art keywords
- premnae microphyllae
- leaf
- seu folium
- caulis seu
- herba
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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
- A23C20/00—Cheese substitutes
- A23C20/02—Cheese substitutes containing neither milk components, nor caseinate, nor lactose, as sources of fats, proteins or carbohydrates
Abstract
The invention relates to a production method for natural green food. The method comprises the following steps: adding anti-dehydration brine into premna pulp, uniformly mixing and then standing by and coagulating, thereby acquiring premna bean curd, wherein the anti-dehydration brine is prepared from 0.8 weight part of calcium carbonate, 0.1 weight part of potassium bicarbonate, 0.02 weight part of xanthan gum, 0.01 weight part of carrageenan and 8 weight parts of water and 1-2 weight parts of anti-dehydration brine is added into and mixed with 100 weight parts of premna pulp. The premna leaves are naturally spread, the grass flavor matters in the premna leaves disperse, the fragrant matters are released through enzyme hydrolysis, then the microwave enzyme deactivation treatment is performed, and the premna leaves are fixed and the fragrant matters are further released by cooling and spreading, so that the taste and color of the lastly prepared premna bean curd can be improved.
Description
Technical field
The present invention relates to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf technical field, and in particular to a kind of production method of natural green food.
Background technology
Natural fruit gelatin substance is widely present in the fruit of plant, root, stem, leaf with the form of Pectin, proto, pectin, pectic acid
In.Above-mentioned natural pectin has excellent mouthfeel and nutritive value, can be used to make vegetalitas bean curd or gluey food
Product, the mouthfeel stick-slip of the food that above-mentioned utilization plant pectin makes, it is of high nutritive value, and is pure pollution-free food, at me
State some areas extensively eat.Wherein, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) (also known as Herba Premnae Microphyllae, Premna microphylla Turez) can most be represented, and be perennial dungarunga, distribution
In Yangtze river basin areas to the south and Japan, the fresh tender leaf of Herba Premnae Microphyllae due to cell in containing substantial amounts of pectin and, albumen
Matter and other mineral elements, it is possible to use the fresh tender leaf of Herba Premnae Microphyllae is processed into bean curd for eating, and is commonly called as " kwan-yin bean curd ", no
Only it is of high nutritive value, and also certain medical value, have in south China area a range of edible.
The tender leaf of harvesting is carried out first, by the sludge on tender leaf, hair, miscellaneous branch by above-mentioned Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf in processing
Remove, then the tender leaf after cleaning carried out crushing and rubbing, as pectin is dissolved in water, when broken rubbing is carried out, clear water is added,
After one end time is rubbed, unqualified in raw material being filtered out, retain leaf juice, salt is added in leaf juice, during standing one end
Between after, you can form Fubi bean curd, direct-edible or culinary art is cooked, current Fubi bean curd is being all also traditional mostly
Production method, be mostly family manufacture for eating, this is also the major reason for restricting Fubi bean curd market development.
In addition, the Fubi bean curd that traditional handicraft is produced, there is certain grass astringent taste in which, and mouthfeel is not fine, and color is also more
Clouding, less meets the standard for looking good, smell good and taste good in diet, meanwhile, the Fubi bean curd that produces is relatively easy to dehydration, preserves week
Phase is short, it is difficult to adapt to the popularization of the marketization, it is therefore necessary to which traditional processing technology is improved.
Content of the invention
The purpose of the present invention is：There is provided a kind of production method of natural green food, it is possible to increase the production of Fubi bean curd
Efficiency.
For achieving the above object, the technical solution used in the present invention is：
A kind of production method of natural green food, operates including following：
S1：The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and is spread naturally tune and wither；
S2：The process that completes is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally；
S3：To be completed the recovery of the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling after processing；
S4：Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered to carries out remove impurity and the prepared Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) of micronization processes in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system
Serosity；
S5：Salt is added in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity, standing cohesion after mixing can be prepared by Fubi bean curd.
Further scheme is：
In step S1, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf spreads the time for 2～8h.
Complete in step S2 and be processed as microwave deactivation of enzyme or steam beating or steamed green grass or young crops.
Complete in step S2 and microwave deactivation of enzyme is processed as, the power of microwave deactivation of enzyme is 1～2kw, the time of microwave deactivation of enzyme is 120
～150s.
Step S5 salt is that plant ash and water are formulated.
Step S5 salt is formulated for eating gel and water.
Eating gel in step S5 includes Calcium Carbonate and potassium bicarbonate, and salt is the Calcium Carbonate of 1.8 weight portions, 0.3 weight
The water of the potassium bicarbonate of amount part and 8 weight portions is formulated；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the salt of 1～2 weight portion
Mixed.
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling 20～30min of recovery after completing in step S3.
In step S4, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf adds the water of 4～6 times of weight to make Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system.
By carrying out nature to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and spreading so that the herbaceous taste material in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf disperses, fragranced material enzymolysis is sent out
Shedding and, subsequently processed by microwave deactivation of enzyme, fixation is carried out to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, cooling spreading for cooling causes fragranced material to send out further
Dissipate, so as to improve mouthfeel and the quality of final obtained Fubi bean curd.
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system, including conveying mechanism, the discharge end of conveying mechanism is connected with the feed end of bulk cargo mechanism, is dissipated
Material mechanism is used for coming dispersed for Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of bulk cargo mechanism is connected with the feed end of wiper mechanism, and wiper mechanism is used for cleaning Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of wiper mechanism is connected with the feed end of hair rejecting mechanism, and hair rejecting mechanism is used for removing Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf
In hair；
The discharge end of hair rejecting mechanism is connected with the feed end of crushing mechanism, and crushing mechanism is used for crushing Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of crushing mechanism is connected with the feed end of rolling body, and rolling body is used for rolling the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) after crushing
Leaf；
The discharge end of rolling body is connected with separating mechanism, and separating mechanism is for separating the juice in the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after rolling
With disintegrating slag.
Further：
The conveying mechanism includes the first conveyer belt being obliquely installed, and the high-end discharge end of the first conveyer belt is provided with
Striker plate, the striker plate is diagonally disposed, and the lower section of striker plate is provided with cross bar, the length direction level of the cross bar and along
The width arrangement of first conveyer belt.
The bulk cargo mechanism includes bulk material plate, and the lower section of bulk material plate is provided with the second conveyer belt, the zone face of the second conveyer belt
Horizontally disposed, the bulk material plate high, low arrangement in one end in flap-like structure and one end, bulk material plate includes the first flap and the second folding
Plate, the joint line between the first flap and the second flap is provided with connecting rod, and the first, second of first, second flap low side
Edges of boards extend along the second tape transport direction.
The wiper mechanism includes the service sink for being arranged on the second conveyer belt discharging end, and the two ends of the service sink set respectively
It is equipped with cleaning water inlet and outlet, the cleaning water inlet and outlet are arranged respectively along the conveying direction of the second conveyer belt, clearly
Dispersion roller, the roller core level of the dispersion roller and the width arrangement along service sink is provided with wash pool, and dispersion roller is clear
It is disposed with multiple in wash pool, the roller cores of multiple dispersion rollers assume del arrangement, and the discharge end of service sink is provided with the
Three conveyer belts, one end height of the 3rd conveyer belt, the low arrangement in one end, material scraping plate is arranged at intervals with the 3rd conveyer belt.
Cleaning sieve plate is provided with below the discharge end of the 3rd conveyer belt, described cleaning sieve plate one end is high, the low cloth in one end
Put, be high-end positioned at the discharge end of the 3rd conveyer belt, neighbouring cleaning sieve plate is arranged at the aperture position in water receiving storehouse, and water receiving storehouse leads to
Cross flexible pipe to connect with extraneous wastewater disposal basin, the plate face of neighbouring cleaning sieve plate is provided with sparge pipe, the pipe range direction of the sparge pipe
Level and the width arrangement along the 3rd conveyer belt, the pipe range direction of sparge pipe is arranged at intervals with multiple water jets, water spray
Mouth points to the plate face of cleaning sieve plate.
The hair rejecting mechanism includes to be arranged on the splicing cylinder below cleaning sieve plate low side, and the splicing cylinder is in frustum pipe
Shape structure and tube filler are vertical, tease bar, the bar for teasing bar positioned at what the into the barrel chamber of splicing cylinder was provided with two relative rotations
Length is horizontally disposed, tease bar be respectively provided with along the tube length direction of splicing cylinder and horizontal direction multiple, splicing cylinder
Lower section nozzle constitutes discharging opening.
The crushing mechanism includes to crush cylinder, and the upper end nozzle of the broken cylinder is located at the lower section nozzle of splicing cylinder, crushes
The cylinder bottom of cylinder is provided with crushing roller, the length direction level of the crushing roller and the length direction arrangement along broken cylinder,
The cage structure that crushing roller is made up of multiple bar groups, is provided with broken blade, the crushing cutter on the bar of crushing roller
The overall Y-shaped structure of piece, one end of broken blade is rotatably arranged on the bar of crushing roller, and the bar of broken blade crushing roller is long
Direction is arranged at intervals with multiple, and the barrel along broken cylinder is provided with raised line, the cylinder of the length direction of the raised line and broken cylinder
Length direction is parallel, and raised line is arranged at intervals with multiple along the cylinder bottom circumferential direction of broken cylinder, is provided with for avoiding brokenly on raised line
The breach of broken blade, the cylinder bottom of the broken cylinder is provided with delivery pipe, is provided with helical feed piece in delivery pipe.
The rolling body includes that the fixation that the discharge end of delivery pipe is arranged rolls disk, and the fixation rolls the card water of disk
Flat and lower section is provided with rotation and rolls disk, and the fixation rolls disk and rotates the mating surface that rolls disk and be arranged to the convex of taper type
Portion, the rotation is rolled disk and is provided with the inversed taper platform connected in star for being coordinated with convex portion, is arranged to discharging opening positioned at the bottom land of groove, institute
Stating fixation and rolling and drive gear is provided with disk be connected with the rotating shaft of motor, the disk edge that the rotation rolls disk is provided with and driving
The fluted disc of gear engagement, rolls disk positioned at fixation and is provided with receiving hopper, and the opening of receiving hopper is below the discharge end of delivery pipe
Arrangement.
The separating mechanism includes to be arranged on and rotates the separation filter plate for rolling below the discharging opening of disk, described separates on filter plate
The through hole of multiple filtrations is provided with, the top for separating filter plate is provided with stripper plate, the separation filter plate and stripper plate
Mating surface is provided with the groove of triangle, and the stripper plate is arranged to and the groove for separating filter plate with the mating surface for separating filter plate
The convex portion of the del of cooperation.
The lower section for separating filter plate is provided with borehole cleaning brush board, is laid with multiple borehole cleaning pins, borehole cleaning on the borehole cleaning brush board
Bristle is provided with pin, and borehole cleaning pin constitutes grafting with the through hole for separating setting on filter plate or separates cooperation, and borehole cleaning brush board passes through
Connecting rod is connected with stripper plate, and drive mechanism drives stripper plate to move up and down and interlock borehole cleaning brush board and moves up and down, the separation
Filter plate is arranged in frame, is provided with spring in frame, and the upper end of spring is fixed with filter plate is separated.
By technique scheme, the present invention has following technique effect：Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf to be processed is imported by conveying mechanism
In system of processing, in the presence of bulk cargo unit so that the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for beating heap more uniformly spreads out, and passes sequentially through
Clean, hair removal is gone, crushed, roll, so as to obtain, for the virgin pulp liquid for making Fubi bean curd, virgin pulp liquid being imported separating mechanism
Interior, so as to the juice in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and disintegrating slag are come from being kept completely separate, while crushing juice rate is guaranteed, improve Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf sap
Relatively pure cleanliness, it is ensured that the quality of Fubi bean curd, above-mentioned system of processing not only efficiency high, the Fubi bean curd of output is more fine and smooth
Smooth, the yield of Fubi bean curd can be obviously improved.
Description of the drawings
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
Accompanying drawing to be used needed for technology description is had to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, on the premise of not paying creative work, acceptable
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the structural representation of the partial devices of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system；
Fig. 2 is the structural representation of crushing mechanism and rolling body in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system；
Fig. 3 is the structural representation of the separating mechanism in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system；
The perspective view of the bulk material plate in Tu4Shi bulk cargo mechanism；
The top view of the bulk material plate in Tu5Shi bulk cargo mechanism；
Fig. 6 is the end view of crushing mechanism；
Fig. 7 is the cross section view of crushing mechanism；
Fig. 8 is the structural representation that the broken blade of crushing mechanism is coordinated with the breach of raised line；
Fig. 9 is the structural representation of rolling device；
Figure 10 is the structural representation that the borehole cleaning brush board of separating mechanism and stripper plate are in propradation.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
With reference to embodiment and specific embodiment, the present invention is further detailed explanation.
A kind of production method of natural green food, operates including following：
S1：The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and is spread naturally tune and wither；
S2：The process that completes is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally；
S3：To be completed the recovery of the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling after processing；
S4：Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered to carries out remove impurity and the prepared Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) of micronization processes in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system
Serosity；
S5：Salt is added in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity, standing cohesion after mixing can be prepared by Fubi bean curd.
Further scheme is：
In step S1, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf spreads the time for 2～8h, preferably 3h, and now herbaceous taste disperses, and fragranced also dissipates substantially
Go out.
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is different from general plant leaf blade, and thin, the unilateral volume of its blade is big, therefore roller fixation unsuitable for,
Easily there is the phenomenon of Jiao Bianjiaoye.Therefore, using microwave deactivation of enzyme or steam beating or steamed green grass or young crops.But, steam blue or green or
Person's steam beating needs early stage to be cleaned work to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf.It is therefore preferable that adopting microwave deactivation of enzyme, the power of microwave deactivation of enzyme is
1～2kw, the time of microwave deactivation of enzyme is 120～150s.First complete efficiency high, second can realize to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cleaning
Delayed, that is, complete in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system, reduce the power consumption for completing and shorten fixation time.
Step S5 salt can be that plant ash and water are formulated；Or be formulated for eating gel and water.Plant ash
The Fubi bean curd that the salt of preparation is made, its mouthfeel more sand is greasy.Specifically following scheme can be adopted, in step S5, eat gel
Including Calcium Carbonate and potassium bicarbonate, salt is the water of the Calcium Carbonate of 1.8 weight portions, the potassium bicarbonate of 0.3 weight portion and 8 weight portions
It is formulated；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the salt of 1～2 weight portion to be mixed.
Specifically, the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling 20～30min of recovery after completing in step S3.In step S4, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is added
The water of 4～6 times of weight makes Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system.
By carrying out nature to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and spreading so that the herbaceous taste material in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf disperses, fragranced material enzymolysis is sent out
Shedding and, subsequently processed by microwave deactivation of enzyme, fixation is carried out to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, cooling spreading for cooling causes fragranced material to send out further
Dissipate, so as to improve mouthfeel and the quality of final obtained Fubi bean curd.
In addition, can be using anti-dehydration salt as salt, anti-dehydration salt is the Calcium Carbonate of 0.8 weight portion, 0.1 weight portion
Potassium bicarbonate, the xanthan gum of 0.02 weight portion, the water of the carrageenan of 0.01 weight portion and 8 weight portions is formulated；So make
The Fubi bean curd for obtaining is difficult dehydration, can preserve for a long time, be suitable for market-oriented popularization.
Further, Flos Hierochloes adoratae feed liquid can be added to improve the color and luster of mouthfeel and Fubi bean curd, Flos Hierochloes adoratae feed liquid is using as follows
Method is acquired：The Flos Hierochloes adoratae tender leaf of two leaves, one bud and one bud of SANYE is plucked during the early spring, the impurity in Flos Hierochloes adoratae tender leaf is rejected and is washed
After net, dehydration is dried, and is then dried to absolutely dry prepared Flos Hierochloes adoratae floss in baking oven, Flos Hierochloes adoratae floss is worn into Flos Hierochloes adoratae coarse powder, hair in flour mill
Fragrant coarse powder obtains Flos Hierochloes adoratae powder after flour bolt screening, Flos Hierochloes adoratae powder is added 6～water of 8 times of weight portions mixes preparation and obtains Flos Hierochloes adoratae material
Liquid.So, the taste mellow of obtained Fubi bean curd, color and luster is dark greener bright, can more cause the appetite of consumer, improves pin
Amount.
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system, including conveying mechanism 10, the feed end of the discharge end of conveying mechanism 10 and bulk cargo mechanism 20
Linking, bulk cargo mechanism 20 is used for coming dispersed for Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of bulk cargo mechanism 20 is connected with the feed end of wiper mechanism 30, and wiper mechanism 30 is used for cleaning Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of wiper mechanism 30 is connected with the feed end of hair rejecting mechanism 40, and hair rejecting mechanism 40 is used for removing
Hair in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of hair rejecting mechanism 40 is connected with the feed end of crushing mechanism 50, and crushing mechanism 50 is used for crushing Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae)
Leaf；
The discharge end of crushing mechanism 50 is connected with the feed end of rolling body 60, rolling body 60 be used for rolling broken after
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The discharge end of rolling body 60 is connected with separating mechanism 70, and separating mechanism is for separating in the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after rolling
Juice and disintegrating slag.
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is jettisoninged to conveying mechanism 10, conveying mechanism 10 transfers to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf in bulk cargo mechanism 20, and will
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is uniformly scattered and comes, and the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for uniformly scattering is scattered to wiper mechanism 30, full of cleaning in wiper mechanism 30
Water, rinse water can form rolling effect, so as to will ensure that the cleaning performance to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf by the pump drainage of water pump
It is evenly scattered in wiper mechanism 30, the particulate contamination such as silt being mingled with Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, dust can be thoroughly in cleanings
In the presence of water, it is scattered to wiper mechanism 30, and discharges from the sewage draining exit of wiper mechanism 30, or wiper mechanism 30 itself can
The mode of source of recycled water is designed to, and then can ensure that the cleaning performance to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf；
The impurity such as the hair being mingled with Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf in itself are typically difficult to remove by cleaning, by the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf delivery after cleaning
To hair rejecting mechanism 40, in the presence of hair rejecting mechanism 40, the impurity such as the hair being mingled with Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf can be rejected,
Retain the fresh Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after cleaning, so as to can ensure that the health of Fubi bean curd post-production, it is ensured that the quality of Fubi bean curd；
The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf of basic cleaning is sent in crushing mechanism 50, crushing mechanism 50 is tentatively implemented to break Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf
Broken, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is in the presence of crushing mechanism 50, and the initial stage can only realize the effect that tentatively smashes, typically cannot be by the big of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf
Partial cell wall is crushed, and therefore, the crushing juice rate of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is relatively limited；
In this regard, will broken after Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf virgin pulp liquid, the virgin pulp liquid contains a large amount of graininess blades not crushed completely,
And the petiole in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and base of leaf unqualified, the virgin pulp liquid is sent in rolling body 60, in the effect of rolling body 60
Under, further grinding to virgin pulp liquid is realized, in the presence of rolling body 60, almost can be by whole in virgin pulp liquid
Cell wall during granular blade is unqualified is crushed so that the Cell sap during blade is unqualified is all discharged, and petiole and base of leaf
Unqualified cell wall is broken to come, and then can ensure that the crushing juice rate of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, improves yield further, during rolling,
Add the clear water of the cleaning of 4～6 times of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf weight so that the juice in the cell of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is mixed with water, form suspension
Mixing virgin pulp liquid；
Above-mentioned roll after virgin pulp liquid in remain Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cell wall is unqualified and juice is imported in separating mechanism 70, point
Unqualified and juice is separated by structure 70 of disembarking, and so as to obtain more clean Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity, adds salt in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity,
And stand a period of time, you can obtain Fubi bean curd.
One of above-mentioned each organization, a few persons or all, those of ordinary skill in the art can adopt existing skill
In art, the disclosed part that can realize above-mentioned functions or mechanism are used, and which is conventional selection.But the application
In, for the fluency beneficial to whole system operation, the reliability of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf slurrying, it is preferred to use the embodiment party of each mechanism as follows
One of formula, a few persons or all used, in order to the operational efficiency for improving equipment and clean, slurrying function.
Used as the preferred version of the present invention, the conveying mechanism 10 includes the first conveyer belt 11 being obliquely installed, described
The high-end discharge end of one conveyer belt 11 is provided with striker plate 12, and the striker plate 12 is diagonally disposed, and the lower section of striker plate 12 is arranged
Cross bar 13, the length direction level of the cross bar 13 and the width along first conveyer belt 11 is had to arrange；
In above-described embodiment, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is located in the first conveyer belt 11 being obliquely installed and conveys, and by first conveyer belt
11 high-end is dished out, and tentatively plays the bulk cargo to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and acts on, outside avoiding the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf system of shedding out, using striker plate
12 play the stop to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for being fallen by gear under self gravitation effect, under drop down onto on cross bar 13, level sets
The cross bar 13 that puts can play the effect of scattering to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, and Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is set by the gear of cross bar 13 can be by agglomerate in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf
Part is sufficiently opened, so as to can tentatively play the dispersion effect to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf.
Further preferred version, for further ensuring that the bulk cargo effect to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, the bulk cargo mechanism 20 includes to dissipate
Flitch 21, the lower section of bulk material plate 21 is provided with the second conveyer belt 23, and the zone face of the second conveyer belt 23 is horizontally disposed, the bulk material plate
21 in flap-like structure and one end high, the low arrangement in one end, bulk material plate 21 includes the first flap 211 and the second flap 212, the first folding
Joint line between plate 211 and the second flap 212 is provided with connecting rod 22, first, second flap 211, the of 212 low side
First, the second edges of boards 2111,2121 extend along 23 conveying direction of the second conveyer belt；
In above-described embodiment, for ease of the shape facility of bulk material plate 21 is described, set in the low side side of bulk material plate 21 first
A fixed vertical guide, while it is vertical to define projection of the vertical guide with the conveying direction of the second conveyer belt 23 in horizontal plane direction, can
To explain the structure of first, second edges of boards 2111,2121 using two kinds of explanations：First, second edges of boards 2111,2121 of the first
The distance between upper end and vertical guide more than the distance between the lower end of first, second edges of boards 2111,2121 and vertical guide；Its
As first, second flap 211,212 is arranged symmetrically when two, first, second edges of boards 2111,2121 necessarily can be located at same plane
Interior, when the right direction of observer is the conveying direction of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, clockwise by first, second edges of boards 2111,2121
Plane Rotation one acute angle in place can be parallel with the vertical guide of above-mentioned setting or be overlapped.By first, second described edges of boards
2111st, 2121 arrangement so that a part of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for dropping down onto on bulk material plate 21 reaches first, second edges of boards 2111,2121
Upper edge taking advantage of a situation fall, some Folium Camelliae sinensis is under gravity along first, second edges of boards 2111,2121
Middle and lower part edge is fallen everywhere, it is achieved thereby that Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf can enter one in being uniformly distributed of width of the second conveyer belt 23
Step guarantees the bulk cargo effect to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf.
Further, the wiper mechanism 30 includes to be arranged on the service sink 31 of 23 discharge end of the second conveyer belt, described clear
The two ends of wash pool 31 are respectively arranged with cleaning water inlet 311 and outlet 312, the cleaning water inlet 311 and 312 edge respectively of outlet
The conveying direction arrangement of the second conveyer belt 23, in service sink 31, is provided with dispersion roller 32, the roller core level of the dispersion roller 32
And the width along service sink 31 is arranged, dispersion roller 32 is disposed with multiple, the roller of multiple dispersion rollers 32 positioned at service sink 31
Core assumes del arrangement, and the discharge end of service sink 31 is provided with the 3rd conveyer belt 33, the 3rd conveyer belt 33
One end is high, the low arrangement in one end, is arranged at intervals with material scraping plate 331 on the 3rd conveyer belt 33；
In above-described embodiment, when the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for uniformly scattering is sent in wiper mechanism 30, the entrance 311 of case wiper mechanism
Rinse water is passed through, by the discharge after cleaning at outlet 312, so as to realize the circulation at the water source in service sink 31, it is ensured that to corruption
The cleaning performance of slave girl's leaf, due to the one-way flow of rinse water, so that Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is moved toward the direction, and due to corruption
Slave girl's leaf is sufficiently scattered, dispersion roller 32 in the presence of, so as to the current in scrolling service sink 31 so that Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf along point
The water (flow) direction that scattered roller 32 is produced is waved, and implements the cleaning to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, as the roller core for disperseing roller 32 assumes del cloth
Put so that the current of service sink 31 produce the flow direction of approximate helical shape, so that it is guaranteed that the cleaning performance to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, works as bean
Rotten bavin also float the one end to service sink 31 when, under the rotary action of the 3rd conveyer belt 33, and the scraper effect of material scraping plate 331
Under, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf being pulled out from service sink 31, the movement velocity of the 3rd conveyer belt 33 being controlled, so that Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf has filling
The time of foot drains.
Further, cleaning sieve plate 34, the cleaning sieve plate 34 are provided with below the discharge end of the 3rd conveyer belt 33
One end is high, the low arrangement in one end, is high-end positioned at the discharge end of the 3rd conveyer belt 33, and neighbouring cleaning sieve plate 34 is arranged on water receiving storehouse 35
Aperture position at, water receiving storehouse 35 connect with extraneous wastewater disposal basin by flexible pipe, and the neighbouring plate face for cleaning sieve plate 34 is provided with spray
Water pipe 36, the pipe range direction level of the sparge pipe 36 and the width along the 3rd conveyer belt 33 are arranged, sparge pipe 36
Pipe range direction is arranged at intervals with multiple water jets, and water jet points to the plate face of cleaning sieve plate 34；
In above-described embodiment, it is the clean-up performance for improving Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf further, due to having one all the time in service sink 31
Fixed silt, service sink 31 cannot be in absolute clean conditions, after Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is pulled out from service sink 31, using sparge pipe 36 to
Cleaning sieve plate 34 is sprayed water, and so as to rinsing the silt for remaining on Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, the current for rinsing are from cleaning sieve plate 34
Enter in water receiving storehouse 35, and by flexible pipe, current are discharged, it is to avoid current stream, can be as needed suitably by clearly in operation workshop
It is longer that the length of washing and sieving plate 34 is arranged, and can play draining effect to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf.
Further preferred version, the hair rejecting mechanism 40 includes to be arranged on the splicing below cleaning 34 low side of sieve plate
Cylinder 41, the splicing cylinder 41 is in frustum tubular structure and tube filler is vertical, is provided with two relatively positioned at the into the barrel chamber of splicing cylinder 41
Rotated teases bar 42, and the bar length for teasing bar 42 is horizontally disposed, tease bar 42 along the tube length direction of splicing cylinder 41 and
Horizontal direction be respectively provided with multiple (that is,：Tease bar 42 and be respectively provided with multiple in the horizontal direction, tease bar 42
Along vertical, multilamellar is set), the lower section nozzle of splicing cylinder 41 constitutes discharging opening；
In above-described embodiment, the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf of relative clean substantially conforms to hygienic requirements, but also there is certain hair etc.
Impurity thoroughly cannot be removed, contrast, the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after cleaning is imported in splicing cylinder 41, and is teasing the effect of bar 42
Under, realize Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is teased, hairbrush or brush stroke can be set on bar 42 is teased, when the rotation of bar 42 is teased, tease
The hair being mingled with Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf sufficiently can be adhered to by the hairbrush or brush stroke on bar 42, so as to effectively implement to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf
In hair removing, the splicing cylinder that in inversed taper platform tubular structure arrange larger due to importing the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf amount in splicing cylinder 41
41, the blocking of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf can be prevented effectively from, and can be derived by the lower end nozzle of splicing cylinder 41 completely.
Further, the crushing mechanism 50 includes to crush cylinder 51, and the upper end nozzle of the broken cylinder 51 is located at splicing
The lower section nozzle of cylinder 41, the cylinder bottom of broken cylinder 51 is provided with crushing roller 52, the length direction level of the crushing roller 52 and
Length direction along broken cylinder 51 arranges, the cage structure that crushing roller 52 is made up of multiple bar groups, positioned at crushing roller 52
Bar on be provided with broken blade 53, the overall Y-shaped structure of the broken blade 53, one end of broken blade 53 is rotatably arranged on
On the bar of crushing roller 52, the bar length direction of 53 crushing roller 52 of broken blade be arranged at intervals with multiple, along broken cylinder 51
Barrel is provided with raised line 54, and the length direction of the raised line 54 is parallel with the tube length direction of broken cylinder 51, and raised line 54 is along broken
The cylinder bottom circumferential direction of cylinder 51 is arranged at intervals with multiple, to be provided with for avoiding broken blade 53 on raised line 54 breach 541, institute
The cylinder bottom for stating broken cylinder 51 is provided with delivery pipe 55, is provided with helical feed piece in delivery pipe 55；
In above-described embodiment, the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf of absolute cleanliness is imported and is crushed in cylinder 51, and in the presence of actuating unit,
Drive the crushing roller 52 of caged to rotate so that the broken blade 53 on crushing roller 52 is rotated, broken blade 53 along
The bar length direction of crushing roller 52 be arranged at intervals with multiple, so as to can ensure that by broken cylinder 51 almost all of Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf broken
Broken effect, when broken Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is deposited in the cylinder bottom of broken cylinder 51, the Y-shaped structure of broken blade 53, and crushes blade 53
The breach 541 on raised line 54 for being arranged with 51 bottoms of broken cylinder is coordinated, and the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf that tentatively smashes is entered in the breach 541, should
The small space that breach 541 is formed with broken cylinder 51 so that Y crush blade 53 coordinate with the breach 541, so as to can Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf anti-
Multiple collision, and implement smashing completely to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, and then guarantee the crushing effect to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf.
Further preferred version, the rolling body 60 includes that the fixation that the discharge end of delivery pipe 55 is arranged rolls disk
61, the fixation rolls the card level of disk 61 and lower section is provided with rotation and rolls disk 62, and the fixation rolls disk 61 and rotates
The mating surface for rolling disk 62 is arranged to the convex portion of taper type, and the rotation is rolled disk 62 and is provided with the inversed taper platform shape for being coordinated with convex portion
Groove, the bottom land positioned at groove is arranged to discharging opening, and the fixation is rolled and is provided with drive gear 611 and motor 612 on disk 61
Rotating shaft connection, described rotation is rolled the disk edge of disk 62 and is provided with the fluted disc 621 for engage with drive gear 611, positioned at fixing stone roller
Platen 61 is provided with receiving hopper 613, and the opening of receiving hopper 613 is positioned at the discharge end arranged beneath of delivery pipe 55；
In above-described embodiment, as Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is tentatively smashed, and import in rolling body 60, in motor 612
In the presence of, drive drive gear 611 to rotate, the rotation so as to interlock lower end rolls the rotation of disk 62, due to tentatively smashed
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is imported from receiving hopper 613, and so as to entering, fixation rolls disk 61 and rotation is rolled in the mating surface of disk 62, above-mentioned
Fixation rolls disk 61 and the convex portion for rotating the mating surface that rolls disk 62 and being arranged to taper type, the rotation roll disk 62 be provided with
The inversed taper platform connected in star that convex portion coordinates, so as to can ensure that the slurry of the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) phyllogen after rolling rolls the groove-bottom of disk 62 from rotating completely
The discharging opening in portion is derived, and Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) phyllogen slurry can roll disk 61 along fixation and rotation rolls disk 62 and coordinates towards intermediate flow
Dynamic, and then can effectively extend to smash rear Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf and effectively roll length, it is ensured that the effective grinding to Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf, improves rotten
The crushing juice rate of slave girl's leaf.
Further preferred version, the separating mechanism 70 includes that being arranged on rotation rolls below the discharging opening of disk 62
Filter plate 71 is separated, and the through hole of multiple filtrations is provided with the separation filter plate 71, is arranged positioned at the top for separating filter plate 71
The mating surface for having stripper plate 72, the separation filter plate 71 and stripper plate 72 is provided with the groove of triangle, the stripper plate 72
It is arranged to the convex portion with the del of the groove fit for separating filter plate 71 with the mating surface for separating filter plate 71.
In above-described embodiment, the oleo stock after grinding is imported and is separated on filter plate 71, and start drive mechanism and cause extruding
Plate 72 is close to filter plate 71 is separated, and so as to filter the leaf slag of the oleo stock after grinding, and qualified serosity is derived, is used for
Finished product Fubi bean curd is made, the mating surface of above-mentioned separation filter plate 71 and stripper plate 72 is provided with the groove of triangle, and
Stripper plate 72 is arranged to the convex portion with the del of the groove fit for separating filter plate 71 with the mating surface for separating filter plate 71, so as to
The juice for filtering is avoided to overflow from 71 edge of filter plate is separated, it is ensured that almost all of juice is from the groove type bottom for separating filter plate 71
Overflow, the convenient collection to juice.
The lower section for separating filter plate 71 is provided with borehole cleaning brush board 73, is laid with multiple borehole cleaning pins on the borehole cleaning brush board 73
731, bristle is provided with borehole cleaning pin 731, borehole cleaning pin 731 is constituted grafting or separate with the through hole for separating setting on filter plate 71 joins
Close, borehole cleaning brush board 73 is connected with stripper plate 72 by connecting rod, drive mechanism drives stripper plate 72 to move up and down and interlock borehole cleaning
Brush board 73 is moved up and down, and the filter plate 71 that separates is arranged in frame 711, is provided with spring 712 in frame 711, spring 712
Upper end is fixed with filter plate 71 is separated；
In above-described embodiment, as the oleo stock after grinding contains substantial amounts of pectin, the leaf slag of pectin adhesion is easy to blocking
The mesh on filter plate 71 is separated, such filter effect can be significantly reduced, in this regard, for guaranteeing to separate the filtration effect each time of filter plate 71
Really, during drive mechanism drives stripper plate 72 to rise, it is connected with stripper plate 72 by connecting rod, rises in stripper plate 72
During, interlock borehole cleaning brush board 73 and rise, and the borehole cleaning pin 731 on borehole cleaning brush board 73 is smash 71 mesh of filter plate is separated
Logical, so that it is guaranteed that the filter effect for extruding each time, the borehole cleaning brush board 73 at this can achieve synchronous clear with the rising of stripper plate 72
Hole, is remarkably improved working effect；
Certainly for avoiding stripper plate 72 and separating filter plate 71 being rigidly connected, and damage and filter plate 71 is separated, separating filter plate 71
Spring 712 is set between frame 711, and so as to avoiding separating the damage of filter plate 71, the coefficient of elasticity of the spring 712 at this can
Arrange higher, it can be ensured that the squeezing effect of the stock solution on 72 pairs of separation filter plates 71 of stripper plate, so that it is guaranteed that juice point
From effect.
In a word, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system disclosed by the invention, can guarantee the hygienic requirements of Fubi bean curd oleo stock substantially, and
And production effect is very high, large-scale marketing to Fubi bean curd, play the impetus of my late grandfather.
The present invention fails equipment, mechanism, component and the operational approach of detailed description, and those of ordinary skill in the art are all optional
Used with the equipment with identical function commonly used in the art, mechanism, component and operational approach and implemented.Or according to raw
The identical device of general knowledge selection living, mechanism, component and operational approach are used and are implemented.
Embodiment 1
The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is delivered to carries out remove impurity and the prepared Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity of micronization processes in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system, rotten
Slave girl's leaf adds the water of 4～6 times of weight to carry out slurrying；Salt is added in obtained Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity, standing cohesion after mixing
Prepared Fubi bean curd.Salt is that plant ash and water are formulated, and the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the halogen of 1～2 weight portion
Water is mixed.
Fubi bean curd obtained above, its mouthfeel poor (sand is greasy), color more gloomy the moon is green, Fubi bean curd dehydration rate
Higher.
Embodiment 2
The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and spreads naturally 2～8h；Microwave is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally
Complete process, and the power for controlling microwave deactivation of enzyme is 1～2kw, and the time of microwave deactivation of enzyme is 120～150s；To complete after processing
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling 20～30min of recovery；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system and carries out remove impurity
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity is obtained with micronization processes, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf adds the water of 4～6 times of weight to carry out slurrying；Add in obtained Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity
Enter salt, standing cohesion after mixing can be prepared by Fubi bean curd.Salt is the Calcium Carbonate of 1.8 weight portions, the carbonic acid of 0.3 weight portion
The water of hydrogen potassium and 8 weight portions is formulated；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the salt of 1～2 weight portion to be mixed.
Fubi bean curd obtained above, its mouthfeel is smooth, the dehydration rate of color more dark green bright, Fubi bean curd is higher.
Embodiment 3
The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and spreads naturally 2～8h；Microwave is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally
Complete process, and the power for controlling microwave deactivation of enzyme is 1～2kw, and the time of microwave deactivation of enzyme is 120～150s；To complete after processing
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling 20～30min of recovery；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system and carries out remove impurity
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity is obtained with micronization processes, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf adds the water of 4～6 times of weight to carry out slurrying；Add in obtained Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity
Enter anti-dehydration salt, standing cohesion after mixing can be prepared by Fubi bean curd.Anti- dehydration salt be the Calcium Carbonate of 0.8 weight portion, 0.1
The potassium bicarbonate of weight portion, the xanthan gum of 0.02 weight portion, the water of the carrageenan of 0.01 weight portion and 8 weight portions are formulated；
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the anti-dehydration salt of 1～2 weight portion to be mixed.
Fubi bean curd obtained above, its mouthfeel is smooth, the dehydration rate of color more dark green bright, Fubi bean curd is low.
Embodiment 4
The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and spreads naturally 2～8h；Microwave is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally
Complete process, and the power for controlling microwave deactivation of enzyme is 1～2kw, and the time of microwave deactivation of enzyme is 120～150s；To complete after processing
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling 20～30min of recovery；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system and carries out remove impurity
Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity is obtained with micronization processes, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf adds the water of 4～6 times of weight to carry out slurrying；Add in obtained Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity
Enter anti-dehydration salt and Flos Hierochloes adoratae feed liquid, standing cohesion after mixing can be prepared by Fubi bean curd.Anti- dehydration salt is 0.8 weight portion
Calcium Carbonate, the potassium bicarbonate of 0.1 weight portion, the xanthan gum of 0.02 weight portion, the water of the carrageenan of 0.01 weight portion and 8 weight portions
It is formulated；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the anti-dehydration salt of 1～2 weight portion, the Flos Hierochloes adoratae of 0.5～0.8 weight portion
Feed liquid is mixed.
Flos Hierochloes adoratae feed liquid is adopted and is acquired with the following method：The Flos Hierochloes adoratae tender leaf of two leaves, one bud and one bud of SANYE is plucked during the early spring,
Impurity in Flos Hierochloes adoratae tender leaf is rejected be dehydrated after cleaning and dry, in baking oven, absolutely dry prepared Flos Hierochloes adoratae floss is then dried to, by Flos Hierochloes adoratae floss
Flos Hierochloes adoratae coarse powder is worn in flour mill, and hair perfume coarse powder obtains Flos Hierochloes adoratae powder after flour bolt screening, Flos Hierochloes adoratae powder is added 6～8 times of weights
The water of amount part mixes preparation and obtains Flos Hierochloes adoratae feed liquid.
Fubi bean curd obtained above, the dehydration rate of the dark green bright, Fubi bean curd of the smooth sweet-smelling of its mouthfeel, color is low.
Above-described is only the preferred embodiment of the present invention, it is noted that for one of ordinary skill in the art
For, without departing from the concept of the premise of the invention, some deformation can also be made and improved, these belong to the present invention
Protection domain.
Claims (6)
1. a kind of production method of natural green food, operates including following：
S1：The Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) fresh leaf of harvesting is placed on bamboo mat and is spread naturally tune and wither；
S2：The process that completes is carried out to the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf for spreading naturally；
S3：To be completed the recovery of the Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf cold wind spreading for cooling after processing；
S4：Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf after airing is recovered is delivered to carries out remove impurity and the prepared Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) slurry of micronization processes in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system
Liquid；
S5：Anti- dehydration salt is added in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity, and standing cohesion after mixing can be prepared by Fubi bean curd；
Anti- dehydration salt be the Calcium Carbonate of 0.8 weight portion, the potassium bicarbonate of 0.1 weight portion, the xanthan gum of 0.02 weight portion, 0.01
The water of the carrageenan of weight portion and 8 weight portions is formulated；Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity per 100 weight portions adds the anticreep of 1～2 weight portion
Water salt is mixed.
2. the production method of natural green food according to claim 1, it is characterised in that：In step S1, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf spreads
Time is 2～8h.
3. the production method of natural green food according to claim 1, it is characterised in that：Complete in step S2 and be processed as
Microwave deactivation of enzyme or steam beating or steamed green grass or young crops.
4. the production method of natural green food according to claim 3, it is characterised in that：Complete in step S2 and be processed as
Microwave deactivation of enzyme, the power of microwave deactivation of enzyme is 1～2kw, and the time of microwave deactivation of enzyme is 120～150s.
5. the production method of natural green food according to claim 1, it is characterised in that：Corruption after completing in step S3
Slave girl's leaf cold wind spreading for cooling 20～30min of recovery.
6. the production method of natural green food according to claim 1, it is characterised in that：In step S4, Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf is added
The water of 4～6 times of weight makes Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) serosity in Caulis seu folium premnae microphyllae (Herba Premnae Microphyllae) leaf pulping system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610866599.6A CN106417654A (en) | 2016-09-30 | 2016-09-30 | Production method for natural green food |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610866599.6A CN106417654A (en) | 2016-09-30 | 2016-09-30 | Production method for natural green food |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106417654A true CN106417654A (en) | 2017-02-22 |
Family
ID=58170101
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610866599.6A Withdrawn CN106417654A (en) | 2016-09-30 | 2016-09-30 | Production method for natural green food |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106417654A (en) |
-
2016
- 2016-09-30 CN CN201610866599.6A patent/CN106417654A/en not_active Withdrawn
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Application publication date: 20170222 |