CN107176864A - The biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring - Google Patents
The biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring Download PDFInfo
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- CN107176864A CN107176864A CN201710507641.XA CN201710507641A CN107176864A CN 107176864 A CN107176864 A CN 107176864A CN 201710507641 A CN201710507641 A CN 201710507641A CN 107176864 A CN107176864 A CN 107176864A
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05B—PHOSPHATIC FERTILISERS
- C05B1/00—Superphosphates, i.e. fertilisers produced by reacting rock or bone phosphates with sulfuric or phosphoric acid in such amounts and concentrations as to yield solid products directly
- C05B1/02—Superphosphates
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- C—CHEMISTRY; METALLURGY
- C05—FERTILISERS; MANUFACTURE THEREOF
- C05F—ORGANIC FERTILISERS NOT COVERED BY SUBCLASSES C05B, C05C, e.g. FERTILISERS FROM WASTE OR REFUSE
- C05F17/00—Preparation of fertilisers characterised by biological or biochemical treatment steps, e.g. composting or fermentation
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/40—Bio-organic fraction processing; Production of fertilisers from the organic fraction of waste or refuse
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Abstract
The invention discloses a kind of biological culture preparation method for material of heat-preservation fermentation after first grinding stirring, comprise the following steps：S1, configuration biological culture material：The raw material of material A includes cotton seed hulls, bagasse, vinasse, rice bran, pine tree wood chip, analysis for soybean powder, palm shell, rotted pig manure, sucrose, precipitated calcium carbonate, calcium superphosphate, potassium dihydrogen phosphate, magnesium sulfate and vitamin B；Material B raw material includes selfheal slag, coconut palm fruit shell powder, walnut shell powder, Chinese chestnut bud husk powder, lotus shell powder, banana stem leaves, honeysuckle cauline leaf, root of Dahurain angelica stalk, ginkgo leaf, garlic stalk, Cassava stalk bits, rice grass meal, Risleya atropurpurea pool, vetiver, awns beanstalk, napier grass, Poplar leaves, ganoderma lucidum fruitbody, pomace, mushroom bran, wooden chaff slag and blue-green algae；S2, by the biological culture material that S1 has been configured be placed in grinding agitating device in obtain.The present invention is handled by first grinding the device of heat-preservation fermentation after stirring so that bio-culture solution nutriment is more easy to absorb, and nutriment is more rich.
Description
Technical field
The present invention relates to heat-preservation fermentation after technical field prepared by biological culture material, more particularly to a kind of first grinding stirring
Biological culture preparation method for material.
Background technology
With significantly improving for Chinese people's living standard, edible mushroom with its unique taste and higher nutritive value into
For typical moderately well-off food, just increasingly favored by consumers in general, edible fungi of china industry forms booming
Situation market potential is huge, in substituting stuff cultivation edible mushroom technology, traditional cultivation raw material mainly have cottonseed, bagasse, weed tree sawdust,
Crop material etc., these raw materials are except that can also have other use in addition to culturing edible fungus, and application potential is gradually mined.Food
With the nutriment required for bacteria growing, on the whole for have carbon nutrition, nitrogen nutrition, vitamin and mineral matter etc..Group
Composition into edible fungus culturing matrix is broadly divided into major ingredient and auxiliary material.Major ingredient refers to account for the heavy carbon of quantity in cultivation matrix
Nutriment.Dosage is less in cultivation matrix, nitrogen content is higher, the material of carbon-nitrogen ratio for adjusting compost then supplemented by
Material.In edible mushroom substituting stuff cultivation, traditional major ingredient has cottonseed, weed tree sawdust, crop material etc., and traditional auxiliary material has wheat bran, rice bran, jade
Ground rice, soy meal etc..The absorption of nutrient ingredients efficiency of traditional biological culture material is low, it is impossible to meet the need in actual planting process
Ask.
The content of the invention
To solve technical problem present in background technology, the present invention proposes a kind of life of heat-preservation fermentation after first grinding stirring
Thing culture preparation method for material, is handled so that bio-culture solution nutriment is more by the device for first grinding heat-preservation fermentation after stirring
Easily absorb, nutriment is more rich.
The biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including following step
Suddenly：
S1, configuration biological culture material：The raw material of material A includes by weight：25-45 parts of cotton seed hulls, 5-15 parts of bagasse,
3-9 parts of vinasse, 2-6 parts of rice bran, 1-4 parts of pine tree wood chip, 3-6 parts of analysis for soybean powder, 2-5 parts of palm shell, 1-5 parts of rotted pig manure, sucrose
3-6 parts, 1-4 parts of precipitated calcium carbonate, 2-5 parts of calcium superphosphate, 3-6 parts of potassium dihydrogen phosphate, 1-4 parts of magnesium sulfate, vitamin B 5-8
Part；
Material B raw material includes by weight：5-6 parts of selfheal slag, 3-9 parts of coconut palm fruit shell powder, 2-4 parts of walnut shell powder, plate
1-4 parts of shell powder of chestnut bud, 3-5 parts of lotus shell powder, 1-4 parts of banana stem leaves, 2-5 parts of honeysuckle cauline leaf, 1-5 parts of root of Dahurain angelica stalk, ginkgo leaf
2-6 parts, 3-5 parts of garlic stalk, Cassava stalk consider to be worth doing 4-6 parts, 2-6 parts of rice grass meal, 1-4 parts of Risleya atropurpurea pool, 3-6 parts of vetiver, awns
1-4 parts of beanstalk, 3-6 parts of napier grass, 2-5 parts of Poplar leaves, 3-5 parts of ganoderma lucidum fruitbody, 4-8 parts of pomace, 3-5 parts of mushroom bran, wooden chaff slag 2-5
Part, 1-5 parts of blue-green algae；
S2, by the biological culture material that S1 has been configured be placed in grinding agitating device in obtain.
Preferably, in S2, grinding agitating device include installing frame, fermentation box bracket, heating tube, heater box, heat conducting pipe, plus
Hot tank support, grinding female groove, grinding projection, the first discharge nozzle, the first hopper, the first hopper support, the first loading hopper, first
Inlet valve, the first discharging spray nozzle, rotary piston shaft, rotary-piston spindle motor, electric machine support, rotary shaft, rotary sleeve, motor,
Drive shaft, the raised mounting seat installing plate of grinding, the second loading hopper, the second material inlet valve, the second hopper, the second discharge nozzle, the
Two hopper supports, the second discharging spray nozzle, the raised mounting seat of grinding, grinding female groove mounting bracket, fermenting case, discharge nozzle, outlet valve, biography
Defeated pipe, transmission valve and chute, the upper end of affiliated installing frame are provided with motor by electric machine support, and the lower end of the motor is provided with
Drive shaft, the one end of the drive shaft away from motor is provided with the raised mounting seat of grinding through rotary sleeve on installing frame and installed
Plate, the raised one end of mounting seat installing plate away from rotary shaft of the grinding is provided with the raised mounting seat of grinding, and the grinding is raised
The lower section of mounting seat is provided with grinding female groove, and the grinding female groove is by grinding female groove mounting bracket on fermenting case, the hair
Ferment case is by fermenting box bracket on installing frame, and the grinding female groove is bowl-shape, is provided with the rim of a bowl of the grinding female groove
First discharging spray nozzle and the second discharging spray nozzle, first discharging spray nozzle are arranged on the first hopper by the first discharge nozzle, institute
State the first hopper to be arranged on installing frame by the first hopper support, the upper end of first hopper is provided with the first charging leakage
Bucket, first loading hopper and the first hopper junction are provided with the first inlet valve, and second discharging spray nozzle goes out by second
Expects pipe is arranged on the second hopper, and second hopper is arranged on installing frame by the second hopper support, second hopper
Upper end is provided with the second loading hopper, and second loading hopper and the second hopper junction are provided with the second material inlet valve, described
Heating tube is provided with fermenting case, the heating tube is connected by heat conducting pipe with heater box, and the heater box is by heating box bracket
On installing frame, the lower end of the fermenting case is provided with discharge nozzle, and the discharge nozzle is provided with outlet valve, and the grinding is female
Groove the rim of a bowl bottom is connected by transfer tube with fermenting case, and the transfer tube is provided with transmission valve.
Preferably, in S2, in grinding agitating device, the diameter of the raised mounting seat of grinding is less than the diameter of grinding female groove.
Preferably, multiple grindings are installed in S2, in grinding agitating device, on the outer wall of the raised mounting seat of grinding convex
Rise.
Preferably, in S2, in grinding agitating device, the upper end of the raised mounting seat installing plate of grinding passes through rotary-piston
Axle can be slidably mounted in the chute on installing frame, and the rotary piston shaft is by the rotary-piston spindle motor on installing frame
Driving, the rotary piston shaft can realize the movement of the raised mounting seat installing plate in the vertical direction of grinding.
Preferably, in S2, in grinding agitating device, the heating tube is arranged in fermenting case for ripple type.
Preferably, in S2, it is first shut off transmitting valve, opens the first inlet valve and the second material inlet valve, then pass through material A
Cross the first loading hopper and put into the first hopper, then by the first discharge nozzle and the first discharging spray nozzle, and arranged by the first discharging spray nozzle
Go out to enter in grinding female groove the rim of a bowl, material B is entered in the second hopper by the second loading hopper, then go out by second
Expects pipe and the second discharging spray nozzle, and exited into by the second discharging spray nozzle in grinding female groove the rim of a bowl, then start rotary-piston
Spindle motor, drives rotary piston shaft make it that the grinding being arranged on the raised mounting seat installing plate of grinding is convex by rotary-piston spindle motor
The movement of mounting seat in the vertical direction is played, when the raised material with grinding female groove the rim of a bowl of the grinding of the raised installation seating face of grinding
During A and material B contacts, rotary-piston spindle motor is now closed, motor is then opened and is ground by drive shaft driving rotary shaft drive
Raised mounting seat is rotated in chute, realizes the raised grinding installed on seating face of grinding raised in grinding female groove the rim of a bowl
Material A and material B are ground, and after grinding terminates, first close outlet valve, then open transmission valve so that ground material A
Fermenting case is entered by transfer tube with material B, heater box is then opened, heat is transferred to hair by heating tube by heat conducting pipe
Outlet valve is opened in ferment case, after fermentation ends the material fermented is discharged into collection by discharge nozzle.
Preferably, in S2, it is first shut off transmitting valve, opens the first inlet valve and the second material inlet valve, then pass through material A
Cross the first loading hopper and put into the first hopper, then by the first discharge nozzle and the first discharging spray nozzle, and arranged by the first discharging spray nozzle
Go out to enter in grinding female groove the rim of a bowl, material B is entered in the second hopper by the second loading hopper, then go out by second
Expects pipe and the second discharging spray nozzle, and exited into by the second discharging spray nozzle in grinding female groove the rim of a bowl, then start rotary-piston
Spindle motor, drives rotary piston shaft make it that the grinding being arranged on the raised mounting seat installing plate of grinding is convex by rotary-piston spindle motor
The movement of mounting seat in the vertical direction is played, when the raised material with grinding female groove the rim of a bowl of the grinding of the raised installation seating face of grinding
During A and material B contacts, rotary-piston spindle motor is now closed, motor is then opened and is ground by drive shaft driving rotary shaft drive
Raised mounting seat is rotated in chute, realizes the raised grinding installed on seating face of grinding raised in grinding female groove the rim of a bowl
Material A and material B are ground, and after grinding 2-5h, first close outlet valve, then open transmission valve so that ground material A
Fermenting case is entered by transfer tube with material B, heater box is then opened, heat is transferred to hair by heating tube by heat conducting pipe
In ferment case, make to be warming up to 28-32 DEG C in fermenting case, ferment 3-6d, then open outlet valve by the material fermented by discharging
Pipe discharge is collected.
The present invention configures biological culture material first, and it is mixed with material A and material B, and the raw material of material A includes cottonseed
Shell, bagasse, vinasse, rice bran, pine tree wood chip, analysis for soybean powder, palm shell, rotted pig manure, sucrose, precipitated calcium carbonate, calcium superphosphate,
Potassium dihydrogen phosphate, magnesium sulfate and vitamin B, its disclosure satisfy that the necessary element of biological growth there is provided abundant organic matter and
Inorganic matter, and containing abundant beneficial bacterium and vitamin, promote the healthy growth of biology；Material B raw material includes selfheal
It is slag, coconut palm fruit shell powder, walnut shell powder, Chinese chestnut bud husk powder, lotus shell powder, banana stem leaves, honeysuckle cauline leaf, root of Dahurain angelica stalk, ginkgo leaf, big
Garlic stalk, Cassava stalk bits, rice grass meal, Risleya atropurpurea pool, vetiver, awns beanstalk, napier grass, Poplar leaves, ganoderma lucidum fruitbody, pomace,
Mushroom bran, wooden chaff slag and blue-green algae, it, for raw material, can provide having of enriching with plant haulm, food pericarp etc. for biological growth
Machine thing and inorganic matter；In preparation process, it is first shut off transmitting valve, opens the first inlet valve and the second material inlet valve, then will
Material A puts into the first hopper by the first loading hopper, then by the first discharge nozzle and the first discharging spray nozzle, and by the first discharging
Shower nozzle is exited into grinding female groove the rim of a bowl, and material B is entered in the second hopper by the second loading hopper, then passed through
Second discharge nozzle and the second discharging spray nozzle, and exited into by the second discharging spray nozzle in grinding female groove the rim of a bowl, then start rotation
Plug spindle motor is turned a work, is caused to be arranged on the raised mounting seat installing plate of grinding by rotary-piston spindle motor driving rotary piston shaft
The raised mounting seat in the vertical direction movement of grinding, it is raised with grinding in female groove the rim of a bowl when grinding the raised grinding for installing seating face
Material A and material B contact when, now close rotary-piston spindle motor, then open motor by drive shaft drive rotary shaft band
The dynamic raised mounting seat of grinding is rotated in chute, realizes the raised grinding installed on seating face of grinding raised to grinding female groove bowl
Intraoral material A and material B is ground, and after grinding terminates, first closes outlet valve, then opens transmission valve so that ground
Material A and material B enter fermenting case by transfer tube, then open heater box, heat passed through into heating tube by heat conducting pipe
It is transferred in fermenting case, outlet valve is opened after fermentation ends the material fermented is discharged into collection by discharge nozzle, pass through grinding
Agitating device carries out the mode of first grinding stirring after fermentation so that the nutriment in material is fully extracted out, passes through hair
After ferment, the nutriment in material is more easy to contain abundant probiotics by the material after bio-absorbable, and fermentation, enables to
Nutriment is more easy to be absorbed.
Brief description of the drawings
Fig. 1 grinds agitating device in the biological culture preparation method for material for heat-preservation fermentation after a kind of first grinding stirring of the present invention
Structural representation；
In figure, 1, installing frame；2nd, ferment box bracket；3rd, heating tube；4th, heater box；5th, heat conducting pipe；6th, box bracket is heated；7、
Grind female groove；8th, grind raised；9th, the first discharge nozzle；10th, the first hopper；11st, the first hopper support；12nd, the first loading hopper；
13rd, the first inlet valve；14th, the first discharging spray nozzle；15th, rotary piston shaft；16th, rotary-piston spindle motor；17th, electric machine support；18、
Rotary shaft；19th, rotary sleeve；20th, motor；21st, drive shaft；22nd, raised mounting seat installing plate is ground；23rd, the second loading hopper；
24th, the second material inlet valve；25th, the second hopper；26th, the second discharge nozzle；27th, the second hopper support；28th, the second discharging spray nozzle；29、
The raised mounting seat of grinding；30th, female groove mounting bracket is ground；31st, fermenting case；32nd, discharge nozzle；33rd, outlet valve；34th, transfer tube；35、
Transmit valve；36th, chute.
Embodiment
The present invention is described in detail with reference to specific embodiment, it should be appreciated that embodiment is served only for illustrating this hair
It is bright, rather than for limiting the invention, any modification made on the basis of the present invention, equivalent substitution etc. are in this hair
In bright protection domain.
As shown in figure 1, being ground in biological culture preparation method for material of the Fig. 1 for heat-preservation fermentation after a kind of first grinding stirring of the present invention
Grind the structural representation of agitating device.
Reference picture 1, after a kind of first grinding stirring of the invention in the biological culture preparation method for material of heat-preservation fermentation, S2, grinds
Grind agitating device female including installing frame 1, fermentation box bracket 2, heating tube 3, heater box 4, heat conducting pipe 5, heating box bracket 6, grinding
Groove 7, raised 8, first discharge nozzle 9 of grinding, the first hopper 10, the first hopper support 11, the first loading hopper 12, the first inlet valve
13rd, the first discharging spray nozzle 14, rotary piston shaft 15, rotary-piston spindle motor 16, electric machine support 17, rotary shaft 18, rotary sleeve
19th, motor 20, drive shaft 21, the raised mounting seat installing plate 22 of grinding, the second loading hopper 23, the second material inlet valve 24, second
Hopper 25, the second discharge nozzle 26, the second hopper support 27, the second discharging spray nozzle 28, the raised mounting seat 29 of grinding, grinding female groove peace
Shelve 30, fermenting case 31, discharge nozzle 32, outlet valve 33, transfer tube 34, transmission valve 35 and chute 36, the upper end of affiliated installing frame 1
Motor 20 is provided with by electric machine support 17, the lower end of the motor 20 is provided with drive shaft 21, and the drive shaft 21 is away from electricity
One end of machine 20 is provided with the raised mounting seat installing plate 22 of grinding, the raised peace of grinding through rotary sleeve 19 on installing frame 1
The one end of dress seat installing plate 22 away from rotary shaft 18 is provided with the raised mounting seat 29 of grinding, the raised mounting seat 29 of grinding
Side is provided with grinding female groove 7, and the grinding female groove 7 is by grinding female groove mounting bracket 30 on fermenting case 31, the fermenting case
31 by fermenting box bracket 2 on installing frame 1, and the grinding female groove 7 is bowl-shape, is set at the rim of a bowl of the grinding female groove 7
There are the first discharging spray nozzle 14 and the second discharging spray nozzle 28, first discharging spray nozzle 14 is arranged on first by the first discharge nozzle 9
On hopper 10, first hopper (10) by the first hopper support 11 be arranged on installing frame 1 on, first hopper 10 it is upper
End is provided with the first loading hopper 12, and the junction of 12 and first hopper of the first loading hopper 10 is provided with the first inlet valve 13,
Second discharging spray nozzle 28 is arranged on the second hopper 25 by the second discharge nozzle 26, and second hopper 25 passes through the second material
Box bracket 27 is arranged on installing frame 1, and the upper end of the second hopper 25 is provided with the second loading hopper 23, the second charging leakage
Bucket 23 and the junction of the second hopper 25, which are provided with the second material inlet valve 24, the fermenting case 31, is provided with heating tube 3, the heating tube
3 are connected by heat conducting pipe 5 with heater box 4, and the heater box 4 is by heating box bracket 6 on installing frame 1, the fermentation
The lower end of case 31 is provided with discharge nozzle 32, and the discharge nozzle 32 is provided with outlet valve 33, and grinding female groove 7 the rim of a bowl bottom passes through
Transfer tube 34 is connected with fermenting case 31, and the transfer tube 34 is provided with transmission valve 35.
During specific design, in S2, in grinding agitating device, the diameter of the raised mounting seat 29 of grinding, which is less than, grinds female
The diameter of groove 7.
During specific design, in S2, in grinding agitating device, installed on the outer wall of the raised mounting seat 29 of grinding
There are multiple grinding projections 8.
During specific design, in S2, in grinding agitating device, the upper end of the raised mounting seat installing plate 22 of grinding
It is can be slidably mounted at by rotary piston shaft 15 in the chute 36 on installing frame 1, the rotary piston shaft 15 is by installed in installation
Rotary-piston spindle motor 16 on frame 1 drives, and the rotary piston shaft 15 can realize the raised mounting seat installing plate 22 of grinding perpendicular
The movement of Nogata upwards.
During specific design, in S2, in grinding agitating device, the heating tube 3 is ripple type cloth in fermenting case 31
Put.
Embodiment 1
Reference picture 1, the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including
Following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：35 parts of cotton seed hulls, 10 parts of bagasse, vinasse 6
Part, 4 parts of rice bran, 2.5 parts of pine tree wood chip, 4.5 parts of analysis for soybean powder, 3.5 parts of palm shell, 3 parts of rotted pig manure, 4.5 parts of sucrose, lightweight carbon
Sour 2.5 parts of calcium, 3.5 parts of calcium superphosphate, 4.5 parts of potassium dihydrogen phosphate, 2.5 parts of magnesium sulfate, 6.5 parts of vitamin B；
Material B raw material includes by weight：5.5 parts of selfheal slag, 6 parts of coconut palm fruit shell powder, 3 parts of walnut shell powder, Chinese chestnut bud
2.5 parts of shell powder, 4 parts of lotus shell powder, 2.5 parts of banana stem leaves, 3.5 parts of honeysuckle cauline leaf, 3 parts of root of Dahurain angelica stalk, 4 parts of ginkgo leaf, garlic
4 parts of stalk, 5 parts of Cassava stalk bits, 4 parts of rice grass meal, 2.5 parts of Risleya atropurpurea pool, 4.5 parts of vetiver, 2.5 parts of awns beanstalk, napier grass 4.5
Part, 3.5 parts of Poplar leaves, 4 parts of ganoderma lucidum fruitbody, 6 parts of pomace, 4 parts of mushroom bran, wooden 3.5 parts of chaff slag, 3 parts of blue-green algae；
S2, it is first shut off transmitting valve 35, opens the first inlet valve 13 and the second material inlet valve 24, then pass through material A
First loading hopper 12 puts into the first hopper 10, then by the first discharge nozzle 9 and the first discharging spray nozzle 14, and is sprayed by the first discharging
First 14 exit into grinding the rim of a bowl of female groove 7, material B are entered in the second hopper 25 by the second loading hopper 23, so
Afterwards by the second discharge nozzle 26 and the second discharging spray nozzle 28, and grinding the rim of a bowl of female groove 7 is exited into by the second discharging spray nozzle 28
It is interior, rotary-piston spindle motor 16 is then started, drives rotary piston shaft 15 to cause installed in grinding by rotary-piston spindle motor 16
The raised in the vertical direction of mounting seat 29 movement of grinding on raised mounting seat installing plate 22, when the raised surface of mounting seat 29 of grinding
Grinding projection 8 when being contacted with the material A and material B in grinding the rim of a bowl of female groove 7, now closing rotary-piston spindle motor 16, so
Open motor 20 afterwards drives rotary shaft 18 to drive the raised mounting seat 29 of grinding to be rotated in chute 36 by drive shaft 21, realizes and grinds
Raised 8 pairs material As and material B ground in the rim of a bowl of female groove 7 of grinding on the raised surface of mounting seat 29 of mill are ground, and are ground
After 3.5h, outlet valve 33 is first closed, transmission valve 35 is then opened so that ground material A and material B enter by transfer tube 34
Enter to fermenting case 31, then open heater box 4, heat is transferred in fermenting case 31 by heating tube 3 by heat conducting pipe 5, makes hair
30 DEG C are warming up in ferment case 31, ferment 4.5d, then open outlet valve 33 and the material fermented is discharged into receipts by discharge nozzle 32
Collection.
Embodiment 2
Reference picture 1, the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including
Following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：25 parts of cotton seed hulls, 15 parts of bagasse, vinasse 3
Part, 6 parts of rice bran, 1 part of pine tree wood chip, 6 parts of analysis for soybean powder, 2 parts of palm shell, 5 parts of rotted pig manure, 3 parts of sucrose, 4 parts of precipitated calcium carbonate,
2 parts of calcium superphosphate, 6 parts of potassium dihydrogen phosphate, 1 part of magnesium sulfate, 8 parts of vitamin B；
Material B raw material includes by weight：5 parts of selfheal slag, 9 parts of coconut palm fruit shell powder, 2 parts of walnut shell powder, Chinese chestnut bud husk
4 parts of powder, 3 parts of lotus shell powder, 4 parts of banana stem leaves, 2 parts of honeysuckle cauline leaf, 5 parts of root of Dahurain angelica stalk, 2 parts of ginkgo leaf, 5 parts of garlic stalk,
4 parts of Cassava stalk bits, 6 parts of rice grass meal, 1 part of Risleya atropurpurea pool, 6 parts of vetiver, 1 part of awns beanstalk, 6 parts of napier grass, 2 parts of Poplar leaves, ganoderma lucidum
5 parts of fructification, 4 parts of pomace, 5 parts of mushroom bran, wooden 2 parts of chaff slag, 5 parts of blue-green algae；
S2, it is first shut off transmitting valve 35, opens the first inlet valve 13 and the second material inlet valve 24, then pass through material A
First loading hopper 12 puts into the first hopper 10, then by the first discharge nozzle 9 and the first discharging spray nozzle 14, and is sprayed by the first discharging
First 14 exit into grinding the rim of a bowl of female groove 7, material B are entered in the second hopper 25 by the second loading hopper 23, so
Afterwards by the second discharge nozzle 26 and the second discharging spray nozzle 28, and grinding the rim of a bowl of female groove 7 is exited into by the second discharging spray nozzle 28
It is interior, rotary-piston spindle motor 16 is then started, drives rotary piston shaft 15 to cause installed in grinding by rotary-piston spindle motor 16
The raised in the vertical direction of mounting seat 29 movement of grinding on raised mounting seat installing plate 22, when the raised surface of mounting seat 29 of grinding
Grinding projection 8 when being contacted with the material A and material B in grinding the rim of a bowl of female groove 7, now closing rotary-piston spindle motor 16, so
Open motor 20 afterwards drives rotary shaft 18 to drive the raised mounting seat 29 of grinding to be rotated in chute 36 by drive shaft 21, realizes and grinds
Raised 8 pairs material As and material B ground in the rim of a bowl of female groove 7 of grinding on the raised surface of mounting seat 29 of mill are ground, and grind 2h
Afterwards, outlet valve 33 is first closed, transmission valve 35 is then opened so that ground material A and material B are entered by transfer tube 34
Fermenting case 31, then opens heater box 4, heat is transferred in fermenting case 31 by heating tube 3 by heat conducting pipe 5, makes fermenting case
32 DEG C are warming up in 31, ferment 3d, then open outlet valve 33 and the material fermented is discharged into collection by discharge nozzle 32.
Embodiment 3
Reference picture 1, the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including
Following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：45 parts of cotton seed hulls, 5 parts of bagasse, vinasse 9
Part, 2 parts of rice bran, 4 parts of pine tree wood chip, 3 parts of analysis for soybean powder, 5 parts of palm shell, 1 part of rotted pig manure, 6 parts of sucrose, 1 part of precipitated calcium carbonate,
5 parts of calcium superphosphate, 3 parts of potassium dihydrogen phosphate, 4 parts of magnesium sulfate, 5 parts of vitamin B；
Material B raw material includes by weight：6 parts of selfheal slag, 3 parts of coconut palm fruit shell powder, 4 parts of walnut shell powder, Chinese chestnut bud husk
1 part of powder, 5 parts of lotus shell powder, 1 part of banana stem leaves, 5 parts of honeysuckle cauline leaf, 1 part of root of Dahurain angelica stalk, 6 parts of ginkgo leaf, 3 parts of garlic stalk,
6 parts of Cassava stalk bits, 2 parts of rice grass meal, 4 parts of Risleya atropurpurea pool, 3 parts of vetiver, 4 parts of awns beanstalk, 3 parts of napier grass, 5 parts of Poplar leaves, ganoderma lucidum
3 parts of fructification, 8 parts of pomace, 3 parts of mushroom bran, wooden 5 parts of chaff slag, 1 part of blue-green algae；
S2, it is first shut off transmitting valve 35, opens the first inlet valve 13 and the second material inlet valve 24, then pass through material A
First loading hopper 12 puts into the first hopper 10, then by the first discharge nozzle 9 and the first discharging spray nozzle 14, and is sprayed by the first discharging
First 14 exit into grinding the rim of a bowl of female groove 7, material B are entered in the second hopper 25 by the second loading hopper 23, so
Afterwards by the second discharge nozzle 26 and the second discharging spray nozzle 28, and grinding the rim of a bowl of female groove 7 is exited into by the second discharging spray nozzle 28
It is interior, rotary-piston spindle motor 16 is then started, drives rotary piston shaft 15 to cause installed in grinding by rotary-piston spindle motor 16
The raised in the vertical direction of mounting seat 29 movement of grinding on raised mounting seat installing plate 22, when the raised surface of mounting seat 29 of grinding
Grinding projection 8 when being contacted with the material A and material B in grinding the rim of a bowl of female groove 7, now closing rotary-piston spindle motor 16, so
Open motor 20 afterwards drives rotary shaft 18 to drive the raised mounting seat 29 of grinding to be rotated in chute 36 by drive shaft 21, realizes and grinds
Raised 8 pairs material As and material B ground in the rim of a bowl of female groove 7 of grinding on the raised surface of mounting seat 29 of mill are ground, and grind 5h
Afterwards, outlet valve 33 is first closed, transmission valve 35 is then opened so that ground material A and material B are entered by transfer tube 34
Fermenting case 31, then opens heater box 4, heat is transferred in fermenting case 31 by heating tube 3 by heat conducting pipe 5, makes fermenting case
28 DEG C are warming up in 31, ferment 6d, then open outlet valve 33 and the material fermented is discharged into collection by discharge nozzle 32.
Embodiment 4
Reference picture 1, the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including
Following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：28 parts of cotton seed hulls, 12 parts of bagasse, vinasse 4
Part, 5 parts of rice bran, 2 parts of pine tree wood chip, 5 parts of analysis for soybean powder, 3 parts of palm shell, 4 parts of rotted pig manure, 4 parts of sucrose, 3 parts of precipitated calcium carbonate,
3 parts of calcium superphosphate, 5 parts of potassium dihydrogen phosphate, 2 parts of magnesium sulfate, 7 parts of vitamin B；
Material B raw material includes by weight：5.2 parts of selfheal slag, 8 parts of coconut palm fruit shell powder, 2.5 parts of walnut shell powder, Chinese chestnut
Luxuriant 3 parts of shell powder, 3.5 parts of lotus shell powder, 3 parts of banana stem leaves, 3 parts of honeysuckle cauline leaf, 4 parts of root of Dahurain angelica stalk, 3 parts of ginkgo leaf, garlic straw
4.5 parts of stalk, 4.5 parts of Cassava stalk bits, 5 parts of rice grass meal, 2 parts of Risleya atropurpurea pool, 5 parts of vetiver, 2 parts of awns beanstalk, 5 parts of napier grass, willow
3 parts of leaf, 4.5 parts of ganoderma lucidum fruitbody, 5 parts of pomace, 4.5 parts of mushroom bran, wooden 3 parts of chaff slag, 4 parts of blue-green algae；
S2, it is first shut off transmitting valve 35, opens the first inlet valve 13 and the second material inlet valve 24, then pass through material A
First loading hopper 12 puts into the first hopper 10, then by the first discharge nozzle 9 and the first discharging spray nozzle 14, and is sprayed by the first discharging
First 14 exit into grinding the rim of a bowl of female groove 7, material B are entered in the second hopper 25 by the second loading hopper 23, so
Afterwards by the second discharge nozzle 26 and the second discharging spray nozzle 28, and grinding the rim of a bowl of female groove 7 is exited into by the second discharging spray nozzle 28
It is interior, rotary-piston spindle motor 16 is then started, drives rotary piston shaft 15 to cause installed in grinding by rotary-piston spindle motor 16
The raised in the vertical direction of mounting seat 29 movement of grinding on raised mounting seat installing plate 22, when the raised surface of mounting seat 29 of grinding
Grinding projection 8 when being contacted with the material A and material B in grinding the rim of a bowl of female groove 7, now closing rotary-piston spindle motor 16, so
Open motor 20 afterwards drives rotary shaft 18 to drive the raised mounting seat 29 of grinding to be rotated in chute 36 by drive shaft 21, realizes and grinds
Raised 8 pairs material As and material B ground in the rim of a bowl of female groove 7 of grinding on the raised surface of mounting seat 29 of mill are ground, and grind 3h
Afterwards, outlet valve 33 is first closed, transmission valve 35 is then opened so that ground material A and material B are entered by transfer tube 34
Fermenting case 31, then opens heater box 4, heat is transferred in fermenting case 31 by heating tube 3 by heat conducting pipe 5, makes fermenting case
31 DEG C are warming up in 31, ferment 4d, then open outlet valve 33 and the material fermented is discharged into collection by discharge nozzle 32.
Embodiment 5
Reference picture 1, the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring proposed by the present invention, including
Following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：42 parts of cotton seed hulls, 8 parts of bagasse, vinasse 8
Part, 3 parts of rice bran, 3 parts of pine tree wood chip, 4 parts of analysis for soybean powder, 4 parts of palm shell, 2 parts of rotted pig manure, 5 parts of sucrose, 2 parts of precipitated calcium carbonate,
4 parts of calcium superphosphate, 4 parts of potassium dihydrogen phosphate, 3 parts of magnesium sulfate, 6 parts of vitamin B；
Material B raw material includes by weight：5.8 parts of selfheal slag, 4 parts of coconut palm fruit shell powder, 3.5 parts of walnut shell powder, Chinese chestnut
Luxuriant 2 parts of shell powder, 4.5 parts of lotus shell powder, 2 parts of banana stem leaves, 4 parts of honeysuckle cauline leaf, 2 parts of root of Dahurain angelica stalk, 5 parts of ginkgo leaf, garlic straw
3.5 parts of stalk, 5.5 parts of Cassava stalk bits, 3 parts of rice grass meal, 3 parts of Risleya atropurpurea pool, 4 parts of vetiver, 3 parts of awns beanstalk, 4 parts of napier grass, willow
4 parts of leaf, 3.5 parts of ganoderma lucidum fruitbody, 7 parts of pomace, 3.5 parts of mushroom bran, wooden 4 parts of chaff slag, 2 parts of blue-green algae；
S2, it is first shut off transmitting valve 35, opens the first inlet valve 13 and the second material inlet valve 24, then pass through material A
First loading hopper 12 puts into the first hopper 10, then by the first discharge nozzle 9 and the first discharging spray nozzle 14, and is sprayed by the first discharging
First 14 exit into grinding the rim of a bowl of female groove 7, material B are entered in the second hopper 25 by the second loading hopper 23, so
Afterwards by the second discharge nozzle 26 and the second discharging spray nozzle 28, and grinding the rim of a bowl of female groove 7 is exited into by the second discharging spray nozzle 28
It is interior, rotary-piston spindle motor 16 is then started, drives rotary piston shaft 15 to cause installed in grinding by rotary-piston spindle motor 16
The raised in the vertical direction of mounting seat 29 movement of grinding on raised mounting seat installing plate 22, when the raised surface of mounting seat 29 of grinding
Grinding projection 8 when being contacted with the material A and material B in grinding the rim of a bowl of female groove 7, now closing rotary-piston spindle motor 16, so
Open motor 20 afterwards drives rotary shaft 18 to drive the raised mounting seat 29 of grinding to be rotated in chute 36 by drive shaft 21, realizes and grinds
Raised 8 pairs material As and material B ground in the rim of a bowl of female groove 7 of grinding on the raised surface of mounting seat 29 of mill are ground, and grind 4h
Afterwards, outlet valve 33 is first closed, transmission valve 35 is then opened so that ground material A and material B are entered by transfer tube 34
Fermenting case 31, then opens heater box 4, heat is transferred in fermenting case 31 by heating tube 3 by heat conducting pipe 5, makes fermenting case
29 DEG C are warming up in 31, ferment 5d, then open outlet valve 33 and the material fermented is discharged into collection by discharge nozzle 32.
The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited thereto,
Any one skilled in the art the invention discloses technical scope in, technique according to the invention scheme and its
Inventive concept is subject to equivalent substitution or change, should all be included within the scope of the present invention.
Claims (8)
1. the biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring, it is characterised in that comprise the following steps：
S1, configuration biological culture material：The raw material of material A includes by weight：25-45 parts of cotton seed hulls, 5-15 parts of bagasse, vinasse
3-9 parts, 2-6 parts of rice bran, 1-4 parts of pine tree wood chip, 3-6 parts of analysis for soybean powder, 2-5 parts of palm shell, 1-5 parts of rotted pig manure, sucrose 3-6
Part, 1-4 parts of precipitated calcium carbonate, 2-5 parts of calcium superphosphate, 3-6 parts of potassium dihydrogen phosphate, 1-4 parts of magnesium sulfate, 5-8 parts of vitamin B；
Material B raw material includes by weight：5-6 parts of selfheal slag, 3-9 parts of coconut palm fruit shell powder, 2-4 parts of walnut shell powder, Chinese chestnut bud
1-4 parts of shell powder, 3-5 parts of lotus shell powder, 1-4 parts of banana stem leaves, 2-5 parts of honeysuckle cauline leaf, 1-5 parts of root of Dahurain angelica stalk, ginkgo leaf 2-6
Part, 4-6 parts of 3-5 parts of garlic stalk, Cassava stalk bits, 2-6 parts of rice grass meal, 1-4 parts of Risleya atropurpurea pool, 3-6 parts of vetiver, awns beanstalk 1-
4 parts, 3-6 parts of napier grass, 2-5 parts of Poplar leaves, 3-5 parts of ganoderma lucidum fruitbody, 4-8 parts of pomace, 3-5 parts of mushroom bran, wooden 2-5 parts of chaff slag,
1-5 parts of blue-green algae；
S2, by the biological culture material that S1 has been configured be placed in grinding agitating device in obtain.
2. the biological culture preparation method for material of heat-preservation fermentation after first grinding stirring according to claim 1, it is characterised in that
In S2, grinding agitating device include installing frame (1), fermentation box bracket (2), heating tube (3), heater box (4), heat conducting pipe (5), plus
Hot tank support (6), grinding female groove (7), grinding raised (8), the first discharge nozzle (9), the first hopper (10), the first hopper support
(11), the first loading hopper (12), the first inlet valve (13), the first discharging spray nozzle (14), rotary piston shaft (15), rotary-piston
Spindle motor (16), electric machine support (17), rotary shaft (18), rotary sleeve (19), motor (20), drive shaft (21), grinding are raised
Mounting seat installing plate (22), the second loading hopper (23), the second material inlet valve (24), the second hopper (25), the second discharge nozzle
(26), the second hopper support (27), the second discharging spray nozzle (28), the raised mounting seat (29) of grinding, grinding female groove mounting bracket (30),
Fermenting case (31), discharge nozzle (32), outlet valve (33), transfer tube (34), transmission valve (35) and chute (36), affiliated installing frame
(1) upper end is provided with motor (20) by electric machine support (17), and the lower end of the motor (20) is provided with drive shaft (21), institute
State the one end of drive shaft (21) away from motor (20) and the raised mounting seat of grinding is installed through rotary sleeve (19) on installing frame (1)
Installing plate (22), the described raised one end of mounting seat installing plate (22) away from rotary shaft (18) of grinding is provided with grinding projection and installed
Seat (29), the lower section of the raised mounting seat (29) of grinding is provided with grinding female groove (7), and the grinding female groove (7) is female by grinding
Groove mounting bracket (30) is arranged on fermenting case (31), and the fermenting case (31) is arranged on installing frame (1) by the box bracket that ferments (2)
On, the grinding female groove (7) is bowl-shape, is gone out at the rim of a bowl of the grinding female groove (7) provided with the first discharging spray nozzle (14) and second
Expect shower nozzle (28), first discharging spray nozzle (14) is arranged on the first hopper (10) by the first discharge nozzle (9), described first
Hopper (10) is arranged on installing frame (1) by the first hopper support (11), and the upper end of first hopper (10) is provided with the
One loading hopper (12), first loading hopper (12) is provided with the first inlet valve (13), institute with the first hopper (10) junction
State the second discharging spray nozzle (28) to be arranged on the second hopper (25) by the second discharge nozzle (26), second hopper (25) passes through
Second hopper support (27) is arranged on installing frame (1), and the second hopper (25) upper end is provided with the second loading hopper (23),
Second loading hopper (23) is provided with the second material inlet valve (24), the fermenting case (31) with the second hopper (25) junction
Provided with heating tube (3), the heating tube (3) is connected by heat conducting pipe (5) with heater box (4), and the heater box (4) passes through heating
Box bracket (6) is arranged on installing frame (1), and the lower end of the fermenting case (31) is provided with discharge nozzle (32), the discharge nozzle
(32) outlet valve (33) is provided with, grinding female groove (7) the rim of a bowl bottom is connected by transfer tube (34) with fermenting case (31), institute
Transfer tube (34) is stated provided with transmission valve (35).
3. the biological culture preparation method for material of heat-preservation fermentation after first grinding stirring according to claim 1 or 2, its feature exists
In in S2, in grinding agitating device, the diameter of the raised mounting seat (29) of grinding is less than the diameter of grinding female groove (7).
4. the biological culture preparation method for material of heat-preservation fermentation after the first grinding stirring according to claim any one of 1-3, its
It is characterised by, it is raised to be provided with multiple grindings in S2, in grinding agitating device, on the outer wall of the raised mounting seat (29) of grinding
(8)。
5. the biological culture preparation method for material of heat-preservation fermentation after the first grinding stirring according to claim any one of 1-4, its
It is characterised by, in S2, in grinding agitating device, the upper end of the raised mounting seat installing plate (22) of grinding passes through rotary piston shaft
(15) in the chute (36) that can be slidably mounted on installing frame (1), the rotary piston shaft (15) is by installing frame (1)
Rotary-piston spindle motor (16) driving, the raised mounting seat installing plate (22) of grinding can be achieved perpendicular in the rotary piston shaft (15)
The movement of Nogata upwards.
6. the biological culture preparation method for material of heat-preservation fermentation after the first grinding stirring according to claim any one of 1-5, its
It is characterised by, in S2, in grinding agitating device, the heating tube (3) is arranged in fermenting case (31) for ripple type.
7. the biological culture preparation method for material of heat-preservation fermentation after the first grinding stirring according to claim any one of 1-6, its
It is characterised by, in S2, is first shut off transmission valve (35), opens the first inlet valve (13) and the second material inlet valve (24), then will
Material A puts into the first hopper (10) by the first loading hopper (12), then by the first discharge nozzle (9) and the first discharging spray nozzle
(14), and by the first discharging spray nozzle (14) exit into grinding female groove (7) the rim of a bowl, material B is passed through into the second loading hopper
(23) enter in the second hopper (25), then by the second discharge nozzle (26) and the second discharging spray nozzle (28), and gone out by second
Material shower nozzle (28) is exited into grinding female groove (7) the rim of a bowl, rotary-piston spindle motor (16) is then started, by rotary piston shaft
Motor (16) driving rotary piston shaft (15) causes the grinding projection on the raised mounting seat installing plate (22) of grinding to install
Seat (29) in the vertical direction movement, when grinding raised (8) and grinding female groove (7) the rim of a bowl on raised mounting seat (29) surface of grinding
When interior material A and material B contacts, rotary-piston spindle motor (16) is now closed, motor (20) is then opened by drive shaft
(21) driving rotary shaft (18) drives the raised mounting seat (29) of grinding to be rotated in chute (36), realizes the raised mounting seat of grinding
(29) grinding on surface raised (8) is ground to the material A and material B in grinding female groove (7) the rim of a bowl, after grinding terminates,
Outlet valve (33) is first closed, transmission valve (35) is then opened so that ground material A and material B enter by transfer tube (34)
Enter to fermenting case (31), then open heater box (4), heat is transferred to fermenting case by heating tube (3) by heat conducting pipe (5)
(31) outlet valve (33) is opened in, after fermentation ends the material fermented is discharged into collection by discharge nozzle (32).
8. the biological culture preparation method for material of heat-preservation fermentation after the first grinding stirring according to claim any one of 1-7, its
It is characterised by, in S2, is first shut off transmission valve (35), opens the first inlet valve (13) and the second material inlet valve (24), then will
Material A puts into the first hopper (10) by the first loading hopper (12), then by the first discharge nozzle (9) and the first discharging spray nozzle
(14), and by the first discharging spray nozzle (14) exit into grinding female groove (7) the rim of a bowl, material B is passed through into the second loading hopper
(23) enter in the second hopper (25), then by the second discharge nozzle (26) and the second discharging spray nozzle (28), and gone out by second
Material shower nozzle (28) is exited into grinding female groove (7) the rim of a bowl, rotary-piston spindle motor (16) is then started, by rotary piston shaft
Motor (16) driving rotary piston shaft (15) causes the grinding projection on the raised mounting seat installing plate (22) of grinding to install
Seat (29) in the vertical direction movement, when grinding raised (8) and grinding female groove (7) the rim of a bowl on raised mounting seat (29) surface of grinding
When interior material A and material B contacts, rotary-piston spindle motor (16) is now closed, motor (20) is then opened by drive shaft
(21) driving rotary shaft (18) drives the raised mounting seat (29) of grinding to be rotated in chute (36), realizes the raised mounting seat of grinding
(29) grinding on surface raised (8) is ground to the material A and material B in grinding female groove (7) the rim of a bowl, after grinding 2-5h,
Outlet valve (33) is first closed, transmission valve (35) is then opened so that ground material A and material B enter by transfer tube (34)
Enter to fermenting case (31), then open heater box (4), heat is transferred to fermenting case by heating tube (3) by heat conducting pipe (5)
(31) in, make to be warming up to 28-32 DEG C in fermenting case (31), ferment 3-6d, then open outlet valve (33) by the material fermented
Discharge and collect by discharge nozzle (32).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710507641.XA CN107176864A (en) | 2017-06-28 | 2017-06-28 | The biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring |
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| CN201710507641.XA CN107176864A (en) | 2017-06-28 | 2017-06-28 | The biological culture preparation method for material of heat-preservation fermentation after a kind of first grinding stirring |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109133004A (en) * | 2018-09-25 | 2019-01-04 | 浙江工业职业技术学院 | A kind of hydrogen-powered vehicles hydrogen production equipment |
| CN110117205A (en) * | 2019-06-06 | 2019-08-13 | 湖南生物机电职业技术学院 | A kind of rich germanium containing nutrient solution and its preparation method and application improving rapeseed Ge content |
| CN110916473A (en) * | 2019-10-25 | 2020-03-27 | 陈之中 | Method and equipment for digitalized automatic cooking of dishes |
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| CN104987153A (en) * | 2015-06-30 | 2015-10-21 | 广西大学 | Oyster mushroom cultivation material |
| CN205211708U (en) * | 2015-12-17 | 2016-05-04 | 昆山国显光电有限公司 | Temperature control device |
| CN205515595U (en) * | 2016-03-02 | 2016-08-31 | 孙亚梅 | Novel western medicine grinder for pharmacy department |
| CN106220267A (en) * | 2016-07-11 | 2016-12-14 | 赖卫华 | Flammulina velutiper (Fr.) Sing special culture material |
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| JP2003117533A (en) * | 2001-10-17 | 2003-04-22 | Keikosha:Kk | Plant material crushing/treatment system |
| CN104987153A (en) * | 2015-06-30 | 2015-10-21 | 广西大学 | Oyster mushroom cultivation material |
| CN205211708U (en) * | 2015-12-17 | 2016-05-04 | 昆山国显光电有限公司 | Temperature control device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109133004B (en) * | 2018-09-25 | 2022-02-25 | 浙江工业职业技术学院 | Hydrogen manufacturing equipment for hydrogen energy power automobile |
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| CN110916473A (en) * | 2019-10-25 | 2020-03-27 | 陈之中 | Method and equipment for digitalized automatic cooking of dishes |
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Application publication date: 20170919 |