CN109609343A - A kind of energy saving and environment friendly microbial fermentation system - Google Patents
A kind of energy saving and environment friendly microbial fermentation system Download PDFInfo
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- CN109609343A CN109609343A CN201910014214.7A CN201910014214A CN109609343A CN 109609343 A CN109609343 A CN 109609343A CN 201910014214 A CN201910014214 A CN 201910014214A CN 109609343 A CN109609343 A CN 109609343A
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M27/00—Means for mixing, agitating or circulating fluids in the vessel
- C12M27/02—Stirrer or mobile mixing elements
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M29/00—Means for introduction, extraction or recirculation of materials, e.g. pumps
- C12M29/06—Nozzles; Sprayers; Spargers; Diffusers
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- C—CHEMISTRY; METALLURGY
- C12—BIOCHEMISTRY; BEER; SPIRITS; WINE; VINEGAR; MICROBIOLOGY; ENZYMOLOGY; MUTATION OR GENETIC ENGINEERING
- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M45/00—Means for pre-treatment of biological substances
- C12M45/02—Means for pre-treatment of biological substances by mechanical forces; Stirring; Trituration; Comminuting
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Abstract
The invention belongs to technical field of microbial fermentation, specifically a kind of energy saving and environment friendly microbial fermentation system, including feed inlet, discharge port, motor, work box, support base and controller；The bottom of the support base and work box is affixed；The motor is located at the bottom of work box, its output end passes through the bottom of work box, and the output end of motor is located at the part in work box and is connected with transmission shaft, the top rotation connection of transmission shaft one end and work box far from motor output end；Top inside the work box is equipped with pulverizing unit, and the lower section of pulverizing unit is equipped with agitating unit, and the outside of work box is equipped with aeration unit；Microbial fermentation rate of the present invention is fast, and fermentation raw material utilization rate is high.
Description
Technical field
The invention belongs to technical field of microbial fermentation, specifically a kind of energy saving and environment friendly microbial fermentation system.
Background technique
Microbial fermentation refers to using microorganism, and under appropriate conditions, raw material is turned by specific metabolic pathway
Turn to the process for the product that necessary for human is wanted.Microbial fermentation production level depends primarily on the hereditary capacity and training of strain itself
The condition of supporting.Fermentation Engineering is widely used in: medical industry, food industry, energy industry, chemical industry, and agricultural and environment are protected
Shield etc..
Also occurs the device of some microbial fermentations in the prior art, such as application No. is in one of 201720172130
State's patent discloses a kind of microbial ferment device, and microbial ferment device includes fermentor, boiler, crusher and the micro- life of allotment
The fluid reservoir of object, fermentor are connect with the fluid reservoir of boiler, crusher and allotment microorganism respectively, and blender is equipped in fermentor
The first motor connecting with blender, blender use flat-blade paddle agitator, and first motor is equipped with deceleration device, in fermentor
It is additionally provided with fixed beam, fixed beam passes through the fixed blender of bearing.
The device of some microbial fermentations of the technical solution is able to achieve the fermentation of microorganism, but in the technical solution
Lack the device crushed to fermentation raw material, it, can not be right using the device if the volume of fermentation raw material is excessive
Fermentation raw material is made full use of, and will cause the waste of fermentation raw material, while stirring of the device to fermentation raw material and microorganism
It is too simple, so that fermentation raw material and the mixing rate of microorganism are excessively slow, it is unfavorable for the Rapid Fermentation of fermentation raw material, and the device
Lacking aerator, oxygen needed for fermentation can not be provided for microorganism can make the device not have wide applicability, so that
The technical solution is restricted.
Summary of the invention
In order to make up for the deficiencies of the prior art, to solve microbial ferment device fermentation raw material utilization rate in the prior art
The problem of low, fermentation rate is excessively slow and lacks aerator, the invention proposes a kind of energy saving and environment friendly microbial fermentation systems
System.
The technical solution adopted by the present invention to solve the technical problems is: the energy saving and environment friendly micro- life of one kind of the present invention
Object fermentation system, including feed inlet, discharge port, motor, work box, support base and controller；The controller is for controlling section
It can the work of environment-friendly microbial fermentation system；The number of the inlet port and outlet port is two, in inlet port and outlet port
Equipped with motor-driven valve；The bottom of the support base and work box is affixed；The motor is located at the bottom of work box, its output end passes through
The bottom of work box, the part that the output end of motor is located in work box are connected with transmission shaft, and transmission shaft is far from motor output end
One end and work box top be rotatablely connected；Top inside the work box is equipped with pulverizing unit, pulverizing unit for pair
Fermentation raw material is crushed；The pulverizing unit includes crushing wheel, gear, rubbing plate；The gear is socketed on transmission shaft；Institute
The two sides that crushing wheel is located at transmission shaft are stated, the number of crushing wheel is four, and the lower section and two sides of crushing wheel are connected with crushing tooth, powder
Broken tooth and gear engaged transmission；Crushing tooth and shaft are rotatablely connected, and the top of shaft one end and work box far from crushing wheel is solid
It connects, passes through crushing tooth engaged transmission between adjacent crushing wheel；Crushing tooth rotation carries out fermentation raw material when the gear rotates
It is preliminary to crush；The lower section of the crushing wheel is equipped with filter ring, and filter ring is equipped with filter hole, offers in the middle part of filter ring logical
Hole, filter ring are socketed on transmission shaft by through-hole, and the end of filter ring and the side walls of work box connect；The filter ring
Side cross section structure close to crushing wheel is wavy；The rubbing plate is between crushing tooth and filter ring；The rubbing plate
It is symmetrical arranged on the basis of transmission shaft, rubbing plate is made of rubbing frame and kneading rod；The rubbing frame is set close to the side of shaft
There is No.1 cylinder, the bottom of No.1 cylinder is located inside transmission shaft, its output end and rubbing frame are affixed；The kneading rod and rubbing
Frame is rotatablely connected, and has been evenly arranged rubbing tooth on kneading rod；Drive rubbing plate mobile when the No.1 cylinder operation, rubbing plate moves
Kneading rod rotates in wavy filter ring when dynamic, while rubbing tooth cooperation crushing tooth and being crushed again to filter stock；
The lower section of the filter ring is equipped with agitating unit, and agitating unit is for being stirred mixing to fermentation raw material and microorganism；
Wherein, the agitating unit includes No. two cylinders, agitating plate, stirring group；The inner wall of the work box offers ring
The two sidewalls up and down of connected in star, annular groove are connected with rack gear；Fixed block, No. two gas are connected in the side wall of the work box
The bottom of cylinder and fixed block are affixed, the other end is contacted with filter ring；One end of the agitating plate is rotatablely connected with transmission shaft, is another
End cap is equipped with gear, and agitating plate is arranged cogged one end and protrudes into annular groove, wheel and rack engaged transmission；The stirring
Group include mixing drum and stirring rod, stirring group on the basis of the center line in agitating plate horizontal direction be symmetrical arranged, mixing drum with
Agitating plate is affixed, and hole is offered in the middle part of mixing drum, and one end of stirring rod is protruded into the hole of mixing drum and by spring and stirring
The bottom connection of cylinder；Agitating plate is driven to be rotated in the horizontal direction to fermentation raw material and microorganism progress when the transmission shaft rotates
It is stirred, own rotation is realized by the engaged transmission of wheel and rack when agitating plate rotates, band when agitating plate own rotation
Dynamic stirring group rotates in the vertical direction, and stirring rod constantly moves in mixing drum in rotation, and stirring rod is pressed when moving
Gas between contracting mixing drum and stirring rod, which enters in No. two cylinders, stretches out the output end of No. two cylinders, No. two cylinders it is defeated
Filter ring is driven to move up when outlet is stretched out；The outside of the work box is equipped with aeration unit, and aeration unit is micro- for providing
Oxygen needed for biofermentation；
The aeration unit includes incubator, oxygen tank and heater；The incubator is socketed in the outside of work box, oxygen
Gas tank is fixed in the outside of incubator, and the oxygen in oxygen tank is entered in incubator by the air inlet on incubator；It is described to add
Hot device is fixed in side of the incubator close to work box, and heater and controller are electrically connected；The lower section of the incubator is equipped with
One end of aeration tube, aeration tube is connected to incubator, and the other end passes through work box and postpones along the bottom of work box to transmission
At axis；Entered in work box after the heated device heating of oxygen in the oxygen tank by aeration tube；Under the agitating unit
Side is equipped with the corrugated flexible hose that cross section structure is accordion-like, and the number of corrugated flexible hose is four, and corrugated flexible hose is equipped with solarization air cap, horizontal
Adjacent corrugated flexible hose is connected to by No.1 connecting tube on direction, and the end of No.1 connecting tube is contacted with corrugated flexible hose, and No.1 connects
Adapter tube is connected to aeration tube, and adjacent corrugated flexible hose passes through sky by No. two connecting tube connections, No. two connecting tubes on vertical direction
Heart spring and transmission axis connection, No.1 connecting tube are connected to aeration tube；The transmission shaft hollow camber of spring, hollow projectile cartridge when rotating
The gas that spring is discharged when deforming, which enters, drives No.1 cylinder operation in No.1 cylinder；Auxiliary stirring is single when the corrugated flexible hose rotates
Member is stirred mixing to fermentation raw material and microorganism, while oxygen is rotated through solarization air cap and sprayed；The present invention is crushed by design
Unit, the fermentation raw material that can be fermented to needs crush, are conducive to fermentation raw material and come into full contact with microorganism, improve fermentation
The utilization rate of raw material；By designing agitating unit, agitating unit can carry out smashed fermentation raw material and microorganism sufficient
It is stirred, improves the efficiency of microbial fermentation；By designing aeration unit, what aeration unit can need microbial fermentation
It is sprayed after oxygen heating through the corrugated flexible hose in aeration unit, improves the mixture of fermentation raw material and microorganism and connecing for oxygen
Contacting surface product further improves the efficiency of microbial fermentation, while the speed of microbial fermentation also can be improved in the oxygen after heating
Rate；By the mutual cooperation between pulverizing unit, agitating unit and aeration unit, the benefit of fermentation raw material can be improved as far as possible
With rate, energy-saving and environment-friendly purpose is reached.
Preferably, the agitating plate is equipped with crushing knife close to the side of work box, and the lower section of crushing knife is equipped with sliding slot, crushes
Knife is slidably connected with sliding slot；The crushing knife is stirred mixing to fermentation raw material and microorganism for assisted comminution unit, together
When the fermentation raw material not crushed completely is crushed again；The present invention is existed by the way that crushing knife, crushing knife are arranged on agitating plate
Agitating plate and stirring group can be assisted to be stirred mixing to fermentation raw material and microorganism when rotation, while can not will also not crushed completely
Fermentation raw material crushed again, improve the utilization rate of fermentation raw material.
Preferably, the side of the crushing knife is connected with cleaning bar, and bristle has been evenly arranged on cleaning bar, and bristle is used for
The fermentation raw material adhered on work box side wall is cleared up；For the present invention by setting bristle, bristle can during rotation
The mixture of the fermentation raw material and microorganism that adhere on work chamber interior wall is cleared up, ensure that the spatter property of work box, together
When also avoid the waste of fermentation raw material and microorganism.
Preferably, be equipped with soft bar in horizontal direction between the adjacent corrugated flexible hose, the middle part of soft bar by connection buckle with
Hollow spring is affixed, is arranged with Flat wire spring on soft bar；Soft bar is along the direction of hollow spring deformation when the hollow camber of spring
Rotation auxiliary agitating unit is stirred fermentation material and microorganism, and fermentation raw material and microorganism are stirred in Flat wire spring deformation
It is dynamic；The present invention is stirred mixing to fermentation material and microorganism by moving soft bar rotation using hollow spring Zona transformans, and soft
Bar can drive Flat wire spring to stir the mixture of fermentation raw material and microorganism while deformation, further improve micro- life
The efficiency of object fermentation.
Preferably, multiple arcs bar is equipped at intervals on the inside of the corrugated flexible hose；The affixed sealing in one end of the curved rod
Ball；The ball sealer is for closing solarization air cap；The present invention works as wave by the way that curved rod and ball sealer is arranged in the inside of corrugated flexible hose
When line hose rotates, the solarization air cap on the inside of corrugated flexible hose is closed, and the gas in corrugated flexible hose is arranged rapidly by the solarization air cap in outside
Out, the mixture of fermentation raw material and microorganism can be impacted, is conducive to being sufficiently mixed for fermentation raw material and microorganism.
Start motor, band moving gear rotates when motor rotates, and the motor-driven valve of feed inlet is opened, by fermentation raw material from feed inlet
It is passed through, and after microorganism needed for being passed through fermentation raw material together, closes the motor-driven valve of feed inlet, open simultaneously the switch of oxygen tank
With the switch of heater, the oxygen in oxygen tank enters in incubator, increases with the oxygen temperature of heater contacts, temperature increases
Oxygen enter in No.1 connecting tube through aeration tube, finally enter in corrugated flexible hose, and transmission shaft rotate when drive hollow spring
Rotation drives the oxygen in corrugated flexible hose to rotate ejection out of solarization air cap when hollow spring rotates；It drives and crushes when gear rotates
Wheel rotation, crushing tooth tentatively crushes the fermentation raw material being passed through from feed inlet when crushing wheel rotates, when hollow spring rotates
The gas of deformation discharge enters in No.1 cylinder, drives rubbing plate in wavy filtering so that the output end of No.1 cylinder stretches out
It is moved on ring, kneading rod rotates when rubbing plate is mobile, and the rubbing tooth rotation on kneading rod is to preliminary smashed fermentation raw material
It is crushed again, smashed fermentation raw material filter hole from filter ring enters in agitating unit, transmission shaft band in rotation
Dynamic agitating plate rotates in the horizontal direction is stirred mixing to the fermentation raw material of whereabouts and microorganism, and agitating plate is in the horizontal direction
Because the engaged transmission of gear and rack gear is to itself start turning when upper rotation, agitating plate drives stirring group to turn in own rotation
Dynamic, stirring group is in the vertical direction mixed fermentation raw material and microorganism in rotation, accelerate fermentation raw material and
The rate of microorganism mixing, improves the efficiency of microbial fermentation；And in the rotation of stirring group, the stirring rod in stirring group does not stop
The hole on mixing drum in move, gas when stirring rod is mobile on compression mixing drum in hole enters in No. two cylinders, No. two
The output end of cylinder, which stretches out, pushes filter ring to move up, so that the rubbing toe joint on the crushing tooth and kneading rod on crushing wheel
Touching can be such that fermentation raw material is crushed more thorough；Fermentation raw material and microorganism after being stirred are rotated with out of solarization air cap
The oxygen contact containing heat sprayed, on the one hand, the oxygen for rotating ejection can come into full contact with microorganism, be the hair of microorganism
Ferment provides good yeasting；On the other hand, the oxygen containing heat can also accelerate the rate of microbial fermentation；It is stirring
While plate rotates, crushing knife moves left and right auxiliary agitating unit on agitating plate and is stirred to fermentation raw material and microorganism,
Bristle clears up the fermentation raw material being attached on work chamber interior wall simultaneously；When corrugated flexible hose rotation, on the inside of corrugated flexible hose
Solarization air cap closing, the gas in corrugated flexible hose is discharged rapidly by the solarization air cap in outside, can be to fermentation raw material and microorganism
Mixture impacted, be conducive to being sufficiently mixed for fermentation raw material and microorganism, soft rod change makes corrugated flexible hose when rotated
It obtains Flat wire spring deformation to stir fermentation raw material and microorganism, further improves the efficiency of microbial fermentation.
Preferably, water spray unit is equipped in the incubator, water spray unit is for providing hair required when microbial fermentation
Ferment water；The water spray unit includes fixed plate, movable plate and fountain head；The fixed plate is located at the top in incubator, and
It is affixed with incubator, air inlet is offered in fixed plate, is equipped with check valve at air inlet；The movable plate is located at fixed plate and protects
Between the top of incubator, movable plate is connect by spring with incubator；The movable plate, fixed plate and incubator are close to work box
The closed space that side is formed is provided with fermentation water, and fermentation is supplemented with water by the water inlet above incubator；The water spray
The water inlet end of head is connected to movable plate, fixed plate and incubator close to the closed space that work box side is formed, and water outlet is stretched
Enter in work box, oxygen pushes movable plate mobile after air inlet entrance, movable plate, fixed plate and incubator when movable plate is mobile
Fermentation in the closed space that work box side is formed is sprayed with water by fountain head；The present invention is single by design water spray
Member sprays fermentation water from fountain head using the power that oxygen in incubator generates, improves the utilization rate of resource.
When the oxygen entered in incubator is more and more, oxygen enters movable plate, fixed plate from the enterprising port of fixed plate
In closed space of the incubator far from work box side, as the oxygen in closed space is more and more, movable plate is pushed
Enter in work box so that fermentation water is sprayed from fountain head, is contacted with fermentation raw material and microorganism, fermentation is microorganism with water
Fermentation provides necessary moisture, guarantees the suitable living environment of microorganism, is conducive to the rate for improving microbial fermentation；Wait ferment
After raw material complete fermentation, motor is closed, the motor-driven valve of discharge port is opened, tunning is taken out.
Beneficial effects of the present invention are as follows:
1. a kind of energy saving and environment friendly microbial fermentation system of the present invention, the system microbial fermentation rate is fast, hair
Ferment raw material availability is high, by the mutual cooperation between pulverizing unit, agitating unit and aeration unit, can improve as far as possible
The utilization rate of fermentation raw material has reached energy-saving and environment-friendly purpose.
2. a kind of energy saving and environment friendly microbial fermentation system of the present invention, the systems linking is strong, resource utilization
The service efficiency of pulverizing unit can be improved by agitating unit and aeration unit work, further improve microbial fermentation for height
Efficiency and fermentation raw material utilization rate.
3. a kind of energy saving and environment friendly microbial fermentation system of the present invention, the aeration unit and water spray which uses
Cellular construction is ingenious, novel in design, and aeration unit can make oxygen rotate ejection in work box at work, be conducive to oxygen with
Microorganism comes into full contact with, and improves the activity of microorganism, is conducive to going on smoothly for fermentation, fermentation raw material is filled
Divide and utilizes.
Detailed description of the invention
The present invention will be further explained below with reference to the attached drawings.
Fig. 1 is main view of the invention；
Fig. 2 is the cross-sectional view of A-A in Fig. 1；
Fig. 3 is the cross-sectional view of B-B in Fig. 1；
Fig. 4 is the partial enlarged view in Fig. 2 at C；
In figure: motor 1, work box 2, transmission shaft 3, pulverizing unit 4, crushing wheel 41, rubbing plate 42, rubbing frame 421, rubbing
Stick 422, crushing tooth 43, filter ring 44, No.1 cylinder 45,5, No. two cylinders 51 of agitating unit, agitating plate 52, stirs rubbing tooth 423
It mixes group 53, mixing drum 531, stirring rod 532, annular groove 54, fixed block 55, aeration unit 6, incubator 61, oxygen tank 62, add
Hot device 63, corrugated flexible hose 65, solarization air cap 66,67, No. two connecting tubes 68 of No.1 connecting tube, hollow spring 69, crushes aeration tube 64
Knife 7, sliding slot 71, cleaning bar 8, bristle 81, soft bar 9, connection buckle 91, Flat wire spring 92, curved rod 93, ball sealer 94, water spray are single
First 10, fixed plate 101, movable plate 102, fountain head 103, water inlet 104.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Specific embodiment is closed, the present invention is further explained.
As shown in Figures 1 to 4, a kind of energy saving and environment friendly microbial fermentation system of the present invention, including feed inlet, go out
Material mouth, motor 1, work box 2, support base and controller；The controller is for controlling energy saving and environment friendly microbial fermentation system
Work；The number of the inlet port and outlet port is two, is equipped with motor-driven valve in inlet port and outlet port；The support base with
The bottom of work box 2 is affixed；The motor 1 is located at the bottom of work box 2, its output end passes through the bottom of work box 2, motor 1
Output end be located at the part in work box 2 and be connected with transmission shaft 3, transmission shaft 3 one end and work box far from 1 output end of motor
2 top rotation connection；Top inside the work box 2 is equipped with pulverizing unit 4, pulverizing unit 4 be used for fermentation raw material into
Row crushes；The pulverizing unit 4 includes crushing wheel 41, gear, rubbing plate 42；The gear is socketed on transmission shaft 3；The powder
Broken wheel 41 is located at the two sides of transmission shaft 3, and the number of crushing wheel 41 is four, and the lower section and two sides of crushing wheel 41 are connected with crushing tooth
43, crushing tooth 43 and gear engaged transmission；Crushing tooth 43 and shaft are rotatablely connected, shaft one end and work far from crushing wheel 41
The top of case 2 is affixed, passes through 43 engaged transmission of crushing tooth between adjacent crushing wheel 41；43 turns of crushing tooth when the gear rotates
It is dynamic that fermentation raw material is tentatively crushed；The lower section of the crushing wheel 41 is equipped with filter ring 44, and filter ring 44 is equipped with filter hole,
The middle part of filter ring 44 offers through-hole, and filter ring 44 is socketed on transmission shaft 3 by through-hole, the end of filter ring 44 and work
The side walls of case 2 connect；The filter ring 44 is wavy close to the side cross section structure of crushing wheel 41；The rubbing plate 42
Between crushing tooth 43 and filter ring 44；The rubbing plate 42 is symmetrical arranged on the basis of transmission shaft 3, and rubbing plate 42 is by rubbing
Frame 421 and kneading rod 422 form；The rubbing frame 421 is equipped with No.1 cylinder 45, the bottom of No.1 cylinder 45 close to the side of shaft
Portion is located inside transmission shaft 3, its output end and rubbing frame 421 are affixed；The kneading rod 422 is rotatablely connected with rubbing frame 421, is rubbed
It rubs with the hands and has been evenly arranged rubbing tooth 423 on stick 422；Drive rubbing plate 42 mobile when the No.1 cylinder 45 works, rubbing plate 42 moves
Kneading rod 422 rotates in wavy filter ring 44 when dynamic, while rubbing tooth 423 and crushing tooth 43 is cooperated to carry out filter stock
It crushes again；The lower section of the filter ring 44 is equipped with agitating unit 5, and agitating unit 5 is used to carry out fermentation raw material and microorganism
It is stirred；
Wherein, the agitating unit 5 includes No. two cylinders 51, agitating plate 52, stirring group 53；The inner wall of the work box 2
Annular groove 54 is offered, the two sidewalls up and down of annular groove 54 are connected with rack gear；It is connected in the side wall of the work box 2
Fixed block 55, the bottoms of No. two cylinders 51 and fixed block 55 are affixed, the other end is contacted with filter ring 44；The one of the agitating plate 52
End is arranged with gear with the rotation connection of transmission shaft 3, the other end, and agitating plate 52 is arranged cogged one end and protrudes into annular groove 54
It is interior, wheel and rack engaged transmission；The stirring group 53 includes mixing drum 531 and stirring rod 532, and stirring group 53 is with agitating plate 52
It is symmetrical arranged on the basis of center line in horizontal direction, mixing drum 531 and agitating plate 52 are affixed, and the middle part of mixing drum 531 opens up
There is hole, one end of stirring rod 532 is protruded into the hole of mixing drum 531 and connect by spring with the bottom of mixing drum 531；The biography
It drives agitating plate 52 to rotate when moving axis 3 rotates in the horizontal direction and mixing, agitating plate is stirred to fermentation raw material and microorganism
Own rotation is realized by the engaged transmission of wheel and rack when 52 rotation, drives stirring group 53 to exist when 52 own rotation of agitating plate
It is rotated on vertical direction, stirring rod 532 constantly moves in mixing drum 531 in rotation, and stirring rod 532 compresses when moving
Gas between mixing drum 531 and stirring rod 532, which enters in No. two cylinders 51, stretches out the output end of No. two cylinders 51, and No. two
Filter ring 44 is driven to move up when the output end of cylinder 51 stretches out；The outside of the work box 2 is equipped with aeration unit 6, aeration
Unit 6 is for oxygen needed for providing microbial fermentation；
The aeration unit 6 includes incubator 61, oxygen tank 62 and heater 63；The incubator 61 is socketed in work box
2 outside, oxygen tank 62 are fixed in the outside of incubator 61, the oxygen in oxygen tank 62 by the air inlet on incubator 61 into
Enter in incubator 61；The heater 63 is fixed in incubator 61 close to the side of work box 2, and heater 63 and controller are electrical
Connection；The lower section of the incubator 61 is equipped with aeration tube 64, and one end of aeration tube 64 is connected to incubator 61, and the other end passes through work
Make case 2 and postpones along the bottom of work box 2 to transmission shaft 3；After the heated device 63 of oxygen in the oxygen tank 62 heats
Entered in work box 2 by aeration tube 64；The lower section of the agitating unit 5 is equipped with the corrugated flexible hose that cross section structure is accordion-like
65, the number of corrugated flexible hose 65 is four, and corrugated flexible hose 65 is equipped with solarization air cap 66, and adjacent corrugated flexible hose 65 is logical in horizontal direction
The connection of No.1 connecting tube 67 is crossed, the end of No.1 connecting tube 67 is contacted with corrugated flexible hose 65, No.1 connecting tube 67 and aeration tube 64
It is connected to, adjacent corrugated flexible hose 65 is connected to by No. two connecting tubes 68 on vertical direction, and No. two connecting tubes 68 pass through hollow spring
69 connect with transmission shaft 3, and No.1 connecting tube 67 is connected to aeration tube 64；The transmission shaft 3 hollow deformation of spring 69 when rotating, it is empty
The gas that heart spring 69 is discharged when deforming, which enters in No.1 cylinder 45, drives No.1 cylinder 45 to work；The corrugated flexible hose 65 rotates
When auxiliary agitating unit 5 mixing is stirred to fermentation raw material and microorganism, while oxygen is through the rotation ejection of solarization air cap 66；This hair
Bright by designing pulverizing unit 4, the fermentation raw material that can be fermented to needs is crushed, and it is abundant with microorganism to be conducive to fermentation raw material
Contact, improves the utilization rate of fermentation raw material；By designing agitating unit 5, agitating unit 5 can to smashed fermentation raw material and
Microorganism is sufficiently mixed, and the efficiency of microbial fermentation is improved；By designing aeration unit 6, aeration unit 6 can
It will spray after the oxygen heating that microbial fermentation needs through the corrugated flexible hose 65 in aeration unit 6, and improve fermentation raw material and micro-
The mixture of biology and the contact area of oxygen further improve the efficiency of microbial fermentation, while the oxygen after heating
Also the rate of microbial fermentation can be improved；It, can by the mutual cooperation between pulverizing unit 4, agitating unit 5 and aeration unit 6
To improve the utilization rate of fermentation raw material as far as possible, energy-saving and environment-friendly purpose is reached.
As a kind of specific embodiment of the invention, the agitating plate 52 is equipped with crushing knife close to the side of work box 2
7, the lower section of crushing knife 7 is equipped with sliding slot 71, and crushing knife 7 is slidably connected with sliding slot 71；The crushing knife 7 is used for assisted comminution unit
4 pairs of fermentation raw materials and microorganism are stirred mixing, while being crushed again to the fermentation raw material not crushed completely；The present invention
By the way that crushing knife 7 is arranged on agitating plate 52, crushing knife 7 can assist 53 pairs of fermentation raw materials of agitating plate 52 and stirring group when rotated
It is stirred mixing with microorganism, while the fermentation raw material not crushed completely can also be crushed again, proferment is improved
The utilization rate of material.
As a kind of specific embodiment of the invention, the side of the crushing knife 7 is connected with cleaning bar 8, cleaning bar 8
On be evenly arranged bristle 81, bristle 81 is for clearing up the fermentation raw material adhered on 2 side wall of work box；The present invention passes through
Bristle 81 is set, and bristle 81 can be to the mixing of the fermentation raw material and microorganism adhered on 2 inner wall of work box during rotation
Object is cleared up, and ensure that the spatter property of work box 2, while also avoiding the waste of fermentation raw material and microorganism.
As a kind of specific embodiment of the invention, soft bar is equipped in horizontal direction between the adjacent corrugated flexible hose 65
9, the middle part of soft bar 9 is affixed by connection buckle 91 and hollow spring 69, is arranged with Flat wire spring 92 on soft bar 9；The hollow projectile cartridge
Along the direction of hollow 69 deformation of spring, rotation assists agitating unit 5 to stir fermentation material and microorganism to soft bar 9 to spring 69 when deforming
It mixes, the deformation of Flat wire spring 92 stirs fermentation raw material and microorganism；The present invention passes through to be driven using the deformation of hollow spring 69
The soft rotation of bar 9 is stirred mixing to fermentation material and microorganism, and can drive 92 pairs of Flat wire spring hairs while the deformation of soft bar 9
Ferment raw material and the mixture of microorganism are stirred, and the efficiency of microbial fermentation is further improved.
As a kind of specific embodiment of the invention, the inside of the corrugated flexible hose 65 is equipped at intervals with multiple arcs bar
93；The affixed ball sealer 94 in one end of the curved rod 93；The ball sealer 94 is for closing solarization air cap 66；The present invention passes through in wave
The inside setting curved rod 93 and ball sealer 94 of line hose 65, when corrugated flexible hose 65 rotates, the aeration of 65 inside of corrugated flexible hose
Hole 66 is closed, and the gas in corrugated flexible hose 65 is discharged rapidly by the solarization air cap 66 in outside, can be to fermentation raw material and microorganism
Mixture impacted, be conducive to being sufficiently mixed for fermentation raw material and microorganism.
Start motor 1, band moving gear rotates when motor 1 rotates, and the motor-driven valve of feed inlet is opened, by fermentation raw material from charging
It mouthful is passed through, and after microorganism needed for being passed through fermentation raw material together, closes the motor-driven valve of feed inlet, open simultaneously oxygen tank 62
The switch with heater 63 is switched, the oxygen in oxygen tank 62 enters in incubator 61, the oxygen temperature contacted with heater 63
It increasing, the raised oxygen of temperature enters in No.1 connecting tube 67 through aeration tube 64, it finally enters in corrugated flexible hose 65, and transmission shaft
It drives hollow spring 69 to rotate when 3 rotation, drives the oxygen in corrugated flexible hose 65 out of solarization air cap 66 when hollow spring 69 rotates
Rotation sprays；Crushing wheel 41 is driven to rotate when gear rotates, crushing tooth 43 is to the hair being passed through from feed inlet when crushing wheel 41 rotates
Ferment raw material is tentatively crushed, and the gas of deformation discharge enters in No.1 cylinder 45 when hollow spring 69 rotates, so that No.1 gas
The output end of cylinder 45, which stretches out, drives rubbing plate 42 to move in wavy filter ring 44, kneading rod 422 when rubbing plate 42 is mobile
It rotates, the rotation of rubbing tooth 423 on kneading rod 422 crushes preliminary smashed fermentation raw material again, smashed
Fermentation raw material enters in agitating unit 5 from filter hole in filter ring 44, and transmission shaft 3 drives agitating plate 52 in level side in rotation
It is rotated up and mixing is stirred to the fermentation raw material of whereabouts and microorganism, because of gear when agitating plate 52 rotates in the horizontal direction
Engaged transmission with rack gear is to itself start turning, and agitating plate 52 drives stirring group 53 to rotate in own rotation, stirring group
53 are in the vertical direction mixed fermentation raw material and microorganism in rotation, accelerate fermentation raw material and microorganism is mixed
The rate of conjunction improves the efficiency of microbial fermentation；And when stirring group 53 rotates, the stirring rod 532 in stirring group 53 does not stop
Moved in the hole on mixing drum 531, gas when stirring rod 532 is mobile on compression mixing drum 531 in hole enters No. two gas
In cylinder 51, the output end of No. two cylinders 51, which stretches out, pushes filter ring 44 to move up so that the crushing tooth 43 on crushing wheel 41 with
Rubbing tooth 423 on kneading rod 422 contacts, and fermentation raw material can be made to be crushed more thorough；Fermentation raw material after being stirred
It is contacted with microorganism with the oxygen containing heat that rotation sprays out of solarization air cap 66, on the one hand, the oxygen for rotating ejection can be with
Microorganism comes into full contact with, and provides good yeasting for the fermentation of microorganism；On the other hand, the oxygen containing heat also can
Accelerate the rate of microbial fermentation；While agitating plate 52 rotates, crushing knife 7 moves left and right auxiliary stirring on agitating plate 52
Unit 5 is stirred fermentation raw material and microorganism, while bristle 81 carries out the fermentation raw material being attached on 2 inner wall of work box
Cleaning；When corrugated flexible hose 65 rotates, the solarization air cap 66 of 65 inside of corrugated flexible hose is closed, and the gas in corrugated flexible hose 65 passes through outer
The solarization air cap 66 of side is discharged rapidly, can impact to the mixture of fermentation raw material and microorganism, be conducive to fermentation raw material and
Microorganism is sufficiently mixed, and soft 9 deformation of bar when rotated of corrugated flexible hose 65 makes the deformation of Flat wire spring 92 to fermentation raw material and micro-
Biology is stirred, and the efficiency of microbial fermentation is further improved.
As a kind of specific embodiment of the invention, water spray unit 10, water spray unit 10 are equipped in the incubator 61
Required fermentation water when for providing microbial fermentation；The water spray unit 10 includes fixed plate 101, movable plate 102 and spray
Head 103；The fixed plate 101 is located at the top in incubator 61, and affixed with incubator 61, offers in fixed plate 101
Air inlet is equipped with check valve at air inlet；The movable plate 102 is mobile between fixed plate 101 and the top of incubator 61
Plate 102 is connect by spring with incubator 61；The movable plate 102, fixed plate 101 and incubator 61 are close to 2 side of work box
The closed space of formation is provided with fermentation water, and fermentation is supplemented with water by the water inlet 104 of 61 top of incubator；The water spray
First 103 water inlet end and movable plate 102, fixed plate 101 and incubator 61 connects close to the closed space that 2 side of work box is formed
Logical, water outlet is protruded into work box 2, and oxygen pushes movable plate 102 mobile after air inlet entrance, when movable plate 102 is mobile
The fermentation water of movable plate 102, fixed plate 101 and incubator 61 in the closed space that 2 side of work box is formed passes through spray
Head 103 sprays；The present invention uses fermentation by design water spray unit 10, using the power that oxygen in incubator 61 generates
Water is sprayed from fountain head 103, improves the utilization rate of resource.
When the oxygen entered in incubator 61 is more and more, oxygen enters movable plate from the enterprising port of fixed plate 101
102, in the closed space of fixed plate 101 and incubator 61 far from 2 side of work box, increasingly with the oxygen in closed space
More, movable plate 102 is pushed so that fermentation water is sprayed from fountain head 103 into work box 2, with fermentation raw material and microorganism
Contact, fermentation provide necessary moisture with water for microbial fermentation, guarantee the suitable living environment of microorganism, are conducive to improve micro-
The rate of biofermentation；After fermentation raw material complete fermentation, motor 1 is closed, the motor-driven valve of discharge port is opened, tunning is taken
Out.
When work, start motor 1, band moving gear rotates when motor 1 rotates, and the motor-driven valve of feed inlet is opened, by proferment
Material is passed through from feed inlet, and after microorganism needed for being passed through fermentation raw material together, is closed the motor-driven valve of feed inlet, opened simultaneously oxygen
The switch of gas tank 62 and the switch of heater 63, the oxygen in oxygen tank 62 enter in incubator 61, contact with heater 63
Oxygen temperature increases, and the raised oxygen of temperature enters in No.1 connecting tube 67 through aeration tube 64, finally enters in corrugated flexible hose 65,
And transmission shaft 3 drives hollow spring 69 to rotate when rotating, and drives oxygen in corrugated flexible hose 65 from exposure when hollow spring 69 rotates
Rotation sprays in stomata 66；Crushing wheel 41 is driven to rotate when gear rotates, crushing tooth 43 is to from feed inlet when crushing wheel 41 rotates
The fermentation raw material being passed through tentatively is crushed, and the gas of deformation discharge enters in No.1 cylinder 45 when hollow spring 69 rotates, and is made
The output end for obtaining No.1 cylinder 45, which stretches out, drives rubbing plate 42 to move in wavy filter ring 44, and rubbing plate 42 is rubbed when mobile
It rubs stick 422 with the hands to rotate, the rotation of rubbing tooth 423 on kneading rod 422 crushes preliminary smashed fermentation raw material again, powder
Fermentation raw material after broken enters in agitating unit 5 from filter hole in filter ring 44, and transmission shaft 3 drives agitating plate 52 to exist in rotation
Rotation is stirred mixing to the fermentation raw material of whereabouts and microorganism in horizontal direction, when agitating plate 52 rotates in the horizontal direction
Because the engaged transmission of gear and rack gear is to itself start turning, agitating plate 52 drives stirring group 53 to rotate in own rotation,
Stirring group 53 is in the vertical direction mixed fermentation raw material and microorganism in rotation, accelerates fermentation raw material and micro-
The rate of biology mixing, improves the efficiency of microbial fermentation；And the stirring rod when stirring group 53 rotates, in stirring group 53
532 ceaselessly move in the through-hole on mixing drum 531, gas when stirring rod 532 is mobile on compression mixing drum 531 in hole into
Enter in No. two cylinders 51, the output end of No. two cylinders 51, which stretches out, pushes filter ring 44 to move up, so that the powder on crushing wheel 41
Broken tooth 43 is contacted with the rubbing tooth 423 on kneading rod 422, fermentation raw material can be made to be crushed more thorough；After being stirred
Fermentation raw material and microorganism contact with the oxygen containing heat that rotation sprays out of solarization air cap 66, on the one hand, rotate ejection
Oxygen can come into full contact with microorganism, provide good yeasting for the fermentation of microorganism；On the other hand, containing heat
Oxygen can also accelerate the rate of microbial fermentation；While agitating plate 52 rotates, crushing knife 7 moves left and right on agitating plate 52
Auxiliary 5 degree of fermentation raw materials of agitating unit and microorganism are stirred, while fermentation of the bristle 81 to being attached on 2 inner wall of work box
Raw material is cleared up；When corrugated flexible hose 65 rotates, the solarization air cap 66 of 65 inside of corrugated flexible hose is closed, the gas in corrugated flexible hose 65
Body is discharged rapidly by the solarization air cap 66 in outside, can be impacted to the mixture of fermentation raw material and microorganism, is conducive to send out
Ferment raw material and microorganism are sufficiently mixed, and soft 9 deformation of bar when rotated of corrugated flexible hose 65 makes the deformation of Flat wire spring 92 to fermentation
Raw material and microorganism are stirred, and the efficiency of microbial fermentation is further improved；When the oxygen entered in incubator 61 is more next
When more, oxygen enters movable plate 102, fixed plate 101 and incubator 61 far from work box 2 one from the enterprising port of fixed plate 101
In the closed space of side, as the oxygen in closed space is more and more, movable plate 102 is pushed so that fermentation water is from water spray
First 103 spray into work box 2, contact with fermentation raw material and microorganism, fermentation is provided with water for microbial fermentation necessary
Moisture guarantees the suitable living environment of microorganism, is conducive to the rate for improving microbial fermentation；To fermentation raw material complete fermentation
Afterwards, motor 1 is closed, the motor-driven valve of discharge port is opened, tunning is taken out.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as protecting the present invention
The limitation of range.
The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should
Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe originals of the invention
Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements
It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (6)
1. a kind of energy saving and environment friendly microbial fermentation system, it is characterised in that: including feed inlet, discharge port, motor (1), work
Case (2), support base and controller；The controller is for controlling energy saving and environment friendly microbial fermentation system work；The charging
The number of mouth and discharge port is two, is equipped with motor-driven valve in inlet port and outlet port；The bottom of the support base and work box (2)
Portion is affixed；The motor (1) be located at the bottom of work box (2), its output end pass through work box (2) bottom, motor (1) it is defeated
The part that outlet is located in work box (2) is connected with transmission shaft (3), transmission shaft (3) one end and work far from motor (1) output end
Make the top rotation connection of case (2)；The internal top of the work box (2) is equipped with pulverizing unit (4), and pulverizing unit (4) is used for
Fermentation raw material is crushed；The pulverizing unit (4) includes crushing wheel (41), gear, rubbing plate (42)；The gear socket
On transmission shaft (3)；The crushing wheel (41) is located at the two sides of transmission shaft (3), and the number of crushing wheel (41) is four, crushing wheel
(41) lower section and two sides is connected with crushing tooth (43), crushing tooth (43) and gear engaged transmission；Crushing tooth (43) and shaft
Rotation connection, the one end of shaft far from crushing wheel (41) and the top of work box (2) are affixed, lead between adjacent crushing wheel (41)
Cross crushing tooth (43) engaged transmission；Crushing tooth (43) is rotated and is tentatively crushed to fermentation raw material when the gear rotates；It is described
The lower section of crushing wheel (41) is equipped with filter ring (44), and filter ring (44) is equipped with filter hole, and filter ring offers in the middle part of (44)
Through-hole, filter ring (44) are socketed on transmission shaft (3) by through-hole, and the end of filter ring (44) and the side wall of work box (2) are sliding
Dynamic connection；Side cross section structure of the filter ring (44) close to crushing wheel (41) is wavy；The rubbing plate (42) is located at
Between crushing tooth (43) and filter ring (44)；The rubbing plate (42) is symmetrical arranged on the basis of transmission shaft (3), rubbing plate (42)
It is made of rubbing frame (421) and kneading rod (422)；Rubbing frame (421) is equipped with No.1 cylinder (45) close to the side of shaft,
It is affixed that the bottom of No.1 cylinder (45) is located at internal transmission shaft (3), its output end and rubbing frame (421)；The kneading rod (422)
It is rotatablely connected with rubbing frame (421), has been evenly arranged rubbing tooth (423) on kneading rod (422)；No.1 cylinder (45) work
When drive rubbing plate (42) mobile, kneading rod (422) rotates on wavy filter ring (44) when rubbing plate (42) is mobile, together
When rubbing tooth (423) cooperation crushing tooth (43) filter stock is crushed again；The lower section of the filter ring (44) is equipped with and stirs
It mixes unit (5), agitating unit (5) is for being stirred mixing to fermentation raw material and microorganism；
Wherein, the agitating unit (5) includes No. two cylinders (51), agitating plate (52), stirring group (53)；The work box (2)
Inner wall offer annular groove (54), the two sidewalls up and down of annular groove (54) are connected with rack gear；The work box (2)
It is connected in side wall fixed block (55), the bottom of No. two cylinders (51) and fixed block (55) affixed, the other end and filter ring (44)
Contact；One end of the agitating plate (52) and transmission shaft (3) rotation connection, the other end are arranged with gear, and agitating plate (52) is arranged
Cogged one end is protruded into annular groove (54), wheel and rack engaged transmission；The stirring group (53) includes mixing drum
(531) it is symmetrical arranged, is stirred on the basis of the center line in agitating plate (52) horizontal direction with stirring rod (532), stirring group (53)
It mixes cylinder (531) and agitating plate (52) is affixed, hole is offered in the middle part of mixing drum (531), stirring is protruded into one end of stirring rod (532)
It is connect in the hole of cylinder (531) and by spring with the bottom of mixing drum (531)；The transmission shaft (3) drives agitating plate when rotating
(52) rotate in the horizontal direction and mixing be stirred to fermentation raw material and microorganism, when agitating plate (52) rotates by gear with
The engaged transmission of rack gear realizes own rotation, drives stirring group (53) to turn in the vertical direction when agitating plate (52) own rotation
Dynamic, stirring rod (532) constantly moves in mixing drum (531) in rotation, and stirring rod (532) compresses mixing drum when moving
(531) gas between stirring rod (532), which enters in No. two cylinders (51), stretches out the output end of No. two cylinders (51), and two
Filter ring (44) are driven to move up when the output end of number cylinder (51) stretches out；It is single that the outside of the work box (2) is equipped with aeration
First (6), aeration unit (6) is for oxygen needed for providing microbial fermentation；
The aeration unit (6) includes incubator (61), oxygen tank (62) and heater (63)；The incubator (61) is socketed in
The outside of work box (2), oxygen tank (62) are fixed in the outside of incubator (61), and the oxygen in oxygen tank (62) passes through incubator
(61) air inlet on enters in incubator (61)；The heater (63) is fixed in incubator (61) close to work box (2)
Side, heater (63) and controller are electrically connected；The lower section of the incubator (61) is equipped with aeration tube (64), aeration tube (64)
One end be connected to incubator (61), the other end, which passes through, work box (2) and postpones along the bottom of work box (2) to transmission shaft
(3) at；Entered in work box (2) after the heated device of oxygen (63) heating in the oxygen tank (62) by aeration tube (64)；
The lower section of the agitating unit (5) is equipped with the corrugated flexible hose (65) that cross section structure is accordion-like, and the number of corrugated flexible hose (65) is
Four, corrugated flexible hose (65) is equipped with solarization air cap (66), and adjacent corrugated flexible hose (65) passes through No.1 connecting tube in horizontal direction
(67) it is connected to, the end of No.1 connecting tube (67) is contacted with corrugated flexible hose (65), and No.1 connecting tube (67) and aeration tube (64) are even
Logical, by No. two connecting tube (68) connections, No. two connecting tubes (68) pass through hollow adjacent corrugated flexible hose (65) on vertical direction
Spring (69) is connect with transmission shaft (3), and No.1 connecting tube (67) is connected to aeration tube (64)；The transmission shaft (3) rotates space-time
Heart spring (69) deformation, the gas that hollow spring (69) is discharged when deforming, which enters in No.1 cylinder (45), drives No.1 cylinder (45)
Work；Auxiliary agitating unit (5) is stirred mixing to fermentation raw material and microorganism when the corrugated flexible hose (65) rotates, simultaneously
Oxygen is rotated through solarization air cap (66) and is sprayed.
2. a kind of energy saving and environment friendly microbial fermentation system according to claim 1, it is characterised in that: the agitating plate
(52) side close to work box (2) is equipped with crushing knife (7), and the lower section of crushing knife (7) is equipped with sliding slot (71), crushing knife (7) with
Sliding slot (71) is slidably connected；The crushing knife (7) is stirred fermentation raw material and microorganism for assisted comminution unit (4) mixed
It closes, while the fermentation raw material not crushed completely is crushed again.
3. a kind of energy saving and environment friendly microbial fermentation system according to claim 2, it is characterised in that: the crushing knife
(7) side is connected with cleaning bar (8), has been evenly arranged on cleaning bar (8) bristle (81), and bristle (81) is used for work box
(2) fermentation raw material adhered on side wall is cleared up.
4. a kind of energy saving and environment friendly microbial fermentation system according to claim 1, it is characterised in that: phase in horizontal direction
Soft bar (9) are equipped between the adjacent corrugated flexible hose (65), the middle part of soft bar (9) is solid by connection buckle (91) and hollow spring (69)
It connects, is arranged with Flat wire spring (92) on soft bar (9)；Soft bar (9) is along hollow spring (69) shape when the hollow spring (69) deformation
Direction rotation auxiliary agitating unit (5) of change is stirred fermentation material and microorganism, and Flat wire spring (92) is deformed to proferment
Material and microorganism are stirred.
5. a kind of energy saving and environment friendly microbial fermentation system according to claim 4, it is characterised in that: the corrugated flexible hose
(65) multiple arcs bar (93) are equipped at intervals on the inside of；The affixed ball sealer in one end (94) of the curved rod (93)；The sealing
Ball (94) is for closing solarization air cap (66).
6. a kind of energy saving and environment friendly microbial fermentation system according to claim 1, it is characterised in that: the incubator
(61) water spray unit (10) are equipped in, water spray unit (10) is for providing fermentation water required when microbial fermentation；The spray
Water unit (10) includes fixed plate (101), movable plate (102) and fountain head (103)；The fixed plate (101) is located at incubator
(61) top in, and it is affixed with incubator (61), air inlet is offered in fixed plate (101), is equipped with check valve at air inlet；
The movable plate (102) is located between fixed plate (101) and the top of incubator (61), and movable plate (102) is by spring and protects
Incubator (61) connection；The movable plate (102), fixed plate (101) and incubator (61) are closed close to what work box (2) side was formed
It closes space and is provided with fermentation water, fermentation is supplemented with water by the water inlet (104) above incubator (61)；The fountain head
(103) closure that water inlet end and movable plate (102), fixed plate (101) and incubator (61) is formed close to work box (2) side
Space connection, water outlet are protruded into work box (2), and oxygen pushes movable plate (102) mobile after air inlet entrance, movable plate
(102) closed space that movable plate (102), fixed plate (101) and incubator (61) are formed close to work box (2) side when mobile
Interior fermentation is sprayed with water by fountain head (103).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910014214.7A CN109609343A (en) | 2019-01-08 | 2019-01-08 | A kind of energy saving and environment friendly microbial fermentation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910014214.7A CN109609343A (en) | 2019-01-08 | 2019-01-08 | A kind of energy saving and environment friendly microbial fermentation system |
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| Publication Number | Publication Date |
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| CN109609343A true CN109609343A (en) | 2019-04-12 |
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ID=66016334
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910014214.7A Withdrawn CN109609343A (en) | 2019-01-08 | 2019-01-08 | A kind of energy saving and environment friendly microbial fermentation system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110055162A (en) * | 2019-05-10 | 2019-07-26 | 天台婉枫电子有限公司 | A kind of Intelligent fermentation of novel multiple angle stirring |
| CN112048440A (en) * | 2020-09-16 | 2020-12-08 | 尚永锋 | Microbial fermentation device |
| CN114105694A (en) * | 2021-11-29 | 2022-03-01 | 王新雨 | Biological ground bottom fermentation device |
| CN114478095A (en) * | 2022-02-28 | 2022-05-13 | 江苏海洋大学 | Microorganism solid state fermentation equipment based on organic bacterial manure |
| CN117363461A (en) * | 2023-12-07 | 2024-01-09 | 淄博酱倒缸农业发展有限公司 | Fermentation production system for fungus curing |
-
2019
- 2019-01-08 CN CN201910014214.7A patent/CN109609343A/en not_active Withdrawn
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110055162A (en) * | 2019-05-10 | 2019-07-26 | 天台婉枫电子有限公司 | A kind of Intelligent fermentation of novel multiple angle stirring |
| CN112048440A (en) * | 2020-09-16 | 2020-12-08 | 尚永锋 | Microbial fermentation device |
| CN112048440B (en) * | 2020-09-16 | 2023-12-08 | 湖南金汇龙科技有限公司 | Microorganism fermentation device |
| CN114105694A (en) * | 2021-11-29 | 2022-03-01 | 王新雨 | Biological ground bottom fermentation device |
| CN114478095A (en) * | 2022-02-28 | 2022-05-13 | 江苏海洋大学 | Microorganism solid state fermentation equipment based on organic bacterial manure |
| CN117363461A (en) * | 2023-12-07 | 2024-01-09 | 淄博酱倒缸农业发展有限公司 | Fermentation production system for fungus curing |
| CN117363461B (en) * | 2023-12-07 | 2024-03-22 | 淄博酱倒缸农业发展有限公司 | Fermentation production system for fungus curing |
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Application publication date: 20190412 |