CN109097262A - Probiotics is inoculated with breeding apparatus - Google Patents
Probiotics is inoculated with breeding apparatus Download PDFInfo
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- CN109097262A CN109097262A CN201810996267.9A CN201810996267A CN109097262A CN 109097262 A CN109097262 A CN 109097262A CN 201810996267 A CN201810996267 A CN 201810996267A CN 109097262 A CN109097262 A CN 109097262A
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- 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
- C12M33/00—Means for introduction, transport, positioning, extraction, harvesting, peeling or sampling of biological material in or from the apparatus
- C12M33/04—Means for introduction, transport, positioning, extraction, harvesting, peeling or sampling of biological material in or from the apparatus by injection or suction, e.g. using pipettes, syringes, needles
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- 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
- C12M31/00—Means for providing, directing, scattering or concentrating light
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- C12M37/00—Means for sterilizing, maintaining sterile conditions or avoiding chemical or biological contamination
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- 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
- C12M47/00—Means for after-treatment of the produced biomass or of the fermentation or metabolic products, e.g. storage of biomass
- C12M47/18—Gas cleaning, e.g. scrubbers; Separation of different gases
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Abstract
A kind of probiotics inoculation breeding apparatus, including interface channel, air filtration separator, transfer room, raising chamber, the air filtration separator, transfer room, raising chamber is sequentially connected from left to right, the side of air filtration separator is arranged in interface channel, and interface channel and air filtration separator, transfer room, raising chamber's connection, the air that air filtration separator extracts in ambient atmosphere enters inside air filtration separator, the air of extraction is filtered, sterilization, separation is to obtain probiotic's culture air, and it is delivered to probiotic's culture air is lasting in interface channel, interface channel guides probiotic's culture to transfer room with air, raising chamber, so as to be full of probiotic's culture air in transfer room；Raising chamber places from the inoculated probiotic's culture material of transfer room, and the probiotic's culture that raising chamber actively provides interface channel is sucked inside raising chamber with air, so that probiotic's culture material can be grown.
Description
Technical field
The present invention relates to probiotics production equipment technologies more particularly to a kind of probiotics to be inoculated with breeding apparatus.
Background technique
Probiotics is a kind of active microorganism beneficial to host, is to be colonized in human body intestinal canal, in reproductive system, can generate
Definite health efficacy so as to improve host's microecological balance, play the active beneficial microorganism general name of beneficial effect.Human body moves
Beneficial bacterium or fungi mainly have in object: clostridium butyricum, lactic acid bacteria, Bifidobacterium, lactobacillus acidophilus, actinomyces, yeast
Bacterium etc..At present the most powerful product of the function studied in the world be mainly the above all kinds of microorganism groups at composite reactive it is prebiotic
Bacterium is widely used in bioengineering, industrial or agricultural, food safety and life and health field.Probiotics can enhance the mankind and
The health of animal reduces disease risks, and intestinal physiology can be made to generate significant changes, better health status is provided and improve difference
The production performance of animal.In the prior art, when probiotics carries out large-scale production, not for the inoculation of probiotics, cultivate effect
Ideal, seriously reduces the activity of probiotics, to influence the practical function of probiotics.
Summary of the invention
In view of this, it is necessary to provide a kind of probiotics to be inoculated with breeding apparatus.
A kind of probiotics inoculation breeding apparatus, including interface channel, air filtration separator, transfer room, raising chamber, institute
State air filtration separator, transfer room, raising chamber are sequentially connected from left to right, interface channel setting is separated in air filtration to be filled
The side set, and interface channel is connected to air filtration separator, transfer room, raising chamber, and air filtration separator is taken out
It takes the air in ambient atmosphere to enter inside air filtration separator, the air of extraction is filtered, is sterilized, is separated to obtain
Probiotic's culture air, and be delivered to probiotic's culture air is lasting in interface channel, probiotic's culture used
Air is stored in interface channel, plays the role of caching probiotic's culture air, interface channel is by probiotic's culture air
Guidance is to transfer room, raising chamber, so as to be full of probiotic's culture air in transfer room；Raising chamber places and is inoculated with from transfer room
Probiotic's culture material, actively the probiotic's culture that provides interface channel is sucked inside raising chamber with air for raising chamber so that
Probiotic's culture material can be grown.
Preferably, the air filtration separator includes cabinet, at least two air guide plates, at least two ultraviolet lights
Sterilizer, air separator, air-introduced machine, the top of the box are provided with air inlet, and bottom side is provided with gas outlet, air into
Mouth is provided with the air filtering core of dust particles in for filtering air, and successively fixation is set at least two air guide plates from top to bottom
It sets in box house, there are spacing between each other at least two air guide plates, and are arranged in parallel with tank floor, at least two
One end of the one of short side of air guide plate is not fixedly connected with cabinet wall, one end of another short side and the both ends of long side
It is fixedly connected with cabinet wall, so that cabinet and at least two air guide plates is formed gap, and gap interlocks from top to bottom
Setting, makes cabinet and at least two air guide plates surround S-shaped channel, so that filtered air becomes in the stroke of box house
It is long, filtered air is increased in the case intracorporal residence time, and at least two ultraviolet sterilizers are fixed at least two
The lower section of a air guide plate, for sterilizing to filtered air, air separator is fixed at the bottom of cabinet,
And close to gas outlet side, the gas outlet of air separator and the bottom of box is there are spacing, and the side wall table of air separator
Face and the bottom surface of cabinet wall and at least two air guide plates fit closely, and make cabinet, at least two air guide plates
And air separator surrounds a cavity in bottom of box exit, plays the role of buffering probiotic's culture air, air inducing
Machine is fixed at gas outlet, probiotic's culture air to be sucked in interface channel, the arrival end and case of air-introduced machine
Internal portion's connection, outlet end and cabinet outside are connected to.
Preferably, the raising chamber includes the first raising chamber, the second raising chamber, and it is remote that first raising chamber is located at transfer room
Side from air filtration separator is provided with the first venthole, the side table of the first raising chamber at the top of the first raising chamber
Face is provided with the first cultivation chamber inlet, and the first raising chamber inlet is provided with the first hermatic door, and the top of the first hermatic door is fixed
It is provided with the first tray rack, the first hermatic door is provided with the first ventilation blower, the first ventilation blower below the side of transfer room
Be connected to inside the first raising chamber, be fixedly installed the first culture dish frame inside the first raising chamber, and the first culture dish frame and
First raising chamber bottom is arranged in parallel, and the first heating plate, second raising chamber are fixedly installed below the first culture dish frame
Positioned at the side of the first raising chamber, the second venthole is provided at the top of the second raising chamber, the second venthole side is provided with row
Air valve, a side surface of the second raising chamber are provided with the second cultivation chamber inlet, and the second raising chamber inlet is provided with the second sealing
, the second tray rack is fixedly installed above the second hermatic door, it is logical that the side below the second hermatic door is fixedly installed second
It is connected to inside blower, the second ventilation blower and the second raising chamber, the second culture dish frame is fixedly installed inside the second raising chamber, and
Second culture dish frame and the bottom of the second raising chamber are arranged in parallel, and the bottom of the second raising chamber is fixedly installed the second heating plate,
Second raising chamber is provided with air circulation mechanism far from the end surface of transfer room, and air circulation mechanism includes circulating fan, connects
Lower part of second raising chamber far from first raising chamber one end, the arrival end of circulating fan and second is arranged in adapter tube, circulating fan
The lower part of raising chamber is connected to, and connecting tube one end is connected to the second raising chamber top, and the other end is connected to circulating fan outlet end, with
Indoor lower gas is cultivated in guidance second and upper gas flows, and so that the indoor gas of the second cultivation is formed circulation, is conducive to
The cultivation of probiotics.
Preferably, profitable probliotics vaccination station is set in the transfer room, and the top setting profitable probliotics of transfer room cache machine
Structure, probiotics cache mechanism include buffer tank, feed pump, support frame, material separating disc, and support frame is fixed at the upper of transfer room
Side, buffer tank are fixedly installed on the support frame, and material separating disc is arranged in transfer room, and is located at the top of probiotics vaccination station,
Material separating disc is connected to the outlet end for the feed pump that support frame side is arranged in, and the input end of feed pump is connected to buffer tank, to draw
The probiotics led in buffer tank flow to material separating disc, and staff is facilitated to be inoculated with probiotics.
Preferably, top far from one side surface of the first hermatic door of the transfer room, the first raising chamber, the second raising chamber are remote
Top from one side surface of the second hermatic door is provided with light compensating lamp.
Preferably, first raising chamber is far from one side surface of the first hermatic door, the second raising chamber far from the second hermatic door
One side surface is provided with control cabinet.
Preferably, first tray rack includes pallet, swingle, fixing seat, and fixing seat is fixed at the first cultivation
On room, positioned at the top of the first ventilation blower, and fixing seat is higher than the first hermatic door, and fixing seat is separate to be contacted with the first raising chamber
The end surface in face is provided with pillar, and swingle one end is fixedly connected with the tray, and the other end offers a blind hole, blind hole suit
On pillar, swingle is enable to circumferentially rotate along pillar, second tray rack and the first tray rack structure having the same.
Preferably, the surrounding of the first cultivation chamber inlet is provided with boss, and the first raising chamber is located at four turnings of boss
Place is provided with threaded hole, and described first, which cultivates chamber inlet and second, cultivates chamber inlet structure having the same.
Preferably, first hermatic door includes door body, handle, fixed ear, screw threads for fastening pin, door body close to boss one
Side surface is provided with chimb, and fixed ear is fixed at four corners of door body, offers in fixed ear opposite with threaded hole
The pin hole answered, handle are fixed at door body far from a side surface of chimb, and the chimb in door body is stuck in the first raising chamber and enters
On the boss of mouth, screw threads for fastening pin is inserted into pin hole, and is threaded into hole, and the first hermatic door is made to be fixed on the first raising chamber
On, by first raising chamber's inlet seal, first hermatic door and the second hermatic door structure having the same.
Preferably, first heating plate includes heat sink, heater, and mounting hole is provided on heat sink, and heater is inserted
Enter into the mounting hole being arranged on heat sink, and connect with external power supply, first heating plate has phase with the second heating plate
Same structure.
The present invention by adopting the above technical scheme, the beneficial effect is that: the present invention be arranged air filtration separator, can
Transfer room will be introduced into, the dust particles cultivated in indoor air are removed by filtering, and other gases in air can be isolated,
Enter to permission oxygen, while sterilizing can also be carried out to filtered air, removes germ in air, prevent from poisoning inoculation
Indoor probiotics is cultivated in room；Interface channel is connected to air filtration separator, transfer room, raising chamber, and probiotic's culture is used
Air is sent in interface channel, and is transferred to transfer room, raising chamber by interface channel；The present invention is directed to needed for humans and animals
The various bacterium of body health benefits or flora, according to actual needs, the expansion culture step by step from kind of bacterium to practical fungus, by various
The equipment of large, medium and small system, achievable large-scale production and its application.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that probiotics of the present invention is inoculated with breeding apparatus.
Fig. 2 be air filtration separator of the present invention, transfer room, the first raising chamber, the second raising chamber connect structure show
It is intended to.
Fig. 3 be air filtration separator of the present invention, transfer room, the first raising chamber connect structural schematic diagram.
Fig. 4 is the cross-sectional view of Fig. 3.
Fig. 5 is the structural schematic diagram of the first tray rack.
Fig. 6 is the structural schematic diagram of the first hermatic door.
Fig. 7 is the structural schematic diagram of the first heating plate.
Fig. 8 is the enlarged drawing in Fig. 3 at A.
In figure: interface channel 10, air filtration separator 20, cabinet 201, air inlet 2011, air filtering core 2012, extremely
Few two air guide plates 202, at least two ultraviolet sterilizers 203, air separator 204, air-introduced machine 205, transfer room 30,
Probiotics vaccination station 301, probiotics cache mechanism 302, buffer tank 3021, feed pump 3022, support frame 3023, material separating disc
3024, raising chamber 40, the first raising chamber 401, the first venthole 4011, first cultivate chamber inlet 4012, boss 40121, screw thread
Hole 40122, the first hermatic door 4013, door body 40131, chimb 401311, handle 40132, fixed ear 40133, screw threads for fastening pin
40134, the first tray rack 4014, pallet 40141, swingle 40142, blind hole 401421, fixing seat 40143, pillar 401431,
First ventilation blower 4015, the first culture dish frame 4016, the first heating plate 4017, heat sink 40171, heater 40172, second are trained
Brood chamber 402, the second venthole 4021, second cultivate chamber inlet 4022, the second hermatic door 4023, the second tray rack 4024, second
Ventilation blower 4025, the second heating plate 4027, air circulation mechanism 4028, circulating fan 40281, connects second culture dish frame 4026
Adapter tube 40282, exhaust valve 4029, light compensating lamp 50, control cabinet 60.
Specific embodiment
Fig. 1 to Fig. 8 is please referred to, the embodiment of the invention provides a kind of probiotics to be inoculated with breeding apparatus, including interface channel
10, air filtration separator 20, transfer room 30, raising chamber 40, the air filtration separator 20, are cultivated transfer room 30
Room 40 is sequentially connected from left to right, and the side of air filtration separator 20, and interface channel 10 is arranged in interface channel 10
It is connected to air filtration separator 20, transfer room 30, raising chamber 40, air filtration separator 20 extracts in ambient atmosphere
Air enters inside air filtration separator 20, is filtered, sterilizes to the air of extraction, separating to obtain probiotic's culture
It is delivered in interface channel 10 with air, and by probiotic's culture air is lasting, probiotic's culture is stored in air and is connected
Connect road 10 in, play the role of cache probiotic's culture air, interface channel 10 by probiotic's culture with air guide to
Transfer room 30, raising chamber 40, so as to be full of probiotic's culture air in transfer room 30；Raising chamber 40 places and connects from transfer room 30
The probiotic's culture material planted, the probiotic's culture that 40 active of raising chamber provides interface channel 10 suck raising chamber 40 with air
Inside, so that probiotic's culture material can be grown.
Further, the air filtration separator 20 includes cabinet 201, at least two air guide plates 202, at least
Two ultraviolet sterilizers 203, air separator 204, air-introduced machine 205 are provided with air inlet 2011 at the top of the cabinet 201,
Bottom side is provided with gas outlet, and air inlet 2011 is provided with the air filtering core 2012 of dust particles in for filtering air, until
Few two air guide plates 202 are successively fixed inside cabinet 201 from top to bottom, at least two air guide plates, 202 phase
There are spacing between mutually, and are arranged in parallel with 201 bottom surface of cabinet, and the length of at least two air guide plates 202 is less than cabinet 201
Length, so that cabinet 201 and at least two air guide plates 202 is surrounded S-shaped channel, so that filtered air is in cabinet 201
Internal stroke is elongated, increases residence time of the filtered air in cabinet 201, at least two ultraviolet sterilizers
203 are fixed at the lower section of at least two air guide plates 202, for being sterilized to filtered air, air separation
Device 204 is fixed at the bottom of cabinet 201, and close to gas outlet side, air separator 204 goes out with 201 bottom of cabinet
Port is there are spacing, and the sidewall surfaces of air separator 204 and 201 inner wall of cabinet and at least two air guide plates 202
Bottom surface fit closely, make cabinet 201, at least two air guide plates 202 and air separator 204 at 201 bottom of cabinet
Portion exit surrounds a cavity, plays the role of buffering probiotic's culture air, air-introduced machine 205 is fixed at gas outlet
Place, probiotic's culture in air sucking interface channel 10, to be connected to inside the arrival end and cabinet 201 of air-introduced machine 205,
It is connected to outside outlet end and cabinet 201.
It is fixed at the air-introduced machine 205 at 201 bottom gas outlet of cabinet to work, so that the air pressure inside cabinet 201 is small
In 201 outside atmospheric pressure of cabinet, so that the air inlet 2011 that the air outside cabinet 201 is arranged at the top of cabinet 201 enters,
The air filtering core 2012 being arranged at air inlet 2011 removes the dust particles in air, enters cabinet by filtered air
In 201, flowed along the S-shaped channel that cabinet 201 and at least two air guide plates 202 surround to 205 one end of air-introduced machine, so that mistake
Stroke of the air inside cabinet 201 after filter is elongated, increases residence time of the filtered air in cabinet 201, and
At least two ultraviolet sterilizers 203 below at least two air guide plates 202 are arranged in can be to slow transitting through S-shaped channel
Interior air is sterilized, to remove the harmful bacteria in air, guarantees to be contaminated by bacterial when cultivating probiotics, quilt
Air after filtering, sterilization is when flowing to the air separator 204 at 201 bottom gas outlet of cabinet, and air separator 204 will be by
Other gases separation in air after filtering, sterilization can only allow oxygen by air separator 204, obtain probiotics training
Feeding air, so that dustless, the sterile, high oxygen content into the air in interface channel 10, is conducive to cultivate probiotics.
Further, the raising chamber 40 includes the first raising chamber 401, the second raising chamber 402, first raising chamber
401 are located at side of the transfer room 30 far from air filtration separator 20, and the top of the first raising chamber 401 is provided with the first ventilation
Hole 4011, the first venthole 4011 belong to one-way exhaust, to the exhaust gas discharge that will be generated in probiotics cultivating process, and prevent
The air do not filtered, sterilized enters, and a side surface of the first raising chamber 401 is provided with the first cultivation chamber inlet 4012, the
It is provided with the first hermatic door 4013 at one cultivation chamber inlet 4012, the top of the first hermatic door 4013 is fixedly installed the first pallet
Frame 4014, the first hermatic door 4013 are provided with the first ventilation blower 4015, the first ventilation blower below the side of transfer room 30
4015 be connected to inside the first raising chamber 401, to by probiotic's culture in interface channel 10 with air introduce the first raising chamber
In 401, the first culture dish frame 4016, and the first culture dish frame 4016 and first are fixedly installed inside the first raising chamber 401
401 bottom of raising chamber is arranged in parallel, and the lower section of the first culture dish frame 4016 is fixedly installed the first heating plate 4017, and described second
Raising chamber 402 is located at the side of the first raising chamber 401, and the top of the second raising chamber 402 is provided with the second venthole 4021, and second
Venthole 4021 belongs to one-way exhaust, to the exhaust gas discharge that will be generated in probiotics cultivating process, prevents from not filtered, kill
The air of bacterium enters, and 4021 side of the second venthole is provided with exhaust valve 4029, and one conveniently blows to the second raising chamber 402
During sweeping disinfection, the gas for being used to purge disinfection can be discharged rapidly, a side surface of the second raising chamber 402 is provided with
Two cultivate chamber inlets 4022, are provided with the second hermatic door 4023 at the second cultivation chamber inlet 4022, the second hermatic door 4023 it is upper
Side is fixedly installed the second tray rack 4024, and the side of 4023 lower section of the second hermatic door is fixedly installed the second ventilation blower 4025,
It is connected to inside second ventilation blower 4025 and the second raising chamber 402, to introduce probiotic's culture in interface channel 10 with air
In second raising chamber 402, the second culture dish frame 4026, and the second culture dish frame are fixedly installed inside the second raising chamber 402
4026 are arranged in parallel with the bottom of the second raising chamber 402, and the bottom of the second raising chamber 402 is fixedly installed the second heating plate
4027, the second raising chamber 402 is provided with air circulation mechanism 4028, air circulation mechanism far from the end surface of transfer room 30
4028 include circulating fan 40281, connecting tube 40282, and the setting of circulating fan 40281 is in the second raising chamber 402 far from the first training
The lower part of 401 one end of brood chamber, the arrival end of circulating fan 40281 are connected to the lower part of the second raising chamber 402, connecting tube 40282
One end is connected to 402 top of the second raising chamber, and the other end is connected to 40281 outlet end of circulating fan, to guide the second raising chamber
Lower gas and upper gas in 402 flow, and form the gas in the second raising chamber 402 inside the second raising chamber 402
It circulates up and down, is conducive to the cultivation of probiotics.
For probiotics in cultivating growth course, probiotics breeding condition needed for each stage is different, utilizes the first training
Brood chamber 401 is mainly used for cultivating just inoculated probiotics, and the second raising chamber 402 is mainly used for the first raising chamber 401
Interior probiotics expands culture, and is individually cultivated by the probiotics to different growing stages, can be greatly improved benefit
The activity of raw bacterium.
Further, profitable probliotics vaccination station 301 is set in the transfer room 30, the top of transfer room 30 is provided with prebiotic
Bacterium cache mechanism 302, probiotics cache mechanism 302 include buffer tank 3021, feed pump 3022, support frame 3023, material separating disc
3024, support frame 3023 is fixed at the top of transfer room 30, and buffer tank 3021 is fixed on support frame 3023, can
The probiotics that extraneous conveying comes first is stored in buffer tank 3021, at the same buffer tank 3021 extraneous conveying can also be come it is prebiotic
Bacterium mixes, and is conducive to the inoculation of probiotics, and material separating disc 3024 is arranged in transfer room 30, and is located at probiotics vaccination station 301
Top, material separating disc 3024 is connected to the outlet end for the feed pump 3022 that 3023 side of support frame is arranged in, feed pump 3022
Input end is connected to buffer tank 3021, to guide the probiotics in buffer tank 3021 to flow to material separating disc 3024, facilitates staff
Probiotics is inoculated with.
Probiotic's culture ware is placed in probiotics vaccination station 301 by staff, opens 3022 outlet end of feed pump
Valve, the probiotics in buffer tank 3021 flow to material separating disc 3024, and is dropped in probiotic's culture ware by material separating disc 3024,
Staff is facilitated to be inoculated with probiotics.
Further, top far from 4,013 1 side surface of the first hermatic door of the transfer room 30, the first raising chamber 401,
Second raising chamber 402 is provided with light compensating lamp 50 far from the top of 4,023 1 side surface of the second hermatic door, to cultivate first
Probiotics in room 401, the second raising chamber 402 carries out illumination, improves the activity of probiotics, enhances the survival rate of probiotics, have
Conducive to the cultivation of probiotics.
Further, first raising chamber 401 is remote far from 4,013 1 side surface of the first hermatic door, the second raising chamber 402
It is provided with control cabinet 60 from 4,023 1 side surface of the second hermatic door, it is logical to control air-introduced machine 205, first by control cabinet 60
Blower 4015, the second ventilation blower 4025, the first heating plate 4017, the second heating plate 4027, the unlatching of circulating fan 40281 and pass
It closes, thus control the first raising chamber 401, temperature and oxygen content in the second raising chamber 402.
Fig. 3, Fig. 5 are please referred to, further, first tray rack 4014 includes pallet 40141, swingle 40142, consolidates
Reservation 40143, fixing seat 40143 are fixed in the first raising chamber 401, positioned at the top of the first ventilation blower 4015, and
Fixing seat 40143 is higher than the first hermatic door 4013, the separate end surface with the first raising chamber 401 contact surface of fixing seat 40143
It is provided with pillar 401431,40142 one end of swingle is fixedly connected with pallet 40141, makes pallet 40141 and the first raising chamber
401 bottom keeping parallelisms, the other end offer a blind hole 401421, and blind hole 401421 is sleeved on pillar 401431, push
Swingle 40142 enables swingle 40142 to circumferentially rotate along pillar 401431, second tray rack 4024 and the first support
The structure having the same of plate rail 4014, staff can will be inoculated with the benefit of probiotics when opening the first hermatic door 4013
Raw bacterium culture dish is placed on pallet 40141, and staff is facilitated to open the door.
Fig. 8 is please referred to, further, the surrounding of the first cultivation chamber inlet 4012 is provided with boss 40121, the first training
Four corners that brood chamber 401 is located at boss 40121 are provided with threaded hole 40122, and described first cultivates chamber inlet 4012 and the
Two cultivate the structure having the same of chamber inlet 4022.
It is further to please refer to Fig. 3, Fig. 6, Fig. 8, first hermatic door 4013 include door body 40131, handle 40132,
Fixed ear 40133, screw threads for fastening pin 40134, door body 40131 are provided with chimb 401311 close to a side surface of boss 40121,
Fixed ear 40133 is fixed at four corners of door body 40131, offers in fixed ear 40133 and 40122 phase of threaded hole
Corresponding pin hole, handle 40132 are fixed at door body 40131 far from a side surface of chimb 401311, in door body 40131
Chimb 401311 be stuck on the boss 40121 of the first cultivation chamber inlet 4012, screw threads for fastening pin 40134 is inserted into pin hole,
And be threaded into hole 40122, it is fixed on the first hermatic door 4013 in first raising chamber 401, cultivates chamber inlet for first
4012 sealings, first hermatic door 4013 and the structure having the same of the second hermatic door 4023.
Fig. 7 is please seen disastrously, and further, first heating plate 4017 includes heat sink 40171, heater 40172, heat dissipation
Mounting hole is provided on plate 40171, heater 40172 is inserted into the mounting hole being arranged on heat sink 40171, and and external electrical
Source connection and radiates heat on heat sink 40171 after being heated by heater 40172, and heat sink 40171 is by heater
40172 heats passed over are dispersed into again in the first raising chamber 401, to provide heat source for the first raising chamber 401, described the
One heating plate 4017 and the structure having the same of the second heating plate 4027.
A working method of the invention is as follows: starting is fixed at the air-introduced machine 205 at 201 bottom gas outlet of cabinet,
So that the air pressure inside cabinet 201 is less than 201 outside atmospheric pressure of cabinet, so that the air outside cabinet 201 is pushed up from cabinet 201
The air inlet 2011 of portion's setting enters, and the air filtering core 2012 being arranged at air inlet 2011 removes the dust particles in air,
Entered in cabinet 201 by filtered air, along the S-shaped channel that cabinet 201 is surrounded at least two air guide plates 202 to drawing
The flowing of 205 one end of blower, so that stroke of the filtered air inside cabinet 201 is elongated, increases filtered air and exists
Residence time in cabinet 201, and at least two ultraviolet sterilizers below at least two air guide plates 202 are set
203 can sterilize to by the air in S-shaped channel, to remove the harmful bacteria in air, guarantee prebiotic in cultivation
It will not be contaminated by bacterial when bacterium, the air after being filtered, being sterilized flows to the air separator at 201 bottom gas outlet of cabinet
When 204, air separator 204 separates other gases in the air after being filtered, being sterilized, and oxygen can only be allowed to pass through air
Separator 204 obtains probiotic's culture air, so that dustless, the sterile, high oxygen content into the air in interface channel 10,
Be conducive to cultivate probiotics；
Probiotic's culture ware is placed in probiotics vaccination station 301 by staff, opens the valve of 3022 outlet end of feed pump,
Probiotics in buffer tank 3021 flow to material separating disc 3024, and is dropped in probiotic's culture ware by material separating disc 3024；Starting
First heating plate 4017 keeps being in suitable cultivation temperature in the first raising chamber 401, inoculated probiotic's culture ware is sent
It to the first raising chamber 401, is placed on the first culture dish frame 4016, opens light compensating lamp 50, provide light for the first raising chamber 401
Source, the exhaust gas that probiotics generates in cultivating process are discharged by the first venthole 4011 being arranged at the top of the first raising chamber 401；
After cultivating one end time in the first raising chamber 401, staff starts the second heating plate 4027, keeps the second raising chamber
It is in suitable cultivation temperature in 402, and starts circulating fan 40281, the air in the second raising chamber 402 is kept to be in up and down
Recurrent state is conducive to the cultivation of probiotics, and the probiotics cultivated in the first raising chamber 401 is transferred to the second raising chamber 402
On the second interior culture dish frame 4026, light compensating lamp 50 is opened, provides light source for the second raising chamber 402, probiotics is in cultivating process
The exhaust gas of middle generation is discharged by the second venthole 4021 being arranged at the top of the second raising chamber 402；
After cultivation, when needing to carry out gas bleed to transfer room 30, the first raising chamber 401, the second raising chamber 402, beat
The first hermatic door 4013, the second hermatic door 4023 are opened, the gas of flushing is introduced in interface channel 10 by air-introduced machine 205,
And by the first ventilation blower 4015, the second ventilation blower 4025 by the gas of flushing from interface channel 10 introduce the first raising chamber 401,
In second raising chamber 402, the exhaust gas that generates after probiotics is cultivated in flushing gas and the first raising chamber 401, the second raising chamber 402
Mixing, flushing gas drive exhaust gas to flow in transfer room 30, the first raising chamber 401, the second raising chamber 402, and pass through second
The exhaust valve 4029 that is arranged at the top of raising chamber 402 is discharged, and continues for some time, complete to transfer room 30, the first raising chamber 401,
The flushing work of second raising chamber 402.
The above disclosure is only the preferred embodiments of the present invention, cannot limit the right model of the present invention with this certainly
It encloses, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and wants according to right of the present invention
Made equivalent variations is sought, is still belonged to the scope covered by the invention.
Claims (10)
1. a kind of probiotics is inoculated with breeding apparatus, it is characterised in that: including interface channel, air filtration separator, transfer room,
Raising chamber, the air filtration separator, transfer room, raising chamber are sequentially connected from left to right, and interface channel is arranged in air
The side of filtering separation device, and interface channel is connected to air filtration separator, transfer room, raising chamber, air filtration
The air that separator extracts in ambient atmosphere enters inside air filtration separator, is filtered, kills to the air of extraction
Bacterium, separation are delivered in interface channel with obtaining probiotic's culture air by probiotic's culture air is lasting, are connected
Channel guides probiotic's culture to transfer room, raising chamber with air, so as to be full of probiotic's culture air in transfer room；Training
Brood chamber is placed from the inoculated probiotic's culture material of transfer room, and the probiotic's culture that raising chamber actively provides interface channel is empty
Aspiration enters inside raising chamber, so that probiotic's culture material can be grown.
2. probiotics according to claim 1 is inoculated with breeding apparatus, it is characterised in that: the air filtration separator packet
Include cabinet, at least two air guide plates, at least two ultraviolet sterilizers, air separator, air-introduced machine, the top of the box
It is provided with air inlet, bottom side is provided with gas outlet, and air intlet is provided with the air of dust particles in for filtering air
Filter core, at least two air guide plates are successively fixed at box house from top to bottom, and at least two air guide plates are mutual
Between there are spacing, and be arranged in parallel with tank floor, one end of the one of short side of at least two air guide plates not with case
Internal wall is fixedly connected, and one end of another short side and the both ends of long side are fixedly connected with cabinet wall, make cabinet at least
Two air guide plates form gap, and gap is staggered from top to bottom, encloses cabinet at least two air guide plates
At S-shaped channel, so that filtered air is elongated in the stroke of box house, increases filtered air and stop case is intracorporal
The time is stayed, at least two ultraviolet sterilizers are fixed at the lower section of at least two air guide plates, for filtered
Air is sterilized, and air separator is fixed at the bottom of cabinet, and close to gas outlet side, air separator and cabinet
The gas outlet of bottom is there are spacing, and the sidewall surfaces of air separator and cabinet wall and at least two air guide plates
Bottom surface fits closely, and cabinet, at least two air guide plates and air separator is made to surround one in bottom of box exit
A cavity plays the role of buffering probiotic's culture air, and air-introduced machine is fixed at gas outlet, to train probiotics
It supports in air sucking interface channel, the arrival end of air-introduced machine is connected to box house, is connected to outside outlet end and cabinet.
3. probiotics according to claim 1 is inoculated with breeding apparatus, it is characterised in that: the raising chamber includes the first cultivation
Room, the second raising chamber, first raising chamber are located at side of the transfer room far from air filtration separator, the first raising chamber
Top is provided with the first venthole, and a side surface of the first raising chamber is provided with the first cultivation chamber inlet, and first cultivates chamber inlet
Place is provided with the first hermatic door, the first tray rack is fixedly installed above the first hermatic door, the first hermatic door is close to transfer room
Side below be provided with the first ventilation blower, be connected to inside the first ventilation blower and the first raising chamber, consolidates inside the first raising chamber
Surely it is provided with the first culture dish frame, and the first culture dish frame is arranged in parallel with the first raising chamber bottom, the first culture dish frame
Lower section is fixedly installed the first heating plate, and second raising chamber is located at the side of the first raising chamber, the top of the second raising chamber
It is provided with the second venthole, the second venthole side is provided with exhaust valve, and a side surface of the second raising chamber is provided with the second training
Brood chamber entrance, the second raising chamber inlet are provided with the second hermatic door, the second pallet are fixedly installed above the second hermatic door
Frame, the side below the second hermatic door are fixedly installed the second ventilation blower, are connected to inside the second ventilation blower and the second raising chamber, the
The second culture dish frame is fixedly installed inside two raising chamber, and the second culture dish frame is parallel with the bottom of the second raising chamber sets
It sets, the bottom of the second raising chamber is fixedly installed the second heating plate, and the second raising chamber is provided with far from the end surface of transfer room
Air circulation mechanism, air circulation mechanism include circulating fan, connecting tube, and circulating fan is arranged in the second raising chamber far from first
The lower part of raising chamber one end, the arrival end of circulating fan are connected to the lower part of the second raising chamber, and connecting tube one end is cultivated with second
The connection of room top, the other end are connected to circulating fan outlet end.
4. probiotics according to claim 1 is inoculated with breeding apparatus, it is characterised in that: be provided in the transfer room prebiotic
Profitable probliotics cache mechanism is arranged in the top of bacterium vaccination station, transfer room, and probiotics cache mechanism includes buffer tank, feed pump, branch
Support, material separating disc, support frame are fixed at the top of transfer room, and buffer tank is fixedly installed on the support frame, material separating disc setting
In transfer room, and it is located at the top of probiotics vaccination station, the outlet of material separating disc and the feed pump that support frame side is set
End connection, the input end of feed pump are connected to buffer tank.
5. probiotics according to any one of claims 1 to 4 is inoculated with breeding apparatus, it is characterised in that: the transfer room, first
Top of the raising chamber far from one side surface of the first hermatic door, the second raising chamber are all provided with far from the top of one side surface of the second hermatic door
It is equipped with light compensating lamp.
6. probiotics according to claim 3 is inoculated with breeding apparatus, it is characterised in that: first raising chamber is far from first
One side surface of hermatic door, the second raising chamber are provided with control cabinet far from one side surface of the second hermatic door.
7. probiotics according to claim 3 is inoculated with breeding apparatus, it is characterised in that: first tray rack includes support
Disk, swingle, fixing seat, fixing seat are fixed in the first raising chamber, positioned at the top of the first ventilation blower, and fixing seat
Higher than the first hermatic door, the separate end surface with first raising chamber's contact surface of fixing seat is provided with pillar, swingle one end with
Pallet is fixedly connected, and the other end offers a blind hole, and blind hole is sleeved on pillar, and swingle is enable circumferentially to turn along pillar
It is dynamic, second tray rack and the first tray rack structure having the same.
8. probiotics according to claim 3 is inoculated with breeding apparatus, it is characterised in that: described first cultivates the four of chamber inlet
It is provided with boss week, the first raising chamber is located at four corners of boss and is provided with threaded hole, and described first cultivates chamber inlet and the
Two cultivate chamber inlet structure having the same.
9. probiotics according to claim 8 is inoculated with breeding apparatus, it is characterised in that: first hermatic door includes door
Body, handle, fixed ear, screw threads for fastening pin, door body are provided with chimb close to a side surface of boss, and fixed ear is fixed at door
Four corners of body offer pin hole corresponding with threaded hole in fixed ear, and handle is fixed at door body far from chimb
A side surface on, the chimb in door body is stuck on the boss of the first cultivation chamber inlet, and screw threads for fastening pin is inserted into pin hole, and
It is threaded into hole, is fixed on the first hermatic door in the first raising chamber, by first raising chamber's inlet seal, first sealing
Door and the second hermatic door structure having the same.
10. probiotics according to claim 3 is inoculated with breeding apparatus, it is characterised in that: first heating plate includes dissipating
Hot plate, heater are provided with mounting hole on heat sink, and heater is inserted into the mounting hole being arranged on heat sink, and with outside
Power supply connection, first heating plate and the second heating plate structure having the same.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810996267.9A CN109097262A (en) | 2018-08-29 | 2018-08-29 | Probiotics is inoculated with breeding apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810996267.9A CN109097262A (en) | 2018-08-29 | 2018-08-29 | Probiotics is inoculated with breeding apparatus |
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| CN109097262A true CN109097262A (en) | 2018-12-28 |
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| CN201810996267.9A Pending CN109097262A (en) | 2018-08-29 | 2018-08-29 | Probiotics is inoculated with breeding apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113750658A (en) * | 2021-08-13 | 2021-12-07 | 盛锦合生物科技(江苏)有限公司 | Air filtering and separating device for probiotic inoculation and cultivation and use method |
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