CN209178397U - A kind of seed can system expanding culture for amino acids production strain - Google Patents
A kind of seed can system expanding culture for amino acids production strain Download PDFInfo
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- CN209178397U CN209178397U CN201821675152.1U CN201821675152U CN209178397U CN 209178397 U CN209178397 U CN 209178397U CN 201821675152 U CN201821675152 U CN 201821675152U CN 209178397 U CN209178397 U CN 209178397U
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Abstract
The utility model relates to a kind of seed can system for expanding culture for amino acids production strain, belong to technical field of amino acid production.It includes seeding tank, and the seeding tank includes feed module, and tank bottom setting moves material module；The feed module includes two root canal roads being connected to seeding tank, is respectively set on pipeline into bottom material pipeline regulating valve and inoculation pipeline regulating valve；The shifting material module includes the culture transferring pipeline automatic regulating valve being connected to seed pot bottom.It further include exhaust module, sampling module, monitoring modular and cleaning module；Exhaust module and cleaning module are equipped at the top of the seeding tank, the side of seeding tank is equipped with sampling module and monitoring modular；The utility model saves cost of labor, keeps the terms and conditions parameter in the expansion incubation of amino acids production strain more stable, effectively reduces microbiological contamination and produces abnormal situation, provides reliable guarantee for the qualified amino acids production strain of preparation.
Description
Technical field
The utility model relates to a kind of seed can system for expanding culture for amino acids production strain, and it is raw to belong to amino acid
Produce technical field.
Background technique
Amino acid is the important component of living organism, is the basic object of protein needed for constituting humans and animals nutrition
Matter, particularly important in viable organism nutrition, survival and development, metabolism regulation, information transfer connection are played the part of in life entity
Drill important role.Amino acid has widely in the aspects such as food industry, agricultural, animal husbandry and human health, health care
Using.With flourishing for biotechnology, the industrialized production of many kinds of amino acid uses Production by Microorganism Fermentation, ammonia
Base acid fermentation it is industrialized development so that amino acid the yields have increased considerably, cost is greatly lowered, in safety, energy consumption and environmental protection side
Face, with the superiority that chemical industry means are incomparable.Currently, the fermenter volume for the production of amino acids industry metaplasia is increasingly
Greatly, since the growth and breeding of strain needs certain time, appoint to complete microbial fermentation conversion in shorter fermentation period
Business, it is necessary to carry out strain and expand culture.Good seed is the successful good beginning of fermentation, and the seed as fermentation must have
Standby condition is: without living contaminants, physiological status is stablized, flushes, and thallus total amount meets fermentation needs.But it is existing
Seed can system is complicated for operation in strain amplification process, easily causes microbiological contamination, and is mostly manually to be operated, culture control
Conditional fluctuation processed is larger, seed physiology state labile, with the continuous increase of fermentation industry scale, seeding tank from volume and
It is all being continuously increased in quantity, the workload and labor intensity of worker is also being continuously increased, and cost of labor is continuously improved.Due to kind
Sub- tank culture it is unstable, cause fermentation yield fluctuation it is larger, seriously affected the economy of amino acid production by ferment method enterprise
Benefit.
Summary of the invention
The purpose of the utility model is to overcome drawbacks described above and deficiency, provide a kind of for the expansion of amino acids production strain
The seed can system of culture can expand each component and structure in the characteristics of cultivating designing system according to amino acids production strain,
State modulator is set to realize real-time control.
The technical solution of the utility model, a kind of seed can system expanding culture for amino acids production strain, including
Seeding tank, further include blender, stirring motor, retarder, air sparger, cooling tubulation, incoming air conduit road regulating valve, into steaming
Steam pipe road regulating valve, into cooling water pipeline regulating valve, return cooling water pipeline regulating valve, row's cooling water pipeline regulating valve, into bottom material
Pipeline regulating valve, inoculation pipeline regulating valve, sampling pipe regulating valve, sampling jet chimney automatic regulating valve, sampling discharge pipe are certainly
Dynamic regulating valve, culture transferring pipeline automatic regulating valve, liquefied ammonia pipeline automatic regulating valve；
Stirring motor is arranged in the seed upper end, and stirring motor is connect with retarder, and retarder is connect with blender；Institute
It states bottom in seeding tank and air sparger is set, one end in air sparger is connected to three root canal roads outside seeding tank, institute
It states and is respectively equipped with incoming air conduit road regulating valve, steam lead road regulating valve and liquefied ammonia pipeline regulating valve on pipeline；The seeding tank
Outside is additionally provided with cooling tubulation, and cooling tubulation bottom connection row's cooling water pipeline regulating valve, top is adjusted with cooling water pipeline is returned
Valve connection；
The seeding tank includes feed module, and tank bottom setting moves material module；The feed module includes being connected to seeding tank
Two root canal roads, be respectively set on pipeline into bottom material pipeline regulating valve and inoculation pipeline regulating valve；Shifting material module include with
The culture transferring pipeline automatic regulating valve of seed pot bottom connection.
It further include exhaust module, sampling module, monitoring modular and cleaning module；Exhaust module is equipped at the top of the seeding tank
And cleaning module, the side of seeding tank are equipped with sampling module and monitoring modular；
The exhaust module includes press detection sensor and exhaust pipe regulating valve；Wherein exhaust pipe regulating valve and kind
Sub- tank connection, press detection sensor are set on the exhaust outlet of seeding tank；
The cleaning module includes spray thrower and cleaning pipeline regulating valve；The cleaning pipeline regulating valve and it is set to seed
Spray thrower connection inside tank；
The sampling module include by pipeline interconnect sampling pipe regulating valve, sampling jet chimney regulating valve and
Sample discharge pipe regulating valve；Wherein it is connected between sampling pipe regulating valve and seeding tank by pipeline；
The monitoring modular includes that pH detection sensor, DO detection sensor and temperature detection sensor, three can
Seeding tank internal liquid is detected.
The control system is connect with stirring motor, DO detection sensor and incoming air conduit road regulating valve；Pass through stirring electricity
Machine control blender is stirred, and is slowed down as needed using retarder；According to the testing result of DO detection sensor
Control the opening and closing of incoming air conduit road regulating valve and the running speed of stirring motor；
The control system is connect with pH detection sensor and liquefied ammonia pipeline automatic regulating valve, according to pH detection sensor
The opening and closing of testing result control liquefied ammonia pipeline automatic regulating valve；
The control system is connect with press detection sensor, steam lead road regulating valve and exhaust pipe regulating valve；It is logical
The testing result control steam lead road regulating valve and exhaust pipe regulating valve of over-voltage force detection sensor；
The control system is connect with temperature detection sensor and into cooling water pipeline regulating valve, is sensed by temperature detection
The testing result of device is controlled into cooling water pipeline regulating valve；
The control system and cleaning pipeline regulating valve, return cooling water pipeline regulating valve, row cooling water pipeline regulating valve, into
Bottom material pipeline regulating valve, inoculation pipeline regulating valve, sampling pipe regulating valve, sampling jet chimney regulating valve, sampling discharge pipe tune
Section valve is connected with culture transferring pipeline automatic regulating valve.
The utility model has the beneficial effects that the characteristics of present invention expands culture by research amino acids production strain, ingenious
It devises and is suitable for seed can system and application method that amino acids production strain expands culture, which eliminates in amino acid
Strain expands the human factor in incubation, saves cost of labor, makes in the expansion incubation of amino acids production strain
Terms and conditions parameter it is more stable, make whole process quantification, standardization, effectively reduce microbiological contamination and produce it is abnormal
Situation provides reliable guarantee for the qualified amino acids production strain of preparation.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the utility model circuit connection diagram.
Description of symbols: 1, seeding tank；2, blender；3, stirring motor；4, retarder；5, air sparger；6, cold
But tubulation；7, pH detection sensor；8, DO detection sensor；9, temperature detection sensor；10, press detection sensor；11, into
Air pipeline regulating valve；12, steam lead road regulating valve；13, exhaust pipe regulating valve；14, spray thrower；15, pipeline tune is cleaned
Save valve；16, into cooling water pipeline regulating valve；17, cooling water pipeline regulating valve is returned；18, cooling water pipeline regulating valve is arranged；19, into
Bottom material pipeline regulating valve；20, it is inoculated with pipeline regulating valve；21, sampling pipe regulating valve；22, jet chimney regulating valve is sampled；23,
Sample discharge pipe regulating valve；24, culture transferring pipeline regulating valve；25, liquefied ammonia pipeline regulating valve.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
A kind of seed can system expanding culture for amino acids production strain, including seeding tank 1, further include blender 2,
Stirring motor 3, retarder 4, air sparger 5, cooling tubulation 6, incoming air conduit road regulating valve 11, steam lead road regulating valve
12, into cooling water pipeline regulating valve 16, return cooling water pipeline and adjust 17, row's cooling water pipeline regulating valve 18, into bottom material pipeline tune
Save valve 19, inoculation pipeline regulating valve 20, sampling pipe regulating valve 21, sampling jet chimney automatic regulating valve 22, sampling discharge pipe
Automatic regulating valve 23, culture transferring pipeline automatic regulating valve 24, liquefied ammonia pipeline automatic regulating valve 25；
Stirring motor 3 is arranged in 1 top of seeding tank, and stirring motor 3 is connect with retarder 4, retarder 4 and blender 2
Connection；Air sparger 5 is arranged in bottom in the seeding tank 1, three outside one end and seeding tank 1 in air sparger 5
Pipeline is connected to, and is respectively equipped with incoming air conduit road regulating valve 11, steam lead road regulating valve 12 and liquefied ammonia pipeline tune on the pipeline
Save valve 25；The 1 outside side of seeding tank is additionally provided with cooling tubulation 6, cooling 6 bottom of tubulation connection row's cooling water pipeline regulating valve
18, top is connected to cooling water pipeline regulating valve 17 is returned；
The seeding tank 1 includes feed module, and tank bottom setting moves material module；The feed module includes connecting with seeding tank 1
Two logical root canal roads are respectively set on pipeline into bottom material pipeline regulating valve 19 and inoculation pipeline regulating valve 20；Module is expected in the shifting
Including the culture transferring pipeline automatic regulating valve 24 being connected to 1 bottom of seeding tank.
It further include exhaust module, sampling module, monitoring modular and cleaning module；Exhaust mould is equipped at the top of the seeding tank 1
The side of block and cleaning module, seeding tank 1 is equipped with sampling module and monitoring modular；
The exhaust module includes press detection sensor 10 and exhaust pipe regulating valve 13；Wherein exhaust pipe regulating valve
13 are connected to seeding tank 1, and press detection sensor 10 is set on the exhaust outlet of seeding tank 1；
The cleaning module includes spray thrower 14 and cleaning pipeline regulating valve 15；The cleaning pipeline regulating valve 15 and setting
Spray thrower 14 inside seeding tank 1 connects；
The sampling module includes the sampling pipe regulating valve 21 interconnected by pipeline, sampling jet chimney regulating valve
22 and sampling discharge pipe regulating valve 23；Wherein it is connected between sampling pipe regulating valve 21 and seeding tank 1 by pipeline；
The monitoring modular includes pH detection sensor 7, DO detection sensor 8 and temperature detection sensor 9, the equal energy of three
It is enough that 1 internal liquid of seeding tank is detected.
The control system is connect with stirring motor 3, DO detection sensor 8 and incoming air conduit road regulating valve 11；By stirring
It mixes the control blender 2 of motor 3 to be stirred, and is slowed down as needed using deceleration device 4；According to DO detection sensor 8
Testing result control incoming air conduit road regulating valve 11 opening and closing and stirring motor 3 running speed；
The control system is connect with pH detection sensor 7 and liquefied ammonia pipeline automatic regulating valve 25, is detected and is sensed according to pH
The opening and closing of the testing result control liquefied ammonia pipeline automatic regulating valve 25 of device 7；
The control system and press detection sensor 10, steam lead road regulating valve 12 and exhaust pipe regulating valve 13 connect
It connects；Steam lead road regulating valve 12 and exhaust pipe regulating valve 13 are controlled by the testing result of press detection sensor 10；
The control system is connect with temperature detection sensor 9 and into cooling water pipeline regulating valve 16, passes through temperature detection
The testing result of sensor 9 is controlled into cooling water pipeline regulating valve 16；
The control system and cleaning pipeline regulating valve 15 return cooling water pipeline regulating valve 17, row's cooling water pipeline adjusting
Valve 18, into bottom material pipeline regulating valve 19, inoculation pipeline regulating valve 20, sampling pipe regulating valve 21, sampling jet chimney regulating valve
22, it samples discharge pipe regulating valve 23 and culture transferring pipeline automatic regulating valve 24 connects.
The stirring motor 3 is frequency control motor.
The retarder 4 is belt reducer or gear reduction unit, is slowed down by belt and the rotation of gear mesh motor.
The air sparger 5 pipeline of several ventholes that has been specially branch.
The cooling tubulation 6 is set to outside seeding tank 1, branch is circularized around tank body, after cooling tubulation 6 is set to outside
Reduce the pollution in tank, it is therefore prevented that leakage.
Claims (7)
1. a kind of seed can system for expanding culture for amino acids production strain, including seeding tank (1), it is characterized in that: also wrapping
Include blender (2), stirring motor (3), retarder (4), air sparger (5), cooling tubulation (6), incoming air conduit road regulating valve
(11), steam lead road regulating valve (12), into cooling water pipeline regulating valve (16), return cooling water pipeline regulating valve (17), row it is cold
But waterpipe regulating valve (18), into bottom material pipeline regulating valve (19), inoculation pipeline regulating valve (20), sampling pipe regulating valve
(21), jet chimney automatic regulating valve (22), sampling discharge pipe automatic regulating valve (23), culture transferring pipeline automatic regulating valve are sampled
(24), liquefied ammonia pipeline automatic regulating valve (25)；
Stirring motor (3) are arranged in seeding tank (1) top, and stirring motor (3) is connect with retarder (4), retarder (4) with stir
Mix device (2) connection；Air sparger (5) are arranged in the interior bottom of seeding tank (1), one end and seed in air sparger (5)
Three external root canal roads of tank (1) are connected to, and incoming air conduit road regulating valve (11) are respectively equipped on the pipeline, steam lead road is adjusted
Valve (12) and liquefied ammonia pipeline regulating valve (25)；It is additionally provided with cooling tubulation (6) outside the seeding tank (1), cooling tubulation (6) bottom
Connection row cooling water pipeline regulating valve (18), top are connected to cooling water pipeline regulating valve (17) are gone back to；
The seeding tank (1) includes feed module, and tank bottom setting moves material module；The feed module includes connecting with seeding tank (1)
Two logical root canal roads are respectively set on pipeline into bottom material pipeline regulating valve (19) and inoculation pipeline regulating valve (20)；The shifting material
Module includes the culture transferring pipeline automatic regulating valve (24) being connected to seeding tank (1) bottom.
2. expanding the seed can system of culture for amino acids production strain as described in claim 1, it is characterized in that: further including row
Gas module, sampling module, monitoring modular and cleaning module；Exhaust module and cleaning module, kind are equipped at the top of the seeding tank (1)
The side of sub- tank (1) is equipped with sampling module and monitoring modular.
3. expanding the seed can system of culture for amino acids production strain as claimed in claim 2, it is characterized in that: the exhaust
Module includes press detection sensor (10) and exhaust pipe regulating valve (13)；Wherein exhaust pipe regulating valve (13) and seeding tank
(1) it is connected to, press detection sensor (10) is set on the exhaust outlet of seeding tank (1).
4. expanding the seed can system of culture for amino acids production strain as claimed in claim 2, it is characterized in that: the cleaning
Module includes spray thrower (14) and cleaning pipeline regulating valve (15)；The cleaning pipeline regulating valve (15) and it is set to seeding tank
(1) internal spray thrower (14) connection.
5. expanding the seed can system of culture for amino acids production strain as claimed in claim 2, it is characterized in that: the sampling
Module includes the sampling pipe regulating valve (21) interconnected by pipeline, sampling jet chimney regulating valve (22) and sampling comb
Road regulating valve (23)；Wherein it is connected between sampling pipe regulating valve (21) and seeding tank (1) by pipeline.
6. expanding the seed can system of culture for amino acids production strain as claimed in claim 2, it is characterized in that: the monitoring
Module includes that pH detection sensor (7), DO detection sensor (8) and temperature detection sensor (9), three can be to seeding tanks
(1) internal liquid is detected.
7. expand the seed can system of culture for amino acids production strain as described in claim 3,4,5 or 6, it is characterized in that:
It further include control system；
The control system is connect with stirring motor (3), DO detection sensor (8) and incoming air conduit road regulating valve (11)；Pass through
Stirring motor (3) control blender (2) is stirred, and is slowed down as needed using retarder (4)；It is detected and is passed according to DO
The opening and closing of testing result control incoming air conduit road regulating valve (11) of sensor (8) and the running speed of stirring motor (3)；
The control system is connect with pH detection sensor (7) and liquefied ammonia pipeline automatic regulating valve (25), is detected and is sensed according to pH
The opening and closing of testing result control liquefied ammonia pipeline automatic regulating valve (25) of device (7)；
The control system and press detection sensor (10), steam lead road regulating valve (12) and exhaust pipe regulating valve (13)
Connection；Steam lead road regulating valve (12) and exhaust pipe regulating valve are controlled by the testing result of press detection sensor (10)
(13)；
The control system is connect with temperature detection sensor (9) and into cooling water pipeline regulating valve (16), passes through temperature detection
The testing result of sensor (9) is controlled into cooling water pipeline regulating valve (16)；
Cooling water pipeline regulating valve (17), row's cooling water pipeline adjusting are returned in the control system and cleaning pipeline regulating valve (15)
Valve (18), into bottom material pipeline regulating valve (19), inoculation pipeline regulating valve (20), sampling pipe regulating valve (21), sampling steam pipe
Road regulating valve (22), sampling discharge pipe regulating valve (23) and culture transferring pipeline automatic regulating valve (24) connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821675152.1U CN209178397U (en) | 2018-10-16 | 2018-10-16 | A kind of seed can system expanding culture for amino acids production strain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821675152.1U CN209178397U (en) | 2018-10-16 | 2018-10-16 | A kind of seed can system expanding culture for amino acids production strain |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209178397U true CN209178397U (en) | 2019-07-30 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821675152.1U Active CN209178397U (en) | 2018-10-16 | 2018-10-16 | A kind of seed can system expanding culture for amino acids production strain |
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| CN (1) | CN209178397U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108949550A (en) * | 2018-10-16 | 2018-12-07 | 无锡荣丰生物工程有限公司 | A kind of seed can system and its working method expanding culture for amino acids production strain |
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2018
- 2018-10-16 CN CN201821675152.1U patent/CN209178397U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108949550A (en) * | 2018-10-16 | 2018-12-07 | 无锡荣丰生物工程有限公司 | A kind of seed can system and its working method expanding culture for amino acids production strain |
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