CN207201675U - A kind of liquid state fermentation automates feeding system - Google Patents
A kind of liquid state fermentation automates feeding system Download PDFInfo
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- CN207201675U CN207201675U CN201720430444.8U CN201720430444U CN207201675U CN 207201675 U CN207201675 U CN 207201675U CN 201720430444 U CN201720430444 U CN 201720430444U CN 207201675 U CN207201675 U CN 207201675U
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Abstract
It the utility model is related to a kind of liquid state fermentation automation feeding system.It includes two fermentation agitator tanks, water inlet pipe is provided with tank body, automatic feeder is arranged on charging aperture, mix tank and arrange temperature control equipment, agitator tank is equipped with weighing sensor, discharging opening is connected to the circulation line for being back to fermentation agitator tank in two entrance points of triple valve, and be equipped with circulating pump and stop valve by pipeline and a triple valve UNICOM；The outlet of triple valve connects each feeding point by transfer pipeline, and the tube outlet of each feeding point is equipped with valve, and the inflatable mouth with autocontrol valve is provided with before each feeding point；Transfer pipeline end is equipped with delivery pump, is integrally equipped with automaton.The utility model can increase substantially the health degree of swinery, it is easier to realize the large-scale development of cultivation.
Description
Technical field
The cultural technique field of pig is the utility model is related to, specially a kind of liquid state fermentation automation feeding system.
Background technology
Pig industry is the important industry in China's agricultural, to ensureing that meat food safety supply plays an important role.Raise pigs in China
Industry is just changed from traditional pig industry to Pig Industry industry.Most of feeding manner of existing domestic pig using eat siccative, drink it is cool
Water, also sub-fraction use the feeding manner of feeding wet-mixing material.The pig fed using aforesaid way can often occur following
Problem：Easily have loose bowels, be nondigestible, immunity is low, the speed of growth is slow etc..Because above mentioned problem, now domestic many pig farmers are adopted
Antibiotic is largely added in food to solve problem, a large amount of antibiotic will make to contain too high copper and zinc in feed, and
High-copper, high zinc pig feed can produce very serious heavy metal pollution, and the growth to pig is very unfavorable.
Has there is the method that pig is fed with liquid-state feed in the country at present.The applicant just applied for correlation in 2016
Using the patent application of liquid state fermentation forage feed boar and growing and fattening pigs method and special feeding facility.What we used at present
Feed equipment and technology and some defects be also present, for example the automation of equipment is poor, nursing cost is higher, the problems such as efficiency is low.
Utility model content
Purpose of utility model of the present utility model, which is that, provides a kind of liquid state fermentation automation feeding system, and this practicality is new
Type can increase substantially the health degree of swinery, reduce drug costs, improve feed efficiency, and improvement is existing to be fed using liquid-state feed
The efficiency of pig, it is easier to realize the large-scale development of cultivation.
The technical solution of the utility model is：A kind of liquid state fermentation automation feeding system of the utility model has two kinds to have
Identical common technical feature, but slightly differentiated technical scheme：One kind can be referred to as piecewise blowpipe method liquid state fermentation certainly
Dynamicization feeding system, one kind can be referred to as materials in the tube round-robin method liquid state fermentation automation feeding system.
The automation feeding system of blowpipe method liquid state fermentation paragraph by paragraph, it includes two fermentation being arranged side by side agitator tanks,
It is characterized in that：Water inlet pipe is provided with tank body top, water inlet pipe carries autocontrol valve, the charging aperture of each agitator tank that ferments
Top is with automatic feeder is arranged with, and the tank body for the agitator tank that ferments is equipped with temperature control equipment, and temperature control equipment arranges
Temperature sensor stretch into tank body and reach under feed liquid level, weighing sensor is equipped on the base for the agitator tank that ferments, is sent out
The discharging opening of ferment agitator tank is located at immediately below bottom, and the discharging opening for the agitator tank that ferments passes through pipeline and a tee automatic control valve
The couplet on the door leads to, and the circulation line for being back to fermentation agitator tank is connected in two entrance points of tee automatic control valve door,
Circulating pump and unidirectional stop valve are equipped on circulation line；
The outlet of tee automatic control valve door is connected to the tube outlet of each feeding point, each feeding by transfer pipeline
The tube outlet end of point is equipped with autocontrol valve, and this section before each feeding point transmits the starting of the pipeline of feed
End is connected with an inflatable mouth with autocontrol valve, and inflatable mouth connection is equipped and can blow the residual feed in this section of pipeline
It is sent to the pneumatic shuttle of each feeding point outlet；
Arranged after the port of export of tee automatic control valve door and be connected with a delivery pump；
Fermentation agitator tank be equipped with automaton, it include programmable PLC unit module and with programmable PLC list
The display unit module of element module connection；Programmable PLC unit module connects and controls automatic feeder, temperature control respectively
Device, each autocontrol valve include tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit mould
Handheld terminal can be coupled by communication module in block, to facilitate staff to be adjusted and overhaul the working condition of equipment
Deng.
Fermentation agitator tank described in the utility model could be arranged to one or more than three, the discharging opening of each agitator tank that ferments
The pipeline of connection is connected to the tube outlet that each feeding point is communicated on transfer pipeline, each hair before interface by interface
Autocontrol valve is arranged on the discharging opening pipeline of ferment agitator tank；After the total interface that each fermentation tank connects with transfer pipeline
Transfer pipeline on arrange be connected with a delivery pump.
After the pump that the utility model can be set on transfer pipeline first feeding point between pipeline on
If autocontrol valve controls the further control of feed and air-blowing quantity to facilitate.
The utility model can also set flowmeter on the transfer pipeline before first each feeding point.
Two entrance points described in the utility model in tee automatic control valve door are connected to and are back to fermentation and stir
The interface end for mixing the circulation line of tank abuts two entrance points of tee automatic control valve door.
The materials in the tube round-robin method liquid state fermentation automates feeding system, and it includes two fermentation being arranged side by side agitator tanks,
It is characterized in that：Water inlet pipe is provided with tank body top, water inlet pipe carries autocontrol valve, the charging aperture of each agitator tank that ferments
Top is provided with temperature control equipment, temperature control dress with automatic feeder is arranged with the tank body of each fermentation agitator tank
The temperature sensor for being equipped with and stretching into tank body and reaching under feed liquid level is put, title is equipped on the base of each agitator tank that ferments
Sensor is retransmitted, the discharging opening of two fermentation agitator tanks is located at immediately below bottom, and the discharging opening for the agitator tank that ferments passes through pipeline and one
The individual tee automatic control valve couplet on the door leads to, and is connected in two entrance points of tee automatic control valve door and is back to fermentation stirring
The circulation line of tank, is equipped with circulating pump and unidirectional stop valve on circulation line, and the outlet of tee automatic control valve door passes through
Pipeline is connected to the tube outlet of each feeding point, and the tube outlet end of each feeding point is equipped with autocontrol valve, three
Arranged after the port of export of logical autocontrol valve and be connected with a delivery pump；It is connected with the pipeline of last feeding point
Return to the return line of two fermentation agitator tanks, and arranged respectively in respectively the ferment exit of agitator tank of this section of return pipeline UNICOM
Autocontrol valve, set after connection delivery pump after tee automatic control valve door and be connected with a band autocontrol valve
Inflatable mouth, inflatable mouth connection be equipped with this can be blowed back the residual feed in whole pipeline it is each ferment agitator tank in
Pneumatic shuttle；
Fermentation agitator tank be equipped with automaton, it include programmable PLC unit module and with programmable PLC list
The display unit module of element module connection；Programmable PLC unit module connects and controls automatic feeder, temperature control respectively
Device, each autocontrol valve include tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit mould
Handheld terminal can be coupled by communication module in block, to facilitate staff to be adjusted and overhaul the working condition of equipment
Deng.
Fermentation agitator tank described in the utility model could be arranged to one or more than three, the discharging opening of each agitator tank that ferments
The pipeline of connection is connected to the tube outlet that each feeding point is communicated on transfer pipeline, each hair before interface by interface
Autocontrol valve is arranged on the discharging opening pipeline of ferment agitator tank；After the total interface that each fermentation tank connects with transfer pipeline
Transfer pipeline on arrange be connected with a pump.
After the pump that the utility model can be set on transfer pipeline first feeding point between pipeline on
If autocontrol valve controls the further control of feed and air-blowing quantity to facilitate.
The utility model can also set flowmeter on the transfer pipeline before first each feeding point.
Two entrance points described in the utility model in tee automatic control valve door are connected to and are back to fermentation and stir
The interface end for mixing the circulation line of tank abuts two entrance points of tee automatic control valve door.
The utility model has corresponding supporting liquid state fermentation automation feeding method and above two liquid state fermentation automation
Feeding system is corresponding equally to have two kinds to have an identical common technical feature, but slightly differentiated technical scheme：One kind can be described as
Liquid state fermentation automates piecewise blowpipe feeding method, and one kind can be described as liquid state fermentation automation materials in the tube circulation feeding method；
The liquid state fermentation automates piecewise blowpipe feeding method, and its step includes
（1）Set：
The head number of each feeding mouth feeding pig and the scale of feeding of every pig are preset, material-water ratio is set according to seasonal temperature,
Calculate amount of water feeding quantity and add strain amount；Optimum fermentation temp is set；Charging plus water time are set；Feeding time is set.
（2）Add water charging fermentation：
Started successively by control device to charging plus water time plus water charging adds strain, pass through weighing sensor or flow
Meter measure plus water charging quantity, while start agitating device, 8-24 hours are left to ferment after stirring.
（3）Feeding
The 15 minutes stirring systems and circulating pipe system for starting fermentation agitator tank, make material uniform before feeding；To feeding
Time starts to feed, and draws near and conveys liquid state fermentation feed successively, and first feeding is determined by weighing sensor or flowmeter
Start autocontrol valve when the scale of feeding of hello mouth reaches load quantity to end and start to next feeding mouth conveying liquid hair
Ferment feed, while start corresponding inflatable mouth, blow off the liquid state fermentation feed that this segment pipe retains；By that analogy until having fed
Finish.
If front end pipeline is longer, material stock is more than the requirement of a feeding mouth in the pipeline of front end, then plus one or more
Automatic valve, segmentation are blown into several feeding mouths, reach and are fed by feeding mouth requirement.
（4）Cleaning
Discharge water cleaning fermentation agitator tank after feeding, and is discharged water successively from each feeding mouth for Cleaning pipes.Cleaning
Feeding pig total water consumption is included in water.
（5）Wait next flow startup.
The liquid state fermentation automation materials in the tube circulation feeding method, its step include
（1）Set：
The head number of each feeding mouth feeding pig and the scale of feeding of every pig are preset, material-water ratio is set according to seasonal temperature,
Calculate amount of water feeding quantity and add strain amount；And add when feeding first time and doses is retained in circulation line；Set optimal
Fermentation temperature；Charging plus water time are set；Feeding time is set.
（2）Add water charging fermentation：
Start successively to charging plus water time plus water charging adds strain, water is added by measure such as weighing sensor or flowmeters
Charging quantity, while start agitating device, 8-24 hours are left to ferment after stirring.
（3）Feeding
The 15 minutes stirring systems and circulating pipe system for starting fermentation agitator tank, make material uniform before feeding；To feeding
Time starts to feed, and opens main line circulation, and loop exit is this fermentation agitator tank, after circulating ten minutes, successively to each feeding
Mouth conveying liquid state fermentation feed, the scale of feeding that first feeding mouth is determined by weighing sensor or flowmeter reach load quantity
Shi Qidong autocontrol valves end and start to convey liquid state fermentation feed to next feeding mouth, and backflow is controlled after feeding
The return valve of each fermentation tank mouth on pipeline, while start inflatable mouth, by the liquid state fermentation feed one retained of main pipeline by
Need to blow back each fermentation agitator tank.
（4）Cleaning
Feeding finishes rear defence and discharged water cleaning fermentation agitator tank, and is discharged water successively from each feeding mouth for Cleaning pipes；Clearly
Scouring water is included in feeding pig total water consumption.
（5）Wait next flow startup.
The beneficial effects of the utility model are：Can be real using Tthe utility model system combination the utility model feeding method
The full automation of existing plant's feeding.It, which not only substantially increases the efficiency of work and saved, has more manually filled up this
One piece of domestic technological gap.The utility model, which the particularly important is, which solves existing use liquid state fermentation forage feed pig
Technical appearance problem, exactly using existing equipment when being fed, it is easy to the liquid remained in conveyance conduit occur
The problem of state feed spoilage, the staff of former plant do not have found to this, also do not pay attention to even if discovery, but cultivate
What situation because disease occurs the busy pig that nursing occurs in field especially piglet and boar do not know, are just the discovery that later in pipeline
The feed of residual is unable to caused by timely processing, and existing artificial technology is come the food residual one cleaned or remove in pipeline
Often gone to war in the cleaning most of pipeline of dismounting and equipment are excessively bothered, first, excessively wasting, for some cultivation
, its pipe laying is longer, the even upper ton of the feed retained in its pipeline, all disposes obvious waste.And the utility model system
System fitting method just completely solves this problem.Fed simultaneously using the utility model method, the temperature of liquid-state feed can
Very precise and stable controls, and suitable temperature is more suitable for the habit of pig.
The health degree of swinery can be increased substantially using Tthe utility model system and method, reduce drug costs, raising
Feed efficiency, improve the existing efficiency that pig is fed using liquid-state feed, it is easier to realize the large-scale development of cultivation.
The utility model method is full-automatic, and it uses liquid state fermentation forage feed pig, and the liquid through everfermentation is raised
Containing a large amount of lactalases beneficial to chitling stomaches in material, it is fermented after liquid-state feed in be rich in antigen and ANFs, therefore
The utility model method is compared with the pig fed using siccative or wet-mixing material can advantageously：
（1）Pig greatly improves to the digestibility of food；（2）The immunity of pig improves, and is not easy sick；（3）Tension is dilute
Ability greatly reinforces；（4）Any antibiotic will not be added in liquid-state feed, avoids the heavy metal pollutions such as high-copper, high zinc；（5）
The speed of growth and survival rate of pig all greatly improve.
Here is one group using the utility model method and one group of correction data using siccative or wet-mixing material feeding patterns：
Shijiazhuang pig farm experimental data：
| Project | Test group | Control group |
| Head number | 1000 | 1000 |
| Test number of days | 79 | 79 |
| Average initial weight | 30.4 | 31.2 |
| Average end weight | 112.3 | 100.6 |
| Daily gain | 1.036 | 0.878 |
| Morbidity head number | 19 | 82 |
| Dead head number | 2 | 26 |
| Feedstuff-meat ratio | 2.41 | 2.9 |
| Use artificial number of days | 237 | 79 |
It is visible all big using the sick rate and the death rate of the utility model method effect and efficiency, especially pig from data
To decline.
Brief description of the drawings
Fig. 1 is that the liquid state fermentation of blowpipe method automates the structural representation of the embodiment of feeding system paragraph by paragraph described in utility model
Figure.
Fig. 2 shows for its principle automatically controlled of the automation feeding system of blowpipe method liquid state fermentation paragraph by paragraph described in the utility model
It is intended to.
Fig. 3 is the structural representation for the embodiment that materials in the tube round-robin method liquid state fermentation described in utility model automates feeding system
Figure.
Embodiment
The liquid state fermentation of blowpipe method automates the reality of feeding system paragraph by paragraph as described in attached Fig. 1 and 2 is the utility model embodiment
Example is applied, it includes two fermentation being arranged side by side agitator tanks 1, it is characterized in that being provided with water inlet pipe 2, the band of water inlet pipe 2 on tank body top
There is autocontrol valve 12, the charging aperture top of each agitator tank 1 that ferments fills with automatic feeder 3, automatic feed is arranged with
The feed pipe for putting 3 is stretched at the charging aperture of fermentation agitator tank 1, and the tank body 1 for the agitator tank that ferments is equipped with temperature control equipment 4, temperature
The temperature sensor 4-1 that degree control device arranges, which is stretched into tank body, to be reached under feed liquid level, is matched somebody with somebody on the base for the agitator tank 1 that ferments
Provided with weighing sensor 5, the discharging opening 6 of fermentation agitator tank 1 is located at immediately below bottom, and the discharging opening 6 for the agitator tank that ferments passes through pipe
Road and a UNICOM of tee automatic control valve door 7, are connected in two entrance points of tee automatic control valve door 7 and are back to
The circulation line 8 of fermentation agitator tank, is equipped with circulating pump 9 and unidirectional stop valve 10 on circulation line；The circulation line 8
Interface end abuts two entrance points of tee automatic control valve door 7.
The outlet of tee automatic control valve door 7 is connected to the tube outlet of each feeding point 11 by transfer pipeline, each
The tube outlet end of feeding point 11 is equipped with autocontrol valve 12, and this section before each feeding point transmits the pipe of feed
The initiating terminal on road is connected with an inflatable mouth 13 with autocontrol valve 12, and the connection of inflatable mouth 13 is equipped can be by this section of pipeline
In residual feed be blown into it is each feeding point outlet a pneumatic shuttle；
Arranged after the port of export of tee automatic control valve door and be connected with a delivery pump 14；
Fermentation agitator tank be equipped with automaton, it include programmable PLC unit module and with programmable PLC list
The display unit module of element module connection；Programmable PLC unit module connects and controls automatic feeder, temperature control respectively
Device, each autocontrol valve include tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit mould
Handheld terminal can be coupled by communication module in block, to facilitate staff to be adjusted and overhaul the working condition of equipment
Deng.The adoptable model of programmable PLC unit module has XC3-24R-C；The display unit module can use model
TPC7062 touch display screen.
Autocontrol valve is being arranged on pipeline after the pump set on transfer pipeline between first feeding point
To facilitate the further control of control feed and air-blowing quantity.
The utility model can also set flowmeter when implementing on the transfer pipeline before first each feeding point, its
The effect of automatic weighing sensor can be replaced.
Its supporting feeding method its step of be：
（1）Set：
The head number of each feeding mouth feeding pig and the scale of feeding of every pig are preset, material-water ratio is set according to seasonal temperature,
Calculate amount of water feeding quantity and add strain amount；Optimum fermentation temp is set；Charging plus water time are set；Feeding time is set.
（2）Add water charging fermentation：
Started successively by control device to charging plus water time plus water charging adds strain, pass through weighing sensor or flow
Meter measure plus water charging quantity, while start agitating device, 8-24 hours are left to ferment after stirring.
（3）Feeding
The 15 minutes stirring systems and circulating pipe system for starting fermentation agitator tank, make material uniform before feeding；To feeding
Time starts to feed, and draws near and conveys liquid state fermentation feed successively, and first feeding is determined by weighing sensor or flowmeter
Start autocontrol valve when the scale of feeding of hello mouth reaches load quantity to end and start to next feeding mouth conveying liquid hair
Ferment feed, while start corresponding inflatable mouth, blow off the liquid state fermentation feed that this segment pipe retains；By that analogy until having fed
Finish.
If front end pipeline is longer, material stock is more than the requirement of a feeding mouth in the pipeline of front end, then plus one or more
Automatic valve, segmentation are blown into several feeding mouths, reach and are fed by feeding mouth requirement.
（4）Cleaning
Discharge water cleaning fermentation agitator tank after feeding, and is discharged water successively from each feeding mouth for Cleaning pipes.Cleaning
Feeding pig total water consumption is included in water.
（5）Wait next flow startup.
It is the embodiment of materials in the tube round-robin method liquid state fermentation automation feeding system described in the utility model as shown in Figure 3, its
Including two fermentation being arranged side by side agitator tanks 1, it is characterized in that being provided with water inlet pipe 2 on the top of tank body 1, water inlet pipe 2 is with automatic
Control valve 12, the charging aperture top of each agitator tank 1 that ferments is with automatic feeder 3 is arranged with, in each fermentation agitator tank
Tank body 1 in be provided with temperature control equipment 4, temperature control equipment 4 is equipped with the temperature stretched into tank body 1 under arrival feed liquid level
Sensor 4-1 is spent, weighing sensor 5, the discharging opening 6 of two fermentation agitator tanks 1 are equipped on the base of each agitator tank 1 that ferments
It is located at immediately below bottom, the discharging opening 6 for the agitator tank 1 that ferments is by pipeline and a UNICOM of tee automatic control valve door 7, in threeway
Two entrance points of autocontrol valve 7 are connected to the circulation line 8 for being back to fermentation agitator tank, on circulation line 8
It is equipped with circulating pump 9 and unidirectional stop valve 10；The interface end of the circulation line 8 abuts two of tee automatic control valve door 7
Entrance point.
The outlet of tee automatic control valve door 7 is connected to the tube outlet of each feeding point 11, each feeding by pipeline
The tube outlet end of point 11 is equipped with autocontrol valve 12, and connection is arranged after the port of export of tee automatic control valve door 7
There is a delivery pump 14；The return line 15 for returning to two fermentation agitator tanks is connected with the pipeline of last feeding point,
And autocontrol valve 12 is arranged respectively in respectively the ferment exit of agitator tank 1 of this section of return pipeline UNICOM, controlled automatically in threeway
Setting is connected with an inflatable mouth 13 with autocontrol valve after delivery pump 14 is connected after valve 7 processed, and inflatable mouth 13 connects
Connect the pneumatic shuttle that is equipped with and this can be blowed back the residual feed in whole pipeline in each fermentation agitator tank 1.
Fermentation agitator tank 1 is equipped with automaton, and it includes programmable PLC unit module and and programmable PLC
The display unit module of unit module connection；Programmable PLC unit module connects and controls automatic feeder respectively, temperature control
Device processed, each autocontrol valve include tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit
Handheld terminal can be coupled by communication module in module, to facilitate staff to be adjusted and overhaul the working condition of equipment
Deng.The adoptable model of programmable PLC unit module has XC3-24R-C；The display unit module can use model
TPC7062 touch display screen.
After the pump that the utility model can be set on transfer pipeline first feeding point between pipeline on
If autocontrol valve controls the further control of feed and air-blowing quantity to facilitate.
The utility model can also set flowmeter on the transfer pipeline before first each feeding point.
Its step of its supporting feeding method includes：
（1）Set：
The head number of each feeding mouth feeding pig and the scale of feeding of every pig are preset, material-water ratio is set according to seasonal temperature,
Calculate amount of water feeding quantity and add strain amount；And add when feeding first time and doses is retained in circulation line；Set optimal
Fermentation temperature；Charging plus water time are set；Feeding time is set.
（2）Add water charging fermentation：
Start successively to charging plus water time plus water charging adds strain, water is added by measure such as weighing sensor or flowmeters
Charging quantity, while start agitating device, 8-24 hours are left to ferment after stirring.
（3）Feeding
The 15 minutes stirring systems and circulating pipe system for starting fermentation agitator tank, make material uniform before feeding；To feeding
Time starts to feed, and opens main line circulation, and loop exit is this fermentation agitator tank, after circulating ten minutes, successively to each feeding
Mouth conveying liquid state fermentation feed, the scale of feeding that first feeding mouth is determined by weighing sensor or flowmeter reach load quantity
Shi Qidong autocontrol valves end and start to convey liquid state fermentation feed to next feeding mouth, and backflow is controlled after feeding
The return valve of each fermentation tank mouth on pipeline, while start inflatable mouth, by the liquid state fermentation feed one retained of main pipeline by
Need to blow back each fermentation agitator tank.
（4）Cleaning
Feeding finishes rear defence and discharged water cleaning fermentation agitator tank, and is discharged water successively from each feeding mouth for Cleaning pipes；Clearly
Scouring water is included in feeding pig total water consumption.
（6）Wait next flow startup.
Fermentation agitator tank can be arranged to one or more than three by the utility model for both the above equipment, each fermentation
The pipeline of the discharging opening connection of agitator tank is connected to the tube outlet that each feeding point is communicated on transfer pipeline by interface,
Autocontrol valve is arranged on the discharging opening pipeline of each fermentation agitator tank before interface；Connected in each fermentation tank with transfer pipeline
Total interface after transfer pipeline on arrange be connected with a pump.
Claims (10)
1. a kind of liquid state fermentation automates feeding system, i.e., piecewise blowpipe method liquid state fermentation automation feeding system, it includes two
The individual fermentation agitator tank being arranged side by side, it is characterised in that：Water inlet pipe is provided with tank body top, water inlet pipe carries autocontrol valve
Door, with automatic feeder is arranged with, the tank body for the agitator tank that ferments is equipped with temperature on the charging aperture top of each agitator tank that ferments
Control device, the temperature sensor that temperature control equipment arranges are stretched into tank body and reached under feed liquid level, and ferment agitator tank
Weighing sensor is equipped with base, the discharging opening for the agitator tank that ferments is located at immediately below bottom, and the discharging opening for the agitator tank that ferments leads to
Cross pipeline and a tee automatic control valve couplet on the door leads to, backflow is connected in two entrance points of tee automatic control valve door
To the circulation line of fermentation agitator tank, circulating pump and unidirectional stop valve are equipped on circulation line；
The outlet of tee automatic control valve door is connected to the tube outlet of each feeding point by transfer pipeline, each feeding point
Tube outlet end is equipped with autocontrol valve, and the initiating terminal for the pipeline that this section before each feeding point transmits feed connects
An inflatable mouth with autocontrol valve is connected to, inflatable mouth connection is equipped with and can be blown into the residual feed in this section of pipeline
The pneumatic shuttle of each feeding point outlet；
Arranged after the port of export of tee automatic control valve door and be connected with a delivery pump；
Fermentation agitator tank be equipped with automaton, it include programmable PLC unit module and with programmable PLC unit mould
The display unit module of block connection；Programmable PLC unit module connects and controls automatic feeder respectively, temperature control dress
Put, each autocontrol valve includes tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit module
By communication module so that handheld terminal is coupled, to facilitate staff to be adjusted and overhaul the working condition of equipment.
2. a kind of liquid state fermentation automation feeding system according to claim 1, i.e., piecewise blowpipe method liquid state fermentation are automatic
Change feeding system, it is characterised in that：The fermentation agitator tank is arranged to one or more than three, the discharging opening of each agitator tank that ferments
The pipeline of connection is connected to the tube outlet that each feeding point is communicated on transfer pipeline, each hair before interface by interface
Autocontrol valve is arranged on the discharging opening pipeline of ferment agitator tank；After the total interface that each fermentation tank connects with transfer pipeline
Transfer pipeline on arrange be connected with a delivery pump.
3. a kind of liquid state fermentation automation feeding system according to claim 1, i.e., piecewise blowpipe method liquid state fermentation are automatic
Change feeding system, it is characterised in that：Arranged on pipeline after the pump set on transfer pipeline between first feeding point
Have to facilitate the autocontrol valve of the further control of control feed and air-blowing quantity.
4. a kind of liquid state fermentation automation feeding system according to claim 1, i.e., piecewise blowpipe method liquid state fermentation are automatic
Change feeding system, it is characterised in that：Flowmeter is set on the transfer pipeline before first each feeding point.
5. a kind of liquid state fermentation automation feeding system according to claim 1, i.e., piecewise blowpipe method liquid state fermentation are automatic
Change feeding system, it is characterised in that：What two entrance points in tee automatic control valve door connected respectively is back to fermentation
The interface end of the circulation line of agitator tank abuts two entrance points of tee automatic control valve door.
6. a kind of liquid state fermentation automates feeding system, i.e. materials in the tube round-robin method liquid state fermentation automation feeding system, it includes two
The individual fermentation agitator tank being arranged side by side, it is characterised in that：Water inlet pipe is provided with tank body top, water inlet pipe carries autocontrol valve
Door, the charging aperture top of each agitator tank that ferments are set with automatic feeder is arranged with the tank body of each fermentation agitator tank
There is temperature control equipment, temperature control equipment is equipped with the temperature sensor for stretching into tank body and reaching under feed liquid level, each
Weighing sensor is equipped with the base of fermentation agitator tank, the discharging opening of two fermentation agitator tanks is located at immediately below bottom, fermentation
The discharging opening of agitator tank is led to by pipeline and a tee automatic control valve couplet on the door, in two imports of tee automatic control valve door
End is connected to the circulation line for being back to fermentation agitator tank, and circulating pump and unidirectional stop valve are equipped on circulation line,
The outlet of tee automatic control valve door is connected to the tube outlet of each feeding point, the tube outlet of each feeding point by pipeline
End is equipped with autocontrol valve, is arranged after the port of export of tee automatic control valve door and is connected with a delivery pump；Most
The return line for returning to two fermentation agitator tanks is connected with the pipeline of the latter feeding point, and it is each in this section of return pipeline UNICOM
The exit of fermentation agitator tank arranges autocontrol valve respectively, is set after connection delivery pump after tee automatic control valve door
Put and be connected with an inflatable mouth with autocontrol valve, inflatable mouth connection is equipped can be by the residue in whole pipeline by this
Feed blows back the pneumatic shuttle in each fermentation agitator tank；
Fermentation agitator tank be equipped with automaton, it include programmable PLC unit module and with programmable PLC unit mould
The display unit module of block connection；Programmable PLC unit module connects and controls automatic feeder respectively, temperature control dress
Put, each autocontrol valve includes tee automatic control valve door, each pump and pneumatic shuttle；Programmable PLC unit module
Handheld terminal is coupled by communication module, to facilitate staff to be adjusted and overhaul the working condition of equipment.
7. a kind of liquid state fermentation according to power requires 6 automates feeding system, i.e. materials in the tube round-robin method liquid state fermentation automates
Feeding system, it is characterised in that：The fermentation agitator tank is arranged to one or more than three, and the discharging opening of each agitator tank that ferments connects
The pipeline connect is connected to the tube outlet that each feeding point is communicated on transfer pipeline, each fermentation before interface by interface
Autocontrol valve is arranged on the discharging opening pipeline of agitator tank；After the total interface that each fermentation tank connects with transfer pipeline
Arranged on transfer pipeline and be connected with a pump.
8. a kind of liquid state fermentation according to power requires 6 automates feeding system, i.e. materials in the tube round-robin method liquid state fermentation automates
Feeding system, it is characterised in that：Arranged on pipeline after the pump set on transfer pipeline between first feeding point
Autocontrol valve.
9. a kind of liquid state fermentation according to power requires 6 automates feeding system, i.e. materials in the tube round-robin method liquid state fermentation automates
Feeding system, it is characterised in that：Flowmeter is set on the transfer pipeline before first each feeding point.
10. a kind of liquid state fermentation according to power requires 6 automates feeding system, i.e. materials in the tube round-robin method liquid state fermentation automates
Feeding system, it is characterised in that：Fermentation agitator tank is back to what two entrance points of tee automatic control valve door connected respectively
Circulation line interface end abut tee automatic control valve door two entrance points.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107135967A (en) * | 2017-04-24 | 2017-09-08 | 石家庄华耀牧业有限公司 | A kind of liquid state fermentation automation feeding system and feeding method |
| CN108990823A (en) * | 2018-09-04 | 2018-12-14 | 江西农业大学 | A kind of pig-breeding intelligence liquid feeding system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107135967A (en) * | 2017-04-24 | 2017-09-08 | 石家庄华耀牧业有限公司 | A kind of liquid state fermentation automation feeding system and feeding method |
| CN110178742A (en) * | 2018-05-29 | 2019-08-30 | 江西液好液态料养猪设备有限公司 | Intelligence feeding system is freely eaten in the liquid material of one boar |
| CN108990823A (en) * | 2018-09-04 | 2018-12-14 | 江西农业大学 | A kind of pig-breeding intelligence liquid feeding system |
| CN109588333A (en) * | 2019-01-30 | 2019-04-09 | 柳州鑫兴园农业科技有限公司 | A kind of automatic feeding system |
| CN109588333B (en) * | 2019-01-30 | 2024-03-19 | 柳州鑫兴园农业科技有限公司 | Automatic feeding system |
| CN114532244A (en) * | 2022-02-23 | 2022-05-27 | 青岛神粥农牧设备有限公司 | Integrated large concentrated porridge feeding system for pig farm and using method thereof |
| CN114532244B (en) * | 2022-02-23 | 2023-09-12 | 青岛神粥农牧设备有限公司 | Integrated large-scale concentrated porridge feeding system for pig farm and application method thereof |
| CN115005114A (en) * | 2022-06-30 | 2022-09-06 | 高州双胞胎饲料有限公司 | Multi-stage feeding system and method for pigs in different growth stages |
| CN115005114B (en) * | 2022-06-30 | 2023-11-10 | 高州双胞胎饲料有限公司 | Multistage feeding system and method for different growth stages of pigs |
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