CN207285161U - Integral system used in composite feed additive production - Google Patents
Integral system used in composite feed additive production Download PDFInfo
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- CN207285161U CN207285161U CN201720977825.8U CN201720977825U CN207285161U CN 207285161 U CN207285161 U CN 207285161U CN 201720977825 U CN201720977825 U CN 201720977825U CN 207285161 U CN207285161 U CN 207285161U
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- mixing device
- feed additive
- drying
- cooling
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Abstract
The utility model belongs to technical field of feed additive production, and in particular to integral system used in composite feed additive production, what especially composite feed additive production was used integrates batch mixing, puffing, dry and cooling system.The system includes：Mixing device, to mix various types of feed addictive；Expanding apparatus, to by mixed material expanding treatment；Device for drying and cooling, to drying and cools down mixed all feeds additive.There is provided integrate batch mixing, puffing, dry and cooling system, to the mixing of a variety of additives, puffing, dry and cooling, the composite feed additive of the different Production of Livestock and Poultry demands either different stages of growth of livestock and poultry of the same race can be met by preparing, need not extemporaneous preparation when in use, the defects of it also avoid accurately preparing the composite feed additive needed for different stages of growth livestock and poultry.
Description
Technical field
The utility model belongs to technical field of feed additive production, and in particular to one used in composite feed additive production
Integrate batch mixing, puffing, dry and cooling system used in the production of body system, especially composite feed additive.
Background technology
Feed addictive refers to a small amount of or micro substance added during Feed Manufacturing processing, use, in feed
Dosage is seldom, but acts on notable.Feed addictive is the raw material that modern feed industry necessarily uses, to strengthening basal feed battalion
Support and be worth, improve breeding performonce fo animals, ensure animal health, save feed cost, improving livestock products quality etc. has substantially
Effect.
With developing rapidly for cultivation industry, the development and production of growth-promoting additive have also obtained significant progress, plant
Class is more, and developing scope of resource is more extensive.
All kinds of additives that promote production are dazzling currently on the market, enzyme preparation, Functional Polypeptides, acidulant, antioxidant etc., very
To there is some products for manufacture with nanometer technology, all each have the advantage that, different in terms of or from different angles
Go to promote the growth and development of livestock and poultry with different mechanism, then every kind of livestock and poultry have respective growth characteristic, each growth phase
Also there are its physiology and appearance and different nutritional needs, so, the research and development of feed addictive and the premise used must all be studied
Specific growth phase, to meet specific physical nutritional demand.Equally, every kind of additive should all have its optimal feeding rank
Section, to play its maximum effect.
In addition, although various additives have certain nutritional effect, any single additive can not all meet
Growth of animals or poultry demand, theory and practice all illustrates that composite additive is easier to play its effect, or even can reach 1+1 ＞'s 2
Effect.Synergistic effect is played between different additive, promotes digesting and assimilating for all kinds of nutriments.Such as xylanase hydrolysis food
Xylan in gruel, reduces chyme viscosity, can so allow protease and lipase etc. more preferably to be contacted with substrate and play a role.Such as
Functional Polypeptides play activity in vivo after being absorbed, and can strengthen intestine immunity and oxidation resistance, so as to safeguard good enteron aisle
Digestion and absorption function, promotes the absorption of nutriment.
The present inventor is by retrieval and consults substantial amounts of document, it is found that there is presently no produced on composite feed additive
Batch mixing, puffing, dry and cooling integrated system.Therefore, the present inventor uses by design and practice production, have developed
Integral system used in the composite feed additive production of the utility model.
Utility model content
In order to solve above-mentioned technical problem, the utility model provides a kind of the mixed of collection composite feed additive production
Material, puffing, dry and cooling integrated system, can not be grasped when in use system solves the problem single feed additive its match from
And the defects of rational addition cannot be given for the demand of growth of animals or poultry different phase well.
Integral system used in composite feed additive production, mainly includes：
Mixing device, to mix various types of feed addictive；
Expanding apparatus, to by mixed material expanding treatment；
Device for drying and cooling, to drying and cools down mixed all feeds additive；
At least one Mixer pot is connected with mixing device, has between each Mixer pot and mixing device corresponding
Constant displacement pump；
The outlet of mixing device is connected with expanding apparatus；
Expanding apparatus is connected with device for drying and cooling；
The pipeline in two exits of device for drying and cooling upper top is divided into two bypass lines and two rotations again after converging
Wind separator is connected, and cyclone separator is connected with wind turbine by above-mentioned bypass line；
Powder collecting pot is led in the outlet of two above-mentioned cyclone separators after converging；
The outlet of device for drying and cooling lower part is connected with product collector, has finished pot below product collector；
Air-cooler and air-heater are arranged respectively at the bottom of device for drying and cooling, correspond to be used to enter cold air and hot-air,
There is heat exchanger between air-heater and device for drying and cooling.
There is metal detector between product collector and finished pot.
The present inventor designs the metal detector, the reason is that, prevent because method is improper or some are difficult to avoid that
Factor is mixed into foreign matter, these materials can damage livestock and poultry even threat to life, commonly referred to as physical hazard.How to exclude to mix
Enter the foreign matter in raw material, prevent the foreign matter in production packaging process to be mixed into, find mixed foreign matter and rejected, it has also become
Important research topic.
The main means of detection food or feed foreign matter have X-ray detection, metal detection, visual inspection, electron scanning etc.
Method, but up to the present, there is no a kind of detection method to detect or reject completely and be possible to mixed foreign matter.Metal detection
It is one of most commonly seen method, wherein metal detector is a kind of metal detection dress on packaging for foodstuff and material transferring line
Put, it can efficiently identify out mixed metallics in food and material, and be rejected metallics by appropriate ways
Fall.Due to transmission line be it is unidirectional, food, feed and other material only by metal detector once, sensitivity and inspection
The metal controller for surveying reliable results can detect that.This design is to ensure the product quality of compound additive.
The top of product collector is connected with dust arrester, there is powder collecting pot below dust arrester, to collect in dust arrester
The powder particle thing of generation.
Mixing device can complete the batch mixing purpose of the utility model for commercially available batch mixer.
The present inventor is designed and has been optimized to mixing device, and following mixing device using effect is preferable：
Mixing device includes housing and the blending bunker in housing, has a pair of of agitating shaft, each agitating shaft in blending bunker
On be both provided with helical blade；The top of agitating shaft through mixing device upper top with its corresponding to motor output end be connected
Connect；The upper top of mixing device has gas outlet and feed inlet, and mixing device lower bottom part has discharge port.Feed inlet is located at discharge port
At mixing device axial centerline.
Mixing device can also be designed as following structure：
Mixing device includes housing and the blending bunker in housing, has agitating shaft in blending bunker, is respectively provided with agitating shaft
There is three blade propeller agitating vane；The top of agitating shaft through mixing device upper top with its corresponding to motor output end be connected
Connect；The upper top of mixing device has gas outlet and two feed inlets, and mixing device lower bottom part has discharge port, and agitating shaft is located at batch mixing
At device axial centerline.
The design of the utility model is to mix different types of feed addictive with a variety of ratios, puffing, dry
Dry and cooling, is made the composite feed additive suitable for livestock and poultry different stages of growth with different ratio, is engaged in aquaculture
Personnel can select the composite feed additive of different model according to specific circumstances, such as, the addition of piglet specific complex feed
Agent；The composite feed additive of fattening period, the live pig composite feed additive of marketing period, without going to prepare one by one again.
In addition, the present inventor devises expanding apparatus, it is based on considered below：Cud is one big fermentation of ruminant domestic animal
Tank, it can not only digest the crude fibre that monogastric is difficult to digest, and reduce the activity of some anti-nutritional factors, improve in feed
The utilization rate of phytate phosphorus etc., and also there is certain degradation to some good albumen, free amino acid, carbohydrate etc..
Therefore, certain working process (puffing, steam-flaked etc.) is carried out to feed or additive, adds UIP and RBS in feed
Quantity.Using coating technique some a small amount of or micro nutrients (amino acid, choline etc.) can also be carried out with coating processing makes
It avoids degrading in cud.
The beneficial effects of the utility model are, there is provided batch mixing, puffing, dry and cooling system is integrated, to each
The different additive mixing of kind, puffing, dry and cooling, different Production of Livestock and Poultry demands either livestock and poultry of the same race can be met by preparing
The different production phases composite feed additive, without extemporaneous preparation when in use, it also avoid accurately preparing difference
The defects of composite feed additive needed for growth phase livestock and poultry.
Brief description of the drawings
Fig. 1 is the structure diagram of embodiment 1；
Fig. 2 is the structure diagram of batch mixer in embodiment 1；
Fig. 3 is the structure diagram of embodiment 2；
Fig. 4 is the structure diagram of the batch mixer in embodiment 2；
In figure, 1- wind turbines, the first Mixer pots of 201-, the second Mixer pots of 202-, the first constant displacement pumps of 31-, 32- second is quantitative
Pump, 4- bulking machines, 5- fluidized bed drying coolers, the first cyclone separators of 61-, the second cyclone separators of 62-, 63- powder collecting pots,
7- heat exchangers, 8- metal detectors, 9- finished pots, 10- product collectors, 11- dust arresters, 12- gas outlets, 13- feed inlets,
14- motors, 15- agitating shafts, 16- helical blades, 17- discharge ports, 18- blending bunkers, 19- housings, 20- batch mixers, tri- leaf paddles of 21-
Formula agitating vane.
Embodiment
The utility model is further described with reference to the accompanying drawings and detailed description, so as to this area
Technical staff know more about the utility model, but the utility model is not limited with this.
Embodiment 1
Integral system used in composite feed additive production, the system include：
Batch mixer 20, to mix various types of feed addictive；
Bulking machine 4, to by mixed material expanding treatment；
Fluidized bed drying cooler 5, to drying and cools down mixed all feeds additive；
First Mixer pot 201 is connected with batch mixer 20, has the first constant displacement pump between the first Mixer pot 201 and batch mixer 20
31；
The outlet of batch mixer 20 is connected with bulking machine 4；
Batch mixer 20 includes housing 19 and the blending bunker 18 in housing 19, has agitating shaft 15 in blending bunker 18, stirring
Three blade propeller agitating vane is provided with axis 15；The top of agitating shaft 15 passes through the upper top and 14 output terminal phase of motor of batch mixer
Connection, motor 14 drive agitating shaft 15 to rotate；The upper top of batch mixer 20 has gas outlet 12 and two feed inlets 13, batch mixer 20
Lower bottom part has discharge port 17, and agitating shaft 15 is located at 20 axial centerline of batch mixer.
Bulking machine 4 is connected with fluidized bed drying cooler 5；
After the pipeline in two exits of 5 upper top of fluidized bed drying cooler converges and it is divided into two articles of bypass lines and the
One cyclone separator 61 is connected with the second cyclone separator 62, and the first cyclone separator 61 and the second cyclone separator 62 pass through
Above-mentioned bypass line is connected with wind turbine 1；
Powder collecting pot 63 is led in the outlet of above-mentioned the first cyclone separator 61 and the second cyclone separator 62 after converging；
The outlet of 5 lower part of fluidized bed drying cooler is connected with product collector 10, and the lower section of product collector 10 has into
Product tank 9；The top of product collector 10 is connected with dust arrester 11, and there are powder collecting pot 63, product collector in the lower section of dust arrester 11
There is metal detector 8 between 10 and finished pot 9.
The bottom of fluidized bed drying cooler 5 has respectively and has air-cooler 1 and air-heater 1, correspond to be used to enter cold air
And hot-air, there is heat exchanger 7 between air-heater 1 and fluidized bed drying cooler.
Embodiment 2
Integral system used in composite feed additive production, the system include：
Batch mixer 20, to mix various types of feed addictive；
Bulking machine 4, to by mixed material expanding treatment；
Fluidized bed drying cooler 5, to drying and cools down mixed all feeds additive；
First Mixer pot 201 is connected with the first constant displacement pump 31, batch mixer 20, the second Mixer pot 202 and the second constant displacement pump
32 batch mixers 20 are connected；
The outlet of batch mixer 20 is connected with bulking machine 4；
Batch mixer 20 includes housing and the blending bunker 18 in housing, has a pair of of agitating shaft 15 in blending bunker 18, stirring
Helical blade 16 is both provided with axis 15；The top of agitating shaft 15 passes through motor 14 of the upper top of batch mixer 20 corresponding to it
Output terminal is connected, and motor 14 drives agitating shaft 15 to rotate（There is shaft coupling between motor 14 and agitating shaft, not shown, this structure
It is more conventional）；The upper top of batch mixer 20 has gas outlet 12 and feed inlet 13, and 20 lower bottom part of batch mixer has discharge port 17.
Bulking machine 4 is connected with fluidized bed drying cooler 5；
After the pipeline in two exits of 5 upper top of fluidized bed drying cooler converges and it is divided into two articles of bypass lines and the
One cyclone separator 61 is connected with the second cyclone separator 62, and the first cyclone separator 61 and the second cyclone separator 62 pass through
Above-mentioned bypass line is connected with wind turbine 1；
Powder collecting pot 63 is led in the outlet of above-mentioned the first cyclone separator 61 and the second cyclone separator 62 after converging；
The outlet of 5 lower part of fluidized bed drying cooler is connected with product collector 10, and the lower section of product collector 10 has into
Product tank 9；The top of product collector 10 is connected with dust arrester 11, and there are powder collecting pot 63, product collector in the lower section of dust arrester 11
There is metal detector 8 between 10 and finished pot 9.
The bottom of fluidized bed drying cooler 5 has respectively and has air-cooler 1 and air-heater 1, correspond to be used to enter cold air
And hot-air, there is heat exchanger 7 between air-heater 1 and fluidized bed drying cooler.
Above-mentioned system operationally, after different types of feed addictive mixes in various proportions in Mixer pot, passes through
Cross
Bulking machine expanding treatment, dries and cools down subsequently into fluidized bed drying cooler, enter back into product collector.
Metal detector at product collector can timely detect in product whether be mixed into metal, ensure that feed addictive
Security.The feed addictive that system production above goes out, have passed through expanding treatment, adds the number of UIP and RBS in feed
Amount, and can make the feed addictive needed for suitable different phase growth of animals or poultry, and avoiding can not during extemporaneous preparation
The defects of accurately grasping configuration proportion.
Claims (7)
1. integral system used in composite feed additive production, it is characterised in that the system includes：
Mixing device, to mix various types of feed addictive；
Expanding apparatus, to by mixed material expanding treatment；
Device for drying and cooling, to drying and cools down mixed all feeds additive；
At least one Mixer pot is connected with mixing device, has between each Mixer pot and mixing device corresponding quantitative
Pump；
The outlet of mixing device is connected with expanding apparatus；
Expanding apparatus is connected with device for drying and cooling；
The pipeline in two exits of device for drying and cooling upper top is divided into two bypass lines and two whirlwind point again after converging
It is connected from device, and cyclone separator is connected with wind turbine by above-mentioned bypass line；
Powder collecting pot is led in the outlet of two above-mentioned cyclone separators after converging；
The outlet of device for drying and cooling lower part is connected with product collector, has finished pot below product collector；
Air-cooler and air-heater are arranged respectively at the bottom of device for drying and cooling, correspond to be used to enter cold air and hot-air, hot wind
There is heat exchanger between machine and device for drying and cooling.
2. integral system used in composite feed additive production as claimed in claim 1, it is characterised in that product collector
There is metal detector between finished pot.
3. integral system used in composite feed additive production as claimed in claim 1, it is characterised in that product collector
Top be connected with dust arrester, have powder collecting pot below dust arrester.
4. integral system used in composite feed additive as claimed in claim 1 production, it is characterised in that mixing device is
Batch mixer.
5. integral system used in composite feed additive production as claimed in claim 1, it is characterised in that mixing device bag
Housing and the blending bunker in housing are included, has a pair of of agitating shaft in blending bunker, helical blade is both provided with each agitating shaft；
The top of agitating shaft through mixing device upper top with its corresponding to motor output end be connected；The upper top of mixing device
There are gas outlet and feed inlet, mixing device lower bottom part has discharge port.
6. integral system used in composite feed additive production as claimed in claim 1, it is characterised in that feed inlet is with going out
Material mouth is located at mixing device axial centerline.
7. integral system used in composite feed additive production as claimed in claim 1, it is characterised in that mixing device bag
Housing and the blending bunker in housing are included, has agitating shaft in blending bunker, three blade propeller agitating vane is provided with agitating shaft；Stir
Mix the top of axis through mixing device upper top with its corresponding to motor output end be connected；The upper top of mixing device has
Gas outlet and two feed inlets, mixing device lower bottom part have discharge port, and agitating shaft is located at mixing device axial centerline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720977825.8U CN207285161U (en) | 2017-08-07 | 2017-08-07 | Integral system used in composite feed additive production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720977825.8U CN207285161U (en) | 2017-08-07 | 2017-08-07 | Integral system used in composite feed additive production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207285161U true CN207285161U (en) | 2018-05-01 |
Family
ID=62448632
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720977825.8U Expired - Fee Related CN207285161U (en) | 2017-08-07 | 2017-08-07 | Integral system used in composite feed additive production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207285161U (en) |
-
2017
- 2017-08-07 CN CN201720977825.8U patent/CN207285161U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180501 Termination date: 20190807 |