CN208356567U - A kind of feed addictive feed proportioning system - Google Patents
A kind of feed addictive feed proportioning system Download PDFInfo
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- CN208356567U CN208356567U CN201820700029.4U CN201820700029U CN208356567U CN 208356567 U CN208356567 U CN 208356567U CN 201820700029 U CN201820700029 U CN 201820700029U CN 208356567 U CN208356567 U CN 208356567U
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- major ingredient
- auxiliary material
- star
- unloader
- feed
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- Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
Abstract
The utility model provides a kind of feed addictive feed proportioning system, including major ingredient rotary flat sieve, auxiliary material rotary flat sieve, major ingredient storehouse, auxiliary material storehouse, major ingredient Star-like unloader, auxiliary material Star-like unloader, major ingredient dosing weighing belt, auxiliary material dosing weighing belt, blending bunker and mixing machine.According to a kind of feed addictive feed proportioning system provided by the utility model, have the advantages that ingredient is successional, second level hybrid mode improves mixed effect, guarantees the product mix uniformity, guarantees product using effect.
Description
Technical field
The utility model relates to a kind of feed proportioning systems, more particularly, to a kind of feed addictive feed proportioning system.
Background technique
In general, feed addictive is the nutritive value that is added in feed and can be improved feed with small metering, improves and raise
Expect utilization rate, growth of animal can be effectively facilitated.Feedstuff additive product nutrient content uniformity is being added to mixed feed or is mixing
Feeding animals in daily ration are closed, the health of animal can all will be caused directly to influence.
With the continuous development and progress of aquaculture, also in the continuous improvement to the quality requirements of compound feed products, make
Quality for the feedstuff additive product of main filling plays a crucial role, and mixture homogeneity is good, good fluidity feeding
Feed additives product is the inexorable trend of aquaculture development demand.Currently, feed addictive feed proportioning system more only focus on it is mixed
Influence of the conjunction machine to material mixed effect, by selecting various types of mixing machines to achieve the purpose that material is uniformly mixed, still
Mixed effect is general, for through frequently as the magnesium sulfate of major ingredient or auxiliary material, the easy moisture absorption of magnesia class, the easily raw material that agglomerates, directly
Into when mixing machine mixing, can still there be part material caking phenomenon in finished product, influence mixed effect and product using effect.Separately
Outside, when the major ingredient in feedstuff additive product and auxiliary material are mixed, usual auxiliary material additive amount is less, and many producers are using artificial
Feeding mode causes unnecessary waste and environmental pollution, although there are also part of the manufacturer using automatic material-dispensing system, only
Major ingredient and auxiliary material are subjected to mixed once process, the product mix uniformity is bad.
Summary of the invention
In this regard, its object is to propose that one kind can be improved the utility model proposes a kind of feed addictive feed proportioning system
The feed addictive feed proportioning system of mixture homogeneity.
To achieve the above object, the utility model provides a kind of feed addictive feed proportioning system, including major ingredient plane rotation
Sieve, auxiliary material rotary flat sieve, major ingredient storehouse, auxiliary material storehouse, major ingredient Star-like unloader, auxiliary material Star-like unloader, major ingredient dosing skin
Belt scale, auxiliary material dosing weighing belt, blending bunker, mixing machine, the major ingredient rotary flat sieve are located above the major ingredient storehouse,
The qualified discharge port of the major ingredient rotary flat sieve is connected with the feed inlet in the major ingredient storehouse, and the major ingredient Star-like unloader includes
First major ingredient Star-like unloader and the second major ingredient Star-like unloader, the major ingredient storehouse, positioned at the upper of two major ingredient Star-like unloaders
Side；The auxiliary material rotary flat sieve is located above the auxiliary material storehouse, the qualified discharge port of the auxiliary material rotary flat sieve with it is described
The feed inlet in auxiliary material storehouse is connected, the auxiliary material storehouse, positioned at the top of the auxiliary material Star-like unloader；The major ingredient dosing skin
Belt scale includes the first major ingredient dosing weighing belt and the second major ingredient dosing weighing belt, the first major ingredient dosing skin
Belt scale, positioned at the lower section of the first major ingredient Star-like unloader, the discharge port of feed inlet and the first major ingredient Star-like unloader
It is connected；The auxiliary material dosing weighing belt, positioned at the lower section of the auxiliary material Star-like unloader, feed inlet and the auxiliary material star
The discharge port of type discharger is connected；It is quantitative to be located at the first major ingredient dosing weighing belt, the auxiliary material for the blending bunker
The lower section of feeding belt scale, feed inlet and the first major ingredient dosing weighing belt, the auxiliary material dosing weighing belt
Discharge port is connected；The mixing machine, positioned at the lower section of the blending bunker, feed inlet and the second major ingredient dosing weighing belt
It is connected with the discharge port of the blending bunker；The second major ingredient dosing weighing belt is located at the star-like discharging of the second major ingredient
The lower section of device, feed inlet are connected with the discharge port of the second major ingredient Star-like unloader.
Preferably, the major ingredient rotary flat sieve and the auxiliary material rotary flat sieve use single layer sieve structure.
Preferably, agitating paddle is arranged in storehouse for the blending bunker.
Preferably, the mixing machine selects double-shaft paddle formula high efficient mixer.
A kind of feed addictive feed proportioning system provided by the utility model, has the advantages that ingredient is successional, by master
Increase plane rotation sieve apparatus above material, auxiliary material storehouse, material is made to guarantee the uniformity before entering feed proportioning system, does not agglomerate existing
As improving mixture homogeneity, while the vibration of rotary flat sieve magnesium sulfate, magnesia class product strong to hygroscopicity, tough
Dynamic effect becomes apparent, have non-stick web advantage, and it is off the net have automatic cleaning equipment, avoid environmental pollution；By to major ingredient and
Auxiliary material improves mixed effect using second level hybrid mode, and the mixing for auxiliary material is a kind of preferred embodiment, ensure that feed addition
The agent product mix uniformity, further ensures product using effect.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of feed addictive feed proportioning system provided by the utility model.
Description of symbols
1: major ingredient rotary flat sieve 2: auxiliary material rotary flat sieve
3: major ingredient storehouse 4: auxiliary material storehouse
5-1: the first major ingredient Star-like unloader the 5-2: the second major ingredient Star-like unloader
6: auxiliary material Star-like unloader the 7-1: the first major ingredient dosing weighing belt
7-2: the second major ingredient dosing weighing belt 8: auxiliary material dosing weighing belt
9: blending bunker 10: mixing machine
Specific embodiment
Hereinafter, the preferred embodiment of the utility model is explained in detail with reference to the accompanying drawings.Illustrating the embodiments of the present invention
When, if the specific descriptions of related known element or function are an impediment to the main idea of the utility model, it will be omitted in detail
Explanation.
Fig. 1 is a kind of structural schematic diagram of feed addictive feed proportioning system provided by the utility model.
Referring to Fig.1, a kind of feed addictive feed proportioning system provided by the utility model include major ingredient rotary flat sieve 1, it is auxiliary
Expect rotary flat sieve 2, major ingredient storehouse 3, auxiliary material storehouse 4, major ingredient Star-like unloader 5, auxiliary material Star-like unloader 6, major ingredient dosing skin
Belt scale 7, auxiliary material dosing weighing belt 8, blending bunker 9 and mixing machine 10.
Above-mentioned feed proportioning system, major ingredient are entered in major ingredient plane revdution oscillating screen 1 by bucket elevator, major ingredient by
It moves up and down on compass screen surface, abolishes major ingredient caking phenomenon, qualified material enters major ingredient by 1 discharge port of major ingredient rotary flat sieve
Storehouse 3, major ingredient in major ingredient storehouse 3 is by discharge port by continual and steady fixed to the first major ingredient of the first major ingredient Star-like unloader 5-1
Feeding belt scale 7-1 feed is measured, enters blending bunker 9 after measuring according to a certain percentage；Meanwhile auxiliary material by bucket elevator into
Enter into auxiliary material plane revdution oscillating screen 2, auxiliary material abolishes auxiliary material caking phenomenon, qualified object by moving up and down on compass screen surface
Material enters auxiliary material storehouse 4 by 2 discharge port of auxiliary material rotary flat sieve, and the auxiliary material in auxiliary material storehouse 4 passes through auxiliary material star by discharge port
Type discharger 6 is continual and steady to be fed to auxiliary material dosing weighing belt 8, enters blending bunker after measuring according to a certain percentage
9；Material in blending bunker 9 enters in mixing machine 10 through discharge port；Another part major ingredient in major ingredient storehouse 3 passes through the second major ingredient
Star-like unloader 5-2 is fed to the second major ingredient dosing weighing belt 7-2, enters mixing machine after measuring according to a certain percentage
10；It completes to pack through discharge hole for discharge after highly mixing into the material in mixing machine 10.
Embodiment 1: the ingredient production of feed addictive magnesium sulfate
The magnesium sulfate monohydrate 200kg for being 16.5% using simple substance content of magnesium is as major ingredient, the water that simple substance content of magnesium is 15%
Magnesium sulfate 100kg is mixed as auxiliary material, the two, and the feed addictive magnesium sulfate monohydrate that production simple substance content of magnesium is 16% produces
Product.
The magnesium sulfate monohydrate 200kg that simple substance content of magnesium is 16.5% continues into master by bucket elevator as major ingredient
To expect in plane revdution oscillating screen, major ingredient handles the part caking phenomenon in magnesium sulfate monohydrate by moving up and down on compass screen surface,
Qualified material enters major ingredient storehouse by major ingredient rotary flat sieve discharge port, and the major ingredient in major ingredient storehouse passes through first by discharge port
Major ingredient Star-like unloader is continual and steady to be fed to the first major ingredient dosing weighing belt, and metering 100kg major ingredient enters blending bunker；
Meanwhile the magnesium sulfate monohydrate 100kg that simple substance content of magnesium is 15% enters auxiliary material plane time by bucket elevator as auxiliary material
Turn in vibrating screen, auxiliary material abolishes auxiliary material caking phenomenon, qualified material is returned by auxiliary material plane by moving up and down on compass screen surface
Turn sieve discharge port and enter auxiliary material storehouse, the auxiliary material in auxiliary material storehouse is given by discharge port by auxiliary material Star-like unloader is continual and steady
Auxiliary material dosing weighing belt feed, enters blending bunker after measuring 100kg；At this point, there is 100kg simple substance content of magnesium in blending bunker
The magnesium sulfate monohydrate auxiliary material that magnesium sulfate monohydrate major ingredient and 100kg simple substance content of magnesium for 16.5% are 15%, the two are mixed
Enter mixing machine afterwards；At the same time, the magnesium sulfate monohydrate master that another part 100kg simple substance content of magnesium in major ingredient storehouse is 16.5%
Material is fed by the second major ingredient Star-like unloader to the second major ingredient dosing weighing belt, enters mixing machine after metering；Two
Divide supplied materials to enter in mixing machine to complete to pack through discharge hole for discharge after the secondary mixing of progress.
Mixture homogeneity detection, the product variation lines measured are carried out to the above feed addictive sulfuric acid magnesium products produced
Number is 4.3%, does not increase the feed proportioning system of rotary flat sieve and second level mixed process, and the coefficient of variation of product reduces by 0.4%,
Improve the significant effect of mixture homogeneity.
Embodiment 2: the ingredient production of feed addictive magnesia
It is mixed the magnesia 980kg of 92% content as the carrier magnesium sulfate monohydrate of major ingredient and 20kg as auxiliary material
It closes, produces the mixed feed additive magnesium oxide product of 90% content.
The vibration of major ingredient plane rotation is continued by bucket elevator using the magnesia 980kg of 92% content as major ingredient
In dynamic sieve, major ingredient handles the part caking phenomenon in magnesium oxide product, qualified material passes through by moving up and down on compass screen surface
Major ingredient rotary flat sieve discharge port enters major ingredient storehouse, and the major ingredient in major ingredient storehouse passes through the star-like discharging of the first major ingredient by discharge port
Device is continual and steady to be fed to the first major ingredient dosing weighing belt, and metering 490kg major ingredient enters blending bunker；Meanwhile by 20kg
Carrier lime is entered in auxiliary material plane revdution oscillating screen as auxiliary material by bucket elevator, and auxiliary material on compass screen surface by doing
Lower movement, abolishes auxiliary material caking phenomenon, and qualified material enters auxiliary material storehouse by auxiliary material rotary flat sieve discharge port, in auxiliary material storehouse
Auxiliary material be fed by auxiliary material Star-like unloader is continual and steady to auxiliary material dosing weighing belt by discharge port, through measuring
Enter blending bunker after 20kg；At this time.There are 490kg magnesia major ingredient and 20kg carrier lime auxiliary material in blending bunker, the two is mixed
Enter mixing machine after conjunction；At the same time, another part 490kg magnesia major ingredient in major ingredient storehouse passes through the star-like discharging of the second major ingredient
Device is fed to the second major ingredient dosing weighing belt, enters mixing machine after metering；Two parts supplied materials, which enters in mixing machine, to carry out
It completes to pack through discharge hole for discharge after secondary mixing.
Mixture homogeneity detection is carried out to the mixed fodder additive magnesia produced, the product coefficient of variation measured is
4.2%, do not increase the feed proportioning system of rotary flat sieve and second level mixed process, the coefficient of variation of product reduces by 0.5%, improves
The significant effect of mixture homogeneity.
More than, the preferred embodiment of the utility model is described in detail.But the utility model is not limited to
Embodiment above-mentioned, but can be realized with different various forms.Revealed embodiment is used for the purpose of making in this specification
The announcement of the utility model is complete, so that those skilled in the art completely learn scope provided by the utility model.
The protection scope of the utility model should be based on the contents of the claims.
Claims (4)
1. a kind of feed addictive feed proportioning system, including major ingredient rotary flat sieve, auxiliary material rotary flat sieve, major ingredient storehouse, auxiliary material storehouse,
Major ingredient Star-like unloader, auxiliary material Star-like unloader, major ingredient dosing weighing belt, auxiliary material dosing weighing belt, blending bunker with
Mixing machine,
It is characterized by:
The major ingredient rotary flat sieve is located above the major ingredient storehouse, the qualified discharge port of the major ingredient rotary flat sieve with it is described
The feed inlet in major ingredient storehouse is connected；
The major ingredient Star-like unloader includes the first major ingredient Star-like unloader and the second major ingredient Star-like unloader；
The major ingredient position in storehouse is in the top of two major ingredient Star-like unloaders；
The auxiliary material rotary flat sieve is located above the auxiliary material storehouse, the qualified discharge port of the auxiliary material rotary flat sieve with it is described
The feed inlet in auxiliary material storehouse is connected, and the auxiliary material position in storehouse is in the top of the auxiliary material Star-like unloader；
The major ingredient dosing weighing belt includes the first major ingredient dosing weighing belt and the second major ingredient dosing weighing belt；
The first major ingredient dosing weighing belt is located at the lower section of the first major ingredient Star-like unloader, feed inlet and described the
The discharge port of one major ingredient Star-like unloader is connected；
The auxiliary material dosing weighing belt is located at the lower section of the auxiliary material Star-like unloader, feed inlet with the auxiliary material is star-like unloads
The discharge port of glassware is connected；
The blending bunker is located at the lower section of the first major ingredient dosing weighing belt, the auxiliary material dosing weighing belt, into
Material mouth is connected with the discharge port of the first major ingredient dosing weighing belt, the auxiliary material dosing weighing belt；
The mixing machine is located at the lower section of the blending bunker, feed inlet and the second major ingredient dosing weighing belt and described mixed
The discharge port of feed bin is connected；
The second major ingredient dosing weighing belt is located at the lower section of the second major ingredient Star-like unloader, feed inlet and described the
The discharge port of two major ingredient Star-like unloaders is connected.
2. a kind of feed addictive feed proportioning system according to claim 1, which is characterized in that the major ingredient rotary flat sieve
Single layer sieve structure is used with the auxiliary material rotary flat sieve.
3. a kind of feed addictive feed proportioning system according to claim 1, which is characterized in that be arranged in the blending bunker storehouse
Agitating paddle.
4. a kind of feed addictive feed proportioning system according to claim 1, which is characterized in that the mixing machine selects twin shaft
Oar blade type high efficient mixer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700029.4U CN208356567U (en) | 2018-05-11 | 2018-05-11 | A kind of feed addictive feed proportioning system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820700029.4U CN208356567U (en) | 2018-05-11 | 2018-05-11 | A kind of feed addictive feed proportioning system |
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| Publication Number | Publication Date |
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| CN208356567U true CN208356567U (en) | 2019-01-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820700029.4U Active CN208356567U (en) | 2018-05-11 | 2018-05-11 | A kind of feed addictive feed proportioning system |
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| Country | Link |
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| CN (1) | CN208356567U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117482820A (en) * | 2024-01-03 | 2024-02-02 | 山东吉隆达生物科技有限公司 | Stirring type mixing device for potassium magnesium sulfate additive feed production |
-
2018
- 2018-05-11 CN CN201820700029.4U patent/CN208356567U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117482820A (en) * | 2024-01-03 | 2024-02-02 | 山东吉隆达生物科技有限公司 | Stirring type mixing device for potassium magnesium sulfate additive feed production |
| CN117482820B (en) * | 2024-01-03 | 2024-04-30 | 山东吉隆达生物科技有限公司 | Stirring type mixing device for potassium magnesium sulfate additive feed production |
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