CN209490756U - Pneumatic type baby formula mixing apparatus for milk powder producing - Google Patents
Pneumatic type baby formula mixing apparatus for milk powder producing Download PDFInfo
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- CN209490756U CN209490756U CN201822218288.6U CN201822218288U CN209490756U CN 209490756 U CN209490756 U CN 209490756U CN 201822218288 U CN201822218288 U CN 201822218288U CN 209490756 U CN209490756 U CN 209490756U
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- delivery pipe
- air delivery
- air
- pneumatic
- blending tank
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Abstract
A kind of pneumatic type baby formula mixing apparatus for milk powder producing, including premix tank, pneumatic blending tank, first air delivery pipe, second air delivery pipe, feeding distribution mechanism, the bottom of premix tank is communicated with conveying pipeline, conveying pipeline is connected to the inside of pneumatic blending tank, first air delivery pipe is located at the top of pneumatic blending tank, second air delivery pipe is located at the surface of the first air delivery pipe, the inside of pneumatic blending tank is arranged in feeding distribution mechanism, the arrival end of feeding distribution mechanism is connected to the outlet end of conveying pipeline and the second air delivery pipe respectively, pneumatic blending tank is internally provided with partition, air permeable plate is provided with right above partition, air permeable plate, partition will be separated into inside pneumatic blending tank, in, lower three cavitys；The utility model can be such that the nutrients such as milk powder and vitamin powder, micro element mineral, probiotics mix sufficiently, so that the nutriment dispersion added in milk powder is more evenly, improves the nutritive value of milk powder, enhance the quality of milk powder.
Description
Technical field
The utility model relates to dried milk production equipment technical field more particularly to a kind of pneumatic type milk for milk powder producing
Powder mixing arrangement.
Background technique
During milk powder producing, need fresh milk after spray drying manufactured milk powder in the dry state
The nutrients such as vitamin powder, micro element mineral, probiotics are sufficiently mixed, and formula milk can just be made.But it is producing
In the process, if the nutrients undercompounding such as milk powder and vitamin powder, micro element mineral, probiotics, will lead to milk
The nutritive value of powder greatly reduces, and influences the quality of milk powder product.
Summary of the invention
In view of this, it is necessary to provide a kind of pneumatic type baby formula mixing apparatus for milk powder producing.
A kind of pneumatic type baby formula mixing apparatus for milk powder producing, including premix tank, pneumatic blending tank, the first air
Delivery pipe, the second air delivery pipe, feeding distribution mechanism, the bottom of premix tank are provided with conveying pipeline, one end of conveying pipeline and premix
The inside connection of tank is closed, the other end passes through the top of pneumatic blending tank, and is connected to the inside of pneumatic blending tank, and the first air is defeated
It send pipe to be located at the top of pneumatic blending tank, and is distributed in a ring along the outer wall surface of pneumatic blending tank, the first air delivery pipe
It is connected to the inside of pneumatic blending tank, the second air delivery pipe is located at the surface of the first air delivery pipe, and along pneumatic mixing
The outer wall surface of tank is distributed in a ring, and the second air delivery pipe is connected to the first air delivery pipe, and the second air delivery pipe passes through
Air lance is connected to the inside of pneumatic blending tank, and the inside of pneumatic blending tank, the entrance of feeding distribution mechanism is arranged in feeding distribution mechanism
End be connected to respectively with the outlet end of conveying pipeline and the second air delivery pipe, the inside of the pneumatic blending tank be fixedly installed every
Plate, is fixedly installed air permeable plate identical with baffle dimensions right above partition, and air permeable plate, partition are by pneumatic blending tank inner part
It is divided into the cavity of upper, middle and lower three, the inside of upper cavity is connected to the second air delivery pipe, and lower cavity is for storing mixing
Good finished product, upper cavity are connected to lower cavity by feeder pipe, and the inside of central cavity is connected with the first air delivery pipe
It is logical；Material in premix tank enters feeding distribution mechanism by conveying pipeline, and material is blown into point by the air in the second air delivery pipe
Expect in mechanism, and disperse to be discharged by feeding distribution mechanism, air lance is by the air delivery in the second air delivery pipe to upper cavity
It is interior, and by feeding distribution mechanism dispersion discharge material dispel, the first air delivery pipe delivers the air in central cavity, due to every
The blocking of plate, air flows upwards through air permeable plate, and blow the material being scattered downwards, keep material abundant in upper cavity
Mixing, the finished product mixed then pass through feeder pipe and drop down onto lower cavity, and pass through the discharge nozzle of pneumatically mixing pot bottom setting
Discharge.
Preferably, the feeding distribution mechanism includes feed pipe, surge bunker, material separating disc, the arrival end of feed pipe respectively with conveying
The outlet end of pipe and the connection of the second air delivery pipe, the outlet end of feed pipe and surge bunker inside are connected to, and material separating disc setting is slow
Rush the underface in storehouse, and the outlet of the entrance of material separating disc and surge bunker.
Preferably, the material separating disc includes top block plate, lower part block plate, at least two demarcation plates, top block plate and lower part
Block plate is arranged oppositely, and offers the feeding inlet matched with surge bunker outlet size on the block plate of top, feeding inlet and surge bunker
Outlet, at least two demarcation plates are vertically and fixedly arranged between top block plate, lower part block plate, and at least two demarcation plates etc.
Away from annular spread, top block plate, lower part block plate, at least two demarcation plates surround at least two cavities, at least two cavities with it is upper
Feeding inlet connection on portion's block plate.
Preferably, the air permeable plate is tapered.
Preferably, the side of the pneumatic blending tank is additionally provided with air conveyor, the outlet end of air conveyor and the
The connection of one air delivery pipe.
Preferably, electromagnetic valve is provided on the conveying pipeline.
The utility model by adopting the above technical scheme, the beneficial effect is that: the utility model includes premix tank, pneumatic
Blending tank, the first air delivery pipe, the second air delivery pipe, feeding distribution mechanism, the bottom of premix tank are provided with conveying pipeline, conveying
One end of pipe is connected to the inside of premix tank, and the other end is connected to the inside of pneumatic blending tank, and the first air delivery pipe is located at
It at the top of pneumatic blending tank, and is distributed in a ring along the outer wall surface of pneumatic blending tank, the first air delivery pipe is mixed with pneumatic
The inside connection of tank is closed, the second air delivery pipe is located at the surface of the first air delivery pipe, and along the outer wall of pneumatic blending tank
Surface is distributed in a ring, and the second air delivery pipe is connected to the first air delivery pipe, and the second air delivery pipe passes through air lance
Be connected to the inside of pneumatic blending tank, feeding distribution mechanism is arranged in the inside of pneumatic blending tank, the arrival end of feeding distribution mechanism respectively with
The outlet end of conveying pipeline and the connection of the second air delivery pipe, the inside of the pneumatic blending tank are fixedly installed partition, partition
Surface is fixedly installed air permeable plate identical with baffle dimensions, air permeable plate, partition will be separated into inside pneumatic blending tank,
In, lower three cavitys, the inside of upper cavity is connected to the second air delivery pipe, and upper cavity and lower cavity pass through feeder pipe
Connection, the inside of central cavity is connected with the first air delivery pipe；Material in premix tank enters sub-material by conveying pipeline
Material is blown into feeding distribution mechanism by mechanism, the air in the second air delivery pipe, and disperses to be discharged by feeding distribution mechanism, air lance
It is dispelled by the air delivery to upper cavity in the second air delivery pipe, and by the material of feeding distribution mechanism dispersion discharge, first
Air delivery pipe delivers the air in central cavity, and due to the blocking of partition, air flows upwards through air permeable plate, and are blown
The material being scattered under trend, is sufficiently mixed material in upper cavity, and the finished product mixed then passes through feeder pipe and drops down onto lower part
In cavity, and the discharge nozzle discharge for passing through pneumatically mixing pot bottom setting.The utility model can make milk powder and vitamin powder, micro-
The mixing of the nutrients such as secondary element minerals, probiotics sufficiently, so that the nutriment dispersion added in milk powder is more evenly, mentions
The high nutritive value of milk powder, enhances the quality of milk powder.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the schematic cross-sectional view of the pneumatic blending tank of the utility model.
The structural schematic diagram of the position Fig. 3 the utility model feeding distribution mechanism.
In figure: premix tank 10, conveying pipeline 101, electromagnetic valve 102, pneumatic blending tank 20, partition 201, air permeable plate 202,
Feeder pipe 203, upper cavity 204, central cavity 205, lower cavity 206, the first air delivery pipe 30, the second air delivery pipe
40, air lance 401, feeding distribution mechanism 50, feed pipe 501, surge bunker 502, material separating disc 503, top block plate 5031, lower part block plate
5032, at least two demarcation plates 5033, air conveyor 60.
Specific embodiment
Fig. 1 to Fig. 3 is please referred to, the utility model embodiment provides a kind of pneumatic type milk powder mixing for milk powder producing
Device, including premix tank 10, pneumatic blending tank 20, the first air delivery pipe 30, the second air delivery pipe 40, feeding distribution mechanism
50, the bottom of premix tank 10 is provided with conveying pipeline 101, and one end of conveying pipeline 101 is connected to the inside of premix tank 10, another
End is connected to across the top of pneumatic blending tank 20, and with the inside of pneumatic blending tank 20, and the first air delivery pipe 30 is located at close
Pneumatic 20 top of blending tank, and being distributed in a ring along the outer wall surface of pneumatic blending tank 20, the first air delivery pipe 30 with it is pneumatic
The inside of blending tank 20 is connected to, and the second air delivery pipe 40 is located at the surface of the first air delivery pipe 30, and along pneumatic mixing
The outer wall surface of tank 20 is distributed in a ring, and the second air delivery pipe 40 is connected to the first air delivery pipe 30, the second air delivery
Pipe 40 is connected to by air lance 401 with the inside of pneumatic blending tank 20, and feeding distribution mechanism 50 is arranged in pneumatic blending tank 20
Portion, the arrival end of feeding distribution mechanism 50 are connected to the outlet end of conveying pipeline 101 and the second air delivery pipe 40 respectively, described pneumatic mixed
The inside for closing tank 20 is fixedly installed partition 201, and the surface of partition 201 is fixedly installed identical with 201 size of partition
Gas plate 202, air permeable plate 202, partition 201 will be separated into the cavity of upper, middle and lower three, upper cavity 204 inside pneumatic blending tank 20
Inside be connected to the second air delivery pipe 40, lower cavity 206 for store the finished product mixed, upper cavity 204 and under
Portion's cavity 206 is connected to by feeder pipe 203, and the inside of central cavity 205 is connected with the first air delivery pipe 30；
Raw material enters in premix tank 10 from the entrance at 10 top of premix tank, and blender is arranged in premix tank 10, will
After raw material tentatively mixes, feeding distribution mechanism 50 is entered by conveying pipeline 101, the air in the second air delivery pipe 40 blows conveying pipeline
101 materials to get off are moved forward along the arrival end of feeding distribution mechanism 50, and material is blown into feeding distribution mechanism 50, into depiler
Material in structure 50 follows air to disperse to be discharged from feeding distribution mechanism 50 together, at this point, air lance 401 under the blowing of air
It is empty when the material spilling that feeding distribution mechanism 50 is discharged by the air delivery to upper cavity 204 in the second air delivery pipe 40
Air in gas blowout pipe 401 is blown to pneumatic 20 center of blending tank, and the material of the dispersion discharge of feeding distribution mechanism 50 is dispelled,
Meanwhile first air delivery pipe 30 deliver the air in central cavity 205, due to the blocking of partition 201, central cavity at this time
Air flows upwards in 205, and air permeable plate 202 is penetrated, it is flowed to the top of pneumatic blending tank 20, passes through air lance at this time
401 dispel after start the material to fall and meet with to the air flowed at the top of pneumatic blending tank 20, and blow the object being scattered downwards
Material rolling upwards, makes material form convolution, rolling, suspended state in upper cavity 204, just makes milk powder and vitamin in this way
The nutrients such as powder, micro element mineral, probiotics are sufficiently mixed, and improve the equilibrium degree of nutriment in milk powder, enhancing
The quality of milk powder, the finished product mixed then pass through feeder pipe 203 and drop down onto lower cavity 206, and pass through pneumatic blending tank 20
The discharge nozzle discharge of bottom setting.
Wherein, the feeding distribution mechanism 50 includes feed pipe 501, surge bunker 502, material separating disc 503, the entrance of feed pipe 501
End is connected to the outlet end of conveying pipeline 101 and the second air delivery pipe 40 respectively, the outlet end of feed pipe 501 and surge bunker 502
Inside connection, material separating disc 503 are arranged in the underface of surge bunker 502, and the entrance of material separating disc 503 and surge bunker 502 go out
Mouth connection；The material separating disc 503 includes top block plate 5031, lower part block plate 5032, at least two demarcation plates 5033, top block plate
5031 are arranged oppositely with lower part block plate 5032, offer on top block plate 5031 and enter with what 502 outlet size of surge bunker matched
Material mouth, the outlet of feeding inlet and surge bunker 502, at least two demarcation plates 5033 are vertically and fixedly arranged at top block plate
5031, between lower part block plate 5032, and at least two demarcation plates, 5033 equidistant ring is distributed, top block plate 5031, lower part block plate
5032, at least two demarcation plates 5033 surround at least two cavities, the feeding inlet at least two cavities and top block plate 5031
Connection.
Material in premix tank 10 is entered by conveying pipeline 101 in the feed pipe 501 of feeding distribution mechanism 50, and the second air is defeated
It send the air in pipe 40 to blow material that conveying pipeline 101 gets off to move forward along the feed pipe 501 of feeding distribution mechanism 50, and by material
It is blown into the surge bunker 502 of feeding distribution mechanism 50, by the effect of surge bunker 502, can will be evenly distributed at least two chambers
The input end in road, under constantly the blowing of air, air blows mobile into the material at least two cavities, and follows air
It is ejected outward from least two cavities of feeding distribution mechanism 50 together, so that the material of discharge is completely dispersed.
Further, the air permeable plate 202 is tapered, and the air through air permeable plate 202 can be made in pneumatic blending tank 20
Upper cavity 204 in form the state blown to pneumatic 20 center of blending tank, improve mixing efficiency, and be conducive to dissipate
The material fallen on air permeable plate 202 can be mobile to feeder pipe 203.
Further, the side of the pneumatic blending tank 20 is additionally provided with air conveyor 60, and air conveyor 60 goes out
Mouth end is connected to the first air delivery pipe 30.
Further, electromagnetic valve 102 is provided on the conveying pipeline 101.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (6)
1. a kind of pneumatic type baby formula mixing apparatus for milk powder producing, it is characterised in that: including premix tank, pneumatic mixing
Tank, the first air delivery pipe, the second air delivery pipe, feeding distribution mechanism, the bottom of premix tank are provided with conveying pipeline, conveying pipeline
One end is connected to the inside of premix tank, and the other end passes through the top of pneumatic blending tank, and is connected to the inside of pneumatic blending tank,
First air delivery pipe is located at the top of pneumatic blending tank, and is distributed in a ring along the outer wall surface of pneumatic blending tank, first
Air delivery pipe is connected to the inside of pneumatic blending tank, and the second air delivery pipe is located at the surface of the first air delivery pipe, and
Outer wall surface along pneumatic blending tank is distributed in a ring, and the second air delivery pipe is connected to the first air delivery pipe, the second air
Delivery pipe is connected to by air lance with the inside of pneumatic blending tank, and the inside of pneumatic blending tank, sub-material is arranged in feeding distribution mechanism
The arrival end of mechanism is connected to the outlet end of conveying pipeline and the second air delivery pipe respectively, and the inside of the pneumatic blending tank is fixed
It is provided with partition, air permeable plate identical with baffle dimensions is fixedly installed right above partition, air permeable plate, partition will be mixed pneumatically
The cavity of upper, middle and lower three is separated into inside tank, the inside of upper cavity is connected to the second air delivery pipe, and lower cavity is used for
The finished product mixed is stored, upper cavity is connected to lower cavity by feeder pipe, and the inside of central cavity and the first air are defeated
Pipe is sent to be connected；Material in premix tank enters feeding distribution mechanism by conveying pipeline, and the air in the second air delivery pipe is by object
Material be blown into feeding distribution mechanism, and by feeding distribution mechanism disperse be discharged, air lance by the air delivery in the second air delivery pipe extremely
In upper cavity, and the material of feeding distribution mechanism dispersion discharge is dispelled, the first air delivery pipe delivers the air to central cavity
Interior, due to the blocking of partition, air flows upwards through air permeable plate, and blow the material being scattered downwards, make material in top sky
Intracavitary to be sufficiently mixed, the finished product mixed then passes through feeder pipe and drops down onto lower cavity, and passes through pneumatically mixing pot bottom setting
Discharge nozzle discharge.
2. the pneumatic type baby formula mixing apparatus according to claim 1 for milk powder producing, it is characterised in that: the sub-material
Mechanism includes feed pipe, surge bunker, material separating disc, the arrival end of feed pipe respectively with the outlet end of conveying pipeline and the second air delivery
Pipe connection, the outlet end of feed pipe are connected to surge bunker inside, and material separating disc is arranged in the underface of surge bunker, and material separating disc
The outlet of entrance and surge bunker.
3. the pneumatic type baby formula mixing apparatus according to claim 2 for milk powder producing, it is characterised in that: the sub-material
Disk includes top block plate, lower part block plate, at least two demarcation plates, and top block plate is arranged oppositely with lower part block plate, on the block plate of top
Offer the feeding inlet matched with surge bunker outlet size, the outlet of feeding inlet and surge bunker, at least two demarcation plates
Be vertically and fixedly arranged between top block plate, lower part block plate, and at least two demarcation plate equidistant rings be distributed, top block plate, under
Portion's block plate, at least two demarcation plates surround at least two cavities, and at least two cavities are connected to the feeding inlet on the block plate of top.
4. the pneumatic type baby formula mixing apparatus according to claim 1 for milk powder producing, it is characterised in that: described ventilative
Plate is tapered.
5. the pneumatic type baby formula mixing apparatus according to claim 1 for milk powder producing, it is characterised in that: described pneumatic
The side of blending tank is additionally provided with air conveyor, and the outlet end of air conveyor is connected to the first air delivery pipe.
6. the pneumatic type baby formula mixing apparatus according to claim 1 for milk powder producing, it is characterised in that: the conveying
Electromagnetic valve is provided on pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822218288.6U CN209490756U (en) | 2018-12-27 | 2018-12-27 | Pneumatic type baby formula mixing apparatus for milk powder producing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822218288.6U CN209490756U (en) | 2018-12-27 | 2018-12-27 | Pneumatic type baby formula mixing apparatus for milk powder producing |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209490756U true CN209490756U (en) | 2019-10-15 |
Family
ID=68153874
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822218288.6U Expired - Fee Related CN209490756U (en) | 2018-12-27 | 2018-12-27 | Pneumatic type baby formula mixing apparatus for milk powder producing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209490756U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118597807A (en) * | 2024-06-26 | 2024-09-06 | 日照盛和环保新材料有限公司 | A conveying device for producing zinc oxide to prevent overflow |
-
2018
- 2018-12-27 CN CN201822218288.6U patent/CN209490756U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN118597807A (en) * | 2024-06-26 | 2024-09-06 | 日照盛和环保新材料有限公司 | A conveying device for producing zinc oxide to prevent overflow |
| CN118597807B (en) * | 2024-06-26 | 2024-12-10 | 日照盛和环保新材料有限公司 | Prevent conveyer for zinc suboxide production that overflows |
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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: 20191015 Termination date: 20201227 |