CN205914470U - Surplus material clearance system of cream production line - Google Patents
Surplus material clearance system of cream production line Download PDFInfo
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- CN205914470U CN205914470U CN201620633100.2U CN201620633100U CN205914470U CN 205914470 U CN205914470 U CN 205914470U CN 201620633100 U CN201620633100 U CN 201620633100U CN 205914470 U CN205914470 U CN 205914470U
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Abstract
The utility model relates to a surplus material clearance system of cream production line, the cream production line is including the batching jar that connects gradually, ageing jar, liquid filling machine, be equipped with a vacuum system and the 2nd vacuum system between batching jar and ageing jar, be equipped with the 3rd vacuum system between ageing jar and liquid filling machine, three vacuum system includes vacuum pump, supplementary jar separately, inhales material target jar, is connected through auxiliary pipeline between supplementary jar and the jar mouth of inhaling material target jar, inhales the jar mouth of expecting the target jar and still remains the tube coupling with waiting the raw materials that aspirates, the vacuum pump is connected with supplementary jar, make and to produce stable negative pressure in the supplementary jar, this negative pressure make the raw materials remain cream raw materials in the pipeline fall into under the effect of gravity inhale material target jar in, and can not get into in the auxiliary pipeline.
Description
Technical field
This utility model is related to a kind of butter automatic assembly line, specifically, is that a kind of butter automatic assembly line remains material clearly
Reason system, belongs to butter production line technology field.
Background technology
The production stage of butter production line includes principle storage, dispensing, bus sterilization, homogenizing, aging, inner packing (filling
Dress), outer package, stacking etc..
Existing butter produces, the relevant regulations according to food safety it is not possible to be 24 hours uninterrupted produce, each class
Longer time interval is had between secondary.Thus, after an order of classes or grades at school terminates, between pill tank and aging tank, Yi Jiwei
In the pipeline between aging tank and filling machine, cream raw material can be remained, because pipeline does not usually possess temperature controlling function, because
Raw material in this pipeline cannot safely be saved in next order of classes or grades at school, prior art using by the way of be all in upper order of classes or grades at school knot
After bundle or before next order of classes or grades at school starts, the cream raw material in each pipeline is released as waste material, also needs to specific simultaneously
In the range of carry out on-line cleaning, sterilization.Not only lead to waste, cause environmental pollution, also indirectly increased production cost and dirt
The pressure of water process.
Utility model content
This utility model technical issues that need to address are:
Existing butter production line, the side that waste material is released taken by the raw material in each intermediate duct after each order of classes or grades at school is terminated
Avoiding going bad, each order of classes or grades at school is required for carrying out in a specific range on-line cleaning, sterilization to formula simultaneously.Not only lead to waste,
Cause environmental pollution, also indirectly increased the pressure of production cost and sewage disposal.
This utility model takes technical scheme below:
A kind of butter production line remains material cleaning system, pill tank that described butter production line includes being sequentially connected, aging tank,
Filling machine；It is provided with the first vacuum system and the second vacuum system between described pill tank and aging tank, in aging tank and fill
It is provided with the 3rd vacuum system between machine；Three vacuum systems each include vacuum pump, auxiliary cylinders e2, suction target cylinder e1, described
Be connected by auxiliary piping between auxiliary cylinders e2 and the cylinder mouth of suction target cylinder e1, the cylinder mouth of described suction target cylinder e1 also with treat
The raw material residual pipeline of suction connects；Described vacuum pump is connected with auxiliary cylinders e2, makes to produce stable negative pressure in auxiliary cylinders e2, should
Negative pressure makes the cream raw material that described raw material remains in pipeline fall under gravity in suction target cylinder e1, without entering
In auxiliary piping；Suction target cylinder e1 in first vacuum system is pill tank, and corresponding raw material is remained in pipeline front half section
Raw material suck back in pill tank；Suction target cylinder e1 in second vacuum system is aging tank, and corresponding raw material is remained pipeline
Raw material in second half section sucks back in aging tank；Suction target cylinder e1 in 3rd vacuum system is also aging tank, will be corresponding former
The raw material of material residual pipeline kind sucks back in aging tank.
The feature of the technical program is: when butter production line is changed shifts, three vacuum system unlatching work, by each
The cream raw material that raw material remains residual in pipeline is drawn in corresponding suction target cylinder e1, thus avoiding what raw material was released
Waste, protect environment；Also avoid each order of classes or grades at school to be required for carrying out in a specific range on-line cleaning, sterilization simultaneously, mitigate
Workload, improves work efficiency.The effect of auxiliary cylinders is to match with vacuum pump to provide stable negative pressure, will not make former
In material suction pump, also will not suck in auxiliary cylinders and auxiliary piping.
Further, second, third vacuum system described shares a vacuum pump, shares auxiliary cylinders e2, shares one
Individual aging tank；And raw material residual pipeline to be pumped is different, and switched over by valve.
Further, described butter production line remains and expects that cleaning system also includes cooling water system, and described cooling water system leads to
Cross pipeline and external impetus and form circulation between vacuum pump and auxiliary cylinders e2, auxiliary cylinders e2 and vacuum pump are lowered the temperature.
Further, described cooling water system includes temperature control cistern, the outlet of described temperature control cistern and water inlet pipe
Road connects；Cooling line in inlet pipeline, auxiliary cylinders e2, water return pipeline are sequentially connected；Water return pipeline and temperature control cistern
Water return outlet connects；Be sequentially provided with described inlet pipeline the first valve v8, visor fi40, filter b2, real-time flow meter v12,
Second valve v9, circulating pump pi1.
Further, described auxiliary piping is connected with the side wall on auxiliary cylinders e2 top, and horizontal.
The beneficial effects of the utility model are:
1) when butter produces changing shifts, the original material in pipeline need not be released, it is to avoid waste, protect ring
Border.
2) avoid each order of classes or grades at school to be required for carrying out on-line cleaning, sterilization in a specific range, alleviate workload, improve
Work efficiency.
3) auxiliary cylinders are matched with vacuum pump and provide stable negative pressure, and the effect using gravity, so that raw material will not be inhaled
Enter in pump, also will not suck in auxiliary cylinders and auxiliary piping, design is ingenious.
4) auxiliary cylinders top is connected with the entrance of suction target cylinder by auxiliary piping, reasonable in design.
5) three vacuum systems are set, and the first vacuum system is directed to the front half section of the pipeline between pill tank and homogen jar；
Second vacuum system is directed to the second half section of the pipeline between pill tank and homogen jar；3rd vacuum system is directed to aging tank and fill
Pipeline between machine, configuration optimization is it is considered to thoughtful.
6) second, third vacuum system is shared identical aging tank, auxiliary cylinders, resource is fully integrated, intensivism is high,
Cost-effective, improve efficiency.
7) adopt circulating water cooling system, cooling is implemented to auxiliary cylinders and vacuum pump it is ensured that vacuum pump and auxiliary cylinders simultaneously
Reasonable temperature, the high working efficiency of cooling system.
8) setting the first valve v8 in circulating water cooling system, visor fi40, filter b2, real-time flow meter v12, second
Valve v9, circulating pump pi1, water circulation control is more convenient, and monitoring property is good, and reliability is high.
Brief description
Fig. 1 is the schematic diagram of butter production line main flow.
Fig. 2 is that this utility model butter production line remains in material cleaning system, the structural representation of one of vacuum system.
Fig. 3 is the partial enlarged drawing on Fig. 1 top.
Fig. 4 is the partial enlarged drawing of Fig. 1 bottom.
Specific embodiment
With specific embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Referring to Fig. 2-Fig. 4, a kind of butter production line remains material cleaning system, and what described butter production line included being sequentially connected joins
Material cylinder, aging tank, filling machine；It is provided with the first vacuum system and the second vacuum system between described pill tank and aging tank,
It is provided with the 3rd vacuum system between aging tank and filling machine；Three vacuum systems each include vacuum pump, auxiliary cylinders e2, suction mesh
Mark cylinder e1, is connected by auxiliary piping between described auxiliary cylinders e2 and the cylinder mouth of suction target cylinder e1, described suction target cylinder e1
Cylinder mouth be also connected with raw material residual pipeline to be pumped；Described vacuum pump is connected with auxiliary cylinders e2, makes to produce in auxiliary cylinders e2
Stable negative pressure, this negative pressure makes the cream raw material that described raw material remains in pipeline fall under gravity into suction target cylinder e1
Interior, without entering in auxiliary piping；Suction target cylinder e1 in first vacuum system is pill tank, and corresponding raw material is remained
Raw material in pipeline front half section sucks back in pill tank；Suction target cylinder e1 in second vacuum system is aging tank, will be corresponding
The raw material that raw material remained in the pipeline second half section sucks back in aging tank；Suction target cylinder e1 in 3rd vacuum system is also aging
Cylinder, the raw material that corresponding raw material is remained pipeline kind sucks back in aging tank.
Second, third vacuum system described shares a vacuum pump, shares auxiliary cylinders e2, shares an aging tank；
And raw material residual pipeline to be pumped is different, and switched over by valve.
Referring to Fig. 4, described butter production line remains material cleaning system and also includes cooling water system, and described cooling water system passes through
Pipeline and external impetus form circulation between vacuum pump and auxiliary cylinders e2, and auxiliary cylinders e2 and vacuum pump are lowered the temperature.
Referring to Fig. 4, described cooling water system includes temperature control cistern, the outlet of described temperature control cistern and inlet pipeline
Connect；Cooling line in inlet pipeline, auxiliary cylinders e2, water return pipeline are sequentially connected；Water return pipeline is returned with temperature control cistern
The mouth of a river connects；Be sequentially provided with described inlet pipeline the first valve v8, visor fi40, filter b2, real-time flow meter v12,
Two valve v9, circulating pump pi1.
Referring to Fig. 3, described auxiliary piping is connected with the side wall on auxiliary cylinders e2 top, and horizontal.
When butter production line is changed shifts, three vacuum system unlatching work, each raw material is remained in pipeline and remains
Cream raw material be drawn in corresponding suction target cylinder e1, thus avoiding the waste that raw material is released, protect environment；With
When also avoid each order of classes or grades at school to be required for carrying out on-line cleaning, sterilization in a specific range, alleviate workload, improve work
Efficiency.The effect of auxiliary cylinders is to match with vacuum pump to provide stable negative pressure, will not make, in raw material suction pump, also will not inhale
Enter in auxiliary cylinders and auxiliary piping.
It is more than preferred implementation of the present utility model, those of ordinary skill in the art can reasonably be become
Change, this conversion should also be as being equal to define with the protection domain required by this utility model claims.
Claims (5)
1. a kind of butter production line remain material cleaning system it is characterised in that:
Pill tank that described butter production line includes being sequentially connected, aging tank, filling machine；
Be provided with the first vacuum system and the second vacuum system between described pill tank and aging tank, aging tank and filling machine it
Between be provided with the 3rd vacuum system；
Three vacuum systems each include vacuum pump, auxiliary cylinders (e2), suction target cylinder (e1), described auxiliary cylinders (e2) and suction
Connected by auxiliary piping between the cylinder mouth of target cylinder (e1), the cylinder mouth of described suction target cylinder (e1) also with raw material to be pumped
Residual pipeline connects；Described vacuum pump is connected with auxiliary cylinders (e2), makes to produce stable negative pressure in auxiliary cylinders (e2), and this negative pressure makes
The cream raw material that described raw material remains in pipeline falls under gravity in suction target cylinder (e1), without entering auxiliary
In pipeline；
Suction target cylinder (e1) in first vacuum system is pill tank, and corresponding raw material is remained the raw material in pipeline front half section
Suck back in pill tank；
Suction target cylinder (e1) in second vacuum system is aging tank, and corresponding raw material is remained the raw material in the pipeline second half section
Suck back in aging tank；
Suction target cylinder (e1) in 3rd vacuum system is also aging tank, and the raw material that corresponding raw material is remained pipeline kind sucks back
In aging tank.
2. butter production line as claimed in claim 1 remain material cleaning system it is characterised in that: second, third vacuum system described
Altogether with a vacuum pump, share an auxiliary cylinders (e2), share an aging tank；And raw material residual pipeline to be pumped is not
With, and switched over by valve.
3. butter production line as claimed in claim 1 remain material cleaning system it is characterised in that: it is clear that described butter production line remains material
Reason system also includes cooling water system, described cooling water system pass through pipeline and external impetus vacuum pump and auxiliary cylinders (e2) it
Between formed circulation, auxiliary cylinders (e2) and vacuum pump are lowered the temperature.
4. butter production line as claimed in claim 3 remain material cleaning system it is characterised in that:
Described cooling water system includes temperature control cistern, and the outlet of described temperature control cistern is connected with inlet pipeline；Water inlet pipe
Cooling line in road, auxiliary cylinders (e2), water return pipeline are sequentially connected；Water return pipeline is connected with the water return outlet of temperature control cistern；
Be sequentially provided with described inlet pipeline the first valve (v8), visor (fi40), filter (b2), real-time flow meter (v12),
Second valve (v9), circulating pump (pi1).
5. butter production line as claimed in claim 2 remain material cleaning system it is characterised in that: described auxiliary piping and auxiliary cylinders
(e2) the side wall on top connects, and horizontal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620633100.2U CN205914470U (en) | 2016-06-24 | 2016-06-24 | Surplus material clearance system of cream production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620633100.2U CN205914470U (en) | 2016-06-24 | 2016-06-24 | Surplus material clearance system of cream production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205914470U true CN205914470U (en) | 2017-02-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620633100.2U Active CN205914470U (en) | 2016-06-24 | 2016-06-24 | Surplus material clearance system of cream production line |
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| Country | Link |
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| CN (1) | CN205914470U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105964633A (en) * | 2016-06-24 | 2016-09-28 | 上海海融食品科技股份有限公司 | Leftover material cleaning system of cream production line |
-
2016
- 2016-06-24 CN CN201620633100.2U patent/CN205914470U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105964633A (en) * | 2016-06-24 | 2016-09-28 | 上海海融食品科技股份有限公司 | Leftover material cleaning system of cream production line |
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