CN205392332U - Dustless feed proportioning system among compound premix preparation technology - Google Patents
Dustless feed proportioning system among compound premix preparation technology Download PDFInfo
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- CN205392332U CN205392332U CN201620210621.7U CN201620210621U CN205392332U CN 205392332 U CN205392332 U CN 205392332U CN 201620210621 U CN201620210621 U CN 201620210621U CN 205392332 U CN205392332 U CN 205392332U
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- composite barrel
- feed unit
- preparation technology
- finished product
- proportioning system
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Abstract
The utility model relates to a dustless feed proportioning system among compound premix preparation technology, including compound dispensing cartridge, set up in the major ingredient feeding unit of compound dispensing cartridge left side wall to and set up in the auxiliary material feeding unit of compound dispensing cartridge right side wall, the utility model discloses the feeding workshop section composite in premix wholly adopts totally closed technology with the workshop section of unloading, avoids the supplementary material to leak and leads to the fact the raise dust, eliminates environmental pollution and personnel's injury that the supplementary material dust results in, and the premix product quality who obtains is guaranteed to the workshop environment cleanliness factor of improving production.
Description
Technical field
This utility model relates to Feed Production Technology field, particularly to the dustless feed proportioning system in a kind of compound premix preparation technology.
Background technology
In premix material production process, effectively supplementary material component each in premix material is fully mixed, for the premix material quality obtained particularly important, and meanwhile, at each supplementary material due to existing equipment and technological deficiency, very easily produce substantial amounts of supplementary material dust, these long-term disperses of supplementary material dust, in workshop, have had a strong impact on production environment, and producers cause serious body harm, easily grow pest and disease damage to occur, reduce premix material product quality.
Based on above analysis, my company sets up project team, through long-term on-the-spot test and experimental study, design the dustless feed proportioning system in a kind of compound premix preparation technology, adopt totally-enclosed technique in the composite charging workshop section of premix material and discharging workshop section entirety, it is to avoid supplementary material leaks and causes airborne dust, eliminate environmental pollution and personnel's injury that supplementary material dust causes, improve workshop environment cleanliness, it is ensured that the premix material product quality of acquisition.
Utility model content
The purpose of this utility model is, for pre existing batch mixing compound process is easily generated dust technical problem, design the dustless feed proportioning system in a kind of compound premix preparation technology, totally-enclosed technique is adopted in the composite charging workshop section of premix material and discharging workshop section entirety, avoid supplementary material to leak and cause airborne dust, eliminate environmental pollution and personnel's injury that supplementary material dust causes, improve workshop environment cleanliness, it is ensured that the premix material product quality of acquisition.
This utility model is achieved through the following technical solutions:
A kind of dustless feed proportioning system in compound premix preparation technology, it is characterized in that, structure includes composite barrel (1), is arranged at the major ingredient feed unit (2) of composite barrel (1) left side wall, and is arranged at the adjuvant feed unit (3) of composite barrel (1) right side wall；
Described major ingredient feed unit (2) bottom is provided with one-level LOAD CELLS (21), being provided with one-level solenoid electric valve (22) on connecting pipe between major ingredient feed unit (2) and composite barrel (1), described one-level LOAD CELLS (21) is connected by controlling cable with one-level solenoid electric valve (22)；
Described adjuvant feed unit (3) bottom is provided with two grades of LOAD CELLSs (31), being provided with two-stage electromagnetic on connecting pipe between adjuvant feed unit (3) and composite barrel (1) and control valve (32), described two grades of LOAD CELLSs (31) control valve (32) with two-stage electromagnetic and are connected by controlling cable；
Described composite barrel (1) right side wall middle and lower part is provided with sampling unit (4), sampling unit (4) end connects sample diversion box (5), and the connecting pipe between sampling unit (4) and composite barrel (1) is provided with one-level switch valve (41) near composite barrel (1) one end；
Described composite barrel (1) bottom arranges finished product material collecting box (6), connection pipeline between finished product material collecting box (6) and composite barrel (1) is provided with secondary switch valve (61), finished product material collecting box (6) is circumscribed with vacuum pumping pump (7), and the connection pipeline between finished product material collecting box (6) and vacuum pumping pump (7) is provided with three step switch valve (62).
Further, the connection pipeline between described sampling unit (4) and sample diversion box (5) is provided with the fast joint (42) for being quickly connected with sample diversion box (5) by sampling unit (4).
Further, described composite barrel (1) is internally provided with stirring shaft (11), and composite barrel (1) top is provided with the drive motor (12) for driving stirring shaft (11) to rotate.
This utility model provides the dustless feed proportioning system in a kind of compound premix preparation technology, compared with prior art, has the beneficial effects that:
1, the dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1), it is arranged at the major ingredient feed unit (2) of composite barrel (1) left side wall, and is arranged at the adjuvant feed unit (3) of composite barrel (1) right side wall；Major ingredient feed unit (2) bottom is provided with one-level LOAD CELLS (21), being provided with one-level solenoid electric valve (22) on connecting pipe between major ingredient feed unit (2) and composite barrel (1), described one-level LOAD CELLS (21) is connected by controlling cable with one-level solenoid electric valve (22)；Adjuvant feed unit (3) bottom is provided with two grades of LOAD CELLSs (31), being provided with two-stage electromagnetic on connecting pipe between adjuvant feed unit (3) and composite barrel (1) and control valve (32), described two grades of LOAD CELLSs (31) control valve (32) with two-stage electromagnetic and are connected by controlling cable；This kind of design structure, utilize composite barrel (1), cooperating of major ingredient feed unit (2) and adjuvant feed unit (3), composite barrel (1) completes seal dispensing, avoid supplementary material airborne dust and the leak environmental pollution caused and personnel's injury, improve workshop environment cleanliness, ensure the premix material product quality obtained, meanwhile, utilize one-level LOAD CELLS (21), one-level solenoid electric valve (22), two grades of LOAD CELLSs (31) and two-stage electromagnetic control cooperating of valve (32), realize accurately, airtight feed, ensure the stability of each composition of supplementary material in premix material.
2, the dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1) right side wall middle and lower part is provided with sampling unit (4), sampling unit (4) end connects sample diversion box (5), connecting pipe between sampling unit (4) and composite barrel (1) is provided with one-level switch valve (41) near composite barrel (1) one end, this kind of design structure, in real time the uniformity of each supplementary material in composite barrel (1) can be detected, ensure stability and the homogeneity of each component of feed proportioning system, improve dispensing efficiency.
3, dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1) bottom arranges finished product material collecting box (6), connection pipeline between finished product material collecting box (6) and composite barrel (1) is provided with secondary switch valve (61), finished product material collecting box (6) is circumscribed with vacuum pumping pump (7), connection pipeline between finished product material collecting box (6) and vacuum pumping pump (7) is provided with three step switch valve (62), this kind of design structure, at discharging phase, utilize vacuum pumping pump (7) that finished product material collecting box (6) is carried out evacuation, pressure differential is formed with composite barrel (1) at finished product material collecting box (6), improve discharging efficiency.
Accompanying drawing explanation
The structural representation of the dustless feed proportioning system in the compound premix preparation technology that Fig. 1 designs for this utility model.
Detailed description of the invention
This utility model is described further by accompanying drawings 1.
This utility model relates to the dustless feed proportioning system in a kind of compound premix preparation technology, it is characterized in that, structure includes composite barrel (1), is arranged at the major ingredient feed unit (2) of composite barrel (1) left side wall, and is arranged at the adjuvant feed unit (3) of composite barrel (1) right side wall；
Described major ingredient feed unit (2) bottom is provided with one-level LOAD CELLS (21), being provided with one-level solenoid electric valve (22) on connecting pipe between major ingredient feed unit (2) and composite barrel (1), described one-level LOAD CELLS (21) is connected by controlling cable with one-level solenoid electric valve (22)；
Described adjuvant feed unit (3) bottom is provided with two grades of LOAD CELLSs (31), being provided with two-stage electromagnetic on connecting pipe between adjuvant feed unit (3) and composite barrel (1) and control valve (32), described two grades of LOAD CELLSs (31) control valve (32) with two-stage electromagnetic and are connected by controlling cable；
Described composite barrel (1) right side wall middle and lower part is provided with sampling unit (4), sampling unit (4) end connects sample diversion box (5), and the connecting pipe between sampling unit (4) and composite barrel (1) is provided with one-level switch valve (41) near composite barrel (1) one end；
Described composite barrel (1) bottom arranges finished product material collecting box (6), connection pipeline between finished product material collecting box (6) and composite barrel (1) is provided with secondary switch valve (61), finished product material collecting box (6) is circumscribed with vacuum pumping pump (7), and the connection pipeline between finished product material collecting box (6) and vacuum pumping pump (7) is provided with three step switch valve (62).
Further, the connection pipeline between described sampling unit (4) and sample diversion box (5) is provided with the fast joint (42) for being quickly connected with sample diversion box (5) by sampling unit (4).
Further, described composite barrel (1) is internally provided with stirring shaft (11), and composite barrel (1) top is provided with the drive motor (12) for driving stirring shaft (11) to rotate.
Compared with prior art, dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1), is arranged at the major ingredient feed unit (2) of composite barrel (1) left side wall, and is arranged at the adjuvant feed unit (3) of composite barrel (1) right side wall；Major ingredient feed unit (2) bottom is provided with one-level LOAD CELLS (21), being provided with one-level solenoid electric valve (22) on connecting pipe between major ingredient feed unit (2) and composite barrel (1), described one-level LOAD CELLS (21) is connected by controlling cable with one-level solenoid electric valve (22)；Adjuvant feed unit (3) bottom is provided with two grades of LOAD CELLSs (31), being provided with two-stage electromagnetic on connecting pipe between adjuvant feed unit (3) and composite barrel (1) and control valve (32), described two grades of LOAD CELLSs (31) control valve (32) with two-stage electromagnetic and are connected by controlling cable；This kind of design structure, utilize composite barrel (1), cooperating of major ingredient feed unit (2) and adjuvant feed unit (3), composite barrel (1) completes seal dispensing, avoid supplementary material airborne dust and the leak environmental pollution caused and personnel's injury, improve workshop environment cleanliness, ensure the premix material product quality obtained, meanwhile, utilize one-level LOAD CELLS (21), one-level solenoid electric valve (22), two grades of LOAD CELLSs (31) and two-stage electromagnetic control cooperating of valve (32), realize accurately, airtight feed, ensure the stability of each composition of supplementary material in premix material.
Dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1) right side wall middle and lower part is provided with sampling unit (4), sampling unit (4) end connects sample diversion box (5), connecting pipe between sampling unit (4) and composite barrel (1) is provided with one-level switch valve (41) near composite barrel (1) one end, this kind of design structure, in real time the uniformity of each supplementary material in composite barrel (1) can be detected, ensure stability and the homogeneity of each component of feed proportioning system, improve dispensing efficiency.
Dustless feed proportioning system in the compound premix preparation technology of this utility model design, composite barrel (1) bottom arranges finished product material collecting box (6), connection pipeline between finished product material collecting box (6) and composite barrel (1) is provided with secondary switch valve (61), finished product material collecting box (6) is circumscribed with vacuum pumping pump (7), connection pipeline between finished product material collecting box (6) and vacuum pumping pump (7) is provided with three step switch valve (62), this kind of design structure, at discharging phase, utilize vacuum pumping pump (7) that finished product material collecting box (6) is carried out evacuation, pressure differential is formed with composite barrel (1) at finished product material collecting box (6), improve discharging efficiency.
This utility model is in use, supplementary material component in premix material enters composite barrel (1) via major ingredient feed unit (2) and adjuvant feed unit (3) respectively, owing to taking the mode of airtight conveying, avoid and avoid supplementary material airborne dust and the leak environmental pollution caused and personnel's injury, improve workshop environment cleanliness, ensure the premix material product quality obtained, supplementary material is in mixed process, utilize cooperating of sampling unit (4) and sample diversion box (5), dispensing sample is monitored in real time, dispensing finished product is under the synergism of vacuum pumping pump (7), enter finished product material collecting box (6).
As described above, can apply this utility model.
The above; it is only this utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; any those familiar with the art is in the technical scope that this utility model discloses; conceive according to the technical solution of the utility model and utility model thereof and be equal to replacement or change, all should be encompassed within protection domain of the present utility model.
Claims (3)
1. the dustless feed proportioning system in a compound premix preparation technology, it is characterized in that, structure includes composite barrel (1), is arranged at the major ingredient feed unit (2) of composite barrel (1) left side wall, and is arranged at the adjuvant feed unit (3) of composite barrel (1) right side wall；
Described major ingredient feed unit (2) bottom is provided with one-level LOAD CELLS (21), being provided with one-level solenoid electric valve (22) on connecting pipe between major ingredient feed unit (2) and composite barrel (1), described one-level LOAD CELLS (21) is connected by controlling cable with one-level solenoid electric valve (22)；
Described adjuvant feed unit (3) bottom is provided with two grades of LOAD CELLSs (31), being provided with two-stage electromagnetic on connecting pipe between adjuvant feed unit (3) and composite barrel (1) and control valve (32), described two grades of LOAD CELLSs (31) control valve (32) with two-stage electromagnetic and are connected by controlling cable；
Described composite barrel (1) right side wall middle and lower part is provided with sampling unit (4), sampling unit (4) end connects sample diversion box (5), and the connecting pipe between sampling unit (4) and composite barrel (1) is provided with one-level switch valve (41) near composite barrel (1) one end；
Described composite barrel (1) bottom arranges finished product material collecting box (6), connection pipeline between finished product material collecting box (6) and composite barrel (1) is provided with secondary switch valve (61), finished product material collecting box (6) is circumscribed with vacuum pumping pump (7), and the connection pipeline between finished product material collecting box (6) and vacuum pumping pump (7) is provided with three step switch valve (62).
2. the dustless feed proportioning system in compound premix preparation technology according to claim 1, it is characterized in that, the connection pipeline between described sampling unit (4) and sample diversion box (5) is provided with the fast joint (42) for being quickly connected with sample diversion box (5) by sampling unit (4).
3. the dustless feed proportioning system in compound premix preparation technology according to claim 1, it is characterized in that, described composite barrel (1) is internally provided with stirring shaft (11), and composite barrel (1) top is provided with the drive motor (12) for driving stirring shaft (11) to rotate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210621.7U CN205392332U (en) | 2016-03-18 | 2016-03-18 | Dustless feed proportioning system among compound premix preparation technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620210621.7U CN205392332U (en) | 2016-03-18 | 2016-03-18 | Dustless feed proportioning system among compound premix preparation technology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205392332U true CN205392332U (en) | 2016-07-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620210621.7U Expired - Fee Related CN205392332U (en) | 2016-03-18 | 2016-03-18 | Dustless feed proportioning system among compound premix preparation technology |
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| CN (1) | CN205392332U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109107488A (en) * | 2018-07-17 | 2019-01-01 | 谢结苟 | A kind of intelligence production automatic feed preparation system based on Internet of Things |
-
2016
- 2016-03-18 CN CN201620210621.7U patent/CN205392332U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109107488A (en) * | 2018-07-17 | 2019-01-01 | 谢结苟 | A kind of intelligence production automatic feed preparation system based on Internet of Things |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| 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: 20160727 Termination date: 20180318 |