CN205386431U - Supplementary material hybrid system in full price feed production technology - Google Patents
Supplementary material hybrid system in full price feed production technology Download PDFInfo
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- CN205386431U CN205386431U CN201620211235.XU CN201620211235U CN205386431U CN 205386431 U CN205386431 U CN 205386431U CN 201620211235 U CN201620211235 U CN 201620211235U CN 205386431 U CN205386431 U CN 205386431U
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- supplementary material
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- material hybrid
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- adjuvant
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Abstract
The utility model relates to a supplementary material hybrid system in full price feed production technology, including major ingredient input barrel and auxiliary material input barrel, major ingredient input barrel and auxiliary material input barrel are connected to one -level supplementary material hybrid system through material conveying pipe respectively, and one -level supplementary material hybrid system connects gradually through material conveying pipe and second grade supplementary material hybrid system, material transfer box and granulation system. The utility model discloses set up weighing sensor in major ingredient supply line section and auxiliary material supply line section, carry out accurate feed for treat mixed major ingredient and auxiliary material and input according to proportional synchronization, improve the mixing efficiency, meanwhile, the well rear end workshop section at the supplementary material hybrid system sets up horizontal agitating unit and the vertical agitating unit who meets in proper order, improvement supplementary material degree of mixing, set up material transfer box between supplementary material hybrid terminal and granulation system, effectively be connected the supplementary material hybrid system with granulation system, realize full price feed production's continuity.
Description
Technical field
This utility model relates to feed processing technology field, particularly to the supplementary material hybrid system in a kind of complete feed production technology.
Background technology
Along with improving constantly of people's living standard, its diet structure is also being continually changing, and meat is increasingly becoming the necessary of people's life, the increase of meat demand, objectively have stimulated the development of breeding scale, meanwhile, has also driven the prosperity of feed manufacturing industry.At present, feedstuff main material to be sufficiently mixed by feed preparation, so the feed nutritive value after processing will be more balanced, make feedstuff better effects if in use, and how feedstuff be mixed, it will be a complex problem, in the process produced, frequently involve the mixing of multiple feed ingredient, the process of mixing needs constantly stir, so expending time in manpower and materials, effect is relatively low.
Based on above analysis, my company sets up project, through long-term on-the-spot test and experimental study, design the supplementary material hybrid system in a kind of complete feed production technology, at major ingredient supply pipe line segment and adjuvant supply pipe line segment, LOAD CELLS is set, carry out accurate feeding so that major ingredient to be mixed and adjuvant synchronize input in proportion, improve mixing efficiency；Meanwhile, the middle rear end workshop section in supplementary material hybrid system arranges the horizontal agitating device and vertical agitating device that connect successively, improves supplementary material degree of mixing；Material transfer casing is set between supplementary material hybrid terminal and granulating system, supplementary material hybrid system is effectively connected with granulating system, it is achieved the seriality that complete feed produces.
Utility model content
The purpose of this utility model is, for the technical problem existed in existing feedstuff supplementary material hybrid technique, design the supplementary material hybrid system in a kind of complete feed production technology, at major ingredient supply pipe line segment and adjuvant supply pipe line segment, LOAD CELLS is set, carry out accurate feeding, make major ingredient to be mixed and adjuvant synchronize input in proportion, improve mixing efficiency；Meanwhile, the middle rear end workshop section in supplementary material hybrid system arranges the horizontal agitating device and vertical agitating device that connect successively, improves supplementary material degree of mixing；Material transfer casing is set between supplementary material hybrid terminal and granulating system, supplementary material hybrid system is effectively connected with granulating system, it is achieved the seriality that complete feed produces.
This utility model is achieved through the following technical solutions:
A kind of supplementary material hybrid system in complete feed production technology, it is characterized in that, structure includes major ingredient input cylinder (1) and adjuvant input cylinder (2), described major ingredient input cylinder (1) and adjuvant input cylinder (2) and are connected to one-level supplementary material hybrid system (3) respectively through material conveying pipe, and one-level supplementary material hybrid system (3) is sequentially connected with by material conveying pipe and two grades of supplementary material hybrid systems (4), material transfer casing (5) and granulating system (6)；
Described major ingredient input cylinder (1) bottom arranges major ingredient LOAD CELLS (11), the connecting pipeline between major ingredient input cylinder (1) bottom and one-level supplementary material hybrid system (3) arranges major ingredient input and controls switch valve (12)；
Described adjuvant input cylinder (2) bottom arranges adjuvant LOAD CELLS (21), the connecting pipeline between adjuvant input cylinder (2) bottom and one-level supplementary material hybrid system (3) arranges adjuvant input and controls switch valve (22)；
The material outfan of described major ingredient input cylinder (1) arranges major ingredient dispersing ports (8), the material outfan of adjuvant input cylinder (2) arranges adjuvant dispersing ports (9), it is internal that described major ingredient dispersing ports (8) is arranged at one-level supplementary material hybrid system (3), and it is internal that described adjuvant dispersing ports (9) is arranged at one-level supplementary material hybrid system (3)；
Described supplementary material hybrid system is also integrated with and controls switch valve (12) and adjuvant input controls switch valve (22) PLC (7) opened for controlling major ingredient input；
Described PLC (7) is connected with major ingredient LOAD CELLS (11) and major ingredient input control switch valve (12) respectively by controlling cable；
Described PLC (7) is connected with adjuvant LOAD CELLS (21) and adjuvant input control switch valve (22) respectively by controlling cable.
Further, described major ingredient dispersing ports (8) is just relative with adjuvant dispersing ports (9).
Further, described major ingredient input cylinder (1) is set to parallel with one another 2.
Further, described adjuvant input cylinder (2) is set to 3 of parallel connection.
Further, described one-level supplementary material hybrid system (3) is Horizontal type mixer, one-level supplementary material hybrid system (3) is internally provided with horizontal stirring shaft (31), horizontal stirring shaft (31) right side wall is provided with the one-level drive motor (32) for driving horizontal stirring shaft (31) to rotate, the one-level external vacuum pumping pump of supplementary material hybrid system (3) left side wall (10).
Further, described two grades of supplementary material hybrid systems (4) are vertical mixer, two grades of supplementary material hybrid systems (4) are internally provided with vertical batch mixing roll (41), and two grades of supplementary material hybrid system (4) tops are provided with the secondary drive motor (42) for driving vertical batch mixing roll (41) to rotate.
Further, described material transfer casing (5) is constant temperature material transfer casing.
Further, described granulating system (6) is pelletizing drum.
This utility model provides the supplementary material hybrid system in a kind of complete feed production technology, compared with prior art, has the beneficial effects that:
1, the supplementary material hybrid system in the complete feed production technology of this utility model design, it is integrated with one-level supplementary material hybrid system (3) connected successively and two grades of supplementary material hybrid systems (4), one-level supplementary material hybrid system (3) is Horizontal type mixer, one-level supplementary material hybrid system (3) is internally provided with horizontal stirring shaft (31), and horizontal stirring shaft (31) right side wall is provided with the one-level drive motor (32) for driving horizontal stirring shaft (31) to rotate；Two grades of supplementary material hybrid systems (4) are vertical mixer, two grades of supplementary material hybrid systems (4) are internally provided with vertical batch mixing roll (41), two grades of supplementary material hybrid system (4) tops are provided with the secondary drive motor (42) for driving vertical batch mixing roll (41) to rotate, this kind of design structure, mixing of materials is carried out by laterally stirring and vertically stirring the mode combined, improve the mixing efficiency of major ingredient and adjuvant, improve and obtain the uniformity of each component in complete feedstuff, improve product quality.
2, the supplementary material hybrid system in the complete feed production technology of this utility model design, one-level supplementary material hybrid system (3) is sequentially connected with by material conveying pipe and two grades of supplementary material hybrid systems (4), material transfer casing (5) and granulating system (6), this kind of design structure, by arranging material transfer casing (5) between supplementary material hybrid terminal and granulating system, supplementary material hybrid system is effectively connected with granulating system, realize the seriality that complete feed produces, improve production efficiency.
3, the supplementary material hybrid system in the complete feed production technology of this utility model design, is integrated with in supplementary material hybrid system and controls switch valve (12) and adjuvant input controls switch valve (22) PLC (7) opened for controlling major ingredient input；PLC (7) is connected with major ingredient LOAD CELLS (11) and major ingredient input control switch valve (12) respectively by controlling cable；PLC (7) is connected with adjuvant LOAD CELLS (21) and adjuvant input control switch valve (22) respectively by controlling cable；This kind of feed mode, adopts the mode of electronic-weighing, more accurately so that major ingredient to be mixed and adjuvant synchronize input in proportion, improves mixing efficiency.
4, supplementary material hybrid system in the complete feed production technology of this utility model design, the one-level external vacuum pumping pump of supplementary material hybrid system (3) left side wall (10), this kind of design structure, when inputting cylinder (1) and adjuvant input cylinder (2) to conveying major ingredient in one-level supplementary material hybrid system (3) and adjuvant again through major ingredient, utilize vacuum pumping pump (10) that one-level supplementary material hybrid system (3) is carried out evacuation process, input between cylinder (1) in one-level supplementary material hybrid system (3) and major ingredient, pressure differential is formed between one-level one-level supplementary material hybrid system (3) and adjuvant input cylinder (2), improve conveying efficiency, also the efficiency of mixing of materials is improved, and meanwhile, major ingredient dispersing ports (8) is just relative with adjuvant dispersing ports (9), achieve mixing of materials efficiency equally.
Accompanying drawing explanation
The structural representation of the supplementary material hybrid system in the complete feed production 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 supplementary material hybrid system in a kind of complete feed production technology, it is characterized in that, structure includes major ingredient input cylinder (1) and adjuvant input cylinder (2), described major ingredient input cylinder (1) and adjuvant input cylinder (2) and are connected to one-level supplementary material hybrid system (3) respectively through material conveying pipe, and one-level supplementary material hybrid system (3) is sequentially connected with by material conveying pipe and two grades of supplementary material hybrid systems (4), material transfer casing (5) and granulating system (6)；
Described major ingredient input cylinder (1) bottom arranges major ingredient LOAD CELLS (11), the connecting pipeline between major ingredient input cylinder (1) bottom and one-level supplementary material hybrid system (3) arranges major ingredient input and controls switch valve (12)；
Described adjuvant input cylinder (2) bottom arranges adjuvant LOAD CELLS (21), the connecting pipeline between adjuvant input cylinder (2) bottom and one-level supplementary material hybrid system (3) arranges adjuvant input and controls switch valve (22)；
The material outfan of described major ingredient input cylinder (1) arranges major ingredient dispersing ports (8), the material outfan of adjuvant input cylinder (2) arranges adjuvant dispersing ports (9), it is internal that described major ingredient dispersing ports (8) is arranged at one-level supplementary material hybrid system (3), and it is internal that described adjuvant dispersing ports (9) is arranged at one-level supplementary material hybrid system (3)；
Described supplementary material hybrid system is also integrated with and controls switch valve (12) and adjuvant input controls switch valve (22) PLC (7) opened for controlling major ingredient input；
Described PLC (7) is connected with major ingredient LOAD CELLS (11) and major ingredient input control switch valve (12) respectively by controlling cable；
Described PLC (7) is connected with adjuvant LOAD CELLS (21) and adjuvant input control switch valve (22) respectively by controlling cable.
Preferably as improvement, described major ingredient dispersing ports (8) is just relative with adjuvant dispersing ports (9).
Preferably as improvement, described major ingredient input cylinder (1) is set to parallel with one another 2.
Preferably as improvement, described adjuvant input cylinder (2) is set to 3 of parallel connection.
Preferably, as improvement, described one-level supplementary material hybrid system (3) is Horizontal type mixer, one-level supplementary material hybrid system (3) is internally provided with horizontal stirring shaft (31), horizontal stirring shaft (31) right side wall is provided with the one-level drive motor (32) for driving horizontal stirring shaft (31) to rotate, the one-level external vacuum pumping pump of supplementary material hybrid system (3) left side wall (10).
Preferably, as improvement, described two grades of supplementary material hybrid systems (4) are vertical mixer, two grades of supplementary material hybrid systems (4) are internally provided with vertical batch mixing roll (41), and two grades of supplementary material hybrid system (4) tops are provided with the secondary drive motor (42) for driving vertical batch mixing roll (41) to rotate.
Preferably as improvement, described material transfer casing (5) is constant temperature material transfer casing.
Preferably as improvement, described granulating system (6) is pelletizing drum.
Compared with prior art, supplementary material hybrid system in the complete feed production technology of this utility model design, it is integrated with one-level supplementary material hybrid system (3) connected successively and two grades of supplementary material hybrid systems (4), one-level supplementary material hybrid system (3) is Horizontal type mixer, one-level supplementary material hybrid system (3) is internally provided with horizontal stirring shaft (31), and horizontal stirring shaft (31) right side wall is provided with the one-level drive motor (32) for driving horizontal stirring shaft (31) to rotate；Two grades of supplementary material hybrid systems (4) are vertical mixer, two grades of supplementary material hybrid systems (4) are internally provided with vertical batch mixing roll (41), two grades of supplementary material hybrid system (4) tops are provided with the secondary drive motor (42) for driving vertical batch mixing roll (41) to rotate, this kind of design structure, mixing of materials is carried out by laterally stirring and vertically stirring the mode combined, improve the mixing efficiency of major ingredient and adjuvant, improve and obtain the uniformity of each component in complete feedstuff, improve product quality.
Supplementary material hybrid system in the complete feed production technology of this utility model design, one-level supplementary material hybrid system (3) is sequentially connected with by material conveying pipe and two grades of supplementary material hybrid systems (4), material transfer casing (5) and granulating system (6), this kind of design structure, by arranging material transfer casing (5) between supplementary material hybrid terminal and granulating system, supplementary material hybrid system is effectively connected with granulating system, realize the seriality that complete feed produces, improve production efficiency.
Supplementary material hybrid system in the complete feed production technology of this utility model design, is integrated with in supplementary material hybrid system and controls switch valve (12) and adjuvant input controls switch valve (22) PLC (7) opened for controlling major ingredient input；PLC (7) is connected with major ingredient LOAD CELLS (11) and major ingredient input control switch valve (12) respectively by controlling cable；PLC (7) is connected with adjuvant LOAD CELLS (21) and adjuvant input control switch valve (22) respectively by controlling cable；This kind of feed mode, adopts the mode of electronic-weighing, more accurately so that major ingredient to be mixed and adjuvant synchronize input in proportion, improves mixing efficiency.
Supplementary material hybrid system in the complete feed production technology of this utility model design, the one-level external vacuum pumping pump of supplementary material hybrid system (3) left side wall (10), this kind of design structure, when inputting cylinder (1) and adjuvant input cylinder (2) to conveying major ingredient in one-level supplementary material hybrid system (3) and adjuvant again through major ingredient, utilize vacuum pumping pump (10) that one-level supplementary material hybrid system (3) is carried out evacuation process, input between cylinder (1) in one-level supplementary material hybrid system (3) and major ingredient, pressure differential is formed between one-level supplementary material hybrid system (3) and adjuvant input cylinder (2), improve conveying efficiency, also the efficiency of mixing of materials is improved, and meanwhile, major ingredient dispersing ports (8) is just relative with adjuvant dispersing ports (9), achieve mixing of materials efficiency equally.
This utility model is in use, major ingredient inputs cylinder (1) input via major ingredient, adjuvant inputs cylinder (2) input via adjuvant, major ingredient and adjuvant complete first time mixing in one-level supplementary material hybrid system (3), subsequently enter two grades of supplementary material hybrid systems (4), two grades of supplementary material hybrid systems (4) complete secondary mixing, the uniformity is greatly promoted, in whole batch mixing process, PLC (7) receives the data message of major ingredient LOAD CELLS (11) adjuvant LOAD CELLS (21), and control major ingredient input control switch valve (12) and adjuvant input control switch valve (22) unlatching, realize accurate feeding, ensure optimum flow rate and the proportioning of major ingredient and adjuvant.
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 (8)
1. the supplementary material hybrid system in a complete feed production technology, it is characterized in that, structure includes major ingredient input cylinder (1) and adjuvant input cylinder (2), described major ingredient input cylinder (1) and adjuvant input cylinder (2) and are connected to one-level supplementary material hybrid system (3) respectively through material conveying pipe, and one-level supplementary material hybrid system (3) is sequentially connected with by material conveying pipe and two grades of supplementary material hybrid systems (4), material transfer casing (5) and granulating system (6)；
Described major ingredient input cylinder (1) bottom arranges major ingredient LOAD CELLS (11), the connecting pipeline between major ingredient input cylinder (1) bottom and one-level supplementary material hybrid system (3) arranges major ingredient input and controls switch valve (12)；
Described adjuvant input cylinder (2) bottom arranges adjuvant LOAD CELLS (21), the connecting pipeline between adjuvant input cylinder (2) bottom and one-level supplementary material hybrid system (3) arranges adjuvant input and controls switch valve (22)；
The material outfan of described major ingredient input cylinder (1) arranges major ingredient dispersing ports (8), the material outfan of adjuvant input cylinder (2) arranges adjuvant dispersing ports (9), it is internal that described major ingredient dispersing ports (8) is arranged at one-level supplementary material hybrid system (3), and it is internal that described adjuvant dispersing ports (9) is arranged at one-level supplementary material hybrid system (3)；
Described supplementary material hybrid system is also integrated with and controls switch valve (12) and adjuvant input controls switch valve (22) PLC (7) opened for controlling major ingredient input；
Described PLC (7) is connected with major ingredient LOAD CELLS (11) and major ingredient input control switch valve (12) respectively by controlling cable；
Described PLC (7) is connected with adjuvant LOAD CELLS (21) and adjuvant input control switch valve (22) respectively by controlling cable.
2. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterised in that described major ingredient dispersing ports (8) is just relative with adjuvant dispersing ports (9).
3. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterised in that described major ingredient input cylinder (1) is set to parallel with one another 2.
4. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterised in that described adjuvant input cylinder (2) is set to 3 of parallel connection.
5. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterized in that, described one-level supplementary material hybrid system (3) is Horizontal type mixer, one-level supplementary material hybrid system (3) is internally provided with horizontal stirring shaft (31), horizontal stirring shaft (31) right side wall is provided with the one-level drive motor (32) for driving horizontal stirring shaft (31) to rotate, the one-level external vacuum pumping pump of supplementary material hybrid system (3) left side wall (10).
6. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterized in that, described two grades of supplementary material hybrid systems (4) are vertical mixer, two grades of supplementary material hybrid systems (4) are internally provided with vertical batch mixing roll (41), and two grades of supplementary material hybrid system (4) tops are provided with the secondary drive motor (42) for driving vertical batch mixing roll (41) to rotate.
7. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterised in that described material transfer casing (5) is constant temperature material transfer casing.
8. the supplementary material hybrid system in complete feed production technology according to claim 1, it is characterised in that described granulating system (6) is pelletizing drum.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620211235.XU CN205386431U (en) | 2016-03-18 | 2016-03-18 | Supplementary material hybrid system in full price feed production technology |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620211235.XU CN205386431U (en) | 2016-03-18 | 2016-03-18 | Supplementary material hybrid system in full price feed production technology |
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| CN205386431U true CN205386431U (en) | 2016-07-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620211235.XU Expired - Fee Related CN205386431U (en) | 2016-03-18 | 2016-03-18 | Supplementary material hybrid system in full price feed production technology |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106732191A (en) * | 2016-11-18 | 2017-05-31 | 北京东方雨虹防水工程有限公司 | A kind of water paint automatic blanking system and the method to reactor automatic blanking |
| CN107185450A (en) * | 2017-05-22 | 2017-09-22 | 湘潭大学 | A kind of herbal cuisine grinding that can customize diet therapy formula and matching device |
-
2016
- 2016-03-18 CN CN201620211235.XU patent/CN205386431U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106732191A (en) * | 2016-11-18 | 2017-05-31 | 北京东方雨虹防水工程有限公司 | A kind of water paint automatic blanking system and the method to reactor automatic blanking |
| CN107185450A (en) * | 2017-05-22 | 2017-09-22 | 湘潭大学 | A kind of herbal cuisine grinding that can customize diet therapy formula and matching device |
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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 |
Granted publication date: 20160720 Termination date: 20180318 |
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| CF01 | Termination of patent right due to non-payment of annual fee |