CN204369811U - A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus - Google Patents
A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus Download PDFInfo
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- CN204369811U CN204369811U CN201320433998.5U CN201320433998U CN204369811U CN 204369811 U CN204369811 U CN 204369811U CN 201320433998 U CN201320433998 U CN 201320433998U CN 204369811 U CN204369811 U CN 204369811U
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- auger
- shaft coupling
- bearing
- transmission
- speed regulator
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Abstract
A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, by speed regulator three (1), shaft coupling one (2), feeding packing auger (4), material blanking tube (5), multistage automatic turning plate valve (6), reactor (7), to slag tap auger (8), single-stage automatic turning plate valve (9), bearing support and bearing one (10), shaft coupling two (11), be in transmission connection cover (12), seal cartridge (13), transmission shaft and bearing support (14), shaft coupling three (15), speed regulator one (16), auger one (28) and auger two (33) form, wherein: speed regulator three (1) is connected with feeding packing auger (4) by shaft coupling one (2), material blanking tube (5) is connected with feeding packing auger (4), is connected with feed-pipe (17) by multistage automatic turning plate valve (6) with reactor (7), auger (8) of slagging tap is connected with reactor (7) by single-stage automatic turning plate valve (9), auger two (33) one end is connected with shaft coupling two (11) through bearing support and bearing one (10), cover (12) one end that is in transmission connection is connected with blind plate two (35), and the other end is connected with seal cartridge (13), seal cartridge (13) is stretched into and the cover (12) that is in transmission connection in transmission shaft and bearing support (14) one end, and be connected with shaft coupling two (11), the other end is connected with speed regulator one (16) by shaft coupling three (15), thus a composition continuous reaction apparatus.The utility model novel structure, be a kind of can inward turning rotate, the reaction unit that can be continuously produced, there is very strong practicality.
Description
Technical field
The utility model belongs to field of chemical equipment, is specifically related to a kind of solid, liquid starting material reaction unit.
Background technology
Although known cracking case has horizontal rotary structure, be the outside rotation of kettle and reaction kettle body integral-rotation mostly.Outward turning reactor advantage is that reaction kettle body is heated evenly due to 360 degree of rotations; But this integrally rotated reactor is due to continuous rotation, thus there is equipment charging in process of production, some drawbacks such as deslagging, cracked gas seal parts difficulty when distillating is large, kettle at high temperature flexible distortion, give and to produce and safety is made troubles.
Summary of the invention
In order to solve the deficiency of existing horizontal outward turning reactor technical elements, the utility model provides a kind of reaction kettle body non rotating, and the inner auger of kettle rotates, sealing effectiveness is better and the novel appts of energy continuously feeding, continuous cracking, continuous discharging slag.
The concrete scheme that the utility model solves its technical problem is: design an inner-rotary type continuous reaction apparatus, by speed regulator three (1), shaft coupling one (2), feeding packing auger (4), material blanking tube (5), multistage automatic turning plate valve (6), reactor (7), to slag tap auger (8), single-stage automatic turning plate valve (9), bearing support and bearing one (10), shaft coupling two (11), be in transmission connection cover (12), seal cartridge (13), transmission shaft and bearing support (14), shaft coupling three (15), speed regulator one (16), auger one (28) and auger two (33) form, wherein: speed regulator three (1) is connected with feeding packing auger (4) by shaft coupling one (2), material blanking tube (5) is connected with feeding packing auger (4), is connected with feed-pipe (17) by multistage automatic turning plate valve (6) with reactor (7), auger (8) of slagging tap is connected with reactor (7) by single-stage automatic turning plate valve (9), auger (33) one end is connected with shaft coupling two (11) through bearing support and bearing (10), cover (12) one end that is in transmission connection is connected with blind plate two (34), and the other end is connected with seal cartridge (3), transmission shaft and bearing support (14) one end are stretched into seal cartridge (13) and are connected with speed regulator one (16) by shaft coupling three (15) with shaft coupling two (11) the other end with the cover (12) that is in transmission connection.
Reactor (7) by kettle (25), auger one (28), auger two (33), upper and lower covers care set (30), support (31), flange one (22) and flange two (34), blind plate one (23) and blind plate two (35), bearing support and bearing two (24) and bearing support and bearing one (10) forms; Wherein: auger one (28), auger two (33) are connected by upper and lower covers care set (30); Auger two (33) one end inserts bearing support by flange one (22), blind plate one (23) and bearing two (24) is fixed, the other end inserts the bearing support that is fixed on blind plate two (35) and bearing one (10) interior and be connected with shaft coupling two (11); Upper and lower covers care set (30) is by 1 but be not limited to 1 support (31) and be fixed on kettle (25) inwall; Flange two (34) is welded on one end of kettle (25), and blind plate two (35) is screwed on flange two (34).
Upper and lower covers care set (30) is made up of the convex axle of transmission (29), the recessed axle of transmission (32), sliding surface bearing one (36), sliding surface bearing two (37), wherein: sliding surface bearing one (36), sliding surface bearing two (37) are arranged in upper and lower covers care set (30), the convex axle of transmission (29) inserts in sliding surface bearing one (36), and the recessed axle of transmission (32) inserts in sliding surface bearing two (37).
The convex axle of transmission is made up of convex axle (43), flanged plate (44), wherein: convex axle (43) is welded on flanged plate (44); The outer end of convex axle is isometric Polygons.
The recessed axle of transmission (32) is made up of recessed axle (45), flanged plate (46), wherein: recessed axle (45) is welded on flanged plate (46); The outer end of recessed axle has isometric polygonal-shaped cavities, and corresponding with the isometric polygon size of convex axle (43).
Feeding packing auger (4), auger of slagging tap (8) are made up of auger cover (54), spiral propeller (51), shaft coupling one (2), (48), external jacket (50), inlet pipe (53), vent pipe (52), speed regulator three (1), speed regulator two (47), wherein: spiral propeller (51) device is in auger cover (54); External jacket (50) is enclosed within auger cover (54) outside and two sealing; Inlet pipe (53) and vent pipe (52) are separately positioned on bottom and the top at external jacket (50) two; Speed regulator three (1), speed regulator two (47) are connected with spiral propeller (51) by shaft coupling one (2), shaft coupling four (48).
The effect implementing the utility model useful is: one is to realize continuous prodution; Two is kettle non rotating, decreases vibration and adds the whole stability of reaction kettle body; Three is that reactor is not yielding, longer service life; Four are materials, distillate gas, reaction residues is all passing in and out in non-rotary pipeline, its better tightness; Five is heat recovery, more energy-conservation.
Accompanying drawing explanation
Below in conjunction with specific embodiment, the utility model is further described.
Fig. 1 is the utility model one-piece construction figure;
Fig. 2 is reaction kettle body cut-away view;
Fig. 3 is upper and lower covers care set structure iron;
Fig. 4 is upper and lower covers care set sectional view;
Fig. 5 is seal cartridge structure iron;
Fig. 6 is the convex axle construction figure of transmission;
Fig. 7 is the convex axle sectional view of transmission;
Fig. 8 is the recessed axle construction figure of transmission;
Fig. 9 is the recessed axle sectional view of transmission;
Figure 10 is feeding packing auger, auger structure iron of slagging tap.
In figure, 1. speed regulator three, 2. shaft coupling one, 3. feed-pipe, 4. feeding packing auger, 5. material blanking tube, 6. multistage automatic turning plate valve, 7. reactor, 8. to slag tap auger, 9. single-stage automatic turning plate valve, 10. bearing support and bearing one, 11. shaft couplings two, 12. are in transmission connection cover, 13. seal cartridges, 14. transmission shafts and bearing support, 15. shaft couplings three, 16. speed regulator one, 17. feed-pipes, 18. manholes, 19. steam outlet pipes, 20. manholes, 21. steam outlet pipes, 22. flanges one, 23. blind plates one, 24. bearing supports and bearing two, 25. kettlies, 26. scraper plates, 27. residue outlets, 28. augers one, the convex axle of 29. transmission, 30. upper and lower covers care sets, 31. support, the recessed axle of 32. transmission, 33. augers two, 34. flanges two, 35. blind plates two, 36. sliding surface bearing one, 37 sliding surface bearing two, 38. glands, 39. flanges three, 40. sleeves, 41. fillers, 42. baffle plates, 43. convex axles, 44. flanged plates one, 45. recessed axles, 46. flanged plates two, 47. speed regulator two, 48. shaft couplings four, 49. go out pipe, 50. external jackets, 51. spiral propellers, 52. vent pipes, 53. inlet pipes, 54. auger covers.
Embodiment
In FIG, inner-rotary type continuous reaction apparatus, is made up of speed regulator three (1), shaft coupling one (2), feeding packing auger (4), material blanking tube (5), multistage automatic turning plate valve (6), reactor (7), auger of slagging tap (8), single-stage automatic turning plate valve (9), bearing support and bearing one (10), shaft coupling two (11), the cover (12) that is in transmission connection, seal cartridge (13), transmission shaft and bearing support (14), shaft coupling three (15), speed regulator one (16), auger one (28) and auger two (33); Wherein: speed regulator three (1) is connected with feeding packing auger (4) by shaft coupling one (2); Material blanking tube (5) is connected with feeding packing auger (4), is connected again by multistage automatic turning plate valve (6) with feed-pipe (17) with reactor (7); Auger (8) of slagging tap is connected with reactor (7) by single-stage automatic turning plate valve (9); Auger (33) one end is connected with shaft coupling two (11) through bearing support and bearing (10); Cover (12) one end that is in transmission connection is connected with blind plate two (34), and the other end is connected with seal cartridge (13); Seal cartridge (13) is stretched into and the cover (12) that is in transmission connection in transmission shaft and bearing support (14) one end, and is connected with shaft coupling two (11); The other end is connected with speed regulator one (16) by shaft coupling three (15).
In fig. 2, reactor (7) by kettle (25), auger one (28), auger two (33), upper and lower covers care set (30), support (31), flange one (22) and flange two (34), blind plate one (23) and blind plate two (35), bearing support and bearing two (24) and bearing support and bearing one (10) forms; Wherein: auger one (28), auger two (33) are connected by upper and lower covers care set (30); Auger two (33) one end inserts bearing support by flange one (22), blind plate one (23) and bearing two (24) is fixed, the other end inserts the bearing support that is fixed on blind plate two (35) and bearing one (10) interior and be connected with shaft coupling two (11); Upper and lower covers care set (30) is by 1 but be not limited to 1 support (31) and be fixed on kettle (25) inwall; Flange two (34) is welded on one end of kettle (25), and blind plate two (35) is screwed on flange two (34).
In figure 3, upper and lower covers care set (30) is made up of the convex axle of transmission (29), the recessed axle of transmission (32), sliding surface bearing one (36), sliding surface bearing two (37), wherein: sliding surface bearing one (36), sliding surface bearing two (37) are arranged in upper and lower covers care set (30), the convex axle of transmission (29) inserts in sliding surface bearing one (36), and the recessed axle of transmission (32) inserts in sliding surface bearing two (37).
In figure 6, the convex axle of transmission is made up of convex axle (43), flanged plate one (44), wherein: convex axle (43) is welded on flanged plate one (44); The outer end of convex axle is isometric Polygons.
In fig. 8, the recessed axle of transmission (32) is made up of recessed axle (45), flanged plate two (46), wherein: recessed axle (45) is welded on flanged plate two (46); The outer end of recessed axle has isometric polygonal-shaped cavities, and corresponding with the isometric polygon size of convex axle (43).
In Fig. 10, feeding packing auger (4), auger of slagging tap (8) are made up of auger cover (54), spiral propeller (51), shaft coupling one (2), (48), external jacket (50), inlet pipe (53), vent pipe (52), speed regulator three (1), speed regulator two (47), wherein: spiral propeller (51) device is in auger cover (54); External jacket (50) is enclosed within auger cover (54) outside and two sealing; Inlet pipe (53) and vent pipe (52) are separately positioned on bottom and the top at external jacket (50) two; Speed regulator three (1), speed regulator two (47) are connected with spiral propeller (51) by shaft coupling one (2), shaft coupling four (48).
Claims (6)
1. a damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, be primarily characterized in that: by speed regulator three (1), shaft coupling one (2), feeding packing auger (4), material blanking tube (5), multistage automatic turning plate valve (6), reactor (7), to slag tap auger (8), single-stage automatic turning plate valve (9), bearing support and bearing one (10), shaft coupling two (11), be in transmission connection cover (12), seal cartridge (13), transmission shaft and bearing support (14), shaft coupling three (15), speed regulator one (16), auger one (28) and auger two (33) form, wherein: speed regulator three (1) is connected with feeding packing auger (4) by shaft coupling one (2), material blanking tube (5) is connected with feeding packing auger (4), is connected with feed-pipe (17) by multistage automatic turning plate valve (6) with reactor (7), auger (8) of slagging tap is connected with reactor (7) by single-stage automatic turning plate valve (9), auger (33) one end is connected with shaft coupling two (11) through bearing support and bearing (10), cover (12) one end that is in transmission connection is connected with blind plate two (34), and the other end is connected with seal cartridge (13), seal cartridge (13) is stretched into and the cover (12) that is in transmission connection in transmission shaft and bearing support (14) one end, and is connected with shaft coupling two (11), the other end is connected with speed regulator one (16) by shaft coupling three (15).
2. a kind of damaged tire according to claim 1, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, is characterized in that: reactor (7) by kettle (25), auger one (28), auger two (33), upper and lower covers care set (30), support (31), flange one (22) and flange two (34), blind plate one (23) and blind plate two (35), bearing support and bearing two (24) and bearing support and bearing one (10) forms; Wherein: auger one (28), auger two (33) are connected by upper and lower covers care set (30); Auger two (33) one end inserts bearing support by flange one (22), blind plate one (23) and bearing two (24) is fixed, the other end inserts the bearing support that is fixed on blind plate two (35) and bearing one (10) interior and be connected with shaft coupling two (11); Upper and lower covers care set (30) is by 1 but be not limited to 1 support (31) and be fixed on kettle (25) inwall; Flange two (34) is welded on one end of kettle (25), and blind plate two (35) is screwed on flange two (34).
3. a kind of damaged tire according to right 2, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, it is characterized in that: upper and lower covers care set (30) is made up of the convex axle of transmission (29), the recessed axle of transmission (32), sliding surface bearing one (36), sliding surface bearing two (37), wherein: sliding surface bearing one (36), sliding surface bearing two (37) are arranged in upper and lower covers care set (30), the convex axle of transmission (29) inserts in sliding surface bearing one (36), and the recessed axle of transmission (32) inserts in sliding surface bearing two (37).
4. a kind of damaged tire according to claim 3, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, it is characterized in that: the convex axle of transmission is made up of convex axle (43), flanged plate one (44), wherein: convex axle (43) is welded on flanged plate one (44); The outer end of convex axle is isometric Polygons.
5. a kind of damaged tire according to claim 3, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, it is characterized in that: the recessed axle of transmission (32) is made up of recessed axle (45), flanged plate two (46), wherein: recessed axle (45) is welded on flanged plate two (46); The outer end of recessed axle has isometric polygonal-shaped cavities, and corresponding with the isometric polygon size of convex axle (43).
6. a kind of damaged tire according to claim 1, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus, it is characterized in that: feeding packing auger (4), auger of slagging tap (8) are made up of auger cover (54), spiral propeller (51), shaft coupling one (2), shaft coupling four (48), external jacket (50), inlet pipe (53), vent pipe (52), speed regulator three (1), speed regulator two (47), wherein: spiral propeller (51) device is in auger cover (54); External jacket (50) is enclosed within auger cover (54) outside and two sealing; Inlet pipe (53) and vent pipe (52) are separately positioned on bottom and the top at external jacket (50) two; Speed regulator three (1), speed regulator two (47) are connected with spiral propeller (51) by shaft coupling one (2), shaft coupling four (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320433998.5U CN204369811U (en) | 2013-07-22 | 2013-07-22 | A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320433998.5U CN204369811U (en) | 2013-07-22 | 2013-07-22 | A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204369811U true CN204369811U (en) | 2015-06-03 |
Family
ID=53326047
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320433998.5U Expired - Fee Related CN204369811U (en) | 2013-07-22 | 2013-07-22 | A kind of damaged tire, plastic waste, liquid starting material inner-rotary type continuous reaction apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204369811U (en) |
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2013
- 2013-07-22 CN CN201320433998.5U patent/CN204369811U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20150603 Termination date: 20180722 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |