CN101559630A - Environment-friendly waste tire and rubber grinder - Google Patents
Environment-friendly waste tire and rubber grinder Download PDFInfo
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- CN101559630A CN101559630A CNA2009100670303A CN200910067030A CN101559630A CN 101559630 A CN101559630 A CN 101559630A CN A2009100670303 A CNA2009100670303 A CN A2009100670303A CN 200910067030 A CN200910067030 A CN 200910067030A CN 101559630 A CN101559630 A CN 101559630A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
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Abstract
The invention provides an environment-friendly waste tire and a rubber grinder, and belongs to the field of environmental protection machinery. The rubber grinder consists of a feeding-dedusting system, a grinding system, a material-stirring air-cooling material-brushing system, an inside-outside dust-absorbing system, a water circulating-cooling system and a mechanical transmission system, wherein the feeding-dedusting system is fixedly connected with the grinding system below; a lower main body in the grinding system is fixedly connected with the material-stirring air-cooling material-brushing system below; a material outlet of the material-stirring air-cooling material-brushing system is fixedly connected with the inside-outside dust-absorbing system through the lower main body; an upper main body in the grinding system is connected with a water circulating channel I and a water circulating channel II of the water circulating-cooling system; the lower main body in the grinding system is connected with a water circulating channel III and a water circulating channel 5 of the water circulating-cooling system; a main motor in the mechanical transmission system is connected with a main-shaft flywheel in the grinding system; and the mechanical transmission system is arranged on the rear part of the lower main body in the grinding system. The rubber grinder is applicable to the grinding of waste tires and rubber, and has the advantages of high efficiency, low energy consumption, low noise and no dust leakage.
Description
Technical field
The invention belongs to the environmental protection machinery field, be specifically related to the mechanical crushing equipment in junked tire and the rubber regeneration recovery process.
Background technology
Junked tire and rubber regeneration utilization are in the rise stage, also do not have the equipment of professional production pulverizing waste tire and rubber, and for promoting environmental protection, it is fully recycling that junked tire and rubber are obtained, and process equipment is in problem anxious to be solved at present.
Summary of the invention
The object of the present invention is to provide a kind of can the pulverizing, and energy consumption is low, efficient is high, noise is little, pollution-free, the process equipment that is beneficial to environmental protection to junked tire and rubber.
The present invention is made up of material loading dust pelletizing system A, crushing system B,--air-cooled--brush of the material toggling material C of system, inside and outside dust collecting system D, circulating water cooling system E and machine driven system F, and wherein: the crushing system B of material loading dust pelletizing system A and its below is affixed; Following main body 1 among the crushing system B is affixed with--air-cooled--brush of the material toggling material C of system of below, and the discharging opening 14 among--air-cooled--brush of the material toggling material C of system is through main body 1 is affixed with inside and outside dust collecting system D down; Last main body 43 among the crushing system B is connected with circulation water channel II44 with the circulation water channel I 61 of circulating water cooling system E, and the following main body 1 among the crushing system B is connected with circulation water channel IV60 with the circulation water channel III48 of circulating water cooling system E; Main motor 57 among the machine driven system F is connected with main shaft flywheel 37 among the crushing system B, and machine driven system F places the rear portion of the following main body 1 of crushing system B.
Material loading dust pelletizing system A is made up of upper left air channel 28, upper left bellows 29, last bellows 30, feeding port 31, upper right bellows 32, upper right air channel 33, electromagnetic disc 41, electromagnetic disc support 42, dust-break curtain 63, dust-break curtain fixed mount 64, dust-break curtain pressure strip 65 and housing screw 66, wherein: feeding port 31 left sides are connected with upper left air channel 28 through upper left bellows 29, and feeding port 31 right sides are connected with upper right air channel 33 through upper right bellows 32; Be provided with bellows net 30, electromagnetic disc 41 and dust-break curtain 63 in the feeding port 31, dust-break curtain 63 is affixed by the electric curtain frame of housing screw 66 and retaining 64 through dust-break curtain pressure strip 65; Dust-break curtain pressure strip 65 is affixed with charging aperture 31 tops; Electromagnetic disc 41 is affixed through electromagnetic disc support 42 and charging aperture 31 belows.
Crushing system B by down main body 1, spindle pulley 22, pulley nut 23, belt turn nut locking plate 24, bearing 25, main shaft moving knife I-A26, main shaft moving knife I-B27, main shaft moving knife II-A34, main shaft moving knife set bolt 35, main shaft moving knife II-B36, main shaft flywheel 37, flywheel nut locking plate 38, flywheel nut 39, main shaft 40, go up main body 43, main body fastening bolt 45, dead knife 46, dead knife bolt 47, the main sieve end 49 and trip bolt 59 are formed up and down, wherein: main shaft 40 is descending between main body 1 and the last main body 43, and by bearing 25 supportings; Main shaft 40 is affixed with main shaft moving knife I-A26, main shaft moving knife I-B27, main shaft moving knife II-A34 and main shaft moving knife II-B36 through main shaft moving knife set bolt 35; Main shaft 40 left ends are connected with spindle pulley 22, pulley nut 23 and pulley nut locking plate 24; Main shaft 40 right-hand members are connected with flywheel nut 39 with main shaft flywheel 37, flywheel nut locking plate 38; Main body fastening bolt 45 and following main body 1 are affixed about last main body 43 warps, and the main sieve end 49 is connected with following main body 1 through trip bolt 59; Dead knife 46 is affixed through dead knife bolt 47 and following main body 1.
--air-cooled--brush of the material toggling material C of system is made up of material toggling axle Y-axis bearing 2, material toggling shaft assembly 3, material toggling axle left and right sides bearing bearing support 4, poking device outer cover 5, discharging opening 14 and material toggling shaft pulley 21, wherein: be fixed in down on the material toggling axle left and right sides bearing bearing support 4 of main body 1 both sides and be equipped with material toggling axle Y-axis bearing 2, and supporting material toggling shaft assembly 3; Material toggling shaft assembly 3 left ends are connected with material toggling shaft pulley 21, and bottom and blower fan left and right sides bearing bracket 7 are affixed; Be equipped with poking device outer cover 5 outside the material toggling shaft assembly 3, poking device outer cover 5 middle parts are equipped with discharging opening 14; Poking device outer cover 5 is affixed through trip bolt 59 and following main body 1 bottom.
Material toggling shaft assembly 3 is made up of poking device main shaft 67, the outer shaft assembly 68 of poking device, wind brush 69, rod for stiring materials 71, wherein: the outer shaft assembly 68 of poking device main shaft 67 peripheries and poking device is affixed, the outer shaft assembly 68 of rod for stiring materials 71 lower ends and poking device is affixed, and it is 69 affixed that rod for stiring materials 71 tops and wind are brushed.
Inside and outside dust collecting system D by blower fan Y-axis bearing 6, blower fan left and right sides bearing bracket 7, right outer blower fan 8, blower fan main shaft 9, right air-suction trunk 10, right bellows every 11, right in blower fan 12, right air-out road junction 13, left in blower fan 15, left bellows every 16, left air-suction trunk 17, left outside blower fan 18, left air outlet 19, blower fan shaft pulley 20, about in air draught road 51, about in inlet scoop 52, about outside inlet scoop 53 and left and right sides exhausting duct 54 form, wherein: blower fan Y-axis bearing 6 is affixed through blower fan left and right sides bearing bracket 7 and main body 1, and supporting blower fan main shaft 9; Blower fan main shaft 9 right sides and right outer blower fan 8 and right in blower fan 12 affixed, right outer blower fan 8 and right in blower fan 12 is middle is provided with right air-suction trunk every 11, and it is middle to be fixed in right air-suction trunk 10; In about right air-suction trunk 10 lower ends are provided with air draught road 51 and about in inlet scoop 52; Be positioned at the right air outlet 13 and the left air outlet 19 of right air-suction trunk 10 and left air-suction trunk 17 tops, be provided with left and right sides exhausting duct 54; The outer blower fan in a blower fan 15 and a left side 18 is affixed in blower fan main shaft 9 left sides and the left side, and the outer blower fan in a blower fan 15 and a left side 18 is middle in the left side is provided with left air-suction trunk every 16, and it is middle to be fixed in left air-suction trunk 17; The outer blower fan 18 left air outlets 19 in a left side.In a left side, be provided with left bellows outside a blower fan 15 and the left side between the blower fan 18 every 16 and be fixed in left air-suction trunk 17 centres; Outer inlet scoop 53 and left and right sides exhausting duct 54 about air-suction trunk 17 lower ends, a left side are provided with; Blower fan main shaft 9 left ends are connected with blower fan shaft pulley 20; Right air-suction trunk 10 and left air-suction trunk 17 and following main body 1 are affixed.
Circulating water cooling system E is by circulation water channel I 61, circulation water channel II 44, circulation water channel III48, circulation water channel IV60, cyclic water tank 74, water pump 75, water supply pipeline 76, last water blocking joint 77, last water blocking 78, water blocking I 79, waterpipe I 80, water blocking II 81, water blocking III82, water blocking III joint 83, waterpipe II84, water blocking IV joint 85, water blocking IV86, water blocking V87, waterpipe III88, water blocking VI89, backwater stifled 90, stifled joint 91 of backwater and water return pipeline 92 are formed, wherein: be equipped with water pump 75 on the cyclic water tank 74 and be connected with water supply pipeline 76, water supply pipeline 76, last water blocking joint 77, last water blocking 78, circulation water channel I 61, water blocking I 79, waterpipe I 80, water blocking II81, circulation water channel II44, water blocking III82, water blocking III joint 83, waterpipe II 84, water blocking IV joint 85, water blocking IV86, circulation water channel III48, water blocking V87, waterpipe III88, water blocking VI89, circulation water channel IV60, backwater stifled 90, stifled joint 91 of backwater and water return pipeline 92 are connected in series, and water return pipeline 92 ends are connected with cyclic water tank 74; Circulation water channel I 61 is connected with last main body 43 with circulation water channel II 44, and circulation water channel III48, circulation water channel IV60 are connected with following main body 1.
Machine driven system F is made up of material toggling shaft assembly 3, blower fan axle 9, blower fan belt pulley 20 material toggling shaft pulleys 21, spindle pulley 22, main shaft flywheel 37, main shaft 40, main motor foundation bolt 56, main motor 57, main electrical machine belt pulley 58, V belt III93, V belt II94 and V belt I 95, and wherein: main motor 57 is connected with main shaft flywheel 37 through main motor pulley 58, V belt I95, spindle pulley 22, main shaft 40; Main motor pulley 58 is connected with material toggling shaft assembly 3 through V belt II94, material toggling shaft pulley 21; Material toggling shaft pulley 21 is connected with blower fan axle 9 through V belt III93, blower fan shaft pulley 20; Main motor 57 is affixed with dust storage tank 55 through main motor foundation bolt 56, and dust storage tank 55 places down the rear portion of main body 1.
Good effect of the present invention is: be applicable to the pulverizing of junked tire and rubber, the efficient height, energy consumption is low, noise is little, no dust leaks.
Description of drawings
Fig. 1 is environment-friendly waste tire and rubber crusher structural front view
Fig. 2 is environment-friendly waste tire and rubber crusher structure left view
Fig. 3 is a material toggling shaft assembly schematic diagram
Fig. 4 is the circulating water cooling system schematic diagram
Fig. 5 is the machine driven system schematic diagram
Fig. 6 is for producing process flow diagram flow chart
：A. B. C.---- D.E. F. 1. 2. 3.4. 5. 6. 7.8. 9. 10. 11. 12. 13.14. 15. 16. 17. 18. 19.20. 21. 22. 23. 24. 25. 26.I-A 27.I--B 28. 29. 30. 31. 32. 33. 34.II-A 35.36.II-B 37. 38. 39. 40. 41.42. 43. 44.II 45. 46. 47. 48.III 49. 50. 51. 52.53. 54. 55. 56. 57. 58. 59. 60.IV 61.I 62. 63.64. 65. 66. 67. 68. 69. 70. 71. 72. 73. 74.75. 76. 77. 78. 79.I 80.I 81.II 82.III 83.III 84.II 85.IV 86.IV 87.V88.III 89.VI 90. 91. 92. 93.III94.II 95.I
The specific embodiment
6 production process flow process figure are described as follows in conjunction with the accompanying drawings:
The present invention is at first by feeding port 31 material loadings of material loading dust pelletizing system A, absorb hard metal sundries by electromagnetic disc 41, by shelves dirt curtain 63, enter crushing system B, at this moment the dust brought into of material is kicked up, and enters upper left bellows 29 and upper right bellows 32 by last bellows net 30, blower fan 18 outside the left side of inside and outside dust collecting system D, under the effect of right outer blower fan 8, send in the dust storage tank 55, entered crushing system B by the material after the dust suction.Main motor 57 is by main motor foundation bolt 56, be fixed on the dust storage tank 55, when main motor rotation is done work, the spindle pulley 21 that is mounted on the main shaft 40 by main motor pulley 58 pulling V belt I 95 impels main shaft 40 rotary works, make the moving knife I--A26 that is installed on the main shaft 40, main shaft moving knife I--B27, main shaft moving knife II--A34 and main shaft moving knife II--B36, amounting to 39 rotates cutter with main shaft 40, with be installed in down main body 1 upper end 6 tangent dead knife 46 circulation, main shaft 40 per minutes rotation 758 is changeed, the material that flows into from material loading dust pelletizing system A is pulverized, by the main sieve end 49, the material of pulverizing is leaked to material toggling--air-cooled--the brush material C of system.
--air-cooled--brush of the material toggling material C of system at main motor 57 through main motor pulley 58, V belt II 94 is connected with material toggling shaft pulley 21, drive material toggling shaft assembly 3 rotary works, per minute 1440 changes, on 34 rod for stiring materials 71,34 wind brushes 69 are housed, when the cooling air that produces cools off the main sieve ends 49, brush down sticking on the material of main sieve at the end 49, under the effect of rod for stiring materials 71, dial to blanking port 14, flow into stream material road 50 and flow out, the dust that dust that this process produces and material loading dust pelletizing system A enter enters in the dust storage tank 55 under the effect of inside and outside dust collecting system D simultaneously.
Inside and outside dust collecting system D, be connected with wind axis belt pulley 20 through V belt III93 at material toggling shaft pulley 21, driving blower fan main shaft 9 per minutes rotation 2262 changes, the right outer air draught 8 of blower fan main shaft 9 and left outside under the effect of blower fan 18, by upper right air channel 33, upper left bellows 29 suck by the dust in upper left air channel 28 from upper right bellows; Blower fan 12 in right, in the left side under the effect of blower fan 15,--air-cooled--the brush material C of system enters stream material road 50 to discharging place from material toggling, about in inlet scoop 52 pass through about the dust suction in interior air draught road 51; Inside and outside dust collecting system D in left air-suction trunk 17 and right air-suction trunk 10, be respectively equipped with left bellows every 16 and right air-suction trunk every 11, respectively hang oneself left air outlet 19 and right air outlet 13 again through left and right sides exhausting duct 54, are sent into dust in the dust storage tank 55, and be for clearance; The finished product of self-flowing material road 50 outflows at this moment reclaims warehouse-in.
Circulating water cooling system E, peripheral hardware cyclic water tank 74 is equipped with water pump 75 on the cyclic water tank 74, when start is produced, water pump 75 is started working, and under the effect of water pump 75, the route (seeing accompanying drawing 4) that is provided with through circulating water cooling system reaches the purpose that recirculated water cools off.
Machine driven system F has installed the source (see accompanying drawing 5) of the main motor 57 of a 55KW as whole power, has saved the energy, per hour can produce waste and old rubber particle (powder) 1--2.5 ton.
Claims (8)
1. environment-friendly waste tire and rubber crusher, form by material loading dust pelletizing system (A), crushing system (B), material toggling--air-cooled--brush material system (C), inside and outside dust collecting system (D), circulating water cooling system (E) and machine driven system (F), it is characterized in that material loading dust pelletizing system (A) is affixed with the crushing system (B) of its below; Following main body (1) in the crushing system (B) is affixed with material toggling--air-cooled--the brush material system (C) of below, and the discharging opening (14) in material toggling--air-cooled--the brush material system (C) is through main body (1) is affixed with inside and outside dust collecting system (D) down; Last main body (43) in the crushing system (B) is connected with circulation water channel II (44) with the circulation water channel I (61) of circulating water cooling system (E), and the following main body (1) in the crushing system (B) is connected with circulation water channel IV (60) with the circulation water channel III (48) of circulating water cooling system (E); Main motor (57) in the machine driven system (F) is connected with main shaft flywheel (37) in the crushing system (B), and machine driven system (F) places the rear portion of the following main body (1) of crushing system (B).
2. by described environment-friendly waste tire of claim 1 and rubber crusher, it is characterized in that described material loading dust pelletizing system (A) is by upper left air channel (28), upper left bellows (29), last bellows (30), feeding port (31), upper right bellows (32), upper right air channel (33), electromagnetic disc (41), electromagnetic disc support (42), dust-break curtain (63), dust-break curtain fixed mount (64), dust-break curtain pressure strip (65) and housing screw (66) are formed, wherein feeding port (31) left side is connected with upper left air channel (28) through upper left bellows (29), and feeding port (31) right side is connected with upper right air channel (33) through upper right bellows (32); Be provided with bellows net (30), electromagnetic disc (41) and dust-break curtain (63) in the feeding port (31), dust-break curtain (63) is affixed by housing screw (66) and dust-break curtain fixed mount (64) through dust-break curtain pressure strip (65); Dust-break curtain pressure strip (65) is affixed with charging aperture (31) top; Electromagnetic disc (41) is affixed with charging aperture (31) below through electromagnetic disc support (42).
3. by described environment-friendly waste tire of claim 1 and rubber crusher, it is characterized in that wherein said crushing system (B) is by following main body (1), spindle pulley (22), pulley nut (23), pulley nut locking plate (24), bearing (25), main shaft moving knife I-A (26), main shaft moving knife I-B (27), main shaft moving knife II-A (34), main shaft moving knife set bolt (35), main shaft moving knife II-B (36), main shaft flywheel (37), flywheel nut locking plate (38), flywheel nut (39), main shaft (40), last main body (43), main body fastening bolt (45) up and down, dead knife (46), dead knife bolt (47), the main sieve end (49) and trip bolt (59) are formed, main shaft (40) is positioned between following main body (1) and the last main body (43), and is supported by bearing (25); Main shaft (40) is affixed with main shaft moving knife I-A (26), main shaft moving knife I-B (27), main shaft moving knife II-A (34) and main shaft moving knife II-B (36) through main shaft moving knife set bolt (35); Main shaft (40) left end is connected with spindle pulley (22), pulley nut (23) and pulley nut locking plate (24); Main shaft (40) right-hand member is connected with main shaft flywheel (37), flywheel nut locking plate (38) and flywheel nut (39); Last main body (43) warp main body fastening bolt (45) up and down is affixed with following main body (1), and the main sieve end (49) is connected with following main body (1) through trip bolt (59); Dead knife (46) is affixed through dead knife bolt (47) and following main body (1).
4. by described environment-friendly waste tire of claim 1 and rubber crusher,--air-cooled--the brush material system (C) that it is characterized in that described material toggling is made up of material toggling axle Y-axis bearing (2), material toggling shaft assembly (3), material toggling axle left and right sides bearing bearing support (4), poking device outer cover (5), discharging opening (14) and material toggling shaft pulley (21), be fixed in down on the material toggling axle left and right sides bearing bearing support (4) of main body (1) both sides and be equipped with material toggling axle Y-axis bearing (2), and supporting material toggling shaft assembly (3); Material toggling shaft assembly (3) left end is connected with material toggling shaft pulley (21), and bottom and blower fan left and right sides bearing bracket (7) are affixed; The outer poking device outer cover (5) that is equipped with of material toggling shaft assembly (3), poking device outer cover (5) middle part is equipped with discharging opening (14); Poking device outer cover (5) is affixed through trip bolt (59) and following main body (1) bottom.
5. by described environment-friendly waste tire of claim 1 and rubber crusher, it is characterized in that described inside and outside dust collecting system (D) is by blower fan Y-axis bearing (6), blower fan left and right sides bearing bracket (7), right outer blower fan (8), blower fan main shaft (9), right air-suction trunk (10), right bellows are every (11), blower fan (12) in right, right air-out road junction (13), blower fan (15) in the left side, left side bellows are every (16), left side air-suction trunk (17), a left side outer blower fan (18), left side air outlet (19), blower fan shaft pulley (20), about in air draught road (51), about in inlet scoop (52), about outer inlet scoop (53) and left and right sides exhausting duct (54) form, its blower fan Y-axis bearing (6) is affixed through blower fan left and right sides bearing bracket (7) and main body (1), and supporting blower fan main shaft (9); Blower fan (12) is affixed in blower fan main shaft (9) right side and the right outer blower fan (8) and the right side, and blower fan (12) is middle in the right outer blower fan (8) and the right side is provided with right air-suction trunk every (11), and is fixed in the middle of the right air-suction trunk (10); In about right air-suction trunk (10) lower end is provided with air draught road (51) and about interior inlet scoop (52); Be positioned at the right air outlet (13) and the left air outlet (19) of right air-suction trunk (10) and left air-suction trunk (17) top, be provided with left and right sides exhausting duct (54); Blower fan main shaft (9) left side is affixed with interior blower fan (15) in a left side and the outer blower fan in a left side (18), and blower fan (15) and the outer blower fan in a left side (18) are middle in the left side is provided with left air-suction trunk every (16), and is fixed in the middle of the left air-suction trunk (17); The a left side left air outlet of outer blower fan (18) (19).In a left side blower fan (15) and left outside be provided with left bellows between the blower fan (18) every (16) and be fixed in left air-suction trunk (17) centre; Outer inlet scoop (53) and left and right sides exhausting duct (54) about air-suction trunk (17) lower end, a left side is provided with; Blower fan main shaft (9) left end is connected with blower fan shaft pulley (20); Right air-suction trunk (10) and left air-suction trunk (17) are affixed with following main body (1).
6. by described environment-friendly waste tire of claim 1 and rubber crusher, it is characterized in that described circulating water cooling system (E) is by circulation water channel I (61), circulation water channel II (44), circulation water channel III (48), circulation water channel IV (60), cyclic water tank (74), water pump (75), water supply pipeline (76), last water blocking joint (77), last water blocking (78), water blocking I (79), waterpipe I (80), water blocking II (81), water blocking III (82), water blocking III joint (83), waterpipe II (84), water blocking IV joint (85), water blocking IV (86), water blocking V (87), waterpipe III (88), water blocking VI (89), backwater blocks up (90), backwater blocks up joint (91) and water return pipeline (92) is formed, wherein be equipped with water pump (75) on the cyclic water tank (74) and be connected with water supply pipeline (76), water supply pipeline (76), last water blocking joint (77), last water blocking (78), circulation water channel I (61), water blocking I (79), waterpipe I (80), water blocking II (81), circulation water channel II (44), water blocking III (82), water blocking III joint (83), waterpipe II (84), water blocking IV joint (85), water blocking IV (86), circulation water channel III (48), water blocking V (87), waterpipe III (88), water blocking VI (89), circulation water channel IV (60), backwater blocks up (90), backwater blocks up joint (91) and water return pipeline (92) is connected in series, and water return pipeline (92) is terminal to be connected with cyclic water tank (74); Circulation water channel I (61) is connected with last main body (43) with circulation water channel II (44), and circulation water channel III (48), circulation water channel IV (60) are connected with following main body (1).
7. by described environment-friendly waste tire of claim 1 and rubber crusher, it is characterized in that described machine driven system (F) is by material toggling shaft assembly (3), blower fan axle (9), blower fan belt pulley (20) material toggling shaft pulley (21), spindle pulley (22), main shaft flywheel (37), main shaft (40), main motor foundation bolt (56), main motor (57), main motor pulley (58), V belt III (93), V belt II (94) and V belt I (95) form, and wherein main motor (57) is through main motor pulley (58), V belt I (95), spindle pulley (22), main shaft (40) is connected with main shaft flywheel (37); Main motor pulley (58) is connected with material toggling shaft assembly (3) through V belt II (94), material toggling shaft pulley (21); Material toggling shaft pulley (21) is connected with blower fan axle (9) through V belt III (93), blower fan shaft pulley (20); Main motor (57) is affixed through main motor foundation bolt (56) and dust storage tank (55), and dust storage tank (55) places down the rear portion of main body (1).
8. by described environment-friendly waste tire of claim 4 and rubber crusher, it is characterized in that described material toggling shaft assembly (3) is by shaft assembly (68), wind are brushed (69) outside poking device main shaft (67), the poking device, rod for stiring materials (71) is formed, wherein the outer shaft assembly (68) of poking device main shaft (67) periphery and poking device is affixed, the outer shaft assembly (68) of rod for stiring materials (71) lower end and poking device is affixed, and rod for stiring materials (71) top and wind brush (69) are affixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100670303A CN101559630B (en) | 2009-06-01 | 2009-06-01 | Environment-friendly waste tire and rubber grinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100670303A CN101559630B (en) | 2009-06-01 | 2009-06-01 | Environment-friendly waste tire and rubber grinder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101559630A true CN101559630A (en) | 2009-10-21 |
| CN101559630B CN101559630B (en) | 2012-11-28 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009100670303A Expired - Fee Related CN101559630B (en) | 2009-06-01 | 2009-06-01 | Environment-friendly waste tire and rubber grinder |
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| CN103802227A (en) * | 2013-05-29 | 2014-05-21 | 王明江 | Preparation method of microfiber rubber reinforced material |
| CN104028359A (en) * | 2014-06-18 | 2014-09-10 | 重庆市聚益橡胶制品有限公司 | Waste tire rubber powder grinding system |
| CN105216139A (en) * | 2015-10-10 | 2016-01-06 | 泰山玻璃纤维有限公司 | The feeding poking device of useless raw disintegrating machine for glass fibre |
| CN106378347A (en) * | 2016-11-23 | 2017-02-08 | 寿宁县信达特种橡胶有限公司 | Device for intelligently crushing waste tire and using method of device |
| CN109291309A (en) * | 2018-08-16 | 2019-02-01 | 遵义福泰豪再生资源有限公司 | The innocuity disposal system of industrial rubber waste |
| CN110900888A (en) * | 2019-12-20 | 2020-03-24 | 江山空朴电子科技有限公司 | Device for preparing colloidal particles from waste rubber |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1170663C (en) * | 2000-07-12 | 2004-10-13 | 张道抒 | Technology for producing fine rubber powder by method of liquefied nitrogen internal circulation type recovering cold energy |
| CN2680356Y (en) * | 2004-03-15 | 2005-02-23 | 赵毅 | Waste rubber crusher |
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| CN100368170C (en) * | 2005-02-03 | 2008-02-13 | 丁东 | Breaking method of waste butyl resin or butyl vulcanized rubber and its device |
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2009
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| CN109291309A (en) * | 2018-08-16 | 2019-02-01 | 遵义福泰豪再生资源有限公司 | The innocuity disposal system of industrial rubber waste |
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