CN103660076A - Pulverizer for recycling automotive interior decorative parts - Google Patents
Pulverizer for recycling automotive interior decorative parts Download PDFInfo
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- CN103660076A CN103660076A CN201310638905.7A CN201310638905A CN103660076A CN 103660076 A CN103660076 A CN 103660076A CN 201310638905 A CN201310638905 A CN 201310638905A CN 103660076 A CN103660076 A CN 103660076A
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- stationary knife
- knife
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- roll shaft
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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
- Y02W30/52—Mechanical processing of waste for the recovery of materials, e.g. crushing, shredding, separation or disassembly
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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
A pulverizer for recycling automobile interior decorative parts disclosed by the invention comprises a rack, and a pulverizing assembly, a material conveying component and a motor which are mounted on the rack. The motor drives a rotary moving knife of the pulverizing assembly to rotate, the rotary moving knife is in interaction with a first stationary knife and a second stationary knife, and the automobile interior decorative parts sent into the pulverizing assembly by the material conveying component and required to be recycled are sheared for twice; the pulverized materials are sent out from a bottom material outlet or a side material outlet of the pulverizing assembly, pulverized aggregates of the automotive plastic composite waste materials after being sheared into pieces and pulverized can be recycled and reutilized, for example, the pulverized aggregates can be used for preparation of various tubular products. The automobile interior decorative parts required to be recycled are sent into the pulverizing assembly by the material conveying component. The pulverizer has high shearing efficiency, simple structure, and convenient maintenance and debugging.
Description
Technical field
The present invention relates to the tailing reclaimer technical field that abandoned car inside gadget and inside gadget are produced, particularly automotive upholstery recovery pulverizer.
Background technology
The control of environmental pollution that auto plastics composite waste causes has two kinds of modes at present, and the first is as garbage disposal, or buries, or burns.By the method for burying, process, its composition comprises that the materials such as glass fibre, terylene are non-degradable, and will take a large amount of soils, and garbage bury land used is in short supply has been the serious problems that most cities faces; With burning method, process, easily cause serious secondary pollution.The second administration way is recycling, and in general plastics all can be recycled.The method of recycling comprises Physical, chemical method and energy law three classes.
Therefore Physical relates to pulverizing, and because auto plastics composite waste contains glass fibre, existing pulverizer is difficult to be pulverized, and the fiber powder producing in glass fibre pulverizing process can fly upward everywhere, is bonded at the person and goes up, and can make that people is non-at-scene to feel bad.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of automotive upholstery recovery pulverizer for the existing deficiency of existing pulverizer.
Automotive upholstery recovery pulverizer, comprising:
One frame, this frame has a motor installation position, a shredder assemblies installation position, a mass transport parts installation position and a material conveying platform is installed, and described mass transport parts installation position is between described material conveying platform and shredder assemblies installation position;
Be arranged on the shredder assemblies in the frame of described shredder assemblies installation position of described frame, described shredder assemblies has a charging aperture and a bottom discharge mouth and a sidepiece discharging opening, material enters described shredder assemblies inside by described charging aperture and pulverizes, and the material after pulverizing by bottom discharge mouth or sidepiece discharging opening out; The power intake of this crushing part is provided with a driven pulley;
Be arranged on the mass transport parts in the frame of described mass transport parts installation position, these mass transport parts have a feed side and an exit side, and wherein feed side docks with described material conveying platform, and exit side docks with the charging aperture of described shredder assemblies;
Be arranged on the motor in the frame of described motor installation position, a drive pulley be installed on the output shaft of described motor, between the driven pulley in this drive pulley and described shredder assemblies by belt transmission power.
In a preferred embodiment of the invention, described shredder assemblies comprises a hopper, a case, a swivel knife shaft, a rotation moving knife, pair of bearing installation underframe, the first stationary knife and the second stationary knife; Described hopper is fixedly mounted in the frame of described shredder assemblies installation position, the middle and lower part funnel of this hopper, this hopper also has a upper shed, a under shed and a side opening, wherein under shed forms the bottom discharge mouth of described shredder assemblies, side opening forms the sidepiece discharging opening of described shredder assemblies, on described side opening, hopper door is installed;
Pair of bearing is installed underframe and is separately fixed in the frame of described both sides, shredder assemblies installation position, the two ends of described swivel knife shaft are separately installed with a bearing block, two bearing blocks are adjustable to be respectively arranged on described pair of bearing and to install on underframe, and described driven pulley is installed on the axle head of described swivel knife shaft one end;
Described rotation moving knife is arranged on described swivel knife shaft and follows swivel knife shaft revolution, and it is to be positioned at described hopper that described rotation moving knife has a part at least;
Described the first stationary knife is fixed in the frame of described both sides, shredder assemblies installation position and is positioned at the charging aperture top of described shredder assemblies by the first cutter fixed head, the bottom surface of the first stationary knife and the upper shed of hopper leave one end distance between the edge of charging aperture one side of described shredder assemblies, and this is apart from the charging aperture that forms described shredder assemblies; Described the second stationary knife is fixed in the frame of described both sides, shredder assemblies installation position and is oppositely arranged with the first stationary knife by the second cutter fixed head, the blade of the blade of the blade of the first stationary knife and the second stationary knife and rotation moving knife cooperatively interacts material is shredded;
Described case covers on described rotation moving knife and with described hopper and forms a crushing chamber, and the blade of described rotation moving knife and the first stationary knife, the blade of the second stationary knife are positioned at described crushing chamber; Described case is fixed on the first cutter fixed head towards described mass transport parts one side, case dorsad described mass transport parts one side be fixed on described the second cutter fixed head on, between described case and hopper and described swivel knife shaft, be provided with seal.
In a preferred embodiment of the invention, the both sides, front and back that underframe is installed at each bearing block are respectively provided with a bearing block position adjusting bolt, by regulating the bearing block position adjusting bolt of each both sides, bearing block installation underframe front and back, be the radial position of the bearing block of adjustable correspondence, and then regulate the radial position of swivel knife shaft.
In a preferred embodiment of the invention, in the frame in the second described stationary knife outside, one second stationary knife governor motion is installed, described the second stationary knife governor motion comprises a stationary knife regulating base board, stationary knife regulates push pedal, a pair of stationary knife adjusting bolt, a pair of stationary knife regulating block, the two ends of described stationary knife regulating base board are pressed in described frame by a pair of fixed head and securing member thereof, the front side of this stationary knife regulating base board contacts with described the second stationary knife, the rear side of stationary knife regulating base board regulates push pedal to contact with stationary knife, a pair of stationary knife regulating block is fixed in the frame of stationary knife adjusting push pedal rear side, a pair of stationary knife adjusting bolt is spun on respectively on a pair of stationary knife regulating block and withstands on described stationary knife and regulates in push pedal.
In a preferred embodiment of the invention, described mass transport parts comprise a pair of roll shaft bogie side frame, on, lower roller shaft, on, lower roller shaft drive motors, on, lower roller shaft gap adjusting mechanism, described a pair of roll shaft bogie side frame is arranged in the frame of described both sides, mass transport parts installation position, each roll shaft bogie side frame has the U-shaped groove of a upper opening, in the U-shaped groove of each roll shaft bogie side frame, be provided with, lower roller shaft bearing block, wherein lower roller shaft bearing block is fixed in the U-shaped groove of described roll shaft bogie side frame, upper roll shaft bearing pedestal slide arrangement is in the U-shaped groove of described roll shaft bogie side frame, the two ends of described lower roller shaft respectively axle are located on the lower roller shaft bearing block in the U-shaped groove of a pair of roll shaft bogie side frame, described lower roller shaft drive motors is arranged on the lower roller shaft bearing block in the U-shaped groove of roll shaft bogie side frame of a side, the output shaft of lower roller shaft drive motors is connected and drives described lower roller shaft to rotate with the axle head of described lower roller shaft one end by shaft coupling, the two ends of described upper roll shaft respectively axle are located on the upper roll shaft bearing pedestal in the U-shaped groove of a pair of roll shaft bogie side frame, described top roll axis drive motor is arranged on the upper roll shaft bearing pedestal in the U-shaped groove of roll shaft bogie side frame of a side, and the output shaft of top roll axis drive motor is connected and drives described upper roll shaft to rotate with the axle head of described upper roll shaft one end by shaft coupling, on described, lower roller shaft gap adjusting mechanism includes an adjusting screw, each regulates the lower end of screw mandrel and the upper roll shaft bearing pedestal of homonymy to be flexibly connected, each regulates the upper end of screw mandrel to be fixed with an adjusting handle, U-shaped channel opening position at a pair of roll shaft bogie side frame is provided with an adjusting screw fixed head, in each adjusting screw fixed head, be provided with a feed screw nut, described adjusting screw mandrel revolved corresponding feed screw nut, by rotating handwheel, drive adjusting screw mandrel to rotate, can drive roll shaft bearing pedestal to move up and down, and then drive upper roll shaft to move up and down, thereby regulate, gap between lower roller shaft, on described, it between lower roller shaft, is material conveying passage, the outside of this material conveying passage is described material feeding side, the inner side of material conveying passage is material exit side.
Owing to having adopted technique scheme, auto plastics composite waste passes through mass transport component feed in the crushing chamber of shredder assemblies, under the cooperation of rotation moving knife and the first stationary knife, the second stationary knife, shredded and pulverize, the material after being shredded and pulverizing is sent by bottom discharge mouth or the sidepiece discharging opening of the hopper in shredder assemblies.The particle of the auto plastics composite waste after being shredded and pulverizing can be recovered in utilization, for example can be for the preparation of various tubing.
Accompanying drawing explanation
Fig. 1 is structure front view of the present invention.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the top view of Fig. 1.
Fig. 4 is rack construction front view of the present invention.
Fig. 5 is the top view of Fig. 4.
Fig. 6 is hopper construction front view of the present invention.
Fig. 7 is the left view of Fig. 6.
Fig. 8 is the top view of Fig. 6.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, further describe the present invention.
Referring to Fig. 1 to Fig. 3, the automotive upholstery recovery pulverizer providing in figure, comprises a frame 100.
Referring to Fig. 4 to Fig. 5, the tower structure of this frame 100 for adopting shaped steel to make, there is a motor installation position 110, shredder assemblies installation position 120, a mass transport parts installation position 130, one material conveying platform 140 is also installed in this frame 100, and mass transport parts installation position 130 is between material conveying platform 140 and shredder assemblies installation position 120.
Continuation is referring to Fig. 1 to Fig. 3, one shredder assemblies 200 is installed in shredder assemblies installation position 120, and this shredder assemblies 200 comprises a hopper 210, a case 220, a swivel knife shaft 230, a rotation moving knife 240, pair of bearing installation underframe 250,250a, the first stationary knife 260 and the second stationary knife 270.
Referring to Fig. 6 to Fig. 8, hopper 210 is fixedly mounted in the frame 100 of shredder assemblies installation position 120, the middle and lower part funnel of this hopper 210, this hopper 210 also has a upper shed 211, under shed 212 and a side opening 213, wherein under shed 212 forms the bottom discharge mouth of this shredder assemblies 200, side opening 213 forms the sidepiece discharging opening of this shredder assemblies 200, adopts hinging manner that hopper door 214(is installed the effect that side opening and hopper door are set please be described on side opening).
A bearing block is respectively installed in the frame 100 of 120 both sides, shredder assemblies installation position underframe 231,231a are installed, bearing block installation underframe 231,231a are all positioned at the outside of hopper 210 both sides.Bearing block is installed underframe 231, 231a is a U-shaped structure, in order to support rotating, support the bearing block 232 at swivel knife shaft 230 two ends, 232a adopts separately securing member to be arranged on bearing block underframe 231 is installed, on the bottom girder of the U-shaped structure of 231a, at bearing block, underframe 231 is installed, before and after the U-shaped structure of 231a, on the vertical beam of both sides, a bearing block position adjusting bolt 233 is installed separately, 234, 233a, 234a, by regulating shaft bearing position adjustments bolt 233, 234, 233a, 234a gets final product regulating shaft bearing 232, the radial position of 232a, and then the radial position of adjusting swivel knife shaft 230, certainly can be in bearing block position adjusting bolt 233, 234, 233a, some necessary locking nuts are set on 234a, with by the bearing block position adjusting bolt 233 regulating, 234, 233a, 234a locking.
The two ends of swivel knife shaft 230 are rotatably supported in bearing block 232,232a is upper, and swivel knife shaft 230 can be around the axis rotation of self.One driven pulley 410 is installed on the axle head of swivel knife shaft 230 one end.Rotation moving knife 240 is arranged on swivel knife shaft 230, is circumferentially evenly equipped with three handle of a knifes 242 that radially extend on the cylindrical shell 241 of rotation moving knife 240, fixing moving knife 243 on each handle of a knife 242.Rotation moving knife 240, in following swivel knife shaft 230 rotation processes, has at least a part for a handle of a knife 242 to be positioned at hopper 210.
One second stationary knife governor motion is installed in the frame in the second stationary knife 270 outsides, this the second stationary knife governor motion comprises that a stationary knife regulating base board 272, stationary knife regulate push pedal 273, a pair of stationary knife adjusting bolt 274, a pair of stationary knife regulating block 275, and the two ends of stationary knife regulating base board 270 are pressed in frame 100 by a pair of fixed head 276,276a and securing member thereof.The front side of this stationary knife regulating base board 272 contacts with the second stationary knife 270, rear side regulates push pedal 273 to contact with stationary knife, a pair of stationary knife regulating block 275,275a are fixed in the frame 100 of stationary knife adjusting push pedal 273 rear sides, and a pair of stationary knife adjusting bolt 274 is spun on respectively on a pair of stationary knife regulating block 275 and withstands on stationary knife and regulates in push pedal 273.
Debugging or moving knife 243 before start, the first stationary knife 260, after the blade wearing and tearing of the second stationary knife 270, need to regulate the first stationary knife 260, during gap between the blade of the blade of the second stationary knife 270 and moving knife 243, first open case 220, unclamp fixed head 276, securing member on 276a and cutter fixed head 271, and unclamp bearing block 232, securing member on 232a, regulating shaft bearing position adjustments bolt 233, 234, 233a, 234a and stationary knife adjusting bolt 274, 274a, bearing block position adjusting bolt 233, 234, 233a, 234a impeller-hub bearing 232, 232a carries out radial position, and then the radial position of adjusting swivel knife shaft 230, the gap that makes to rotate between the blade of the moving knife 243 on moving knife 240 and the blade of the first stationary knife 260 reaches a reasonable value, coordinates the movement of swivel knife shaft 230 simultaneously, regulates stationary knife adjusting bolt 274, 274a, regulates push pedal 273 to promote the second stationary knife 270 by stationary knife and moves, and makes the gap between the blade of the second stationary knife 270 and the blade of the moving knife 243 on rotation moving knife 240 reach a reasonable value.
After gap adjustment between the first stationary knife 260, the blade of the second stationary knife 270 and the blade of moving knife 243 is good, locking nut on locking nut on lock shaft bearing position adjustments bolt 233,234,233a, 234a and stationary knife adjusting bolt 274,274a, by the position locking of moving knife 243 and the second stationary knife 270, again tighten the securing member on securing member on fixed head 276,276a and cutter fixed head 271 and bearing block 232,232a, cover cap 220 fixing closes.
In mass transport parts installation position 130, mass transport parts 300 are installed, these mass transport parts 300 comprise a pair of roll shaft bogie side frame 310,310a, upper and lower roll shaft 320,320a, upper and lower roll axis drive motor governor motion 330,330a.
A pair of roll shaft bogie side frame 310,310a are arranged in the frame 100 of mass transport parts installation position 130, each roll shaft bogie side frame 310,310a have U-shaped groove 311, the 311a of a upper opening, in the U-shaped groove 311 of each roll shaft bogie side frame 310,310a, 311a, be provided with upper and lower roll bearing housing 340,340a, 350,350a, wherein lower roller shaft bearing block 350,350a are separately fixed in the U-shaped groove 311,311a of roll shaft bogie side frame 310,310a, and upper roll shaft bearing pedestal 340,340a slide arrangement are in the U-shaped groove 311 of roll shaft bogie side frame 310,310a, 311a.
The two ends of lower roller shaft 320a are located on the U-shaped groove 311 of a pair of roll shaft bogie side frame 310,310a, lower roller shaft bearing block 350 in 311a, 350a by bearing 351,351a axle respectively, the lower roller shaft bearing block 350a that lower roller shaft drive motors 321a is arranged in the U-shaped groove 311a of roll shaft bogie side frame 310a of a side is upper, and the output shaft of lower roller shaft drive motors 321a is connected and drives lower roller shaft 320a to rotate with the axle head of lower roller shaft 320a one end by shaft coupling.
The two ends of upper roll shaft 320 are located on the U-shaped groove 311 of a pair of roll shaft bogie side frame 310,310a, upper roll shaft bearing pedestal 340 in 311a, 340a by bearing 341,341a axle respectively, the upper roll shaft bearing pedestal 340a that top roll axis drive motor 321 is arranged in the U-shaped groove 311a of roll shaft bogie side frame 310a of a side is upper, and the output shaft of top roll axis drive motor 321 is connected with the axle head of upper roll shaft 320 one end by shaft coupling and drives roll shaft 320 rotations; Upper roll shaft 320 and lower roller shaft 320a direction of rotation.
On, lower roller shaft gap adjusting mechanism 330, 330a includes an adjusting screw 331, 331a, each regulates screw mandrel 331, the upper roll shaft bearing pedestal 340 of the lower end of 331a and homonymy, 340a is flexibly connected, upper end is all fixed with an adjusting handle 332, 332a, at a pair of roll shaft bogie side frame 310, the U-shaped groove 311 of 310a, 311a aperture position is provided with an adjusting screw fixed head 333, 333a, each adjusting screw fixed head 333, in 333a, be provided with a feed screw nut, regulate screw mandrel 331, 331a revolved corresponding feed screw nut, by rotating handwheel 332, 332a drives and regulates screw mandrel 331, 331a rotates, can drive roll shaft bearing pedestal 340, 340a moves up and down, and then drive upper roll shaft 320 to move up and down, thereby regulate, lower roller shaft 320, gap between 320a, on, lower roller shaft 320, it between 320a, is material conveying passage 360, the outside of this material conveying passage 360 is material feeding side, the defeated inner side of material is material exit side.
In the frame 100 of motor installation position 110, be fixed with a motor mounting plate 420, motor 400 is arranged on motor mounting plate 420, and motor mounting plate 420 offers the Kong Weiwei mounting hole in order to mounted motor 400, is convenient to like this regulate the position of motor 400.One drive pulley 430 is installed on the output shaft of motor 400, between this drive pulley 430 and driven pulley 410, passes through belt 440 transfer motion powers.
Above-mentioned automotive upholstery reclaims: the automotive upholstery that needs are reclaimed is placed on material conveying platform 140 and forward and promotes, make it to enter, lower roller shaft 320, between 320a, be in material conveying passage 360, under the drive of upper roll shaft 320 and lower roller shaft 320a, need the automotive upholstery reclaiming to enter in crushing chamber 280 by the exit side of material conveying passage 360 and the charging aperture 290 of shredder assemblies 200, rotation moving knife 240 is in turning course, first moving knife 243 on it acts on the first stationary knife 260, the automotive upholstery that the needs that enter are reclaimed is sheared for the first time, the automotive upholstery that needs after shearing for the first time reclaim is under the drive of rotation moving knife 240, move to the position of the second stationary knife 270, the automotive upholstery that now moving knife 243 and the second stationary knife 270 effects are reclaimed needs is sheared for the second time, particle after twice shearing is sent by under shed 212 or the side opening 213 of hopper 210.
Shear efficiency of the present invention is high, simple in structure, and maintenance and debugging are all convenient.
Claims (5)
1. automotive upholstery recovery pulverizer, is characterized in that, comprising:
One frame, this frame has a motor installation position, a shredder assemblies installation position, a mass transport parts installation position and a material conveying platform is installed, and described mass transport parts installation position is between described material conveying platform and shredder assemblies installation position;
Be arranged on the shredder assemblies in the frame of described shredder assemblies installation position of described frame, described shredder assemblies has a charging aperture and a bottom discharge mouth and a sidepiece discharging opening, material enters described shredder assemblies inside by described charging aperture and pulverizes, and the material after pulverizing by bottom discharge mouth or sidepiece discharging opening out; The power intake of this crushing part is provided with a driven pulley;
Be arranged on the mass transport parts in the frame of described mass transport parts installation position, these mass transport parts have a feed side and an exit side, and wherein feed side docks with described material conveying platform, and exit side docks with the charging aperture of described shredder assemblies;
Be arranged on the motor in the frame of described motor installation position, a drive pulley be installed on the output shaft of described motor, between the driven pulley in this drive pulley and described shredder assemblies by belt transmission power.
2. automotive upholstery recovery pulverizer as claimed in claim 1, is characterized in that, described shredder assemblies comprises a hopper, a case, a swivel knife shaft, a rotation moving knife, pair of bearing installation underframe, the first stationary knife and the second stationary knife; Described hopper is fixedly mounted in the frame of described shredder assemblies installation position, the middle and lower part funnel of this hopper, this hopper also has a upper shed, a under shed and a side opening, wherein under shed forms the bottom discharge mouth of described shredder assemblies, side opening forms the sidepiece discharging opening of described shredder assemblies, on described side opening, hopper door is installed;
Pair of bearing is installed underframe and is separately fixed in the frame of described both sides, shredder assemblies installation position, the two ends of described swivel knife shaft are separately installed with a bearing block, two bearing blocks are adjustable to be respectively arranged on described pair of bearing and to install on underframe, and described driven pulley is installed on the axle head of described swivel knife shaft one end;
Described rotation moving knife is arranged on described swivel knife shaft and follows swivel knife shaft revolution, and it is to be positioned at described hopper that described rotation moving knife has a part at least;
Described the first stationary knife is fixed in the frame of described both sides, shredder assemblies installation position and is positioned at the charging aperture top of described shredder assemblies by the first cutter fixed head, the bottom surface of the first stationary knife and the upper shed of hopper leave one end distance between the edge of charging aperture one side of described shredder assemblies, and this is apart from the charging aperture that forms described shredder assemblies; Described the second stationary knife is fixed in the frame of described both sides, shredder assemblies installation position and is oppositely arranged with the first stationary knife by the second cutter fixed head, the blade of the blade of the blade of the first stationary knife and the second stationary knife and rotation moving knife cooperatively interacts material is shredded;
Described case covers on described rotation moving knife and with described hopper and forms a crushing chamber, and the blade of described rotation moving knife and the first stationary knife, the blade of the second stationary knife are positioned at described crushing chamber; Described case is fixed on the first cutter fixed head towards described mass transport parts one side, case dorsad described mass transport parts one side be fixed on described the second cutter fixed head on, between described case and hopper and described swivel knife shaft, be provided with seal.
3. automotive upholstery recovery pulverizer as claimed in claim 2, it is characterized in that, the both sides, front and back that underframe is installed at each bearing block are respectively provided with a bearing block position adjusting bolt, by regulating the bearing block position adjusting bolt of each both sides, bearing block installation underframe front and back, be the radial position of the bearing block of adjustable correspondence, and then regulate the radial position of swivel knife shaft.
4. automotive upholstery recovery pulverizer as claimed in claim 2, it is characterized in that, in the frame in the second described stationary knife outside, one second stationary knife governor motion is installed, described the second stationary knife governor motion comprises a stationary knife regulating base board, stationary knife regulates push pedal, a pair of stationary knife adjusting bolt, a pair of stationary knife regulating block, the two ends of described stationary knife regulating base board are pressed in described frame by a pair of fixed head and securing member thereof, the front side of this stationary knife regulating base board contacts with described the second stationary knife, the rear side of stationary knife regulating base board regulates push pedal to contact with stationary knife, a pair of stationary knife regulating block is fixed in the frame of stationary knife adjusting push pedal rear side, a pair of stationary knife adjusting bolt is spun on respectively on a pair of stationary knife regulating block and withstands on described stationary knife and regulates in push pedal.
5. automotive upholstery recovery pulverizer as claimed in claim 1, it is characterized in that, described mass transport parts comprise a pair of roll shaft bogie side frame, on, lower roller shaft, on, lower roller shaft drive motors, on, lower roller shaft gap adjusting mechanism, described a pair of roll shaft bogie side frame is arranged in the frame of described both sides, mass transport parts installation position, each roll shaft bogie side frame has the U-shaped groove of a upper opening, in the U-shaped groove of each roll shaft bogie side frame, be provided with, lower roller shaft bearing block, wherein lower roller shaft bearing block is fixed in the U-shaped groove of described roll shaft bogie side frame, upper roll shaft bearing pedestal slide arrangement is in the U-shaped groove of described roll shaft bogie side frame, the two ends of described lower roller shaft respectively axle are located on the lower roller shaft bearing block in the U-shaped groove of a pair of roll shaft bogie side frame, described lower roller shaft drive motors is arranged on the lower roller shaft bearing block in the U-shaped groove of roll shaft bogie side frame of a side, the output shaft of lower roller shaft drive motors is connected and drives described lower roller shaft to rotate with the axle head of described lower roller shaft one end by shaft coupling, the two ends of described upper roll shaft respectively axle are located on the upper roll shaft bearing pedestal in the U-shaped groove of a pair of roll shaft bogie side frame, described top roll axis drive motor is arranged on the upper roll shaft bearing pedestal in the U-shaped groove of roll shaft bogie side frame of a side, and the output shaft of top roll axis drive motor is connected and drives described upper roll shaft to rotate with the axle head of described upper roll shaft one end by shaft coupling, on described, lower roller shaft gap adjusting mechanism includes an adjusting screw, each regulates the lower end of screw mandrel and the upper roll shaft bearing pedestal of homonymy to be flexibly connected, each regulates the upper end of screw mandrel to be fixed with an adjusting handle, U-shaped channel opening position at a pair of roll shaft bogie side frame is provided with an adjusting screw fixed head, in each adjusting screw fixed head, be provided with a feed screw nut, described adjusting screw mandrel revolved corresponding feed screw nut, by rotating handwheel, drive adjusting screw mandrel to rotate, can drive roll shaft bearing pedestal to move up and down, and then drive upper roll shaft to move up and down, thereby regulate, gap between lower roller shaft, on described, it between lower roller shaft, is material conveying passage, the outside of this material conveying passage is described material feeding side, the inner side of material conveying passage is material exit side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310638905.7A CN103660076B (en) | 2013-12-02 | 2013-12-02 | Automotive upholstery recovery pulverizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310638905.7A CN103660076B (en) | 2013-12-02 | 2013-12-02 | Automotive upholstery recovery pulverizer |
Publications (2)
| Publication Number | Publication Date |
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| CN103660076A true CN103660076A (en) | 2014-03-26 |
| CN103660076B CN103660076B (en) | 2017-01-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310638905.7A Expired - Fee Related CN103660076B (en) | 2013-12-02 | 2013-12-02 | Automotive upholstery recovery pulverizer |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104549673A (en) * | 2015-01-13 | 2015-04-29 | 宁波市阳光汽车配件有限公司 | High-efficiency roll pulverizer for automobile non-metallic waste |
| CN104549677A (en) * | 2015-01-13 | 2015-04-29 | 宁波市阳光汽车配件有限公司 | Self-adaptivity push device for automobile non-metal waste pulverizer and operation method of self-adaptivity push device |
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| CN201769300U (en) * | 2010-08-13 | 2011-03-23 | 东莞市运通环保科技有限公司 | Tyre shredder |
| CN203665751U (en) * | 2013-12-02 | 2014-06-25 | 上海彬韬实业有限公司 | Pulverizer for automotive upholstery recycling |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2887561Y (en) * | 2005-12-30 | 2007-04-11 | 胡建娣 | Plastic grinder |
| CN201769300U (en) * | 2010-08-13 | 2011-03-23 | 东莞市运通环保科技有限公司 | Tyre shredder |
| CN203665751U (en) * | 2013-12-02 | 2014-06-25 | 上海彬韬实业有限公司 | Pulverizer for automotive upholstery recycling |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104549673A (en) * | 2015-01-13 | 2015-04-29 | 宁波市阳光汽车配件有限公司 | High-efficiency roll pulverizer for automobile non-metallic waste |
| CN104549677A (en) * | 2015-01-13 | 2015-04-29 | 宁波市阳光汽车配件有限公司 | Self-adaptivity push device for automobile non-metal waste pulverizer and operation method of self-adaptivity push device |
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| CN103660076B (en) | 2017-01-04 |
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