CN202045120U - Treatment equipment before waste automotive housing recovery - Google Patents
Treatment equipment before waste automotive housing recovery Download PDFInfo
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- CN202045120U CN202045120U CN2010207014267U CN201020701426U CN202045120U CN 202045120 U CN202045120 U CN 202045120U CN 2010207014267 U CN2010207014267 U CN 2010207014267U CN 201020701426 U CN201020701426 U CN 201020701426U CN 202045120 U CN202045120 U CN 202045120U
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Abstract
A set of treatment equipment before waste automotive housing recovery belongs the treatment field of solid waste. A treatment process before the waste automotive housing recovery comprises the following steps: tearing to pieces, fragmenting, dedusting, magnetic sorting and eddy current sorting. The treatment equipment comprises the following components: a feeding material conveyor, a double-shaft tearing machine, a conveyor, a double-motor driving type vertical crusher, a dedusting device, a discharging conveyor, a magnetic force sorter and an eddy current sorter. The feeding material conveyor is connected with a material feeding hopper of the double-shaft tearing machine. A material outlet of the double-shaft tearing machine is provided above the conveyor. The conveyor is connected with a material feeding hopper of the double-motor driving type vertical crusher. A material outlet hopper of the double-motor driving type vertical crusher is connected with a dust discharging cover of the dedusting device. A material outlet of the double-motor driving type vertical crusher is provided above the material outlet conveyor. The material outlet conveyor is connected with the magnetic force sorter. The eddy current sorter is provided below the material outlet conveyor. The treatment equipment before waste automotive housing recovery has the following advantages: simple structure, simple operation, low cost and reliable safety.
Description
Technical field
The utility model junked-auto shell reclaims pre-processing device and belongs to field of treatment of solid waste, particularly relates to the preceding treatment facility of a kind of junked-auto shell recycling.
Background technology
The present annual production of China's car is above ten million, existing more than 7,000 ten thousand of society's recoverable amount, the annual car that requires to force to scrap of country has reached more than 2,000,000, the shell of the annual car that pressure is scrapped more than 2,000,000 is carried out recycle and reuse, will play positive role construction resource-conserving, environmentally friendly society.Automobile making had become the pillar industry of China already, also was the resource consumption rich and influential family simultaneously.Shell to car carries out recycle and reuse, must handle before recycling.At present, this processing is by manually utilizing flame cutting, is broken down into to be sent to behind the required size to utilize after steel plant handle again.This is that a kind of labour intensity is big, inefficiency, the behindhand type of dangerous height and contaminated environment.
Summary of the invention
The purpose of this utility model is to avoid the deficiencies in the prior art part, and provides a kind of high efficiency, junked-auto shell safe and reliable and nonpollution environment to reclaim pre-processing device.
The junked-auto shell reclaims pre-treating technology and comprises and tearing up → fragmentation → dedusting → magnetic force sorting → eddy current separation, the junked-auto shell that needs to handle is sent in the feed hopper of cyclopentane gas detector by the feeding conveyer belt, after the process cyclopentane gas detector is torn up, directly fall on the conveyer belt from the cabinet of cyclopentane gas detector, junked-auto shell after conveyer belt will tear up is sent into double motor drive-type standing crusher and is carried out fragmentation, junked-auto shell after the fragmentation is discharged from the discharge bucket of double motor drive-type standing crusher, the dust discharge cover is connected on the discharge bucket of dust arrester and double motor drive-type standing crusher, the dust collection that will produce in shattering process is in dust arrester, junked-auto shell after the fragmentation that double motor drive-type standing crusher is discharged directly drops on the discharging conveyer belt, the junked-auto shell that the discharging conveyer belt carries after the fragmentation continues to move ahead through the magnetic force sorting, the permanent magnet that is installed in the magnetic grader is adsorbed on permeability magnetic material wherein on the conveyer belt that turns round continuously on the magnetic grader by permanent magnet, the permeability magnetic material that is sub-elected by magnetic grader falls into the permeability magnetic material accumulation regions along with the conveyer belt of continuous running continues to move ahead voluntarily after breaking away from the magnetic force scope, the junked-auto shell that only has on the discharging conveyer belt after can not the fragmentation of magnetic conduction continues to move ahead with the discharging conveyer belt, carry out eddy current separation, junked-auto shell after can not the fragmentation of magnetic conduction is fallen on the conveyer belt of the continuous running that is installed in the eddy current separator below the discharging conveyer belt, by eddy current separator to non-ferrous metal and nonmetal sorting, by being installed in the adjustable dividing plate on the eddy current separator, with non-ferrous metal and nonmetal placing respectively in the exclusive aggregation zone.
Junked-auto shell of the present utility model reclaims pre-processing device and comprises the feeding conveyer belt, cyclopentane gas detector, conveyer belt, double motor drive-type standing crusher, dust arrester, the discharging conveyer belt, magnetic grader, eddy current separator is formed, the feeding conveyer belt connects the feed hopper of cyclopentane gas detector, the discharging opening of cyclopentane gas detector is arranged on the top of conveyer belt, conveyer belt connects the feed hopper of double motor drive-type standing crusher, the discharge bucket of double motor drive-type standing crusher is connected with the dust discharge cover of dust arrester, the discharging opening of double motor drive-type standing crusher is arranged on discharging conveyer belt top, the discharging conveyer belt connects magnetic grader, below the discharging conveyer belt, eddy current separator is set, the feeding conveyer belt comprises frame, motor, conveyer belt is formed, motor and conveyer belt are arranged on the frame, the driven by motor conveyer belt, cyclopentane gas detector comprises by the shredder frame, two shredder motor, two reductors, cabinet, feed hopper, the dividing plate cutter hub, cutter hub, bearing, two main shafts are formed, cabinet is installed on the shredder frame, feed hopper is installed on the cabinet, two main shafts are installed in the cabinet dead eye by bearing, cutter hub is contained on the main shaft, the dividing plate cutter hub is installed on the inwall of cabinet, first main shaft is connected with first reductor, first reductor connects the first shredder motor, second main shaft is connected with second reductor, second reductor connects the second shredder motor, double motor drive-type standing crusher comprises crusher frame, step, driven pulley, vee-belt, drive pulley, the disintegrating machine motor, go out feed bin, top chock, main shaft rotor assembly, the disintegrating machine cabinet, feed hopper, discharge bucket, the dust discharge cover is formed, step and top chock are installed on crusher frame, main shaft rotor assembly is vertically mounted on the crusher frame by step and top chock, going out feed bin is installed on the crusher frame, the disintegrating machine cabinet is installed in out on the feed bin, feed hopper is installed on the disintegrating machine cabinet, discharge bucket is installed in out on the feed bin, the dust discharge cover is installed on the discharge bucket, the dust discharge cover communicates with discharge bucket, a left side on crusher frame, right symmetry is installed the first disintegrating machine motor, the second disintegrating machine motor, on the first disintegrating machine motor and the second disintegrating machine motor output shaft drive pulley is installed, vee-belt is installed on drive pulley and the driven pulley, and driven pulley is installed on the main shaft rotor assembly.Since on crusher frame left-right symmetry breaker mounting motor, balance the pulling force of the suffered vee-belt of main shaft rotor assembly,
Magnetic grader comprises the magnetic separator frame, driven voller, adjusting device, the conveyer belt backing roll, the magnetic separator conveyer belt, the magnetic force frame, drive roll, the magnetic separator motor, the magnetic separator reductor, drive sprocket, chain, driven sprocket is formed, magnetic separator motor and magnetic separator reductor are installed on the magnetic separator frame, the magnetic separator motor connects the magnetic separator reductor, drive sprocket is installed on the magnetic separator speed reducer output shaft, driven sprocket is installed on the drive roll, chain is installed on drive sprocket and the driven sprocket, the magnetic force frame is installed on the magnetic separator frame, magnetic force is placed on the interior aerial of magnetic separator conveyer belt coiled, and powerful permanent magnet is installed in the magnetic force frame.
The conveyer belt backing roll is set on the magnetic separator conveyer belt, on the magnetic separator frame, adjusting device is set,
Eddy current separator comprises eddy current separator frame, vortex flow generator, adjustable dividing plate composition, the magnetic drum motor mounting is on the eddy current separator frame, the magnetic drum motor connects magnetic drum, the conveyer belt driven voller is installed on the eddy current separator frame, the eddy current separator conveyer belt is installed on conveyer belt driven voller and the magnetic drum, and the vortex flow generator is arranged at the interior aerial of eddy current separator conveyer belt coiled.
Dust arrester has first order cyclone dust removal and second level bag-type dust, is 25g/m through the dust content after the first order cyclone dust removal
3,, reached discharge standard through the dust content after this grade dedusting again through second level bag-type dust.
The utility model is simple in structure, and is easy and simple to handle, with low cost, safe and reliable.
Description of drawings
Accompanying drawing 1 is the utility model structural representation.
Accompanying drawing 2 is vertical views of accompanying drawing 1.
Accompanying drawing 3 is cyclopentane gas detector structural representations.
Accompanying drawing 4 is B-B generalized sections of accompanying drawing 3.
Accompanying drawing 5 is A-A generalized sections of accompanying drawing 3.
Accompanying drawing 6 is double motor drive-type standing crusher structural representations.
Accompanying drawing 7 is that the A of accompanying drawing 6 is to structural representation.
Accompanying drawing 8 is magnetic grader structural representations.
Accompanying drawing 9 is that the A of accompanying drawing 8 is to structural representation.
Accompanying drawing 10 is eddy current separator structural representations.
The specific embodiment
The utility model is described in further detail below in conjunction with embodiment:
Among the figure: feeding conveyer belt (1), cyclopentane gas detector (2), conveyer belt (3), double motor drive-type standing crusher (4), dust arrester (5), discharging conveyer belt (6), magnetic grader (7), eddy current separator (8), shredder frame (2-1), two shredder motor (2-2), reductor (2-3), cabinet (2-4), feed hopper (2-5), dividing plate cutter hub (2-6), cutter hub (2-7), bearing (2-8), main shaft (2-9), crusher frame (4-1), step (4-2), driven pulley (4-3), vee-belt (4-4), drive pulley (4-5), disintegrating machine motor (4-6), go out feed bin (4-7), top chock (4-8), main shaft rotor assembly (4-9), disintegrating machine cabinet (4-10), feed hopper (4-11), discharge bucket (4-12), dust discharge cover (4-13), magnetic separator frame (7-1), driven voller (7-2), adjusting device (7-3), conveyer belt backing roll (7-4), magnetic separator conveyer belt (7-5), magnetic force frame (7-6), drive roll (7-7), magnetic separator motor (7-8), magnetic separator reductor (7-9), drive sprocket (7-10), chain (7-11), driven sprocket (7-12), eddy current separator frame (8-1), vortex flow generator (8-2), adjustable dividing plate (8-3).
As accompanying drawing 1, shown in the accompanying drawing 2, the junked-auto shell reclaims pre-processing device and comprises feeding conveyer belt (1), cyclopentane gas detector (2), conveyer belt (3), double motor drive-type standing crusher (4), dust arrester (5), discharging conveyer belt (6), magnetic grader (7), eddy current separator (8) is formed, the feeding conveyer belt connects the feed hopper of cyclopentane gas detector (2), the discharging opening of cyclopentane gas detector (2) is arranged on the top of conveyer belt (3), conveyer belt (3) connects the feed hopper of double motor drive-type standing crusher, the discharge bucket of double motor drive-type standing crusher (4) is connected with the dust discharge cover of dust arrester (5), dust arrester has first order cyclone dust removal and second level bag-type dust, is 25g/m through the dust content after the first order cyclone dust removal
3, again through second level bag-type dust.The discharging opening of double motor drive-type standing crusher (4) is arranged on discharging conveyer belt (6) top, the discharging conveyer belt connects magnetic grader (7), eddy current separator (8) is set below discharging conveyer belt (6), the waste and old car shell that needs to handle is sent in the feed hopper of cyclopentane gas detector by the feeding conveyer belt, after the process cyclopentane gas detector is torn up, directly fall on the feeding conveyer belt from the cabinet of cyclopentane gas detector, send into double motor drive-type standing crusher and carry out fragmentation, material after the fragmentation is discharged from the discharge bucket of double motor drive-type standing crusher, the long 100-600mm of size range after the process cyclopentane gas detector is torn up, wide 50-100mm, because the dust discharge cover is connected on the discharge bucket of dust pelletizing system and double motor drive-type standing crusher, the dust collection that will in shattering process, produce, the material that double motor drive-type standing crusher is discharged directly drops on the discharging conveyer belt, and double motor drive-type standing crusher carries out the size of broken back material in φ 80mm.The discharging conveyer belt carries material and continues to move ahead when passing through the permanent magnet that is installed in the magnetic grader, permeability magnetic material wherein is adsorbed on the conveyer belt that turns round continuously on the magnetic grader by permanent magnet, the permeability magnetic material that is sub-elected by magnetic grader falls into the permeability magnetic material accumulation regions along with the conveyer belt of continuous running continues to move ahead voluntarily after breaking away from the magnetic force scope, only have on the discharging conveyer belt this moment can not magnetic conduction material continue to move ahead with the discharging conveyer belt, fall at last on the conveyer belt of the continuous running that is installed in the eddy current separator below the discharging conveyer belt, by eddy current separator to non-ferrous metal and nonmetal sorting, by being installed in the adjustable dividing plate on the eddy current separator, with non-ferrous metal and nonmetal placing respectively in the exclusive separately aggregation zone.The feeding conveyer belt comprises frame, motor, conveyer belt composition, motor and conveyer belt are arranged on the frame, the driven by motor conveyer belt, the discharging conveyer belt comprises frame, motor, conveyer belt composition, the discharging conveyer belt comprises frame, motor, conveyer belt composition, motor and conveyer belt are arranged on the frame, the driven by motor conveyer belt.
As accompanying drawing 3, accompanying drawing 4, shown in the accompanying drawing 5, cyclopentane gas detector comprises by shredder frame (2-1), two shredder motor (2-2), two reductors (2-3), cabinet (2-4), feed hopper (2-5), dividing plate cutter hub (2-6), cutter hub (2-7), bearing (2-8), two main shafts (2-9) are formed, cabinet (2-4) is installed on the shredder frame (2-1), and feed hopper (2-5) is installed on the cabinet (2-4), and two main shafts (2-9) are installed in cabinet (2-4) dead eye by bearing (2-8), cutter hub (2-7) is contained on the main shaft (2-9), dividing plate cutter hub (2-6) is installed on the inwall of cabinet (2-4), and first main shaft (2-9) adopts involute spline directly to be connected with first reductor (2-3), and first reductor (2-3) connects the first shredder motor (2-2), second main shaft (2-9) adopts involute spline directly to be connected with second reductor (2-3), and second reductor (2-3) connects the second shredder motor (2-2).Cancel shaft coupling, reduced manufacturing cost,, improved machinery driving efficiency.
As accompanying drawing 6, shown in the accompanying drawing 7, double motor drive-type standing crusher 4 comprises crusher frame (4-1), step (4-2), driven pulley (4-3), vee-belt (4-4), drive pulley (4-5), disintegrating machine motor (4-6), go out feed bin (4-7), top chock (4-8), main shaft rotor assembly (4-9), disintegrating machine cabinet (4-10), feed hopper (4-11), discharge bucket (4-12), dust discharge cover (4-13) is formed, go up installation step (4-2) and top chock (4-8) at crusher frame (4-1), main shaft rotor assembly (4-9) is vertically mounted on the crusher frame (4-1) by step (4-2) and top chock (4-8), going out feed bin (4-7) is installed on the crusher frame (4-1), disintegrating machine cabinet (4-10) is installed in out on the feed bin (4-7), feed hopper (4-11) is installed on the disintegrating machine cabinet (4-10), discharge bucket (4-12) is installed in out on the feed bin (4-7), dust discharge cover (4-13) is installed on the discharge bucket (4-12), dust discharge cover (4-13) communicates with discharge bucket (4-12), go up a left side at crusher frame (4-1), right symmetry is installed the first disintegrating machine motor (4-6), the second disintegrating machine motor, on the first disintegrating machine motor (4-6) and the second disintegrating machine motor output shaft drive pulley (4-5) is installed, vee-belt (4-4) is installed on drive pulley (4-5) and the driven pulley (4-3), and driven pulley (4-3) is installed on the main shaft rotor assembly (4-9).Owing to go up left-right symmetry breaker mounting motor at crusher frame (4-1), balance the pulling force of the suffered vee-belt of main shaft rotor assembly (4-9) (4-4).
As accompanying drawing 8, shown in the accompanying drawing 9, magnetic grader comprises magnetic separator frame (7-1), driven voller (7-2), adjusting device (7-3), conveyer belt backing roll (7-4), magnetic separator conveyer belt (7-5), magnetic force frame (7-6), drive roll (7-7), magnetic separator motor (7-8), magnetic separator reductor (7-9), drive sprocket (7-10), chain (7-11), driven sprocket (7-12) is formed, magnetic separator motor (7-8) and magnetic separator reductor (7-9) are installed on the magnetic separator frame (7-1), magnetic separator motor (7-8) connects magnetic separator reductor (7-9), drive sprocket (7-10) is installed on magnetic separator reductor (7-9) output shaft, driven sprocket (7-12) is installed on the drive roll (7-7), chain (7-11) is installed on drive sprocket (7-10) and the driven sprocket (7-12), magnetic force frame (7-6) is installed on the magnetic separator frame (7-1), magnetic force frame (7-6) places the interior aerial of magnetic separator conveyer belt (7-5) coiled, in the magnetic force frame (7-6) powerful permanent magnet is installed.Conveyer belt backing roll (7-4) is set on magnetic separator conveyer belt (7-5), adjusting device (7-3) is set on magnetic separator frame (7-1), the distance of magnetic grader and discharging conveyer belt can be adjusted by adjusting device (7-3).During magnetic separator motor (7-8) work, drive driven sprocket (7-12) by magnetic separator reductor (7-9), drive sprocket (7-10), chain (7-11) and make drive roll (7-7) rotation, because magnetic separator conveyer belt (7-5) is tightly round drive roll (7-7), driven voller (7-2) and conveyer belt backing roll (7-4), so magnetic separator conveyer belt (7-5) rotates too.
As shown in Figure 10, eddy current separator comprises eddy current separator frame (8-1), vortex flow generator (8-2), adjustable dividing plate (8-3) composition, the magnetic drum motor mounting is on the eddy current separator frame, the magnetic drum motor connects magnetic drum, the conveyer belt driven voller is installed on the eddy current separator frame, the eddy current separator conveyer belt is installed on conveyer belt driven voller and the magnetic drum, and vortex flow generator (8-2) is arranged at the interior aerial of eddy current separator conveyer belt coiled.The vortex flow generator (8-2) of eddy current separator 8 is installed on the frame (8-1), frame (8-1) also is equipped with adjustable dividing plate (8-3), adjustable dividing plate remove can the left and right adjusting dividing plate with the angle of horizontal plane and adjustable barrier about with the distance of eddy current separator, adjustable dividing plate can with by non-ferrous metal after the sorting and nonmetal separation in exclusive aggregation zone separately.
Claims (5)
1. a junked-auto shell reclaims pre-processing device, comprise the feeding conveyer belt, conveyer belt, dust arrester, the discharging conveyer belt is formed, it is characterized in that the feeding conveyer belt connects the feed hopper of cyclopentane gas detector, the discharging opening of cyclopentane gas detector is arranged on the top of conveyer belt, conveyer belt connects the feed hopper of double motor drive-type standing crusher, the discharge bucket of double motor drive-type standing crusher is connected with the dust discharge cover of dust arrester, the discharging opening of double motor drive-type standing crusher is arranged on discharging conveyer belt top, the discharging conveyer belt connects magnetic grader, below the discharging conveyer belt eddy current separator is set.
2. junked-auto shell according to claim 1 reclaims pre-processing device, it is characterized in that cyclopentane gas detector is by the shredder frame, two shredder motor, two reductors, cabinet, feed hopper, the dividing plate cutter hub, cutter hub, bearing, two main shafts are formed, cabinet is installed on the shredder frame, and feed hopper is installed on the cabinet, and two main shafts are installed in the cabinet dead eye by bearing, cutter hub is contained on the main shaft, the dividing plate cutter hub is installed on the inwall of cabinet, and first main shaft is connected with first reductor, and first reductor connects the first shredder motor, second main shaft is connected with second reductor, and second reductor connects the second shredder motor.
3. junked-auto shell according to claim 1 reclaims pre-processing device, it is characterized in that double motor drive-type standing crusher comprises crusher frame, step, driven pulley, vee-belt, drive pulley, the disintegrating machine motor, go out feed bin, top chock, main shaft rotor assembly, the disintegrating machine cabinet, feed hopper, discharge bucket, the dust discharge cover is formed, step and top chock are installed on crusher frame, and main shaft rotor assembly is vertically mounted on the crusher frame by step and top chock, goes out feed bin and is installed on the crusher frame, the disintegrating machine cabinet is installed in out on the feed bin, feed hopper is installed on the disintegrating machine cabinet, and discharge bucket is installed in out on the feed bin, and the dust discharge cover is installed on the discharge bucket, the dust discharge cover communicates with discharge bucket, a left side on crusher frame, right symmetry is installed the first disintegrating machine motor, and the second disintegrating machine motor is installed drive pulley on the first disintegrating machine motor and the second disintegrating machine motor output shaft, vee-belt is installed on drive pulley and the driven pulley, and driven pulley is installed on the main shaft rotor assembly.
4. junked-auto shell according to claim 1 reclaims pre-processing device, it is characterized in that magnetic grader comprises the magnetic separator frame, driven voller, adjusting device, the conveyer belt backing roll, the magnetic separator conveyer belt, the magnetic force frame, drive roll, the magnetic separator motor, the magnetic separator reductor, drive sprocket, chain, driven sprocket is formed, magnetic separator motor and magnetic separator reductor are installed on the magnetic separator frame, the magnetic separator motor connects the magnetic separator reductor, drive sprocket is installed on the magnetic separator speed reducer output shaft, driven sprocket is installed on the drive roll, chain is installed on drive sprocket and the driven sprocket, the magnetic force frame is installed on the magnetic separator frame, magnetic force is placed on the interior aerial of magnetic separator conveyer belt coiled, and powerful permanent magnet is installed in the magnetic force frame.
5. junked-auto shell according to claim 1 reclaims pre-processing device, it is characterized in that eddy current separator comprises eddy current separator frame, vortex flow generator, adjustable dividing plate composition, the magnetic drum motor mounting is on the eddy current separator frame, the magnetic drum motor connects magnetic drum, the conveyer belt driven voller is installed on the eddy current separator frame, the eddy current separator conveyer belt is installed on conveyer belt driven voller and the magnetic drum, and the vortex flow generator is arranged at the interior aerial of eddy current separator conveyer belt coiled.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010207014267U CN202045120U (en) | 2010-12-30 | 2010-12-30 | Treatment equipment before waste automotive housing recovery |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010207014267U CN202045120U (en) | 2010-12-30 | 2010-12-30 | Treatment equipment before waste automotive housing recovery |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202045120U true CN202045120U (en) | 2011-11-23 |
Family
ID=44985445
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010207014267U Expired - Fee Related CN202045120U (en) | 2010-12-30 | 2010-12-30 | Treatment equipment before waste automotive housing recovery |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202045120U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102166578A (en) * | 2010-12-30 | 2011-08-31 | 广州市联冠机械有限公司 | Processing technology before recovering shell of waste automobile and equipment thereof |
| CN102553881A (en) * | 2010-12-13 | 2012-07-11 | 湖南万容科技股份有限公司 | Fragmentation separation process flow for end-of-life automobile body |
| CN103100472A (en) * | 2012-12-12 | 2013-05-15 | 北京洁绿科技发展有限公司 | Bag breaking and crushing integrated device of kitchen garbage |
| CN107774411A (en) * | 2017-11-03 | 2018-03-09 | 宁波德科自动门科技有限公司 | A kind of twin shaft disintegrating apparatus for being not easy wearing blade |
-
2010
- 2010-12-30 CN CN2010207014267U patent/CN202045120U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102553881A (en) * | 2010-12-13 | 2012-07-11 | 湖南万容科技股份有限公司 | Fragmentation separation process flow for end-of-life automobile body |
| CN102166578A (en) * | 2010-12-30 | 2011-08-31 | 广州市联冠机械有限公司 | Processing technology before recovering shell of waste automobile and equipment thereof |
| CN103100472A (en) * | 2012-12-12 | 2013-05-15 | 北京洁绿科技发展有限公司 | Bag breaking and crushing integrated device of kitchen garbage |
| CN107774411A (en) * | 2017-11-03 | 2018-03-09 | 宁波德科自动门科技有限公司 | A kind of twin shaft disintegrating apparatus for being not easy wearing blade |
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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: 20111123 Termination date: 20181230 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |