CN211564003U

CN211564003U - Crushing and sorting device

Info

Publication number: CN211564003U
Application number: CN201921846730.8U
Authority: CN
Inventors: 顾龙生
Original assignee: Jiangsu Chenlong Resource Recycling Co ltd
Current assignee: Jiangsu Chenlong Resource Recycling Co ltd
Priority date: 2019-10-30
Filing date: 2019-10-30
Publication date: 2020-09-25
Anticipated expiration: 2029-10-30

Abstract

The utility model discloses a smash sorting unit, including crushing and separating equipment factory building, control processing module, feed module, crushing module, sorting module, dust collecting equipment, rubbish dust processing separation module and transport screening storage module, control processing module, feed module, crushing module, dust collecting equipment, sorting module and transport screening storage module locate in the crushing and separating equipment factory building, be equipped with the waste material in the crushing and separating equipment factory building, the waste material of crushing and separating equipment factory building passes to the crushing module through feed module and carries screening in the sorting module after carrying out crushing treatment, selects scrap iron, nonferrous metal and rubbish dust, carries screening storage module to carry respectively, sieves and save the waste material after the screening. The utility model belongs to the technical field of the waste material is handled and is selected separately, specifically provide a practicality height, low cost, can accurate screening scrap iron and other nonferrous metals, according to the accurate crushing sorting unit who sieves nonferrous metal particulate matter of size of granule.

Description

Crushing and sorting device

Technical Field

The utility model belongs to the technical field of the waste material is handled and is selected separately, specifically indicate a smash sorting unit.

Background

Metal products are widely seen in life, particularly in automobiles, most of the components of the automobiles are metal products, the usage amount of the metal products is increased every year, and the waste amount of the metal products is increased. The main material of the metal product is metal, and the metal is derived from metal mineral resources, and with the continuous development of human beings, the metal mineral resources are gradually reduced, and the resource shortage will become an important crisis to be faced by human beings. The waste metal is a renewable resource, and is especially important under the background of increasing shortage of metal resources. The existing waste metal recovery mode mainly depends on manual operation, the production efficiency is low, the recovery difficulty of large-volume metal products such as automobiles is high, the recovery rate of metal resources is low, the resource waste is more, and the existing metal waste residue treatment device is not provided with a sorting device, so that particles with different sizes after being crushed are gathered together, the particles and blocks cannot be separately recovered, and the difficulty problem of subsequent processing is caused.

SUMMERY OF THE UTILITY MODEL

For solving the above-mentioned current difficult problem, the utility model provides a practicality is high, easy operation, low cost, can accurate screening scrap iron and other nonferrous metals to according to the accurate crushing sorting unit who sieves nonferrous metal particulate matter of size of granule.

The utility model adopts the following technical scheme: the utility model relates to a crushing and sorting device, which comprises a crushing and separating equipment factory building, a control processing module, a feeding module, a crushing module, a sorting module, a dust collecting device, a garbage dust processing and separating module and a conveying, screening and storing module, wherein the control processing module, the feeding module, the crushing module, the dust collecting device, the sorting module and the conveying, screening and storing module are arranged in the crushing and separating equipment factory building, waste materials are arranged in the crushing and separating equipment factory building, the waste materials in the crushing and separating equipment factory building are conveyed to the crushing module through the feeding module to be crushed and then conveyed to the sorting module to be screened, scrap iron, nonferrous metal and garbage dust are sorted out, the conveying, screening and storing module is used for respectively conveying, screening and storing the screened scrap iron and nonferrous metal, the dust generated by the crushing module and the sorting module is collected by the dust collecting device connected with the crushing module and the sorting, the garbage and dust processing and separating module is used for sorting and placing the dust and the garbage again, and the control processing module is used for controlling the switches and the working states of the feeding module, the crushing module, the sorting module and the conveying, screening and storing module; the feeding module sequentially comprises a feeding grab machine, a tower type feeding grab machine, a plate conveyor and compression feeding equipment, wherein the feeding grab machine and the tower type feeding grab machine are respectively arranged at two sides of the plate conveyor, the feeding grab machine and the tower type feeding grab machine convey waste materials onto the plate conveyor for feeding, the tower type feeding grab machine can convey heavy large-size metal waste materials, the compression feeding equipment is arranged at the rear part of the plate conveyor, and the waste materials are conveyed by the plate conveyor, enter the compression feeding equipment, are compressed and fed to the crushing module for crushing; the crushing module comprises a main crusher, a vibrator below the main crusher and a main crusher shifting shaft device, the main crusher is arranged below a compression feeding device, the vibrator below the main crusher is arranged below the main crusher, the main crusher shifting shaft device is arranged on the side wall of the main crusher, waste is fed into the main crusher through the compression feeding device to be crushed, the vibrator below the main crusher vibrates the main crusher to enable the waste to be uniformly distributed, the main crusher crushes the waste, the waste conforming to the size is separated out through a screen in the main crusher, a crushing head of the main crusher is convenient to replace by the main crusher shifting shaft device, the sorting module comprises a discharging conveyor, a Z-shaped separating groove, an ASR conveyor, a vibrating machine before rotary magnetic separation and a rotary magnetic separation drum, the crushed waste falls to the discharging conveyor and is conveyed to the discharging conveyor through the discharging conveyor, and the waste is conveyed to the Z-shaped separating groove to be primarily separated, waste material after the initial separation drops to the vibrator vibration before the rotation magnetic separation and is shared evenly, lets the metal in the feeding screening, and the more abundant of screening, the vibrator is difficult to be because of carrying the inhomogeneous equipment trouble that appears of waste residue before the rotation magnetic separation, and the vibrator conveys the even waste material of sharing to the rotation magnetic separation drum in and selects separately before the rotation magnetic separation, and the vibrator divides according to the waste material characteristic before the rotation magnetic separation selects scrap iron and non-ferrous metal, carry screening storage module to include scrap iron inspection module, carry storage module, magnetic separation module and granule screening module.

Further, the scrap iron inspection module comprises a manual inspection conveyor, a storage conveyor and a continuous weighing system, the manual inspection conveyor is used for receiving scrap iron materials screened by the vibrating machine before rotary magnetic separation and conveying the scrap iron materials, inspection personnel inspect and sort the sorted scrap iron materials on two sides of the manual inspection conveyor and pick the scrap iron materials, the storage conveyor is arranged at the tail end of the manual inspection conveyor and is used for receiving the scrap iron materials conveyed by the manual inspection conveyor, the continuous weighing system is arranged on the storage conveyor and is used for cumulatively weighing the scrap iron materials conveyed by the storage conveyor, the conveying storage module comprises a rotary storage conveyor and a scrap iron storage area, the rotary storage conveyor is rotatably arranged in the crushing and separating equipment factory with the tail end of the rotary storage conveyor as a circle center, the scrap iron storage area is arranged at the tail end of the rotary storage conveyor, and the scrap iron storage area receives the scrap iron after sorting and inspection.

Further, rubbish dust disposal separation module includes sewage purification groove, continuous type mud scraper, suspension type magnet separator and dust rubbish place the district, sewage purification groove separates the impurity in with sewage and purifies and scrape through continuous type mud scraper and leave conveying to suspension type magnet separator, collection dirt equipment collects rubbish and the dust that select separately module and crushing module produced and conveys to suspension type magnet separator, suspension type magnet separator sieves rubbish and the dust is sieved again and is come out and convey the rubbish dust after the separation of screening once more to the rubbish dust rubbish and place the district.

Furthermore, the magnetic separation module comprises a non-ferrous metal conveyor I, a non-ferrous metal vibration discharging machine, a non-ferrous metal conveyor II, a non-ferrous metal suspension type magnetic separator and a waste material barrel, the non-ferrous metal conveyor I receives non-ferrous metal materials screened by the vibrating machine before rotary magnetic separation and conveys the non-ferrous metal materials to the non-ferrous metal vibration discharging machine, the non-ferrous metal materials are evenly conveyed to the non-ferrous metal conveyor II through vibration sharing of the non-ferrous metal vibration discharging machine and conveyed, and the non-ferrous metal conveyor conveys the uniformly distributed non-ferrous metal materials to the non-ferrous metal suspension type magnetic separator to sort out waste residues and the non-ferrous metal materials to discharge the waste residues to the waste material barrel and convey the non-ferrous metal materials to the particle screening module.

Further, the particle screening module comprises a particle screening machine, an ultra-size material conveyor, an ultra-size placing area, a medium particle conveyor, a medium particle eddy current front vibration conveyor, a medium particle eddy current screening machine, a medium particle placing area, a coarse particle conveyor, a coarse particle eddy current front vibration conveyor, a coarse particle eddy current screening machine, a coarse particle placing area, a waste material placing area and a waste material conveyor, wherein the particle screening machine is used for screening the non-ferrous metal material particles sorted by the non-ferrous metal suspended magnetic separator according to the sizes of the non-ferrous metal material particles to obtain the sizes of the medium particles, the coarse particles and the ultra-size particles, and respectively discharging the sizes of the medium particles, the coarse particles and the ultra-size particles onto the medium particle conveyor, the coarse particle conveyor and the ultra-size material conveyor, the ultra-size material conveyor conveys the ultra-size material to the ultra-size placing area for placing, the medium particle conveyor conveys the medium particle material to the medium particle eddy current front vibration conveyor, the medium-particle eddy current front vibration conveyor uniformly vibrates and distributes medium-particle materials and conveys the medium-particle materials to the medium-particle eddy current screening machine for screening, the medium-particle eddy current screening machine sorts waste materials in the medium-particle materials and arranges the waste materials on the waste material conveyor side by side, meanwhile, the medium-particle eddy current screening machine discharges waste-free medium-particle non-ferrous metal materials to a medium-particle placing area, the coarse-particle conveyor conveys the coarse-particle materials to the coarse-particle eddy current front vibration conveyor, the coarse-particle eddy current front vibration conveyor uniformly vibrates and distributes the coarse-particle materials to the coarse-particle eddy current screening machine for screening, the coarse-particle eddy current screening machine sorts waste materials in the coarse-particle materials and arranges the waste-free coarse-particle non-ferrous metal materials to the coarse-particle placing area, and the waste material conveyor conveys the waste materials sorted by the medium-particle eddy current screening machine and the coarse-particle eddy current screening machine to the waste material discharging area And (5) placing the area.

Further, control processing module includes that oil pressure system, electrical control system, maintenance support steelframe, maintenance overhead traveling crane, electric oil pressure operation control room, primary water source and cooling tower, and electric oil pressure operation control room, primary water source, cooling tower and maintenance support steelframe are located crushing separation equipment factory building, and the maintenance overhead traveling crane is located on the maintenance support steelframe, can maintain crushing sorting unit through maintenance overhead traveling crane and maintenance support steelframe, in oil pressure system and electrical control system located electric oil pressure operation control room, oil pressure system, electrical control system controlled the manipulation to each mechanism's equipment among this crushing sorting unit.

Further, the main crusher is a heavy metal crusher.

Adopt above-mentioned structure the utility model discloses the beneficial effect who gains as follows: this scheme smashes sorting unit practicality height, smashes the waste material thoroughly, effectively sorts out volume scrap iron and non-ferrous metal in the waste material and selects the non-ferrous metal particle material of different size of a dimension through suspension type magnet separator, rotation magnetic separation drum and eddy current screening machine and through the granule screening machine, the follow-up processing of being convenient for has saved the manpower greatly, through the whole device of oil pressure system and electrical control system control, degree of automation height.

Drawings

FIG. 1 is a schematic view of a crushing and sorting device according to the present invention;

FIG. 2 is a side view of a crushing and sorting device of the present invention;

fig. 3 is a flow chart of the crushing and sorting device of the present invention.

Wherein, 1, a crushing and separating device factory building, 2, a control processing module, 3, a feeding module, 4, a crushing module, 5, a sorting module, 6, a dust collecting device, 7, a garbage and dust processing and separating module, 8, a conveying and screening storage module, 9, a feeding grab, 10, a tower type feeding grab, 11, a plate conveyor, 12, a compression feeding device, 13, a main crusher, 14, a vibrator below the main crusher, 15, a main crusher shaft shifting device, 16, a discharging conveyor, 17, a Z-shaped separation groove, 18, an ASR conveyor, 19, a vibrator before rotary magnetic separation, 20, a rotary magnetic separation drum, 21, a scrap iron checking module, 22, a conveying and storing module, 23, a magnetic separation module, 24, a particle screening module, 25, a manual inspection conveyor, 26, a storing conveyor, 27, a continuous weighing system, 28, a rotary storing conveyor, 29, a scrap iron storing area, 30. a sewage purification tank 31, a continuous mud scraper 32, a suspension type magnetic separator 33, a dust and garbage placing area 34, a non-ferrous metal conveyor I35, a non-ferrous metal vibration discharging machine 36, a non-ferrous metal conveyor II 37, a non-ferrous metal suspension type magnetic separator 38, a waste bucket 39, a particle screening machine 40, an oversize material conveyor 41, an oversize placing area 42, a medium particle conveyor 43, a medium particle eddy current front vibration conveyor 44, a medium particle eddy current screening machine 45, a medium particle placing area 46, a coarse particle conveyor 47, a coarse particle eddy current front vibration conveyor 48, a coarse particle eddy current screening machine 49, a coarse particle placing area 50, a waste placing area 51, a waste conveyor 52, a maintenance support steel frame 53, a maintenance oil pressure area 54 and an electric operation control room.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to specific embodiments, and all the parts of the present invention not described in detail in the technical features or the connection relation are the prior art.

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in figures 1-3, the utility model relates to a crushing and sorting device, which comprises a crushing and separating equipment factory building 1, a control processing module 2, a feeding module 3, a crushing module 4, a sorting module 5, a dust collecting equipment 6, a garbage dust processing and separating module 7 and a conveying, screening and storing module 8, wherein the control processing module 2, the feeding module 3, the crushing module 4, the dust collecting equipment 6, the sorting module 5 and the conveying, screening and storing module 8 are arranged in the crushing and separating equipment factory building 1, waste materials are arranged in the crushing and separating equipment factory building 1, the waste materials in the crushing and separating equipment factory building 1 are conveyed to the crushing module 4 through the feeding module 3 for crushing treatment and then conveyed to the sorting module 5 for screening, waste iron, nonferrous metals and garbage dust are sorted, the conveying, screening and storing are respectively carried out by the conveying, screening and storing module 8 on the screened waste iron and nonferrous metals, the dust collecting device 6 is connected with the crushing module 4 and the sorting module 5 to collect dust and garbage generated by the crushing module 4 and the sorting module 5, the garbage and dust processing and separating module 7 is used for sorting and placing the dust and garbage again, and the control processing module 2 is used for controlling the on-off and working states of the feeding module 3, the crushing module 4, the sorting module 5 and the conveying, screening and storing module 8; the feeding module 3 sequentially comprises a feeding gripper 9, a tower type feeding gripper 10, a plate conveyor 11 and a compression feeding device 12, the feeding gripper 9 and the tower type feeding gripper 10 are respectively arranged on two sides of the plate conveyor 11, the feeding gripper 9 and the tower type feeding gripper 10 convey waste materials onto the plate conveyor 11 for feeding, the tower type feeding gripper 10 can convey heavy large metal waste materials, the compression feeding device 12 is arranged behind the plate conveyor 11, and the waste materials are conveyed by the plate conveyor 11, enter the compression feeding device 12, are compressed and fed into the crushing module 4 for crushing; the crushing module 4 comprises a main crusher 13, a main crusher below vibrator 14 and a main crusher poking shaft device 15, the main crusher 13 is arranged below a compression feeding device 12, the main crusher below vibrator 14 is arranged below the main crusher 13, the main crusher poking shaft device 15 is arranged on the side wall of the main crusher 13, waste is fed into the main crusher 13 through the compression feeding device 12 to be crushed, the main crusher below vibrator 14 vibrates the main crusher 13 to uniformly distribute the waste, the main crusher 13 crushes the waste, the waste conforming to the size is separated out through a screen in the main crusher 13, the main crusher poking shaft device 15 is convenient for replacing a crushing head of the main crusher 13, the sorting module 5 comprises a discharging conveyor 16, a Z-shaped separation groove 17, an ASR conveyor 18, a magnetic separation front vibrator 19 and a rotary magnetic separation drum 20, the crushed waste falls to the discharging conveyor 16, carry to ASR conveyer 18 through discharge conveyor 16, ASR conveyer 18 carries the waste material to Z type separating tank 17 and carries out the initial gross separation, and the waste material after the initial gross separation drops to vibrator 19 vibration before the rotation magnetic separation and paves evenly, and vibrator 19 conveys the even waste material of sharing to in rotation magnetic separation drum 20 and selects separately before the rotation magnetic separation, and vibrator 19 divides according to the waste material characteristic before the rotation magnetic separation and elects scrap iron and non-ferrous metal, carry screening storage module 8 including scrap iron inspection module 21, carry storage module 22, magnetic separation module 23 and granule screening module 24.

Wherein, the scrap iron checking module 21 comprises a manual inspection conveyor 25, a storage conveyor 26 and a continuous weighing system 27, the manual inspection conveyor 25 receives scrap iron materials sieved by the vibrating machine 19 before rotary magnetic separation and conveys the scrap iron materials, inspection personnel inspect and sort whether the sorted scrap iron materials contain nonferrous metal materials on two sides of the manual inspection conveyor 25 and sort the nonferrous metal materials, the storage conveyor 26 is arranged at the tail end of the manual inspection conveyor 25 and receives the scrap iron materials conveyed by the manual inspection conveyor 25, the continuous weighing system 27 is arranged on the storage conveyor 26, the continuous weighing system 27 cumulatively weighs the scrap iron materials conveyed by the storage conveyor 26, the conveying storage module 22 comprises a rotary storage conveyor 28 and a scrap iron storage area 29, the rotary storage conveyor 28 is rotatably arranged in the plant center 1 of the crushing and separating equipment by taking the tail end of the storage conveyor 26 as a circle center, the scrap iron storage area 29 is arranged at the tail end of the rotary type storage conveyor 28, and the scrap iron storage area 29 receives the sorted and inspected scrap iron; garbage dust processing separation module 7 includes sewage purification groove 30, continuous type mud scraper 31, suspension type magnet separator 32 and dust rubbish place the district 33, sewage purification groove 30 is selected separately the impurity in with sewage and is purified and come out and scrape through continuous type mud scraper 31 and leave conveying to suspension type magnet separator 32, collection equipment 6 collects rubbish and the dust that select separately module 5 and crushing module 4 produced and convey to suspension type magnet separator 32, suspension type magnet separator 32 sieves rubbish and dust once more and sieves out with the metal particles wherein that screens out and convey the rubbish dust after the separation once more to dust rubbish place the district 33.

The magnetic separation module 23 comprises a non-ferrous metal conveyor I34, a non-ferrous metal vibration discharging machine 35, a non-ferrous metal conveyor II 36, a non-ferrous metal suspension type magnetic separator 37 and a waste material barrel 38, wherein the non-ferrous metal conveyor I34 receives non-ferrous metal materials screened by the vibration machine 19 before rotary magnetic separation and conveys the non-ferrous metal materials to the non-ferrous metal vibration discharging machine 35, the non-ferrous metal materials are uniformly conveyed to the non-ferrous metal conveyor II 36 through vibration distribution of the non-ferrous metal vibration discharging machine 35 for conveying, the non-ferrous metal conveyor II 36 conveys the uniformly distributed non-ferrous metal materials to the non-ferrous metal suspension type magnetic separator 37 for separating waste residues and non-ferrous metals, the waste residues are discharged to the waste material barrel 38 and the non-ferrous metal materials are conveyed to the particle screening module 24; the particle screening module 24 comprises a particle screening machine 39, an oversize material conveyor 40, an oversize placement area 41, a medium particle conveyor 42, a medium particle eddy current front vibrating conveyor 43, a medium particle eddy current screening machine 44, a medium particle placement area 45, a coarse particle conveyor 46, a coarse particle eddy current front vibrating conveyor 47, a coarse particle eddy current screening machine 48, a coarse particle placement area 49, a waste material placement area 50 and a waste material conveyor 51, non-ferrous metal material particles separated by the particle screening machine 39 on the non-ferrous metal suspension type magnetic separator 37 are separated into three sizes of non-ferrous metal material particles according to the sizes of the non-ferrous metal material particles and are respectively discharged to the medium particle conveyor 42, the coarse particle conveyor 46 and the oversize material conveyor 40, the oversize material conveyor 40 conveys the oversize material to the oversize placement area 41 for placement, the medium particle conveyor 42 conveys medium particle materials to the medium particle eddy current front vibration conveyor 43, the medium particle eddy current front vibration conveyor 43 evenly performs vibration distribution on the medium particle materials and conveys the medium particle materials to the medium particle eddy current screening machine 44 for screening, the medium particle eddy current screening machine 44 sorts waste materials in the medium particle materials and arranges the waste materials on the waste material conveyor 51, meanwhile, the medium particle eddy current screening machine 44 discharges waste-free medium particle non-ferrous metal materials to the medium particle placing area 45, the coarse particle conveyor 46 conveys the coarse particle materials to the coarse particle eddy current front vibration conveyor 47, the coarse particle eddy current front vibration conveyor 47 evenly performs vibration distribution on the coarse particle materials and conveys the coarse particle materials to the coarse particle eddy current screening machine 48 for screening, the coarse particle eddy current screening machine 48 sorts waste materials in the coarse particle materials and arranges the waste material conveyor 51, meanwhile, the coarse particle eddy current screening machine 48 discharges the coarse particle nonferrous metal materials without waste to the coarse particle placement area 49, and the waste conveyor 51 conveys the waste sorted by the medium particle eddy current screening machine 44 and the coarse particle eddy current screening machine 48 to the waste placement area 50; the control processing module 2 comprises an oil pressure system, an electrical control system, a maintenance support steel frame 52, a maintenance crown block 53, an electrical oil pressure operation control room 54, a primary water source and a cooling tower, wherein the electrical oil pressure operation control room 54, the primary water source, the cooling tower and the maintenance support steel frame 52 are arranged in the crushing and separating equipment factory building 1, the maintenance crown block 53 is arranged on the maintenance support steel frame 52, the crushing and sorting device can be maintained through the maintenance crown block 53 and the maintenance support steel frame 52, the oil pressure system and the electrical control system are arranged in the electrical oil pressure operation control room 54, and the oil pressure system and the electrical control system control and operate all mechanism equipment in the crushing and sorting device; the main crusher 13 is a heavy metal crusher.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims

1. The utility model provides a smash sorting unit which characterized in that: the garbage dust separation device comprises a crushing and separating device plant, a control processing module, a feeding module, a crushing module, a sorting module, a dust collecting device, a garbage dust processing and separating module and a conveying, screening and storing module, wherein the control processing module, the feeding module, the crushing module, the dust collecting device, the sorting module and the conveying, screening and storing module are arranged in the crushing and separating device plant, waste materials in the crushing and separating device plant are conveyed to the crushing module through the feeding module to be crushed and then conveyed to the sorting module to be screened, waste iron, nonferrous metal and garbage dust are sorted out, the conveying, screening and storing module is used for conveying, screening and storing the screened waste iron and nonferrous metal respectively, the dust collecting device is connected with the crushing module and the sorting module to collect dust and garbage generated by the crushing module and the sorting module, and the garbage dust processing and separating module is used for sorting and placing the dust and garbage again, the control processing module controls the switches and the working states of the feeding module, the crushing module, the sorting module and the conveying, screening and storing module; the feeding module sequentially comprises a feeding grab machine, a tower type feeding grab machine, a plate conveyor and compression feeding equipment, wherein the feeding grab machine and the tower type feeding grab machine are respectively arranged at two sides of the plate conveyor, the feeding grab machine and the tower type feeding grab machine convey waste materials onto the plate conveyor for feeding, the tower type feeding grab machine can convey heavy large-size metal waste materials, the compression feeding equipment is arranged at the rear part of the plate conveyor, and the waste materials are conveyed by the plate conveyor, enter the compression feeding equipment, are compressed and fed to the crushing module for crushing; the crushing module comprises a main crusher, a vibrator below the main crusher and a main crusher shifting shaft device, the main crusher is arranged below a compression feeding device, the vibrator below the main crusher is arranged below the main crusher, the main crusher shifting shaft device is arranged on the side wall of the main crusher, waste is fed into the main crusher through the compression feeding device to be crushed, the vibrator below the main crusher vibrates the main crusher to enable the waste to be uniformly distributed, the main crusher crushes the waste, the waste conforming to the size is separated out through a screen in the main crusher, a crushing head of the main crusher is convenient to replace by the main crusher shifting shaft device, the sorting module comprises a discharging conveyor, a Z-shaped separating groove, an ASR conveyor, a vibrating machine before rotary magnetic separation and a rotary magnetic separation drum, the crushed waste falls to the discharging conveyor and is conveyed to the discharging conveyor through the discharging conveyor, and the waste is conveyed to the Z-shaped separating groove to be primarily separated, waste material after the initial separation drops to the vibrator vibration before the rotation magnetic separation and is shared evenly, and the vibrator conveys the even waste material that will share to the rotation magnetic separation drum before the rotation magnetic separation and selects separately, and the vibrator divides according to the waste material characteristic before the rotation magnetic separation selects scrap iron and non-ferrous metal, control processing module includes scrap iron inspection module, carries storage module, magnetic separation module and granule screening module.

2. The crushing and sorting device according to claim 1, wherein: the scrap iron inspection module comprises a manual inspection conveyor, a storage conveyor and a continuous weighing system, wherein the manual inspection conveyor is used for receiving scrap iron materials screened by a vibrating machine before rotary magnetic separation and conveying the scrap iron materials, inspection personnel inspect and sort the sorted scrap iron materials on two sides of the manual inspection conveyor and pick the scrap iron materials, the storage conveyor is arranged at the tail end of the manual inspection conveyor and is used for receiving the scrap iron materials conveyed by the manual inspection conveyor, the continuous weighing system is arranged on the storage conveyor and is used for cumulatively weighing the scrap iron materials conveyed by the storage conveyor, the conveying module comprises a rotary storage conveyor and a scrap iron storage area, the rotary storage conveyor is rotatably arranged in a crushing and separating equipment factory by taking the tail end of the storage conveyor as a circle center, and the scrap iron storage area is arranged at the tail end of the rotary storage conveyor, and the scrap iron storage area receives the scrap iron after sorting and inspection.

3. The crushing and sorting device according to claim 1, wherein: the rubbish dust disposal separation module includes sewage purification groove, continuous type mud scraper, suspension type magnet separator and dust rubbish place the district, sewage purification groove separates the impurity in with the sewage and purifies and scrape through continuous type mud scraper and leave conveying to suspension type magnet separator, dust collecting equipment collects rubbish and the dust that select separately module and crushing module produced and conveys to suspension type magnet separator, suspension type magnet separator sieves rubbish and the dust is sieved again and is come out and convey the rubbish dust after sieving the separation once more to the rubbish dust rubbish and place the district.

4. A crushing and sorting apparatus according to claim 3, wherein: the magnetic separation module comprises a non-ferrous metal conveyor I, a non-ferrous metal vibration discharging machine, a non-ferrous metal conveyor II, a non-ferrous metal suspension type magnetic separator and a waste material barrel, the non-ferrous metal conveyor I receives non-ferrous metal materials screened by the vibrating machine before rotary magnetic separation and conveys the non-ferrous metal materials to the non-ferrous metal vibration discharging machine, the non-ferrous metal materials are evenly conveyed to the non-ferrous metal conveyor II through vibration sharing of the non-ferrous metal vibration discharging machine and conveyed to the non-ferrous metal conveyor II, the non-ferrous metal conveyor II conveys the uniformly distributed non-ferrous metal materials to the non-ferrous metal suspension type magnetic separator to sort out waste residues and non-ferrous metals, the waste residues are discharged to the waste material barrel, and the non-ferrous metal materials are conveyed to the particle screening module.

5. The crushing and sorting device according to claim 4, wherein: the particle screening module comprises a particle screening machine, an ultra-size material conveyor, an ultra-size placing area, a medium particle conveyor, a medium particle eddy current front vibrating conveyor, a medium particle eddy current screening machine, a medium particle placing area, a coarse particle conveyor, a coarse particle eddy current front vibrating conveyor, a coarse particle eddy current screening machine, a coarse particle placing area, a waste material placing area and a waste material conveyor, wherein the particle screening machine is used for screening the sizes of non-ferrous metal material particles sorted by the non-ferrous metal suspension type magnetic separator according to the sizes of the non-ferrous metal material particles, and respectively discharging the sizes of the non-ferrous metal material particles of medium particles, coarse particles and ultra-size particles to the medium particle conveyor, the coarse particle conveyor and the ultra-size material conveyor, the ultra-size material conveyor conveys the ultra-size material to the ultra-size placing area for placing, the medium particle conveyor conveys the medium particle material to the medium particle eddy current front vibrating conveyor, the medium-particle eddy current front vibration conveyor uniformly vibrates and distributes medium-particle materials and conveys the medium-particle materials to the medium-particle eddy current screening machine for screening, the medium-particle eddy current screening machine sorts waste materials in the medium-particle materials and arranges the waste materials on the waste material conveyor side by side, meanwhile, the medium-particle eddy current screening machine discharges waste-free medium-particle non-ferrous metal materials to a medium-particle placing area, the coarse-particle conveyor conveys the coarse-particle materials to the coarse-particle eddy current front vibration conveyor, the coarse-particle eddy current front vibration conveyor uniformly vibrates and distributes the coarse-particle materials to the coarse-particle eddy current screening machine for screening, the coarse-particle eddy current screening machine sorts waste materials in the coarse-particle materials and arranges the waste-free coarse-particle non-ferrous metal materials to the coarse-particle placing area, and the waste material conveyor conveys the waste materials sorted by the medium-particle eddy current screening machine and the coarse-particle eddy current screening machine to the waste material discharging area And (5) placing the area.

6. The crushing and sorting device according to claim 1, wherein: control processing module includes oil pressure system, electrical control system, maintenance support steelframe, maintenance overhead traveling crane, electric oil pressure operation control room, primary water source and cooling tower, and electric oil pressure operation control room, primary water source, cooling tower and maintenance support steelframe are located in crushing separation equipment factory building, and the maintenance overhead traveling crane is located on the maintenance support steelframe, can maintain crushing sorting unit through maintenance overhead traveling crane and maintenance support steelframe, in oil pressure system and the electrical control system located electric oil pressure operation control room, oil pressure system, electrical control system controlled the manipulation to each mechanism's equipment among this crushing sorting unit.

7. The crushing and sorting device according to claim 1, wherein: the main crusher is a heavy metal crusher.