CN108357023A

CN108357023A - Separating plastic equipment

Info

Publication number: CN108357023A
Application number: CN201810347250.0A
Authority: CN
Inventors: 柯文光
Original assignee: Individual
Current assignee: Shayang Linda Technology Co Ltd
Priority date: 2018-04-18
Filing date: 2018-04-18
Publication date: 2018-08-03
Anticipated expiration: 2038-04-18
Also published as: CN108357023B

Abstract

The present invention relates to intelligent machine apparatus fields.Separating plastic equipment, including rack components and feeding warehouse component thereon, vibrating disk component, hopper component, mobile square position component, roller sorting component and discharge bucket component；Vibrating disk component is located at below feeding warehouse component, and roller sorting component is mutually connected with hopper component, and on mobile square position component, discharge bucket component is located at below roller sorting component for hopper component setting.The advantages of separating plastic machine is that use cost is low, and waste plastic sorts accuracy and the efficiency of separation is high.

Description

Separating plastic equipment

Technical field

The present invention relates to the screening installations of intelligent machine apparatus field, especially waste plastic.

Background technology

With the increase of plastic products consumption figure, waste plastic is also on the increase.In the regeneration process of waste plastic In, separating plastic is important foundation.Existing separating plastic equipment as described in the Chinese patent of Publication No. CN204773138U, The discharge end of 1st grade of feed bin of separating plastic system is connected by the feed end of the 1st screw conveyor and reciprocating sieve；Reciprocating sieve is The reciprocating sieve of setting is tilted down, discharge end is located at one end of the 3rd conveyer belt；The other end of 3rd conveyer belt extends to spectrum The test chamber of sorting machine；Spectral selection machine configures the 1st discharge port and the 2nd discharge port；1st discharge port of spectral selection machine is for defeated Go out the target plastic sub-elected, the 1st discharge port of spectral selection machine is connected by the 2nd screw conveyor and the 1st ton of packet；Spectrum point The 2nd discharge port of machine is selected to be used to export the leftover and plastic in addition to target plastic, the 2nd discharge port of spectral selection machine passes through the 3rd Screw conveyor is connect with the feed end of the 2nd conveyer belt.Advantage is to replace artificial separation using spectral selection machine, and coordinate automatic Transmission line has many advantages, such as high degree of automation, separating material purity is high and work efficiency is high.Existing separating plastic equipment It is used using spectral selection machine as core equipment, deficiency is existing for existing separating plastic equipment：1. high equipment cost, discarded Use cost is excessively high in the sorting of plastics, it is difficult to large-scale promotion；2. spectral selection machine is complicated, waste plastic is accurately detected Spectrum the time required to it is long, therefore the efficiency of separation is low.

Invention content

Insufficient existing for above-mentioned existing separating plastic equipment in order to solve, the object of the present invention is to provide a kind of simple in structure It is at low cost, the high separating plastic equipment of the efficiency of separation.

To achieve the goals above, the technical solution used in the present invention is：Separating plastic equipment, including rack components and Feeding warehouse component, vibrating disk component, hopper component, mobile square position component, roller sorting component and discharge bucket component thereon；It shakes Dynamic disk component is located at below feeding warehouse component, and roller sorting component is mutually connected with hopper component, and hopper component setting is mobile flat On disk component, discharge bucket component is located at below roller sorting component；

Vibrating disk component includes vibrating disk, the first rubber shock-absorbing spring, both sides high-frequency vibration exciter and intermediate high-frequency vibration exciter, vibration Disk lower end is mutually fixedly connected with the first rubber shock-absorbing spring, and the first rubber shock-absorbing spring bottom end and the vibrating disk in rack components are solid Determine frame to be mutually fixedly connected；High both sides are low in the middle part of vibrating disk, the middle part of connection vibrating disk, both sides high frequency at the top of intermediate high-frequency vibration exciter The both sides of the top connection vibrating disk of vibrator；

Hopper component is two groups, and every group of hopper component is respectively at the lower section of vibrating disk two sides feed opening；Hopper component includes Dedusting collection port, hopper pedestal, hopper, the second rubber shock-absorbing spring, motor mount and high-frequency vibration exciter；Dedusting collection port is pacified Above hopper, hopper is tiltedly mounted on hopper pedestal, and hopper pedestal is arranged by the second rubber shock-absorbing spring in movement On the component of square position, high-frequency vibration exciter is fixed on by motor mount on hopper pedestal；

Roller sorting component is two groups, includes lid, roller, end bearing and decelerating motor, roller per series cylinder sorting component It is fixed in rack components by end bearing, decelerating motor and lid are fixed in rack components, decelerating motor Output shaft is connect with roller shaft by shaft coupling, and lid is located above roller.

Preferably, intermediate high-frequency vibration exciter setting direction and the perpendicular arrangement of both sides high-frequency vibration exciter setting direction, are So that exciting dimension diversification, vibrating effect is more preferable, into the hopper component of both sides.

Preferably, high-frequency vibration exciter is vibrating motor.

Preferably, discharge bucket component includes intermediate discharge bucket and two side auxiliary material discharge buckets, intermediate discharge bucket and two A side auxiliary material discharge bucket is fixed in rack components, and intermediate discharge bucket upper end includes two feed inlets, intermediate discharge bucket Feed inlet and side auxiliary material discharge bucket the lower section of roller that is in of gating location.Further, feed back component includes back Expects pipe and thereon feed back control switch, feed back pipe upper end be connected to feeding warehouse, feed back pipe lower end connection side auxiliary material discharge bucket go out Material mouth or intermediate discharge bucket discharge port, controller connect feed back control switch.

Preferably, rack components includes lower framework, mounting bracket, vibrating disk fixed frame, adjusting air valve and controller, peace It shelves and is fixed on lower framework, adjusting air valve, vibrating disk fixed frame and controller are arranged on mounting bracket, and vibrating disk is solid Determine frame and be used to adjust the ventilatory capacity of dust suction component for installing vibrating disk component, adjusting air valve, controller is for controlling feeding warehouse Component, hopper component, moves the dynamic of square position component, roller sorting component, discharge bucket component and feed back component at vibrating disk component Make；

Preferably, feeding warehouse component includes herringbone valve, feeding warehouse, discharge baffle and electric pushrod, herringbone valve be fixedly installed into Above feed bin, feeding warehouse is fixed at rack components；Electric pushrod is arranged on feeding warehouse, electric pushrod telescopic end and discharging Baffle is connected, and discharge baffle setting drives discharge baffle action in feeding warehouse lower end discharge outlet, by the way that electric pushrod is flexible, Control the gap of discharge baffle and vibrating disk；

Preferably, mobile square position component includes left side hopper fixed frame, right side hopper fixed frame, slide, sliding rail, square position base Frame, speed regulating motor, motor fixing seat, left end vertical bearing, left end lead screw, left end feed screw nut seat, gear driver, right end are vertical Formula bearing, right end lead screw and right end feed screw nut's seat；Square position pedestal is fixed in rack components；Slide is formed with sliding rail and is moved Dynamic secondary to be connected, sliding rail is two parallel to each other, and slide is two groups, and two one slide rails are separately positioned on the both ends of square position pedestal On, every group of slide is fixedly connected with left side hopper fixed frame and right side hopper fixed frame respectively；Speed regulating motor is fixed by motor Seat is arranged on the intermediate transverse slat of square position pedestal, and speed regulating motor output shaft is connect with left end lead screw；Gear driver, left end are vertical Bearing and right end vertical bearing are fixed on the pedestal of square position；Left end lead screw is mounted in left end vertical bearing, left end lead screw Nut seat is fitted to by feed screw nut pair on left end lead screw, and left end feed screw nut seat upper end and left side hopper fixed frame are solid Fixed connection；Right end lead screw is mounted on right end vertical bearing, and right end feed screw nut's seat is fitted to the right side by feed screw nut pair On terminal filament bar, right end feed screw nut's seat upper end is fixedly connected with right side hopper fixed frame；Left end lead screw and right end lead screw pass through tooth Take turns driver connection；Even group hopper component is connected to left side hopper fixed frame and right side hopper by the second rubber shock-absorbing spring Fixed frame；

The separating plastic equipment for using above-mentioned technical proposal is vibrated using the high-frequency vibration exciter of hopper component, makes unlike material Plastics sequentially fall into roller sorting component, using two groups of hopper components and roller sorting component, and pass through shifting Dynamic square position component adjusts hopper component at a distance from roller sorting component, not only improves accurate, the Er Qieti of waste plastic sorting The high efficiency of sorting, the waste plastic not sub-elected is passed back feeding warehouse component especially with feed back component, not only can be with The accuracy of sorting is improved by operating again, and can be by adjusting the frequency of high-frequency vibration exciter, by two or more materials Waste plastic automatic sorting come out.The advantages of separating plastic equipment is that use cost is low, waste plastic sort accuracy and The efficiency of separation is high.

Description of the drawings

Fig. 1 is the configuration schematic diagram of the embodiment of the present invention.

Fig. 2 is the configuration schematic diagram of rack components.

Fig. 3 is the structural schematic diagram of feeding warehouse component and feed back component.

Fig. 4 is the configuration schematic diagram of vibrating disk component.

Fig. 5 is the configuration schematic diagram of hopper component.

Fig. 6 is the configuration schematic diagram of mobile square position component.

Fig. 7 is the configuration schematic diagram of gear driver.

Fig. 8 is the configuration schematic diagram of roller sorting component.

Fig. 9 is the schematic diagram of roller sorting component and discharge bucket component.

Specific implementation mode

The present invention is described further with embodiment with reference to the accompanying drawings of the specification.

Separating plastic equipment as shown in figs. 1 to 9, including rack components 1 and feeding warehouse component 2 thereon, vibrating disk group Part 3, hopper component 4, mobile square position component 5, roller sorting component 6, discharge bucket component 7 and feed back component 8；Vibrating disk component 3 Positioned at 2 lower section of feeding warehouse component, vibrating disk component 3 is used to the plastic raw materials vibration in feeding warehouse component 2 being divided into left and right two-way Into hopper component 4, hopper component 4 is two groups, and the setting of hopper component 4 is arranged on mobile square position component 5 on hopper component 4 High-frequency vibration exciter forms the different displacement movements of material particles using the frictional force and inertia force generated between material and plate face； Roller sorting component 6 is two groups, and roller sorting component 6 is connected with 4 phase of hopper component, and roller sorting component 6 will be in hopper component 4 Plastic raw materials sorted, discharge bucket component 7 is located at the lower section of roller sorting component 6, and roller sorting component 6 passes through positive and negative rotation control Plastic raw materials processed enter both sides discharge bucket or intermediate discharge bucket, discharge bucket component 7 in discharge bucket component 7 and are connected by feed back component 8 Tap into bin component 2.

Rack components 1 includes lower framework 11, mounting bracket 12, vibrating disk fixed frame 13, adjusting air valve 14 and controller 15, Mounting bracket 12 is fixed on lower framework 11, and adjusting air valve 14, vibrating disk fixed frame 13 and the setting of controller 15 are being installed On frame 12, vibrating disk fixed frame is used to adjust the ventilatory capacity of dust suction component, control for installing vibrating disk component 3, adjusting air valve 14 Device 15 processed is for controlling feeding warehouse component 2, vibrating disk component 3, hopper component 4, mobile square position component 5,6 and of roller sorting component The action of discharge bucket component 7.

Feeding warehouse component 2 includes herringbone valve 21, feeding warehouse 22, discharge baffle 23 and electric pushrod 24, and herringbone valve 21 fixes 22 top of feeding warehouse is set, raw material to be sorted is put by end entrance on herringbone valve 21, feeding warehouse by manually or mechanically equipment 22 are fixed at rack components 1；Electric pushrod 24 is arranged on feeding warehouse 22,24 telescopic end of electric pushrod and discharge baffle 23 It is connected, the setting of discharge baffle 23 drives discharge baffle 23 in 22 lower end discharge outlet of feeding warehouse, by the way that electric pushrod 24 is flexible Action controls the gap of discharge baffle 23 and vibrating disk 31, to control the flow of charging；

Vibrating disk component 3 includes vibrating disk 31, the first rubber shock-absorbing spring 32, both sides vibrating motor 33 and intermediate vibrating motor 34,31 lower end of vibrating disk is fixedly connected with 32 phase of the first rubber shock-absorbing spring, 32 bottom end of the first rubber shock-absorbing spring and rack group 13 phase of vibrating disk fixed frame in part 1 is fixedly connected；The 31 high both sides in middle part of vibrating disk are low, and the 34 top connection of intermediate vibrating motor is shaken The middle part of Moving plate 31, the both sides of the top connection vibrating disk 31 of both sides vibrating motor 33；34 setting direction of intermediate vibrating motor with The perpendicular arrangement of 33 setting direction of both sides vibrating motor, in order to enable exciting dimension diversification, vibrating effect is more preferable, into both sides Hopper component 4 in；

Hopper component 4 is two groups, and every group of hopper component 4 is respectively at the lower section of 31 two sides feed opening of vibrating disk；Hopper component 4 Including dedusting collection port 41, hopper pedestal 46, hopper 42, the second rubber shock-absorbing spring 43, motor mount 44 and high-frequency excitation Device 45；Dedusting collection port 41 is mounted on 42 top of hopper, and dedusting collection port 41 is removed in hopper 42 by air-breathing in classification raw material Dust impurity, hopper 42 is tiltedly mounted on hopper pedestal 46, and hopper pedestal 46 is arranged by the second rubber shock-absorbing spring 43 On mobile square position component 5, high-frequency vibration exciter 45 is fixed on by motor mount 44 on hopper pedestal 46；

Hopper component 4 is removed by dedusting collection port 41 in use, wait for that separating plastic raw material is fallen to from vibrating disk 31 in hopper 42 It goes to wait for that the dust impurity in separating plastic raw material, high-frequency vibration exciter 45 are vibrated, hopper pedestal 46 and hopper 42 thereon is driven to shake It is dynamic so that the identical plastic raw materials of material move together in hopper 42, same identical since certain gradient is arranged in hopper 42 Plastics together from hopper 42 slide enter roller sorting component 6 in；High-frequency vibration exciter 45 is vibrating motor.

Mobile square position component 5 include left side hopper fixed frame 501, right side hopper fixed frame 502, slide 503, sliding rail 504, Square position pedestal 505, speed regulating motor 506, motor fixing seat 507, left end vertical bearing 508, left end lead screw 509, left end lead screw spiral shell Female seat 510, gear driver 511, right end vertical bearing 512, right end lead screw 513 and right end feed screw nut seat 514；Square position pedestal 505 are fixed in rack components 1；Slide 503 forms prismatic pair with sliding rail 504 and is connected, and sliding rail 504 is parallel to each other Two, slide 503 is two groups, and two one slide rails 504 are separately positioned on the both ends of square position pedestal 505, and every group of slide 503 is distinguished It is fixedly connected with left side hopper fixed frame 501 and right side hopper fixed frame 502；Speed regulating motor 506 is set by motor fixing seat 507 It sets on the intermediate transverse slat of square position pedestal 505,506 output shaft of speed regulating motor is connect with left end lead screw 509；Gear driver 511, Left end vertical bearing 508 and right end vertical bearing 512 are fixed on square position pedestal 505；Left end lead screw 509 is mounted on left end In vertical bearing 508, left end feed screw nut seat 510 is fitted to by feed screw nut pair on left end lead screw 509, left end lead screw 510 upper end of nut seat is fixedly connected with left side hopper fixed frame 501；Right end lead screw 513 is mounted on right end vertical bearing 512, Right end feed screw nut seat 514 is fitted to by feed screw nut pair on right end lead screw 513,514 upper ends of right end feed screw nut's seat It is fixedly connected with right side hopper fixed frame 502；Left end lead screw 509 and right end lead screw 513 are connected by gear driver 511；Even Group hopper component 4 is connected to left side hopper fixed frame 501 and right side hopper fixed frame by the second rubber shock-absorbing spring 43 502；

Mobile square position component 5 is in use, speed regulating motor 506 drives left end lead screw 509 to rotate so that left side hopper fixed frame 501 It moves linearly on sliding rail 504, is driven by gear driver 511, right end lead screw 513 is driven to rotate so that right side hopper is solid Determine frame 502 to move linearly on sliding rail 504, left side hopper fixed frame 501 and 502 moving direction of right side hopper fixed frame it is opposite or Person is reversed, realizes that single action power drive, two hopper components 4 move synchronously simultaneously, and hopper component is adjusted by mobile square position component 5 4 at a distance from roller sorting component 6, improves the accuracy of sorting；

Gear driver 511 includes dust cover 5111 and two gears 5112, and two gears 5112 are separately mounted to left end lead screw 509 and right end lead screw 513 end, two modules and number of teeth all same mesh together, play gearing, dust cover 5111 are fixed on square position pedestal 505, and dust cover 5111 protects two gear engagements；

Roller sorting component 6 is two groups, includes lid 61, roller 62, end bearing 63 and the electricity that slows down per series cylinder sorting component 6 Machine 64, roller 62 are fixed at by end bearing 63 in rack components 1, and decelerating motor 64 and lid 61 are fixed at machine On frame component 1,64 output shaft of decelerating motor is connect with 62 shaft of roller by shaft coupling, and lid is located at 62 top of roller；

Roller sorting component 6 is in use, decelerating motor 64 drives 62 positive and negative rotation of roller so that under first being shaken in hopper component 4 The plastics come are fallen on roller 62, from b to the side auxiliary material discharge bucket 71 fallen in discharge bucket component 7, behind shake the modeling got off Material is overturn by decelerating motor 64, from a to the intermediate discharge bucket 72 entered in discharge bucket component 7, realizes sorting；

Discharge bucket component 7 includes intermediate discharge bucket 72 and two side auxiliary material discharge buckets 71, intermediate discharge bucket 72 and two sides Auxiliary material discharge bucket 71 is fixed in rack components 1, and 72 upper end of intermediate discharge bucket includes two feed inlets, intermediate discharge bucket 72 Feed inlet and side auxiliary material discharge bucket 71 the lower section of roller 62 that is in of gating location；Two of intermediate discharge bucket 72 into Material mouth is used for the plastics that collection cylinder 62 slides inwardly, and the feed inlet of side auxiliary material discharge bucket 71 is outside for collection cylinder 62 Break away the plastics fallen；In side, it is former to collect plastics for the discharge port lower end of the discharge port of auxiliary material discharge bucket 71 and intermediate discharge bucket 72 Material, completes the sorting work of plastic raw materials.

Feed back component include feed back pipe and thereon feed back control switch, feed back pipe upper end be connected to feeding warehouse 22, feed back pipe Lower end connects side auxiliary material discharge bucket discharge port or intermediate discharge bucket discharge port, and controller connects feed back control switch.This implementation In example, the intermediate discharge bucket discharge port of feed back pipe lower end connection.Both sides discharge bucket or intermediate discharge bucket can collect difference after sorting The plastics of material, a variety of different plastics are convenient for injection molding again, energy conservation and environmental protection.

In use, by the 21 upper end inlet of waste plastic input herringbone valve of a variety of unlike materials, the material of waste plastic Such as ABS, PC, PMA, PP etc..By the frequency of high-frequency vibration exciter adjust to required separating plastic vibration frequency；It is pushed away by electronic The flexible flow for driving the control control charging of discharge baffle 23 of bar 24, waste plastic enter in vibrating disk 31, and both sides are vibrated horse It is adjusted up to 33 and intermediate vibrating motor 34 to required separating plastic vibration frequency, the height fallen into due to herringbone valve 21 and vibrating disk The low structure in the high both sides in middle part, the vibration screening accuracy at this is not high, is only used as primary election；Mobile square position component 5 controls Two hopper components 4 move synchronously simultaneously, by mobile square position component 5 adjust hopper component 4 and roller sorting component 6 away from From；It waits for that separating plastic raw material is fallen to from vibrating disk 31 in hopper 42, separating plastic raw material is waited for by the removing of dedusting collection port 41 In dust impurity, high-frequency vibration exciter 45 acts so that is moved together with required separating plastic in hopper 42, required separating plastic Enter in roller sorting component 6 from being slid in hopper 42；

It is fallen on roller 62 from the plastics to get off are first shaken in hopper component 4, from b to the side auxiliary material fallen in discharge bucket component 7 Discharge bucket 71, first shaken plastics i.e. needed for separating plastic, behind shake the plastics to get off and overturn by decelerating motor 64, from a To the intermediate discharge bucket 72 entered in discharge bucket component 7, feeding warehouse 22 is then returned to by feed back pipe, is swashed if not adjusting high frequency It shakes the frequency of device 45, you can the plastics for repeatedly sorting same material improve the accuracy of sorting, when required separating plastic is completed Afterwards, the frequency for adjusting high-frequency vibration exciter 45, begins to the sorting of the waste plastic of another material.

Claims

1. separating plastic equipment, it is characterised in that including rack components（1）And feeding warehouse component thereon（2）, vibrating disk component （3）, hopper component（4）, mobile square position component（5）, roller sorting component（6）With discharge bucket component（7）；Vibrating disk component（3） Positioned at feeding warehouse component（2）Lower section, roller sorting component（6）With hopper component（4）Mutually it is connected, hopper component（4）Setting is moving Dynamic square position component（5）On, discharge bucket component（7）Positioned at roller sorting component（6）Lower section；

Vibrating disk component（3）Including vibrating disk（31）, the first rubber shock-absorbing spring（32）, both sides vibrating motor（33）It shakes with centre Dynamic motor（34）, vibrating disk（31）Lower end and the first rubber shock-absorbing spring（32）It is fixedly connected, the first rubber shock-absorbing spring（32） Bottom end and rack components（1）In vibrating disk fixed frame（13）It is fixedly connected；Vibrating disk（31）The high both sides in middle part are low, centre vibration Motor（34）Top connects vibrating disk（31）Middle part, both sides vibrating motor（33）Top connect vibrating disk（31）Both sides；

Hopper component（4）It is two groups, every group of hopper component（4）It is respectively at vibrating disk（31）The lower section of two sides feed opening；Material Struggle against component（4）Including dedusting collection port（41）, hopper pedestal（46）, hopper（42）, the second rubber shock-absorbing spring（43）, motor it is solid Determine frame（44）And high-frequency vibration exciter（45）；Dedusting collection port（41）Mounted on hopper（42）Top, hopper（42）It is tiltedly mounted on Hopper pedestal（46）On, hopper pedestal（46）Pass through the second rubber shock-absorbing spring（43）Setting is in mobile square position component（5）On, it is high Frequency vibrator（45）Pass through motor mount（44）It is fixed on hopper pedestal（46）On；

Roller sorting component（6）It it is two groups, per series cylinder sorting component（6）Including lid（61）, roller（62）, end bearing （63）And decelerating motor（64）, roller（62）Pass through end bearing（63）It is fixed at rack components（1）On, decelerating motor （64）And lid（61）It is fixed at rack components（1）On, decelerating motor（64）Output shaft and roller（62）Shaft passes through connection Axis device connects, and lid is located at roller（62）Top.

2. separating plastic equipment according to claim 1, it is characterised in that intermediate vibrating motor（34）Setting direction and two Side vibrating motor（33）The perpendicular arrangement of setting direction.

3. separating plastic equipment according to claim 1, it is characterised in that high-frequency vibration exciter（45）It is vibrating motor.

4. separating plastic equipment according to claim 1, it is characterised in that including mobile square position component（5）Expect including left side Struggle against fixed frame（501）, right side hopper fixed frame（502）, slide（503）, sliding rail（504）, square position pedestal（505）, speed regulating motor （506）, motor fixing seat（507）, left end vertical bearing（508）, left end lead screw（509）, left end feed screw nut seat（510）, tooth Take turns driver（511）, right end vertical bearing（512）, right end lead screw（513）With right end feed screw nut's seat（514）；Square position pedestal （505）It is fixed at rack components（1）On；Slide（503）With sliding rail（504）It forms prismatic pair to be connected, sliding rail（504） It is two parallel to each other, slide（503）It is two groups, two one slide rails（504）It is separately positioned on square position pedestal（505）Both ends On, every group of slide（503）Respectively with left side hopper fixed frame（501）With right side hopper fixed frame（502）It is fixedly connected；Speed governing electricity Machine（506）Pass through motor fixing seat（507）It is arranged in square position pedestal（505）Intermediate transverse slat on, speed regulating motor（506）Output shaft With left end lead screw（509）Connection；Gear driver（511）, left end vertical bearing（508）With right end vertical bearing（512）It is fixed It is arranged in square position pedestal（505）On；Left end lead screw（509）Mounted on left end vertical bearing（508）In, left end feed screw nut's seat （510）It is fitted to left end lead screw by feed screw nut pair（509）On, left end feed screw nut's seat（510）Expect with left side upper end Struggle against fixed frame（501）It is fixedly connected；Right end lead screw（513）Mounted on right end vertical bearing（512）On, right end feed screw nut's seat （514）It is fitted to right end lead screw by feed screw nut pair（513）On, right end feed screw nut's seat（514）Expect with right side upper end Struggle against fixed frame（502）It is fixedly connected；Left end lead screw（509）With right end lead screw（513）Pass through gear driver（511）Connection；Even Group hopper component（4）Pass through the second rubber shock-absorbing spring（43）It is connected to left side hopper fixed frame（501）It is solid with right side hopper Determine frame（502）.

5. separating plastic equipment according to claim 1, it is characterised in that discharge bucket component（7）Including intermediate discharge bucket （72）With two side auxiliary material discharge buckets（71）, intermediate discharge bucket（72）With two side auxiliary material discharge buckets（71）It is fixed at Rack components（1）On, intermediate discharge bucket（72）Upper end includes two feed inlets, intermediate discharge bucket（72）Feed inlet and side it is auxiliary Expect discharge bucket（71）The roller that is in of gating location（62）Lower section.

6. separating plastic equipment according to claim 5, it is characterised in that separating plastic according to claim 1 is set It is standby, it is characterised in that including feed back component（8）, discharge bucket component（7）Pass through feed back component（8）Connect feeding warehouse component（2）, return Material component include feed back pipe and thereon feed back control switch, feed back pipe upper end be connected to feeding warehouse（22）, the connection of feed back pipe lower end Side auxiliary material discharge bucket discharge port or intermediate discharge bucket discharge port, controller connect feed back control switch.

7. separating plastic equipment according to claim 1, it is characterised in that rack components（1）Including lower framework（11）、 Mounting bracket（12）, vibrating disk fixed frame（13）, adjusting air valve（14）And controller（15）, mounting bracket（12）It is fixed at lower part Rack（11）On, adjusting air valve（14）, vibrating disk fixed frame（13）And controller（15）It is arranged in mounting bracket（12）On, controller （15）For controlling feeding warehouse component（2）, vibrating disk component（3）, hopper component（4）, mobile square position component（5）, roller sorting Component（6）, discharge bucket component（7）With feed back component（8）Action.

8. separating plastic equipment according to claim 1, it is characterised in that feeding warehouse component（2）Including herringbone valve（21）、 Feeding warehouse（22）, discharge baffle（23）And electric pushrod（24）, herringbone valve（21）Feeding warehouse is fixedly installed（22）Top, feeding warehouse （22）It is fixed at rack components（1）；Electric pushrod（24）It is arranged in feeding warehouse（22）On, electric pushrod（24）Telescopic end with Discharge baffle（23）It is connected, discharge baffle（23）It is arranged in feeding warehouse（22）Lower end discharge outlet, passes through electric pushrod（24） It is flexible to drive discharge baffle（23）Action, that is, control discharge baffle（23）With vibrating disk（31）Gap.