CN205613826U - Pollution -free recovery assembly line of iron abandonment packing material - Google Patents

Abstract

The utility model provides a pollution -free recovery assembly line of iron abandonment packing material, includes roller conveyor, first conveyer, four -axis shredder, second conveyer, iron abandonment packing material shredder, third conveyer, hammer crusher, fourth conveyer, iron discarded object separator, the 5th conveyer, iron discarded object stirring belt cleaning device and active carbon filter equipment, first conveyer is installed on the roller conveyor right side, and first conveyer links to each other with roller conveyor's left end, and the four -axis shredder is installed on first conveyer right side, and the four -axis shredder links to each other with the right -hand member of first conveyer, four -axis shredder right side installation second conveyer, and the four -axis shredder links to each other with the left end of second conveyer, the utility model has the advantages that: enable to paint the residue and useless metal separation is clean.

Description

A kind of irony discards packing material pollution-free recovery streamline

Technical field

This utility model relates to a kind of irony and discards packing material pollution-free recovery streamline, belongs to field of mechanical technique.

Background technology

Irony waste packing articles and packing container, according to country " hazardous waste judging standard general rule " (GB5085 7-2007) Hazardous waste mixing after decision rule, belong to hazardous waste.Chan Fei enterprise, recovery process unit the most all use simple cleaning Directly being sold to iron and steel enterprise after briquetting, more regular disposal unit uses the mode that Mechanical Crushing separates, though can will paint Residue is separated with old metal, but still has portion of residual amount of pollutant to mix with old metal, it is impossible to is completely separated, have impact on The recovery of old metal.Need to develop that a that paint residues can be made to separate with old metal is clean pollution-free to solve above-mentioned difficulties Reclaim streamline.Control management strengthen and law enforcement dynamics adds along with hazardous waste is discarded irony packing material by national environmental protection mechanism Greatly, and advocate Circular Economy and encourage the regeneration policy that postpones through effective place of hazardous waste..

Summary of the invention

The purpose of this utility model is to provide a kind of irony and discards packing material pollution-free recovery streamline.

Problem to be solved in the utility model be prior art Mechanical Crushing separate mode cannot by paint residues with The problem that old metal is kept completely separate out.

For realizing the purpose of this utility model, the technical solution adopted in the utility model is:

A kind of irony discards packing material pollution-free recovery streamline, tears up including roller conveyor, the first conveyer, four axles Machine, second conveyor, irony discard packing material shredder, the 3rd conveyer, hammer mill, the 4th conveyer, irony discard Thing segregation apparatus, the 5th conveyer, irony garbage stirring and washing device and active carbon filtering device, described first conveyer peace Being contained on the right side of roller conveyor, the first conveyer is connected with the left end of roller conveyor, and four axle shredders are arranged on the first conveying On the right side of machine, the right-hand member of four axle shredders and the first conveyer is connected, and installs second conveyor on the right side of four axle shredders, and four axles tear up Machine is connected with the left end of second conveyor, and irony is discarded packing material shredder and is arranged on the right side of second conveyor, and irony is discarded Packing material shredder is connected with the right-hand member of second conveyor, and irony discards installation the 3rd conveyer, ferrum on the right side of packing material shredder Matter is discarded the left end of packing material shredder and the 3rd conveyer and is connected, and hammer mill is arranged on the right side of the 3rd conveyer, hammer The right-hand member of formula disintegrating machine and the 3rd conveyer is connected, and installs the 4th conveyer, hammer mill and the 4th on the right side of hammer mill The left end of conveyer is connected, and irony garbage segregation apparatus is arranged on the right side of the 4th conveyer, irony garbage segregation apparatus Being connected with the right-hand member of the 4th conveyer, the 5th conveyer is arranged on the right side of irony garbage segregation apparatus, and irony garbage divides Being connected from device and the 5th conveyer left end, irony garbage stirring and washing device is arranged on the right side of the 5th conveyer, and irony is given up Gurry stirring and washing device and the 5th conveyer right-hand member are connected, and irony garbage stirring and washing device is by pipeline and activated carbon mistake Filter device is connected.

Described irony discards packing material shredder, including the first motor a, the first support plate a, slide rail a, slide block a, the first cylinder A, pressing plate a, entrance a, the second movable block a, cutter a, outlet a, carrier a, controller a, baffle plate a, the second motor a, sieve plate a, Second linear electric motors a, the first movable block a, the first linear electric motors a, the second support plate a, the second cylinder a and staving a, described staving a Inner top installs the first motor a, the output shaft of the first motor a is installed the first support plate a, the first support plate a and each side installs Slide block a, slide block a are arranged on slide rail a, and slide rail a is arranged on staving a medial wall, each side install under the first support plate a One cylinder a, installs pressing plate a under the piston rod of the first cylinder a, install two the second cylinder a, two the second gas under the first support plate a Second support plate a is installed under the piston rod of cylinder a, two the first linear electric motors a is installed under the second support plate a, the first linear electric motors a pacifies Fill the first movable block a, the second linear electric motors a, the second linear electric motors a be installed under the first movable block a and make installation the second movable block a, Installing three cutter a under second movable block a, install entrance a on the left of staving a, entrance is connected with second conveyor, peace in staving a Dress sieve plate a, in staving a, the second motor a respectively installed by left and right sides wall, and the output shaft of the second motor a is installed baffle plate a, baffle plate a position Installation outlet a on the right side of the lower section of sieve plate a, staving a, in staving a, carrier a is installed in lower end, and carrier a right-hand member is stretched from outlet a Going out outside staving a, carrier a and the 3rd conveyer are connected, and controller a is arranged on staving a lateral wall, and controller a passes through wire It is connected with the first motor a, the second motor a, carrier a, the second linear electric motors a and the first linear electric motors a respectively.

The built-in first electromagnetic valve a of described first cylinder a, the first electromagnetic valve a are connected with controller a by wire.

The built-in second electromagnetic valve a of described second cylinder a, the second electromagnetic valve a are connected with controller a by wire.

Described irony garbage segregation apparatus, including support b, pole b, entrance b, the first pipeline b, controller b, flows to Pipe b, flow to valve b, storage tank b, cell body b, flow out valve b, effuser b, waste tank b, the second pipeline b, outlet b, cylinder b, Permanent magnets b, arc b, slide rail b, slide block b and roller bearing b, described roller bearing b rear and front end is respectively arranged under pole b, and pole b installs Under support b, shaft coupling and motors are passed through in roller bearing b one end, and roller bearing b installs more than one cylinder b, cylinder about b two Side is respectively installed slide rail b, slide rail b and is connected with roller bearing b, and the piston rod of cylinder b is installed permanent magnets b, and permanent magnets b is each side pacified Dress slide block b, slide block b are arranged on slide rail b, install arc b, arc b and arc b and be connected to form one outside permanent magnets b Individual cylinder, arranges cell body b below cylinder, install first pipeline b in installing entrance b and flowing to pipe b, entrance b on the left of cell body b, First pipeline b and the 4th conveyer are connected, and flow to installation on pipe b and flow to valve b, flow to pipe b and be connected with storage tank b, and cell body b is right Effuser b and outlet b are installed in side, effuser b installs and flows out valve b, install waste tank b, below outlet b under effuser b Installing the second pipeline b, the second pipeline b and the 5th conveyer is connected, second controller b is arranged under cell body b, controller b By wire respectively with the first pipeline b, flow to valve b, flow out valve b and the second pipeline b be connected.

Described cylinder b internal solenoid valve b, electromagnetic valve b are connected with controller b by wire.

Described irony garbage stirring and washing device, including the first motor c, the first electrodynamic valve c, conveying pipe c, shaft c, First cylinder c, the first flake bearing c, bearing pin c, the second flake bearing c, paddle c, friction column c, screen plate c, controller c, Plate c, magnechuck c, pillar c, conveyer c, the 3rd cylinder c, the second cylinder c, discharge pipe c, bearing bracket stand c, expansion link c, silk Female c, leading screw c, the second motor c, the second electrodynamic valve c, agitator c and support c, described agitator c installs support c, on support c First motor c, the first motor c are installed be connected with shaft c by shaft coupling, two paddle c, stirring are installed under shaft c More than one friction column c is installed under leaf c, conveying pipe c is installed on the left of agitator c, conveying pipe c installs the first electrodynamic valve c, stirring Each side installing the first cylinder c in bucket c, the piston rod of the first cylinder c is arranged on the first flake bearing c, the first flake Bearing c is arranged on screen plate c, and screen plate c side is installed more than one bearing pin c, bearing pin c and is arranged on the second flake bearing c, Second flake bearing c is arranged on agitator c medial wall, installs discharge pipe c on the right side of agitator c, and discharge pipe c installs the second electricity Moving valve c, discharge pipe c inner top is installed the second motor c, the second motor c and is connected with leading screw c by shaft coupling, leading screw about c two ends Respectively being arranged on bearing bracket stand c, bearing bracket stand c is arranged on discharge pipe c inner top leading screw c installation screw c, built-in on the right side of screw c stretches Contracting bar c, expansion link c right-hand member is arranged on bearing bracket stand c, installs the second cylinder c under screw c, installs under the piston rod of the second cylinder c 3rd cylinder c, mounting column c on the piston rod of the 3rd cylinder c, install magnechuck c under pillar c, install and dial under magnechuck c Plate c, conveyer c are arranged in discharge pipe c, and controller c is arranged on outside agitator c, and controller c is electric with first respectively by wire Machine c, the first electrodynamic valve c, magnechuck c, conveyer c, the second motor c are connected with electrodynamic valve.

The built-in first electromagnetic valve c of described first cylinder c, the first electromagnetic valve c are connected with controller c by wire, the second gas The built-in second electromagnetic valve c of cylinder c, the second electromagnetic valve c are connected with controller c by wire, the 3rd built-in 3rd electromagnetic valve c of cylinder c, 3rd electromagnetic valve c is connected with controller c by wire.

Described active carbon filtering device, including air inlet pipe d, intake valve d, the first activated carbon screen plate d, the 3rd motor d, silk Female d, activated carbon filter ball d, the second activated carbon screen plate d, support d, casing d, the second motor d, the 3rd activated carbon screen plate d, Air bleeding valve d, exhaustor d, connecting shaft d, the first motor d, support d, leading screw d, bearing bracket stand d, slide block d, slide rail d, controller d and storage Gas tank d, described air accumulator d upper end is installed into trachea d, installs the first activated carbon in air inlet pipe d is installed into air valve d, air accumulator d Screen plate d and slide rail d, slide rail d are positioned at below the first activated carbon screen plate d, and slide rail d installs slide block d, install silk under slide block d Female d, screw d are arranged on leading screw d, and leading screw d left end is connected by the first shaft coupling and the 3rd motor d, and the 3rd motor d is arranged on In air accumulator d, leading screw d right-hand member is arranged on bearing bracket stand d, and bearing bracket stand d is arranged in air accumulator d, installs support d, machine under screw d Installing the first motor d, the first motor d on seat d to be connected with connecting shaft d by the second shaft coupling, the second shaft coupling is arranged on support d On, support d is arranged under support d, installs two second motor ds in installing casing d, casing d under connecting shaft d, the second motor d's Output shaft stretches out outside casing d, and the output shaft of the second motor d is installed two the second activated carbon screen plate d, and the second activated carbon filters Installing more than one activated carbon filter ball d on plate d, the 3rd activated carbon screen plate d is arranged in air accumulator d, the 3rd activated carbon mistake Filter plate d is positioned at below slide rail d, and exhaustor d is installed in air accumulator d lower end, exhaustor d installs air bleeding valve d, controller d and is arranged on On air accumulator d, controller d by wire respectively with intake valve d, the 3rd motor d, the second motor d, air bleeding valve d and the first motor d It is connected.

Described first activated carbon screen plate d and the 3rd activated carbon screen plate d thickness are identical.

The utility model has the advantages that: roller conveyor transports paint kettle, and paint kettle is transported to four axles by the first conveyer In shredder, after the processing of four axle shredders, paint kettle is shredded into big packaged iron block, big packaged iron block second conveyor Being transported to irony and discard in packing material shredder, big packaged iron block is transported to sieve plate a from entrance a, and controller a controls first The energising of electromagnetic valve a or power-off, make the piston rod of the first cylinder a do stretching, makes the first pressing plate a move down, makes pressing plate a Iron block is fixed；Controller a controls the piston rod of the second cylinder a and does stretching, makes cutter a move down near iron block； Controller a controls the first linear electric motors a and starts, and makes the first movable block a move, and cuts iron block before and after band cutter a；Controller a Control the second linear electric motors a to start, make the second movable block a move, make cutter a move left and right, expand the cut coverage of cutter a, Whole iron block is made to be cut；Controller a controls the first motor a and rotates, and makes pressing plate a and cutter a rotate, makes pressing plate a energy Push down two other side of iron block, make cutter a the iron block cut into inch strips can be carried out transverse cuts, make iron block become less Block structure；Controller a controls the second motor a and starts, and makes baffle plate a rotate, makes baffle plate a away from sieve plate a, make on sieve plate a Little iron block drops on carrier a；Controller a controls carrier a and starts, and is transported on the 3rd conveyer by little iron block；

Little iron block is transported in hammer mill by the 3rd conveyer, and iron block is rubbed into iron ball, iron ball by hammer mill It is transported on the first pipeline b of irony garbage segregation apparatus by the 4th conveyer；

First pipeline b drops in cell body b after being transported to by iron ball in entrance b, and controller b controls to flow to valve b and opens, Make to flow to pipe b in cell body b, carry current；Motor drives roller bearing b to rotate, and makes cylinder rotate, and iron ball is attracted to take to by permanent magnets b Above outlet b, the paint residues on iron ball does not have magnetic, along with waste water is discharged in waste tank b from effuser b；Control Device b controls energising or the power-off of cylinder b internal solenoid valve b, makes the piston rod of cylinder b do stretching, makes permanent magnets b and arc Plate b is displaced outwardly, and makes slide block b move on slide rail b, promotes the iron ball near this arc b to move right, after making paint-removing Iron ball drops to the second pipeline b from outlet b smoothly, is transported to next link；

Iron ball is transported in the conveying pipe c of irony garbage stirring and washing device by the second pipeline b, and controller c controls First electromagnetic valve c starts, and makes iron ball enter into agitator c internal controller c from conveying pipe c and controls the first motor c startup, makes to stir Mix axle c to rotate, make paddle c and friction column c rotate and clean iron ball；Paddle c can press iron ball, friction column c energy and iron ball Rub, play the effect of cleaning；Controller c controls energising or the power-off of the built-in first electromagnetic valve c of the first cylinder c, makes The piston rod of one cylinder c does stretching motion, makes screen plate c shake, dropping of the residue on accelerated filtration plate c；Controller c controls The unlatching of the second electrodynamic valve c, controller c controls the second motor c and rotates forward, makes leading screw c rotate forward, make screw c be moved to the left；Expansion link C is avoided that screw c rotates；Controller c control the 3rd cylinder c piston rod do stretching, make magnechuck c and plate c to Move left above screen plate c；Controller c controls energising or the power-off of the second electromagnetic valve c, makes the piston rod of the second cylinder c do Stretching motion, regulates the distance between magnechuck c and plate c and screen plate c；Controller c controls magnechuck c energising tool It is magnetic, iron ball is adsorbed onto above conveyer c；Controller c controls motor reversal, makes leading screw c invert, and makes screw c move right Dynamic, make plate c be pushed above conveyer c by iron ball；Controller c controls conveyer c and starts, and the iron ball after removing paint transports Store in storage device；

Controller d controls intake valve d and opens, and admits air in air accumulator d, and air is through the first activated carbon screen plate D filters；Controller d controls the 3rd motor d and starts, and makes leading screw d rotate, makes screw d move left and right, makes slide block d move on slide rail d Dynamic, make the second activated carbon screen plate d and activated carbon filter ball d move left and right, make the second activated carbon screen plate d and activated carbon filter Ball d is fully contacted with air；Controller d is controlled the first motor d and is started, and makes the second activated carbon screen plate d and activated carbon filter ball d indulge To rotation, the second activated carbon screen plate d and activated carbon filter ball d is made to be fully contacted with air；Controller d controls the second motor d Start, make the second activated carbon screen plate d and activated carbon filter ball d horizontal rotation, make the second activated carbon screen plate d and activated carbon mistake Filter bulb d is fully contacted with air；After air enters the filtration of the 3rd activated carbon screen plate d, it is discharged to irony garbage through exhaustor d In stirring and washing device, promote that on iron ball be coming off of paint residues.

Accompanying drawing explanation

Fig. 1 is this utility model integral installation schematic diagram；

Fig. 2 is that irony discards packing material shredder overall structure figure；

Fig. 3 is the top view of a portion structure；

Fig. 4 is the top view of b portion structure；

Fig. 5 is irony garbage segregation apparatus overall structure figure；

Fig. 6 is irony garbage stirring and washing device overall structure figure；

Fig. 7 is active carbon filtering device overall structure figure；

In figure: 1, roller conveyor the 2, first conveyer 3, four axle shredder 4, second conveyor 5, ferrum Matter discard packing material shredder the 6, the 3rd conveyer 7, hammer mill the 8, the 4th conveyer 9, irony discard Thing segregation apparatus the 10, the 5th conveyer 11, irony garbage stirring and washing device 12, active carbon filtering device；

101, first motor a the 102, first support plate a 103, slide rail a 104, slide block a the 105, first cylinder a 106, pressing plate a 107, entrance a the 108, second movable block a 109, cutter a 1010, outlet a 1011, conveying Device a 1012, controller a 1013, baffle plate a the 1014, second motor a 1015, sieve plate a the 1016, second straight line Motor a the 1017, first movable block a the 1018, first linear electric motors a the 1019, second support plate a the 1020, second gas Cylinder a 1021, staving a；

201, support b 202, pole b 203, entrance b the 204, first pipeline b 205, controller b 206, flow to pipe b 207, flow to valve b 208, storage tank b 209, cell body b 2010, outflow valve b 2011, stream Go out pipe b 2012, waste tank b the 2013, second pipeline b 2014, outlet b 2015, cylinder b 2016, forever Magnetic piece b 2017, arc b 2018, slide rail b 2019, slide block b 2020, roller bearing b；

301, first motor c the 302, first electrodynamic valve c 303, conveying pipe c 304, shaft c 305, the One cylinder c the 306, first flake bearing c 307, bearing pin c the 308, second flake bearing c 309, paddle c 3010, friction column c 3011, screen plate c 3012, controller c 3013, plate c 3014, magnechuck c 3015, pillar c 3016, conveyer c the 3017, the 3rd cylinder c the 3018, second cylinder c 3019, discharge pipe c 3020, bearing bracket stand c 3021, expansion link c 3022, screw c 3023, leading screw c the 3024, second motor c 3025, the second electrodynamic valve c 3026, agitator c 3027, support c；

401, air inlet pipe d 402, intake valve d the 403, first activated carbon screen plate d the 404, the 3rd motor d 405, screw d 406, activated carbon filter ball d the 407, second activated carbon screen plate d 408, support d 409, casing d 4010, the second motor d the 4011, the 3rd activated carbon screen plate d 4012, air bleeding valve d 4013, exhaustor d 4014, Connecting shaft d the 4015, first motor d 4016, support d 4017, leading screw d 4018, bearing bracket stand d 4019, slide block D 4020, slide rail d 4021, controller d 4022, air accumulator d.

Detailed description of the invention

Below in conjunction with the accompanying drawings and this utility model is further described by embodiment.

A kind of irony discards packing material pollution-free recovery streamline, tears including roller conveyor the 1, first conveyer 2, four axle Broken machine 3, second conveyor 4, irony discard packing material shredder the 5, the 3rd conveyer 6, hammer mill the 7, the 4th conveyer 8, Irony garbage segregation apparatus the 9, the 5th conveyer 10, irony garbage stirring and washing device 11 and active carbon filtering device 12, Described first conveyer 2 is arranged on the right side of roller conveyor 1, and the first conveyer 2 is connected with the left end of roller conveyor 1, four axles Shredder 3 is arranged on the right side of the first conveyer 2, and four axle shredders 3 are connected with the right-hand member of the first conveyer 2, and four axle shredders 3 are right Second conveyor 4 is installed in side, and four axle shredders 3 are connected with the left end of second conveyor 4, and irony is discarded packing material shredder 5 and pacified Being contained in the right side of second conveyor 4, irony is discarded packing material shredder 5 and is connected with the right-hand member of second conveyor 4, the discarded bag of irony Installing the 3rd conveyer 6 on the right side of dress thing shredder 5, irony is discarded packing material shredder 5 and is connected with the left end of the 3rd conveyer 6, Hammer mill 7 is arranged on the right side of the 3rd conveyer 6, and hammer mill 7 is connected with the right-hand member of the 3rd conveyer 6, and hammer breaks Installing the 4th conveyer 8 on the right side of broken machine 7, hammer mill 7 is connected with the left end of the 4th conveyer 8, and irony garbage separates dress Putting 9 right sides being arranged on the 4th conveyer 8, irony garbage segregation apparatus 9 is connected with the right-hand member of the 4th conveyer 8, and the 5th is defeated Machine 10 is sent to be arranged on the right side of irony garbage segregation apparatus 9, irony garbage segregation apparatus 9 and the 5th conveyer 10 left end phase Even, irony garbage stirring and washing device 11 is arranged on the right side of the 5th conveyer 10, irony garbage stirring and washing device 11 with 5th conveyer 10 right-hand member is connected, and irony garbage stirring and washing device 11 is connected with active carbon filtering device 12 by pipeline.

Described irony discards packing material shredder 5, including the first motor a101, the first support plate a102, slide rail a103, slide block A104, the first cylinder a105, pressing plate a106, entrance a107, the second movable block a108, cutter a109, outlet a1010, carrier A1011, controller a1012, baffle plate a1013, the second motor a1014, sieve plate a1015, the second linear electric motors a1016, the first shifting Motion block a1017, the first linear electric motors a1018, the second support plate a1019, the second cylinder a1020 and staving a1021, described staving A1021 inner top installs the first motor a101, and the output shaft of the first motor a101 is installed the first support plate a102, controller A1012 controls the first motor a101 and rotates, and makes pressing plate a106 and cutter a109 rotate, makes pressing plate a106 can push down iron block additionally Two sides, make cutter a109 the iron block cut into inch strips can be carried out transverse cuts, make iron block become less block structure； First support plate a102 each side installs slide block a104, slide block a104 and is arranged on slide rail a103, and slide rail a103 is arranged on bucket On body a1021 medial wall, the first cylinder a105, the first cylinder a105 built-in first are each side installed under first support plate a102 Electromagnetic valve a, the first electromagnetic valve a are connected with controller a1012 by wire, install pressing plate under the piston rod of the first cylinder a105 A106, iron block is transported to sieve plate a1015 from entrance a107, and controller a1012 controls the energising of the first electromagnetic valve a or disconnected Electricity, makes the piston rod of the first cylinder a105 do stretching, makes the first pressing plate a106 move down, and makes pressing plate a106 that iron block is solid Determine to live；The built-in second electromagnetic valve a of two the second cylinder a1020, the second cylinder a1020, the second electricity are installed under the first support plate a102 Magnet valve a is connected with controller a1012 by wire, installs the second support plate a1019 under the piston rod of two the second cylinder a1020, Controller a1012 controls the piston rod of the second cylinder a1020 and does stretching, makes cutter a109 move down near iron block；Control Device a1012 processed controls the first linear electric motors a1018 and starts, and makes the first movable block a1017 move, and cuts before and after band cutter a109 Iron block；Two the first linear electric motors a1018 are installed under the second support plate a1019, the first linear electric motors a1018 install first and moves Block a1017, installs the second linear electric motors a1016, the second linear electric motors a1016 and makes installation second move under the first movable block a1017 Motion block a108, controller a1012 control the second linear electric motors a1016 and start, and make the second movable block a108 move, make cutter a109 Move left and right, expand the cut coverage of cutter a109, make whole iron block to be cut；Three are installed under second movable block a108 Individual cutter a109, installs entrance a107 on the left of staving a1021, left and right in mounted sieve a1015, staving a1021 in staving a1021 The second motor a1014 is respectively installed in two side, the output shaft of the second motor a1014 is installed baffle plate a1013, baffle plate a1013 and is positioned at The lower section of sieve plate a1015, controller a1012 controls the second motor a1014 and starts, makes baffle plate a1013 rotate, make baffle plate a1013 Away from sieve plate a1015, the little iron block on sieve plate a1015 is made to drop on carrier a1011；Installation outlet on the right side of staving a1021 A1010, in staving a1021, carrier a1011 is installed in lower end, and carrier a1011 right-hand member stretches out staving a1021 from outlet a1010 Outward, controller a1012 controls carrier a1011 and starts, and little iron block is transported to next link, and controller a1012 is arranged on On staving a1021 lateral wall, controller a1012 by wire respectively with the first motor a101, the second motor a1014, carrier A1011, the second linear electric motors a1016 and the first linear electric motors a1018 are connected.

Described irony garbage segregation apparatus 9, including support b201, pole b202, entrance b203, the first pipeline B204, controller b205, flow to pipe b206, flow to valve b207, storage tank b208, cell body b209, flow out valve b2010, effuser B2011, waste tank b2012, the second pipeline b2013, outlet b2014, cylinder b2015, permanent magnets b2016, arc B2017, slide rail b2018, slide block b2019 and roller bearing b2020, described roller bearing b2020 rear and front end is respectively arranged under pole b202, Pole b202 is arranged under support b201, and shaft coupling and motors are passed through in roller bearing b2020 one end, and roller bearing b2020 installs not Only a cylinder b2015, cylinder b2015 each side install slide rail b2018, cylinder b2015 internal solenoid valve b, electromagnetic valve b Being connected with controller b205 by wire, slide rail b2018 is connected with roller bearing b2020, and the piston rod of cylinder b2015 is installed permanent magnetism Block b2016, permanent magnets b2016 each side installs slide block b2019, slide block b2019 and is arranged on slide rail b2018, permanent magnets Arc b2017, arc b2017 and arc b2017 are installed outside b2016 and are connected to form a cylinder, set below cylinder Putting cell body b209, motor drives roller bearing b2020 to rotate, and makes cylinder rotate, and iron ball is attracted to take outlet to by permanent magnets b2016 Above b2014, the paint residues on iron ball does not have magnetic, along with waste water is discharged to waste tank b2012 from effuser b2011 In；First pipeline b204, the first conveying are installed in entrance b203 being installed on the left of cell body b209 and flowing to pipe b206, entrance b203 Line b204 drops in cell body b209 after being transported to by iron ball in entrance b203, flows to installation on pipe b206 and flows to valve b207, stream Inlet pipe b206 is connected with storage tank b208, and controller b205 controls to flow to valve b207 and opens, and makes to flow to pipe b206 to cell body b209 Interior conveying current；Effuser b2011 and outlet b2014 are installed on the right side of cell body b209, effuser b2011 install and flows out valve B2010, installs waste tank b2012, installs the second pipeline b2013, controller below outlet b2014 under effuser b2011 B205 controls energising or the power-off of cylinder b2015 internal solenoid valve b, makes the piston rod of cylinder b2015 do stretching, makes permanent magnetism Block b2016 and arc b2017 is displaced outwardly, and makes slide block b2019 move on slide rail b2018, promotes this arc b2017 attached Near iron ball moves right, and makes the iron ball after paint-removing drop to the second pipeline b2013 from outlet b2014 smoothly, Being transported to next link, controller b205 is arranged under cell body b209, and controller b205 is defeated with first respectively by wire Line sending b204, flow to valve b207, flow out valve b2010 and the second pipeline b2013 be connected.

Described irony garbage stirring and washing device 11, including the first motor c301, the first electrodynamic valve c302, conveying pipe C303, shaft c304, the first cylinder c305, the first flake bearing c306, bearing pin c307, the second flake bearing c308, stirring Leaf c309, friction column c3010, screen plate c3011, controller c3012, plate c3013, magnechuck c3014, pillar c3015, Conveyer c3016, the 3rd cylinder c3017, the second cylinder c3018, discharge pipe c3019, bearing bracket stand c3020, expansion link c3021, Screw c3022, leading screw c3023, the second motor c3024, the second electrodynamic valve c3025, agitator c3026 and support c3027, described Support c3027 is installed on agitator c3026, support c3027 installs the first motor c301, the first motor c301 and passes through shaft coupling Being connected with shaft c304, controller c3012 controls the first electromagnetic valve c and starts, and makes iron ball enter into from conveying pipe c303 and stirs Mix barrel c3026 internal controller c3012 and control the first motor c301 startup, make shaft c304 rotate, make paddle c309 and rub Wipe post c3010 rotation and clean iron ball；Two paddle c309 are installed under shaft c304, under paddle c309, install more than one Individual friction column c3010, paddle c309 can press iron ball, and friction column c3010 can rub with iron ball, plays the work of cleaning With；Conveying pipe c303 is installed on the left of agitator c3026, conveying pipe c303 installs the first electrodynamic valve c302, in agitator c3026 The built-in first electromagnetic valve c of first cylinder c305, the first cylinder c305 is each side installed, the first electromagnetic valve c by wire with Controller c3012 is connected, and the piston rod of the first cylinder c305 is arranged on the first flake bearing c306, the first flake bearing c306 Being arranged on screen plate c3011, more than one bearing pin c307 is installed in screen plate c3011 side, and bearing pin c307 is arranged on the second fish Axis oculi holds on c308, and the second flake bearing c308 is arranged on agitator c3026 medial wall, and controller c3012 controls the first gas The energising of the built-in first electromagnetic valve c of cylinder c305 or power-off, make the piston rod of the first cylinder c305 do stretching motion, make screen plate C3011 shakes, dropping of the residue on accelerated filtration plate c3011；Discharge pipe c3019, discharge pipe are installed on the right side of agitator c3026 C3019 upper installation the second electrodynamic valve c3025, it is logical that discharge pipe c3019 inner top installs the second motor c3024, the second motor c3024 Crossing shaft coupling to be connected with leading screw c3023, leading screw about c3023 two ends are respectively arranged on bearing bracket stand c3020, and bearing bracket stand c3020 pacifies Being contained on discharge pipe c3019 inner top leading screw c3023 installation screw c3022, on the right side of screw c3022, built-in flexible bar c3021, stretches Contracting bar c3021 right-hand member is arranged on bearing bracket stand c3020, and expansion link c3021 is avoided that screw c3022 rotates；Pacify under screw c3022 Filling the built-in second electromagnetic valve c of the second cylinder c3018, the second cylinder c3018, the second electromagnetic valve c is by wire and controller c3012 Being connected, controller c3012 controls the unlatching of the second electrodynamic valve c3025, and controller c3012 controls the second motor c3024 and rotates forward, and makes Leading screw c3023 rotates forward, and makes screw c3022 be moved to the left；Controller c3012 controls energising or the power-off of the second electromagnetic valve c, makes The piston rod of two cylinder c3018 does stretching motion, regulates between magnechuck c3014 and plate c3013 and screen plate c3011 Distance；3rd cylinder c3017, the 3rd cylinder c3017 built-in 3rd electromagnetic valve c are installed under the piston rod of the second cylinder c3018, 3rd electromagnetic valve c is connected with controller c3012 by wire, and the piston rod of controller c3012 control the 3rd cylinder c3017 does to be stretched Exhibition motion, makes magnechuck c3014 and plate c3013 be moved to the left to above screen plate c3011；The work of the 3rd cylinder c3017 Mounting column c3015 on stopper rod, installs magnechuck c3014 under pillar c3015, install plate under magnechuck c3014 C3013, controller c3012 control magnechuck c3014 energising and have magnetic, are adsorbed onto by iron ball above conveyer c3016 and control Device c3012 processed controls motor reversal, makes leading screw c3023 invert, and makes screw c3022 move right, makes plate c3013 be dialled by iron ball Above conveyer c3016；Installing plate c3013 under magnechuck c3014, conveyer c3016 is arranged on discharge pipe c3019 In, controller c3012 controls conveyer c3016 and starts, and iron ball transports next link, and controller c3012 is arranged on and stirs Mix outside barrel c3026, controller c3012 by wire respectively with the first motor c301, the first electrodynamic valve c302, magnechuck C3014, conveyer c3016, the second motor c3024 are connected with electrodynamic valve.

Described active carbon filtering device 12, including air inlet pipe d401, intake valve d402, the first activated carbon screen plate d403, 3rd motor d404, screw d405, activated carbon filter ball d406, the second activated carbon screen plate d407, support d408, casing D409, the second motor d4010, the 3rd activated carbon screen plate d4011, air bleeding valve d4012, exhaustor d4013, connecting shaft d4014, First motor d4015, support d4016, leading screw d4017, bearing bracket stand d4018, slide block d4019, slide rail d4020, controller d4021 With air accumulator d4022, described air accumulator d4022 upper end is installed into trachea d401, air inlet pipe d401 is installed into air valve d402, control Device d4021 processed controls intake valve d402 and opens, and admits air in air accumulator d4022, installs first and live in air accumulator d4022 Property charcoal screen plate d403 and slide rail d4020, air filters through the first activated carbon screen plate d403；Slide rail d4020 is positioned at first Below activated carbon screen plate d403, slide rail d4020 installs slide block d4019, screw d405, screw are installed under slide block d4019 D405 is arranged on leading screw d4017, and leading screw d4017 left end is connected by the first shaft coupling and the 3rd motor d404, the 3rd motor D404 is arranged in air accumulator d4022, and leading screw d4017 right-hand member is arranged on bearing bracket stand d4018, and bearing bracket stand d4018 is arranged on storage In gas tank d4022, support d4016, controller d4021 are installed under screw d405 and control the 3rd motor d404 startup, make leading screw D4017 rotates, and makes screw d405 move left and right, makes slide block d4019 move on slide rail d4020, makes the second activated carbon screen plate D407 and activated carbon filter ball d406 moves left and right, and makes the second activated carbon screen plate d407 and activated carbon filter ball d406 and air It is fully contacted；First motor d4015, the first motor d4015 are installed by the second shaft coupling and connecting shaft on support d4016 D4014 is connected, and controller d4021 is controlled the first motor d4015 and started, and makes the second activated carbon screen plate d407 and activated carbon filter ball D406 longitudinally rotates, and makes the second activated carbon screen plate d407 and activated carbon filter ball d406 be fully contacted with air；Second shaft coupling Device is arranged on support d408, and support d408 is arranged under support d4016, installs casing d409, casing under connecting shaft d4014 Installing two the second motor d4010 in d409, the output shaft of the second motor d4010 stretches out outside casing d409, and controller d4021 is controlled Make the second motor d4010 to start, make the second activated carbon screen plate d407 and activated carbon filter ball d406 horizontal rotation, make second to live Property charcoal screen plate d407 and activated carbon filter ball d406 is fully contacted with air；Two are installed on the output shaft of the second motor d4010 Individual second activated carbon screen plate d407, the second activated carbon screen plate d407 installs more than one activated carbon filter ball d406, the Three activated carbon screen plate d4011 are arranged in air accumulator d4022, and the 3rd activated carbon screen plate d4011 is positioned under slide rail d4020 Side, the first activated carbon screen plate d403 and the 3rd activated carbon screen plate d4011 thickness are identical, and air enters the 3rd activated carbon and filters After the filtration of plate d4011, outside exhaustor d4013 discharges air accumulator d4022, exhaustor is installed in air accumulator d4022 lower end D4013, exhaustor d4013 installs air bleeding valve d4012, controller d4021 and is arranged on air accumulator d4022, controller d4021 By wire respectively with intake valve d402, the 3rd motor d404, the second motor d4010, air bleeding valve d4012 and the first motor D4015 is connected.

Using method of the present utility model: roller conveyor 1 transports paint kettle, paint kettle is transported to by the first conveyer 2 In four axle shredders 3, after the processing of four axle shredders 3, paint kettle is shredded into big packaged iron block, big packaged iron block second Conveyer 4 is transported to irony and discards in packing material shredder 5, and big packaged iron block is transported to sieve plate a1015 from entrance a107, Controller a1012 controls energising or the power-off of the first electromagnetic valve a, makes the piston rod of the first cylinder a105 do stretching, makes One pressing plate a106 moves down, and makes pressing plate a106 be fixed by iron block；Controller a1012 controls the piston of the second cylinder a1020 Bar does stretching, makes cutter a109 move down near iron block；Controller a1012 controls the first linear electric motors a1018 and starts, Make the first movable block a1017 move, before and after band cutter a109, cut iron block；Controller a1012 controls the second linear electric motors A1016 starts, and makes the second movable block a108 move, makes cutter a109 move left and right, and expands the cut coverage of cutter a109, makes whole Individual iron block can be cut；Controller a1012 controls the first motor a101 and rotates, and makes pressing plate a106 and cutter a109 rotate, Make pressing plate a106 can push down two other side of iron block, make cutter a109 laterally to be cut by the iron block cut into inch strips Cut, make iron block become less block structure；Controller a1012 controls the second motor a1014 and starts, and makes baffle plate a1013 rotate, Make baffle plate a1013 away from sieve plate a1015, make the little iron block on sieve plate a1015 drop on carrier a1011；Controller a1012 Control carrier a1011 to start, little iron block is transported on the 3rd conveyer 6；

Little iron block is transported in hammer mill 7 by the 3rd conveyer 6, and iron block is rubbed into iron ball, ferrum by hammer mill 7 Ball is transported on the first pipeline b of irony garbage segregation apparatus 9 by the 4th conveyer 8；

First pipeline b204 drops in cell body b209 after being transported to by iron ball in entrance b203, and controller b205 controls Flow to valve b207 open, make to flow to pipe b206 in cell body b209, carry current；Motor drives roller bearing b2020 to rotate, and makes cylinder Rotating, iron ball is attracted to take to above outlet b2014 by permanent magnets b2016, and the paint residues on iron ball does not have magnetic, along with Waste water is discharged in waste tank b2012 from effuser b2011；Controller b205 controls the energising of cylinder b2015 internal solenoid valve b Or power-off, make the piston rod of cylinder b2015 do stretching, make permanent magnets b2016 and arc b2017 be displaced outwardly, make sliding Block b2019 moves on slide rail b2018, promotes the iron ball near this arc b2017 to move right, makes the iron ball after paint-removing Drop to the second pipeline b2013 from outlet b2014 smoothly, be transported to next link.

Iron ball is transported in the conveying pipe c303 of irony garbage stirring and washing device 11 by the second pipeline b, controller C3012 controls the first electromagnetic valve c and starts, and makes iron ball enter into the control of agitator c3026 internal controller c3012 from conveying pipe c303 Make the first motor c301 to start, make shaft c304 rotate, make paddle c309 and friction column c3010 rotate and clean iron ball； Paddle c309 can press iron ball, and friction column c3010 can rub with iron ball, plays the effect of cleaning；Controller c3012 is controlled Make energising or the power-off of the built-in first electromagnetic valve c of the first cylinder c305, make the piston rod of the first cylinder c305 do stretching motion, make Screen plate c3011 shakes, dropping of the residue on accelerated filtration plate c3011；Controller c3012 controls the second electrodynamic valve c3025 Unlatching, controller c3012 control second motor c3024 rotate forward, make leading screw c3023 rotate forward, make screw c3022 be moved to the left； Expansion link c3021 is avoided that screw c3022 rotates；Controller c3012 controls the piston rod of the 3rd cylinder c3017 and does stretching, extension fortune Dynamic, make magnechuck c3014 and plate c3013 be moved to the left to above screen plate c3011；Controller c3012 controls the second electricity The energising of magnet valve c or power-off, make the piston rod of the second cylinder c3018 do stretching motion, regulate magnechuck c3014 and plate Distance between c3013 and screen plate c3011；Controller c3012 controls magnechuck c3014 energising and has magnetic, by iron ball It is adsorbed onto above conveyer c3016；Controller c3012 controls motor reversal, makes leading screw c3023 invert, makes screw c3022 to the right Mobile, make plate c3013 be pushed above conveyer c3016 by iron ball；Controller c3012 controls conveyer c3016 and starts, and will remove The iron ball after paint is gone to store in transporting storage device；

Controller d4021 controls intake valve d402 and opens, and admits air in air accumulator d4022, and air is through first Activated carbon screen plate d403 filters；Controller d4021 controls the 3rd motor d404 and starts, and makes leading screw d4017 rotate, makes screw D405 moves left and right, and makes slide block d4019 move on slide rail d4020, makes the second activated carbon screen plate d407 and activated carbon filter Ball d406 moves left and right, and makes the second activated carbon screen plate d407 and activated carbon filter ball d406 be fully contacted with air；Controller D4021 is controlled the first motor d4015 and is started, and makes the second activated carbon screen plate d407 and activated carbon filter ball d406 longitudinally rotate, makes Second activated carbon screen plate d407 and activated carbon filter ball d406 is fully contacted with air；Controller d4021 controls the second motor D4010 starts, and makes the second activated carbon screen plate d407 and activated carbon filter ball d406 horizontal rotation, makes the second activated carbon screen plate D407 and activated carbon filter ball d406 is fully contacted with air；After air enters the filtration of the 3rd activated carbon screen plate d4011, warp Exhaustor d4013 is discharged in irony garbage stirring and washing device 11, promotes that on iron ball be coming off of paint residues.

Claims (10)

1. irony discards a packing material pollution-free recovery streamline, including roller conveyor (1), the first conveyer (2), four axles Shredder (3), second conveyor (4), irony discard packing material shredder (5), the 3rd conveyer (6), hammer mill (7), 4th conveyer (8), irony garbage segregation apparatus (9), the 5th conveyer (10), irony garbage stirring and washing device (11) With active carbon filtering device (12), it is characterized in that: described first conveyer (2) is arranged on roller conveyor (1) right side, and first is defeated Sending machine (2) to be connected with the left end of roller conveyor (1), four axle shredders (3) are arranged on the first conveyer (2) right side, and four axles tear Broken machine (3) is connected with the right-hand member of the first conveyer (2), and second conveyor (4) is installed on four axle shredder (3) right sides, and four axles tear up Machine (3) is connected with the left end of second conveyor (4), and irony is discarded packing material shredder (5) and is arranged on the right side of second conveyor (4) Side, irony discards packing material shredder (5) and is connected with the right-hand member of second conveyor (4), and it is right that irony discards packing material shredder (5) The 3rd conveyer (6) is installed in side, and irony is discarded packing material shredder (5) and is connected with the left end of the 3rd conveyer (6), hammer crushing Machine (7) is arranged on the right side of the 3rd conveyer (6), and hammer mill (7) is connected with the right-hand member of the 3rd conveyer (6), and hammer breaks The 4th conveyer (8) is installed on broken machine (7) right side, and hammer mill (7) is connected with the left end of the 4th conveyer (8), and irony is discarded Thing segregation apparatus (9) is arranged on the right side of the 4th conveyer (8), irony garbage segregation apparatus (9) and the 4th conveyer (8) Right-hand member is connected, and the 5th conveyer (10) is arranged on the right side of irony garbage segregation apparatus (9), irony garbage segregation apparatus (9) being connected with the 5th conveyer (10) left end, it is right that irony garbage stirring and washing device (11) is arranged on the 5th conveyer (10) Side, irony garbage stirring and washing device (11) is connected with the 5th conveyer (10) right-hand member, irony garbage stirring and washing device (11) it is connected with active carbon filtering device (12) by pipeline.

A kind of irony the most according to claim 1 discards packing material pollution-free recovery streamline, it is characterized in that: described irony Discarded packing material shredder (5), including the first motor a(101), the first support plate a(102), slide rail a(103), slide block a(104), First cylinder a(105), pressing plate a(106), entrance a(107), the second movable block a(108), cutter a(109), outlet a(1010), Carrier a(1011), controller a(1012), baffle plate a(1013), the second motor a(1014), sieve plate a(1015), the second straight line Motor a(1016), the first movable block a(1017), the first linear electric motors a(1018), the second support plate a(1019), the second cylinder a (1020) and staving a(1021), described staving a(1021) inner top installs the first motor a(101), the first motor a(101) First support plate a(102 is installed on output shaft), the first support plate a(102) slide block a(104 is each side installed), slide block a(104) Be arranged on slide rail a(103) on, slide rail a(103) be arranged on staving a(1021) on medial wall, the first support plate a(102) under left and right two The first cylinder a(105 is respectively installed in side), the first cylinder a(105) piston rod under install pressing plate a(106), the first support plate a(102) Two the second cylinder a(1020 of lower installation), two the second cylinder a(1020) piston rod under the second support plate a(1019 is installed), Two support plate a(1019) under two the first linear electric motors a(1018 are installed), the first linear electric motors a(1018) upper install first and move Block a(1017), the first movable block a(1017) under the second linear electric motors a(1016 is installed), the second linear electric motors a(1016) make peace Fill the second movable block a(108), the second movable block a(108) under install three cutter a(109), staving a(1021) left side install into Mouthful a(107), entrance is connected with second conveyor (4), staving a(1021) interior mounted sieve a(1015), staving a(1021) in a left side The second motor a(1014 is respectively installed in right two side), the second motor a(1014) output shaft on install baffle plate a(1013), baffle plate a (1013) be positioned at sieve plate a(1015) lower section, staving a(1021) right side installation outlet a(1010), staving a(1021) interior lower end Install carrier a(1011), carrier a(1011) right-hand member from outlet a(1010) stretch out staving a(1021), carrier a (1011) be connected with the 3rd conveyer (6), controller a(1012) it is arranged on staving a(1021) on lateral wall, controller a (1012) by wire respectively with the first motor a(101), the second motor a(1014), carrier a(1011), the second linear electric motors A(1016) with the first linear electric motors a(1018) it is connected.

A kind of irony the most according to claim 2 discards packing material pollution-free recovery streamline, it is characterized in that: described first Cylinder a(105) built-in first electromagnetic valve a, the first electromagnetic valve a be by wire and controller a(1012) be connected.

A kind of irony the most according to claim 2 discards packing material pollution-free recovery streamline, it is characterized in that: described second Cylinder a(1020) built-in second electromagnetic valve a, the second electromagnetic valve a be by wire and controller a(1012) be connected.

A kind of irony the most according to claim 1 discards packing material pollution-free recovery streamline, it is characterized in that: described irony Garbage segregation apparatus (9), including support b(201), pole b(202), entrance b(203), the first pipeline b(204), control Device b(205), flow to pipe b(206), flow to valve b(207), storage tank b(208), cell body b(209), flow out valve b(2010), flow out Pipe b(2011), waste tank b(2012), the second pipeline b(2013), outlet b(2014), cylinder b(2015), permanent magnets b (2016), arc b(2017), slide rail b(2018), slide block b(2019) and roller bearing b(2020), described roller bearing b(2020) before and after Two ends are respectively arranged on pole b(202) under, pole b(202) it is arranged on support b(201) under, roller bearing b(2020) one end passes through shaft coupling Device and motors, roller bearing b(2020) upper installation more than one cylinder b(2015), cylinder b(2015) and cunning is each side installed Rail b(2018), slide rail b(2018) with roller bearing b(2020) be connected, cylinder b(2015) piston rod on install permanent magnets b (2016), permanent magnets b(2016) slide block b(2019 is each side installed), slide block b(2019) it is arranged on slide rail b(2018) on, Permanent magnets b(2016) outside installation arc b(2017), arc b(2017) and arc b(2017) it is connected to form a rolling Cylinder, arranges cell body b(209 below cylinder), cell body b(209) left side installation entrance b(203) and flow to pipe b(206), entrance b (203) the first pipeline b(204 is installed in), the first pipeline b(204) it is connected with the 4th conveyer (8), flow to pipe b(206) Upper installation flows to valve b(207), flow to pipe b(206) with storage tank b(208) be connected, cell body b(209) right side install effuser b (2011) and outlet b(2014), effuser b(2011) upper installation flow out valve b(2010), effuser b(2011) under install useless Thing groove b(2012), outlet b(2014) lower section installation the second pipeline b(2013), the second pipeline b(2013) and defeated with the 5th Send machine (10) to be connected, second controller b(205) be arranged on cell body b(209) under, controller b(205) by wire respectively with the One pipeline b(204), flow to valve b(207), flow out valve b(2010) with the second pipeline b(2013) be connected.

A kind of irony the most according to claim 5 discards packing material pollution-free recovery streamline, it is characterized in that: described cylinder B(2015) internal solenoid valve b, electromagnetic valve b pass through wire and controller b(205) it is connected.

A kind of irony the most according to claim 1 discards packing material pollution-free recovery streamline, it is characterized in that: described irony Garbage stirring and washing device (11), including the first motor c(301), the first electrodynamic valve c(302), conveying pipe c(303), stirring Axle c(304), the first cylinder c(305), the first flake bearing c(306), bearing pin c(307), the second flake bearing c(308), stirring Leaf c(309), friction column c(3010), screen plate c(3011), controller c(3012), plate c(3013), magnechuck c (3014), pillar c(3015), conveyer c(3016), the 3rd cylinder c(3017), the second cylinder c(3018), discharge pipe c (3019), bearing bracket stand c(3020), expansion link c(3021), screw c(3022), leading screw c(3023), the second motor c(3024), Two electrodynamic valve c(3025), agitator c(3026) and support c(3027), described agitator c(3026) upper support c is installed (3027), support c(3027) upper installation the first motor c(301), the first motor c(301) by shaft coupling and shaft c(304) Be connected, shaft c(304) under install two paddle c(309), paddle c(309) under install more than one friction column c (3010), agitator c(3026) left side installation conveying pipe c(303), carry pipe c(303) the first electrodynamic valve c(302 is above installed), Agitator c(3026) in the first cylinder c(305 is each side installed), the first cylinder c(305) piston rod be arranged on first Flake bearing c(306) on, the first flake bearing c(306) it is arranged on screen plate c(3011) on, screen plate c(3011) side peace Dress more than one bearing pin c(307), bearing pin c(307) it is arranged on the second flake bearing c(308) on, the second flake bearing c(308) It is arranged on agitator c(3026) on medial wall, agitator c(3026) right side installs discharge pipe c(3019), discharge pipe c(3019) Upper installation the second electrodynamic valve c(3025), discharge pipe c(3019) inner top installs the second motor c(3024), the second motor c (3024) by shaft coupling and leading screw c(3023) it is connected, leading screw c(3023) two ends, left and right are respectively arranged on bearing bracket stand c(3020) on, Bearing bracket stand c(3020) it is arranged on discharge pipe c(3019) inner top leading screw c(3023) upper installation screw c(3022), screw c (3022) right side built-in flexible bar c(3021), expansion link c(3021) right-hand member is arranged on bearing bracket stand c(3020) on, screw c (3022) the second cylinder c(3018 is installed under), the second cylinder c(3018) piston rod under install the 3rd cylinder c(3017), the 3rd Cylinder c(3017) piston rod on mounting column c(3015), pillar c(3015) under install magnechuck c(3014), electromagnetism inhale Dish c(3014) under install plate c(3013), conveyer c(3016) be arranged on discharge pipe c(3019) in, controller c(3012) peace Be contained in agitator c(3026) outward, controller c(3012) by wire respectively with the first motor c(301), the first electrodynamic valve c (302), magnechuck c(3014), conveyer c(3016), the second motor c(3024) be connected with electrodynamic valve.

A kind of irony the most according to claim 7 discards packing material pollution-free recovery streamline, it is characterized in that: described first Cylinder c(305) built-in first electromagnetic valve c, the first electromagnetic valve c be by wire and controller c(3012) be connected, the second cylinder c (3018) built-in second electromagnetic valve c, the second electromagnetic valve c pass through wire and controller c(3012) it is connected, the 3rd cylinder c(3017) Built-in 3rd electromagnetic valve c, the 3rd electromagnetic valve c pass through wire and controller c(3012) it is connected.

A kind of irony the most according to claim 1 discards packing material pollution-free recovery streamline, it is characterized in that: described activity Charcoal defecator (12), including air inlet pipe d(401), intake valve d(402), the first activated carbon screen plate d(403), the 3rd motor d (404), screw d(405), activated carbon filter ball d(406), the second activated carbon screen plate d(407), support d(408), casing d (409), the second motor d(4010), the 3rd activated carbon screen plate d(4011), air bleeding valve d(4012), exhaustor d(4013), even Spindle d(4014), the first motor d(4015), support d(4016), leading screw d(4017), bearing bracket stand d(4018), slide block d (4019), slide rail d(4020), controller d(4021) and air accumulator d(4022), described air accumulator d(4022) upper end install air inlet Pipe d(401), air inlet pipe d(401) on be installed into air valve d(402), air accumulator d(4022) in install the first activated carbon screen plate d (403) and slide rail d(4020), slide rail d(4020) be positioned at the first activated carbon screen plate d(403) lower section, slide rail d(4020) upper peace Dress slide block d(4019), slide block d(4019) under install screw d(405), screw d(405) be arranged on leading screw d(4017) on, leading screw d (4017) left end passes through the first shaft coupling and the 3rd motor d(404) it is connected, the 3rd motor d(404) it is arranged on air accumulator d (4022) in, leading screw d(4017) right-hand member is arranged on bearing bracket stand d(4018) on, bearing bracket stand d(4018) it is arranged on air accumulator d (4022) in, screw d(405) under support d(4016 is installed), support d(4016) upper first motor d(4015 is installed), the first electricity Machine d(4015) by the second shaft coupling and connecting shaft d(4014) be connected, the second shaft coupling is arranged on support d(408) on, support d (408) be arranged on support d(4016) under, connecting shaft d(4014) under casing d(409 is installed), casing d(409) in install two the Two motor d(4010), the second motor d(4010) output shaft stretch out casing d(409) outward, the second motor d(4010) output shaft Two the second activated carbon screen plate d(407 of upper installation), the second activated carbon screen plate d(407) upper installation more than one activated carbon mistake Filter bulb d(406), the 3rd activated carbon screen plate d(4011) it is arranged on air accumulator d(4022) in, the 3rd activated carbon screen plate d (4011) slide rail d(4020 it is positioned at) lower section, air accumulator d(4022) lower end installation exhaustor d(4013), exhaustor d(4013) on Air bleeding valve d(4012 is installed), controller d(4021) it is arranged on air accumulator d(4022) on, controller d(4021) divided by wire Not and intake valve d(402), the 3rd motor d(404), the second motor d(4010), air bleeding valve d(4012) and the first motor d (4015) it is connected.

A kind of irony the most according to claim 9 discards packing material pollution-free recovery streamline, it is characterized in that: described the One activated carbon screen plate d(403) with the 3rd activated carbon screen plate d(4011) thickness is identical.