CN105363757B - A kind of pollution-free recycling assembly line of discarded packing material of irony - Google Patents
A kind of pollution-free recycling assembly line of discarded packing material of irony Download PDFInfo
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- CN105363757B CN105363757B CN201510747749.7A CN201510747749A CN105363757B CN 105363757 B CN105363757 B CN 105363757B CN 201510747749 A CN201510747749 A CN 201510747749A CN 105363757 B CN105363757 B CN 105363757B
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- controller
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- 238000012856 packing Methods 0.000 title claims abstract description 33
- 239000000463 material Substances 0.000 title claims abstract description 31
- 238000004064 recycling Methods 0.000 title claims abstract description 11
- 239000002699 waste material Substances 0.000 claims abstract description 51
- 238000003756 stirring Methods 0.000 claims abstract description 28
- 238000005406 washing Methods 0.000 claims abstract description 22
- 238000009298 carbon filtering Methods 0.000 claims abstract description 10
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims description 168
- 238000009434 installation Methods 0.000 claims description 60
- 230000008878 coupling Effects 0.000 claims description 18
- 238000010168 coupling process Methods 0.000 claims description 18
- 238000005859 coupling reaction Methods 0.000 claims description 18
- 238000003825 pressing Methods 0.000 claims description 17
- 238000001914 filtration Methods 0.000 claims description 11
- 230000000740 bleeding effect Effects 0.000 claims description 10
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 7
- 230000005611 electricity Effects 0.000 claims description 5
- 239000003610 charcoal Substances 0.000 claims description 3
- 238000005096 rolling process Methods 0.000 claims 1
- 239000003973 paint Substances 0.000 abstract description 16
- 239000002184 metal Substances 0.000 abstract description 5
- 229910052751 metal Inorganic materials 0.000 abstract description 5
- 230000008901 benefit Effects 0.000 abstract description 2
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 168
- 229910052742 iron Inorganic materials 0.000 description 84
- 230000005389 magnetism Effects 0.000 description 7
- 239000002920 hazardous waste Substances 0.000 description 5
- 238000003860 storage Methods 0.000 description 5
- 230000032258 transport Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 3
- 238000000926 separation method Methods 0.000 description 3
- 239000002351 wastewater Substances 0.000 description 3
- 241000251468 Actinopterygii Species 0.000 description 1
- 229910000831 Steel Inorganic materials 0.000 description 1
- 238000004140 cleaning Methods 0.000 description 1
- 238000005520 cutting process Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 239000003344 environmental pollutant Substances 0.000 description 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
- 239000010931 gold Substances 0.000 description 1
- 229910052737 gold Inorganic materials 0.000 description 1
- 238000007726 management method Methods 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000002156 mixing Methods 0.000 description 1
- 239000000203 mixture Substances 0.000 description 1
- 238000010422 painting Methods 0.000 description 1
- 231100000719 pollutant Toxicity 0.000 description 1
- 230000008569 process Effects 0.000 description 1
- 230000008929 regeneration Effects 0.000 description 1
- 238000011069 regeneration method Methods 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE NOT OTHERWISE PROVIDED FOR
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/56—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with multiple filtering elements, characterised by their mutual disposition
- B01D46/62—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours with multiple filtering elements, characterised by their mutual disposition connected in series
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
- B03C1/00—Magnetic separation
- B03C1/02—Magnetic separation acting directly on the substance being separated
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B1/00—Cleaning by methods involving the use of tools
- B08B1/30—Cleaning by methods involving the use of tools by movement of cleaning members over a surface
- B08B1/32—Cleaning by methods involving the use of tools by movement of cleaning members over a surface using rotary cleaning members
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE NOT OTHERWISE PROVIDED FOR
- B09B5/00—Operations not covered by a single other subclass or by a single other group in this subclass
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D79/00—Methods, machines, or devices not covered elsewhere, for working metal by removal of material
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2267/00—Multiple filter elements specially adapted for separating dispersed particles from gases or vapours
- B01D2267/40—Different types of filters
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2267/00—Multiple filter elements specially adapted for separating dispersed particles from gases or vapours
- B01D2267/60—Vertical arrangement
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2273/00—Operation of filters specially adapted for separating dispersed particles from gases or vapours
- B01D2273/14—Filters which are moved between two or more positions, e.g. by turning, pushing
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Environmental & Geological Engineering (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
A kind of pollution-free recycling assembly line of discarded packing material of irony, including roller conveyor, first conveyer, four axis shredders, second conveyor, irony discards packing material shredder, third conveyer, hammer mill, 4th conveyer, irony waste separator, 5th conveyer, irony waste stirring and washing device and active carbon filtering device, first conveyer is mounted on the right side of roller conveyor, first conveyer is connected with the left end of roller conveyor, four axis shredders are mounted on the right side of the first conveyer, four axis shredders are connected with the right end of the first conveyer, second conveyor is installed on the right side of four axis shredders, four axis shredders are connected with the left end of second conveyor；It is an advantage of the invention that：Paint residues and old metal can be made to detach clean.
Description
Technical field
The present invention relates to a kind of ironys to discard the pollution-free recycling assembly line of packing material, 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 enterprises, recycling process unit are generally used simple cleaning
Iron and steel enterprise is directly sold to after briquetting, more regular disposition unit is by the way of Mechanical Crushing separation, though it can will paint
Residue is separated with old metal, but still has portion of residual amount of pollutant to be mixed with old metal, cannot be completely separated, be affected
The recycling of old metal.Need to develop that a that paint residues and old metal can be made to detach is clean pollution-free to solve above-mentioned difficulties
Recycle assembly line.As national environmental protection mechanism discards hazardous waste, the control management of irony packing material is reinforced and law enforcement dynamics adds
Greatly, and promotion Circular Economy encourages regeneration policy of the hazardous waste after effectively disposition.
Invention content
The object of the present invention is to provide a kind of ironys to discard the pollution-free recycling assembly line of packing material.
The problem to be solved in the present invention is that the mode of the Mechanical Crushing separation of the prior art can not be by paint residues and useless gold
The problem of category is kept completely separate out.
To achieve the purpose of the present invention, the technical solution adopted by the present invention is：
A kind of pollution-free recycling assembly line of discarded packing material of irony, including roller conveyor, the first conveyer, four axis are torn up
Machine, second conveyor, irony are discarded packing material shredder, third conveyer, hammer mill, the 4th conveyer, irony and are discarded
Object separator, the 5th conveyer, irony waste stirring and washing device and active carbon filtering device, the first conveyer peace
On the right side of roller conveyor, the first conveyer is connected with the left end of roller conveyor, and four axis shredders are mounted on the first conveying
On the right side of machine, four axis shredders are connected with the right end of the first conveyer, install second conveyor on the right side of four axis shredders, four axis are torn up
Machine is connected with the left end of second conveyor, and irony discards the right side that packing material shredder is mounted on second conveyor, and irony is discarded
Packing material shredder is connected with the right end of second conveyor, and irony, which is discarded, installs third conveyer, iron on the right side of packing material shredder
Matter discards packing material shredder and is connected with the left end of third conveyer, and hammer mill is mounted on the right side of third conveyer, hammer
Formula crusher is connected with the right end of third conveyer, and the 4th conveyer, hammer mill and the 4th are installed on the right side of hammer mill
The left end of conveyer is connected, and irony waste separator is mounted on the right side of the 4th conveyer, irony waste separator
It is connected with the right end of the 4th conveyer, the 5th conveyer is mounted on the right side of irony waste separator, irony waste point
It is connected with the 5th conveyer left end from device, irony waste stirring and washing device is mounted on the right side of the 5th conveyer, and irony is useless
Gurry stirring and washing device is connected with the 5th conveyer right end, and irony waste stirring and washing device passes through pipeline and activated carbon mistake
Device is filtered to be connected.
The irony discards packing material shredder, including first motor a, the first support plate a, sliding rail a, sliding block a, the first cylinder
A, pressing plate a, entrance a, the second movable block a, cutter a, outlet a, conveyer a, controller a, baffle a, the second motor a, sieve plate a,
Second straight line motor a, first movement block a, first straight line motor a, the second support plate a, the second cylinder a and staving a, the staving a
Inner top installs first motor a, and the first support plate a is installed on the output shaft of first motor a, and the first support plate a is each side installed
Sliding block a, sliding block a are mounted on sliding rail a, and sliding rail a is mounted on staving a madial walls, and the is each side installed under the first support plate a
One cylinder a installs two the second cylinder a, two the second gas under the piston rod of the first cylinder a under installation pressing plate a, the first support plate a
It installs under the piston rod of cylinder a and pacifies on installation two first straight line motor a, first straight line motor a under the second support plate a, the second support plate a
First movement block a is filled, second straight line motor a is installed under first movement block a, second straight line motor a makes installation the second movable block a,
Three cutter a are installed under the second movable block a, entrance a is installed on the left of staving a, entrance is connected with second conveyor, peace in staving a
Sieve plate a is filled, left and right sides wall respectively installs the second motor a in staving a, and baffle a, a, baffle are installed on the output shaft of the second motor a
Conveyer a is installed in lower end in the installation outlet a on the right side of the lower section of sieve plate a, staving a, staving a, and conveyer a right ends are stretched from outlet a
Go out outside staving a, conveyer a is connected with third conveyer, and controller a is mounted on staving a lateral walls, and controller a passes through conducting wire
It is connected respectively with first motor a, the second motor a, conveyer a, second straight line motor a and first straight line motor a.
The first solenoid valve a, the first solenoid valve a are connected by conducting wire with controller a built in the first cylinder a.
Second solenoid valve a built in the second cylinder a, second solenoid valve a are connected by conducting wire with controller a.
The irony waste separator, including holder b, strut b, entrance b, the first pipeline b, controller b, flow into
Pipe b, flow into valve b, water tank b, groove body b, outflow valve b, effuser b, waste tank b, the second pipeline b, outlet b, cylinder b,
Permanent magnets b, arc panel b, sliding rail b, sliding block b and the rear and front ends roller bearing b, the roller bearing b are respectively mounted under strut b, strut b installations
At holder b, the one end roller bearing b is connected by shaft coupling with motor, and more than one cylinder b, cylinder b or so two are installed on roller bearing b
Sliding rail b is respectively installed in side, and sliding rail b is connected with roller bearing b, and permanent magnets b is installed on the piston rod of cylinder b, and permanent magnets b each side pacifies
Sliding block b is filled, sliding block b is mounted on sliding rail b, and installation arc panel b, arc panel b and arc panel b are connected to form one on the outside of permanent magnets b
A roller, roller lower section are arranged groove body b, install entrance b on the left of groove body b and flow into pipe b, and entrance b is interior to install the first pipeline b,
First pipeline b is connected with the 4th conveyer, flows into installation on pipe b and flows into valve b, flows into pipe b and be connected with water tank b, groove body b is right
Effuser b and outlet b is installed in side, is installed on effuser b and installs waste tank b under outflow valve b, effuser b, below outlet b
Second pipeline b is installed, the second pipeline b is connected with the 5th conveyer, and second controller b is mounted under groove body b, controller b
By conducting wire respectively with the first pipeline b, flow into valve b, outflow valve b and the second pipeline b be connected.
The cylinder b internal solenoid valve b, solenoid valve b are connected by conducting wire with controller b.
The irony waste stirring and washing device, including first motor c, the first motor-driven valve c, delivery pipe c, agitating shaft c,
First cylinder c, the first flake bearing c, axis pin c, the second flake bearing c, paddle c, friction column c, filter plate c, controller c,
Shift plate c, magnechuck c, pillar c, conveyer c, third cylinder c, the second cylinder c, discharge pipe c, bearing bracket stand c, telescopic rod c, silk
On female c, leading screw c, the second motor c, the second motor-driven valve c, agitator c and engine base c, the agitator c on installation engine base c, engine base c
First motor c is installed, first motor c is connected by shaft coupling with agitating shaft c, and two paddle c, stirring are installed under agitating shaft c
More than one friction column c is installed under leaf c, delivery pipe c is installed on the left of agitator c, the first motor-driven valve c is installed on delivery pipe c, is stirred
The piston rod that the first cylinder c, the first cylinder c is each side installed in bucket c is mounted on the first flake bearing c, the first flake
Bearing c is mounted on filter plate c, and more than one axis pin c, axis pin c are installed on the second flake bearing c in the sides filter plate c,
Second flake bearing c is mounted on agitator c madial walls, and discharge pipe c is installed on the right side of agitator c, and installation second is electric on discharge pipe c
Dynamic valve c, discharge pipe c inner tops the second motor of installation c, the second motor c are connected by shaft coupling with leading screw c, the left and right ends leading screw c
It is respectively mounted on bearing bracket stand c, bearing bracket stand c, which is mounted on discharge pipe c inner top leading screws c, installs screw c, is stretched built on the right side of screw c
Contracting bar c, telescopic rod c right ends are mounted on bearing bracket stand c, the second cylinder c are installed under screw c, is installed under the piston rod of the second cylinder c
Magnechuck c is installed under third cylinder c, mounting column c on the piston rod of third cylinder c, pillar c, under magnechuck c installation dial
Plate c, conveyer c are mounted in discharge pipe c, and controller c is mounted on outside agitator c, and controller c is electric with first respectively by conducting wire
Machine c, the first motor-driven valve c, magnechuck c, conveyer c, the second motor c are connected with motor-driven valve.
The first solenoid valve c, the first solenoid valve c are connected by conducting wire with controller c built in the first cylinder c, the second gas
Second solenoid valve c built in cylinder c, second solenoid valve c are connected by conducting wire with controller c, third solenoid valve c built in third cylinder c,
Third solenoid valve c is connected by conducting wire with controller c.
The active carbon filtering device, including air inlet pipe d, intake valve d, the first activated carbon filter plate d, third motor d, silk
Female d, activated carbon filter ball d, the second activated carbon filter plate d, holder d, casing d, the second motor d, third activated carbon filter plate d,
Air bleeding valve d, exhaust pipe d, connecting shaft d, first motor d, engine base d, leading screw d, bearing bracket stand d, sliding block d, sliding rail d, controller d and storage
Air inlet pipe d is installed in the upper ends gas tank d, the air accumulator d, and intake valve d is installed on air inlet pipe d, the first activated carbon is installed in air accumulator d
Filter plate d and sliding rail d, sliding rail d are located at below the first activated carbon filter plate d, and sliding block d is installed on sliding rail d, silk is installed under sliding block d
Female d, screw d are mounted on leading screw d, and leading screw d left ends are connected by first shaft coupling with third motor d, and third motor d is mounted on
In air accumulator d, leading screw d right ends are mounted on bearing bracket stand d, and bearing bracket stand d is mounted in air accumulator d, and engine base d, machine are installed under screw d
First motor d is installed on seat d, first motor d is connected by second shaft coupling with connecting shaft d, and second shaft coupling is mounted on holder d
On, holder d is mounted under engine base d, and casing d is installed under connecting shaft d, two the second motor d are installed in casing d, the second motor d's
Output shaft stretches out outside casing d, and two the second activated carbon filter plate d, the filtering of the second activated carbon are installed on the output shaft of the second motor d
More than one activated carbon filter ball d is installed, third activated carbon filter plate d is mounted in air accumulator d, third activated carbon mistake on plate d
Filter plate d is located at below sliding rail d, and exhaust pipe d is installed in the lower ends air accumulator d, installs air bleeding valve d on exhaust pipe d, controller d is mounted on
On air accumulator d, controller d by conducting wire respectively with intake valve d, third motor d, the second motor d, air bleeding valve d and first motor d
It is connected.
The first activated carbon filter plate d is identical with third activated carbon filter plate d thickness.
It is an advantage of the invention that：Roller conveyor transports paint kettle, and paint kettle is transported to four axis by the first conveyer and tears up
In machine, after the processing of four axis shredders, paint kettle is shredded into big packaged iron block, and big packaged iron block second conveyor transports
It is discarded in packing material shredder to irony, big packaged iron block is transported to from entrance a on sieve plate a, and controller a controls the first electromagnetism
The energization or power-off of valve a makes the piston rod of the first cylinder a do stretching routine, so that the first pressing plate a is moved down, makes pressing plate a by iron
Block is fixed；The piston rod that controller a controls the second cylinder a does stretching routine, and cutter a is made to move down close to iron block；Control
Device a control first straight line motors a starts, and first movement block a is made to move, and band cutter a is front and back to cut iron block；Controller a controls
Second straight line motor a starts, and makes the second movable block a movements, so that cutter a is moved left and right, expand the cut coverage of cutter a, make whole
A iron block can be cut；Controller a control first motor a rotations, make pressing plate a and cutter a rotations, pressing plate a are enable to push down
Other two side of iron block enables cutter a that the iron block cut into inch strips is carried out transverse cuts, iron block is made to become smaller piece
Shape structure；Controller a the second motors of control a starts, and so that baffle a is rotated, makes baffle a far from sieve plate a, make the small iron on sieve plate a
Block is fallen on conveyer a；Controller a control conveyers a starts, and small iron block is transported on third conveyer；
Small iron block is transported in hammer mill by third conveyer, and hammer mill rubs iron block at iron ball, iron ball
It is transported on the first pipeline b of irony waste separator by the 4th conveyer；
First pipeline b is fallen to after iron ball is transported in entrance b in groove body b, and controller b controls flow into valve b and open,
Make to flow into pipe b and conveys flow into groove body b；Motor drives roller bearing b rotations, and roller is made to rotate, and iron ball is taken to by permanent magnets b attractions
Above outlet b, the paint residues on iron ball do not have magnetism, as waste water is discharged to from effuser b in waste tank b；Control
The energization or power-off of device b control cylinder b internal solenoid valves b, makes the piston rod of cylinder b do stretching routine, makes permanent magnets b and arc
Plate b is displaced outwardly, and sliding block b is made to be moved on sliding rail b, pushes the iron ball near arc panel b to move right, after making paint-removing
Iron ball is smoothly fallen to from outlet b on the second pipeline b, is transported to next link；
Iron ball is transported in the delivery pipe c of irony waste stirring and washing device by the second pipeline b, controller c controls
First solenoid valve c starts, and so that iron ball is entered agitator c internal controllers c control first motors c from delivery pipe c and starts, makes to stir
Axis c rotations are mixed, paddle c and friction column c rotations is made to clean iron ball；Paddle c can press iron ball, friction column c energy and iron ball
It rubs, plays the role of clean；Controller c controls the energization or power-off of the first solenoid valve c built in the first cylinder c, makes the
The piston rod of one cylinder c does stretching motion, and filter plate c is made to shake, and the residue on accelerated filtration plate c is fallen；Controller c controls
The unlatching of second motor-driven valve c, controller c the second motors of control c are rotated forward, so that leading screw c is rotated forward, screw c is made to be moved to the left；Telescopic rod
C is avoided that screw c rotations；The piston rod of controller c control third cylinder c does stretching routine, make magnechuck c and shift plate c to
It moves left above filter plate c；The energization or power-off of controller c control second solenoid valves c, makes the piston rod of the second cylinder c do
Stretching motion, to adjust magnechuck c and the distance between shift plate c and filter plate c；Controller c control magnechucks c, which is powered, to be had
It is magnetic, iron ball is adsorbed onto above conveyer c；Controller c controls motor reversal, so that leading screw c is inverted, screw c is made to move right
It is dynamic, so that shift plate c is pushed iron ball above conveyer c；Controller c control conveyers c starts, and will remove the iron ball after painting and transports
It is stored in storage device；
Controller d control intake valves d is opened, and is admitted air into air accumulator d, air passes through the first activated carbon filter plate
D is filtered；Controller d control third motors d starts, and so that leading screw d is rotated, so that screw d is moved left and right, sliding block d is made to be moved up in sliding rail d
It is dynamic, so that the second activated carbon filter plate d and activated carbon filter ball d is moved left and right, the second activated carbon filter plate d and activated carbon is made to filter
Ball d comes into full contact with air；Controller d control first motors d starts, and keeps the second activated carbon filter plate d and activated carbon filter ball d vertical
To rotation, the second activated carbon filter plate d and activated carbon filter ball d is made to be come into full contact with air；Controller d controls the second motor d
Start, so that the second activated carbon filter plate d and activated carbon filter ball d is rotated horizontally, make the second activated carbon filter plate d and activated carbon mistake
Filter bulb d comes into full contact with air；After air enters the filtering of third activated carbon filter plate d, irony waste is discharged to through exhaust pipe d
In stirring and washing device, promote on iron ball to be falling off for paint residues.
Description of the drawings
Fig. 1 is integral installation schematic diagram of the present invention；
Fig. 2 is that irony discards packing material shredder overall structure figure；
Fig. 3 is the vertical view of the portions a structure；
Fig. 4 is the vertical view of the portions b structure；
Fig. 5 is irony waste separator overall structure figure；
Fig. 6 is irony waste stirring and washing device overall structure figure；
Fig. 7 is active carbon filtering device overall structure figure；
In figure：1, the discarded packet of roller conveyor 2, the first conveyer 3, four axis shredders 4, second conveyor 5, irony
Fill object shredder 6, third conveyer 7, hammer mill 8, the 4th conveyer 9, irony waste separator 10, the
Five conveyers 11, irony waste stirring and washing device 12, active carbon filtering device；
101, first motor a 102, the first support plate a 103, sliding rail a 104, sliding block a 105, the first cylinder a 106, pressure
Plate a 107, entrance a 108, the second movable block a 109, cutter a 1010, outlet a 1011, conveyer a 1012, controller a
1013, baffle a 1014, the second motor a 1015, sieve plate a 1016, second straight line motor a 1017, first movement block a
1018, first straight line motor a 1019, the second support plate a 1020, the second cylinder a 1021, staving a；
201, holder b 202, strut b 203, entrance b 204, the first pipeline b 205, controller b 206, flow into pipe b
207, valve b 208, water tank b 209, groove body b 2010, outflow valve b 2011, effuser b 2012, waste tank b are flowed into
2013, the second pipeline b 2014, outlet b 2015, cylinder b 2016, permanent magnets b 2017, arc panel b 2018, sliding rail b
2019, sliding block b 2020, roller bearing b；
301, first motor c 302, the first motor-driven valve c 303, delivery pipe c 304, agitating shaft c 305, the first cylinder c
306, the first flake bearing c 307, axis pin c 308, the second flake bearing c 309, paddle c 3010, friction column c 3011,
Filter plate c 3012, controller c 3013, shift plate c 3014, magnechuck c 3015, pillar c 3016, conveyer c 3017,
Third cylinder c 3018, the second cylinder c 3019, discharge pipe c 3020, bearing bracket stand c 3021, telescopic rod c 3022, screw c
3023, leading screw c 3024, the second motor c 3025, the second motor-driven valve c 3026, agitator c 3027, engine base c；
401, air inlet pipe d 402, intake valve d 403, the first activated carbon filter plate d 404, third motor d 405, screw d
406, activated carbon filter ball d 407, the second activated carbon filter plate d 408, holder d 409, casing d 4010, the second motor d
4011, third activated carbon filter plate d 4012, air bleeding valve d 4013, exhaust pipe d 4014, connecting shaft d 4015, first motor d
4016, engine base d 4017, leading screw d 4018, bearing bracket stand d 4019, sliding block d 4020, sliding rail d 4021, controller d 4022, storage
Gas tank d.
Specific implementation mode
The present invention is further illustrated with reference to the accompanying drawings and embodiments.
A kind of pollution-free recycling assembly line of discarded packing material of irony, including roller conveyor 1, the first conveyer 2, four axis are torn
Broken machine 3, second conveyor 4, irony discard packing material shredder 5, third conveyer 6, hammer mill 7, the 4th conveyer 8,
Irony waste separator 9, the 5th conveyer 10, irony waste stirring and washing device 11 and active carbon filtering device 12,
First conveyer 2 is mounted on 1 right side of roller conveyor, and the first conveyer 2 is connected with the left end of roller conveyor 1, four axis
Shredder 3 is mounted on 2 right side of the first conveyer, and four axis shredders 3 are connected with the right end of the first conveyer 2, and four axis shredder 3 is right
Second conveyor 4 is installed in side, and four axis shredders 3 are connected with the left end of second conveyor 4, and irony is discarded packing material shredder 5 and pacified
Mounted in the right side of second conveyor 4, irony discards packing material shredder 5 and is connected with the right end of second conveyor 4, the discarded packet of irony
5 right side installation third conveyer 6 of object shredder is filled, irony discards packing material shredder 5 and is connected with the left end of third conveyer 6,
Hammer mill 7 is mounted on the right side of third conveyer 6, and hammer mill 7 is connected with the right end of third conveyer 6, and hammer is broken
The 4th conveyer 8 is installed on 7 right side of broken machine, and hammer mill 7 is connected with the left end of the 4th conveyer 8, irony waste separation dress
9 right sides for being mounted on the 4th conveyer 8 are set, irony waste separator 9 is connected with the right end of the 4th conveyer 8, and the 5th is defeated
The right side for sending machine 10 to be mounted on irony waste separator 9, irony waste separator 9 and 10 left end phase of the 5th conveyer
Even, irony waste stirring and washing device 11 is mounted on the right side of the 5th conveyer 10, irony waste stirring and washing device 11 with
5th conveyer, 10 right end is connected, and irony waste stirring and washing device 11 is connected by pipeline with active carbon filtering device 12.
The irony discards packing material shredder 5, including first motor a101, the first support plate a102, sliding rail a103, sliding block
A104, the first cylinder a105, pressing plate a106, entrance a107, the second movable block a108, cutter a109, outlet a1010, conveyer
A1011, controller a1012, baffle a1013, the second motor a1014, sieve plate a1015, second straight line motor a1016, first move
Motion block a1017, first straight line motor a1018, the second support plate a1019, the second cylinder a1020 and staving a1021, the staving
A1021 inner tops install first motor a101, and the first support plate a102, controller are installed on the output shaft of first motor a101
A1012 controls first motor a101 rotations, makes pressing plate a106 and cutter a109 rotations, pressing plate a106 is enable to push down iron block in addition
Two sides enable cutter a109 that the iron block cut into inch strips is carried out transverse cuts, iron block are made to become smaller block structure；
First support plate a102 each side installs sliding block a104, and sliding block a104 is mounted on sliding rail a103, and sliding rail a103 is mounted on bucket
On body a1021 madial walls, each side installed under the first support plate a102 first built in the first cylinder a105, the first cylinder a105
Solenoid valve a, the first solenoid valve a are connected by conducting wire with controller a1012, and pressing plate is installed under the piston rod of the first cylinder a105
A106, iron block are transported to from entrance a107 on sieve plate a1015, and controller a1012 controls the energization or disconnected of the first solenoid valve a
Electricity makes the piston rod of the first cylinder a105 do stretching routine, so that the first pressing plate a106 is moved down, pressing plate a106 is made to consolidate iron block
It lives calmly；Two electricity of the second cylinder a1020, second solenoid valve a built in the second cylinder a1020, second are installed under first support plate a102
Magnet valve a is connected by conducting wire with controller a1012, and the second support plate a1019 is installed under the piston rod of two the second cylinder a1020,
The piston rod that controller a1012 controls the second cylinder a1020 does stretching routine, and cutter a109 is made to move down close to iron block；Control
Device a1012 control first straight line motors a1018 processed starts, and first movement block a1017 is made to move, the front and back cuttings of band cutter a109
Iron block；Two first straight line motor a1018 are installed under the second support plate a1019, first movement is installed on first straight line motor a1018
Second straight line motor a1016 is installed, second straight line motor a1016 makes installation second move under block a1017, first movement block a1017
Motion block a108, controller a1012 control second straight line motors a1016 start, and make the second movable block a108 movements, make cutter a109
It moves left and right, expands the cut coverage of cutter a109, make entire iron block that can be cut；Three are installed under second movable block a108
Left and right in mounted sieve a1015 in installation entrance a107, staving a1021 on the left of a cutter a109, staving a1021, staving a1021
The second motor a1014 is respectively installed in two side, installs baffle a1013 on the output shaft of the second motor a1014, baffle a1013 is located at
The lower section of sieve plate a1015, controller a1012 the second motors of control a1014 start, so that baffle a1013 is rotated, make baffle a1013
Far from sieve plate a1015, the small iron block on sieve plate a1015 is made to fall on conveyer a1011；Installation outlet on the right side of staving a1021
Conveyer a1011 is installed in lower end in a1010, staving a1021, and conveyer a1011 right ends stretch out staving a1021 from outlet a1010
Outside, controller a1012 controls conveyer a1011 and starts, and small iron block is transported to next link, controller a1012 is mounted on
On staving a1021 lateral walls, controller a1012 by conducting wire respectively with first motor a101, the second motor a1014, conveyer
A1011, second straight line motor a1016 are connected with first straight line motor a1018.
The irony waste separator 9, including holder b201, strut b202, entrance b203, the first pipeline
B204, controller b205, it flows into pipe b206, flow into valve b207, water tank b208, groove body b209, outflow valve b2010, effuser
B2011, waste tank b2012, the second pipeline b2013, outlet b2014, cylinder b2015, permanent magnets b2016, arc panel
B2017, sliding rail b2018, sliding block b2019 and the rear and front ends roller bearing b2020, the roller bearing b2020 are respectively mounted under strut b202,
Strut b202 is mounted under holder b201, and the one end roller bearing b2020 is connected by shaft coupling with motor, is installed not on roller bearing b2020
An only cylinder b2015, cylinder b2015 each side install sliding rail b2018, cylinder b2015 internal solenoid valve b, solenoid valve b
It is connected with controller b205 by conducting wire, sliding rail b2018 is connected with roller bearing b2020, and permanent magnetism is installed on the piston rod of cylinder b2015
Block b2016, permanent magnets b2016 each side install sliding block b2019, and sliding block b2019 is mounted on sliding rail b2018, permanent magnets
Installation arc panel b2017, arc panel b2017 and arc panel b2017 are connected to form a roller on the outside of b2016, are set below roller
Groove body b209 is set, motor drives roller bearing b2020 rotations, roller is made to rotate, and iron ball takes outlet to by permanent magnets b2016 attractions
Above b2014, the paint residues on iron ball do not have magnetism, as waste water is discharged to waste tank b2012 from effuser b2011
It is interior；Entrance b203 is installed on the left of groove body b209 and flows into pipe b206, the first pipeline of installation b204 in entrance b203, the first conveying
Line b204 is fallen to after iron ball is transported in entrance b203 in groove body b209, is flowed into installation on pipe b206 and is flowed into valve b207, flows
Inlet pipe b206 is connected with water tank b208, and controller b205 controls flow into valve b207 and open, and make to flow into pipe b206 to groove body b209
Interior conveying flow；Effuser b2011 and outlet b2014 is installed on the right side of groove body b209, outflow valve is installed on effuser b2011
Waste tank b2012 is installed under b2010, effuser b2011, the second pipeline b2013, controller are installed below outlet b2014
B205 controls the energization or power-off of cylinder b2015 internal solenoid valves b, so that the piston rod of cylinder b2015 is done stretching routine, makes permanent magnetism
Block b2016 and arc panel b2017 are displaced outwardly, and sliding block b2019 is made to be moved on sliding rail b2018, push arc panel b2017 attached
Close iron ball moves right, and the iron ball after paint-removing is made smoothly to be fallen on the second pipeline b2013 from outlet b2014,
It is transported to next link, controller b205 is mounted under groove body b209, and controller b205 is defeated with first respectively by conducting wire
Line sending b204, flow into valve b207, outflow valve b2010 and the second pipeline b2013 be connected.
The irony waste stirring and washing device 11, including first motor c301, the first motor-driven valve c302, delivery pipe
C303, agitating shaft c304, the first cylinder c305, the first flake bearing c306, axis pin c307, the second flake bearing c308, stirring
Leaf c309, friction column c3010, filter plate c3011, controller c3012, shift plate c3013, magnechuck c3014, pillar c3015,
Conveyer c3016, third cylinder c3017, the second cylinder c3018, discharge pipe c3019, bearing bracket stand c3020, telescopic rod c3021,
Screw c3022, leading screw c3023, the second motor c3024, the second motor-driven valve c3025, agitator c3026 and engine base c3027, it is described
Engine base c3027 is installed on agitator c3026, first motor c301 is installed on engine base c3027, first motor c301 passes through shaft coupling
It is connected with agitating shaft c304, controller c3012 the first solenoid valves of control c starts, and so that iron ball is entered from delivery pipe c303 and stirs
It mixes a barrel c3026 internal controllers c3012 control first motors c301 to start, so that agitating shaft c304 is rotated, make paddle c309 and rub
Column c3010 rotations are wiped to clean iron ball；Two paddle c309 are installed under agitating shaft c304, more than one is installed under paddle c309
A friction column c3010, paddle c309 can press iron ball, and friction column c3010 can rub with iron ball, play clean work
With；Delivery pipe c303 is installed on the left of agitator c3026, the first motor-driven valve c302 is installed on delivery pipe c303, in agitator c3026
Each side install the first solenoid valve c, the first solenoid valve c built in the first cylinder c305, the first cylinder c305 by conducting wire with
Controller c3012 is connected, and the piston rod of the first cylinder c305 is mounted on the first flake bearing c306, the first flake bearing c306
On filter plate c3011, the sides filter plate c3011 install more than one axis pin c307, axis pin c307 and are mounted on the second fish
Axis oculi is held on c308, and the second flake bearing c308 is mounted on agitator c3026 madial walls, and controller c3012 controls the first gas
The energization or power-off of first solenoid valve c built in cylinder c305, makes the piston rod of the first cylinder c305 do stretching motion, makes filter plate
C3011 shakes, and the residue on accelerated filtration plate c3011 is fallen；Discharge pipe c3019, discharge pipe are installed on the right side of agitator c3026
Second motor-driven valve c3025 is installed, discharge pipe c3019 inner tops the second motor of installation c3024, the second motor c3024 is logical on c3019
It crosses shaft coupling with leading screw c3023 to be connected, the left and right ends leading screw c3023 are respectively mounted on bearing bracket stand c3020, bearing bracket stand c3020 peaces
Screw c3022 is installed on discharge pipe c3019 inner top leading screws c3023, screw c3022 right side built-in flexible bar c3021 stretch
Contracting bar c3021 right ends are mounted on bearing bracket stand c3020, and telescopic rod c3021 is avoided that screw c3022 rotations；Pacify under screw c3022
It fills the second cylinder c3018, second solenoid valve c built in the second cylinder c3018, second solenoid valve c and passes through conducting wire and controller c3012
It is connected, controller c3012 controls the unlatching of the second motor-driven valve c3025, and controller c3012 the second motors of control c3024 is rotated forward, made
Leading screw c3023 is rotated forward, and screw c3022 is made to be moved to the left；The energization or power-off of controller c3012 control second solenoid valve c makes the
The piston rod of two cylinder c3018 does stretching motion, to adjust between magnechuck c3014 and shift plate c3013 and filter plate c3011
Distance；Third cylinder c3017, third solenoid valve c built in third cylinder c3017 are installed under the piston rod of the second cylinder c3018,
Third solenoid valve c is connected by conducting wire with controller c3012, and the piston rod of controller c3012 control third cylinders c3017, which is done, to be stretched
Exhibition movement, makes magnechuck c3014 and shift plate c3013 be moved to the left to above filter plate c3011；The work of third cylinder c3017
Magnechuck c3014 is installed under mounting column c3015 on stopper rod, pillar c3015, shift plate is installed under magnechuck c3014
C3013, controller c3012 control magnechucks c3014 are powered and have magnetism, and iron ball is adsorbed onto control above conveyer c3016
Device c3012 processed controls motor reversal, so that leading screw c3023 is inverted, screw c3022 is made to move right, and shift plate c3013 is made to dial iron ball
To above conveyer c3016；Shift plate c3013 is installed, conveyer c3016 is mounted on discharge pipe c3019 under magnechuck c3014
Interior, controller c3012 control conveyers c3016 starts, and iron ball is transported next link, controller c3012 is mounted on and stirs
Mix outside barrel c3026, controller c3012 by conducting wire respectively with first motor c301, the first motor-driven valve c302, magnechuck
C3014, conveyer c3016, the second motor c3024 are connected with motor-driven valve.
The active carbon filtering device 12, including air inlet pipe d401, intake valve d402, the first activated carbon filter plate d403,
Third motor d404, screw d405, activated carbon filter ball d406, the second activated carbon filter plate d407, holder d408, casing
D409, the second motor d4010, third activated carbon filter plate d4011, air bleeding valve d4012, exhaust pipe d4013, connecting shaft d4014,
First motor d4015, engine base d4016, leading screw d4017, bearing bracket stand d4018, sliding block d4019, sliding rail d4020, controller d4021
With air accumulator d4022, the upper ends the air accumulator d4022 install air inlet pipe d401, intake valve d402, control are installed on air inlet pipe d401
Device d4021 control intake valves d402 processed is opened, and is admitted air into air accumulator d4022, the first work of installation in air accumulator d4022
Property charcoal filter plate d403 and sliding rail d4020, air is by the first activated carbon filter plate d403 filtering；Sliding rail d4020 is located at first
Below activated carbon filter plate d403, sliding block d4019 is installed on sliding rail d4020, screw d405, screw are installed under sliding block d4019
D405 is mounted on leading screw d4017, and leading screw d4017 left ends are connected by first shaft coupling with third motor d404, third motor
D404 is mounted in air accumulator d4022, and leading screw d4017 right ends are mounted on bearing bracket stand d4018, and bearing bracket stand d4018 is mounted on storage
In gas tank d4022, engine base d4016 is installed under screw d405, controller d4021 control third motors d404 starts, and makes leading screw
D4017 rotates, and so that screw d405 is moved left and right, sliding block d4019 is made to be moved on sliding rail d4020, make the second activated carbon filter plate
D407 and activated carbon filter ball d406 are moved left and right, and make the second activated carbon filter plate d407 and activated carbon filter ball d406 and air
It comes into full contact with；First motor d4015 is installed, first motor d4015 passes through second shaft coupling and connecting shaft on engine base d4016
D4014 is connected, and controller d4021 control first motors d4015 starts, and makes the second activated carbon filter plate d407 and activated carbon filter ball
D406 longitudinally rotates, and the second activated carbon filter plate d407 and activated carbon filter ball d406 is made to be come into full contact with air；Second shaft coupling
Device is mounted on holder d408, and holder d408 is mounted under engine base d4016, and casing d409, casing are installed under connecting shaft d4014
The output shaft of installation two second motors d4010, the second motor d4010 stretch out outside casing d409 in d409, controller d4021 controls
It makes the second motor d4010 to start, so that the second activated carbon filter plate d407 and activated carbon filter ball d406 is rotated horizontally, make the second work
Property charcoal filter plate d407 and activated carbon filter ball d406 comes into full contact with air；Two are installed on the output shaft of second motor d4010
More than one activated carbon filter ball d406 is installed on a second activated carbon filter plate d407, the second activated carbon filter plate d407, the
Three activated carbon filter plate d4011 are mounted in air accumulator d4022, and third activated carbon filter plate d4011 is located under sliding rail d4020
Side, the first activated carbon filter plate d403 is identical with third activated carbon filter plate d4011 thickness, and air enters the filtering of third activated carbon
It after the filtering of plate d4011, is discharged outside air accumulator d4022 through exhaust pipe d4013, exhaust pipe is installed in the lower ends air accumulator d4022
Air bleeding valve d4012 is installed, controller d4021 is mounted on air accumulator d4022, controller d4021 on d4013, exhaust pipe d4013
By conducting wire respectively with intake valve d402, third motor d404, the second motor d4010, air bleeding valve d4012 and first motor
D4015 is connected.
The application method of the present invention：Roller conveyor 1 transports paint kettle, and paint kettle is transported to four axis by the first conveyer 2
In shredder 3, after the processing of four axis shredders 3, paint kettle is shredded into big packaged iron block, and big packaged iron block second conveys
Machine 4 is transported to irony and discards in packing material shredder 5, and big packaged iron block is transported to from entrance a107 on sieve plate a1015, is controlled
Device a1012 controls the energization or power-off of the first solenoid valve a, so that the piston rod of the first cylinder a105 is done stretching routine, makes the first pressure
Plate a106 is moved down, and pressing plate a106 is made to fix iron block；The piston rod that controller a1012 controls the second cylinder a1020 is done
Stretching routine makes cutter a109 move down close to iron block；Controller a1012 control first straight line motor a1018 starts, and makes the
One movable block a1017 movements, band cutter a109 is front and back to cut iron block；Controller a1012 controls second straight line motor a1016 is opened
It is dynamic, make the second movable block a108 movements, so that cutter a109 is moved left and right, expand the cut coverage of cutter a109, make entire iron block
It can be cut；Controller a1012 control first motor a101 rotations, make pressing plate a106 and cutter a109 rotations, make pressing plate
A106 can push down other two side of iron block, enable cutter a109 that the iron block cut into inch strips is carried out transverse cuts, make iron
Block becomes smaller block structure；Controller a1012 the second motors of control a1014 starts, and so that baffle a1013 is rotated, makes baffle
A1013 makes the small iron block on sieve plate a1015 fall on conveyer a1011 far from sieve plate a1015；Controller a1012 controls are defeated
It send device a1011 to start, small iron block is transported on third conveyer 6；
Small iron block is transported in hammer mill 7 by third conveyer 6, and hammer mill 7 rubs iron block at iron ball, iron
Ball is transported to by the 4th conveyer 8 on the first pipeline b of irony waste separator 9；
First pipeline b204 is fallen to after iron ball is transported in entrance b203 in groove body b209, controller b205 controls
It flows into valve b207 to open, makes to flow into pipe b206 and convey flow into groove body b209；Motor drives roller bearing b2020 rotations, makes roller
Rotation, iron ball are taken to by permanent magnets b2016 attractions above outlet b2014, and the paint residues on iron ball do not have magnetism, with
Waste water is discharged to from effuser b2011 in waste tank b2012；The energization of controller b205 control cylinder b2015 internal solenoid valves b
Or power-off, so that the piston rod of cylinder b2015 is done stretching routine, so that permanent magnets b2016 and arc panel b2017 is displaced outwardly, make cunning
Block b2019 is moved on sliding rail b2018, is pushed the iron ball near arc panel b2017 to move right, is made the iron ball after paint-removing
It is smoothly fallen on the second pipeline b2013 from outlet b2014, is transported to next link.
Iron ball is transported in the delivery pipe c303 of irony waste stirring and washing device 11 by the second pipeline b, controller
C3012 the first solenoid valves of control c starts, and iron ball is made to enter the c3012 controls of agitator c3026 internal controllers from delivery pipe c303
First motor c301 processed starts, and agitating shaft c304 is made to rotate, and paddle c309 and friction column c3010 rotations is made to clean iron ball；
Paddle c309 can press iron ball, and friction column c3010 can rub with iron ball, play the role of clean；Controller c3012 controls
The energization or power-off for making the first solenoid valve c built in the first cylinder c305 make the piston rod of the first cylinder c305 do stretching motion, make
Filter plate c3011 shakes, and the residue on accelerated filtration plate c3011 is fallen；Controller c3012 controls the second motor-driven valve c3025
Unlatching, controller c3012 the second motor of control c3024 rotates forward, so that leading screw c3023 is rotated forward, screw c3022 is made to be moved to the left；
Telescopic rod c3021 is avoided that screw c3022 rotations；The piston rod of controller c3012 control third cylinders c3017 does stretching, extension fortune
It is dynamic, so that magnechuck c3014 and shift plate c3013 is moved to the left to above filter plate c3011；Controller c3012 the second electricity of control
The energization or power-off of magnet valve c makes the piston rod of the second cylinder c3018 do stretching motion, to adjust magnechuck c3014 and shift plate
The distance between c3013 and filter plate c3011；Controller c3012 control magnechucks c3014 is powered and has magnetism, by iron ball
It is adsorbed onto above conveyer c3016；Controller c3012 controls motor reversal, so that leading screw c3023 is inverted, makes screw c3022 to the right
It is mobile, so that shift plate c3013 is pushed iron ball above conveyer c3016；Controller c3012 control conveyers c3016 starts, and will remove
The iron ball gone after paint, which transports in storage device, to be stored；
Controller d4021 control intake valves d402 is opened, and is admitted air into air accumulator d4022, air passes through first
The d403 filterings of activated carbon filter plate；Controller d4021 control third motors d404 starts, and so that leading screw d4017 is rotated, makes screw
D405 is moved left and right, and sliding block d4019 is made to be moved on sliding rail d4020, and the second activated carbon filter plate d407 and activated carbon is made to filter
Ball d406 is moved left and right, and the second activated carbon filter plate d407 and activated carbon filter ball d406 is made to be come into full contact with air；Controller
D4021 is controlled first motor d4015 and is started, and so that the second activated carbon filter plate d407 and activated carbon filter ball d406 is longitudinally rotated, makes
Second activated carbon filter plate d407 and activated carbon filter ball d406 come into full contact with air；Controller d4021 controls the second motor
D4010 starts, and so that the second activated carbon filter plate d407 and activated carbon filter ball d406 is rotated horizontally, makes the second activated carbon filter plate
D407 and activated carbon filter ball d406 come into full contact with air；After air enters the filtering of third activated carbon filter plate d4011, warp
Exhaust pipe d4013 is discharged in irony waste stirring and washing device 11, promotes on iron ball to be falling off for paint residues.
Claims (2)
1. a kind of irony discards the pollution-free recycling assembly line of packing material, including roller conveyor（1）, the first conveyer（2）, four axis
Shredder（3）, second conveyor（4）, irony discard packing material shredder（5）, third conveyer（6）, hammer mill（7）、
4th conveyer（8）, irony waste separator（9）, the 5th conveyer（10）, irony waste stirring and washing device（11）
And active carbon filtering device（12）, it is characterized in that：First conveyer（2）Mounted on roller conveyor（1）Right side, first is defeated
Send machine（2）With roller conveyor（1）Left end be connected, four axis shredders（3）Mounted on the first conveyer（2）Right side, four axis are torn
Broken machine（3）With the first conveyer（2）Right end be connected, four axis shredders（3）Right side is installed by second conveyor（4）, four axis tear up
Machine（3）With second conveyor（4）Left end be connected, irony discards packing material shredder（5）Mounted on second conveyor（4）The right side
Side, irony discard packing material shredder（5）With second conveyor（4）Right end be connected, irony discards packing material shredder（5）It is right
Side is installed by third conveyer（6）, the discarded packing material shredder of irony（5）With third conveyer（6）Left end be connected, hammer crushing
Machine（7）Mounted on third conveyer（6）Right side, hammer mill（7）With third conveyer（6）Right end be connected, hammer is broken
Broken machine（7）Right side is installed by the 4th conveyer（8）, hammer mill（7）With the 4th conveyer（8）Left end be connected, irony is discarded
Object separator（9）Mounted on the 4th conveyer（8）Right side, irony waste separator（9）With the 4th conveyer（8）'s
Right end is connected, the 5th conveyer（10）Mounted on irony waste separator（9）Right side, irony waste separator
（9）With the 5th conveyer（10）Left end is connected, irony waste stirring and washing device（11）Mounted on the 5th conveyer（10）It is right
Side, irony waste stirring and washing device（11）With the 5th conveyer（10）Right end is connected, irony waste stirring and washing device
（11）Pass through pipeline and active carbon filtering device（12）It is connected, irony discards packing material shredder（5）, including first motor a
（101）, the first support plate a（102）, sliding rail a（103）, sliding block a（104）, the first cylinder a（105）, pressing plate a（106）, entrance a
（107）, the second movable block a（108）, cutter a（109）, outlet a（1010）, conveyer a（1011）, controller a（1012）, gear
Plate a（1013）, the second motor a（1014）, sieve plate a（1015）, second straight line motor a（1016）, first movement block a（1017）、
First straight line motor a（1018）, the second support plate a（1019）, the second cylinder a（1020）With staving a（1021）, the staving a
（1021）Inner top installs first motor a（101）, first motor a（101）Output shaft on the first support plate a is installed（102）, the
One support plate a（102）Each side installation sliding block a（104）, sliding block a（104）Mounted on sliding rail a（103）On, sliding rail a（103）
Mounted on staving a（1021）On madial wall, the first support plate a（102）Under the first cylinder a is each side installed（105）, the first gas
Cylinder a（105）Piston rod under installation pressing plate a（106）, the first support plate a（102）Two the second cylinder a of lower installation（1020）, two
Second cylinder a（1020）Piston rod under the second support plate a is installed（1019）, the second support plate a（1019）Lower installation two first is straight
Line motor a（1018）, first straight line motor a（1018）Upper installation first movement block a（1017）, first movement block a（1017）Under
Second straight line motor a is installed（1016）, second straight line motor a（1016）Make the second movable block of installation a（108）, the second movable block a
（108）Three cutter a of lower installation（109）, staving a（1021）Entrance a is installed in left side（107）, entrance a and second conveyor（4）
It is connected, staving a（1021）Interior mounted sieve a（1015）, staving a（1021）Interior left and right sides wall respectively installs the second motor a
（1014）, the second motor a（1014）Output shaft on installation baffle a（1013）, baffle a（1013）Positioned at sieve plate a（1015）'s
Lower section, staving a（1021）Right side installation outlet a（1010）, staving a（1021）Interior lower end installation conveyer a（1011）, conveyer
a（1011）Right end from outlet a（1010）Stretch out staving a（1021）Outside, conveyer a（1011）With third conveyer（6）It is connected, control
Device a processed（1012）Mounted on staving a（1021）On lateral wall, controller a（1012）By conducting wire respectively with first motor a
（101）, the second motor a（1014）, conveyer a（1011）, second straight line motor a（1016）With first straight line motor a（1018）
It is connected, the first cylinder a（105）Built-in first solenoid valve a, the first solenoid valve a pass through conducting wire and controller a（1012）It is connected, the
Two cylinder a（1020）Built-in second solenoid valve a, second solenoid valve a pass through conducting wire and controller a（1012）It is connected, irony is discarded
Object separator（9）, including holder b（201）, strut b（202）, entrance b（203）, the first pipeline b（204）, controller b
（205）, flow into pipe b（206）, flow into valve b（207）, water tank b（208）, groove body b（209）, outflow valve b（2010）, effuser b
（2011）, waste tank b（2012）, the second pipeline b（2013）, outlet b（2014）, cylinder b（2015）, permanent magnets b
（2016）, arc panel b（2017）, sliding rail b（2018）, sliding block b（2019）With roller bearing b（2020）, the roller bearing b（2020）It is front and back
Both ends are respectively mounted on strut b（202）Under, strut b（202）Mounted on holder b（201）Under, roller bearing b（2020）One end passes through shaft coupling
Device is connected with motor, roller bearing b（2020）Upper installation more than one cylinder b（2015）, cylinder b（2015）Each side installation is slided
Rail b（2018）, sliding rail b（2018）With roller bearing b（2020）It is connected, cylinder b（2015）Piston rod on installation permanent magnets b
（2016）, permanent magnets b（2016）Each side installation sliding block b（2019）, sliding block b（2019）Mounted on sliding rail b（2018）On,
Permanent magnets b（2016）Arc panel b is installed in outside（2017）, arc panel b（2017）With arc panel b（2017）It is connected to form a rolling
Cylinder, roller lower section setting groove body b（209）, groove body b（209）Entrance b is installed in left side（203）With flow into pipe b（206）, entrance b
（203）The first pipeline b of interior installation（204）, the first pipeline b（204）With the 4th conveyer（8）It is connected, flows into pipe b（206）
Upper installation flows into valve b（207）, flow into pipe b（206）With water tank b（208）It is connected, groove body b（209）Effuser b is installed on right side
（2011）With outlet b（2014）, effuser b（2011）Upper installation outflow valve b（2010）, effuser b（2011）Lower installation is useless
Object slot b（2012）, outlet b（2014）Second pipeline b is installed lower section（2013）, the second pipeline b（2013）It is defeated with the 5th
Send machine（10）It is connected, second controller b（205）Mounted on groove body b（209）Under, controller b（205）By conducting wire respectively with
One pipeline b（204）, flow into valve b（207）, outflow valve b（2010）With the second pipeline b（2013）It is connected, cylinder b（2015）
Internal solenoid valve b, solenoid valve b pass through conducting wire and controller b（205）It is connected, irony waste stirring and washing device（11）, including
First motor c（301）, the first motor-driven valve c（302）, delivery pipe c（303）, agitating shaft c（304）, the first cylinder c（305）, first
Flake bearing c（306）, axis pin c（307）, the second flake bearing c（308）, paddle c（309）, friction column c（3010）, filtering
Plate c（3011）, controller c（3012）, shift plate c（3013）, magnechuck c（3014）, pillar c（3015）, conveyer c
（3016）, third cylinder c（3017）, the second cylinder c（3018）, discharge pipe c（3019）, bearing bracket stand c（3020）, telescopic rod c
（3021）, screw c（3022）, leading screw c（3023）, the second motor c（3024）, the second motor-driven valve c（3025）, agitator c
（3026）With engine base c（3027）, the agitator c（3026）Upper installation engine base c（3027）, engine base c（3027）Upper installation first
Motor c（301）, first motor c（301）Pass through shaft coupling and agitating shaft c（304）It is connected, agitating shaft c（304）Lower installation two
Paddle c（309）, paddle c（309）Lower installation more than one friction column c（3010）, agitator c（3026）Left side installation is defeated
Send pipe c（303）, delivery pipe c（303）The first motor-driven valve c of upper installation（302）, agitator c（3026）Inside each side install
One cylinder c（305）, the first cylinder c（305）Piston rod be mounted on the first flake bearing c（306）On, the first flake bearing c
（306）Mounted on filter plate c（3011）On, filter plate c（3011）More than one axis pin c is installed side（307）, axis pin c（307）
Mounted on the second flake bearing c（308）On, the second flake bearing c（308）Mounted on agitator c（3026）On madial wall, stirring
Bucket c（3026）Discharge pipe c is installed on right side（3019）, discharge pipe c（3019）The second motor-driven valve c of upper installation（3025）, discharge pipe c
（3019）Inner top installs the second motor c（3024）, the second motor c（3024）Pass through shaft coupling and leading screw c（3023）It is connected, silk
Thick stick c（3023）Left and right ends are respectively mounted on bearing bracket stand c（3020）On, bearing bracket stand c（3020）Mounted on discharge pipe c（3019）Interior top
Portion leading screw c（3023）Upper installation screw c（3022）, screw c（3022）Right side built-in flexible bar c（3021）, telescopic rod c（3021）
Right end is mounted on bearing bracket stand c（3020）On, screw c（3022）The second cylinder c of lower installation（3018）, the second cylinder c（3018）'s
Third cylinder c is installed under piston rod（3017）, third cylinder c（3017）Piston rod on mounting column c（3015）, pillar c
（3015）Lower installation magnechuck c（3014）, magnechuck c（3014）Lower installation shift plate c（3013）, conveyer c（3016）Peace
Mounted in discharge pipe c（3019）It is interior, controller c（3012）Mounted on agitator c（3026）Outside, controller c（3012）Pass through conducting wire
Respectively with first motor c（301）, the first motor-driven valve c（302）, magnechuck c（3014）, conveyer c（3016）, the second motor c
（3024）It is connected with motor-driven valve, the first cylinder c（305）Built-in first solenoid valve c, the first solenoid valve c pass through conducting wire and controller c
（3012）It is connected, the second cylinder c（3018）Built-in second solenoid valve c, second solenoid valve c pass through conducting wire and controller c（3012）
It is connected, third cylinder c（3017）Built-in third solenoid valve c, third solenoid valve c pass through conducting wire and controller c（3012）It is connected, it is living
Property charcoal filter device（12）, including air inlet pipe d（401）, intake valve d（402）, the first activated carbon filter plate d（403）, third electricity
Machine d（404）, screw d（405）, activated carbon filter ball d（406）, the second activated carbon filter plate d（407）, holder d（408）, casing
d（409）, the second motor d（4010）, third activated carbon filter plate d（4011）, air bleeding valve d（4012）, exhaust pipe d（4013）, even
Spindle d（4014）, first motor d（4015）, engine base d（4016）, leading screw d（4017）, bearing bracket stand d（4018）, sliding block d
（4019）, sliding rail d（4020）, controller d（4021）With air accumulator d（4022）, the air accumulator d（4022）Upper end is installed by air inlet
Pipe d（401）, air inlet pipe d（401）Upper installation intake valve d（402）, air accumulator d（4022）The first activated carbon filter plate d of interior installation
（403）With sliding rail d（4020）, sliding rail d（4020）Positioned at the first activated carbon filter plate d（403）Lower section, sliding rail d（4020）Upper peace
Fill sliding block d（4019）, sliding block d（4019）Lower installation screw d（405）, screw d（405）Mounted on leading screw d（4017）On, leading screw d
（4017）Left end passes through first shaft coupling and third motor d（404）It is connected, third motor d（404）Mounted on air accumulator d
（4022）It is interior, leading screw d（4017）Right end is mounted on bearing bracket stand d（4018）On, bearing bracket stand d（4018）Mounted on air accumulator d
（4022）It is interior, screw d（405）Lower installation engine base d（4016）, engine base d（4016）Upper installation first motor d（4015）, the first electricity
Machine d（4015）Pass through second shaft coupling and connecting shaft d（4014）It is connected, second shaft coupling is mounted on holder d（408）On, holder d
（408）Mounted on engine base d（4016）Under, connecting shaft d（4014）Lower installation casing d（409）, casing d（409）Interior installation two the
Two motor d（4010）, the second motor d（4010）Output shaft stretch out casing d（409）Outside, the second motor d（4010）Output shaft
Two the second activated carbon filter plate d of upper installation（407）, the second activated carbon filter plate d（407）Upper installation more than one activated carbon mistake
Filter bulb d（406）, third activated carbon filter plate d（4011）Mounted on air accumulator d（4022）It is interior, third activated carbon filter plate d
（4011）Positioned at sliding rail d（4020）Lower section, air accumulator d（4022）Exhaust pipe d is installed lower end（4013）, exhaust pipe d（4013）On
Air bleeding valve d is installed（4012）, controller d（4021）Mounted on air accumulator d（4022）On, controller d（4021）Pass through conducting wire point
Not with intake valve d（402）, third motor d（404）, the second motor d（4010）, air bleeding valve d（4012）With first motor d
（4015）It is connected.
2. a kind of irony according to claim 1 discards the pollution-free recycling assembly line of packing material, it is characterized in that：Described first
Activated carbon filter plate d（403）With third activated carbon filter plate d（4011）Thickness is identical.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105772485B (en) * | 2016-04-22 | 2018-08-24 | 嘉兴维特拉电气科技有限公司 | Hardware recovery processing device |
| CN106269795B (en) * | 2016-08-25 | 2019-01-01 | 常州市锦云工业废弃物处理有限公司 | A kind of waste oil paint can continuous high-efficient processing equipment |
| CN109225562A (en) * | 2018-10-10 | 2019-01-18 | 广州锐锋环保机械有限公司 | A kind of metal drum crushing washing exhausting line |
| CN110480873A (en) * | 2019-08-23 | 2019-11-22 | 陶闽榕 | A kind of waste polyurethane sponge recycling and reusing processing is mechanical |
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| CN204307918U (en) * | 2014-11-10 | 2015-05-06 | 安徽华奇管业有限公司 | The automatic separating and reclaiming device of a kind of plastic-steel |
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