CN104175420A - Device and technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes - Google Patents
Device and technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes Download PDFInfo
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- CN104175420A CN104175420A CN201310195527.XA CN201310195527A CN104175420A CN 104175420 A CN104175420 A CN 104175420A CN 201310195527 A CN201310195527 A CN 201310195527A CN 104175420 A CN104175420 A CN 104175420A
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- pipe material
- motor
- steel wire
- belt
- steel skeleton
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
Abstract
The invention relates to a device and a technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes. The device comprises a pipe pushing machine, a double-shaft pipe shredding machine, a Z-shape belt conveyer, a steel wire separator, a horizontal belt conveyer and a magnet separator. The pipe pushing machine is connected to one end of the double-shaft pipe shredding machine. The Z-shape belt conveyer is disposed below the double-shaft pipe shredding machine. One end of the Z-shape belt conveyer is connected to the other end of the double-shaft pipe shredding machine, and the other end of the Z-shape belt conveyer is connected to the steel wire separator. The horizontal belt conveyer is disposed between the steel wire separator and the magnet separator. The steel wire separator is connected to the magnet separator through the horizontal belt conveyer. By the device and the technical process, success separation of plastic and steel wire in the steel skeleton plastic composite pipes can be performed smoothly and orderly.
Description
Technical field
The present invention relates to a kind of equipment and technological process of one-stop recycling steel skeleton plastic clad pipe material, belong to resource recycle and reuse technical field.
Background technology
Since steel skeleton plastic clad pipe material in 2003 is born, be just widely used in multiple channel conveying engineering, relate to field wide.But along with the continuous upgrading of product, promulgate after steel frame-plastic tubing country industry manufacturer's standard that from country in 2007 steel skeleton plastic clad pipe material has been had to higher quality requirement and stricter manufacturing technology, therefore no matter be at engineering application or have the generation of a large amount of waste and old steel skeleton plastic clad pipe materials in producing and pending.The common targets pursued of world but efficient, environmental protection, economic recycling recycle these waste materials.At present, the method for known processing steel skeleton plastic clad pipe material is: roll hand cut through physics.This treatment technology mainly uses some jumboes to roll, and makes to produce crack between plastics and metal and causes viscosity to reduce, then peel off through the artificial dedicated tool that uses, and finally reaches the effect of removing photoresist.But this treatment technology separating difficulty is large, cost-effective rate is low, and separable programming is numerous and diverse, needs a large amount of hand labour power, and single, property processing in a small amount that this treatment technology is confined to, the recycling of the industrialization requiring for user, batch property, integrated system is difficult to realize.
Summary of the invention
For realizing industrialization, the requirement of the recycling of property, integrated system in batches, and arrive the recycling object of efficient, economy, environmental protection, can complete in an orderly manner smoothly successfully separating of plastics and steel wire in steel skeleton plastic clad pipe material, technical problem to be solved by this invention is to provide a kind of equipment and technological process of the one-stop recycling steel skeleton plastic clad pipe material that collects conveying, fragmentation, separate and reclaim, the present invention has not only overcome the deficiency in background technology, and has brought into play to greatest extent waste and old steel skeleton plastic clad pipe aptitude source reclaiming value.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of equipment of one-stop recycling steel skeleton plastic clad pipe material, comprise ejector sleeve machine, twin shaft pipe material shredder, zigzag belt conveyor, steel wire separator, horizontal belt conveyor and magnetic separator, described ejector sleeve machine is connected with one end of described twin shaft pipe material shredder, described zigzag belt conveyor is positioned at the bottom of described twin shaft pipe material shredder, and one end is connected with the other end of described twin shaft pipe material shredder, the other end is connected with described steel wire separator, described horizontal belt conveyor is between described steel wire separator and magnetic separator, and described steel wire separator is connected with described magnetic separator by described horizontal belt conveyor.
The invention has the beneficial effects as follows: the present invention has realized industrialization, the requirement of the recycling of property, integrated system in batches, and arrive the recycling object of efficient, economy, environmental protection, can complete in an orderly manner smoothly successfully separating of plastics and steel wire in steel skeleton plastic clad pipe material.
It is simple and reasonable, safe and reliable that the present invention has, and disposal ability is powerful, the feature of the low grade of maintenance cost.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described ejector sleeve machine comprises driving rack, material pushing box, electric machine assembly, ejector sleeve box body and ejector sleeve machine support, described driving rack, material pushing box and electric machine assembly are all positioned at described ejector sleeve box body, described driving rack is connected with described material pushing box, described material pushing box is connected with described electric machine assembly, provide power by described electric machine assembly for described material pushing box, described ejector sleeve machine support is positioned at the bottom of described ejector sleeve box body, and be connected with described ejector sleeve box body, one end of described ejector sleeve box body is provided with cover plate, the other end is provided with discharging connector, described discharging connector is connected with described twin shaft pipe material shredder.
Further, described twin shaft pipe material shredder comprises main shaft rotor, clutch shaft bearing seat, cabinet, the first frame, the first motor and the second motor, described main shaft rotor is arranged in described cabinet, and its two ends are provided with described clutch shaft bearing seat, one end of described main shaft rotor is connected with described the first motor by described clutch shaft bearing seat, described the first motor is connected with described the second motor, described the first frame is positioned at the bottom of described cabinet, and be connected with described cabinet, one end of described cabinet is provided with charging aperture, the other end is provided with discharging opening, described charging aperture is connected with described discharging connector, described discharging opening is connected with described zigzag belt conveyor.
Further, described zigzag belt conveyor comprises the 3rd motor, bearing, the first belt, the first cylinder, the first casing, the first support, the first universal caster wheel, the first feet cup and the first adjusting bolt, described the 3rd motor is connected with described bearing, described bearing, the first belt and the first cylinder are all positioned at described the first casing, described bearing is connected with described the first belt, described the first belt is connected with described the first cylinder on described the first cylinder by winding, the bottom of one end of described the first support and described the first casing is fixedly connected, the other end is flexibly connected mutually with described the first universal caster wheel, described the first feet cup is connected with described bearing, described the first adjusting bolt is connected with described the first belt, for regulating the degree of tightness of described the first belt.
Further, described steel wire separator comprises feed hopper, the second casing, the 4th motor, the second frame, drive pulley, the second belt, driven pulley, main shaft, bearing mounting base, movable cutter set, stationary knife group, screen bracket, discharging bin, described feed hopper is connected with a side of described the second casing, described the second casing and described the 4th motor are installed in described the second frame, described drive pulley is connected with described the 4th motor, described driven pulley is connected with described drive pulley by described the second belt, thereby described driven pulley is connected and is driven main shaft rotation by key with described main shaft, described bearing mounting base is connected with described main shaft, described main shaft is positioned at described the second casing, and on it, be placed with the movable cutter set of trapezoidal tooth-like structure and the stationary knife group of trapeze cut formula, described movable cutter set and corresponding the arranging of described stationary knife group, described screen bracket is installed on the another side of described the second casing, described screen bracket is provided with screen cloth, described discharging bin is connected with described screen bracket, described the second frame is connected with described horizontal belt conveyor.
Further, described steel wire separator also comprises flywheel guard, the first protective cover and swivel joint, and described flywheel guard, the first protective cover and swivel joint are installed in the both ends of the surface of described main shaft.
Further, described steel wire separator also comprises anti-arch materials device and hopper closing device, and described anti-arch materials device is located in described feed hopper, and described hopper closing device is connected with the outer wall of described feed hopper.
Further, described horizontal belt conveyor comprises the 5th motor, the 3rd casing, the second support, the second bearing block, the 3rd belt, second tin roller and the second adjusting bolt, described the 5th motor is by being arranged on described the 3rd casing, described the 3rd casing is arranged on described the second support, described the second bearing block, second tin roller, the 3rd belt and the second adjusting bolt are all positioned at described the 3rd casing, described the second bearing block is connected with described the 5th motor, described the 3rd belt is connected with described the second bearing block, described second tin roller is connected with described the 3rd belt, the bottom of described the second support is provided with the second universal caster wheel and the second feet cup.
Further, described magnetic separator comprises motor mounting rack, magnetic separator installing rack, the 6th motor, drive roll, driven sprocket, drive sprocket, the 4th belt, driven cylinder and the 3rd bearing block, described motor mounting rack is arranged on described magnetic separator installing rack, described the 6th motor is arranged on described motor mounting rack, in described drive roll, be provided with driven sprocket, described the 6th motor is provided with drive sprocket, described driven sprocket is connected with described drive sprocket by chain, described drive roll is connected with described driven cylinder by described the 4th belt, the two ends of described magnetic separator installing rack are all provided with the 3rd bearing block, described drive roll is all connected with described the 3rd bearing block with driven cylinder, in described magnetic separator installing rack, be provided with magnet.
Further, described magnetic separator also comprises the second protective cover and the 3rd adjusting bolt, and described the second protective cover is connected with described magnetic separator installing rack, and described the 3rd adjusting bolt is connected with described the 3rd bearing block.
Another technical scheme that the present invention solves the problems of the technologies described above is as follows:
A kind of technological process of one-stop recycling steel skeleton plastic clad pipe material, comprise the following steps: the material pushing box in ejector sleeve machine is the charging aperture to twin shaft pipe material shredder by described steel skeleton plastic clad pipe material forward impelling, enter in twin shaft pipe material shredder by charging aperture, in the time that the main shaft rotor in twin shaft pipe material shredder rotates, described steel skeleton plastic clad pipe material is gulped down to sting by main shaft rotor tears into more uniform tiny fragment, described tiny fragment drops on the zigzag belt conveyor of twin shaft pipe material shredder below, then zigzag belt conveyor is transported to described tiny fragment in the feed hopper of steel wire separator again, the movable cutter set of arranging on the main shaft by steel wire separator again and stationary knife group are done and are mutually cut a pinch motion described tiny fragment, thereby plastics in described steel skeleton plastic clad pipe material are separated with steel wire, drop on the horizontal belt conveyor of steel wire separator below, fall in magnetic separator by the conveying of horizontal belt conveyor again, in the time that magnetic separator turns round, pass across after steel wire in the steel skeleton plastic clad pipe material of magnetic separator is adsorbed and taken out of with the 4th belt of running, thereby reach separating of steel wire and plastics, the recycling of finally described steel wire and plastics being packed respectively.
Brief description of the drawings
Fig. 1 is the structural representation of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 2 is the structural representation of the ejector sleeve machine of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 3 is the left view of Fig. 2;
Fig. 4 is the structural representation of the twin shaft pipe material shredder of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 5 is the top view of Fig. 4;
Fig. 6 is the structural representation of the zigzag belt conveyor of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 7 is the structural representation of the steel wire separator of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 8 is the structural representation of the horizontal belt of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Fig. 9 is the structural representation of the magnetic separator of the equipment of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
Figure 10 is the process chart of the one-stop recycling steel skeleton plastic clad pipe of the present invention material;
In accompanying drawing, the list of parts of each label representative is as follows:
1, ejector sleeve machine, 101, driving rack, 102, material pushing box, 103, electric machine assembly, 104, ejector sleeve box body, 105, ejector sleeve machine support, 106, discharging connector, 107, cover plate, 2, twin shaft pipe material shredder, 201, main shaft rotor, 202, clutch shaft bearing seat, 203, cabinet, 204, the first frame, 205, the first motor, 206, the second motor, 207, charging aperture, 208, discharging opening, 3, zigzag belt conveyor, 301, the 3rd motor, 302, bearing, 303, the first belt, 304, the first cylinder, 305, the first casing, 306, the first support, 307, the first universal caster wheel, 308, the first feet cup, 309, the first adjusting bolt, 4, steel wire separator, 401, feed hopper, 402, the second casing, 403, the 4th motor, 404, the second frame, 405, drive pulley, 406, the second belt, 407, driven pulley, 408, main shaft, 409, bearing mounting base, 410, movable cutter set, 411, stationary knife group, 412, screen bracket, 413, screen cloth, 414, discharging bin, 415, flywheel guard, 416, the first protective cover, 417, swivel joint, 418, anti-arch materials device, 419, hopper closing device, 5, horizontal belt conveyor, 501, the 5th motor, 502, the 3rd casing, 503, the second support, 504, the second bearing block, 505, the 3rd belt, 506, second tin roller, 507, the second adjusting bolt, 508, the second universal caster wheel, 509, the second feet cup, 6, magnetic separator, 601, motor mounting rack, 602, magnetic separator installing rack, 603, the 6th motor, 604, drive roll, 605, driven sprocket, 606, drive sprocket, 607, chain, 608, the 4th belt, 609, driven cylinder, 610, the 3rd bearing block, 611, magnet, 612, the second protective cover, 613, the 3rd adjusting bolt.
Detailed description of the invention
Below in conjunction with accompanying drawing, principle of the present invention and feature are described, example, only for explaining the present invention, is not intended to limit scope of the present invention.
A kind of equipment of one-stop recycling steel skeleton plastic clad pipe material, as shown in Figure 1, comprise ejector sleeve machine 1, twin shaft pipe material shredder 2, zigzag belt conveyor 3, steel wire separator 4, horizontal belt conveyor 5 and magnetic separator 6, described ejector sleeve machine 1 is connected with one end of described twin shaft pipe material shredder 2, described zigzag belt conveyor 3 is positioned at the bottom of described twin shaft pipe material shredder 2, and one end is connected with the other end of described twin shaft pipe material shredder 2, the other end is connected with described steel wire separator 4, described horizontal belt conveyor 5 is between described steel wire separator 4 and magnetic separator 6, and described steel wire separator 4 is connected with magnetic separator described in 56 by described horizontal belt conveyor.
As Fig. 2, shown in Fig. 3, described ejector sleeve machine 1 comprises driving rack 101, material pushing box 102, electric machine assembly 103, ejector sleeve box body 104 and ejector sleeve machine support 105, described driving rack 101, material pushing box 102 and electric machine assembly 103 are all positioned at described ejector sleeve box body 104, described driving rack 101 is connected with described material pushing box 102, described material pushing box 102 is connected with described electric machine assembly 103, provide power by described electric machine assembly 103 for described material pushing box 102, described ejector sleeve machine support 105 is positioned at the bottom of described ejector sleeve box body 104, and be connected with described ejector sleeve box body 104, one end of described ejector sleeve box body 104 is provided with cover plate 107, the other end is provided with discharging connector 106, described discharging connector 106 is connected with described twin shaft pipe material shredder 2.
Ejector sleeve machine 1 completes the first operation, specific as follows:
After cover plate 107 is opened, steel skeleton plastic clad pipe material is put in ejector sleeve box body 104, drive material pushing box 102 to move by electric machine assembly 103, thereby promote steel skeleton plastic clad pipe material and advance to discharging connector 106 places, until after steel skeleton plastic clad pipe material annexed by twin shaft pipe material shredder 2, automatically get back to starting point by controller control material pushing box 102.
As Fig. 4, shown in Fig. 5, described twin shaft pipe material shredder 2 comprises main shaft rotor 201, clutch shaft bearing seat 202, cabinet 203, the first frame 204, the first motor 205 and the second motor 206, described main shaft rotor 201 is arranged in described cabinet 203, and its two ends are provided with described clutch shaft bearing seat 202, one end of described main shaft rotor 201 is connected with described the first motor 205 by described clutch shaft bearing seat 202, described the first motor 205 is connected with described the second motor 206, described the first frame 204 is positioned at the bottom of described cabinet 203, and be connected with described cabinet 203, one end of described cabinet 203 is provided with charging aperture 207, the other end is provided with discharging opening 208, described charging aperture 207 is connected with described discharging connector 106, described discharging opening 208 is connected with described zigzag belt conveyor 3.
Twin shaft pipe material shredder 2 completes the second operation, specific as follows:
In the time that steel skeleton plastic clad pipe material is transported to the charging aperture 207 of twin shaft pipe material shredder 2 by ejector sleeve machine 1, two main shaft rotors 201 of the twin shaft pipe material shredder 2 when running counter-rotate simultaneously, thereby make steel skeleton plastic clad pipe material in by interlocking pattern, the very big torsion going out by the second motor 206 transmissions, steel skeleton plastic clad pipe material is shredded into the relatively evenly bulk of size by moment, drop on the zigzag belt conveyor 3 of twin shaft pipe material shredder 2 belows from discharging opening 208, tear up operation and complete.
As shown in Figure 6, described zigzag belt conveyor 3 comprises the 3rd motor 301, bearing 302, the first belt 303, the first cylinder 304, the first casing 305, the first support 306, the first universal caster wheel 307, the first feet cup 308 and the first adjusting bolt 309, described the 3rd motor 301 is connected with described bearing 302, described bearing 302, the first belt 303 and the first cylinder 304 are all positioned at described the first casing 305, described bearing 302 is connected with described the first belt 303, described the first belt 303 is connected with described the first cylinder 304 on described the first cylinder 304 by winding, the bottom of one end of described the first support 306 and described the first casing 305 is fixedly connected, the other end is flexibly connected mutually with described the first universal caster wheel 307, described the first feet cup 308 is connected with described bearing 302, described the first adjusting bolt 309 is connected with described the first belt 303, for regulating the degree of tightness of described the first belt 303.
Described zigzag belt conveyor 3 completes the 3rd operation, specific as follows:
In running, zigzag belt conveyor 3 mainly plays translocation, fall into zigzag belt conveyor 3 after steel skeleton plastic clad pipe material is torn up time, the first belt 303 in running is transported to subsequent processing steel wire separator 4 by what tear up rear steel skeleton plastic clad pipe material.Use the first adjusting bolt 309 can regulate the tightness of the first belt 303.
As shown in Figure 7, described steel wire separator 4 comprises feed hopper 401, the second casing 402, the 4th motor 403, the second frame 404, drive pulley 405, the second belt 406, driven pulley 407, main shaft 408, bearing mounting base 409, movable cutter set 410, stationary knife group 411, screen bracket 412, discharging bin 413, described feed hopper 401 is connected with a side of described the second casing 402, described the second casing 402 is installed in described the second frame 404 with described the 4th motor 403, described drive pulley 405 is connected with described the 4th motor 403, described driven pulley 407 is connected with described drive pulley 405 by described the second belt 406, thereby described driven pulley 407 is connected and is driven main shaft 408 to rotate by key with described main shaft 408, described bearing mounting base 409 is connected with described main shaft 408, described main shaft 408 is positioned at described the second casing 402, and on it, be placed with the movable cutter set 410 of trapezoidal tooth-like structure and the stationary knife group 411 of trapeze cut formula, described movable cutter set 410 and corresponding the arranging of described stationary knife group 411, described screen bracket 412 is installed on the another side of described the second casing 402, described screen bracket 412 is provided with screen cloth 413, described discharging bin 414 is connected with described screen bracket 412, described the second frame 404 is connected with described horizontal belt conveyor 5.
Described steel wire separator 4 also comprises flywheel guard 415, the first protective cover 416 and swivel joint 417, and described flywheel guard 415, the first protective cover 416 and swivel joint 417 are installed in the both ends of the surface of described main shaft 408.
Described steel wire separator 4 also comprises anti-arch materials device 418 and hopper closing device 419, and described anti-arch materials device 418 is located in described feed hopper 401, and described hopper closing device 419 is connected with the outer wall of described feed hopper 401.
Described steel wire separator 4 completes the 4th operation, specific as follows:
After the 4th motor 403 in the second frame 404 starts, drive the drive pulley 405 on output shaft, drive pulley 405 is transferred to driven pulley 407 by the second belt 406.Driven pulley 407 is to be directly connected by key with main shaft 408, and drives main shaft 408 to rotate.The trapezoidal tooth-like structure movable cutter set 410 of arranging on the second casing 402 inner main axis 408 is done and is cut mutually a pinch motion with the stationary knife group 411 of trapeze cut in rotary course.While falling the main shaft 408 of High Rotation Speed be transported to feed hopper 401 after the premenstrual operation of steel skeleton plastic clad pipe material is processed after, repeatedly cut pinch by the movable cutter set 410 on main shaft 408 and stationary knife group 411, steel frame-plastic tubing is broken, steel wire is scooped up by strong torsion, plastics or rubber are broken until can be by after the screen cloth 413 on screen bracket 412, through discharging bin, 44 are transported to next process carries out after magnetic separation processing, finally reaches steel wire and plastics or rubber separating effect.
Main shaft 408 both ends of the surface are provided with swivel joint 417, the first protective cover 416 and the first flywheel guard 415, and semi-nudity exposes outside.In the time that steel wire separator is worked continuously, about cooling with arrival main shaft 408 toward the interior logical cold water of main shaft 408 by swivel joint 417.On machine, the first protective cover 416 and the first flywheel guard 415 play respectively security protection left and right.
Be broken until drop on after can be by screen cloth 413 on the horizontal belt conveyor 5 of installing in the second frame 404 of steel wire separator 4 when material.
As shown in Figure 8, described horizontal belt conveyor 5 comprises the 5th motor 501, the 3rd casing 502, the second support 503, the second bearing block 504, the 3rd belt 505, second tin roller 506 and the second adjusting bolt 507, described the 5th motor 501 is by being arranged on described the 3rd casing 502, described the 3rd casing 502 is arranged on described the second support 503, described the second bearing block 504, second tin roller 506, the 3rd belt 505 and the second adjusting bolt 507 are all positioned at described the 3rd casing 502, described the second bearing block 504 is connected with described the 5th motor 501, described the 3rd belt 505 is connected with described the second bearing block 504, described second tin roller 506 is connected with described the 3rd belt 505, the bottom of described the second support 503 is provided with the second universal caster wheel 508 and the second feet cup 509.
As shown in Figure 9, described magnetic separator 6 comprises motor mounting rack 601, magnetic separator installing rack 602, the 6th motor 603, drive roll 604, driven sprocket 605, drive sprocket 606, the 4th belt 608, driven cylinder 609 and the 3rd bearing block 610, described motor mounting rack 601 is arranged on described magnetic separator installing rack 602, described the 6th motor 603 is arranged on described motor mounting rack 601, in described drive roll 604, be provided with driven sprocket 605, described the 6th motor 603 is provided with drive sprocket 606, described driven sprocket 605 is connected with described drive sprocket 606 by chain 607, described drive roll 604 is connected with described driven cylinder 609 by described the 4th belt 608, the two ends of described magnetic separator installing rack 602 are all provided with the 3rd bearing block 610, described drive roll 604 is all connected with described the 3rd bearing block 610 with driven cylinder 609, in described magnetic separator installing rack 602, be provided with magnet 611.
Described magnetic separator 6 also comprises the second protective cover 612 and the 3rd adjusting bolt 613, and described the second protective cover 612 is connected with described magnetic separator installing rack 602, and described the 3rd adjusting bolt 613 is connected with described the 3rd bearing block 610.
Described horizontal belt conveyor 5 completes respectively the 5th operation and the 6th operation with described magnetic separator 6, specific as follows:
The main translocation that rises of horizontal belt conveyor 5, when material drops on the 3rd belt 505, the 3rd belt 505 when running drives material to pass magnetic separator 6, magnet 611 in magnetic separator 6 while now running adsorbs the metal in material---steel wire, by the 4th belt 608, steel wire is exported, finally made steel wire with plastics or rubber is thorough separates.Magnetic separator 6 is by magnetic separator installing rack 602, uses bolt to be mounted on both on horizontal belt conveyor 5 operations that forms a whole.
As shown in figure 10, a kind of technological process of one-stop recycling steel skeleton plastic clad pipe material, comprise the following steps: the material pushing box 102 in ejector sleeve machine 1 is the charging aperture 207 to twin shaft pipe material shredder 2 by described steel skeleton plastic clad pipe material forward impelling, enter in twin shaft pipe material shredder 2 by charging aperture 207, in the time that the main shaft rotor 201 in twin shaft pipe material shredder 2 rotates, described steel skeleton plastic clad pipe material is gulped down to sting by main shaft rotor 201 tears into more uniform tiny fragment, described tiny fragment drops on the zigzag belt conveyor 3 of twin shaft pipe material shredder 2 belows, then zigzag belt conveyor 3 is transported to described tiny fragment in the feed hopper 401 of steel wire separator 4 again, the movable cutter set 410 of arranging on the main shaft 408 by steel wire separator 4 is again done and is mutually cut a pinch motion described tiny fragment with stationary knife group 411, thereby plastics in described steel skeleton plastic clad pipe material are separated with steel wire, drop on the horizontal belt conveyor 5 of steel wire separator 4 belows, fall in magnetic separator 6 by the conveying of horizontal belt conveyor 5 again, in the time that magnetic separator 6 turns round, pass across after steel wire in the steel skeleton plastic clad pipe material of magnetic separator 6 is adsorbed and taken out of with the 4th belt 608 of running, thereby reach separating of steel wire and plastics, the recycling of finally described steel wire and plastics being packed respectively.
The present invention, as a kind of flow process and equipment of brand-new steel skeleton plastic clad pipe material industrialization recycling, not only realizes the processing demands of increasing steel skeleton plastic clad pipe material, more embodies practicality and the economic worth of modern industrialization process.
The foregoing is only preferred embodiment of the present invention, in order to limit the present invention, within the spirit and principles in the present invention not all, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (11)
1. the equipment of an one-stop recycling steel skeleton plastic clad pipe material, it is characterized in that: comprise ejector sleeve machine, twin shaft pipe material shredder, zigzag belt conveyor, steel wire separator, horizontal belt conveyor and magnetic separator, described ejector sleeve machine is connected with one end of described twin shaft pipe material shredder, described zigzag belt conveyor is positioned at the bottom of described twin shaft pipe material shredder, and one end is connected with the other end of described twin shaft pipe material shredder, the other end is connected with described steel wire separator, described horizontal belt conveyor is between described steel wire separator and magnetic separator, and described steel wire separator is connected with described magnetic separator by described horizontal belt conveyor.
2. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 1, it is characterized in that: described ejector sleeve machine comprises driving rack, material pushing box, electric machine assembly, ejector sleeve box body and ejector sleeve machine support, described driving rack, material pushing box and electric machine assembly are all positioned at described ejector sleeve box body, described driving rack is connected with described material pushing box, described material pushing box is connected with described electric machine assembly, provide power by described electric machine assembly for described material pushing box, described ejector sleeve machine support is positioned at the bottom of described ejector sleeve box body, and be connected with described ejector sleeve box body, one end of described ejector sleeve box body is provided with cover plate, the other end is provided with discharging connector, described discharging connector is connected with described twin shaft pipe material shredder.
3. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 2, it is characterized in that: described twin shaft pipe material shredder comprises main shaft rotor, clutch shaft bearing seat, cabinet, the first frame, the first motor and the second motor, described main shaft rotor is arranged in described cabinet, and its two ends are provided with described clutch shaft bearing seat, one end of described main shaft rotor is connected with described the first motor by described clutch shaft bearing seat, described the first motor is connected with described the second motor, described the first frame is positioned at the bottom of described cabinet, and be connected with described cabinet, one end of described cabinet is provided with charging aperture, the other end is provided with discharging opening, described charging aperture is connected with described discharging connector, described discharging opening is connected with described zigzag belt conveyor.
4. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 1, it is characterized in that: described zigzag belt conveyor comprises the 3rd motor, bearing, the first belt, the first cylinder, the first casing, the first support, the first universal caster wheel, the first feet cup and the first adjusting bolt, described the 3rd motor is connected with described bearing, described bearing, the first belt and the first cylinder are all positioned at described the first casing, described bearing is connected with described the first belt, described the first belt is connected with described the first cylinder on described the first cylinder by winding, the bottom of one end of described the first support and described the first casing is fixedly connected, the other end is flexibly connected mutually with described the first universal caster wheel, described the first feet cup is connected with described bearing, described the first adjusting bolt is connected with described the first belt, for regulating the degree of tightness of described the first belt.
5. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 1, it is characterized in that: described steel wire separator comprises feed hopper, the second casing, the 4th motor, the second frame, drive pulley, the second belt, driven pulley, main shaft, bearing mounting base, movable cutter set, stationary knife group, screen bracket, discharging bin, described feed hopper is connected with a side of described the second casing, described the second casing and described the 4th motor are installed in described the second frame, described drive pulley is connected with described the 4th motor, described driven pulley is connected with described drive pulley by described the second belt, thereby described driven pulley is connected and is driven main shaft rotation by key with described main shaft, described bearing mounting base is connected with described main shaft, described main shaft is positioned at described the second casing, and on it, be placed with the movable cutter set of trapezoidal tooth-like structure and the stationary knife group of trapeze cut formula, described movable cutter set and corresponding the arranging of described stationary knife group, described screen bracket is installed on the another side of described the second casing, described screen bracket is provided with screen cloth, described discharging bin is connected with described screen bracket, described the second frame is connected with described horizontal belt conveyor.
6. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 5, it is characterized in that: described steel wire separator also comprises flywheel guard, the first protective cover and swivel joint, described flywheel guard, the first protective cover and swivel joint are installed in the both ends of the surface of described main shaft.
7. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 5, it is characterized in that: described steel wire separator also comprises anti-arch materials device and hopper closing device, described anti-arch materials device is located in described feed hopper, and described hopper closing device is connected with the outer wall of described feed hopper.
8. according to the equipment of the one-stop recycling steel skeleton plastic clad pipe material described in claim 1 to 7 any one, it is characterized in that: described horizontal belt conveyor comprises the 5th motor, the 3rd casing, the second support, the second bearing block, the 3rd belt, second tin roller and the second adjusting bolt, described the 5th motor is by being arranged on described the 3rd casing, described the 3rd casing is arranged on described the second support, described the second bearing block, second tin roller, the 3rd belt and the second adjusting bolt are all positioned at described the 3rd casing, described the second bearing block is connected with described the 5th motor, described the 3rd belt is connected with described the second bearing block, described second tin roller is connected with described the 3rd belt, the bottom of described the second support is provided with the second universal caster wheel and the second feet cup.
9. according to the equipment of the one-stop recycling steel skeleton plastic clad pipe material described in claim 1 to 7 any one, it is characterized in that: described magnetic separator comprises motor mounting rack, magnetic separator installing rack, the 6th motor, drive roll, driven sprocket, drive sprocket, the 4th belt, driven cylinder and the 3rd bearing block, described motor mounting rack is arranged on described magnetic separator installing rack, described the 6th motor is arranged on described motor mounting rack, in described drive roll, be provided with driven sprocket, described the 6th motor is provided with drive sprocket, described driven sprocket is connected with described drive sprocket by chain, described drive roll is connected with described driven cylinder by described the 4th belt, the two ends of described magnetic separator installing rack are all provided with the 3rd bearing block, described drive roll is all connected with described the 3rd bearing block with driven cylinder, in described magnetic separator installing rack, be provided with magnet.
10. the equipment of one-stop recycling steel skeleton plastic clad pipe material according to claim 9, it is characterized in that: described magnetic separator also comprises the second protective cover and the 3rd adjusting bolt, described the second protective cover is connected with described magnetic separator installing rack, and described the 3rd adjusting bolt is connected with described the 3rd bearing block.
The technological process of 11. 1 kinds of one-stop recycling steel skeleton plastic clad pipe materials, it is characterized in that: comprise the following steps: the material pushing box in ejector sleeve machine is the charging aperture to twin shaft pipe material shredder by described steel skeleton plastic clad pipe material forward impelling, enter in twin shaft pipe material shredder by charging aperture, in the time that the main shaft rotor in twin shaft pipe material shredder rotates, described steel skeleton plastic clad pipe material is gulped down to sting by main shaft rotor tears into more uniform tiny fragment, described tiny fragment drops on the zigzag belt conveyor of twin shaft pipe material shredder below, then zigzag belt conveyor is transported to described tiny fragment in the feed hopper of steel wire separator again, the movable cutter set of arranging on the main shaft by steel wire separator again and stationary knife group are done and are mutually cut a pinch motion described tiny fragment, thereby plastics in described steel skeleton plastic clad pipe material are separated with steel wire, drop on the horizontal belt conveyor of steel wire separator below, fall in magnetic separator by the conveying of horizontal belt conveyor again, in the time that magnetic separator turns round, pass across after steel wire in the steel skeleton plastic clad pipe material of magnetic separator is adsorbed and taken out of with the 4th belt of running, thereby reach separating of steel wire and plastics, the recycling of finally described steel wire and plastics being packed respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310195527.XA CN104175420A (en) | 2013-05-21 | 2013-05-21 | Device and technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310195527.XA CN104175420A (en) | 2013-05-21 | 2013-05-21 | Device and technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes |
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| Publication Number | Publication Date |
|---|---|
| CN104175420A true CN104175420A (en) | 2014-12-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310195527.XA Pending CN104175420A (en) | 2013-05-21 | 2013-05-21 | Device and technical process for one-stop recovery and treatment of steel skeleton plastic composite pipes |
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| CN (1) | CN104175420A (en) |
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| CN111037789A (en) * | 2019-12-11 | 2020-04-21 | 关秀平 | PVC pipe fitting environment-friendly recycling device |
| CN113022095A (en) * | 2021-03-16 | 2021-06-25 | 常州市汇淼机电科技工程有限公司 | Steel-plastic pipe steel-plastic separation equipment and use method thereof |
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Application publication date: 20141203 |