KR20120036785A - The apparatus for recycling waste vinyl - Google Patents

Abstract

The present invention is a very useful invention in view of the fact that waste vinyl, which cannot be recycled and left unused due to the large amount of soil and other foreign substances attached after the use of vinyl, is the main culprit of environmental pollution.
Specifically, in order to recycle waste vinyl, it is necessary to completely remove foreign substances from waste vinyl, but not only with the conventional technology, but also by manpower to remove foreign substances completely. There was also little production of recycled vinyl.
According to the present invention, after pulverizing the foreign matter adhered to the waste vinyl, the waste vinyl is torn in a horizontal direction to be torn, and the long life of the blade can be extended when cutting vertically and continuously. do. In order to completely remove the foreign matter adhering to the waste vinyl, the waste vinyl is recycled to produce recyclable waste.
Since this process is continuously performed by an automated system, it is possible to mass-produce waste vinyl that can be recycled, as well as labor costs and time savings, as well as non-recyclable waste vinyl. Therefore, by using this invention, it is possible to recycle a large amount of waste vinyl while at the same time low cost.

Description

The apparatus for recycling Waste Vinyl}

The present invention relates to a waste vinyl recycling apparatus, and more particularly, to a waste vinyl recycling apparatus that can be used in the waste vinyl recycling apparatus that can be used to grind foreign matter in the waste vinyl, perforate and cut the waste vinyl, and then wash. It relates to a device that can puncture.

In 2007, more than half a million tons of waste plastics were left unrecyclable by the government. In addition, the costs of managing and storing the collected waste vinyl have increased tremendously each year.

In the conventional waste vinyl recycling apparatus, the blade for cutting waste vinyl is easily worn by foreign matter (especially stone or earth and sand), so that the cost of replacing the blade is excessive, a lot of manpower is input, and many downtimes are frequently caused by frequent failures, and fine foreign matter. It was difficult to produce high quality waste vinyl recycled products by not removing them.

Conventionally, since a small amount of recycled vinyl is produced, a large amount of waste vinyl is left unattended, and even if farmers incinerate waste vinyl, it is difficult to control.

In addition, the existing waste vinyl recycling apparatus has a short blade life, a lot of manpower, and could not mass produce high quality recycled waste vinyl due to foreign substances when cutting waste vinyl.

The present invention minimizes water pollution by using a small amount of water, extends the life of the blade to increase the continuity of work, minimizes the input of manpower and makes it possible to recycle waste vinyl, which is impossible to recycle. The purpose is to enable production.

The present invention to achieve the above object is a puncture pin (13-1) for puncturing long tearing vinyl; A separation prevention plate 13-3 installed at a lower end of the drilling pin 13-1 to prevent the separation of the drilling pin 13-1; A urethane plate 13-4 installed inside the release preventing plate 13-3 to prevent the perforated waste vinyl from sticking; A plurality of springs 13-2 for the punch pins 13-1 to easily return to their original positions after puncturing the waste vinyl; And a perforated roller 15 for transferring the perforated waste vinyl to the next step, and removing foreign matters from the waste vinyl, wherein the waste vinyl transferred through the first transfer conveyor 11 is the perforated pin 13-. After the perforated by a long 1) to provide a recycled vinyl recycling apparatus, characterized in that it is transferred to the second conveying conveyor 17 by the punching roller (15).

In addition, the present invention to achieve the above object is a first vibration conveyor for removing the foreign matter attached to the waste vinyl by using a plurality of blow rollers (23-1) attached to the wing while transporting the waste vinyl in the horizontal direction ( 21); The waste vinyl conveyed from the first vibrating conveyor 21 is attached to the waste vinyl using a plurality of hitting rollers 23-1 and 23-2 and a magnet roller 23-3 while transferring the waste vinyl in an inclined direction. A second vibrating conveyor 22 for removing foreign substances and metallic substances; And a third vibration conveyor 29 which removes foreign substances attached to the waste vinyl by using a plurality of strike rollers 23-1 with wings attached while transferring the waste vinyl transferred from the second vibration conveyor 22. It provides a waste vinyl recycling apparatus comprising a.

In addition, the present invention in order to achieve the above object is rotated at a slow speed and the first compression roller 31 for pulverizing the foreign matter attached to the waste vinyl; A second compression roller 32 installed at the rear of the first compression roller 31 and rotating at a high speed to pulverize foreign matter attached to the waste vinyl; And a plurality of gap adjusting handles 34 for adjusting a gap between the first compression roller 31 and the second compression roller 32, respectively. The first compression roller 31 and the second compression roller The rotation speed is controlled by the chain 33 and the chain gear 32, and the waste vinyl is pulled out by the difference in the rotation speed between the first compression roller 31 and the second compression roller 32. Provided is a waste vinyl recycling apparatus, characterized in that it is easily removed.

In addition, the present invention to achieve the above object has a circular roller shape and a plurality of punching holes (42-2) formed with a punching machine (42-1); An auxiliary roller (42-4) positioned behind the perforator (42-1) for transporting waste vinyl; A conveying conveyor (41-1) positioned in front of the punching machine (42-1) and transferring the waste vinyl to the punching machine (42-1); A plurality of punching pins 42-3 mounted to the bottom of the fixing plate 45 for preventing the release, and engaged with the punching holes 42-2 to punch waste vinyl; And a plurality of blow rollers (23-1) having blades for removing foreign matters by hitting the waste vinyl punched by the punching machine (42-1) and the punching pin (42-3). The roller 42-4 rotates in the opposite direction to the puncher 42-1 so as to blow the waste vinyl punched by the puncher 42-1 and the punching pin 42-3 into the blow roller 23-1. It provides a waste vinyl recycling apparatus characterized in that the transfer to.

In addition, the present invention in order to achieve the above object is a plurality of blade devices (53) consisting of a blade (53-1) and a blade body (53-3) is formed by combining two vandal type blades; An upper center shaft 51-2 and a lower center shaft 51-3 mounted so that the blades 53-1 of the plurality of blade apparatuses 53 mesh with each other; A reduction motor 51 providing power to the upper center shaft 51-2 by using a power transmission belt 51-1; And a gear device (51-4) for transmitting power to the upper center shaft (51-2) and the lower center shaft (51-3) to the lower center shaft (51-3); The waste vinyl, characterized in that waste vinyl is cut by the blades 53-1 of the plurality of blade devices 53 mounted to engage each other on the upper center shaft 51-2 and the lower center shaft 51-3. Provide a vinyl recycling device.

In addition, the present invention in order to achieve the above object is a plurality of first blow rollers (61-1) having a wing attached to remove the foreign matter by hitting the waste vinyl while transporting the waste vinyl; A striking rod roller 62 positioned at an upper side of the first striking roller 61-1 and having a plurality of striking rods 62-3 coupled to each other using a ring; A rubber roller (63-1) positioned behind the striking roller (62) and transporting the first striking roller (61-1) and the waste vinyl striking the striking rod roller (62); And a plurality of second striking rod rollers 61-2 having blades attached to strike the waste vinyl conveyed by the rubber roller 63-1 to remove foreign matters; and the striking rod rollers 62. ) Is a waste vinyl recycling apparatus, characterized in that to remove foreign substances by hitting the waste vinyl using the plurality of striking rods 62-3 while rotating in the opposite direction to the first striking rod roller (61-1) To provide.

In addition, the present invention in order to achieve the above object is a plurality of belt holes (71-3) is formed and a first time belt conveyor (71-1) for transporting the waste vinyl in the water; A second time belt conveyor (71-2) positioned to face a lower end of the first time belt conveyor (71-1) for transporting waste vinyl in water; A horizontal motor 72 for horizontally moving the first time belt conveyor 71-1; And a vertical motor 73 configured to vertically move the first time belt conveyor 71-1, between the first time belt conveyor 71-1 and the second time belt conveyor 71-2. The waste vinyl to be transported is recycled waste vinyl, characterized in that foreign matter is removed by horizontal and vertical movement of the first time belt conveyor 71-1 by the horizontal motor 72 and the vertical motor 73. Provide the device.

In addition, the present invention to achieve the above object is a metal conveyor (91) for transporting the waste vinyl while drying; A plurality of strike rollers 92 installed at an upper end of the metal conveyor 91 and having a wing applied to strike the waste vinyl to be transported; A hot air fan (94) for supplying hot air to the metal conveyor (91); And a plurality of first hot air fans (94-2) connected to the hot air fans (94) and installed below the metal conveyors (91) to diffuse and supply high-temperature air. The waste vinyl includes the metal conveyors. The space between the waste vinyl is blown by the blow roller 92 while being transported on the 91, and the hot air is supplied by the hot air fan 94-2. Provide a waste vinyl recycling apparatus.

In addition, the present invention to achieve the above object, the first special steel roller 102 rotates at a slow speed; A second special steel roller 103 positioned below the first special steel roller 102 and rotating at a high speed; A power tool 105 positioned between the first special steel roller 102 and the second special steel roller 103 and having a blade 108 attached thereto; And an LM guide device (104) for guiding the power tool (105) to reciprocate. The power tool (105) includes an LM guide block (104) for reciprocating along the LM guide device (104). 1) The waste vinyl recycling apparatus, characterized in that for cutting the waste vinyl tensioned by the first special steel roller 102 and the second special steel roller 103 by using the blade 108. To provide.

In addition, in order to achieve the above object, the present invention is an extruded screw 112 for pulverizing and mixing the waste vinyl is formed by the bone 112-1 in the direction of the waste vinyl outlet 117; A diamond screw 113 which is coaxially connected to the extrusion screw 112 and is formed with a diamond-shaped valley 113-1 to grind and mix waste vinyl; A heat medium oil inlet 114 for introducing a high temperature heat medium oil into the extrusion screw 112; A heat medium oil outlet 115 for discharging the heat medium oil; And a power transmission device 118-1 for providing power for rotating the extruded screw 112, wherein the waste vinyl supplied to the extruded screw 112 heated by the high temperature heat medium oil has the power. It provides a waste vinyl recycling apparatus, characterized in that the melted and mixed by the extrusion screw 112 and the diamond screw 113 rotated by the transfer device (118-1).

In addition, the present invention to achieve the above object is a diamond cutter 121 is mounted with a plurality of diamond blades (121-5); Two metal chain conveyors (127-1, 127-2) disposed at the upper side and the lower side to transfer the waste vinyl to the diamond cutter (121); A buffered shobar device 122 for smoothly injecting waste vinyl by moving the metal chain conveyor 127-1 located above and up and down; And a water storage tank 129 for cooling the diamond blade 121-5, wherein the waste vinyl introduced through the two metal chain conveyors 127-1 and 127-2 is the diamond cutter. The diamond blade 121-5, which is cut by a plurality of diamond blades 121-5 attached to 121 and heated through the cutting process, is cooled in the water storage tank 129. Provide a recycling device.

In addition, in order to achieve the above object, the present invention is a waste vinyl recycled resin earth plate 130 of the rectangular shape made of recycled waste vinyl, the waste vinyl recycled resin earth plate 130 is a plurality of formed at regular intervals on the top Triangular pyramid protrusion 132; A plurality of triangular pyramid-shaped grooves 132-1 formed at regular intervals at a lower end thereof so as to be coupled to the triangular pyramid protrusion 132; Cylindrical metal pipe (133-1) for preventing the waste vinyl recycled resin earth plate 130 is twisted; And a plurality of C-shaped grooves 133 for tightly coupling the cylindrical metal pipe 133-1 to the waste vinyl recycled resin earth plate 130, wherein the space is formed inside the waste vinyl recycled resin earth plate 130. 136) to provide a waste vinyl recycled resin earth plate characterized in that the weight is reduced.

The present invention is to prevent the environmental pollution and resource recycling and national management costs by mass and rapid disposal of waste vinyl, which is left in the country, especially in rural areas or collected by the national budget, by using an automated device than the conventional waste vinyl recycling technology. Can be saved.

1 is an exemplary view showing a waste vinyl recycling system according to an embodiment of the present invention.
2 is a cross-sectional view showing a first waste vinyl perforator 10 according to an embodiment of the present invention.
3 is a perspective view showing a waste vinyl recycling vibration conveyor 20 according to a first embodiment of the present invention.
3A is a perspective view showing a waste vinyl recycling vibration conveyor according to a second embodiment of the present invention.
4 is a side view of the waste vinyl recycling vibrating conveyor 20 according to the first embodiment of the present invention shown in FIG.
Figure 4a is a side view of the waste vinyl recycling vibration conveyor according to a second embodiment of the present invention shown in Figure 3a
5 is a perspective view of a special compression roller 30 for crushing the foreign matter according to an embodiment of the present invention
6 is a perspective view of the second waste vinyl perforator 40 according to an embodiment of the present invention.
7 is a side view of the second waste vinyl perforator 40 according to the embodiment of the present invention shown in FIG.
8 is a perspective view of the first waste vinyl cutter 50 according to an embodiment of the present invention.
Figure 9 is an illustration of a blade device 53 according to an embodiment of the present invention
10 is an exploded perspective view of the blade device 53 according to an embodiment of the present invention.
11 is a perspective view of the hitting roller device 60 according to an embodiment of the present invention.
12 is a perspective view of the underwater washer 70 according to an embodiment of the present invention.
FIG. 13 is a side view of the underwater washer 70 shown in FIG. 12 according to one embodiment of the present invention.
14 is a detailed view of a horizontal motor and a vertical motor according to an embodiment of the present invention shown in Figure 12 and 13
15 is a side view of the rubber roller 80 according to an embodiment of the present invention.
16 is a perspective view of a dryer 90 according to an embodiment of the present invention.
17 is a side view of the second waste vinyl cutter 100 according to an embodiment of the present invention.
18 is a perspective view of a second waste vinyl cutter 100 according to an embodiment of the present invention.
19 is a detailed illustration of the second waste vinyl cutter 100 according to one embodiment of the present invention shown in FIGS. 17 and 18.
20 is a perspective view of an extrusion screw 110 according to an embodiment of the present invention.
21, 22, 23 and 24 show yet another embodiment of the invention which can replace the first waste vinyl cutter 50 according to the invention shown in FIGS. 8, 9 and 10. drawing
25 is a perspective view of a waste vinyl recycled material earth plate 130 manufactured using waste vinyl recycled material according to an embodiment of the present invention.

The terminology used in the present invention is a general term that is currently widely used as possible, but in certain cases, the term is arbitrarily selected by the applicant, in which case the meaning of the term is described in the detailed description of the invention. It should be understood that the present invention in terms of terms other than these terms.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the present invention that can specifically realize the above object, the present invention is not limited or limited by the above embodiments.

1 is an exemplary view showing a waste vinyl recycling system according to an embodiment of the present invention. Referring to Figure 1, the waste vinyl recycling system according to the present invention, the first waste vinyl punching machine 10, waste vinyl recycling vibrating conveyor 20, a special hard pressing roller 30, the second waste vinyl punching machine 40, 1 waste vinyl cutter 50, blow roller 60, the water washing machine 70, rubber roller 80, dryer 90, the second waste vinyl cutter 100 and the compression screw 110. Rural waste vinyl introduced into the waste vinyl recycling system according to the present invention is recycled by the action of the respective devices 10 to 110 shown in FIG. Detailed description of each device 10 to 110 constituting the waste vinyl recycling system will be described with reference to the following drawings.

2 is a cross-sectional view showing a first waste vinyl perforator 10 according to an embodiment of the present invention. Referring to FIG. 2, the first waste vinyl punching machine 10 includes a first conveying conveyor 11, a press connection fixing plate 12, a drilling pin 13-1, a punching roller 15, a handle 16, and the like. A second transfer conveyor 17 is included.

The first waste vinyl puncher 10 removes the foreign matter attached to the waste vinyl by puncturing the waste vinyl for a long time after collecting the waste vinyl for the first time. The first conveying conveyor 11 is installed at the very front, and prevents the rubber plate 11-2 having the protrusion for smooth conveying the waste vinyl and the waste vinyl flowing out of the first conveying conveyor 11. It includes a vertical fixing plate (11-1) for.

At the bottom of the press connection fixing plate 12, a perforated pin 13-1 is formed to tear the waste vinyl for a long time, and a separation prevention plate 13-3 is installed at the bottom of the perforated pin 13-1. The urethane plate 13-4 for preventing the sticking of the vinyl is installed inside the release preventing plate 13-3. In addition, four springs 13-2 are installed to easily return to the original position after the punch pin 13-1 punctures the waste vinyl. Waste vinyl is punctured by the punch pin 13-1 via the first conveying conveyor 11. The rounded circle at the top left of FIG. 2 shows a cross-section 14 of the waste vinyl piece perforated by the perforation pins 13-1.

The punching roller 15 is installed to engage with each other to transfer the perforated waste vinyl to the next step, the handle 16 to adjust the interval of the punching roller 15, the punching roller ( It is installed on the top of 15) to remove the coarse foreign matter by maintaining the gap between the perforator (15) as appropriate. The waste vinyl from which the coarse foreign material has been removed is moved to the next step by the second transfer conveyor 17.

The second conveying conveyor 17 may be provided with a leg 17-1 and a shock-absorbing spring 17-2 for supporting the weight.

3 is a perspective view showing a waste vinyl recycling vibration conveyor 20 according to an embodiment of the present invention. Referring to FIG. 3, the waste vinyl recycle vibrating conveyor 20 includes a first vibrating conveyor 21, a second vibrating conveyor 22, and a third vibrating conveyor 29. The waste vinyl recycling vibrating conveyor 20 serves to remove the foreign matter of the waste vinyl once passed through the first waste vinyl perforator 10 shown in FIG. 2.

The first vibrating conveyor 21 is installed at the front end of the second vibrating conveyor 22 for conveying the waste vinyl in the inclined direction to convey the waste vinyl in the horizontal direction. The first vibration conveyor 21 includes a fixed plate 21-1, a protrusion 21-2, a strike roller 23-1, a reduction motor 24, a vibration motor 25, and a chain 27. .

The fixing plate 21-1 serves to prevent the waste vinyl from flowing out of the first vibrating conveyor 21, and the protrusion 21-2 friction with the waste neil when the waste vinyl is transferred. It acts to remove foreign substances such as mud.

The blow roller 23-1 is attached to the blade and rotates at a high speed, and works more effectively to remove the foreign matter because it strikes the waste vinyl while operating in the reverse direction of the waste vinyl. The lower end of the center of the first vibration conveyor 21 is equipped with a vibration motor 25, the lower right is mounted a reduction motor 24 for operating the chain 27. In addition, an impact relaxation spring 26-2 is mounted at each middle portion of the leg 26-1 supporting the weight of the first vibration conveyor 21. The vibration motor 25 generates a vibration phenomenon and serves to remove foreign matter from the waste vinyl being transported by the first vibration conveyor 21, and the reduction motor 24 operates by hitting the chain 27. Rotate the roller 23-1.

That is, the shock-absorbing spring 26-2, the vibration motor 25, and the impact roller 23-1, which allow the shock to be transmitted only to the first vibration conveyor 21 without the shock being transmitted to the lower end, may be provided. 1 The vibration conveyor 21 can be easily removed by loosening the bonds of the waste vinyl which are bound together by hitting and vibrating.

The second vibration conveyor 22 has a hitting roller 23-1, a non-powered roller 22-1, a vertical protrusion ring 22-2, a vertical spill prevention rod 22-3, an inclined spill prevention rod ( 22-4) and a magnet roller 23-3.

The second vibration conveyor 22 has a lower portion connected to the first vibration conveyor on the right side and a higher portion of the left side connected to the third vibration conveyor 29 on the right side, and a plurality of vertical protruding ring rods on both sides. (22-2) is mounted, the front side is equipped with a vertical anti-spill rod (22-3), and both sides are equipped with a plurality of anti-slip rods (22-4) inclined about 20-30 degrees. . The non-powered roller 22-1 serves to transport waste vinyl. The detailed structure of the second vibration conveyor 22 is shown in the lower left of FIG.

Referring to the lower left of Figure 3, the second vibrating conveyor 22 has a three-blade strike roller 23-1, 23-2 is installed in a triangular structure, the blow roller 23- located above 1) rotates at a high speed, and the two hitting rollers 23-2 located below rotate at a slow speed. That is, the three blow rollers 23-1 and 23-2 are operated by the reduction motor 24 located at the center lower end of the second vibration conveyor 22. The blow roller 23-2 rotates at a slow speed. ) Serves to remove the foreign matter attached to the waste vinyl by hitting the waste vinyl while transferring the waste vinyl to the next stage, and the blow roller 23-1, which rotates at a high speed, On the contrary, it blows waste vinyl and removes foreign matter very effectively. The rotational speeds of the three hitting rollers 23-1 and 23-2 are adjusted using a chain gear.

The magnet roller 23-3 is installed at the bottom of the hitting rollers 23-1 and 23-2, and serves to remove metallic foreign matter from the waste vinyl.

* That is, the protruding ring rod (22-2) for transporting the waste vinyl by hooking the left high position, and the non-powered inclination prevention rod (22-4) and the vertical spill prevention rod (22-3) to maintain a predetermined angle are The waste vinyl shaken by the vibration of the second vibrating conveyor 22 smoothly transfers the waste vinyl to the left high place while preventing the waste vinyl from flowing out of the second vibrating conveyor 22, and the moving direction of the waste vinyl. While rotating slowly, the impact roller 23-2 removes the foreign matter adhering to the waste vinyl and quickly rotates in the opposite direction to the progress of the waste vinyl. The blow roller 23-1 to remove and the magnetic roller 23-3 at the bottom facilitate the removal of metallic foreign matter attached to the waste vinyl.

The third vibrating conveyor 29 has the same structure as the first vibrating conveyor 21, and removes the foreign matter from the waste vinyl passing through the second vibrating conveyor 22 and at the same time transfers to the next step. do.

4 is a side view of the waste vinyl recycling vibrating conveyor 20 according to an embodiment of the present invention shown in FIG. Since the detailed description of the waste vinyl recycling vibrating conveyor 20 illustrated in FIG. 4 has been described with reference to FIG. 3, a detailed description thereof will be omitted.

Figure 3a is a perspective view showing a waste vinyl recycling vibration conveyor according to a second embodiment of the present invention, Figure 4a is a side view of a waste vinyl recycling vibration conveyor according to a second embodiment of the present invention shown in Figure 3-1 . The waste vinyl recycling vibrating conveyor according to the second embodiment is a waste vinyl conveying conveyor (21-1-1), a conveyor (22-1-1) for conveying waste vinyl while vibrating up, down, left and right, and removing foreign matters. Protruding ring device (23-1-1), shock-absorbing spring (24-1-1), and a motor (25-1) to vibrate the conveyor (22-1-1) up, down, left and right to facilitate the transfer of waste vinyl. -1), the conveyor feed reduction motor 26-1-1, and the waste vinyl outflow prevention device 27-1-1 (at an angle of about 45 degrees of no power).

In order to prevent the waste vinyl recycle vibration conveyor according to the second embodiment from flowing out of the conveyor during the transfer of the waste vinyl and the projection ring device (23-1-1) which facilitates the transfer in the state where the collected waste vinyl is entangled. The anti-spill device 27-1-1, which maintains an angle, facilitates the transfer of a certain amount of waste vinyl.

Shock-absorbing spring (24-1-1) is the shock is not transmitted to the lower end can be transmitted only to the conveyor to facilitate the removal of foreign matters. Up, down, left, and right vibration motors (25-1-1) by loosening the binding of the waste vinyl is agglomerated by vibrating the conveyor to facilitate the removal of foreign matter, it is effective to smoothly proceed to the next process.

5 is a perspective view of a special compression roller 30 for crushing foreign matter according to an embodiment of the present invention. Referring to Figure 5, the special compression roller (30) is installed in the front and rear hitting roller (23-1), the first compression roller 31, the second compression roller 32, the chain 33 and the gap adjustment Handle 34. The special compression roller 30 is crushed the foreign matter by using two compression rollers (31, 32), the first compression roller 31 is rotated at a slow speed, the second compression roller (32) is Rotate at high speed to crush the foreign matter adhering to the waste vinyl. The first compression roller 31 and the second compression roller 32 are connected to the chain gear to control the rotation speed, the gap adjustment handle 34 is the first compression roller 31 and the second Adjust the spacing of the pressing roller (32).

Therefore, foreign matter is removed from the waste vinyl recycled vibration conveyor 20 by the blow roller 23-1 provided at the front end of the special compression roller 30, and then the first compression roller 31. ) And the foreign matter is pulverized by the second pressing roller 32, and the foreign matter pulverized by the hit roller 23-1 installed at the rear end of the special compression roller 30 is removed, thereby effectively removing the foreign matter from the waste vinyl. Can be removed.

That is, the first compression roller 31 and the second compression roller 32 having a high rotational force are finely pulverized finely crushed foreign matter such as fine particles while slowly rotating the special compression roller 30 according to the present invention is the first compression By pulling the waste vinyl passed through the roller 31, it is easy to remove foreign matters such as finely broken fine dust, and the blow roller 23-1 having the wings has the first and second compression rollers 31, It is possible to smooth the removal of foreign substances by loosening the density of the compressed waste vinyl passed through 32).

6 is a perspective view of the second waste vinyl perforator 40 according to an embodiment of the present invention. Referring to FIG. 6, the second waste vinyl puncher 40 includes a conveying conveyor 41-1, a conveying guide plate 41-2, a punching machine 42-1, a punching hole 42-2, and a punching pin ( 42-3), auxiliary roller 42-4, press connection fixing plate 43, spring 44, fixed plate 45, fixed cylinder 46-1, rotary cylinder 46-2, rotary gear 46 -3), the impact roller 23-1. The second waste vinyl perforator 40 performs a function of perforating vertically and densely such that there is no loss in the waste vinyl.

The conveying conveyor 41-1 is installed at the front end and the rear end of the second waste vinyl puncher 40, and the conveying conveyor 41-1 installed at the front end is connected to the conveying guide plate 41-2 to punch the waste vinyl. Send to (42-1). The perforator 42-1 is provided with a plurality of perforation holes 42-2, and meshes with the perforation pins 42-3 to perforate the waste vinyl. The drilling pin 42-3 is installed at the bottom of the fixing plate 45 for preventing the separation, and four springs 44 are attached to the fixing plate 45.

As the fixing plate 45 moves downward by the press connection fixing plate 43, the spring 44 is compressed, and the waste vinyl is punched by the punching pins 42-3.

The rotary gear 46-3, which is operated by the fixed cylinder 46-1 and the rotary cylinder 46-2, is connected to the side of the perforator 42-1, and the fixed cylinder 46-1 ), The perforator 42-1 rotates by the operation of the rotary cylinder 46-2 and the rotary gear 46-3. Figure 6 is shown in a circular shape on the upper left side shows the appearance of the waste vinyl perforated by the second waste vinyl perforator 40 according to the present invention to facilitate the removal of soil by the perforated holes.

The auxiliary roller 42-4 rotates in the opposite direction to the puncher 42-1 to transfer the perforated waste vinyl to the next step. That is, the waste vinyl is conveyed along the arrow direction shown in FIG.

That is, the second waste vinyl puncher 40 according to the present invention is a circular puncher 42-1, a pointed punch pin 42, that even when the waste vinyl is cut vertically, waste vinyl is entangled with foreign matter such as earth and sand, and thus it is impossible to be completely cleaned. -3), the urethane plate (42-5) to prevent the adhesion of the torn waste vinyl, the separation plate surrounding the urethane plate (42-5) and preventing the separation of the upper punch pin (42-3) -6), a rotary gear 46-3 which rotates while moving the puncture hole 42-2 with the waste vinyl two spaces, and a blow roller 23-2 having wings that widen the space between the waste vinyls which are gathered in several layers. ) To efficiently remove the foreign matter adhering to the waste vinyl.

FIG. 7 is a side view of the second waste vinyl puncher 40 according to the exemplary embodiment of the present invention shown in FIG. 6, and the detailed description of the second waste vinyl puncher 40 is omitted with reference to FIG. 6. do. 6, but the separation pin 42-6 and the urethane plate 42-5 is installed in the lower portion of the punch pin 42-3, the urethane plate 42-5 is perforated waste vinyl It is attached to the perforation pin 42-3 to prevent it from coming up. That is, the punch pin 42-3 punches the waste vinyl through the release preventing plate 42-6 and the urethane plate 42-5, and the punched waste vinyl is attached to the punch pin 42-3. Since it does not come along, it is possible to perform the waste vinyl perforation process very efficiently.

8 is a perspective view of the first waste vinyl cutter 50 according to an embodiment of the present invention. Referring to FIG. 8, the first waste vinyl cutter 50 includes a reduction motor 51, a power transmission belt 51-1, an upper center shaft 51-2, a lower center shaft 51-3, and a gear. The apparatus 51-4, the upper board 52-1, the lower board 52-2, and the blade apparatus 53 are included. The first waste vinyl cutter 50 performs a function of vertically cutting the perforated waste vinyl vertically.

The upper plate 52-1 and the lower plate 52-2 are connected and supported by the pillars 52-3, and a reduction motor 51 is installed at the upper right side of the upper plate 52-1. The power transmission belt 51-1 for transmitting the power of the reduction motor 51 is connected to the upper center shaft 51-2, and the lower center shaft 51 around the outer surface of the upper center shaft 51-2. A gear device 51-4 for transmitting power to -3) is installed.

The blade device 53 is provided in plurality in the upper center axis (51-2) and the lower center axis (51-3), the detailed structure of the blade device 53 is shown in FIG.

9 is an exemplary view of a blade device 53 according to an embodiment of the present invention. 9, the blade device 53 is a blade 53-1, blade fixing bolt 53-2, blade body 53-3, circular support 53-5, fixing bolt 53 -7).

The circular support 53-5 performs a function of firmly coupling the blade 53-1. That is, the blade body 53-3 is firmly coupled to the blade body 53-3 by the blade fixing bolt 53-2 to the circular support 53-5. The position fixing bolt 53-7 serves to fix the blade device 53 at a specific position of the upper center axis 51-2 or the lower center axis 51-3. The blade 53-1 and the blade body 53-3 are formed in a half moon shape, and two half moon blades are contacted at the coupling portion 53-4 to form a circular blade.

10 is an exploded perspective view of the blade device 53 according to an embodiment of the present invention. Referring to FIG. 10, the coupling portion of the circular support 53-5, the blade body 53-3, and the coupling ring 53-9 of the blade device 53 is formed as an inclined surface 53-8. First, the circular support 53-5 is fixed to a specific position of the upper center shaft 51-2 or the lower center shaft 51-3 by the position fixing bolt 53-7, and then the blade fixing bolt. The circular support 53-5, the blade body 53-3 and the coupling ring 53-9 are fixed by the 53-2.

When longitudinally cutting agglomerated waste vinyl, the SK3 blade used for tools after conventional cold rolling is easily worn. The blade 53-1 according to the present invention is ground after the carbide welding on the blade end metal surface, the blade 53-1 according to the present invention has a service life of about 300? 500 times, the inclined surface (53-8) and the blade (53-1) is split into two, can be disassembled, replaced and assembled in a short time.

11 is a perspective view of the hitting roller device 60 according to an embodiment of the present invention. Referring to FIG. 11, the striking roller device 60 includes a plurality of striking rollers (first striking roller: 61-1, second striking roller: 61-2), striking rod roller 62, striking rod 62- 3), a rubber roller 63-1, a reduction motor 64, and a tension controller 65-3.

A plurality of striking rods 62-3 are mounted on the striking rod rollers 62, and the striking rod 62-3 has a ring 62-2 and a bolt 62-1 as shown in the upper portion of FIG. It is mounted to the hitting rod roller 62 by a connecting device consisting of). Therefore, the striking rod 62-3 is connected to the hook 62-2, and the striking rod roller 62 rotates in the opposite direction to the first striking roller 61-1. The rod 62-3 hits the waste vinyl to remove foreign substances. The upper left of FIG. 11 shows a state in which the striking rod 62-3 is mounted to the striking rod roller 62 in a circular shape.

The rubber roller (63-1) serves to transfer the waste vinyl hit by the striking rod (62-3) to the next step, the rubber roller (63-1) by the spacer (63-2). ) Spacing is adjusted.

The reduction motor 64 is the rubber band or chain (65-2) the first hitting roller and the second hitting roller (61-1, 61-2), the hitting rod roller 62 and the transfer roller (63-1) ) To rotate. The tension controller (65-3) is a rubber band for connecting the reduction motor 64, the striking rod roller 62 and the first striking roller (61-1) according to the height change of the striking rod roller (62). Adjusts the cushion The hit roller speed adjusting gear 65-1 adjusts the rotation speed of the second hit roller 61-2 located at the rear end.

That is, the impact roller device 60 according to the present invention is to strike a strong impact while making a fast reverse rotation to the respective parts of the waste rollers (61-1, 61-2) and the wings having a direct strike on the waste vinyl By using the striking rod roller 62 with the striking rod 62-3 to loosen the bond between the waste vinyls, it is easier to remove the foreign matter attached to the waste vinyl, and the rubber roller 63-1 is closed. Since the vinyl is transported while pulling, it is possible to increase the foreign matter removal function of the striking rod roller 62 which rotates in the reverse direction of the waste vinyl.

12 is a perspective view of the underwater washer 70 according to an embodiment of the present invention. Referring to FIG. 12, the submersible cleaner 70 includes a support 71, a first time belt conveyor 71-1, a second time belt conveyor 71-2, a horizontal motor 72, and a vertical motor 73. ), The drive gear 74, the fixed pedestal (75). The underwater washer 70 uses a time belt conveyor 71-1 for horizontal and vertical movement to wash the waste vinyl with water, a washing liquid, or the like.

The horizontal motor 72 for horizontal movement and the vertical motor 73 for vertical movement are connected to the first time belt conveyor 71-1 at the upper end where a plurality of belt holes 71-3 are formed. The second time belt conveyor 71-2 at the bottom having a plurality of belt holes 71-3 is provided with a fixed pedestal 75 at the bottom of the support 71 for supporting the washing machine 70. 74) is fixedly connected. The first time belt conveyor 71-1 and the second time belt conveyor 71-2 may be made of rubber, but the present invention is not limited to the rubber material. A circular section 71-4 shown in the upper left of FIG. 12 shows a contact cross section between the upper and lower time belt conveyors 71-1 and 71-2.

FIG. 13 is a side view of the underwater cleaner 70 according to one embodiment of the present invention shown in FIG. 12. Referring to Figure 13, the fixed LM guides (77-1) are provided at both ends under the upper end (71-7) of the support (71) of the water washer 70, the block connected by the connection (72-3) ( 77-2) is installed. The block 77-2 is fixed to the upper end of the connecting shaft 77-3 connecting the LM guide block plate 77-4. The horizontal motor 72 is provided with a crank 72-1 for horizontally moving the LM guide block plate 77-4, the connecting shaft 77-3, the block 77-2 and the connecting table 72-3. It is installed under the upper end (71-7) of the support (71).

The first time belt conveyor 71-1 at the upper end having the plurality of belt holes 71-3 is connected to the connecting plate 71-6 by the drive gear 74-1. The upper and lower motors 73 to which the cranks 73-1 which move up and down are attached on the LM guide block plate 77-4.

The upper and lower operating plates 71-5 connected to the connecting plate 71-6 are connected to the operating shaft 78 that moves up and down, and the upper crank contact roller 79 is connected to the upper and lower operating plates 71-5. Install.

The first time belt conveyor 71-1 of the upper end in which the belt holes 71-3 are formed is connected to the LM guide block plate 77-4 using the operation shaft 78 that moves up and down.

The horizontal motor 72 to which the crank 72-1 which moves horizontally is attached is installed in the upper part of the motor support 72-2. Conveyor shock absorber 78-2 for adjusting the interval between the upper and lower first and second time belt conveyors (71-1, 71-2) is provided on the lower end (71-8) of the support (71).

14 is a detailed view of a horizontal motor and a vertical motor according to an embodiment of the present invention shown in FIGS. 12 and 13. As shown in FIG. 12, the horizontal motor 72 horizontally moves the block 77-2 by a crank 72-1 for horizontal movement and a connecting rod 72-3 connected to the crank 72-1. The vertical motor 73 performs the vertical motion by the crank 73-1 and the crank contact roller 79 to move up and down.

Therefore, the block 77-2 which moves horizontally along the LM guide 77-1 which comprises the underwater washer 70 which concerns on this invention, the crank 72-1 which moves horizontally, and the crank which moves up and down ( 73-1) moves the first time belt conveyor 71-1 on the upper side where the plurality of belt holes 71-3 are formed in the water to move up and down and horizontally to remove foreign substances adhering to the waste vinyl. The belt hole 71-3 of the belt hole 71-3 facilitates the introduction of water between the upper and lower first and second time belt conveyors 71-1 and 71-2 to facilitate the removal of foreign matter between the waste vinyl.

In addition, the gap between the waste vinyl was loosened by hitting the waste vinyl from the previous stage, and the waste vinyl was removed even with a small amount of water since the gap between the waste vinyl was further loosened by making the perforation and cutting vertically. Clean water can minimize water pollution.

15 is a side view of the rubber roller 80 according to an embodiment of the present invention. Referring to FIG. 15, the rubber roller 80 includes a plurality of hitting rollers 23-1 and a gap adjusting handle 81 installed at the front and the rear. The rubber roller 80 performs a function of compressing waste vinyl to remove moisture from the waste vinyl. Since the rubber roller 80 has the same operation principle as that of the special compression roller 30 shown in FIG. 5, a detailed description thereof is omitted, and the difference is that the special compression roller 30 shown in FIG. 5 is made of special steel. However, the rubber roller 80 shown in FIG. 15 is made of rubber.

16 is a perspective view of a dryer 90 according to an embodiment of the present invention. Referring to FIG. 16, the dryer 90 includes a metal conveyor 91, a support 91-4, a first heat loss preventing cover 91-2, a hot air fan 94-2, a hot air fan 94, It includes a heat medium oil boiler (95), a second heat loss preventing cover (96-3), a heat medium oil inlet (96), an external air inlet (94-1), a recirculation pipe (97-1), and a blow roller (92). do. The dryer 90 performs a function of removing residual moisture remaining in the waste vinyl after removing the foreign matter.

The metal conveyor 91 that is resistant to heat is fixed to the support 91-4, and a first heat loss preventing cover 91-2 is installed to prevent heat from being released to the outside. The metal conveyor 91 is equipped with a plurality of blow rollers 92 which are driven by the non-powered roller gear 93 and rotated at a slow speed, and are equipped with a reduction motor 98 and the metal conveyor 91 mounted at the bottom of the metal conveyor 91. Is linked and operated by a chain. The metal conveyor 91 is provided with a plurality of auxiliary chain gears 91-3 to prevent sagging. The roller gear 93 and the auxiliary chain gear 91-3 rotate in engagement with the fixing guide plate 91-1.

The dryer 90 dries the waste vinyl using the heat medium oil, and the heat medium oil boiler 95 heats the heat medium oil stored in the heat medium oil tank 95-1 to a high temperature.

The heat medium oil heated in the heat medium oil boiler 95 is injected through the heat medium oil inlet 96, and circulated by the circulation pump 99. The entire heated temperature oil inlet 96 and the lower temperature heated fluid outlet 96-2 are provided in a coil form 96-1 from the external air inlet 94-1 to the hot air fan 94 so that the external air inlet ( The outside air introduced into 94-1) is heated and supplied to the hot air blower 94 at a high temperature. The outside of the coil form 96-1 covers a second heat loss preventing cover 96-3 for preventing heat loss.

The hot air fan 94 supplies hot air to the plurality of first hot air fans 94-2, and the first hot air fan 94-2 is installed at the lower portion of the metal conveyor 91 so that the fan rotates to generate high temperature. Air is supplied to the waste vinyl. The hot air used to dry the waste vinyl is recycled by the recycle pipe 97-1 and used to dry the waste vinyl again by the second hot air fan 97 installed on the top of the metal conveyor 91. The gas outlet 97-2 serves to discharge the gas inside the dryer 90 to the outside.

That is, the dryer 90 according to the present invention uses a heat medium oil boiler (95) using an electric heater, which is lower in maintenance cost than a conventional oil, gas, and electric boiler, and recirculates the pipe to reuse the hot air therein. By using the 97-1 and the second hot air fan 97, more energy can be saved, and the non-powered roller gear 93 attached to the plurality of winged blow rollers 92 for moving the waste vinyl up and down is provided. It is installed so as to rotate to the endless track in engagement with the fixed guide plate 91-1, and the waste vinyl in the state where the gap between the waste vinyl is loosened by hitting the waste vinyl from the previous stage and punched horizontally and cut vertically. It can be made faster by drying waste vinyl by making it looser by moving it.

17 is a side view of the second waste vinyl cutter 100 according to the embodiment of the present invention, and FIG. 18 is a perspective view of the second waste vinyl cutter 100 according to the embodiment of the present invention. 17 and 18, the second waste vinyl cutter 100 is a waste vinyl inlet 101, the first special steel roller 102, the second special steel roller 103, the LM guide device 104, electric A tool 105, a reciprocating cylinder 106, and a spacing handle 107. The second waste vinyl cutter 100 performs a function of cutting waste vinyl at regular intervals while preventing the waste vinyl from being wound around the extrusion screw.

The waste vinyl inlet 101 is installed at an upper end thereof, and a first special steel roller 102 having a small number of revolutions and a second special steel roller 103 having a large number of revolutions are installed below the waste vinyl inlet 101. The spacing of the first special steel roller 102 and the second special steel roller 103 may be adjusted by the gap adjusting handle 107, respectively. The waste vinyl is pulled flat by the first special steel roller 102 and the second special steel roller 103.

The LM guide device 104, the power tool 105 and the reciprocating cylinder 106 for cutting the tightly pulled waste vinyl is installed between the first and second special steel rollers (102, 103), the reciprocating cylinder ( 106, the power tool 105 cuts the waste vinyl while reciprocating the LM guide device 104.

19 is a detailed illustration of the second waste vinyl cutter 100 according to one embodiment of the present invention shown in FIGS. 17 and 18. Referring to FIG. 19, a waste vinyl cutting blade 108 is connected to a power tool 105 connected to a reciprocating cylinder 106. The power tool 105 and the waste vinyl cutting blade 108 are installed on the LM guide block 104-1 to move along the fixed LM guide device 104. That is, the waste vinyl cutting blade 108 is rotated by the power tool 105, and the waste vinyl cutting blade 108 reciprocates along the LM guide device 104 to cut waste vinyl.

That is, the second waste vinyl cutting machine 100 according to the present invention, the first special steel roller 102 of the upper end of the number of revolutions less, the second special steel roller 103 of the lower end of the number of rotations to pull the waste vinyl, cutting is LM guide device 104 for cutting the waste vinyl pulled tightly, the power tool 105 of the waste vinyl cutting device, the blade 108 for cutting the waste vinyl at regular intervals, the power tool 105 and the blade 108 The reciprocating cylinder 106 for reciprocating) cuts clean waste vinyl to a certain size, so that the waste vinyl is not wound on the extrusion screw and melts evenly by heat.

20 is a perspective view of an extrusion screw 110 according to an embodiment of the present invention. Referring to FIG. 20, the extruded screw 110 is a waste vinyl inlet 111, an extruded screw 112, a diamond screw 113, a heat medium oil inlet 114, a heat medium oil outlet 115, a residual moisture outlet. 116, waste vinyl outlet 117 is included. The extruded screw 112 and the diamond screw 113 performs a function of melting and mixing the waste vinyl.

The waste vinyl inlet 111 is installed at the upper right and the cut waste vinyl is input. The extruded screw 112 and the diamond screw 113 as a whole is covered by a cover (113-4).

A first gear device 118-2 and a second gear device 118-3 meshed with the first gear device 118-2 are installed in the power transmission device 118-1. The rotational force is transmitted to the first gear device 118-2 by the power transmission device 118-1, and the first gear device 118-2 and the second gear device 118-3 rotate. Accordingly, the extrusion screw 112 and the diamond screw 113 is rotated.

The extruded screw 112 is made so that the valley 112-1 in the direction of the waste vinyl outlet 117, the diamond-shaped screw 113 is a bone so that the diamond shape in the bone shape of the extruded screw 112 (113-1) is added to improve the ability to mix waste vinyl.

The high temperature fluid medium inlet 114 is installed at the left side of the cover 113-4, and the heat medium fluid outlet 115 circulated by the circulation pump is installed at the right side of the cover 113-4.

The residual moisture outlet 116 discharges the residual moisture which has become steam by heat to the outside, and is installed at the upper left side of the cover 113-4. The waste vinyl material discharged from the waste vinyl outlet 117 is press-molded by attaching a mold of the waste ninil recycled resin earth plate 130 to a hydraulic press.

In the heating medium boiler shown in FIG. The high temperature heat medium oil heated to 240 ° C. is introduced into the extrusion screw 110 through the heat medium oil inlet 114, and discharged through the heat medium oil outlet 115.

21, 22, 23, 24 is another embodiment of the present invention that can replace the first waste vinyl cutter 50 according to the present invention shown in Figs. 8, 9, 10 (hereinafter " A third waste vinyl cutter 120).

21 is an assembly and exploded view of the diamond cutter 121 used in the third waste vinyl cutter 120 according to an embodiment of the present invention.

Nut (121-1) for plucking the whole set of the diamond cutter 121, the spring washer (121-2) as a shock absorber, the distance adjusting ring (121-3), diamond blade auxiliary support (121-) 4), The whole diamond blade 121-5 is connected to the diamond blade center axis 121-6 with the inclined surface 121-11 existing inside.

A nut 121-8 and a ring 121-9 for fixing the diamond blade center axis 121-6 to the drive shaft 121-7 for driving the diamond blade center axis 121-6 may be bolted to the driving shaft 121-7. 10) to be coupled to the diamond blade center axis (121-6).

22 is a side view of the third waste vinyl cutter 120 according to an embodiment of the present invention, FIG. 23 is a side perspective view of the third waste vinyl cutter 120, and FIG. 24 is a third waste vinyl cutter ( 120 is a front perspective view.

Referring to FIGS. 22, 23 and 24, the third waste vinyl cutter 120 includes a chain conveyor shock absorber device 122, a cover 123 of the assembled diamond cutter 121, and a reduction motor ( 124, a bolt 125 tightening the cover 123, a guide device 126 for assembling the cover 125 accurately, and metal chain conveyors 127-1 and 127-2 for conveying waste vinyl. do. The third waste vinyl cutter is a diamond blade (121-5) for rotating the waste vinyl introduced by the metal chain conveyor (127-1, 127-2) about the diamond blade center axis (121-6). Waste vinyl is cut.

A fixing device 128 for fixing the chain conveyor shock absorber 122 and a water tank 129 for storing water for cooling the diamond cutter 121 are present at the bottom.

That is, since the foreign material removal and compression rollers are finely pulverized foreign matter such as fine sand from the previous step, the life of the blade, which is a device for cutting waste vinyl, is extended, but the third waste vinyl cutter 120 according to the present invention A strong diamond blade (121-5) is used to further extend the life of the blade, and the water storage tank is an underwater cooling device that cools the diamond blade (121-5) due to frictional heat when cutting waste vinyl ( 129 is attached, the bolt (121-10) tightening the inclined surface (121-11) and the diamond blade center axis (121-6) to facilitate the assembly and disassembly of the diamond blade (121-5), the entrance cover 123 facilitates replacement of the assembled diamond blade 121-5.

In addition, even if the amount of waste vinyl is put into the metal chain conveyors (127-1, 127-2) inconsistent, the shock absorber device 122 for moving the upper metal chain conveyor (127-1) up and down is a waste vinyl input To make it smooth.

25 is a perspective view of a waste vinyl recycled material earth plate 130 manufactured using waste vinyl recycled material according to an embodiment of the present invention. Referring to FIG. 25, the waste vinyl recycled material earth plate 130 includes a triangular pyramid protrusion 132, a C-shaped groove 133, a hole 134, and a partition 135.

The waste vinyl recycled material discharged from the waste vinyl outlet 117 shown in FIG. 20 may be molded into a reinforcement material for preventing the soil disintegration of the incision site during construction or civil engineering work. The left view of FIG. 25 is a specific product metal. It is an exemplary view showing that the reinforcing agent is reinforced by the waste vinyl recycled resin earth plate 130 manufactured using the waste vinyl recycled resin.

The molded waste plastic recycled resin earth plate 130 has a triangular pyramidal protrusion 132 at a predetermined interval horizontally at the top, and has a triangular pyramidal groove 132-1 at the bottom so that it can be combined with the triangular pyramidal protrusion 132. . A cylindrical metal pipe (133-1) is mounted inside the waste vinyl recycled resin earth plate (130) to withstand the pressure on the side of the earth and is spaced horizontally to allow the cylindrical metal pipe (133-1) to be coupled and separated. C-shaped groove 133 is formed. The diameter of the C-shaped groove 133 is slightly smaller than the diameter of the cylindrical metal pipe 133-1 to be tightly coupled by the mechanical pressure.

In addition, holes 134 are formed at a predetermined interval horizontally to discharge the water contained in the earth and sand, partitions 135 are formed at regular intervals within the waste vinyl recycled resin earth plate 130, partitions 135 The inner space 136 is secured between the ns).

That is, the triangular pyramid protrusion 132 and the triangular pyramid-shaped groove 132-1 formed on the waste vinyl recycled material earth plate 130 according to the present invention are coupled to the H-shaped steel when the waste vinyl regenerated resin earth plate 130 is coupled to be offset. Since the slide is coupled along the triangular inclined surface to be precisely coupled, since the inside of the triangular pyramid-shaped groove 132-1 is triangular, foreign matter such as earth and sand may be caught inside the triangular pyramidal groove 132-1. When it is easy to remove, the partition 135 inside to withstand the pressure from the top, because the earth plate is long horizontally because the earth plate is made of resin only because the product is warped in the horizontally spaced C-shaped groove 133 The tightly-coupled cylindrical metal pipe 133-1 prevents warping of the waste vinyl recycled resin earth plate 130 and withstands side pressure of the earth and sand, and the C-shaped grooves 133 at regular intervals horizontally are simple tools such as levers. It facilitates the separation of the cylindrical metal pipe (133-1) by using to recycle, and to secure the inner space 136 when forming the waste vinyl recycled resin earth plate 130 of the waste vinyl recycled resin earth plate 130 It is easy to construct and move by reducing the weight, and the waste vinyl recycled resin earth plate 130 can be used semi-permanently because it does not decay because it does not decay moisture, unlike the existing wood earth plate. Recycling is effective in preventing environmental pollution.

Although the present invention has been described in detail with reference to some embodiments, the above embodiments are presented for the purpose of understanding the present invention, and the scope of the present invention is not limited to the above embodiments. Those skilled in the art will understand that various modifications are possible without departing from the scope of the technical idea of the present invention, and the scope of the present invention should be interpreted by the appended claims.

Claims (2)

A perforator 42-1 having a circular roller shape and having a plurality of perforation holes 42-2;
An auxiliary roller (42-4) positioned behind the perforator (42-1) for transporting waste vinyl;
A conveying conveyor (41-1) positioned in front of the punching machine (42-1) and transferring the waste vinyl to the punching machine (42-1);
A plurality of punching pins 42-3 mounted to the bottom of the fixing plate 45 for preventing the release, and engaged with the punching holes 42-2 to punch waste vinyl; And
It includes; a plurality of blow rollers (23-1) attached to the wing to remove the foreign matter by hitting the waste vinyl punched by the punching machine (42-1) and the punching pin (42-3);
The auxiliary roller 42-4 rotates in the opposite direction to the punching machine 42-1 so as to blow the waste vinyl punched by the punching machine 42-1 and the punching pin 42-3 to the blow roller 23. Characterized in that the transfer to -1),
Waste vinyl perforator for recycling. The method of claim 1,
The separation prevention plate 42-6 and the urethane plate 42-5 are installed below the punch pin 42-3, and the waste vinyl punched by the urethane plate 42-5 is the punch pin 42 -3) characterized in that it is prevented from coming up attached to,
Waste vinyl perforator for recycling.

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