KR20130032819A - Recycling apparatus of artificial turf comprising fiber structure - Google Patents

Abstract

PURPOSE: An artificial turf recycling apparatus is provided to recycle a yarn, a substrate, and a filler which form artificial turf, and to prevent environmental pollution. CONSTITUTION: An artificial turf recycling apparatus comprises a supply unit(10), a sprinkler(18), a separator(20), and a collection unit(30). The supply unit supplies artificial turf with a filler containing silica and an elastomer. The sprinkler sprays water to the artificial turf, and absorbs the water into the silica. The separator comprises an elastomer separation device(23) and a silica separation device(25). The elastomer separation device separates the elastomer from the artificial turf. The silica separation device separates the silica from the artificial turf. The collection unit collects the filler-separated artificial turf.

Description

Recycling apparatus of artificial turf comprising fiber structure

The present invention relates to an apparatus for recycling artificial turf including a fiber structure, and more particularly, to an apparatus for recycling artificial turf including a fiber structure capable of efficiently separating a filler included in an artificial turf.

Artificial grass is easier to maintain than natural grass, so it is widely used in various outdoor stadiums and school grounds, and is widely used for various landscaping and decoration.

The general artificial turf 101 has a grass layer 120 formed by a carpet-shaped substrate 110 and a plurality of yarns planted on the substrate 110 as artificial hairs, as shown in FIG. The filler 130 is filled in the grass layer 120.

Here, the substrate 110 may be composed of a bubble paper and a back coating to fix the planted yarn so as not to fall out as the yarn is planted.

Such artificial turf is made of thermoplastic chemical fibers as the fiber structure of the base 110 and the grass layer 120, and as the filler 130, such as silica sand 131 of the fine particles and rubber or silicon particles The elastic body 133 is manufactured to be filled in the grass layer.

Such artificial turf is at the end of its life after several years of construction and is inevitable to be replaced.

The artificial turf at the end of its life is very difficult to separate the filler from the artificial turf because the filler is strongly pressed against the grass layer during the use period. Accordingly, despite the fact that the materials constituting the artificial turf are recyclable, the artificial turf at the end of its life is incinerated and discarded after collection. As a result, there was a problem that causes waste of resources and environmental pollution.

Accordingly, an object of the present invention is to provide a recycling apparatus for artificial turf comprising a fiber structure that can completely prevent the environmental pollution by recycling the artificial turf yarn and the base and the filler material constituting the artificial turf by completely separating the filler from the artificial turf. It is.

According to the present invention, in the artificial turf recycling apparatus for the separate recovery of the filler and the artificial turf from the artificial turf including the filler, the supply unit for supplying the artificial turf including the filler including the silica and the elastic body ( 10); A sprinkler 18 for sprinkling water with the artificial turf to be supplied so that the silica sand absorbs the water; A separation part 20 including elastic body separating means 23 for separating the elastic body from the artificial turf, and silica sand separating means 25 for separating the silica sand from the artificial turf; And a recovery part 30 for recovering the artificial turf from which the filler is separated, wherein the elastic body separating means 23 is positioned in advance of the silica sand separating means 25 so that the elastic body is earlier than the silica sand from the artificial turf. It can be achieved by the artificial turf recycling apparatus to be separated.

The separation unit 20, at least one inversion roll 21a for inverting the direction of the artificial turf so that the grass layer of the artificial turf supplied from the supply portion is directed upward and downward, and the inversion roll 21a ) A recovery guide roll (21b) for guiding the artificial turf toward the recovery unit 30, the elastic separating means 23 is located in the adjacent region of the inversion roll (21a), the silica sand separating means ( 25 may be located between the reversal rule 21a and the recovery guide roll 21b.

The elastic body separating means 23 may include an electrostatic separator capable of separating the elastic body by an electrostatic force.

The elastic body separating means 23 may include at least one brush 23a for separating the elastic body included in the artificial turf, and a brush driver 23b for driving the brush.

The elastic body separating means 23 may further include an air separator 23d for allowing the elastic body separated by the brush to be separated from the artificial turf.

It may further include a scraper (23c) for separating the elastic body attached to the brush (23a).

The silica sand separating means 25 may include a striking body 25a for striking the artificial turf and a striking driver 25b for driving the striking body.

The artificial turf recycling apparatus may further include residual silica separation means provided in an adjacent region of the silica sand separation means.

The residual silica separation means may include at least one of a brush or an air separator.

The artificial turf recycling apparatus includes a filler discharging means 26 provided in the lower region of the separator and separated from the artificial turf, and the filler discharging means 26 is disposed in the lower region of the elastic separating means 23. An elastic body collecting hopper 27 provided to receive the elastic body; It may include a silica sand collecting hopper 28 provided in the lower region of the silica sand separating means 25 to receive the silica sand.

An elastic body outlet 27b and a silica sand outlet 28b that can be opened and closed may be formed at a lower portion of the elastic body collecting hopper 27 and the silica sand collecting hopper 28, respectively.

The elastic body collecting hopper 27 and the silica sand collecting hopper 28 may include a discharge conveyor 29 for separating and discharging the elastic body and silica sand to the outside.

The discharge conveyor 29 is provided with at least one conveyor extending outwardly from the lower region of the elastic body collecting hopper 27 and the silica sand collecting hopper 28, the width direction central portion of the discharge conveyor along the extension direction The partition plate may be disposed to be partitioned into an elastomer discharge zone and a silica sand discharge zone.

It may further include a silica sand filtering means (29c) provided between the elastic body separating means 23 and the elastic body collecting hopper 27 to separate the silica sand contained in the elastic body to be separated and dropped.

The silica sand filtering means 29c constitutes an elastic body discharge region of the discharge conveyor 29 as a mesh conveyor through which the elastic body is filtered, and discharges the silica sand passing through the elastic body discharge region to the outside under the elastic body discharge region. A discharge conveyor can be formed.

It may further include an elastic filtering means (25c) provided between the silica sand separating means 25 and the silica sand collecting hopper 28 to separate the elastic body contained in the silica sand to be separated and dropped.

The elastic filtering means 25c may be a blower for blowing the elastic body contained in the silica sand falling to the silica sand collecting hopper 28 to the elastic body collecting hopper 27.

The supply unit 10 is a feed roll holder 12 for rotatably mounting the supply roll 11, the artificial turf is wound, and the separation unit 20 by unwinding the artificial turf from the supply roll 11 It may include a supply means 13 for supplying.

The supply means 13 is installed in the lower region of the feed roll holder 12 and at least one contact roll 14 in close contact with the artificial turf wound on the feed roll 11, and the feed roll holder 12 ) And the separation unit 20 may include a take-up releaser 15 which releases the artificial turf from the supply roll 11 and supplies it to the separation unit 20.

The feed roll holder 12 may support the feed roll 11 to be moved downward by its own weight.

The recovery unit 30 may include a fabric recovery roll 31 for winding up and collecting the artificial grass from which the filler is separated, and a recovery roll driver 35 for rotating the fabric recovery roll.

According to the present invention, there is provided a recycling apparatus for artificial turf comprising a fiber structure that can completely prevent the environmental pollution by recycling the artificial turf yarn and the base and the filler material constituting the artificial turf by completely separating the filler from the artificial turf.

1 is a cross-sectional view of a typical artificial turf,
Figure 2 is a simplified device configuration of the recycling apparatus of the artificial turf including the fiber structure according to the present invention,
3 is a cross-sectional view of the discharge conveyor region taken along line III-III of FIG.
4 is a cross-sectional view of the discharge conveyor region taken along line IV-IV of FIG.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

As shown in Figures 2 to 4, the recycling apparatus 1 of the artificial turf including the fiber structure according to the present invention is a supply unit 10 for supplying the artificial turf (A) at the end of life, and the supply unit 10 It includes a separation unit 20 for separating the filler contained in the artificial turf (A) supplied from, and a recovery unit 30 for recovering the artificial turf fabric from which the filler is separated.

The supply unit 10 is a portion for supplying the artificial turf A to the separation unit 20, and supplies the artificial turf A to the separation unit 20 while unwinding the wound artificial turf A. FIG. To this end, the supply unit 10 is artificially in the supply roll holder 12, which is rotatably mounted on the supply roll 11, the artificial grass (A) is wound around, and the supply roll 11 mounted on the supply roll holder 12 Feeding means 13 for supplying to the separation unit 20 while unwinding the grass (A) may be provided.

The feed roll holder 12 rotatably supports both sides of the central axis of the feed roll 11. At this time, the support roll support 12 is formed with a support guide 12a for supporting the central axis of the feed roll 11 to rotate and move up and down, the support guide 12a is the feed roll 11 by its own weight Guide the movement down.

The supply means 13 is rotatably installed in the lower region of the feed roll holder 12, a plurality of contact rolls 14 in close contact with the artificial grass (A) wound on the feed roll 11, and the feed roll holder ( 12) may be disposed between the separator 20 and the take-up releaser 15 to unwind the artificial turf A from the supply roll 11.

The adhesion rolls 14 are always in close contact with the artificial turf A wound around the supply roll 11 by the weight of the supply roll 11. Accordingly, the artificial turf A wound on the supply roll 11 may be unwound while maintaining a constant tension in the unwinding process.

The unwinder 15 rotates any one of the pair of unwinding rolls 16 and both of the unwinding rolls 16 in close contact with both sides of the artificial turf A in the unwinding direction of the artificial turf A. FIG. It may be composed of a take-up take-off motor (17).

Here, the feed roll holder 12 may be in the form of simply rotatably supporting the feed roll 11 without the structure of the support guide 12a. At this time, the supply means 13 may be composed of only the take-up release machine 15 is disposed between the supply roll holder 12 and the separation unit 20 to omit the configuration of the contact roll (14).

On the other hand, in the area between the supply unit 10 or the supply unit 10 and the separation unit 20 may be provided with a sprinkler 18 for watering the artificial turf (A) supplied from the supply unit 10 to the separation unit 20. . The sprinkler 18 is considered that the weight of the silica sand is increased when the silica sand absorbs the moisture, so that the silica sand is pressed, the separation efficiency of the elastic body can be increased by the pressure of the silica sand.

Separation section 20 is provided in the artificial turf (A) and the separation section forming roll 21 to form a filler separation section inverted from the supply section 10 toward the recovery section 30, and in the inverted region of the filler separation section. The elastic sand separating means 23 for separating the elastic body (B) of the filler and the silica sand in the filler included in the artificial turf (A) is provided in the section between the elastic separating means 23 and the recovery part 30 of the filler separation section ( C) the silica sand separating means 25 for separating and the elastic material separating means 23 and the filler discharging means 26 for discharging the elastic body (B) and silica sand (C) separated from the silica sand separating means (25) to the outside. Include.

Separation section forming roll 21 is supplied from the supply unit 10 so that the grass layer of the artificial turf (A) is directed upward, the inversion roll (21a) for inverting the artificial turf (A) so that the grass layer is directed downward, It has a recovery guide roll 21b which guides the artificial turf A toward the collection | recovery part 30 through the elastic body separation means 23 and the silica sand separation means 25. As shown in FIG.

The reversing roll 21a is freely rotatable at a position spaced in the horizontal direction with respect to the take-up release machine 15 of the supply unit 10, and the recovery guide roll 21b is spaced in the water discharge direction from the reversing roll 21a. It is installed in the lower region of the unwinder 15 so as to rotate freely. As a result, the section between the supply unit 10 and the inversion roll 21a is formed as an upward movement section in which the grass layer of the artificial grass A is upward, and the section between the inversion roll 21a and the recovery guide roll 21b is The grass layer of the artificial turf A is formed as a downward movement section facing downward.

Here, the inversion roll 21a may be provided in plural such that the inversion section in which the grass layer is inverted has a section that is bent in at least one region, and the recovery guide roll 21b also moves downward of the inverted artificial grass A. A plurality of sections may be provided to have sections that are bent in at least one region.

The elastic body separating means 23 is provided in an area adjacent to the inversion roll 21a and at least one brush 23a for brushing and separating the elastic body B included in the grass layer of the artificial turf A, and the brush 23a. It has a brush drive 23b for driving the rotation. Among them, the brush 23a may be detachably installed in an area adjacent to the inversion roll 21a, and may appropriately correspond to the grass layer height and density of the artificial turf A and the particle size, specific gravity, and filling amount of the elastic body B. It is desirable to have the size and thickness and spacing and material of the brush (23a) that can be. Thereby, the elastic body B can be isolate | separated by selecting the suitable brush 23a according to the kind and specification of artificial turf A. FIG. In this case, the brushes 23a may be provided in plural in the inversion region for more effective separation of the elastic body B. In this case, the size, thickness, spacing, and material of each brush 23a may be the same or different. . When a plurality of brushes 23a are provided, the brush drivers 23b may be provided in a number corresponding to the brushes 23a, or the plurality of brushes 23a may be linked with a single brush driver 23b. The elastic body B separated from the grass layer by the brush 23a is discharged to the outside through the filler discharging means 26.

In addition, a scraper 23c may be provided in an area adjacent to the brush 23a to separate the elastic body B attached to the brush 23a. The elastic body B separated from the brush 23a by the scraper 23c is discharged to the outside through the filler discharge means 26.

In addition, the elastic body separating means 23 may include an air separator 23d so that the elastic body B separated by the brush 23a can be separated out more smoothly in the grass layer. The air separator 23d may have an air suction form or an air injection form, and the elastic body B separated from the grass layer by the air separator 23d may be discharged to the outside through the filler discharging means 26. .

In addition, although not shown, the elastic body separating means 23 may be provided with an electrostatic separator (not shown) to more effectively separate the elastic body (B) by the electrostatic force.

Of course, the elastic separating means 23 may be configured by appropriately selecting at least one of the brush 23a form, the air separator 23d form, and the electrostatic separator (not shown) form or by selecting a plurality of forms.

Here, the filler included in the artificial turf may be made of only one of the elastic body (B) or silica sand (C), when the filler is made of only silica sand (C), although not shown, the elastic body separating means ( The configuration of 23 may be omitted.

The silica sand separating means 25 has at least one striking body 25a provided in one region of the downward movement section of the artificial turf A, and a striking driver 25b for driving the striking body 25a.

The striking body 25a may be in the form of striking the artificial grass A by the forward and reverse rotation, in this case, the striking driver 25b may be a forward and backward motor for driving the striking body 25a. Here, the silica sand separating means 25 may be composed of only the vibrator type or the ultrasonic vibration type striking body 25a vibrating by the power supply. The silica sand C separated by the silica sand separating means 25 is discharged to the outside through the filler discharging means 26.

At this time, the silica sand separation means 25 may further include residual silica separation means (not shown) to more effectively separate the remaining silica sand remaining in the above-described grass layer. Residual silica separation means (not shown) may be in the form of a brush, or as an air separator (not shown) may be configured in the form of air suction or air injection. Of course, the residual silica separation means (not shown) may be composed of a combination of appropriately selected from the brush form, the air suction form and the air injection form. The silica sand separated by the residual silica separation means (not shown) is discharged to the outside through the filler discharging means 26.

Here, the filler included in the artificial turf may be made of only one of the elastic body (B) or silica sand (C), if the filler is made of only the elastic body (B), although not shown, the silica sand separating means ( The configuration of 25) can be omitted.

On the other hand, the filler discharging means 26 receives the elastic body collecting hopper 27 for receiving the elastic body (B) to be separated and dropped from the elastic body separating means 23, and the silica sand (C) separated and dropped from the silica sand separating means (25) And a discharge conveyor 29 for separating and discharging the elastic body B and the silica sand C discharged from the elastic body collecting hopper 27 and the silica sand collecting hopper 28 to the outside.

The elastic body collecting hopper 27 is installed in the lower region of the elastic body separating means 23 and receives the elastic body B falling from the artificial turf A by the driving of the elastic body separating means 23. The elastic body collecting hopper 27 has an upper elastic inlet 27a positioned adjacent to the lower side of the elastic separating means 23, and the lower elastic body outlet 27b has an elastic discharge region 29 of the discharge conveyor 29 which will be described later. Open toward 29a). At this time, the elastic outlet 27b may be opened and closed by an opening and closing means (not shown).

Here, the filler included in the artificial turf may be made of only one of the elastic body (B) or silica sand (C), as described above, if the filler is made of only silica sand (C), although not shown, the filler discharge means 26 The configuration of the elastic body collecting hopper 27 can be omitted.

The silica sand collecting hopper 28 is installed in the lower region of the silica sand separating means 25 and receives the silica sand C falling from the artificial turf A by the silica sand separating means 25. The silica sand collecting hopper 28 has an upper silica sand inlet 28a positioned adjacent to the lower side of the silica sand separating means 25, and the silica sand discharge area of the discharge conveyor 29 which will be described later by the lower silica sand outlet 28b. Open toward 29b). At this time, the silica sand outlet 28b may be opened and closed by an opening and closing means (not shown).

In this case, the elastic body collecting hopper 27 and the silica sand collecting hopper 28 may be provided in a form in which a single hopper is partitioned by a partition plate, and may be provided as separate hoppers.

Here, the filler included in the artificial turf may be made of only one of the elastic body (B) or silica sand (C), if the filler is made of only the elastic body (B), although not shown, the silica sand collecting hopper in the filler discharge means 26 The configuration of 28 can be omitted.

The discharge conveyor 29 is provided as a single conveyor extending outwardly from the lower region of the elastic body collecting hopper 27 and the silica sand collecting hopper 28, and the central portion in the width direction is partitioned by the partition plate along the extending direction to discharge the elastic body. It may be provided in the form having a region 29a and a silica sand discharge region (29b). Of course, the discharge conveyor 29 may have a structure in which the elastomer discharge conveyor and the silica sand discharge conveyor are each provided as a separate conveyor.

The elastic body (B) and the silica sand (C) discharged to the outside by the discharge conveyor 29 is separated and recovered in the elastic body recovery pack (P1) and the silica soda pack (P2), respectively.

Here, the discharge conveyor 29 may be omitted in some cases the configuration. For example, a sufficient space is provided under the elastic body collecting hopper 27 and the silica sand collecting hopper 28, and the elastic body outlet 27b of the elastic body collecting hopper 27 and the silica sand outlet 28b of the silica sand collecting hopper 28 are opened and closed. The elastic body (B) and the silica sand (C) separated from the artificial turf (A) were stored in the elastic body collecting hopper 27 and the silica sand collecting hopper 28, respectively, so that the elastic body outlet 27b and the silica sand were appropriate at the appropriate time. By opening the outlet 28b, the elastic body (B) and the silica sand (C) can be separated and recovered in the elastic body recovery pack (P1) and the silica soda pack (P2).

In addition, as described above, the filler included in the artificial turf may be made of only one of the elastic body (B) or silica sand (C), in this case, although not shown, the discharge conveyor may be provided as a single conveyor.

On the other hand, between the silica sand separating means 25 and the silica sand collecting hopper 28 to be described later may be provided with an elastic filtering means 25c for separating the elastic body (B) included in the silica sand (C) to fall apart.

The elastic body filtering means 25c may be provided as a blower (not shown) in consideration of the low specific gravity of the elastic body included in the falling silica sand (C). That is, if the blowing force of the blower is properly adjusted, the silica sand (C) falls directly to the silica sand collecting hopper 28, and the elastic body included in the falling silica sand is blown to the elastic body collecting hopper 27.

Meanwhile, silica sand filtering means (not shown) may be provided to separate the silica sand included in the elastic bodies B falling apart from the elastic body separating means 23 to the elastic body collecting hopper 27 to be described later. The silica sand filtering means 29c constitutes the elastic body discharge area 29b of the discharge conveyor 29 as a conveyor of the reticular body through which the elastic body is filtered, and receives the silica sand passing through the elastic body discharge area 29b to the outside thereof. It may be implemented by installing the silica sand discharge conveyor (29c) for discharging.

On the other hand, the recovery unit 30 is a fabric recovery roll 31 for winding up and collecting the artificial turf separated from the filler, a recovery roll support base 33 for rotatably supporting the fabric recovery roll 31, and the fabric recovery roll ( 31 has a recovery roll driver 35 for rotating in the winding direction.

The fabric recovery roll 31 is detachably coupled to the recovery roll holder 33 to receive the rotational force from the recovery roll driver 35. The fabric recovery roll 31 of winding up the artificial turf is separated from the recovery roll holder 33 and then transported to the outside, and a new fabric recovery roll 31 is mounted on the recovery roll holder 33.

Using the recycling apparatus 1 of the artificial turf including the fiber structure according to the present invention having such a configuration, the process of separating and recovering an artificial turf fabric and a filler composed of a base and a yarn will be described.

The supply roll 11 in which the artificial turf A containing the filler is wound is mounted on the supply roll holder 12 of the supply unit 10. In this state, the artificial turf A wound around the feed roll 11 is unwound from the feed roll 11 by the unwinding drive of the unwinding roll 16 of the unwinder 15, while separating part 20. Go to.

At this time, the adhesion rolls 14 installed below the supply roll 11 are always in close contact with the artificial grass A wound around the supply roll 11 by the weight of the supply roll 11, thereby winding the supply roll 11. The artificial turf A is unwound while maintaining a constant tension in the unwound process.

The artificial turf A supplied to the separation unit 20 moves upward from the supply unit 10 toward the inversion roll 21a and is inverted so that the grass layer faces downward in the inversion roll 21a. . At this time, the elastic body (B) filled in the grass layer of the artificial turf (A) is separated by driving the brush (23a) of the elastic separating means 23 installed adjacent to one side of the reversing roll (21a) to collect the elastic body hopper 27 Fall).

At this time, some of the elastic body (B) of the elastic body (B) separated from the artificial turf (A) may be attached to the brush (23a), the elastic body (B) attached to the brush (23a) in this way to the scraper (23c) It separates from the brush 23a and falls to the elastic body collection hopper 27 by this.

The elastic body B dropped into the elastic body collecting hopper 27 is dropped into the elastic body discharge region 29a of the discharge conveyor 29 through the elastic body outlet 27b and discharged to the outside. The elastic body (B) discharged to the outside is contained in the elastic body recovery pack (P1) is taken out for recycling.

The artificial turf A from which the elastic body B is separated from the elastic body separating means 23 is disposed between the elastic body separating means 23 and the recovery guide roll 21b in the process of moving toward the recovery part 30. By the driving of 25, the silica sand C filled in the turf layer of the artificial turf A is separated and falls to the silica sand collection hopper 28.

The silica sand C dropped into the silica sand collecting hopper 28 is dropped into the silica sand discharge area 29b of the discharge conveyor 29 through the silica sand outlet 28b and discharged to the outside. The silica sand (C) discharged to the outside is contained in the silica soda pack (P2) is taken out for recycling.

On the other hand, the artificial turf in which the elastic body (B) and the silica sand (C), which are fillers, are separated in the separating part 20, is recovered through the recovery guide roll 21b and placed on the recovery roll mount table 33 of the recovery part 30. It is wound up on the roll 31.

Then, the fabric recovery roll 31 is completed, the take-up recovery of the artificial turf in which the filler is separated is separated from the recovery roll holder 33 is taken out to the outside.

As described above, the recycling apparatus of the artificial turf including the fiber structure according to the present invention efficiently separates the elastic body and the silica included in the turf layer of the artificial turf from the elastic body separating means and the silica sand separating means of the separating part, and the filling material is separated from the artificial body. By separating and collecting the grass fabric, the artificial grass fabric, the elastic body, and the silica sand constituting the artificial turf can be recycled later. This contributes to the recycling of resources and the prevention of environmental pollution.

10 supply part 11 supply roll
14: contact roll 15: take-up release machine
20: Separation section 21: Separation section forming roll
23: elastic body separation means 25: silica sand separation means
26: filling material discharge means 27: elastic body collecting hopper
28: silica sand collection hopper 29: discharge conveyor
30: recovery part 31: fabric recovery roll

Claims (21)

In the artificial turf recycling apparatus for separating recovery of the filler and the artificial turf from the artificial turf containing the filler,
A supply unit 10 for supplying artificial turf including a filler including silica sand and an elastic body;
A sprinkler 18 for sprinkling water with the artificial turf to be supplied so that the silica sand absorbs the water;
A separation part 20 including elastic body separating means 23 for separating the elastic body from the artificial turf, and silica sand separating means 25 for separating the silica sand from the artificial turf;
It includes a recovery unit 30 for recovering the artificial turf from which the filler is separated,
The elastic body separating means 23 is positioned ahead of the silica sand separating means 25 so that the elastic body is separated from the artificial grass before the silica sand. The method of claim 1,
The separation unit 20,
At least one inverting roll 21a for reversing the direction of the artificial turf so that the grass layer of the artificial turf supplied from the supply part faces upward and downwards, and the recovery part 30 in the inverting roll 21a. It includes a recovery guide roll (21b) for guiding the artificial turf toward the
The elastic separating means 23 is located in the adjacent region of the reversing roll 21a,
The silica sand separating means 25 is artificial turf recycling apparatus that is located between the inversion rule (21a) and the recovery guide roll (21b). The method of claim 2,
The elastic separation means 23,
An artificial turf recycling apparatus comprising an electrostatic separator capable of separating the elastic body by an electrostatic force. The method of claim 2,
The elastic separation means 23,
At least one brush (23a) for separating the elastic body contained in the artificial turf,
Artificial grass recycling apparatus comprising a brush driver (23b) for driving the brush. 5. The method of claim 4,
The elastic separation means 23,
And an air separator (23d) to allow the elastic body separated by the brush to be separated from the artificial turf. 5. The method of claim 4,
Artificial turf recycling apparatus further comprises a scraper (23c) for separating the elastic body attached to the brush (23a). The method of claim 1,
The silica sand separation means 25
A striking body 25a striking the artificial turf,
Artificial turf recycling apparatus including a blow driver (25b) for driving the hitting body. The method of claim 7, wherein
An artificial turf recycling apparatus further comprising residual silica separation means provided in an adjacent region of the silica separation means. 9. The method of claim 8,
The residual silica separation means is artificial turf recycling apparatus that is at least one of a brush or an air separator. The method of claim 1,
Filler discharge means 26 provided in the lower region of the separation unit separated from the artificial turf,
The filler discharging means 26 may include: an elastic collecting hopper 27 provided in a lower region of the elastic separating means 23 to receive the elastic body;
It is provided in the lower region of the silica sand separating means 25, artificial turf recycling apparatus comprising a silica sand collecting hopper (28) for receiving the silica sand. The method of claim 10,
An artificial turf recycling apparatus is formed in the lower portion of the elastic body collecting hopper 27 and the silica sand collecting hopper 28 are open and close the elastic body outlet 27b and the silica sand outlet 28b, respectively. The method of claim 11,
An artificial turf recycling apparatus comprising an exhaust conveyor (29) for separating and discharging the elastic body and the silica sand discharged from the elastic body collecting hopper (27) and the silica sand collecting hopper (28). The method of claim 12,
The discharge conveyor 29 is provided with at least one conveyor extending outwardly from the lower region of the elastic body collecting hopper 27 and the silica sand collecting hopper 28, the width direction central portion of the discharge conveyor along the extension direction An apparatus for recycling artificial turf that is divided into an elastomer discharge zone and a silica sand discharge zone by disposing a partition plate. The method of claim 13,
Recycling apparatus for artificial turf further comprising a silica filter means (29c) provided between the elastic separating means 23 and the elastic collecting hopper 27 to separate the silica sand contained in the elastic body to be separated and dropped. 15. The method of claim 14,
The silica sand filtering means 29c constitutes an elastic body discharge region of the discharge conveyor 29 as a mesh conveyor through which the elastic body is filtered, and discharges the silica sand passing through the elastic body discharge region to the outside under the elastic body discharge region. Recycling apparatus for artificial turf where an exhaust conveyor is formed. The method of claim 12,
And an elastic body filtering means (25c) provided between the silica sand separating means (25) and the silica sand collecting hopper (28) to separate the elastic body contained in the silica sand being separated and dropped. 17. The method of claim 16,
The elastomer filtering means (25c) is a blower for blowing the elastic body contained in the silica sand falling to the silica sand collecting hopper (28) to the elastic body collecting hopper (27). The method of claim 1,
The supply unit 10
A feed roll holder 12 for rotatably mounting the feed roll 11 on which artificial turf is wound;
Recycling apparatus for artificial turf including a supply means (13) for unwinding the artificial turf from the supply roll (11) to supply to the separation unit (20). 19. The method of claim 18,
The supply means 13
At least one adhesion roll 14 installed in the lower region of the supply roll holder 12 and in close contact with the artificial turf wound on the supply roll 11;
It is provided between the feed roll holder 12 and the separation unit 20 includes a take-up releaser (15) for unwinding the artificial turf from the supply roll 11 to supply to the separation unit (20) Recycling equipment for artificial turf. 20. The method of claim 19,
The feed roll holder 12 is to support the feed roll 11 to move downward by its own weight artificial turf recycling apparatus. The method of claim 1,
The recovery unit 30,
Fabric recovery roll 31 for winding up and collecting the artificial turf separated the filler,
Recycling apparatus for artificial turf comprising a recovery roll driver 35 for rotating the fabric recovery roll.

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