KR101215444B1 - Rubber and wire separation apparatus of recapped tire - Google Patents

Abstract

PURPOSE: A rubber and iron core separating device of unvulcanized recycled tire is provided to separate rubber and iron core from unvulcanized tire through low temperature cooling process using liquid nitrogen. CONSTITUTION: A rubber and iron core separating device of unvulcanized recycled tire(100) includes a cutting unit(110), a storing and cooling unit(120), a crushing and separating unit (130), a selecting unit, and a control unit. The cutting unit cuts the unvulcanized recycled tire with a blade(114). The cold storage part includes a refrigenerating pipe in which refrigerant is supplied to store and cool the cut recycled tire. The crushing and separating unit separates and crushes the cooled recycling tire into rubber and iron core. The selecting unit sorts iron cores from the rubber and iron cores by using magnetic force and respectively exhausts the selected rubber and iron core.

Description

Rubber and wire separation apparatus of recapped tire

The present invention relates to an apparatus for separating rubber and iron core of an unvulcanized regenerated tire, and more particularly, by separating the rubber and iron core of an unvulcanized regenerated tire generated during tire manufacture by using liquid nitrogen, The present invention relates to a rubber and iron core separating device of an unvulcanized regenerated tire that can separate rubber and iron cores without changing their physical properties, and prevent the generation and discharge of pollutants such as dust or odor due to the separation of rubber and iron cores. .

In recent years, the rapid economic development has developed the automobile industry, and vehicle production continues to increase, and the tires used in the vehicle are also produced tens of millions worldwide each year.

These tires are made of rubber, and there are many metal layers and fabric layers embedded therein, and it is difficult to recycle them. Even though the tires are pulverized and manufactured from rubber powder, a lot of iron cores and fabrics remain, and rubber even on a separated iron core It is difficult to recycle because there are many components.

Accordingly, there is a problem that conventionally has a high rigidity, the main purpose of accelerating environmental pollution by selling a high-use iron core at a low price or left in the workplace.

In view of this, Korean Patent Application No. 10-2009-0020878 discloses a facility for separating rubber from waste tire scrap.

Looking at the equipment for separating the rubber from the conventional waste tire scrap, the upper case is connected to the scrap supply hopper to which the waste tire scrap is supplied, the upper opening is formed in the bottom, the upper case is formed in the grinding space therein And, the hopper case communicating with the opening of the upper case is installed on the inner upper side, the outlet of the hopper case is formed, the dust inlet space is formed on the side and the bottom of the hopper case, the dust inflow space and the upper The upper part of the case is connected by a connecting pipe, the lower case of which one side is open, and the scrap supply hopper is connected to the disk-shaped shape of the center of the open a plurality of fixing pins are installed in the inner direction of the upper case Fixed plate which is installed in a direction facing the fixed plate inside the upper case, A plurality of rotary pins protruding toward the fixed pin is installed, one end of the rotary pin protrudes toward the fixed plate side than the fixed pin end on the side, the rotating shaft connected to the externally installed motor is connected to the center, Rotating plate is rotated spaced apart from the inner wall of the case, and is installed inside the upper case, the outer peripheral surface is installed along the outer periphery of the rotating plate and the fixed plate, the outer peripheral surface is formed with a plurality of separation holes, the inner wall surface of the outer peripheral surface A separation drum spaced apart from the outer circumference of the rotating plate and the fixed plate, and one side is connected to the cooling water supply device, the control valve is installed in the middle, the other side is any one selected from the grinding space of the upper case or the scrap supply hopper Cooling water supply pipe which is connected to one place to supply the cooling water to the grinding space, and in the hopper case It is installed in the part, the screw hopper is configured to receive and convey the crushed scrap through the opening of the upper case and discharged through the outlet of the bottom of the hopper case, the dust inflow space and the hopper case connected to the dust inlet space of the lower case A dust suction device configured to suck dust in the space and inside the hopper case, and is installed in the form of a rod at a predetermined angular interval toward the periphery of the rotating plate at the center of the rear surface of the rotating plate and is installed together with the rotating plate, thereby forming a gap between the rear surface of the rotating plate and the inner wall of the upper case. A pretreatment device comprising an adsorption prevention device configured to prevent the crushed matters from being caught, a supply device supplying a predetermined amount of waste tire scrap to the scrap supply hopper of the pretreatment device, and a pulverized material supplied from an outlet of the pretreatment device, Rotating magnetic drum removes the iron core from the mill And a separation device configured to discharge the rubber pulverized product, and a three-stage net which is vibrated by a motor and has a smaller net spacing from the upper part to the lower part. It comprises a particle size separator for separating and discharging the rubber pulverized by particle diameter.

However, in the conventional general waste tire scraps made in this way, the rubber separating equipment from the waste tire scraps as described above is crushed by the pressure between the rotating pin and the fixing pin by rotating the rotating plate. When the bar is separated, the physical properties of the rubber due to heat during grinding are not only changed, but a burning smell of the rubber is generated.

In addition, as described above, a facility for separating rubber from a conventional waste tire scrap has a problem that the facility is complicated by separately configuring a dust suction device for suctioning and removing dust generated when the waste tire scrap is crushed. There was this.

Korean Patent Application No. 10-2009-0020878, filed March 11, 2009 The name of the invention; Equipment for separating rubber from scrap tires, Figure 1

Accordingly, the present invention has been made in order to solve the above-mentioned problems, by configuring the rubber and the iron core to be separated by cooling the rubber and iron core with liquid nitrogen from the unvulcanized regeneration tire generated during tire manufacturing, to solve the above problems. It is an object of the present invention to provide a rubber and iron core separating device of an unrecyclable tire.

Other objects of the present invention will become apparent as the description proceeds.

The present invention for achieving the above object, in the device for separating the rubber and iron core of the unvulcanized recycled tire, the unvulcanized recycled tire is supplied to the inlet side so that it can be cut to the desired length through the cutting blade And a cooling pipe to which the refrigerant is supplied from the cooling supply to be stored and cooled as the cut regeneration tire installed on one side of the cut part and cut and discharged to a desired length is transferred through the transfer part. The cold storage unit is provided to discharge the cooled regenerated tire, and the cold regenerated tire is installed on one side of the cooling storage unit is cooled and discharged by impacting the cooling regenerated tire as it is transferred through the feed port for the rubber and iron core A crush separator provided to be separated and crushed by The upper part is connected to the upper part is provided with a sorting unit which is provided to be stored and discharged to the rubber storage unit and the iron core storage unit by separating the iron core by the magnetic force of the pulverized product crushed with the rubber and iron core by the crushing separator, the cutting unit and the transfer unit It characterized in that it comprises a control unit provided with a plurality of operation buttons so as to control the refrigerant supply unit, the opening and closing valve of the cooling storage unit, the feed for conveying and crushing separator and the sorting unit.

In addition, the other end of the transfer unit, the cold storage unit, the feed carrier and the shredding separator, to cool the regenerated tire cut by the heat of cooling discharged from the cold storage unit, to prevent the cooled cutting regeneration tire to melt during transfer. The inside is installed at the upper portion of the case divided into upper and lower, the control unit is characterized in that provided on one side of the case.

One end of the crushing separator is connected to a rubber outlet of the sorting part, and a grinder is provided to crush the iron core included in the rubber pulverized material discharged from the rubber discharge part of the sorting part. It is connected to the re-grinding of the regrind the core and the re-grinded with the iron core by the grinder by the magnetic force characterized in that the re-selection unit is further provided so as to be discharged to the rubber storage unit and the iron core storage unit, respectively.

As described above, according to the rubber and iron core separator of the unvulcanized regenerated tire according to the present invention, the rubber and the iron core can be separated by cooling the rubber and the iron core with liquefied nitrogen from the unvulcanized regenerated tire generated during tire manufacture, thereby resulting in rubber It is possible to separate the rubber and iron core without changing the physical properties of, and also to prevent the generation and discharge of pollutants such as dust or odor due to the separation of the rubber and iron core.

1 is a plan view showing a rubber and the core separation device of the unvulcanized recycled tire according to the invention.
Figure 2 is a side view showing a rubber and iron core separating device of the unvulcanized recycled tire according to the invention.
Figure 3 is an enlarged side view showing the cut portion of the rubber and iron core separator of the unvulcanized regeneration tire according to the invention.
Figure 4 is an enlarged side view showing the crush separator of the rubber and iron core separator of the unvulcanized recycled tire according to the invention.
5 is an enlarged side view illustrating a separator of a rubber and an iron core separator of an unvulcanized recycled tire according to the present invention.
6 is a side view illustrating a state in which a grinder and a re-selection unit are further installed in the rubber and iron core separator of the unvulcanized recycled tire according to the present invention.

Hereinafter, the rubber and iron core separating apparatus of the unvulcanized regenerated tire according to the present invention will be described in detail.

First, it should be noted that, in the drawings, the same components or parts have the same reference numerals as much as possible. In describing the present invention, a detailed description of known functions and configurations incorporated herein will be omitted so as not to obscure the gist of the invention.

As shown, the rubber and iron core separating device of the unvulcanized regenerated tire according to the present invention is configured to be separated by cooling the rubber and iron core of the tire by using liquefied nitrogen at low temperature, so that the rubber and iron core without changing the physical properties of the rubber due to high heat. It can be separated to enable the reuse of the rubber, and is also provided to enable separation of the rubber and iron core of the tire without the generation and discharge of pollutants such as dust or odor.

That is, the rubber and the iron core separating device 100 of the unvulcanized reclaimed tire according to the present invention is a predetermined length (5) through the cutting blade 114 by supplying the unvulcanized regenerated tire to the inlet (not shown). To 15 cm in length) and the cut portion 110 is provided to be cut, and the cut recycled tire which is installed on one side of the cut portion 110 is cut and discharged to a desired length is transferred through the transfer portion (A) Cooling pipe (P) to which the refrigerant is supplied from the refrigerant supply unit (not shown) so as to be piped therein so that the lower portion is a cooling storage unit 120 and the cooling storage unit provided to discharge the cooled regenerated tire, 120 is provided to be separated and crushed by rubber and iron core by impacting the cooling regeneration tire is installed on one side of the cooling regeneration tire that is cooled and discharged through the transfer transfer unit (B) A chain separator 130 and an upper portion are installed at the lower portion of the crush separator 130 so that the crushed material crushed by the crush separator 130 with rubber and iron core by magnetic force is used to select a steel core and a rubber storage part (R). The sorting unit 140 provided to be discharged and stored in the iron core storage unit (S), respectively, and the cut-off unit 110 and the transfer unit 120, the coolant supply unit, the opening and closing valves of the cooling storage unit 120, the transfer unit for input ( B) and the crush separator 130 and the control unit 150 is provided with a plurality of operation buttons (not shown) to control the sorting unit 140.

At this time, the other end of the transfer unit (A) and the cooling storage unit 120, the feed for transport unit (B) and the shredding separator 130 cools the regenerated tire cut by the cooling heat discharged from the cold storage unit 120 The upper part of the case 160 is divided into upper and lower parts so as to prevent the cooled cutting regeneration tire from melting during transportation. The controller 150 is provided at one side of the case 160. do.

In addition, one end of the crushing separator 130 is connected to one end of the rubber outlet 143 of the sorting unit 140, the iron core contained in the rubber pulverized discharged from the rubber outlet 143 of the sorting unit 140 The grinder 170 is provided so as to be pulverizable again, and the upper part is connected to the lower part of the grinder 170 so as to magnetically sort the iron core of the regrind which is regrind into rubber and iron core by the grinder 170 by magnetic force. Re-selection unit 180 is further provided to be discharged to the portion (R) and the iron core storage unit (S) side for storage.

The shred separator 130 and the pulverizer 170 are respectively sprayed with liquid nitrogen to the inside to cool the regenerated tire and the pulverized material is transported to cool the melted pipes once connected to the cold storage unit 120 Is connected to the pipe (P) and the other end of the shredding separator 130 and the shredding liquid nitrogen supply pipe 190 and the shredding liquid nitrogen supply pipe 200 is connected to the inner side of the mill 170, the shredding separation The liquid nitrogen supply pipe 190 and the liquid nitrogen supply pipe 200 for the grinder are further provided with a crushing separation opening and closing valve and a grinder opening and closing valve (not shown) to be opened and closed by the controller 150 to be closed when not in use. do.

In addition, the lower portion of the outer circumferential surface of the cooling storage unit 120 is because the regenerated tires cut during cooling are agglomerated with each other, so that the discharge is not performed smoothly, the compressed air supply unit (not shown) is controlled by the controller 150. It is further provided with a striking portion 210 provided to be able to strike the cold storage unit 120 according to the operation by the compressed air supplied from the.

Hereinafter, with reference to the accompanying drawings, the rubber and iron core separator of the unvulcanized reclaimed tire according to the present invention will be described in detail as follows.

First, the cutting unit 110 of the rubber and iron core separator 100 of the unvulcanized reclaimed tire according to the present invention, as shown in FIGS. It is provided to be cutable.

That is, the cutting unit 110 is a cutting unit housing 111 is provided with an inlet is formed on one side, the discharge port (omitted reference numeral) is formed on the other side so that the uncured recycled tire can be put, and the cutting unit housing 111 One end is eccentric to the cutting drive motor 112 is installed on one side of the drive) is provided to be driven by the control of the control unit 150 and the drive shaft to receive the driving force from the cutting drive motor 112 to rotate. One end of the cutting power transmission member 113 and the other end of the cutting power transmission member 113 which are connected to the cutting shaft housing 111 is provided to be moved up and down in a vertical direction with respect to the rotation of the drive shaft. By the fixed connection, the cutting blade 114 is provided to cut the unvulcanized regeneration tire which is installed at the rear end of the inlet, and the front side of the cutting blade 114 is provided to the cutting edge 114. When the cut end cutting edge 114, the other end is configured as a pressing means (115) operating under the control of the controller 150 to secure the pressure.

 Here, the pressing means 115 is a driving roller (not shown) to operate under the control of the control unit 150, and a driven roller (not shown) installed on the drive roller to be moved up and down, and One end is installed in the upper part of the driven roller is driven by the hydraulic pressure or pneumatic pressure supplied by the control of the control unit 150 to press and release the upper part of the driven roller (pressing reference numerals) having a pressing piece ( Reference numerals are omitted).

At this time, the cutting of the uncured reclaimed tire is cut to a length of 6cm ~ 15cm to reduce the operating load of the cutting unit 110 is cooled to the inside of the rubber when the uncured reclaimed tire cut by the cold storage unit 120 is stored. It is configured to.

As shown in FIGS. 1 and 2, the cooling storage unit 120 stores the cut recycled tire which is isotropically transferred through the transfer unit A for 1 to 2 hours from the cooling pipe P piped therein. After cooling with the cooling heat discharged and discharged to be supplied to the crushing separator 130 side, the rubber and the iron core is provided so that the crushing separation can be made easily.

That is, the cooling storage unit 120 is connected to the other end and the upper portion of the transfer unit (A) to the inlet opening and closing valve which is opened and closed by the control of the control unit 150 to store and cool the regenerated tire cut inside. The inlet 122 for the cooling storage unit in which the cooling unit 121 is installed is formed, and the cooling pipe P is piped so that the refrigerant of the liquefied nitrogen supplied from the refrigerant supply unit is maintained therein so as to maintain an internal temperature of -150 ° C to 190 ° C. Cooling provided with a discharge storage opening and closing valve 124 is provided to be discharged in accordance with the control of the control unit 150, the cooling storage container 123 is provided, connected to the lower portion of the cooling storage container 123 and cooled. It is composed of a recycle tire discharge section (125).

At this time, the cooling reservoir 123 is configured as a pair to improve the workability as shown in Figures 1 and 2 are opened and closed the discharge opening and closing valve 125 by the control of the controller 150 alternately. It is preferable to comprise so that.

Here, the transfer unit (A) is the first conveyor (a) having one end connected to the outlet of the cutting unit 110 so as to transfer the regenerated tire cut from the cutting unit 110 toward the cooling reservoir 123, respectively, and the first One end is connected to the other end of the one conveyor (a) and the other end is connected to the second and third conveyors (a ', a ") respectively connected to the inlet part (122) of the cooling storage part of the cooling reservoir (123), A drive motor (not shown) for driving the conveyors a, a, a ', a "of 1,2,3 is configurable by control of a control part, and this conveyance part A is a technique for a main pipe. As such, the present invention is not limited thereto, and the regenerated tire cut and discharged by the cutting unit 110 may be configured to be transferred to the cooling storage unit 120.

The shredding separator 130 is cooled by being injected into the inside of the cold storage regenerated tire discharged from the cooling regenerated tire discharge unit 125 of the cold storage unit 120 is discharged and transferred through the feed for transport (B). The micro-air regeneration tire is provided to be separated and crushed while varying the length with rubber and iron core.

That is, the shredding separator 130 is installed on one side of the cooling storage unit 120 as shown in Figures 1, 2 and 4 of the accompanying drawings, one end of which is easily connected to the cooling regeneration tire discharge unit 125. Inlet 131 is formed in the upper portion and the outlet 132 is formed in the lower portion so as to be connected to the other end of the sending portion (B) to allow the cooled uncured recycled tire to flow inward, and the lower portion of the shredding separator housing (133), The crushing separator driving motor 134 is installed on one side of the crushing separator housing 133 so as to be capable of adjusting the rotational speed (1,000 to 3,000 rpm) in response to the control of the controller 150, and the crushing. Housing for shredding separator so that the length of the rubber and iron core can be shredded into 5mm to 1cm length while rotating the cooled unvulcanized regenerated tire flowing into the inlet 131 by receiving the driving force from the separator motor 134 ( Rotatable to 133) Consists of a plurality of hammer mill 135 is provided.

In addition, the catching network 136 to catch the iron core or rubber crushed cut to a length of 1cm or more inside the outlet 132 of the crushing separator housing 133 to be crushed and separated again by a hammer mill 135 that rotates at high speed. ) Is installed.

The sorting unit 140 is installed in the lower part of the crush separator 130 as shown in FIGS. 1 and 2 and 5 attached to the discharge port 132 and the inlet of the crush separator 130. Is connected to the crushed separated rubber and the iron core by magnetic force is provided so that the discharge storage to the rubber storage unit (R) and the iron core storage unit (S), respectively.

That is, the sorting unit 140 has an inlet 141 is formed in the upper portion so as to be connected to the outlet 132 of the shredding separator 130, the rubber outlet 143 and the iron core outlet 142 divided into two at the bottom The sorting unit housing 144 having the sorting unit housing 144 and the sorting driving motor 145 which are provided on one side of the sorting unit housing 144 to be driven to correspond to the control of the controller 150, and the sorting driving motor ( Receiving the driving force from the 145 is installed rotatably inside the housing for the sorting unit 144, the magnetic force is generated by the operation of the control unit 150, the rubber is automatically discharged to the rubber discharge port 143 side during the rotation and the iron core The outer end surface of the sorting drum portion 146 and the other end by being fixed to the sorting drum housing 144, one end is fixed to the iron core outlet 142 and discharged to the iron core outlet 142 side after being attached by magnetic force Close and scrape the core attached by magnetic force Consists of very scraper 147 is provided to.

The pulverizer 170 is installed on one side of the crush separator 130 as shown in Figure 6 through the re-feed unit 171, one end is connected to the rubber outlet 143 of the sorting unit 140 It is provided to be connected to the crushed rubber pulverized again discharged from the rubber outlet 143 of the sorting unit 140 to separate the iron core contained in the rubber pulverized with the rubber.

That is, the grinder 170 is connected to the other end of the re-feeding unit 171 connected to the rubber outlet 143 of the sorting unit 140 at one end of the crushing separator 130, the sorting unit 140 Input hole 172 is formed in the upper side to introduce the rubber pulverized product discharged from the rubber discharge port 143 of the inner side, and discharged to discharge the pulverized regrind to the re-selection unit 180 side at the bottom A grinding chamber 174 having a hole 173 formed therein, and installed in one side of the upper surface of the grinding housing 174 so as to re-pulverize the pulverized product inserted into the input hole 172 while rotating. Crusher 175 is provided, and is provided on one side of the crushing housing 174 is driven by the control of the controller 150, the crushing drive is provided to be able to supply the driving force to the crusher 175 side via the belt It consists of a motor 176.

The re-selection unit 180 is configured to separate the rubber and iron core pulverized in the crusher to be separated from each other to be discharged and stored in the rubber storage unit (R) and the iron core storage unit (S), respectively, detailed description Since it is provided in the same configuration as the selection unit 140, a detailed description thereof will be omitted.

In order to separate and store the rubber and iron core of the unvulcanized recycling tire using the rubber and the iron core separating device 100 of the unvulcanized recycling tire according to the present invention, the accompanying drawings are shown in FIGS. 1 to 5. As described above, when the operator first inserts the unvulcanized regeneration tire into the inlet side of the cutting unit 110, and then presses the operation button of the control unit 150 installed at the lower front side of the case, the pressing unit 115 of the cutting unit 110. ) And the cutting drive motor 112 are operated.

By the operation of the pressing means 115 and the cutting drive motor 112, the unvulcanized regeneration tire is pressed by the pressing means 115 at the other end and one end is cut at 7cm intervals by the cutting blade 114 to the discharge port. Discharged.

The cut recycled tire discharged to the discharge port has a pair of cold storage units 120 and a cold storage container 123 through the first conveyor a of the transfer part A and the second and third conveyors a 'and a ". Stored inside.

At this time, the cut regenerated tire stored in the cooling reservoir 123 of the cooling storage unit 120 is 1 hour in the cooling reservoir 123 having an internal temperature of -180 ℃ by the cooling heat discharged through the cooling pipe (P). It is stored for 30 minutes, thereby cooling to the inside of the rubber of the cut recycled tire.

When the regenerated tire cut inside the cooling reservoir 123 is cooled as described above, the discharge opening / closing valve 124 is opened by the control of the controller 150, and the cooling tire is cooled by opening of the discharge opening / closing valve 124. The regenerated tire is supplied to the shredding separator 130 side by the feeding transfer part B.

The cooled regenerated tire supplied into the crushing separator housing 133 of the crushing separator 130 is separated and crushed into iron core and rubber by the hammer mill 135 rotating at a high speed, and is dropped to the catching network 136. , When pulverized to a size of 1 cm or more, it is crushed again by the hammer mill 135 is finally introduced to the sorting unit 140 through the outlet 132.

The rubber and the iron core is pulverized and piped to the sorting unit housing 144 side of the sorting unit 140, the rubber is discharged through the rubber outlet 143 is stored in the rubber storage unit (R), the iron core is a rubber and iron core It is attached to the surface of the sorting drum portion 146 having magnetic force by the agent of the controller 150.

The iron core attached to the screening drum unit 146 is stored in the iron core storage unit S through the iron core outlet 142 while being caught by the scraper 147 while the screening drum unit 146 rotates.

Therefore, the rubber stored in the rubber storage unit (S) is crushed and stored without changing the physical properties due to heat is possible to reuse.

In addition, since the unreclaimed regenerated tire is crushed and separated by the cooling method when the unreclaimed regenerated tire is crushed into the iron core and the rubber by using the rubber and iron core separating device of the unvulcanized regenerated tire, there is no dust generation and there is no odor generated when the rubber is burned. It is possible to prevent the occurrence and discharge of.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventions. It will be clear to those who have knowledge of.

100; Separator 110; Cutting section
120; Cold storage 130; Shred Separator
140; Sorting unit 150; The control unit
160; Case 170; grinder
180; Reselection section 190; Nitrogen supply pipe for crushing separation
200; Liquefied nitrogen supply pipe for grinder 210; Blow

Claims (7)

In the device for separating the rubber and iron core of the uncured recycled tire,
A cutting part 110 provided to be cut to a desired length through the cutting blade 114 by supplying the unvulcanized regeneration tire to the inlet side;
Cooling pipe (P) is installed on one side of the cutting unit 110, the cooling pipe (P) is supplied from the coolant supply unit to cool the storage as the cut recycled tire that is cut and discharged to the desired length is transferred through the transfer unit (A) A lower portion of the cooling storage unit 120 which is provided to discharge the cooled regenerated tire;
The crushing is provided to be separated and crushed by a rubber and iron core by applying a shock to the cooling regeneration tire that is installed on one side of the cooling storage unit 120 and the cooling regeneration tire is cooled and discharged through the feeding transfer unit (B). Separator 130;
The upper part is connected to the lower part of the crushing separator 130, and the pulverized product crushed into rubber and iron core by the crushing separator 130 is selected by the magnetic core to the rubber storage part (R) and the iron core storage part (S). A sorting unit 140 provided to be discharged and stored, respectively;
A plurality of operation buttons to control the cutting unit 110 and the transfer unit 120, the coolant supply unit, the opening and closing valve of the cooling storage unit 120, the feeding port (B) and the crush separator 130 and the sorting unit 140 The control unit 150 is provided with
Rubber and iron core separation device of an unvulcanized recycled tire, characterized in that made. The method of claim 1,
The other end of the transfer unit (A) and the cooling storage unit 120, the feed for transporting unit (B) and the shredding separator 130 cools the regenerated tire cut by the heat of cooling discharged from the cold storage unit 120, In order to prevent the cooled cutting regenerated tire from being melted during transportation, the inside of the case is divided into upper and lower parts 160, and the controller 150 is installed on one side of the case 160. Rubber and iron core separator of the unrecyclable tire, characterized in that.
The method according to claim 1 or 2,
One end of the crushing separator 130 is connected to the rubber discharge port 143 of the sorting unit 140 so that one end is connected to the iron core included in the rubber pulverized product discharged from the rubber discharge unit 143 of the sorting unit 140. A grinder 170 is provided to be pulverizable, and a lower part of the grinder 170 is connected to an upper part thereof, and a rubber storage part is provided by magnetically selecting the iron core of the regrind, which is regrind into rubber and iron core by the grinder 170. R) and the iron core storage unit (S) side of the rubber and iron core separation device of the unvulcanized regeneration tire, characterized in that the re-selection unit 180 is further provided so as to be able to store each.
The method of claim 3,
Cooling pipes are connected to the cold storage unit 120 so that the shredder separator 130 and the crusher 170 are respectively sprayed with liquid nitrogen to cool the melted regenerated tire and the pulverized product while being transported. Connected to (P) and the other end of the shredding separator 130 and the shredder separation liquid nitrogen supply pipe 190 and the shredder liquid nitrogen supply pipe 200 is connected to the inner side of the mill 170, the shredding separation solution On the image quality supply pipe 190 and the pulverizer liquid nitrogen supply pipe 200, the crushing separation opening and closing valve for opening and closing by the control unit 150 to be closed when not in use and the crusher, characterized in that is further provided Rubber and iron core separator of recycled tires.
The method according to claim 1 or 2,
The lower portion of the outer circumferential surface of the cooling storage unit 120 is operated by the compressed air supplied from the compressed air supply unit under the control of the control unit 150 when the discharge is not made smoothly because the regenerated tires are cut together during cooling. Rubber and iron core separation device of the unvulcanized regeneration tire, characterized in that the striking portion 210 is further provided to hit the cold storage unit 120 as possible.
The method of claim 1,
The sorting unit 140 has an inlet 141 is formed in the upper portion so as to be connected to the outlet 132 of the shredding separator 130, the sorting portion having a rubber outlet 143 and the iron core outlet 142 divided into the lower portion The sorting driving motor 145 is installed on one side of the housing 144, the sorting housing for the sorting unit 144 so as to be driven to correspond to the control of the controller 150, and the sorting driving motor 145 Receiving the driving force is rotatably installed inside the housing for the selection unit 144, while the magnetic force is generated by the operation of the control unit 150, the rubber is automatically discharged to the rubber discharge port 143 and attached to the iron core by magnetic force After one end is fixed to the sorting drum 146 and the one end fixed to the sorting unit housing 144, which is provided to be discharged toward the iron core outlet 142 side and the other end is close to the outer peripheral surface of the sorting drum 146 Scrape the core attached by Unvulcanized reclaimed rubber of the tire and core separation device, characterized in that consisting of a scraper 147 which is provided with the lock.
The method of claim 3,
The grinder 170 has one end connected to the other end of the re-feeding unit 171 connected to the rubber outlet 143 of the sorting unit 140 at one side of the shredding separator 130, and the rubber of the sorting unit 140 An input hole 172 is formed at an upper side to introduce the rubber pulverized substance discharged from the discharge port 143 inward, and a discharge hole 173 at the lower side to discharge the regrind pulverized to the re-selection unit 180 side. ) Is formed in the crushing housing 174 and the crushing housing 174 is installed in one side of the upper surface, the crusher is provided to re-grind while rotating the pulverized product inserted into the injection hole 172 side 175 and a crushing driving motor 176 installed on one side of the crushing housing 174 and driven by the control of the controller 150 and provided to supply the driving force to the crusher 175 side via a belt. Rubber and iron of uncured recycled tires, characterized in that consisting of Separator.

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