KR20200145407A - Recycle automatic processing device for waste cultivating laver plate - Google Patents

Abstract

The present invention relates to an automatic processing device for recycling a waste laver cultivation plate, which is an automated device for recycling the waste laver cultivation plate (1) in which a plurality of cultivation pieces (1a) consecutively arranged in a line and a pair of support rods (1b) disposed on both edges of the cultivation piece (1a) are woven with wires, including: a supply unit (10) for consecutively supplying a prepared laver cultivation plate (1) to a downstream side one by one; a washing unit (20) for transferring the supplied laver cultivation plate (1) to the downstream side and removing foreign substances with washing water; a drying unit (30) for transferring the washed laver cultivation plate (1) to the downstream side and removing the remaining washing water through air jet; a cutting unit (40) for transferring the dried laver cultivation plate (1) to the downstream side and separating the cultivation piece (1a) and the support rod (1b) from each other; a crushing unit (50) for transferring the separated cultivation piece (1a) to the downstream side and crushing the separated cultivation piece (1a) into pieces of a set size; and a discharge unit (60) for discharging the pieces of the crushed cultivation piece (1a) to the downstream side and packaging the pieces in a bag of a set capacity. Therefore, according to the present invention, a series of all processes of recycling the laver cultivation plate is automatically implemented, so that man-hours are reduced because the present invention is an unmanned technology, and recycling throughput and quality of recycled raw materials are improved.

Description

Recycle automatic processing device for waste cultivating laver plate}

The present invention relates to an automated device for recycling waste gimbaljang of different materials, and more specifically, a series of processes of washing and drying foreign substances of gimbaljang, separating gimbaljang by material, crushing, and packaging. It relates to a waste gimbaljang recycling automatic treatment device that can reduce the number of man-hours required for recycling and improve the quality of recycling.

Gimbaljang is a small drying rack for making and drying laver in single sheets. It is made by breaking bamboo into a certain size and woven with threads. Recently, gimbaljang is manufactured using synthetic resin materials so that material handling is easy and mechanical production can be achieved.

As shown in Fig. 1, a plurality of foot pieces (1a) and a pair of support stems (1b) disposed on both edges of the foot pieces (1a) are woven with wires. That is, the pawl (1a) is made of polypropylene (PP) of inexpensive material, and the support (1b) is made of acrylonitrile butadiene styrene (ABS), which is a material having higher elasticity than that of the pawl (1a).

Here, when gimbaljang arrives for a certain period of time due to a short lifespan due to adverse conditions such as exposure to solar heat or dryer heat while being covered with seawater during use, gimbaljang must be disposed of. That is, in the case of discarded gimbaljang, since it is made of different materials, separation of the foot (1a) and the support (1b) must be preceded for recycling, and this separation process was dependent on manual work.

Therefore, as a solution to this problem, Korean Patent Publication No. 10-0984366 (name of the invention: automatic separator of waste gimbaljang) has been proposed. According to the proposed literature, the dissimilar materials, the pawl and the support, are automatically separated through a cutting roller to enable quick and simple recycling.

However, since the supply of gimbaljang is still made by hand, it still takes considerable manpower and time to separate and process a large amount of gimbaljang, so room for improvement was needed.

Recently, as part of solving this problem, Korean Laid-Open Patent Publication No. 10-2015-0120253 (name of invention: waste gimbaljang heterogeneous separation device) has been proposed. According to the proposed literature, the processing efficiency was improved by improving the input and separation of gimbaljang to be performed by continuous mechanical operation.

However, in order to use the waste gimbaljang as a recycled material, it is necessary to undergo washing to remove foreign substances from the gimbaljang before or after separation, and a drying process by washing. That is, there is a problem in that the washing and drying processes are performed manually or independently in a separate device, thereby wasting overall man-hours.

Republic of Korea Patent Publication No. 10-0984366 (Name of invention: automatic separator of waste gimbaljang) Republic of Korea Patent Publication No. 10-2015-0120253 (Name of invention: waste gimbaljang heterogeneous separation device)

The present invention was created to more actively solve the above problems, followed by washing and drying foreign substances of gimbaljang, separating gimbaljang by material, crushing and packaging a series of processes automatically and continuously. Its purpose is to provide an automatic waste gimbaljang recycling system capable of improving the quality as an overall recycled raw material while reducing the number of man-hours required for recycling.

In order to achieve the above problem, the configuration of the automatic treatment device for recycling waste gimbaljang proposed in the present invention is as follows.

The above waste gimbaljang recycling automatic treatment device is an automated device that recycles waste gimbaljang made up of wires with a plurality of pawls arranged in a row and a pair of supports arranged at both edges of the above pawl A supply unit for continuously supplying the sheets to the downstream side one by one; A washing unit transferring the supplied gimbaljang to a downstream side and removing foreign substances with washing water; A drying unit that transfers the washed gimbaljang to a downstream side and removes the remaining washing water by spraying air; A cutting unit that transfers the dried gimbaljang to the downstream side and separates the pawpyeon and the support; A crushing unit that transports the separated pawl to the downstream side and crushes it into pieces of a set size; It characterized in that it comprises a; discharge unit for discharging the crushed foot piece to the downstream side and packaging in a bag of a set capacity.

At this time, the upper supply unit according to the present invention is characterized in that it comprises a supply conveyor for intermittently transporting the gimbaljang to the downstream side by mounting a plurality of stacked gimbaljang, and a withdrawal unit for guiding the gimbaljang to be transferred sheet by sheet on the upper supply conveyor. do.

In addition, the upper supply conveyor according to the present invention includes a plurality of supply rollers that rotate with a length capable of mounting gimbaljang, and a supply belt that is connected to the upper supply roller to transmit power and transfer gimbaljang in one direction, and the stomach supply It characterized in that it consists of a stand for waiting in a stacked state of the subsequent gimbaljang on one side of the roller.

In addition, the withdrawal unit according to the present invention includes a withdrawal frame disposed across the top of the supply conveyor, a guide suit for aligning the gimbaljangs stacked on the withdrawal frame, and a guide suit that prevents the aligned gimbaljangs from being drawn out individually. It is characterized by consisting of an adjustment suit and an auxiliary suit that aligns the withdrawn gimbaljang.

In addition, the gastric cleaning unit according to the present invention includes a cleaning conveyor that transports the supplied gimbaljang to the downstream side, a tunnel-type cleaning chamber having a size to accommodate the above cleaning conveyor, and washing water on the surface and the back of the gimbaljang in the gastric cleaning chamber. It is characterized in that it comprises a washing nozzle for removing foreign substances by spraying them at an incline, and a washing bath disposed in communication with the lower end of the upper washing chamber to circulate washing water.

In addition, the upper washing unit according to the present invention includes a washing tank that is connected to a washing tub and a pipe to store washing water, a washing pump that is connected to a washing nozzle and a pipe on the upper washing tank to pump washing water at a predetermined pressure, and the upper washing It characterized in that it comprises a water level pipe for displaying the capacity of the washing water stored in the tank.

In addition, the above washing tank according to the present invention is divided into cold water and hot water, and a heat pipe for heating to a set temperature by receiving power in the washing tank for hot water is configured.

In addition, the above drying unit according to the present invention includes a drying conveyor that transports the cleaned gimbaljang to the downstream side, a tunnel-type drying chamber having a size to accommodate the above drying conveyor, and air on the surface and the back of the gimbaljang in the above drying chamber. It is characterized in that it comprises a drying nozzle for removing the remaining washing water by spraying crosswise at a slope.

In addition, the upper cutting unit according to the present invention includes upper and lower guide rollers that transfer gimbaljang to the downstream side, and a guide guide that aligns gimbaljang to the downstream side of the upper guide roller and transfers the gimbaljang to the downstream side, and weave it on the downstream side of the upper guide guide. The upper and lower cutting rollers that separate the foot and the support of the gimbaljang by cutting the wire, the discharge chute that discharges the separated support to the outside at both ends of the downstream side of the upper cutting roller, and the upper cutting roller and applied in close contact It characterized in that it comprises a scraper for removing adsorbed foreign matter.

In addition, the upper and lower cutting rollers according to the present invention have circular cutting blades and cutting grooves that rotate by meshing with each other between the foot and the support, and any one of the upper and lower cutting rollers is a straight contact section that presses the gimbaljang. And, it is characterized in that it is divided into a diagonal or curved recessed section that induces the flow of the foot.

In addition, the upper crushing unit according to the present invention is characterized in that it comprises a crushing conveyor for transporting the separated pawl to the downstream side, and upper and lower crushing rollers for crushing the pawl into pieces of 1 to 5 cm long at the downstream side of the crushing conveyor. do.

In addition, the upper discharging unit according to the present invention is characterized in that it comprises a discharging conveyor for discharging the crushed pawl pieces to a downstream side, and a packing stand for mounting the bag so that the pawl pieces are packaged on the downstream side of the upper discharging conveyor.

In addition, the packaging table according to the present invention includes a packaging frame having a size corresponding to the storage space of the bag, a packaging plate arranged on the top of the packaging frame and opened in a U shape so that the bag can enter and exit, and the upper packaging plate. It characterized in that the fixing protrusion and one or more toggle clamps are configured to fix the handle in an open state.

In addition, the above automated processing apparatus according to the present invention is arranged between the crushing unit and the discharging unit, and includes a drum dryer for sterilizing and drying the crushed paws pieces with hot air, and an auxiliary conveyor for transporting the sterilized paw pieces to the downstream side. It characterized in that it further comprises a unit.

In addition, the drum dryer according to the present invention is a drying frame that receives hot air from the outside and sprays it, and a drying frame that is disposed on the drying frame in a horizontal direction and rotates to the downstream side while sterilizing and drying the crushed pieces of pawl. It is composed of a mesh-shaped drying drum and a drying motor that is placed on the drying frame and gives rotational force to the drying drum.The auxiliary conveyor above adsorbs metallic foreign matter remaining on the sterilized and dried foot by attaching one or more permanent magnets or electromagnets. Characterized in that.

According to the present invention having the above-described configuration, the following effects are provided.

First, by automatically processing the entire series of processes, it is possible to improve the recycling throughput and reduce the man-hours caused by unmanned operation.

Second, the scraper removes foreign substances adsorbed on the cutting roller separating the gimbaljang, so as to ensure stable and precise separation, as well as to prevent malfunction due to operation.

Third, by placing the bag in the open state to pack the shredded pieces of pawl, the packaging work is facilitated quickly and easily.

Fourth, the auxiliary unit sterilizes and dries the shredded pieces of pawl and adsorbs metallic foreign substances with a magnet, thereby ensuring excellent quality of recycled raw materials.

1 is a perspective view showing the gimbaljang of the recycling treatment object according to the present invention.
Figure 2 is a front view showing the entire treatment apparatus according to the present invention.
3 and 4 are configuration diagrams showing the supply unit of the processing apparatus according to the present invention.
5 to 7 are configuration diagrams showing a washing unit and a drying unit of the treatment apparatus according to the present invention.
8 to 10 are configuration diagrams showing a cutting unit of the processing apparatus according to the present invention.
11 is a block diagram showing a crushing unit of the processing apparatus according to the present invention.
12 to 14 are configuration diagrams showing the discharge unit of the treatment apparatus according to the present invention.
15 to 17 are configuration diagrams showing an auxiliary unit of the processing apparatus according to the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration of the present invention, and actions and effects thereof will be described collectively.

Advantages and features of the present invention, and a method of achieving them will become apparent with reference to embodiments described later in detail together with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms. However, this embodiment allows the disclosure of the present invention to be complete, and common knowledge in the technical field to which the present invention pertains. It is provided to completely inform the scope of the invention to those who have, and the invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same elements throughout the entire specification.

In the present invention, a plurality of foot pieces (1a) arranged in a row as shown in FIG. 1, and a pair of support stems (1b) disposed on both edges of the upper foot piece (1a) are woven with wires. It is related to an automated device for recycling processing, and as shown in FIG. 2, the main unit is a supply unit 10, a washing unit 20, a drying unit 30, a cutting unit 40, a crushing unit 50, and a discharge unit 60. It is an automatic treatment device for recycling waste gimbaljang.

The automatic treatment device for recycling waste gimbaljang of the present invention automatically implements a series of processes for recycling gimbaljang, thereby reducing man-hours due to unmanned processing, as well as improving the recycling throughput and the quality of recycled raw materials. Let it be the point.

The automatic treatment device for recycling waste gimbaljang of the present invention includes a supply unit 10, a washing unit 20, a drying unit 30, a cutting unit 40, a crushing unit 50, from right to left based on FIG. The discharge units 60 are arranged in a row, and may be arranged in a shape or radial shape depending on the installation space. That is, the'downstream side' referred to in the present invention does not refer to a specific location, but refers to a path according to the flow of the process.

The supply unit 10 continuously supplies the gimbaljang 1 prepared as shown in FIG. 2 to the washing unit 20, which is a downstream side, to the supply conveyor 11 and the withdrawal unit 15 as shown in FIGS. 3 and 4. Done. The supply conveyor 11 mounts a plurality of stacked gimbaljang (1) and intermittently transfers to the downstream side, and the withdrawal unit 15 induces the gimbaljang (1) to be transferred sheet by sheet to the top of the supply conveyor (11). .

Here, the supply conveyor 11 is connected to a plurality of supply rollers 12 that rotate with a length capable of mounting the gimbaljang (1), and is connected to the supply roller 12 to transmit power and move the gimbaljang (1) in one direction. It consists of a feed belt 13 to be transferred, and a support 14 that can be transformed into various mounting forms through a plurality of joints on one side of the feed roller 12, and waits for the subsequent gimbaljang (1) in a stacked state. .

In addition, the withdrawal unit 15 includes a withdrawal frame 16 disposed across the upper end of the supply conveyor 11 and a guide chute 17 for aligning the gimbaljang 1 stacked on the withdrawal frame 16, It consists of an adjustment suit 18 that prevents the aligned gimbaljang (1) from being drawn out one by one, and an auxiliary suit 19 that aligns the gimbaljang (1) that is drawn out.

Here, the adjustment suit 18 is attached to be able to flow up and down from the withdrawal frame 16, and is connected with an adjustment knob fastened to the upper end of the withdrawal frame 16. That is, by adjusting the opening area of the guide suit 17 according to the thickness of the gimbaljang 1 through the adjustment knob, the gimbaljang 1 can be discharged individually as shown in FIG. 4.

In addition, the auxiliary suit 19 is attached to the withdrawal frame 16 and presses the upper surface of the gimbaljang (1) that is drawn out through the guide chute 17 and the adjustment suit 18, thereby making the gimbaljang (1) It is supplied to the washing unit 20 while maintaining the correct posture.

The washing unit 20 transports the gimbaljang 1 supplied as shown in FIG. 2 to the downstream side and removes foreign substances with washing water. As shown in FIG. 5, the washing conveyor 21, the washing chamber 22, and the washing nozzle 23 And a washing bath (24). The washing conveyor 21 transfers the supplied gimbaljang (1) to the downstream side, and the washing chamber 22 is constructed in a tunnel shape having a size that embraces the washing conveyor 21 to seal the gimbaljang (1) from the outside. do.

In addition, the washing nozzle 23 is disposed up and down in the washing chamber 22, and the washing water is sprayed on the surface and the rear surface of the gimbaljang 1 at an angle as shown in FIG. 7A to remove contaminated foreign substances, and the washing bath 24 is washed. It is disposed in communication with the lower end of the chamber 22 to collect the sprayed washing water to be circulated.

Here, the washing unit 20 includes a washing tank 25 connected to the washing tub 24 through a pipe to store washing water as shown in FIG. 6. The washing tank 25 is connected to the washing nozzle 23 by a pipe to pump the washing water at a predetermined pressure, and a water level pipe 27 indicating the capacity of the washing water stored in the washing tank 25. Configure.

In this case, the washing tank 25 is divided into cold water and hot water, and a heat pipe 28 that receives power and warms to a set temperature may be formed in the washing tank 25 for hot water.

The drying unit 30 transfers the washed gimbaljang 1 to the downstream side as shown in FIG. 2 and removes the remaining washing water by spraying air. As shown in FIG. 5, the drying conveyor 31, the drying chamber 32, and the drying nozzle It consists of (33). The drying conveyor 31 transports the washed gimbaljang (1) to the downstream side, and the drying chamber 32 is constructed in a tunnel shape having a size that embraces the drying conveyor 31 to seal the gimbaljang (1) from the outside. do.

In addition, the drying nozzle 33 is disposed in the drying chamber 32 up and down, and as shown in FIG. 7B, air is sprayed on the surface and the back surface of the gimbaljang 1 at an angle to remove the remaining washing water by evaporation. Here, although not shown in the drawing, the drying nozzle 33 is connected to an air compressor through a pipe, and may supply air at room temperature or air heated to a set temperature.

The cutting unit 40 transfers the dried gimbaljang (1) to the downstream side as shown in FIG. 2 and separates the foot (1a) and the support (1b), and the upper and lower guide rollers 41 as shown in FIGS. 8 and 9a. It consists of a guide guide 42, upper and lower cutting rollers 43, a discharge chute 44, and a scraper 45.

That is, as shown in FIG. 10, the upper and lower guide rollers 41 each rotate in one direction to transfer the gimbaljang (1) to the downstream side, and the guide guide 42 is the gimbaljang (1) on the downstream side of the guide roller (41). Aligned and transferred to the downstream side, the upper and lower cutting rollers 43 cut the wire woven on the downstream side of the guide guide 42 to separate the foot (1a) and the support (1b) of the gimbaljang (1).

In addition, the discharge chute 44 discharges the cut-off support (1b) at both ends of the downstream side of the cutting roller 42 to the outside, and the scraper 45 is disposed in close contact with the cutting roller 43 to be described later in the cutting process. Eliminates pinching, coating, or adsorbed foreign matter on the wire.

Here, the upper and lower cutting rollers 42 are formed with circular cutting blades 46 and cutting grooves 47 that rotate by meshing with each other as shown in FIG. 9B, and upper cutting rollers 43 ) Is divided into a straight contact section (43a) that presses the gimbaljang (1) and a diagonal or curved recessed section (43b) that induces the flow of the foot (1a).

At this time, the upper guide roller 41 and the upper cutting roller 43 are mounted to be movable up and down from the lower guide roller 41 and the cutting roller 43, and the upper guide roller 41 and the cutting roller 43 are The lower guide roller 41 and the cutting roller 43 are configured with a spring that applies elastic force so that they are always in close contact with each other.

The crushing unit 50 transports the separated pawl (1a) to the downstream side as shown in FIG. 2 and crushes it into pieces of a set size, and consists of a crushing conveyor 51 and an upper and lower crushing roller 55 as shown in FIG. The crushing conveyor 51 transports the separated pawl (1a) to the downstream side, and the upper and lower crushing rollers 55 crush the pawl (1a) on the downstream side of the crushing conveyor 51 into pieces of 1 to 5 cm in length. Here, on the outer surface of the crushing roller 55, a plurality of crushing blades for cutting the pawl 1a to a set size are arranged.

The discharge unit 60 discharges the pieces of the shredded foot (1a) to the downstream side as shown in FIG. 2 and is packaged in a bag of a set capacity, and consists of a discharge conveyor 61 and a packing stand 65 as shown in FIGS. 12 and 13. . That is, the discharge conveyor 61 discharges the pieces of the shredded foot piece 1a to the downstream side, and the packing table 65 mounts the bag so that the pieces of the foot piece 1a are packed on the downstream side of the discharge conveyor 61.

Here, the packing table 65 is a packing frame 66 having a size corresponding to the storage space of the bag as shown in FIG. 13, and is disposed on the upper part of the packing frame 66 as shown in FIG. 14 and opened in a U shape so that the bag can enter and exit. A pavement plate 67, a fixing protrusion 68 having an a-shaped cross section and one or more toggle clamps 69 for fixing the bag in an open state on the upper end of the pavement plate 67 are configured.

Therefore, after the inlet end of the bag is wrapped around the fixing protrusion 68, the inlet can be mounted in an open state by binding with a rubber band or string, and in some cases, the inlet end of the bag can be fixed with a toggle clamp 69. have.

At this time, the packaging frame 66 may be further provided with a vibration motor for adding vibration to the bag. One or more vibration motors are mounted on the packaging frame 66, and the pieces of the foot piece 1a are oscillated to guide them to be evenly packaged in the bag.

Meanwhile, in the automated processing apparatus according to the present invention, as shown in FIG. 15, an auxiliary unit 70 may be further disposed between the crushing unit 50 and the discharge unit 60. The auxiliary unit 70 includes a drum dryer 71 for sterilizing and drying the crushed pawl (1a) pieces on the downstream side of the discharge conveyor 61 with hot air, and a sterilized pawl (1a) on the downstream side of the drum dryer 71 ) It consists of an auxiliary conveyor (75) for transporting the pieces to the packaging (65).

The drum dryer 71 is a drying frame 72 that receives hot air from the outside and sprays it into the interior as shown in FIG. 16, and is disposed on the drying frame 72 in a horizontal direction to the downstream in a state in which pieces of the crushed pawl (1a) are accommodated. It consists of a mesh-shaped drying drum 73 that rotates to be transferred to the side and sterilizes drying, and a drying motor 74 that is disposed on the drying frame 72 and provides rotational force to the drying drum 73.

Here, the drying drum 73 is formed in a conical shape in which the inner diameter gradually expands from the supply side toward the discharge side for one direction transfer while tumbling the pieces of the foot piece 1a according to rotation without a separate transfer mechanism, or It is better to place it inclined downward toward the discharge side.

In addition, the auxiliary conveyor 75 is preferably transferred to the downstream side while adsorbing metallic foreign matter remaining on the sterilized and dried foot piece 1a by attaching one or more permanent magnets or electromagnets as shown in FIG. 17. Here, the magnet may attach the magnet to the belt that transports the pieces of the foot (1a), or may be attached to a roller that connects or supports the belt.

Of course, a roller having magnetic force may be used, and a magnet may be attached to the frame constituting the auxiliary conveyor 75. In any case, it would be natural to construct a separate mechanism or a spatula that removes foreign matter adsorbed by its own rotation.

As described above, the present invention automatically and continuously processes a series of processes of washing and drying the foreign substances of gimbaljang, separating gimbaljang by material, crushing, and packaging, thereby reducing the number of man-hours required for recycling, and as a general recycled material. Can improve quality.

1: Kim Baljang 1a: Departure
1b: support 10: supply unit
11: supply conveyor 12: supply roller
13: supply belt 14: pedestal
15: withdrawal unit 16: withdrawal frame
17: guide suit 18: adjustment suit
19: auxiliary suit 20: washing unit
21: washing conveyor 22: washing chamber
23: washing nozzle 24: washing bath
25: washing tank 26: washing pump
27: water pipe 28: heat pipe
30: drying unit 31: drying conveyor
32: drying chamber 33: drying nozzle
40: cutting unit 41: guide roller
42: guide guide 43: cutting roller
43a: contact section 43b: depression section
44: discharge chute 45: scraper
46: cutting blade 47: cutting groove
50: crushing unit 51: crushing conveyor
55: crushing roller 60: discharge unit
61: discharge conveyor 65: packaging
66: packing frame 67: packing plate
68: fixing protrusion 69: toggle clamp
70: auxiliary unit 71: drum dryer
72: drying frame 73: drying drum
74: drying motor 75: auxiliary conveyor

Claims (7)

A plurality of foot pieces (1a) arranged in a row and a pair of support bars (1b) arranged on both edges of the upper foot piece (1a) are used in an automated device that recycles waste gimbaljang (1) woven with wire. In:
A supply unit 10 for continuously supplying the prepared gimbaljang (1) to the downstream side, sheet by sheet;
A washing unit 20 for transporting the supplied gimbaljang 1 to a downstream side and removing foreign substances with washing water;
A drying unit 30 for transferring the washed gimbaljang 1 to the downstream side and removing the remaining washing water by spraying air;
A cutting unit 40 that transfers the dried gimbaljang (1) to the downstream side and separates the pawl (1a) and the support (1b);
A crushing unit 50 that transports the separated pawl (1a) to the downstream side and crushes it into pieces of a set size;
A discharging unit 60 for discharging the shredded foot piece (1a) pieces to the downstream side and packing them in a bag having a set capacity;
Waste gimbaljang recycling automatic treatment device, characterized in that comprising a.
The method of claim 1,
The upper supply unit 10 mounts a plurality of stacked gimbaljangs (1) and induces a supply conveyor 11 that intermittently transfers the gimbaljang (1) to the downstream side, and the gimbaljang (1) on the upper supply conveyor (11) to be transferred sheet by sheet. A waste gimbaljang recycling automatic treatment device, characterized in that it comprises a withdrawal unit (15).
The method of claim 2,
The upper supply conveyor 11 is connected to a plurality of supply rollers 12 that rotate and has a length capable of mounting the gimbaljang (1), and is connected to the upper supply roller 12 to transmit power and move the gimbaljang (1) in one direction. Waste gimbaljang recycling automatic treatment device, characterized in that consisting of a feed belt (13) to be transferred to, and a support (14) for waiting in a stacked state subsequent gimbaljang (1) on one side of the upper supply roller (12).
The method of claim 2,
The withdrawal unit 15 includes a withdrawal frame 16 disposed across the top of the supply conveyor 11, and a guide chute 17 that aligns the gimbaljang 1 stacked on the withdrawal frame 16. , Waste gimbaljang recycling automatic treatment device, characterized in that consisting of an adjustment suit (18) that prevents the sorted gimbaljang (1) from being drawn out individually, and an auxiliary chute (19) that arranges the gimbaljang (1) that is drawn out .
The method of claim 1,
The upper washing unit 20 includes a washing conveyor 21 that transports the supplied gimbaljang 1 to the downstream side, a tunnel-type washing chamber 22 having a size to accommodate the upper washing conveyor 21, and washing the stomach. A washing nozzle 23 that removes foreign matters by spraying the washing water at an incline crossing the surface and the back of the gimbaljang 1 in the chamber 22, and the washing water circulating in communication with the lower end of the upper washing chamber 22 Waste gimbaljang recycling automatic treatment device, characterized in that provided with a washing bath (24).
The method of claim 1,
The drying unit 30 includes a drying conveyor 31 that transports the washed gimbaljang 1 to the downstream side, a tunnel-type drying chamber 32 having a size to accommodate the drying conveyor 31, and drying the top. A waste gimbaljang recycling automatic treatment device, characterized in that it comprises a drying nozzle (33) for removing remaining washing water by spraying air in the chamber 32 at an inclined crossing between the surface and the rear surface of the gimbaljang (1).
The method of claim 1,
The upper cutting unit 40 is a guide guide that aligns the upper and lower guide rollers 41 to transfer the gimbaljang (1) to the downstream side, and the gimbaljang (1) on the downstream side of the upper guide roller (41) and delivers it to the downstream side ( 42), the upper and lower cutting rollers 43 that separate the foot (1a) and the support (1b) of the gimbaljang (1) by cutting the wire woven on the downstream side of the upper guide guide (42), and the upper cutting roller A discharge chute 44 for discharging the cut-and-separated support section 1b to the outside at both ends of the downstream side of the 43, and a scraper 45 for removing foreign substances applied or adsorbed by being placed in close contact with the upper cutting roller 43 Waste gimbaljang recycling automatic treatment device, characterized in that it comprises a.

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