KR100431665B1 - Device to strip garlic by wet process - Google Patents

Abstract

The present invention is to put the whole garlic to be completely peeled through the processing by water spray over three times, the shell is separated by the egg bark as the bark and proceeds to the process of discharging each to improve the taste of garlic It relates to a wet garlic peeling device and method for smooth peeling without damage.

The present invention consists of a hopper-type garlic barrel, and a barrel garlic input device for adjusting the speed of the conveyor to input the barrel garlic by a predetermined amount; When the garlic containing the whole garlic or the shell is put into the processing apparatus for separating the garlic or peeling the garlic containing the peel by spraying a high pressure water from the bottom to contact and rotate the streamlined surface of the inner back; A shell separator for transferring the by-product discharged from the processing apparatus to a mesh conveyor having an adhesive property, thereby adjusting the installation angle of the mesh conveyor to be separated into garlic and shell, respectively; A drying device for drying the moisture by blowing air while transferring the separated garlic to a conveyor; A garlic discharge device for discharging the dried garlic through a conveyor; A shell discharge device for sweeping the separated shells through a brush conveyor and automatically discharging them; A water circulator for continuously circulating water to the processing apparatus or the shell separator; It is composed of a conveying device for transferring garlic to each step.

Description

Device to strip garlic by wet process

The present invention relates to a wet garlic peeling apparatus and method, and more specifically, to put the whole garlic to be completely peeled through the process by three-stage water spray, the shell is separated into the egg garlic as the bark The process of discharging each one is to make the peeling of the garlic smoothly without damaging the taste of garlic.

As is well known, garlic has been applied as a seasoning to all foods, and recently, as its pharmacological effect has been scientifically proven, many attempts have been made to develop foods using garlic in Japan, the United States, and the like.

Garlic is wrapped around the body as a protective layer of the shell, so it must be used to separate it from the body of the garlic, and thus separating the shell from the garlic is said to normally peel the garlic (剝皮).

When peeling garlic, make sure that the surface wax layer of garlic is not damaged.If the wax layer of garlic is damaged and digs up inside the body, sticky liquid comes out of garlic and it is less workable, and the hand is toxic. The bacteria can penetrate garlic and easily rot.

However, when peeling garlic, the knife is mainly used, so the surface wax layer of garlic is lost a lot, and the above problems occur as well as it takes a long time to peel garlic and there is a risk of being cut by the knife. At home or in business, peeled garlic, that is, garlic is purchased through marts and used for food cooking.In response to this trend, large garlic factories that peeled garlic and supplied it to marts appeared. Devices for peeling garlic in bulk are either developed on their own or paid a royalty and certain garlic peelers are used to peel garlic.

These garlic peelers can be divided into wet garlic peelers and dry garlic peelers depending on whether the skin is peeled with water or dry. Among them, the dry garlic peeler adopts a method of rubbing by a rubber roller. Since there is a limit to garlic peeling and damage to garlic, of course, there was a problem of flying garlic peeling, so most of the wet garlic peeler is used. Peeled by passing through the roller of bar, which is inconvenient to peel again in the post-process because the peeling of garlic is not completely done, and the damage of garlic caused by garlic of different sizes passing between the rollers without tension Problems and the problem of decaying garlic due to the remaining water in the peeled garlic There was.

Therefore, the applicant in the patent application No. 2000-75070, the garlic in the wet state, two-stage separation through high-pressure injection and roller passage, pre-treatment to lift the garlic peel by air blower, the optimum temperature and humidity It has been presented a wet garlic peeling device and method for aging, peeling by high-pressure injection, drying process through a blower in order to avoid peeling and drying the garlic smoothly.

However, the garlic peeling apparatus according to Patent Application No. 2000-75070 basically immerses garlic in water, then performs peeling, and undergoes aging in the peeling process. One taste fell, the inherent nutrients could be destroyed, there was a problem that the time required for garlic peeling.

The present invention has been proposed in view of this point, and the process of separation and peeling process by water spraying with whole garlic, separation process of shell and egg garlic through mesh conveyor, individual water circulation of shell collection line and egg garlic collection line Through the process of drying by air and blowing, the egg garlic is separated and discharged by the egg garlic and the shell by the shell, respectively, so that the garlic is peeled without damage while eliminating the process of immersing garlic in water and ripening garlic. The purpose of the present invention is to provide a wet garlic peeling device and method that can maintain its unique taste and nutrients.

1 is a block diagram of the whole of the wet garlic peeling apparatus according to the present invention.

2 is a schematic configuration diagram of a wet garlic peeling apparatus according to the present invention.

Figure 3 is a detailed view of the garlic garlic in accordance with the present invention.

4 is a block diagram of a processing apparatus according to the present invention.

Figure 5 is a block diagram of the separation device according to the invention.

6 is a block diagram of a drying apparatus and a garlic discharge device according to the present invention.

7 is a schematic view of the shell discharge device according to the present invention.

8 is a block diagram of a water circulation system according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

101: garlic barrel 102: conveyor of whole garlic injector

201: first processing machine 202: second processing machine

203: third processing machine 204: inlet

205: outlet 206: water supply pipe

207: injection nozzle 208: streamlined surface

209 passage 210 water spray tube

211: perforated plate of the processing apparatus 301: first shell separator

302: second shell separator 303,310: mesh conveyor

304: operating rod 305: frame

306: solenoid 307: axis

308: gutter 309: third shell separator

311: barrel 401: case of drying apparatus

402: blower 403: blower

404: conveyor of drying apparatus 405: jaw

406: intake fan 501: first shell ejector

502: water pipe 503: suction pipe

504: shell discharge device case 505,507: brush conveyor

506: second shell ejector 508: shell collector

509: conveyor for shell discharge device 510: screw

511: bag 512: perforated plate of the shell discharge device

513: water sprayer 514: drain pipe

601: first reservoir 602: second reservoir

603,604: Pump 605: Waterway

606 partition 607 sedimentation tank

608: reservoir 701: the first elevator

702: distributor 703: second elevator

704: conveyor of conveying device 801: conveyor of garlic discharge device

Hereinafter, the present invention will be embodied according to the examples presented.

The wet garlic peeling apparatus according to the present invention contains a whole garlic, as shown in FIGS. 1 and 2, and a whole garlic injecting device for inputting a predetermined amount, and garlic containing the whole garlic or the skin is put under high pressure water. By spraying and contacting and rotating the streamlined surface of the inner back surface to separate the garlic, or peel the garlic including the shell, and transfer the by-product discharged from the processing device to the mesh conveyor with adhesiveness. Peel separator that separates the garlic and the shell by adjusting the installation angle, a drying device for drying the moisture by blowing air while transferring the separated garlic to the conveyor, garlic to discharge the dried garlic through the conveyor Discharge device and the shell discharge device for automatically discharging the separated shells by brush conveyor And, it consists of a water circulation device for continuously circulating the water to the processing device or shell separation device, and a transfer device for transferring garlic to each step, the configuration of each device as follows.

Whole garlic injector is composed of a hopper-type garlic barrel 101 and a conveyor 102 at the bottom thereof to adjust the speed of the conveyor 102 to input the whole garlic, as shown in FIG. The furnace is constructed so that a chain conveyor is applied so as to discharge soil or dust in the whole garlic to the floor.

As shown in FIG. 4, the processing apparatus includes three processing machines 201, 202, 203 sequentially formed between the whole garlic injector and the drying apparatus, and each processing machine 201, 202, 203 is illustrated in FIG. 3. As shown in the funnel-shaped inlet 204 is formed on the upper side, the outlet 205 is formed on the other side, a plurality of injection nozzles connected to the water supply pipe 206 to the inner bottom of the inlet 204 207 is formed, the streamlined surface 208 is formed on the opposite side of the injection nozzle 207, the inclined passage 209 is formed on the lower side of the streamlined surface 208 to communicate with the discharge port 205, the passage 209 The water injection pipe 210 is connected to the lower side of the water is injected into the by-products including garlic through the inlet 204 when the water is injected through a plurality of injection nozzles 207 is separated by rotating the by-products through the streamlined surface 208 Or peeled off, and when the by-products including garlic collect at the bottom of the passage 209, The water is injected through the water spray pipe 210 at the lower side of the furnace 209 to be discharged through the discharge port 205, and the perforated plate 211 is formed at the discharge part of the third processing machine 203 to lower the water. The peeled garlic and its by-products are transported while being removed.

As shown in FIG. 5, the shell separating apparatus includes two mesh conveyors 303 each formed between the first processor 201 and the second processor 202 and between the third processor 203 and the drying apparatus. Shell separators (301, 302), each of the shell separator (301, 302) is a working rod 304 blunt distal end inserted into the upper middle portion of the mesh conveyor 303 in the transverse direction and the operating rod ( The rear middle portion of the 304 is rotatably hinged to one side of the frame 305 on which the mesh conveyor 303 is supported, and the rear end of the actuating rod 304 is connected to the shaft 307 of the solenoid 306 or the cam-operated motor. When the shaft 307 is coupled to the front and rear operation, as the operating rod 304 is rotated so that the front end of the mesh conveyor 303 is configured to periodically hit, the drive unit for operating the operating rod 304 in the drawing As an example, a solenoid 306 is employed, and this peel separator Lower total, the said shell and the separated water gathering trough 308 is provided.

As shown in FIG. 6, the drying apparatus forms a sealed space through the case 401, and a blower pipe 403 connected to the blower 402 is connected thereto, so that the garlic is transported by the conveyor 404. Conveyor 404 is composed of a triangular jaw 405 of the cross-section is continuously formed, the garlic is located in the bone between each jaw 405 is configured so that the air blown as it is transported uniformly acting, dry An intake fan 406, which sucks the air blown into the apparatus and sucks the dried and dried shell component, is installed in the drying apparatus.

As shown in FIG. 7, the shell discharge device has a water pipe 502 connected to the lower end of the third shell separator 309 to be described later connected to the rear side, and a suction pipe 503 connected to the intake fan 406 is connected to the upper rear side. The case 504 forms a quadrangular tube body, and the brush conveyor 505 is rotated therein to clean the shell flowing through the intake fan 406 and the water including the shell flowing from the third shell separator 309. The first shell ejector 501 is connected to the first shell ejector 501 at a right angle, and the outlet of the trough 308 is positioned at an upper portion thereof, and the first shell ejector 501 is rotated inside the brush conveyor 507. The shell 202 which sweeps the shells introduced from the shell, the shell components introduced from the trough 308, and the shells swept through the second shell ejector 506 to the conveyor 509. Perpendicular to) It consists of a shell collector 508 that automatically puts in the bag 511 through the installed screw 510, the perforated plate 512 is installed on the operating surface of the brush conveyor 507 of the second shell ejector 506 And the outlet of the trough 308 and the perforated plate 512 is located at the same position in the vertical position, the shell, seedlings, and water collected in the trough 308 is discharged through the outlet, the shell, the seed is caught in the perforated plate 512, only water passes It is configured to be, the first shell discharger 501 so as to smoothly flow into the first shell discharger 501 soaking water in the blowing shell component around the suction pipe 503 connected to the first shell discharger 501. Water sprayer 513 is installed inwardly.

As shown in FIG. 8, the water circulator includes a first reservoir 601 positioned below the perforated plate 512 of the second shell discharger 506, and a second reservoir containing clean water than the water of the first reservoir 601. The reservoir 602 and the respective pumps 603 and 604 for circulating the water in each reservoir 601 and 602, and the water in the first reservoir 601 is transferred to each processing machine 201 ( 202 and 203 are circulated in the order of the gutter 308, the second shell discharger 506, and the first reservoir 601, and the water in the second reservoir 602 is the water channel 605 and the first. The first shell discharger 501 is configured to be circulated in the order of the third shell separator 309, the first shell discharger 501, and the second reservoir 602, and the water channel 605 may include the second shell separator ( 302 is formed in succession and water is supplied from the second reservoir 602 to separate the traces of shell components while transporting the separated garlic, and is included in the transferred garlic subsequent to the water channel 602. A small shell The mesh conveyor 310 is installed in a horizontal direction to separate the vaginal components, and a third shell separator 309 having a barrel 311 for containing a shell and water is provided at the front of the conveyor 404 of the drying apparatus. It is provided in the upper part side.

At this time, the first reservoir 601 is a sedimentation tank (607) for receiving the water falling from the gutter 308, the middle portion is blocked by the partition 606, and settles the shell component, and the reservoir to store only water through the precipitation tank (607) and the upper portion. 608, the pump 603 is connected to the lower end of the reservoir 608 and communicate with each of the processing machines 201, 202, 203.

The conveying apparatus is connected to the whole garlic injector and the first processing machine 201 and discharges from the first elevator 701 and the first processing machine 201 to inject the whole garlic inputted from the whole garlic injector into the first processing machine 201. The shell separated from the first shell separator 301 is connected to the first shell separator 301 and the second processor 202 and the distributor 702 for distributing the evenness while converting the by-product direction in the right direction. The second elevator 703 for introducing the garlic into the second processing machine 202 and the second processing machine 202 and the third processing machine 203 are connected to each other to collect water in the by-product discharged from the second processing machine 202. Consists of a conveyor 704 for transferring to the third processing machine (203) while pulling out to 308, the garlic discharge device for transferring the fully peeled garlic is provided with a long conveyor (801) to manually discharge the garlic discharged through it It is configured to be screened.

In addition, although not described, each conveyor is connected to a motor and a chain for rotating it, and a control box for controlling each motor, pump, blower, and the like is provided separately.

The wet garlic peeling apparatus according to the present invention configured as described above operates as follows.

First, in the state in which the garlic barrel is filled with garlic in the state of garlic, driving the lower conveyor 102 to inject the whole garlic into the first elevator 701, by selectively adjusting the speed of the conveyor 102, the whole garlic The dosage of can be determined.

The whole garlic is transported by the first elevator 701, and the whole garlic falls from the end of the first elevator 701 to the inlet 204 of the first processor 201, and the lower part of the inlet 204 of the first processor 201. The injection nozzle 207 connected to the first reservoir 601 and the water supply pipe 206 is located at the side, so that the falling barrel is blown by water of a strong pressure sprayed through the injection nozzle 207, and the injection nozzle 207 ) Is a streamlined surface 208 is formed on the back of the whole garlic is to hit the streamlined surface 208 and repeat the process of riding it.

In this process, the whole garlic is separated into most unit units, and garlic, shells, seedlings, and water of such unit units are collected at the lower end of the inclined passage 209 communicating with the outlet 205, and the water supply pipe at the lower end of the passage 209. The water spray pipe 210 branched from 206 is connected so that the collected by-products are moved to the upper side by water spray through the water spray pipe 210 and discharged through the outlet 205.

At this time, although not shown, the inlet 204 side of the first processing machine 201 may be connected to the drain pipe for draining water when overflow occurs because the by-products including the side garlic is not discharged smoothly, injection nozzle The lower part of 207 may be connected to a separate pipe to be used when the nozzle is clogged.

By-products, including the side garlic discharged through the outlet 205 of the first processing machine 201 is discharged to the first shell separator 301 via the distributor 702 to be evenly distributed while changing the direction of the perpendicular to the perpendicular direction. Since the first shell separator 301 is made of a mesh conveyor 303 installed up to 80 ° or more, when the garlic, shell, and bell pepper are discharged to the mesh conveyor 303 together with water, the weight is almost reduced by the pressure of the water. The bark and the seed is not attached to the mesh conveyor 303 is transported upwards, the side garlic is rolled downward by its own weight so that the garlic and shell components can be separated, the upper portion of the mesh conveyor 303 The operating rod 304 is inserted into the center portion, and the rear end of the operating rod 304 is connected to the solenoid 306 or the shaft 307 of the cam-operated motor so that the shaft 307 moves as the shaft 307 moves back and forth. Rod (304 ) Periodically hits the front and rear surfaces of the mesh conveyor 303, so that they can be attached to the mesh conveyor 303 and attached to the mesh conveyor 303 and drop downward to a side garlic conveyed upward. The lower side of the second elevator 703 is located on the front side of the 301, and the separated garlic is transferred to the next step by the second elevator 703, and the trough 308 is located below the first shell separator 301. Is provided with the shell conveyed in the rear direction by the mesh conveyor 303, the bell is dropped into the trough 308, the shell is strongly attached to the mesh conveyor 303 is still attached to the mesh conveyor 303 from the rear Components are also automatically cleaned off by the pressure of the discharged water and collected in the trough 308.

The by-products including the side garlic conveyed by the second elevator 703 are introduced into the second processing machine 202 having the same shape as the first processing machine 201 to perform the same operation as that of the first processing machine 201. While being partially peeled, and again sequentially introduced into the third processing machine 203 to perform the same operation, it can be completely peeled. The by-product discharged from the second processing machine 202 includes water, so that such water may be added to the third processing machine ( 203) can not perform a smooth peeling operation between the outlet 205 of the second processing machine 202 and the inlet 204 of the third processing machine 203 made of a belt conveyor or a mesh conveyor that can drain water The conveyor 704 is installed, so that the by-product discharged from the second processing machine 202 is separated by the water is separated into the gutter 308 while being transported by the conveyor 704, the remaining peeled garlic, the skin is third Machine (2 03).

A perforated plate 211 is formed at the bottom of the outlet 205 of the third processing machine 203 so that water flows into the gutter 308, and the fully peeled garlic and shell components are next steps together with some water. It is transferred to the shell separator 302, and the second shell separator 302 is installed with the mesh conveyor 303 set up at 80 ° or more like the first shell separator 301, and the upper middle of the mesh conveyor 303 The rod is operated by the solenoid 306 or the cam actuated 304 is inserted so that the garlic is separated by the egg garlic, the shell is peeled into the shell, the separated garlic is a channel 605 formed at right angles. And the separated shell is introduced into the trough 308.

Water is supplied from the second reservoir 602 to the water channel 605 so that water naturally flows to the opposite side of the water supply unit. Therefore, if the algae and the shell components fall into the water channel 605, the shell component is separated from the al garlic. It is transported while floating in the water, and the water including the egg garlic and the shell component flows into the third shell separator 309.

The third shell separator 309 is a mesh conveyor 310 installed in the horizontal direction, the lower portion of the mesh conveyor 310 is a barrel 311 to collect a certain amount of water, the third shell separator 309 Most of the shell component of the almond and the small amount of the shell that is introduced into the) is suspended in water and then collected in the barrel 311 under the third shell separator 309, and the garlic and some of the shell component are mesh conveyor 310. After being transported in, the egg garlic falls at its end, and the shell component is attached to the mesh conveyor 310 and continues to rotate, and then falls to the lower side to be collected in the lower barrel 311, and the strongly attached shell is continuously rotated. It is washed by the incoming water and collected in the lower barrel 311.

In the lower part of the third shell separator 309, the conveyor 404 of the drying apparatus is located, so that the garlic falling from the third shell separator 309 is carried on the conveyor 404, and the drying apparatus is transferred to the case 401. Blowing pipe 403 connected to the blower 402 is connected to the upper side while forming a sealed space, and the conveyor 404 has a triangular jaw 405 continuously formed in cross section so that it falls from the third shell separator 309. The garlic is located in the valley between the jaws 405 of the conveyor 404 while the blower 402 is operated to supply air through the blower pipe 403, and the blown air is conveyed by the conveyor 404. According to the cross-sectional shape of the) it can be uniformly blown to each unit bone to blow air between the grains of garlic, and this action can completely dry the moisture on the garlic.

However, since the drying device is hermetically sealed, a passage through which the air blown out can be provided, as well as a structure in which a very small amount of shell component buried on the surface of the dried garlic is blown off as it is collected. Also necessary, for this purpose, the intake fan 406, which sucks the air blown to the drying apparatus and sucks the dried and dried shell component, is installed in the drying apparatus.

That is, the intake fan 406 is operated at the same time as the blower 402 to serve to draw out the air introduced through the blower pipe 403 to the outside, as well as naturally intakes the dried and dried shell component in the process to draw out to the outside As can be given, the intake fan 406 is connected to the first shell discharger 501 through the suction pipe 503 so that the dried shell component flows into the first shell discharger 501 when the intake fan 406 is operated. It may be, and the peeled algare through the drying device is discharged on the conveyor 801 of the garlic discharge device.

The first shell ejector 501 is a quadrangular tubular body by the case 504, the brush conveyor 505 is rotated therein, the upper part is connected through the intake fan 406 and the suction pipe 503 as described above, Since the lower end of the third shell separator 309 and the water pipe 502 are connected to the rear surface, the water including the shell collected in the lower barrel 311 of the third shell separator 309 flows into the rear side and at the same time, an intake fan toward the upper side. The dried shell is introduced through the 406 and can be swept in the front direction by the rotating brush conveyor 505. A water sprayer 513 is installed around the first shell discharger connection of the suction pipe 503. Water can be smoothly introduced into the blowing shell component, and the first shell discharger 501 is connected to a drain pipe 514 communicating with the second reservoir 602 again, so that the second reservoir 602 and the water channel are connected. 605, the third shell separator ( 309), the water sequentially passed through the first shell discharger 501 is circulated back to the second reservoir 602.

The shell component swept away from the first shell ejector 501 is swept in the front direction by the brush conveyor 507 of the second shell ejector 506 continuously installed at right angles, and the brush of the second shell ejector 506 is removed. The operating surface of the conveyor 507 is provided with a perforated plate 512, the outlet of the trough 308 and the perforated plate 512 are located at the same vertical position, and the first reservoir 601 below the perforated plate 512. ) Is located in the trough 308, the shell, bellows, water is collected through the discharge port and the water is collected by the perforated plate 512 of the second shell ejector 506, only the water is collected in the first reservoir 601, The two-bark ejector 506 collects all the shells and belts introduced from the first shell ejector 501 and the shells and belts introduced from the trough 308 while the brush conveyor 507 rotates, and sweeps them out, and the brush conveyor 507. At the end of the conveyor is located a conveyor 509 The scraped shells and bells are transported on the conveyor 509 and are automatically put in the bag 511 by screws 510 installed at right angles to the ends thereof.

On the other hand, since the water collected in the first reservoir 601 is water falling from the trough 308, even if it is filtered by the perforated plate 512 of the second shell ejector 506, some of the shell component is included. To this end, the first reservoir 601 is formed into a sedimentation tank 607 and a reservoir 608 so that the middle portion is blocked by the partition 606 so that only the upper portion thereof passes through, so that water falling from the trough 308 flows into the precipitation tank 607 side. The shell and the stalks sink and only the clean water of the upper part flows into the water tank 608, and the water is stored. The pump 603 is connected to the lower end of the water tank 608 so that the water is returned to each processing machine 201 and 202. Injected into the 203 is circulated in the order of the trough 308, the second shell discharger 506, the first reservoir 601. Of course, the shells and seedlings collected in the settling tank 607 of the first reservoir 601 will be cleaned at a certain cycle.

As described above, in the present invention, the whole garlic is added as it is, a plurality of side separation and peeling process by high-pressure water spraying, a plurality of garlic and shell separation process according to the installation angle of the mesh conveyor, drying process by blowing; The egg garlic is peeled off in a separate line with the egg garlic peeled into a completely different line, and the water circulation process continuously circulates without loss of water. It can be peeled perfectly without making it possible to take advantage of garlic's unique aroma and taste, and can automatically separate and discharge the peel component, which is suitable for large-scale garlic peeling.

Claims (14)

A garlic garlic barrel having a hopper-type garlic barrel and a conveyor at the bottom thereof to adjust the speed of the conveyor to inject a barrel of garlic into a predetermined amount; Consists of a first processing machine, a second processing machine, a third processing machine sequentially installed at the garlic discharge position of the whole garlic injector, wherein each processing machine is formed with a funnel-type inlet in one upper portion, the outlet is formed in the other upper portion, A plurality of injection nozzles connected to the water injection pipe are formed in the lower side of the inlet, a streamlined surface is formed on the opposite side of the injection nozzle, and an inclined passage communicating with the outlet is formed at the lower side of the streamlined surface, When the water injection pipe is connected and the by-products including garlic through the inlet, water is injected through the plurality of injection nozzles so that the by-products are separated or peeled while rotating the by-products through the streamlined surface. When the by-products collect, the water is injected through the water spray pipe at the lower side of the passage to discharge the A processing device for the discharge through; It consists of a first shell separator and a second shell separator disposed between each of the processing machines, each shell separator is a garlic conveyor in the input by rotating the mesh conveyor at an angle of more than 80 ° to fall to the front lower side by its own weight And, the shell and the belt is attached to the surface of the mesh conveyor to fall to the lower side of the rear, the shell and the belt which is still attached to the surface of the mesh conveyor is washed in the water is introduced into the shell separation device to fall to the lower side; The shell separating device is installed in series, forming a sealed space by the case, the upper side is connected to the blower pipe through the blower, the inner side is provided with a conveyor for conveying garlic, the conveyor has a triangular jaw in cross section A drying device which is continuously formed and injects air through the blower pipe while drying and transporting garlic in the bone between the jaws; A garlic discharge device configured to discharge the dried garlic by a conveyor installed in series with the drying device; A brush conveyor is rotatably provided inside a quadrangular case configured to introduce a garlic shell component, and a shell discharge apparatus for sweeping the shell component separated through the shell separator and automatically discharging the shell component; A first reservoir for holding water supplied to the processing apparatus side, and a second reservoir for holding clean water rather than the water of the first reservoir to be supplied to the shell separator, wherein the water in each reservoir A water circulator configured to circulate water continuously to the processing apparatus or the shell separator, each pump configured to circulate water; And Wet garlic peeling device characterized in that it comprises an elevator for transferring garlic to the top, and a conveyor for conveying the garlic in a horizontal direction, and a conveying device for transferring garlic in each step. delete The method of claim 1, The first peel separator is located between the first processor and the second processor, the second peel separator is a wet garlic peeling device, characterized in that each formed between the third processor and the drying device. The method of claim 1, Each of the shell separator is inserted into the upper middle of the mesh conveyor, the operating rod is blunt tip is inserted in the transverse direction, the rear middle portion of the operating rod is rotatably hinged to one side of the frame on which the mesh conveyor is supported, the rear end of the operating rod Part is coupled to the shaft of the solenoid or cam-operated motor when the shaft is moved back and forth when the operating rod is rotated, the tip portion of the wet garlic peeling device, characterized in that configured to periodically hit the front and rear surfaces of the mesh conveyor. The method of claim 1, Wet garlic peeling device, characterized in that the entire lower portion of the peel separator is provided with a gutter collecting the separated shell and water. The method of claim 1, Wet garlic peeling device characterized in that it is further provided with a channel for supplying clean water compared to the water circulated to each processor while separating the small amount of shell components while passing the garlic passed through the second shell separator. The method of claim 6, Wet garlic peeling, characterized in that the third shell separator installed in the horizontal direction of the mesh conveyor is further provided in the upper portion of the front of the drying apparatus so as to separate the small amount of the shell components contained in the garlic conveyed through the water channel Device. delete The method of claim 1, A wet garlic peeling device, characterized in that the intake fan to suck the air blown to the drying device while being sucked together with the dried shell component is installed in the drying device. The method according to any one of claims 1, 5, 7, and 9, The shell discharge device, The lower part of the third shell separator is connected to the intake fan and the suction pipe at the same time, and is connected to the intake fan and the suction pipe, and the quadrangular body is rotated inside the brush conveyor, including the water flowing from the third shell separator and the intake fan A first shell ejector for sweeping the shells introduced through the shell; It is connected in a direction perpendicular to the first shell ejector, the inside is provided so that the brush conveyor can be rotated, the operating surface of the brush conveyor is formed of a perforated plate, the outlet of the trough is located at the top the brush conveyor is rotated A second shell ejector which sweeps the shell introduced from the first shell ejector and the shell component introduced from the trough; Wet garlic peeling device characterized in that it comprises a shell collector for conveying the peeled through the second shell discharger to the conveyor, and automatically put in the bag through a screw installed in a direction perpendicular to the conveyor. The method of claim 10, Wet garlic peeling device, characterized in that the water sprayer is installed in the inner direction of the first shell discharger so as to smoothly flow into the blowing shell component around the first shell discharger connection portion of the suction pipe. The method of claim 1, The water of the first reservoir is circulated in the order of each of the processing machine, the trough, the second shell discharger, the first reservoir, the water of the second reservoir is the channel, the third shell separator, the Wet garlic peeler, characterized in that configured to circulate in the order of the first shell ejector, the second reservoir. The method of claim 12, The first reservoir is divided into a sedimentation tank for receiving the water falling from the trough, the middle portion is blocked by a partition, and settles the shell component, and the reservoir to store only water through the sedimentation tank and the upper portion, the pump is connected to the bottom of the reservoir Wet garlic peeler. The method of claim 1, The transfer device, The first elevator and the first elevator for inclinedly connected between the whole garlic injector and the first processing machine to inject the whole garlic inputted from the whole garlic injector into the first processing machine, and a plurality of partitions in the open housing on one side thereof. A distributor formed at a lower portion of the discharge part of the first processing machine to convert the by-products discharged from the first processing machine into a right angle and distributing the equality in the horizontal direction, and the first shell separator And a second elevator connected obliquely between the second processor and the garlic containing the shell separated from the first shell separator to the second processor, and horizontally between the second processor and the third processor. Connected to drain water from the by-product discharged from the second processing machine into the gutter The wet garlic peeling device comprises a conveyor for conveying toward the three machines.