KR102306188B1 - Auto device for mass production a crushed garlic - Google Patents

Abstract

The present invention relates to an automation device for peeled garlic mass production suitable for producing peeled garlic in quantity by putting in whole garlic and automatically performing peeling. The outer shape of the device is configured by: a frame (10) having a predetermined shape; and a plate portion (20) coupled to the outside of the frame (10) and blocking the side wall of the device. Provided inside the device are: a separator (30) where whole garlic is put in and clove separation is performed to obtain clove garlic; a full-length box (40) where the clove garlic and residual foreign matter discharged from the separator (30) are accommodated and then the residual foreign matter is discharged to the outside of the device and the clove garlic is discharged downward; a primary peeler (50) receiving the clove garlic from the full-length box (40) and performing primary peeling; a secondary peeler (60) receiving the clove garlic from the primary peeler (50) and performing secondary peeling; and a result discharge unit (70) discharging the clove garlic of the secondary peeler (60) to the outside of the device.

Description

Automated device for mass production of peeled garlic {AUTO DEVICE FOR MASS PRODUCTION A CRUSHED GARLIC}

The present invention relates to an automated device for mass production of peeled garlic, suitable for automatically producing a large amount of peeled garlic by inputting whole garlic.

Specifically, a frame 10 having a predetermined shape; As a device coupled to the outer side of the frame (10) is configured with an outer shape of the plate portion (20) for closing the side wall of the device; Separating barrel 30 for performing indigo separation by putting whole garlic into the device; an electric box 40 for accommodating the garlic and remaining foreign substances discharged from the separation container 30, and discharging the remaining foreign substances to the outside of the device and discharging the garlic to the lower side; a primary peeler 50 for receiving indigo garlic from the electric box 40 and performing primary peeling; a secondary peeler 60 for receiving indigo garlic from the primary peeling machine 50 and secondarily performing peeling; It is characterized in that it mainly comprises;

Garlic is a perennial vegetable belonging to the genus Allium of the Lilliaceae family. Garlic is also known to appear in the myth of Dangun recorded in the Samguk Yusa.

Garlic has been widely used as a spice and medicine since ancient times because it contains not only unique taste and fragrance ingredients but also various physiologically active substances. Jeje is expanding the health supplement market, and garlic is an indispensable seasoning in Korea’s diet and is the fourth major agricultural product after cabbage, radish, and red pepper among vegetables. It is the world's top consuming country, consuming about 7 to 9 kg of garlic.

According to reports in the medical community, allicin, a beneficial component of the body contained in garlic, is excellent for sterilization and antibacterial action, purifies the blood, activates cells, promotes blood circulation, and stimulates the pancreas to promote insulin secretion. It improves diabetes, has an effect on digestion of the stomach and intestines, and has an excellent detoxification effect by discharging heavy metals such as mercury, and has an excellent calming effect by stabilizing nerve cells. Unlimited absorption and storage of vitamin B1 into the body when combined, helps people to relieve fatigue or fatigue Due to the beneficial components of garlic, such as acting, it has become increasingly known that garlic has an excellent effect on human health.

As such, garlic, the main food widely consumed by Koreans, has a thin outer skin around the garlic body, so in order to use the outer skin separately from the garlic body, first separate the whole garlic into indigo garlic and remove the indigo garlic skin from the garlic body. It is used for food through the peeling process of peeling it again.

Usually, at home, garlic is peeled using a knife or the like, but in order to mass-produce it, it is automatically peeled and distributed by a machine at a factory.

When peeling garlic by a mechanical device or peeling garlic directly at home, make sure that the wax layer on the garlic surface is not damaged. Due to its toxicity, the work efficiency of the worker may be lowered, and this may cause the garlic to become dirty or rot by bacterial infiltration, resulting in a problem of poor garlic marketability.

A garlic peeling device that solves such a problem and produces peeled garlic in which the skin of garlic has been peeled in large quantities by a mechanical device, is usually by using high-pressure washing water or high-pressure air to spray it on the garlic, will escape from

First, as the former prior art, Patent Publication No. 10-2004-0108376, a 'garlic peeling device using high-pressure water having a horizontally moving peeling tube' has been proposed as the name, and the proposal is a peeling tube that accommodates garlic. The garlic peels off the skin as it passes through the lower part of the high-pressure water chamber, but the garlic exposed to the high-pressure washing water moves violently from the inside up, down, left and right, and is exposed to the high-pressure water and collides with the high-pressure water. There was a problem that damage occurred, and in order to solve this problem, a mechanical device for peeling the garlic skin was proposed by disposing an air injection unit that sprays high-pressure air instead of high-pressure water.

As a prior art using this latter high-pressure air, Patent Publication No. 10-0504086, a 'peeling device' has been proposed as a name, and the proposal is a conveyor including a circulation belt for transport, an air jet for spraying high-pressure air A peeling device for peeling agricultural products such as garlic by high-pressure air injection, which consists of an air injection means including a nozzle part and a nozzle part rotation means for rotating the air injection nozzle part, has been proposed, and Patent Publication No. 10-1568854, As the name 'agricultural product shelling machine' has been proposed, the proposal consists of a transfer device, a spray nozzle for spraying high-pressure air, and an injection device including a nozzle rotating part for rotating the spray nozzle, garlic, etc. by high-pressure air injection A peeling device for peeling agricultural products was proposed.

However, in all of the proposals for peeling off the outer skin of garlic by spraying it using the high-pressure air, the air injection tip of the air injection unit that sprays the high-pressure air protrudes downward in the direction of the conveyor conveying means to which the garlic is transported, so that it is directly exposed to the high-pressure air. During the exposure process, garlic hits the air injection tip of the air injection unit and the garlic body is damaged. In addition, the above proposals have the same diameter of the cylindrical conveyor belt of the conveyor conveying means to which the garlic is transported, so that the garlic exposed to high-pressure air is rotated up and down, left and right, and is discharged while bouncing in the forward direction and passing on the conveyor belt. As it was transported from the bed, it was not sufficiently exposed to the high-pressure air for a sufficient time, causing a problem that the outer skin of garlic could not be peeled properly.

Laid-Open Patent Publication No. 10-2004-0108376 Registered Patent Publication No. 10-0504086 Registered Patent Publication No. 10-1568854 Laid-Open Patent Publication No. 10-2017-0134777

An object of the present invention is to provide an automated device for mass production of peeled garlic, suitable for producing a large amount of peeled garlic automatically by inputting whole garlic.

An automated device for mass production of peeled garlic according to the present invention as devised to achieve the above object includes: a frame 10 having a predetermined shape; As a device coupled to the outer side of the frame (10) is configured with an outer shape of the plate portion (20) for closing the side wall of the device;

Separating barrel 30 for performing indigo separation by putting whole garlic into the device;

an electric box 40 for accommodating the garlic and remaining foreign substances discharged from the separation container 30, and discharging the remaining foreign substances to the outside of the device and discharging the garlic to the lower side;

a primary peeler 50 for receiving indigo garlic from the electric box 40 and performing primary peeling;

a secondary peeler 60 for receiving indigo garlic from the primary peeling machine 50 and secondarily performing peeling;

It is characterized in that it mainly comprises;

At this time, the separation tube 30,

The shaft 30c is eccentrically coupled to the inner rotating body 31 and; Including a;

The inner rotating body 31 is formed at regular intervals along the circumferential direction, the groove portion 31a formed along the longitudinal direction of the inner rotating body 31 is formed,

An inner silicon 32 is inserted into the groove portion 31a.

In addition, the inner silicon 32,

an insert having a size and shape corresponding to the groove portion 31a for being inserted into the groove portion 31a; It is characterized in that it is configured to include; the protrusion is configured to protrude from the insert to be exposed from the groove portion (31a) having a semicircular shape.

In addition, the external body 33,

An inlet (33a) for the input of whole garlic on one side of the upper side is configured to communicate with the external body 33, and a separation barrel discharge part (33b) for discharging the garlic separated on the lower side is provided with the external body (33) and By being configured to communicate,

The garlic input through the inlet 33a is positioned between the outer body 33 and the inner rotating body 31, and the separated garlic cloves are discharged through the separation barrel discharge part 33b and put into the electric box 40. characterized by being

In addition, the external body 33 is

Further comprising a protrusion (33c) protruding from the outer surface of the outer body (33) in a fan shape to the outside,

The protrusion (33c) includes a hole communicating with the inside of the outer body (33), and a spherical insertion groove (33d) formed extending from the hole,

An insertion roller 34 is inserted into the insertion groove 33d,

A silicon layer 34a, which is a layer made of silicon, is formed on the outer surface of the insertion roller 34,

The insertion roller 34 is partially exposed in the inner direction of the outer body 33 due to the hole of the insertion groove 33d and collides with the garlic located in the space between the outer body 33 and the inner rotating body 31 . It is characterized by rotating.

In addition, the electric box 40 includes a residue discharge part 41, so that the residue separated from the separation container 30 is discharged.

In addition, the primary peeler 50 and the secondary peeler 60 are,

In the cylindrical structure composed of the lower plates 51 and 61, the upper plates 52 and 62 and the side plates 53 and 63, a through hole is formed on one side of the lower plate 51 and 61, and the shafts 54 and 64 are formed in the through hole. ) is penetrated and inserted,

Rotating plates 54a and 64a are configured on one side of the shafts 54 and 64 located inside the peelers 50 and 60, and the rotating plates 54a and 64a are spaced apart from the lower plates 51 and 61 by a predetermined distance. is located,

It is characterized in that the peeler discharge part (55, 65) is configured on one side of the outer surface of the peeler (50, 60).

In addition, the primary peeler 50

It is characterized in that a plurality of curved propellers 54b made of silicon are configured on one side of the shaft 54 .

In addition, the peeling machine (50, 60),

An input hole (52a, 62a) for the input of garlic;

It characterized in that it further comprises;

In addition, the secondary peeling machine 60,

In order to receive garlic from the primary peeler 50 through the input hole 62a,

It is characterized in that it is stepped on the lower side so that the input hole 62a of the secondary peeler 60 is located at a position corresponding to the peeler discharge part 55 of the primary peeler 50 .

According to the automatic device for mass production of peeled garlic according to the present invention, it is possible to provide an automated device for mass production of peeled garlic, suitable for automatically producing a large amount of peeled garlic by inputting whole garlic, It is easy to produce, which has an economic effect of enabling easy supply even if the demand for garlic increases.

1 is a cross-sectional view viewed from the side of the automated device for mass production of peeled garlic according to the present invention.
Figure 2 is a cross-sectional view viewed from the top of the automatic device for mass production of peeled garlic according to the present invention.
Figure 3 shows the separation barrel of the automatic device for mass production of peeled garlic according to the present invention.
Figure 4 shows the primary peeling machine of the automated device for mass production of peeled garlic according to the present invention.
Figure 5 shows the secondary peeling machine of the automated device for mass production of peeled garlic according to the present invention.

The terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concepts of the terms to best describe his invention. Based on the principle, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention and do not represent all the technical spirit of the present invention, so various equivalents that can be substituted for them at the time of the present application It should be understood that there may be variations and examples.

Hereinafter, prior to the description with reference to the drawings, it is not shown or specifically described for the known configurations that are not necessary to reveal the gist of the present invention, that is, those skilled in the art that can be added obviously by those skilled in the art. reveal the sound

The present invention relates to an automated device for mass production of peeled garlic.

Specifically, it relates to an automated device for mass production of peeled garlic, suitable for producing a large amount of peeled garlic automatically by putting whole garlic.

1 is a cross-sectional view of the automated device for mass-producing peeled garlic according to the present invention, as viewed from the side, and FIG.

The automated apparatus for mass production of peeled garlic of the present invention according to the accompanying drawings is assembled with a frame 10 having a predetermined shape; As a device coupled to the outer side of the frame (10) is configured with an outer shape of the plate portion (20) for closing the side wall of the device;

Separating barrel 30 for performing indigo separation by putting whole garlic into the device;

an electric box 40 for accommodating the garlic and remaining foreign substances discharged from the separation container 30, and discharging the remaining foreign substances to the outside of the device and discharging the garlic to the lower side;

a primary peeler 50 for receiving indigo garlic from the electric box 40 and performing primary peeling;

a secondary peeler 60 for receiving indigo garlic from the primary peeling machine 50 and secondarily performing peeling;

The resultant discharge unit 70 for discharging the garlic of the secondary peeling machine 60 to the outside of the device; is configured to include mainly.

At this time, the separation tube 30 is configured on a base plate 30a provided on one side of the device, and the base plate 30a includes a hole penetrating in an up/down direction on one side, and a base as a periphery of the hole. The shaft fixing plate 30b is configured to protrude from the upper surface of the plate 30a so that the separation cylinder 30 is coupled to the base plate 30a through the shaft fixing plate 30b and rotates using the shaft 30c.

At this time, the motor M is coupled to one side of the shaft 30c to receive rotational force.

The separation tube 30 will be described with reference to FIG. 3 of the accompanying drawings.

Figure 3 shows the separation barrel of the automatic device for mass production of peeled garlic according to the present invention.

Separation cylinder 30 according to Figure 3 of the accompanying drawings, the shaft (30c) is coupled to the inner rotating body 31 and; It includes a;

At this time, the outer body 33 is configured in a closed cylindrical shape, including through-holes on both sides, can be fixed by allowing the shaft 30c to pass therethrough.

Depending on the design conditions, a bearing may be used, that is, the inner rotating body 31 is configured to rotate along the rotation of the shaft 30c.

The inner rotating body 31 includes grooves 31a formed at regular intervals along the circumferential direction, and the grooves 31a are formed along the longitudinal direction of the inner rotating body 31 .

An inner silicone 32 is inserted into the groove portion 31a, the inner silicone 32 includes an insert having a size and shape corresponding to the groove portion 31a for being inserted into the groove portion 31a; It protrudes from the insert and is configured to be exposed from the groove portion 31a, and a protrusion having a semicircular shape; is configured to include.

At this time, the interval of the groove portion 31a is narrower than that of the drawing, but by selectively inserting the inner silicone 32 into the groove portion 31a, the interval of the inner silicone 32 can be adjusted. And this allows you to control the strength when separating whole garlic.

In addition, by configuring the coupling of the shaft 30c of the inner rotor 31 to be eccentric, the inner rotor 31 rotates so that the space between the inner rotor 31 and the outer body 33 is irregular. , it can be made possible to separate the sides according to the varying intensity of the pressure.

At this time, the outer body 33 is configured such that an inlet 33a for the input of whole garlic on one upper side communicates with the outer body 33, and a separation tube discharge part for discharging the separated garlic cloves on the lower one side. (33b) may be configured to communicate with the outer body (33).

Accordingly, the garlic input through the inlet (33a) is located between the outer body (33) and the inner rotating body (31), the separated garlic cloves are discharged through the separation barrel discharge part (33b), the electric box (40) ) is put into

In addition, the outer body 33 further includes a protrusion 33c protruding from the outer surface of the outer body 33 in a sectoral shape on the outside.

The protrusion (33c) includes a hole communicating with the inside of the outer body (33) and a spherical insertion groove (33d) extending from the hole, and the insertion groove (33d) has an insertion roller (34) is inserted

The insertion roller 34 has a length corresponding to the lengthwise direction of the insertion groove 33d and the outer body 33, and in particular, includes a silicone layer 34a, which is a layer made of silicone, on the outer surface of the insertion roller 34.

This insertion roller 34 may be partially exposed in the inner direction of the outer body 33 due to the hole of the insertion groove 33d. Accordingly, in the space between the outer body 33 and the inner rotating body 31 . It rotates while colliding with the positioned garlic, and in particular, it is pressed between the insertion roller 34 and the inner silicone 32 and pressurized due to silicone's unique elasticity, so that the garlic can be separated more efficiently.

The garlic separated on the indigo plant through the separation container 30 and the remaining foreign substances generated during the separation of the indigo plant are put into the electric box 40, and for this, the electric box 40 is installed at the separation tube outlet of the separation tube 30 ( 33b) and may include an inlet (not shown in the drawing) in communication.

The electric box 40 may include a residue discharge unit 41 , and air having a predetermined strength is generated inside the electric box 40 .

Accordingly, the remaining foreign substances are blown away by the pressure of the air and discharged to the outside through the residue discharge part 41, and the garlic, which has a load compared to the remaining foreign substances, is not affected by the air, and the electric box 40 and 1 It is moved to the primary peeler 50 through a communication port (not shown in the drawing) connecting the primary peeler 50 and is peeled.

This primary stripper will be described with reference to FIG. 4 of the accompanying drawings.

Figure 4 shows the primary peeling machine of the automated device for mass production of peeled garlic according to the present invention.

The primary peeler 50 according to FIG. 4 of the accompanying drawings, in the cylindrical structure consisting of a lower plate 51, an upper plate 52 and a side plate 53, a through hole is formed on one side of the lower plate 51, The shaft 54 is inserted through the through hole.

A rotating plate 54a is configured on one side of the shaft 54 located inside the primary peeler 50 , and the rotating plate 54a is spaced apart from the lower plate 51 by a predetermined distance.

In addition, the shaft 54 of the primary stripper 50 extends more than the rotating plate 54a, and a plurality of silicon propellers 54b are coupled to one side of the shaft 54.

At this time, the propeller 54b has a curved direction.

In addition, an input hole 52a is formed on one side of the upper plate 52 to receive garlic from the electric box 40 in the case of the primary peeler.

In addition, the side plate 53 is configured with a dust collecting pipe 53a, and a separate pipe is connected to the dust collecting pipe 53a to suck foreign substances such as the peel of garlic generated while the skin is peeled through the primary peeler. so that it is discharged from the primary stripper.

In addition, as shown in FIG. 4 (B), a peeler discharge unit 55 is configured on one side of the outer surface of the primary peeler, and the peeler discharge unit 55 discharges garlic kernels peeled through the primary peeler.

At this time, the shaft 54 is connected to the motor so that the shaft 54 can be rotated.

In this way, the garlic kernels that have undergone the primary peeling through the primary peeling machine are subjected to secondary peeling through the second peeling machine.

Figure 5 shows the secondary peeling machine of the automated device for mass production of peeled garlic according to the present invention.

The secondary peeler 60 according to FIG. 5 of the accompanying drawings is located below the primary peeler 50 as shown in FIG. 1 , and is located at a position corresponding to the peeler outlet 55 of the primary peeler 50 In order to position the input hole 62a of the secondary peeler 60, the secondary peeler 60 is positioned at the lower side where the step is formed.

The secondary peeler 60 also has a cylindrical structure composed of a lower plate 61 , an upper plate 62 , and a side plate 63 , and similarly includes an input hole 62a and a dust collector 63a and a peeler discharge part.

However, the secondary peeler 60 is configured such that only the rotating plate 64a is configured on one side of the shaft 64, and is not configured as a propeller.

In addition, the primary peeler 50 and the secondary peeler 60 may include a nozzle to which air is supplied to one side of the inside in common. By allowing the supply, it is possible to make the peeling more efficiently.

In addition, protrusions having a predetermined shape are formed on the upper surfaces of the rotating plates 54a and 64a to make garlic peeling useful, and at the same time, the efficiency of garlic peeling due to pneumatic generation due to collision with air supplied to the inside of the peeling machine is further improved can do it

In addition, the inner wall of the primary peeler 50 and the secondary peeler 60 is made of a layer of silicon, so that it is possible to prevent damage to garlic due to a collision.

In this way, when the secondary peeling through the secondary peeling machine 60 is completed, the peeled garlic can be discharged through the resultant discharge unit 70 .

In this case, the resultant discharge unit 70 is configured to have a size capable of accommodating both of the peeler discharge units 65 of the secondary peeler 60 .

In addition, the resultant discharge unit 70 is configured such that the upper side is closed and discharged to the lower side in order to prevent splashing when the peeled garlic is discharged.

Among the above-mentioned two peeling machines, the primary peeling machine 50 is to peel the peel of garlic by friction in particular, and has the advantage of enabling peeling of fresh garlic without drying moisture due to this method.

What has been described using the accompanying drawings in the above is to describe only the main points of the present invention, as much as various designs are possible within the technical scope, it is obvious that it is not limited to the configuration of the accompanying drawings of the present invention.

10 : frame
20: plate
30: separator
30a: base plate 30b: shaft fixing plate
30c: axis 31: internal rotating body
31a: groove 32: inner silicone
33: external body 33a: inlet
33b: separation container discharge part 33c: protrusion
33d: insertion groove 34: insertion roller
34a: silicon layer
40: battle box
41: residue discharge part
50: primary peeling machine
51: lower plate 52: upper plate
52a: input hole 53: side plate
53a: dust collection tube 54: shaft
54a: rotating plate 54b: propeller
55: stripper discharge part
60: secondary peeling machine
61: lower plate 62: upper plate
62a: input hole 63: side plate
63a: dust collector 64: shaft
64a: rotating plate
70: result discharge unit

Claims (10)

a frame 10 having a predetermined shape; As a device coupled to the outer side of the frame (10) is configured with an outer shape of the plate portion (20) for closing the side wall of the device;
Separating barrel 30 for performing indigo separation by putting whole garlic into the device;
an electric box 40 for accommodating the garlic and remaining foreign substances discharged from the separation container 30, and discharging the remaining foreign substances to the outside of the device and discharging the garlic to the lower side;
a primary peeler 50 for receiving indigo garlic from the electric box 40 and performing primary peeling;
a secondary peeler 60 for receiving indigo garlic from the primary peeling machine 50 and performing secondary peeling;
a result discharge unit 70 for discharging the garlic of the secondary peeler 60 to the outside of the device;
The separator 30 is,
The shaft 30c is eccentrically coupled to the inner rotating body 31 and; Including a;
The inner rotating body 31 is formed at regular intervals along the circumferential direction, the groove portion 31a formed along the longitudinal direction of the inner rotating body 31 is formed,
An inner silicon 32 is inserted into the groove portion 31a;
The external body 33,
An inlet (33a) for the input of whole garlic on one side of the upper side is configured to communicate with the external body 33, and a separation barrel discharge part (33b) for discharging the garlic separated on the lower side is provided with the external body (33) and By being configured to communicate,
The whole garlic input through the inlet 33a is located between the outer body 33 and the inner rotating body 31, and the separated garlic cloves are discharged through the separation barrel discharge part 33b and put into the electric box 40. become;
The outer body 33 is
Further comprising a protrusion (33c) protruding from the outer surface of the outer body (33) in a fan shape to the outside,
The protrusion (33c) includes a hole communicating with the inside of the outer body (33), and a spherical insertion groove (33d) extending from the hole,
An insertion roller 34 is inserted into the insertion groove 33d,
A silicon layer 34a, which is a layer made of silicon, is formed on the outer surface of the insertion roller 34,
The insertion roller 34 is partially exposed in the inner direction of the outer body 33 due to the hole of the insertion groove 33d and collides with the garlic located in the space between the outer body 33 and the inner rotating body 31 . An automated device for mass production of peeled garlic, characterized in that it rotates.
The method according to claim 1,
The inner silicon 32,
an insert having a size and shape corresponding to the groove portion 31a for being inserted into the groove portion 31a; An automated device for mass production of peeled garlic, characterized in that it comprises; a protrusion having a semicircular shape, which is configured to protrude from the insert and exposed from the groove (31a).
The method according to claim 1,
The electric box 40 includes a residue discharge part 41, and an automated device for mass production of peeled garlic, characterized in that the residue separated from the separation container 30 is discharged.
The method according to claim 1,
The primary peeler 50 and the secondary peeler 60 are,
In the cylindrical structure consisting of the lower plates 51 and 61, the upper plates 52 and 62 and the side plates 53 and 63, a through hole is formed on one side of the lower plate 51 and 61, and the shafts 54 and 64 are formed in the through hole. ) is penetrated and inserted,
Rotating plates 54a and 64a are configured on one side of the shafts 54 and 64 located inside the peelers 50 and 60, and the rotating plates 54a and 64a are spaced apart from the lower plates 51 and 61 by a predetermined distance. is located,
An automated device for mass production of peeled garlic, characterized in that the peeler discharge part (55, 65) is configured on one side of the outer surface of the peeler (50, 60).
5. The method according to claim 4,
The first stripper 50 is
An automated device for mass production of peeled garlic, characterized in that a plurality of curved propellers (54b) made of silicon are configured on one side of the shaft (54).
5. The method according to claim 4,
The stripper (50, 60) is,
An input hole (52a, 62a) for the input of garlic;
Automatic device for mass production of peeled garlic, characterized in that it further comprises;
7. The method of claim 6,
The secondary peeling machine 60,
In order to receive garlic from the primary peeler 50 through the input hole 62a,
For mass production of peeled garlic, characterized in that it is stepped on the lower side so that the input hole 62a of the secondary peeler 60 is located at a position corresponding to the peeler discharge part 55 of the primary peeler 50 automation device.

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