KR101088951B1 - Processing Apparatus for Guamegi - Google Patents

Abstract

The present invention, when manufacturing a guumegi prepared by cold-drying blue fish such as herring, saury, etc., omitting the cutting of the fish head, leaving only the tail of the fish and the body of both sides to remove the spine and head As for

A transfer part 20 installed on the main frame 100 and transferring the fish 150 from the top of the fish 150; A potting part 10 installed at the end of the conveying part 20 and simultaneously floating the bag of the body on both sides of the fish 150 using a pair of knives 15; A head fixing part 30 for pulling the head 151 of the fish 150; A tail fixing part 40 installed at the rear upper side of the potting part 10 to catch the tail 152 of the fish 150 and to cut the tail spine of the fish 150 after the potting is completed; A plurality of sensors installed at each part including an inlet and an outlet of a transfer unit 20 to detect entry and exit of the fish 150; And a controller for controlling the devices using the signal of the sensor.

According to the present invention, a separate porting operation is not required, and the porting operation is simultaneously performed on both sides, thereby reducing labor costs and improving productivity, and the structure of the device is relatively simple, thereby reducing manufacturing costs.

Guamegi, Blue Fish, Herring, Saury, Tilting, Porting, Rotating Cam, Working Cam, Tilting Cam

Description

Processing Apparatus for Guamegi

The present invention relates to an apparatus for processing a guamegi prepared by cold-drying blue fish, such as herring or saury, in a shaded dormitory, in particular omitting the cutting of the fish head and only the tail of the fish and the body of both sides. It is about Guamegi processing equipment that leaves the spine and the head.

Guamegi refers to the repeated process of freezing and dissolving blue fish such as herring and saury in the winter sea breeze. Recently, mackerel is used to produce guamegi. These guamegis are usually placed in a shaded dormitory for fish with decayed substances at minus 2 ℃ ~ 5 ℃ in winter, and frozen at night and thawed during the day for about 15 days. It is prepared by cold drying with sea breeze. As a result, the fermentation eliminates fish odor and produces a delicious and nutritious Guamegi.

Guamegi prepared in the above manner is known to be more nutritious than the raw materials and to significantly increase the amount of DHA and omega 3 fatty acids compared to the raw materials.

In addition, as nucleic acids are produced more and more during the process of making Guamegi, it is effective in preventing skin aging, stamina, and brain decline.The protein contained in Guamegi is rich in aspartic acid, which is known to be effective in relieving hangover. .

On the other hand, in order to process the fish to Guamegi, after washing the fish to remove the perishable parts such as the intestines, and the two sides of the fish to port.

In addition, the fish heads and spines, which are unnecessary parts, should be removed, but in order to mount the ported fish on a drying rack, it is necessary to leave a tail. Since the processing of the Guamegi is mostly done by hand, a lot of manpower is required, there is a problem of low productivity.

As a result, the Guamegi processing device was developed in Japan, which enables automatic porting work, and many domestic companies import and use the Japanese Guamegi processing device.

The conventional Guamegi processing apparatus, carrying out the porting operation using a plurality of high-speed rotating wheel cutter while transferring the fish to the conveyor belt, by cutting the spine at the tail portion of the fish, both ported body parts to the tail I am stuck.

By the way, the above-mentioned conventional guamegi processing apparatus is made to precede the operation of cutting the fish head before the porting operation, and the structure of the apparatus is complicated and its size is very large. In addition, the rise in international commodity prices and the price increase due to the yen are causing foreign currency waste.

In other words, there is a problem in labor cost and productivity in the case of manual processing of conventional guumegi, and the conventional guumegi manufacturing apparatus manufactured in Japan requires a separate cutting operation, a complicated structure, and a high price. As a result, there is a problem that the production cost of Guamegi increases.

The present invention has been made in order to solve the above-mentioned conventional problems, can be ported immediately without performing the operation of cutting the fish head can reduce labor costs, the structure is simple and can reduce the manufacturing cost The purpose is to provide a Guamegi processing device.

In addition, an object of the present invention is to provide a guamegi processing apparatus that can be carried out in the transfer and porting of fish, washing and fermentation process continuously.

In addition, an object of the present invention is to provide a guamegi processing apparatus that allows the fish head and spine to be separated from one or two Guamegi processed products using a tilting action of the tail fixing portion without using a separate tool.

Guamegi processing apparatus of the present invention for achieving the above object, the transfer unit for transporting from the head of the fish installed in the main frame upright state; A potting part installed at the end of the conveying part and simultaneously floating a cloth on both sides of the fish using a pair of knives; A head fixing portion for holding the fish head; A tail fixing part installed at a rear upper side of the port portion to catch the tail of the fish and to cut the tail spine of the fish after the porting is completed; A plurality of sensors installed at each part including an inlet and an outlet of the transfer unit to detect entry and exit of the fish; And a controller for controlling the devices by using the signal of the sensor.

In addition, the guamegi processing apparatus of the present invention, the washing portion for washing the one and two pieces of Guamegi processed workpiece is located in the lower main frame of the port portion; Located in the main frame of the lower side of the transfer unit and the mounting portion for mounting the processed gwamegi finished in the washing unit to the drying rod; And a waste collection part provided in the lower main frame between the head fixing part and the potting part.

In addition, according to the Guamegi processing apparatus of the present invention, the conveying unit, a pair of conveyor belts are installed standing up to face the transfer surface at a position separated by a distance corresponding to the thickness of the fish so as to transport the fish standing up, And a plurality of support rollers elastically supporting the conveyor belt, a transfer unit motor for rotating the conveyor belt, and a driving roller connected thereto.

In addition, according to the guamegi processing apparatus of the present invention, the port portion, a pair of knives which are spaced apart at regular intervals, the lifting operation member and the lifting motor for lifting the knife, and to rotate the knife at a predetermined angle Rotating operation member and the rotary motor, characterized in that it comprises a port portion frame is installed.

In addition, according to the guamegi processing apparatus of the present invention, the elevating operation member, the knife holder for the knife is installed, the elevating rod is installed so as to be lifted on the port portion frame and the knife holder is connected to the upper end, and the lifting motor An elevating cam for converting the rotational movement of the elevating motion of the elevating rod, characterized in that it comprises a return spring is installed on the elevating rod to return the elevating rod to the initial position.

In addition, according to the guamegi processing apparatus of the present invention, the rotation operation member is installed on the lifting bar connected to the knife and provided with a projection on one side, and the inside of the rotation member is installed in the lifting member to the initial position of the lifting bar. A return spring for returning to the rotatable portion, a rotatable arm rotatably installed on the port frame, and having one end portion contacting the protrusion of the rotatable member to rotate the rotatable member, and rotated by the rotatable motor. It is characterized in that it comprises a rotary cam in contact with the other end to rotate the pivot arm.

Further, according to the guamegi processing apparatus of the present invention, the rotary cam has a profile of a two-stage structure such that the knife rotates in a direction inclined with respect to the feed direction of the fish, and then rotates in a direction parallel to the transfer direction. It is characterized by.

In addition, according to the guamegi processing apparatus of the present invention, the head fixing portion, the head holder for fixing the head of the fish while being shut off from both sides of the fish head, a holder drive motor for operating the head holder, and using the LM guide And a conveying member for moving the head holder back and forth, and a head driving motor for operating the conveying member.

In addition, according to the guamegi processing apparatus of the present invention, the tail fixing portion is provided to be pivotally mounted to the tail frame is installed on the rear upper side of the port portion portion of the pair to hold or release the tail of the fish while rotating at a certain angle A tail holder, an actuating member for rotating the tail holder while being moved back and forth, an actuating cam for contacting the roller provided on the actuating member to move the actuating member back and forth, and provided in the actuating member to retract the actuating member An actuating spring for allowing the tail holder to hold the tail of the fish, a tilting cam that vibrates the tail frame while the tail holder catches the tail of the fish and breaks the tail spine of the fish; It characterized in that it comprises a tail operation motor for rotating the operation cam and the tilting cam.

In addition, according to the guamegi processing apparatus of the present invention, the washing portion is formed to be inclined in the direction of the mounting portion on the lower side of the port portion, characterized in that the nozzles for spraying water on both the left and right sides and the lower portion, respectively.

The guamegi processing apparatus of the present invention simultaneously performs porting on both sides of the linearly moving fish using a pair of knives, and breaks the spine using the tilting action of the tail fixing portion, so that it is a separate head. There is no need to remove or attach the gun for mounting.

In addition, according to the guamegi processing apparatus of the present invention, since the device is operated by using a plurality of motors and sensors, the structure is simple, there is an effect that the manufacturing cost is reduced.

In addition, according to the Guamegi processing apparatus of the present invention, since the Guamegi processed work completed porting is accommodated as a mounting portion past the inclined washing unit, the porting work, washing work and drying rod mounting operation in a single device to carry out labor costs There is a saving effect.

In addition, according to the guamegi processing apparatus of the present invention, the knife for potting work is accommodated in the lower part of the main frame so that the blade portion is not exposed even in the lifted state as well as the accommodated state, so that the outside of the main frame when not working It is effective to prevent safety accidents due to the exposed knife.

In addition, according to the Guamegi processing apparatus of the present invention, the process of performing porting while fixing the head or tail of the fish and moving the fish in a straight line is made automatically, the labor cost required for the production of Guamegi is reduced and productivity is improved. There is.

In addition, according to the guamegi processing apparatus of the present invention, the structure is simpler than the conventional Japanese Guamegi processing apparatus, the price competitiveness is high, and there is an effect that foreign currency waste is prevented through import substitution.

Hereinafter, with reference to the accompanying drawings illustrating a guamegi processing apparatus according to the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS It is a block diagram of the guamegi processing apparatus by this invention, FIG. 2 is a block diagram of the potting part which is a main part structure of this invention, and FIG. 3 is an external perspective view of the potting part which is a main part structure of this invention. 4 is a plan view of the conveyance part which is a main part structure of this invention, FIG. 5 is a block diagram of the head fixing part which is a main part structure of this invention, and FIG. 6 is a block diagram of the tail fixing part which is a main part structure of this invention.

Guamegi processing apparatus of the present invention, the transfer unit 20 is installed in the main frame 100, and conveys from the head 151 in a state in which the fish 150 upright; A potting part 10 installed at an end of the conveying part 20 and using a pair of knives 15 to simultaneously float both sides of the body on both sides of the fish 150; A head fixing part 30 for holding the head 151 of the fish 150; Tail fixing portion 40 installed on the rear upper side of the port portion 10 to hold the tail 152 of the fish 150 and to cut the tail spine of the fish 150 after the porting is completed. )Wow; A washing unit (50) disposed on the lower main frame (100) of the potting portion (10) and washing one or two pieces of fruit and vegetables of the finished product; Mounting unit 60 is located on the lower main frame 100 of the transfer unit 20 and for mounting the processed Guamegi processed in the washing unit 50 to a drying rod (not shown); A waste collection unit (70) provided on the lower main frame (100) between the head fixing unit (30) and the potting unit (10); A plurality of sensors (not shown) installed at each portion including an inlet and an outlet of the transfer unit 20 to detect entry and exit of the fish 150; It includes a control unit (not shown) for controlling the devices by using the signal of the sensor.

Here, the conveying unit 20, a pair of conveyor belt 21 is installed standing up so that the conveying surface facing at a distance spaced by a distance corresponding to the thickness of the fish 150 so that the fish 150 is transported in a standing state. And a plurality of support rollers 22 for elastically supporting the conveyor belt 21 using a tilting structure, a transfer unit motor 23 for rotating the conveyor belt 21, and a driving roller 24 connected thereto. Is done.

And, the port portion 10, a pair of knives (15) which are spaced apart at regular intervals, the elevating operating member (11) and elevating motor (12) for elevating the knife (15), and It comprises a rotary operating member 13 and the rotary motor 14 for rotating the knife 15 at a predetermined angle, and the port portion frame 16 on which the devices are installed.

The elevating operation member 11 is provided with a knife holder 11a on which the knife 15 is installed, and an elevating rod connected to the pot portion frame 16 so that the knife holder 11a is connected to the upper end. (11b), the elevating cam (11c) for converting the rotational movement of the elevating motor 12 to the elevating movement of the elevating rod (11b), and the elevating rod (11b) is installed on the elevating rod (11b) It consists of the return spring 11d which returns to an initial position.

In addition, the rotation operation member 13 is installed on the elevating rod (11b) connected to the knife 15, the rotating member (13a) provided with a projection (13b) on one side, and the inside of the rotating member (13a) A return spring (13c) installed in the return spring (13b) to return to the initial position, and the port portion frame (16) is rotatably installed, and one end of the projection (13b) of the pivot member (13a). A rotating arm 13d for contacting the rotating member 13a and rotating by the rotary motor 14 and contacting the other end of the rotating arm 13d to rotate the rotating arm 13d. It consists of a rotary cam 13e.

At this time, the rotary cam 13e has a two-stage structure so that the knife 15 rotates in a direction inclined with respect to the feed direction of the fish 150 and then rotates in a direction parallel to the feed direction. do.

In addition, the head fixing part 30, the head holder 31 for fixing the head 151 of the fish 150 while being shut off from both sides of the head 151 of the fish 150, and the head holder 31 A holder drive motor 32 for activating the holder, a transfer member 33 for moving the head holder 31 back and forth using the LM guide 34, and a head drive motor for operating the transfer member 33. 35).

The washing unit 50 is formed to be inclined in the direction of the mounting unit 60 on the lower side of the potting unit 10, and has a structure in which nozzles for spraying water on both left and right sides and a lower side are respectively installed.

In addition, the tail fixing portion 40 is rotatably installed on the tail frame 47 installed on the rear upper side of the potting portion 10 and rotated at a predetermined angle while the tail 152 of the fish 150. ) A pair of tail holders 41 for holding or releasing, an actuating member 42 for rotating the tail holder 41 while moving back and forth, and a roller 42 'provided in the actuating member 42. And the operating cam 43 for moving the operating member 42 back and forth, and the operating member 42, and retracting the operating member 42 so that the tail holder 41 has the tail of the fish 150. The operation spring 44 for holding the 152 and the tail holder 41 vibrate the tail frame 47 while holding the tail 152 of the fish 150 to give the fish 150. Tilting cam 45 for cutting the tail spine of the), and the tail operating motor 46 for rotating the operation cam 43 and the tilting cam 45, and It is installed on the main frame 100 and the support roller 48 which is the center when the tail frame 47 is vibrated by the tilting cam 45, the main frame 100 and the tail frame ( 47 is configured to include a vibration spring (49) for connecting the vibration to occur.

Guamegi processing apparatus of the present invention configured as described above is to process the fish after processing the first trimmed fish with 1 and 2 pieces of Guamegi processed products, and then to carry out the operation to mount on a drying rod continuously.

When the fish (150), the first trimmed fish such as internal organs and the like, and the removal of foreign matters are transported through a conveyor belt (not shown), the head 151 enters the transfer unit 20 to face forward. Let's do it.

When the fish 150 enters the transfer unit 20, the control unit receiving the signal of the sensor that senses this sends an operation signal to the transfer unit motor 23. Accordingly, the transfer unit motor 23 is operated to rotate the drive roller 24 so that the pair of conveyor belts 21 rotate.

As the conveyor belt 21 rotates, the fish 150 positioned between the conveyor belts 21 is advanced in the port portion 10 direction. At this time, since the plurality of support rollers 22 rotatably supporting the conveyor belt 21 has a tilting structure, the support rollers 22 are slightly rocked according to the thickness of the fish 150 so that the conveyor belts ( Allow the gap between 21) to change. Therefore, regardless of the thickness of the fish 150 can be smoothly transported.

When the fish being transported by the transfer unit 20 reaches near the end of the transfer unit 200, a sensor that detects this sends a signal to the control unit, and the control unit sends an operation signal to the head fixing unit 30. do.

Accordingly, the head drive motor 35 of the head fixing part 30 is operated, and the head holder 31 is driven by the transfer member 33 operated by the head drive motor 35. It is moved in the (10) direction.

When the head 151 of the fish 150 transferred through the transfer unit 20 is brought into contact with the head holder 31, a holder driving motor 32 is operated to operate the head holder 31. The head 151 of the fish 150 is fixed by (31).

At the same time, the lifting motor 12 of the potting part 10 is operated to raise the lifting operating member 11 so that the knife 15 connected to the lifting rod 11b of the lifting operating member 11 by the knife holder 11a. Is raised.

In addition, the rotary motor 14 of the potting portion 10 is operated to rotate the rotary cam 13e of the rotary operation member 13. The rotating arm 13d rotates as the rotary cam 13e rotates, and the rotating arm 13d rotates in contact with the projection of the rotating member 13a provided on the elevating rod 11b. 13a is rotated.

Accordingly, the lifting bar 11b rotates to rotate the knife 15 to a certain degree, and the knife 15 rotates to a slightly inclined position with respect to the moving direction of the fish 150.

In this state, the head drive motor 35 of the head fixing part 30 is operated to move the head holder 31 in the opposite direction of the potting part 10, thereby the knife 15 Is inclined to be respectively inclined to both sides of the body of the fish (150).

At the same time, the rotating member 13a is further rotated by the rotary cam 13e to further rotate the elevating rod 11b such that the knife 15 is disposed in parallel with the conveying direction of the conveying unit 20.

Therefore, when the head holder 31 is moved in the opposite direction of the potting portion 10, when the fish 150 is pulled by the knife 15, the potting on both sides of the body of the fish 150 Is carried out.

Thereafter, when the position of the knife 15 reaches the tail of the fish 150, the knife 15 is actuated by the lifting cam 11c position of the lifting operation member 11 and the return spring 13c. Will descend.

Of course, when the knife 15 is lowered, the return spring 13c of the rotary operation member 13 is operated to rotate the lifting bar 11b to the initial position so that the blade portion of the knife 15 is not exposed to the outside. Do not.

 Then, the tail fixing part 40 located inside the end of the port portion 10 is operated to fix the tail 152 of the fish 150.

That is, when the tail operation motor 46 is operated to rotate the operation cam 43, the operation member 42 moves in the direction of the operation cam 43 by the elastic force of the operation spring 44, and the operation member 42 In accordance with the movement of the tail holder 41 is rotated to catch the tail 152 of the fish 150.

In addition, the tilting cam 45 is rotated by the tail operation motor 46 to vibrate the tail frame 47. Therefore, the tail portion of the fish 150, the spine is broken, the fish 150 is separated into by-products consisting of 1 and 2 pieces of processed fruit and head and spine.

Subsequently, the by-products fall to the waste collection part 70 located below the head holder 31 after the retreat, and the guamegi processed product is washed on the lower side as the tail holder 41 is opened. It falls to the part 50.

The dropped Guamegi workpiece is moved to the mounting unit 60 along the inclined washing unit 50, and is washed by water sprayed from nozzles provided at both sides and lower portions of the washing unit 50. .

The gomegi processed material moved to the holding unit 60 is mounted on the drying rod provided in the holding unit 60 by about 20 micrometers to wait for movement to a drying position such as duct.

As described above, the guamegi processing apparatus of the present invention proceeds with the porting without cutting the fishhead 151 of the fish 150, and the porting work, the washing work, and the mounting work on the drying rod are continuously performed. In addition, the processing of by-products as well as by-products of Guamegi is automatically made to minimize the manpower demand.

Although the preferred embodiment of the present invention has been described above, the scope of the present invention is not limited to such specific embodiments, and those skilled in the art may appropriately within the scope described in the claims of the present invention. Changes will be possible.

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

Fig. 2 is a configuration diagram of the potting portion, which is a main component of the present invention.

3 is an external perspective view of the potting portion which is a main part of the present invention;

Figure 4 is a plan view of the transfer portion of the main configuration of the present invention.

5 is a block diagram of a head fixing unit that is a main component of the present invention.

Figure 6 is a block diagram of a tail fixing portion that is the main configuration of the present invention.

<Explanation of symbols for the main parts of the drawings>

10: porter

11: lifting operation member 12: lifting motor

13: rotary operating member 14: rotary motor

15: Knife 16: Porter Frame

20: transfer section

21: conveyor belt 22: support roller

23: transfer unit motor 24: drive roller

30: head fixing part

31: Head holder 32: Holder drive motor

33: transfer member 35: head drive motor

40: tail fixture

41: tail holder 42: operating member

43: operating cam 44: operating spring

45: tilting cam 46: tail operation motor

50: cleaning unit

60: holder

70: waste collection

100: main frame

150: fish

151: Head 152: Tail

Claims (10)

A transfer part 20 installed on the main frame 100 and transferring the fish 150 from the top of the fish 150; A potting part 10 installed at an end of the conveying part 20 and using a pair of knives 15 to simultaneously float both sides of the body on both sides of the fish 150; A head fixing part 30 for pulling the head 151 of the fish 150; Tail fixing portion 40 installed on the rear upper side of the port portion 10 to hold the tail 152 of the fish 150 and to cut the tail spine of the fish 150 after the porting is completed. )Wow; A plurality of sensors installed at each part including an inlet and an outlet of the transfer unit 20 to detect entry and exit of the fish 150; And a control unit for controlling the devices by using the signal of the sensor. The method of claim 1, A washing unit (50) disposed on the lower main frame (100) of the potting portion (10) and washing one or two pieces of fruit and vegetables of the finished product; Mounting unit 60 is located in the lower main frame 100 of the transfer unit 20 to mount the processed gwamegi processed in the washing unit 50 to a drying rod; And a waste collecting part (70) provided on the lower main frame (100) between the head fixing part (30) and the potting part (10). The method according to claim 1 or 2, The transfer unit 20 is a pair of conveyor belts 21 and the conveyor belt (21) which are installed in a position spaced apart by a distance corresponding to the thickness of the fish 150 so that the fish 150 is transported in a standing state, and the conveyor belt ( And a plurality of support rollers (22) for elastically supporting 21, a transfer unit motor (23) for rotating the conveyor belt (21), and a drive roller (24) connected thereto. The method according to claim 1 or 2, The potting portion 10 includes a pair of knives 15 spaced apart at regular intervals, a lifting operation member 11 and a lifting motor 12 for lifting the knife 15 up, and the knife ( Guamegi processing apparatus, characterized in that it comprises a rotary operating member (13) and a rotating motor (14) for rotating the 15 at a predetermined angle, and a port portion frame (16) to which the devices are installed. 5. The method of claim 4, The elevating operation member 11 is provided with a knife holder 11a on which the knife 15 is installed, and an elevating rod connected to the pot portion frame 16 so that the knife holder 11a is connected to the upper end. (11b), the elevating cam (11c) for converting the rotational movement of the elevating motor 12 to the elevating movement of the elevating rod (11b), and the elevating rod (11b) is installed on the elevating rod (11b) Guamegi processing apparatus comprising a return spring (11d) for returning to the initial position. 5. The method of claim 4, The rotation operation member 13 is installed on the elevating rod 11b connected to the knife 15 and is provided with a rotation member 13a provided with a protrusion 13b on one side and an inside of the rotation member 13a. And a return spring 13c for returning the elevating rod 11b to an initial position and rotatably installed on the port portion frame 16, and one end thereof contacts the protrusion 13b of the pivot member 13a. A rotary cam 13d for rotating the pivoting member 13a, and a rotary cam rotated by the rotary motor 14 and contacting the other end of the pivoting arm 13d to rotate the pivotal arm 13d. Guamegi processing apparatus comprising a (13e). The method of claim 6, The rotary cam 13e has a profile of a two-stage structure such that the knife 15 rotates in a direction inclined with respect to the transport direction of the fish 150 and then rotates in a direction parallel to the transport direction. Guamegi processing equipment. The method according to claim 1 or 2, The head fixing part 30 is operated by the head holder 31 for fixing the head 151 of the fish 150 while being shut off at both sides of the head 151 of the fish 150 and the head holder 31. A holder drive motor 32 to be used, a transfer member 33 for moving the head holder 31 back and forth using the LM guide 34, and a head drive motor 35 for operating the transfer member 33. Guamegi processing apparatus comprising a. The method according to claim 1 or 2, The tail fixing portion 40 is rotatably installed on the tail frame 47 installed on the rear upper side of the potting portion 10 to rotate the tail 152 of the fish 150 while rotating at a predetermined angle. A pair of tail holders 41 for holding or releasing, an operating member 42 for rotating the tail holder 41 while being moved back and forth, and a roller 42 'provided in the operating member 42 to contact the An actuating cam 43 for moving the actuating member 42 back and forth, and the actuating member 42, which retracts the actuating member 42 so that the tail holder 41 is connected to the tail 152 of the fish 150. Operating spring (44) for holding the tail and the tail holder (41) while holding the tail (152) of the fish (150) by vibrating the tail frame (47) of the fish (150) And a tilting cam 45 for cutting the tail spine, and a tail operating motor 46 for rotating the actuating cam 43 and the tilting cam 45. Gwamegi processing apparatus characterized by. 3. The method of claim 2, The washing unit 50 is inclined in the direction of the mounting portion (60) on the lower side of the pot portion (10), Guamegi processing apparatus, characterized in that the nozzles for spraying water on both the left and right sides and the bottom.

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