KR101904650B1 - Automatic cleaning device for shellfish - Google Patents

Abstract

The purpose of the present invention is to provide an apparatus for automatically cleaning shellfishes, the apparatus which enables high quality shellfish fleshes to be produced and supplied in large amounts since the apparatus not only can clean shellfishes and shellfish fleshes without damages but also enables the shellfishes and shellfish fleshes to be rapidly cleaned in large amounts. More specifically, the apparatus for automatically cleaning shellfishes comprises: a transfer unit (30) which transfers the shellfishes seated on the top surface of a frame from one side to the other side of the frame while the transfer unit (30) is rotated in a longitudinal direction of the frame on the top surface of the frame (10) formed in a rectangular shape; an auxiliary housing (40) which is installed in one side of the frame (10) so that the auxiliary housing (40) is separated from the transfer unit (30); a plurality of cleaning units (60) which include a plurality of first driving parts (610) which are installed at predetermined intervals in the direction corresponding to a transfer direction of the transfer unit (30) at an inner side of the auxiliary housing (40), and a driven part (630) which is spaced apart from the top surface of the transfer unit (30) by a predetermined height in order to clean the shellfishes or shellfish fleshes through friction with top surfaces of shellfishes moved in a state that the shellfishes are seated on the top surface of the transfer unit (30) while the driven part is rotated by receiving a rotary power generated in the plurality of first driving parts (610); and a controller part (80) which is fixedly installed at one side or on the top surface of the auxiliary housing (40) to control rotational speeds for the transfer unit (30) and the plurality of cleaning units (60) and control power supply.

Description

{Automatic cleaning device for shellfish}

The present invention relates to an automatic washing machine for shellfishes, and more particularly, to a washing machine for washing a shellfish such as a shellfish through a washing water injecting means and a rotatable washing means provided on an upper part of a conveying conveyor while feeding a foodstuff having a shellfish inside a shell So that a large amount of washing can be performed quickly.

Generally, the shellfish has a structure that protects the delinquent part with a hard shell, and the delinquent fattening meat has a characteristic of being rich in sugar content and rich in X component compared to fish meat, and having a unique flavor especially when it contains soup.

These shellfish are inhabited by marshes in the sea or fresh water, in the sand, and in the rocks. Therefore, in order to harvest them and use them as food materials, they are washed thoroughly in clean water to remove various foreign substances contained in the fish paste.

That is, in general households and restaurants, after purchasing shellfish for use as a food, they are immersed in clean water for a certain period of time and then taken out separately. However, a large amount of shellfish are processed, A separate mechanical device can only be used in order to process a large amount of food in a short time in order to produce the meat or to feed the meat into the mass food material.

Particularly, with the development of food culture, diverse foods are emerging, economic growth is growing, and the consumption of food is increasing, and the production and supply of shellfish are gradually increasing. Therefore, it is necessary to develop a device to be.

In the conventional case, in the case of a manufacturer that manufactures processed food using a large amount of pastry or a food ingredient supplier that supplies a large quantity of pastry, it is a method for quickly washing shellfish, And a method of cleaning using a cleaning means is used.

However, when such a conventional method and apparatus are used, a large amount of shellfish administered to the inside of the washing means collides with each other inside the rotating body, and the shell is crushed, so that the crushed shell components are fed again, There is a case in which it is required to be washed again, and when washing only the poultry is separated, there is a problem that the poultry tissue is destroyed and damaged and the merchantability is deteriorated.

Particularly, it is necessary to develop a device for solving the above-mentioned conventional problems caused by using a conventional washing means for washing shellfish belonging to a single shell having one shell of shellfish .

- Patent Registration No. 10-199266 (Registered on Mar. 03, 1999, title of invention: washing device for shellfish plate) - Patent Registration No. 10-1545165 (Registered on Aug. 20, 201, entitled: Mussels Washing and Separation Device)

The present invention was conceived to solve the problems of the above-mentioned conventional shell washing apparatus and washing method, and it can be washed without damaging the shell and the fast food, and can be rapidly washed in a large amount, And to provide an automatic washing machine for the shellfish that enables the supply of the shellfishes.

In order to accomplish the above object, the present invention provides an automatic washing machine for shellfishes, comprising: a frame having a predetermined width and length; A conveying means for conveying the shell flow, which is rotated from the upper surface of the frame to the frame in the longitudinal direction and is seated on the upper surface thereof, from one side of the frame to the other side; An auxiliary body installed on one side of the frame so as to be separated from the conveying means; A plurality of first driving parts provided at predetermined intervals in a direction coinciding with a conveying direction of the conveying device from the inside of the auxiliary enclosure; and a second driving part provided on the upper surface of the conveying device while being rotated by receiving the rotational force generated by the plurality of first driving parts A plurality of cleaning means provided with a follower provided to be spaced apart from the upper surface of the conveying means by a predetermined height so as to clean the shell or the paste by friction with the upper surface of the shell, And a control controller unit fixedly installed on one side or the upper surface of the auxiliary housing to control the rotation speed and the power supply.

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Particularly, at the end of the washing means, a height adjusting means for automatically adjusting the height according to the size of the shell may be provided at the end of the washing means, And the height adjusting means comprises a support having a predetermined length which is installed horizontally with the upper surface of the conveying means from the outer side of the auxiliary enclosure to the upper side of the conveying means, An elastic fixing member having one end fixed to the fixing piece and the other end horizontally installed toward the cleaning means side; a lower end fixed to a first fixing member axially fixed to the cleaning means to maintain an idling state; A rotating piece which is elastically fixed to the other end of the elastic fixing member, an idling state The first fixing member is simultaneously rotated when the second fixing member is pivotally moved according to the height of the follower portion so that the second fixing member and the first fixing member are moved in the forward and backward direction, And the other end is fixed to the fixed piece so as to prevent the driven piece of the cleaning device from coming into close contact with the upper surface of the conveying unit and the other end is brought close to the pivot piece And an overturn prevention member installed at a lower portion of the elastic fixing member.

In addition, it is preferable that the lower part of the conveying unit further comprises a wastewater receiver for collecting water and various foreign substances, which are discharged after cleaning the shellfish, in one place and discharging the water through a discharge port provided at one side.

Also, the conveying means may include a drive geared motor installed inside the auxiliary housing to be rotated at a constant speed by receiving external power, a drive shaft connected to one side of the conveying means and connected to the drive geared motor, And a plurality of driving gears coupled to the outer periphery of the driving shaft at regular intervals, the conveyor driving unit being installed at one end of the frame; A driven shaft provided horizontally with respect to the drive shaft at the other end of the opposite side frame of the conveyor drive unit and a conveyor having a plurality of driven gears coupled to the outer circumferential edge of the driven shaft at a predetermined interval, Follower; A plurality of conveying conveyors which are coupled in a circumscribed state to the driving gear of the driving shaft and the driven gear of the driven shaft, respectively, and which are rotated in the longitudinal direction of the frame by the rotational force of the driving shaft, .

The first driving unit of the cleaning unit may include a driving motor that is controlled in speed by control of the control controller unit and a driving motor that is connected to the driving motor by a power transmitting member and rotates in a state of being extended to an upper portion of the plurality of conveying conveyors. And the follower includes a plurality of drive gears spaced apart from each other by a predetermined distance in the width direction of the conveying conveyor so as to correspond to the plurality of conveying conveyors on the rotation axis extending to the upper portion of the conveying conveyor, A driven gear coupled to the driving gear by a driving chain and coupled horizontally to an upper portion of the conveying conveyor at a lower position than the rotating shaft, The foreign matter is removed by friction with the upper surface of the shell And a cleaning brush for cleaning the cleaning brush.

In addition, on both sides of the conveying conveyor made up of a plurality of rows, guiding walls having a constant height for guiding the steady flow of the shell flow are provided, and guide walls on both sides of the conveying conveyor, The cutting portion is connected to a cushioning member whose one end is fixed to the upper surface of the frame and the other end is fixed to the guide wall on the rear side so as to be rotatable in the inward and outward directions of the conveying conveyor And a flexible guiding wall made of a flexible guiding wall formed thereon to elastically support both of the shellfishes according to the size of the shellfish being transported, thereby preventing movement during washing.

In the automatic washing machine for shellfishes according to the present invention having the above-mentioned structure, when a shellfish such as an abalone is placed on a conveying conveyor composed of a plurality of rows, the shellfish automatically moves while passing through washing means arranged in plural rows, This makes it possible to clean the shellfish quickly and in large quantities.

Accordingly, not only can labor costs be reduced to reduce labor costs, but also a useful action effect is provided that can produce and provide high quality processed food through rapid washing of shellfish.

1 is a front view of an automatic washing machine for shellfish according to the present invention;
FIG. 2 is a side sectional view of a shellfish automatic washing apparatus according to the present invention,
3 is a horizontal sectional view of an automatic washing machine for shellfish according to the present invention,
4 is a partial view of the conveying conveyor in the shellfish automatic washing apparatus according to the present invention,
FIG. 5 is a view illustrating an installation state of a height adjusting member provided in the washing means in the shellfish automatic washing apparatus according to the present invention,
FIG. 6 is a partial view of the washing means in the shellfish automatic washing apparatus according to the present invention;
FIG. 7 is a block diagram of a control controller of an automatic washing machine for shellfish according to the present invention;
8 is a plan view of the conveying means side in which the shellfish is cleaned in the shellfish automatic washing apparatus according to the present invention.

In the present invention, only the shellfish, particularly the rolled shellfish such as rolled up, are placed on the conveying conveyor of the conveying means, and as the conveying conveyor moves, The present invention provides an automatic washing machine for a shellfish that can remove various foreign substances adhering to the sea.

To this end, the apparatus for automatically washing shellfishes according to the present invention comprises: a frame having a predetermined width and length, the top surface of which is maintained in a horizontal state; And conveying means for conveying the shell flow, which is rotated from the upper surface of the frame to the frame in the longitudinal direction and is seated on the upper surface thereof, from one side of the frame to the other.

An auxiliary enclosure installed on one side of the frame so as to be separated from the conveying unit; A plurality of first driving parts provided at predetermined intervals in a direction coinciding with a conveying direction of the conveying device from the inside of the auxiliary enclosure to generate power for driving the washing device; And a plurality of cleaning means provided with a follower provided at a predetermined height from the upper surface of the conveying means to clean the shell or the paste by friction with the upper surface of the shell, which is received and rotated on the upper surface of the conveying means, Respectively.

And a control controller unit fixedly installed on one side or the upper surface of the auxiliary housing so as to control rotation speed and power supply to the conveying unit and the plurality of cleaning units.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the invention are shown.

FIG. 1 is a front view of an automatic washing machine for shellfish according to the present invention. FIG. 2 is a side view of the automatic washing machine for shellfish according to the present invention. And the plan view of the automatic cleaning device, respectively.

As shown in the drawings, the automatic washing machine for shellfish according to the present invention is provided with a frame 10 in a horizontal state, and a plurality of vertical supports 12 are provided at a lower end of the frame 10 at a predetermined height, ) Is kept at a constant height on the floor surface.

A plurality of vertical supports (12) for supporting the frame (10) can be mounted on the lower ends of the plurality of vertical supports (12) to adjust the height of the frame (10) A horizontal support 13 is connected to the frame 10 so as to prevent the frame 10 from shaking and two or more casters 16 are provided on the horizontal support 13 so that the frame 10 can be easily moved When the height regulating receptacle 14 provided at the lower end of the vertical support 12 is moved upward, the caster 16 is rotated while being in contact with the bottom surface, and the frame 10 can be moved.

On the other hand, the upper surface of the frame 10 is provided with a conveying means 30 that rotates from one side to the other side in the left and right longitudinal direction, so that the shell flow that is placed on the upper side can be moved from one side to the other side.

A cleaning means 60 is installed on the upper portion of the conveying means 30 at a position spaced apart from the upper surface of the conveying means by a predetermined height. The cleaning means 60 is provided on the inner side of the auxiliary housing 40 And a follower 620 for washing the shell or the meat paste by friction with the surface of the shellfish conveyed to the upper surface of the feeder 30 while being rotated by receiving the power from the first drive unit 610.

In addition, a control controller 80 for controlling the rotation speed and power supply to the conveying means 30 and the plurality of cleaning means 60 is provided on one side or the upper side of the auxiliary enclosure 40.

A washing water supply part 50 is installed on one side of the plurality of washing means 60 located on the upper surface of the conveying means 30 and discharges the washing water to the upper part of the shell flow that is seated on the upper surface of the conveying means 30, Thereby improving cleaning efficiency.

At the lower end of the conveying means 30, a wastewater receiver 20 is installed at a predetermined slope so that water and various foreign substances collected and discharged after the washing of the shellfish are gathered at one place and discharged to one side. And an outlet 22 is provided in the outlet 22 so that waste water can be discharged through an operation of the discharge outlet 24 provided in the outlet 22. [

Hereinafter, the above-described main configuration will be described in more detail.

The conveying means 30 horizontally installed in the longitudinal direction of the frame 10 on the upper surface of the frame 10 to convey the shell-like flow from the upper side to the other side is provided on one side of the frame 10 A conveyor driven part 310 provided at the other end of the opposite side frame 10 of the conveyor drive part 301 and a conveyor driven part 310 provided between the conveyor driven part 301 and the conveyor driven part 310 And a transporting conveyor 320 of a flat plate type rotating repeatedly.

The conveyor drive unit 301 includes a drive geared motor 302 that is rotated at a constant speed by receiving external power through the control of the control controller unit 80 and is installed inside the auxiliary enclosure 40, A drive shaft 304 horizontally inserted into one side of the drive shaft 30 and connected to the drive geared motor 302 and rotated; And a plurality of driving gears 306 to be installed.

The conveyor follower 310 includes a slave shaft 311 provided at the other end of the conveying means 30 horizontally to the drive shaft 304 of the conveyor drive unit 301, And a plurality of driven gears 312 spaced at a predetermined interval in the width direction of the conveying means 30 from the peripheral edge.

A conveying conveyor 320 having a strip shape is installed between the driving shaft 304 of the conveyor driving unit 301 and the driven shaft 311 of the conveying driven unit 310, The drive gear 306 of the drive shaft 304 and the driven gear 312 of the driven shaft 311 are respectively connected in a circumscribed state and rotated in the longitudinal direction of the frame 10 by the rotational force of the drive shaft 304, And to transfer the shellfish that is seated on the fish.

Particularly, the conveying conveyor 320 is divided into a plurality of columns to convey the shell angle raised on each conveying conveyor 320, and a shell flow conveyed to both sides of the conveying conveyor 320 composed of a plurality of columns And a guide wall 330 for preventing the guide wall 330 from being separated from the outside.

Although the conveying conveyor according to the embodiment shown in the drawing is constituted by a flat conveyor, the shell conveyed on the upper surface of the conveying conveyor may be provided with a concave-convex projection on the surface thereof so as not to come into contact with the rotary brush of the washing means A release preventing groove, a latching jaw, or the like may be formed, and conveying means of other shapes such as a chain type or the like may be applied.

4, on both side guide walls 330 of the conveying conveyor 320 where the follower 620 of the cleaning means 60 is located, The cut portion 331 is formed with a fixed bushing 335 whose one end is fixed by a fixing pin 333 so as to be rotatable on the upper surface of the frame and whose other end is provided on the rear side fixed guide wall 330, A variable guide wall 332 fixed to the conveying conveyor 320 and capable of flowing in the inner and outer directions of the conveying conveyor 320, that is, in the width direction of the conveying conveyor 320, is provided and, depending on the size of the conveyed shell, So as to prevent the movement of the shell when washing.

A plurality of cleaning means 60 are installed at predetermined intervals in the conveying direction of the conveying conveyor from the upper portion of the conveying means 30. Each of the cleaning means 60 is provided inside the auxiliary enclosure 40, A drive motor 611 that generates power under the control of the control controller unit 80 and a drive pulley 612 connected to the drive motor 611, a drive belt 613, and a driven pulley 614 And a first driving unit 610 including a rotating shaft 615 rotated by receiving a rotational force through a transmitting member. The rotating shaft 615 is drawn out to the outside of the auxiliary enclosure 40, And a structure having a predetermined length extending to the upper portion.

In addition, a plurality of second driving units 620 are provided on the rotary shaft 615 drawn out from the auxiliary enclosure 40 and extending to the upper portion of the conveying means 30 to correspond to the conveying conveyor composed of a plurality of rows, The second driving unit 620 is provided with a follower 630 connected to the upper surface of the conveying conveyor 320 and positioned lower than the rotating shaft 615 to contact the surface of the shell, Lt; / RTI >

The second driving unit 620 includes a plurality of driving gears 621 spaced at predetermined intervals in the width direction of the conveying conveyor 320 so as to correspond to the plurality of conveying conveyors 320, 630 includes a driven gear 631 and a driven shaft 632 connected to a plurality of driving gears 621 by a drive chain 622 to receive a rotational force and a driven gear 633 coupled to a distal end of the driven shaft 632, And a cleaning brush 635 that rotates together with the transfer conveyor 320 and removes foreign matter through friction with the upper surface of the shell flow that is seated on the upper surface of the conveyance conveyor 320.

The cleaning brush 635 is made of a non-toxic synthetic resin and has a constant strength and durability. It is more preferable that the cleaning brush 635 has a replaceable structure that can be easily replaced when it is worn after a certain period of use.

At the end of the rotating shaft 615 of the washing means 60, a moving part 630 for performing washing while directly contacting the shell or the meat of the shellfish moved on the upper surface of the feeding means 30 moves, A height adjusting means 70 for automatically adjusting the height according to the size of the cleaning means 60. The installation state of the height adjusting means 70 provided in the cleaning means 60 is partially shown in Figure 5 .

The height adjusting means 70 includes a support 701 having a predetermined length which is horizontally installed on the upper side of the conveying means 30 from the outer side of the auxiliary enclosure 40 to the upper side of the conveying means 30, 701 and fixed to the lower end of the support 701 by a predetermined length and an elastic fixing member 702 having one end fixed to the fixing member 702 and the other end horizontally installed toward the cleaning means 60 A first fixing member 705 fixed to the rotating shaft 615 of the first driving unit 610 such that an idling state thereof is maintained and a lower end fixed to the first fixing member 705, Fixed to the driven shaft 632 at the driven portion 630 side of the cleaning means 60 in an idling state so as to be elastically fixed to the other end of the elastic fixing member 703, A second fixing member 707 and an intermediate connecting member 706 for interconnecting the first fixing member 705 and the second fixing member 707 It consists of hamhan configuration.

The height adjusting means 70 configured as described above is configured such that the driven portion rotating to wash the shell flow moving to the upper surface of the conveying conveyor maintains proper contact with the upper surface of the shellfish placed on the upper surface of the conveying conveyor, Thereby improving the surface cleaning efficiency.

That is, the height adjusting means 70 is configured such that the rotation piece 704 is coupled to the first fixing member 705 fixed on the rotary shaft 615, The tensile force is transmitted to the intermediate connecting member 706 connected to the first fixing member 705 and the tensile force transmitted to the intermediate connecting member 706 is transmitted to the second fixing member 707, The driven shaft 632 to which the fixing member 707 is coupled is pressed against the upper surface of the conveying conveyor 320 in the direction in which the tension force of the elastic fixing member 703 acts and the cleaning brush 635 Is not moved away from the upper surface of the conveying conveyor 320, so that the cleaning operation can be performed.

On the other hand, due to the tensile force of the elastic fixing member 703, the pivotal piece 704 is excessively moved toward the support base 701 so that the follower 630 is closer to the upper surface of the conveyance conveyor and becomes lower than the height of the shell conveyance, And the other end of which is protruded toward the rotating piece 704 is further provided on the lower end of the elastic fixing member 703 .

6 is a partial schematic view of the installation structure of the washing water supply unit 50 provided on one side of the washing unit 60 and the washing unit 60. As shown in FIG.

6, the washing water supply unit 50 is installed on one side of a plurality of cleaning means 60 positioned on the upper surface of the conveying means 30, and is installed on the upper surface of the conveying conveyor 320, Is configured to spray wash water to the top of the flow.

That is, the washing water supply unit 50 includes a main water supply pipe 51 installed at one side of the auxiliary enclosure 40 along the moving direction of the conveying conveyor 320, A plurality of branch water supply pipes (53) installed to a predetermined length from the main water supply pipe (51) to the upper portion of the conveyance conveyor so as to supply wash water to a plurality of cleaning means located at the upper portion of the conveyor, And an injection nozzle 54 for spraying downwardly supplied washing water.

The cleaning water supply unit 50 constructed as described above is controlled by the control controller 80 to supply the washing water to the plurality of branch water supply pipes 53 while the solenoid valve 52 provided at one end of the main water supply pipe 51 is opened The washing water is sprayed to the follower side of each of the plurality of washing means through the spray nozzle 54 after branched.

Accordingly, while the washing water is sprayed on the shell water that is washed by the washing brush while being carried on the conveying conveyor, various foreign substances desorbed from the surface of the shell by the washing brush are cleanly washed away by the sprayed washing water.

7, the configuration of the control controller 80 for controlling the operation of the above-described main operation unit is shown as an excerpt.

The control unit 80 includes a washing means speed adjusting unit 82 corresponding to a plurality of washing means, a main power switch 802 for controlling the entire power source of the washing apparatus, A water supply opening / closing switch 803 for supplying wash water, a conveyor power switch 804 for operation of the conveying conveyor, A conveyor speed control switch 806 for controlling the moving speed of the conveyor, and an emergency switch 805 for shutting off the entire power supply of the cleaning device in an emergency.

The process of washing the shellfish using the shellfish automatic washing apparatus according to the present invention having the above-described constitution and structure is shown in a plan view in FIG.

8, the automatic washing machine for shellfishes according to the present invention operates the washing means and the conveying means through the control controller, adjusts the washing water to be supplied, To put the shellfish to be washed.

 That is, in the case of a shellfish made of a single plate such as an abalone, the shellfish raised on the upper surface of the conveying conveyor is conveyed to the central portion provided with the washing means by the rotating conveyance conveyor, When reaching the follower portion of the washing means, various foreign substances adhering to the surface of the shell or the paste are removed while the surface of the shell and the paste are in contact with the rotating washing brush, and the washing water supplied from the washing water supplying portion The foreign matter desorbed by the filter is washed away from the surface of the shell and the meat.

On both sides of the conveying conveyor on which the shell flow is moved, a guiding wall is provided in the moving direction of the conveying conveyor, so that the shell can move properly without being separated from the conveying conveyor during the movement of the shell, Is supported on both sides by a variable guide wall protruding more than the fixed guide wall on the inside of the conveying conveyor so as to prevent the shell fluid coming into contact with the rotating washing brush from moving or being pushed to one side,

10: frame 12: support
14: height adjusting base 16: caster
20: wastewater receiver 22: outlet
24:
30: conveying means
301: conveyor drive unit 302: drive geared motor
304: drive shaft 306: drive gear
310: conveyor follower 311:
312:
320: conveying conveyor
330: guide wall 331:
332: Variable guide wall 333: Fixing pin
334: buffer member
40: auxiliary enclosure
50: wash water supply part 51: main water supply pipe
52: solenoid valve 53: branch supply pipe
54: injection nozzle
60: Cleaning means
610: first driving part 611: driving motor
612: drive pulley 613: drive belt
614: driven pulley 615: rotating shaft
620: second driving part 621: driving gear
622: drive chain 623: first fixing member
630: Slave portion 631: Slave gear
632: Slave shaft 635: Cleaning brush
70: height adjusting means
701: Supporting frame 702:
703: elastic fixing member 704:
705: first fixing member 706: intermediate connecting member
707: second fixing member 708: excessive rotation prevention member
80: control controller unit 82: cleaning means speed control unit
801: Power lamp 802: Main power switch
803: Water supply opening / closing switch 804: Conveyor power switch
805: Emergency switch 806: Conveyor speed control switch

Claims (7)

A conveying means (30) for conveying a shell flow, which is rotated in the longitudinal direction of the frame (10) from the upper surface of the frame (10) having a predetermined width and length and is seated on the upper surface thereof, from one side to the other side; A first driving part 610 provided at a predetermined interval in the same direction as the conveying direction of the conveying means 30 from the inside of the auxiliary enclosure 40 provided at one side of the frame 10, (30) by friction with the upper surface of the shell to be moved on the upper surface of the conveying means (30) while being rotated by receiving the rotational force from the conveying means (610) A plurality of cleaning means (60) provided with a driven portion (630); And a control controller 80 fixed to one side or the upper surface of the auxiliary enclosure 40 to control the rotational speed and power of the conveying means 30 and the cleaning means 60,
A height adjusting means 70 is provided at the distal end of the washing means 60 so that the follower 630 automatically adjusts the height according to the size of the shell,
The height adjusting means (70)
A support 701 having a predetermined length provided on the outer surface of the auxiliary enclosure 40 and horizontally disposed on the upper side of the conveying means 30 to the upper surface of the conveying means 30,
A fixing piece 702 coupled to the support 701 and protruding from the lower end of the support 701 by a predetermined length,
An elastic fixing member 703 having one end fixed to the fixing piece 702 and the other end horizontally installed toward the cleaning means 60,
A rotatable piece 704 having a lower end fixed to the first fixing member 705 and an upper end fixed to the other end of the elastic fixing member 703 so as to be held in an idling state by the cleaning means 60, )and,
The first fixing member 705 is rotated at the same time when the second fixing member 707 axially fixed in the idling state is rotated on the follower portion 630 of the cleaning means 60 so as to be connected to the elastic fixing member 703 An intermediate connecting member 706 for interconnecting the second fixing member 707 and the first fixing member 705 so that the rotating piece 704 is moved in the front and rear direction,
The rotation piece 704 is excessively rotated toward the elastic fixing member 703 so as to prevent the follower 630 of the cleaning unit 60 from coming into close contact with the upper surface of the conveying unit 30, And an overturn prevention block (708) fixed to the elastic fixing member (703) so that the other end thereof is close to the rotation piece (704). . delete delete The method according to claim 1,
And a wastewater receiver 20 for collecting water and various kinds of foreign substances collected in the washing water discharge port 22 at one side of the conveying means 30 at a lower end thereof, Automatic shellfish cleaning equipment. 5. The method of claim 4,
The conveying means (30)
A drive geared motor 302 installed inside the auxiliary enclosure 40 to be rotated at a constant speed by receiving external power and a drive geared motor 302 connected to the drive geared motor 302, A driving shaft 301 and a plurality of driving gears 306 coupled to the outer circumferential edge of the driving shaft 304 at a predetermined interval and installed at one end of the frame 10;
A driven shaft 311 horizontally installed on the drive shaft 304 at the other end of the opposite side frame 10 of the conveyor drive unit 301 and a driven shaft 311 coupled to the outer periphery of the driven shaft 311 at a predetermined interval, A conveyor follower 310 having a plurality of driven gears 312 corresponding to the drive gear 306;
The driving gear 306 of the driving shaft 304 and the driven gear 312 of the driven shaft 311 are coupled to each other in a circumscribed state so as to be rotatable in the longitudinal direction of the frame 10 And a plurality of conveying conveyors (320) for conveying a shell flow that is seated on the upper surface while being rotated. 6. The method of claim 5,
The first driving unit 610 of the cleaning means 60 includes a driving motor 611 that is controlled in speed by the control of the control controller 80 and a driving motor 611 connected to the driving motor 611 by a power transmitting member, And a rotating shaft (615) extending to the top of the conveying conveyor (320) and rotated,
The driven part 630 is provided on the rotating shaft 615 extending to the upper part of the conveying conveyor 320 and has a plurality of conveying units 320 spaced apart from each other by a predetermined distance in the width direction of the conveying conveyor 320, And a driven gear 631 connected to the driving gear 621 by a driving chain 622 are coupled to the outer periphery of the driving gear 621 so as to rotate at a lower position than the rotating shaft 615, A driven shaft 632 which is horizontally installed on the upper portion of the transporting conveyor 320 and a driving shaft 632 which is coupled to the end of the driven shaft 632 and rotates together with the driven shaft 632, And a washing brush (635) for removing foreign substances while being washed. The method according to claim 6,
Guide walls 330 are provided on both sides of the conveying conveyor 320 to guide the shell conveyance so that the shell flow can be stably conveyed,
Cutting portions 331 are cut along the moving direction of the conveying conveyor 320 on both guide walls 330 of the conveying conveyor 320 where the driven portion 630 of the cleaning means 60 is located,
The cutting portion 331 is connected to a cushioning member 334 having one end fixed to the upper surface of the frame 10 and the other end fixed to the rear guide wall 330 to rotate in the inner and outer directions of the conveying conveyor 320 And a variable guide wall (332) as far as possible.

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