KR20040042124A - Auto cuttlefish disembowelment machine - Google Patents

Abstract

PURPOSE: An automatic squid cutting machine is provided to cut a squid precisely and evenly and remove internal organs and eyes perfectly and precisely since the squid can be carried in a tightly fastened state. CONSTITUTION: A conveying belt unit(10) includes an approach pulley(11) and a circulation pulley(13). The approach pulley(11) is provided with a reduced diameter part(12) having a smaller diameter than the circulation pulley(13), the middle part having a smaller diameter than the periphery. The circulation pulley(12) at the other side has the same diameter in every parts. A small belt(14) is installed halfway between the approach pulley(11) and the circulation pulley(13) so as to pass through the reduced diameter part(12). A large belt(14) is installed at both side peripheries of the small belt(14) so as to carry a squid with the fin clutched between the small belt(14) and the large belt(15).

Description

Auto cuttlefish disembowelment machine}

The present invention relates to an automatic halter which automatically separates the body and removes internal organs for drying or other processing, and in particular, the squid can be transported in a state where the fin part is firmly fixed in the squid transfer. It is possible to make efficient internal organs and snow removal work while simplifying the configuration of the entire automatic rehabilitation device.

As is well known, several devices for automatically squid are developed. The conventional automatic squid transfers the squid on a belt moving in a straight line, and performs squid, gut removal and snow removal in the middle of horizontal transfer. As a result, as a whole, the length of the automatic halbok is very long as well as the squid is not firmly fixed, so the halbok was not made correctly.

In addition, since the squid is halved and is transported horizontally on the belt, the internal organs and eyes are removed so that the squid does not spread flat on the belt, it is difficult for the removal device to scrape the inside of the body completely. There was a problem that was not neatly removed.

The present invention has been made in view of the above problems, by improving the configuration for transporting the squid to ensure that the exact transfer in a completely fixed state can always be a uniform and accurate position, and the body is slightly reversed after the It aims to remove viscera and eyes completely and accurately by losing viscera and eyes in a losing state, and to make the entire automatic rehabilitation configuration small and simple.

1 is an overall configuration diagram of an automatic half-half according to the present invention

Figure 2 is a plan view showing a conveying belt device of the present invention

3 to 5 is a partial cross-sectional view showing a state that the squid is transported by the present invention,

3 is a state diagram when entering

4 is a state diagram during the transfer

5 is a state diagram passing through the circulation pulley

*** Description of the symbols for the main parts of the drawings ***

1: reclamation machine 10: conveying belt device

11: entry pulley 12: reduced diameter

13: circular pulley 14: sobelt

15: Daebelt 16, 16 ': Support roller

20, 20 ': Entry guide plate 21: Entry space

22: inclined portion 30: entry device

31: new day 40: guide device

50: built-in removal device 51: built-in removal roller

60: snow removal device 61: snow removal roller

The configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the overall configuration of the automatic half circumference (1) of the present invention, a feed belt device 10 composed of an entry pulley (11) and a circulation pulley (13) for transferring a squid, It can be seen that the entrance device 30, the guide device 40, the built-in removal device 50 and the snow removal device 60 in close proximity thereto.

Looking at the conveying belt device 10 in detail, the entry pulley 11 has a smaller diameter than the circulation pulley 13 and the center portion constitutes a reduced diameter portion 12 smaller in diameter than the edge, and the other side circulation The pulley 13 was configured in the same diameter as the whole.

Accordingly, the small belt 14 is installed at the center of the entry pulley 11 and the circulation pulley 13 to pass through the reduced diameter portion 12, and the large belt 15 is installed at both edges thereof.

Support rollers 16 and 16 'are respectively installed on the upper and lower sides of both the pulleys 11 and the circulation pulley 13 so as to support the belt 14, so that the belt 14 on the circulation pulley 13 side. The belt belt 15 was transported in parallel.

And between the large belt (15) and the small belt 14 of the entrance portion is provided with two divided guide guide plates 20, 20 ', the body 101 and the fin of the squid 100 in the center An entrance space 21 through which the portion 102 is connected to enter is formed, and after a certain period, the inclined portion 22 inserted below the belt 15 is formed while the width gradually expands symmetrically.

In addition, in the state in which the conveying belt device 10 is configured as described above, the entry device 30, the half blade 31, and the guide device 40 are configured on the upper surface of the large and small belts 15 and 14, that is, the flat portion. On the circumferential surface of the circulation pulley 13 having the large diameter of the other side, the built-in removal device 50 with the built-in removal roller 51 and the snow removal device 60 with the snow removal roller 61 are installed.

Reference numeral 65, which is not described in the figure, is a support plate to prevent the squid from falling in advance.

Looking at the operation of the present invention configured as described above.

First, the squid is supplied to the entry device 30 one by one. While the fin 102 of the squid 100 is put under the entry guide plates 20 and 20 ', the body 101 enters the entry guide plate 20. It is supplied to protrude to the upper portion of the entry guide plate (20, 20 ') through the entry space 21 of the 20').

Therefore, at first, the fin 102 of the squid enters the entry guide plates 20 and 20 'and both ends of the fin 102 are erected by the large diameter of the entry pulley 11.

In this state, while the squid 100 enters by the driving of the large and small belts 15 and 14, the fin 102 comes into contact with the inclined portion 22 of the entry guide plates 20 and 20 ′ and opens. ) Is entered into the lower part of the halved by the cutting blade 31 for halfway during the transfer in the state sandwiched between the entry guide plate (20, 20 ') and the sobel belt (14), passing through the support roller (16) From the large belt 15 and the small belt 14, the fin 102 is transported in a state sandwiched.

Therefore, since the squid 100 is completely fixed, it passes through the intrinsic removal device 50 and the eye removal device 60, so that the intrinsic and snow removal work can be performed smoothly.

In such a state, the direction of the body 101 is prevented from being changed while passing through the guide device 40, and the viscera is removed while the eye passes through the circular pulley 13 having a larger diameter.

In the above process, the squid is transported in a state fixed to the large belt 15 and the small belt 14, and when passing through a large diameter circular pulley 13, the squid 100 is transported on the outer circumferential surface of the circular pulley 13. ) The whole becomes a little upside down.

In this state, the viscera removal roller 51 of the viscera removal device 50 is in close contact with the body 101 and scrapes off the viscera, so that the viscera can be removed cleanly. It is accurate and clean.

The internal organs and the cuttled squid have completely passed through the large diameter circular pulley 13, and after passing through the discharge guide plate 65 and the supporting roller 16 ', the gap between the sobelt 14 and the large belt 15 is increased. As it opens, it is discharged down.

As described above, the present invention improves the belt system for transporting squid for halving, viscera and snow removal, so that the squid can be transported in a firmly fixed state, thus achieving accurate and uniform halving and the viscera and eyes. It has the advantage of being able to remove it cleanly and accurately. In addition, it is possible to configure the internal removal device and snow removal device on the outer surface of the large diameter belt pulley, so that the overall automatic rehabilitation device can be configured small and neatly. It will be called a very useful invention with the advantages of.

Claims (3)

In the automatic halter which the squid is conveyed by the belt and the halter blade for halting the squid along the belt, the built-in removal device and the snow removal device are installed, The conveying belt device 10 is composed of an entry pulley 11 and a circulation pulley 13, but the entrance pulley 11 is smaller in diameter than the circulation pulley 13 while the center portion is smaller in diameter than the edge thereof. Diameter portion 12 was configured, the other end of the circulation pulley 13 is the same in diameter of the whole, A small belt 14 is installed at the center of the entry pulley 11 and the circulation pulley 13 so as to pass through the reduced diameter portion 12, and a large belt 15 is installed at both edges thereof. Support rollers 16 and 16 'are respectively installed on the upper and lower sides of both the pulleys 11 and the circulation pulley 13 so as to support the belt 14, so that the belt 14 on the circulation pulley 13 side. And the large belt 15 to be transported in parallel, so that the squid fin is conveyed in a state sandwiched between the small belt 14 and the large belt (15). The method of claim 1, Between the large belt 15 and the small belt 14 on the entry side, two divided guide guide plates 20 and 20 'are installed, and the body 101 and the fin ( The entrance space 21 through which the portion 102 is connected can be formed, and after a certain period, the squid is formed by forming the inclined portion 22 inserted into the lower belt 15 while the width gradually expands symmetrically. A squid automatic halter, characterized in that the fin is guided to enter between the large belt (15) and the small belt (14). The method of claim 1, On the circumferential surface of the circular pulley 13 having a large diameter, the upper and lower belts 15 and 14, that is, the entry device 30, the half blade 31, and the guide device 40 are formed on a flat surface. Squid automatic, characterized in that the built-in removal device 50 with the built-in removal roller 51 and the snow removal device 60 having the snow removal roller 61 to be installed and configured to facilitate the internal and eye removal Summer.