KR100509172B1 - Cuttlefish processor - Google Patents

Abstract

The present invention relates to a squid processing machine, and more specifically, to squid body and to remove the internal organs and endothelial, etc. in the body by using a rotary cutter and vacuum pressure, and selectively cut the ear from the body using a circular cutter Finally, to provide a squid processing machine to be transported and washed by brush rollers and washing water.

That is, the present invention constitutes the squid processing machine 1, but the clamping guider 12 to the front and rear of the conveying belt 11 so that the squid body (44a) in a separated state with the ear (44b) to be circulated in the pressurized state ), And the clamping guide 12 is axially installed on the tension lever 19 elastically installed in the spring 20 to press the front and rear pressure rollers (15, 16) to pressurize the squid, and the front tension lever (19) Pressure sensing clamp 17 capable of angular movement by installing a sensing rod 21 that can be sensed by the proximity sensor 22 installed on one side of the body 2 and being elastically installed on the spring 25 and being axially installed on the shaft pin 24. A halved portion 4 having a squid inlet pressurizing portion 3, a circular cutter 18 for circumcising the squid body conveyed in a pressurized state on the input pressurizing portion 3, and the halved portion 4 The deployment guider 27 of the isosceles triangle form which unfolds the squid body which was halved in (), and the said deployment guider (27) The first-vacuum suction unit 5 and the first-vacuum suction unit 5 formed of a primary-vacuum suction tube 28 for vacuum suction of the internal organs and Second-vacuum suction tube 29 for cutting and vacuuming the internal organs and endothelial body through the second body, and the second vacuum-vacuum suction tube 29, the lower portion is rotatable inside the housing 30 is open Lifting cylinder (37) having a cylindrical rotary cutter (31) having a plurality of cutting grooves (31a) and a fixed cutter (32) having a cutting blade (32a) fixedly installed at an inner edge of the rotary cutter (31). Secondary-vacuum suction-built-endothelial-cutting portion 6 installed on the elevating plate 35 capable of elevating control by means of the elevating control plate 35 and the elevating cylinder 37 are proximity sensors for sensing the sensing rod 21 ( The solenoid 23 controlled by the solenoid 23 controlled by the control unit 22, and the squid whose internal organs have been removed from the secondary-vacuum suction-intestinal-endothelial-cutting section 6 The guts are sucked in by the time set by the timer built-in on the control panel, the piston rod 37a is raised and the vacuum suction by the second-vacuum suction-solenoid 23a is stopped by the time set by the timer. It is configured to prevent the suction and cut by the (31), and also comprises a cleaning transfer unit (8) consisting of a front and rear brush roller 38 for washing and transporting the squid, the gas between the brush roller (38) 2) to install a circular cutter 39 on the removable drive unit 40 to selectively cut the squid ears,

According to the present invention, the body 44a of the squid 44 injected through the input pressurizing unit 3 is pressurized by the pressure rollers 15 and 16 and the pressure clamp 17 so that the center line 44a of the body 44a of the squid 44 is pressurized. After locating in an appropriate state, circumcised with a circular cutter 18 installed in the longitudinal direction, and then the body 44a is developed at the first-vacuum suction part 5 and at the same time, the intestine is first vacuum-induced. Remove and remove the remaining viscera and endothelium from the secondary-vacuum suction-intestinal-endothelial-cutting section 6 onto the elevating plate 35 and rotate with the rotating cutter 31 and the fixed cutter 32 at the same time. By removing it cleanly by vacuum suction input, it is to be collected separately, and the squid ear 44b can be selectively removed by the circular cutter 39 constituting the cleaning and ear removal unit 7 with the brush roller 38. In a cuttlefish made by hand or inefficient automated machine Intestinal removal and ear cutting can be automated, and the squid guts are removed by the first and second vacuum suction and cutting process after circumference of the body (44a). In addition, it can cleanly remove the tattered endothelium around the intestines, and by selectively removing the squid ears 44b according to the needs of the consumers, it is possible to provide a device that meets the needs of various consumers, the conventional squid processing work It is possible to minimize the manpower consumption that follows, thereby maximizing the cost and manpower saving effect of squid processing.

Description

Cuttlefish processor {Cuttlefish processor}

The present invention relates to a squid processing machine, and more specifically, to squid the squid body, and to remove the internal organs and endothelial, etc. in the body reliably by using a rotary cutter and vacuum pressure, the ear from the squid body selective using a circular cutter It is to provide a squid processing machine that can be cut into a mold and finally transported and cleaned by a brush roller and washing water.

In general, squid has a great advantage in terms of its functionality, such as rich taurine content, its unique taste, and its popularity as a Korean fish. However, these squid are a lot of difficulties in the processing process.

In particular, it was difficult to remove the internal organs and the tattered endothelium around the internal organs after halving the body than other parts of the squid, and there was a considerable difficulty in the automation of processing operations.

Existing squid gut removal has been mainly relied on by hand, and recently, a squid processor that removes guts with a vacuum suction device has been disclosed. However, since guts cannot be completely removed, the remaining guts flow into the wastewater and cause environmental pollution. So far, it has had considerable difficulty in practical use.

In other words, the internal organs of the squid body are integrally attached to the squid body and occupy 30% of the total body weight. When trying to remove it by vacuum pressure alone, part of the intestine is often stuck to the body, so the intestine could not be removed cleanly.In order to solve this problem, some parts of the intestine have been removed. The method of scraping and removing with a brush has also been devised, but it was also difficult to remove the viscera efficiently, and one-third of the viscera flowed into the wastewater and was not practical.

This method has a considerable difficulty in automatically processing the intestines removal in the existing squid processing, such as difficulty in treating the wastewater generated by supplying the sprayed water at the same time when using the brush, especially removing the tattered endothelial around the intestines Was not possible, so a separate removal was required.

In order to solve this problem, the inventor of the present invention has already filed a squid processing machine (application number: 10-2001-63860) that can automatically perform squid removal.

In the above-mentioned invention, the cuttlefish body is formed by squid insert pressurizing portion to the upper one side of the gas constituting the squid processing machine, and the squid body is circumcised with a circular cutter, and the ear is cut and removed with a separate circular cutter, and then it is developed through the deployment part. After inserting into the built-in removal part, the built-in was cut and separated by a screw cutter and pumped to be discharged separately. Secondly, a vacuum suction device was installed to remove the built-in more reliably by vacuum pressure. On the side, the press crushing roller is installed continuously to pass the squid with the internal organs removed, and then squeezes and crushes the eyes and mouth, and then puts them into the washing unit to clean them with washing water and a plurality of brushes to automatically discharge them. Squid processing, which was done by an inefficient automated machine, But so you can hwahal,

In the case of the above-mentioned invention, the removal of the internal organs by the screw cutter is not efficiently performed, and the residues remain in the body by pressing and crushing the eyes and mouth, and the operation is poor due to difficulty in precise timing during vacuum suction. It was not enough to satisfy the consumer's demand for eliminating squid internal organs.

In the present invention, to provide a squid processing machine that can automatically remove the internal organs and the endothelium by halving the squid body,

The present invention particularly detects the squid in the input pressurization unit as a sensing means, so that the vacuum suction device operates only for a predetermined time, so that the squid leg is sucked and cut due to unnecessary vacuum pressure in the intrinsic removal unit. It can be removed by the 1st and 2nd removal operation. The vacuum is simultaneously cut by the cylindrical cutter that rotates to the tendon area of the internal organs which are not removed by vacuum pressure and the tattered inner skin on the left and right sides of the internal organs. The present invention provides a squid processing machine that can completely remove the internal organs and endothelial removal by performing suction suction under pressure, and selectively removes the ears attached to the squid body. It is completed.

1 is a perspective view showing a preferred embodiment of the squid processing machine (1) provided by the present invention, Figure 2 is a front configuration diagram of the present invention, Figures 3 to 9 are excerpts and the like of the main components of the present invention, The configuration of the present invention together with these drawings in detail as follows.

When the squid processing machine 1 of the present invention is largely divided, the squid input pressurizing unit 3 is formed at one side of the upper part of the base 2, and the body of the squid introduced through the input pressurizing unit 3 can be relaxed. The deployment-first-vacuum suction unit for removing the part of the development and internal organs by vacuum pressure through the deployment guider 27 through the operation of the abdominal cavity 4 and the halved squid body through the deployment abdomen 4 ( 5) and a secondary-vacuum suction-intestinal-endothelial-cutting section (6), which removes residual gut and endothelium of the squid from which the torso is developed and part of the gut is removed by using vacuum pressure at the same time as cutting, and squid Ear removal unit (7) for selectively removing the ear attached to the body, the ear removal unit (7) is installed with the cleaning transfer unit (8) for cleaning the squid and transport at the same time, the discharge portion for discharging the processed squid (9), a device for transmitting power to each of the components (2) comprises a power transmission unit 10 on the back.

And the transfer belt 11 is composed of a conveying belt 11 and a stainless steel plate to be sequentially transferred in a state in which the squid to be processed for each processing step described above is transferred to the squid ear placed on the conveying belt 11 Clamping guide 12 on the upper side of the conveying belt 11 to guide the conveying in the clamping state together with the 11 is installed with a predetermined inclination on the front surface of the base 2 to the motor 13 on the power transmission unit 10. It is installed to be driven by.

Into the input pressurizing unit 3 is inserted into the feed belt 11 and the clamping guide 12 between the squid's ears and the input separating plate 14 is installed so that the body is placed in the upper clamping guide 12. At the rear side of the input separator plate 14, the front and rear pressure rollers 15 and 16 can sense the entrance of the squid body and at the same time, pressurize the squid body in the center direction to halve the center line accurately. A pressure clamp 17 is installed, and a circular cutter 18 is installed between the pressure rollers 15 and 16 to circulate the squid body.

The pressure rollers (15, 16) are axially installed on the tension lever (19) to provide a predetermined tension so that it can be pressed according to the thickness of the body of the cuttled squid to be able to lap the exact center line of the body, the front and rear The tension lever 19 is elastically installed by the spring 20 to be positioned with elasticity to the squid body.

In addition, a sensing rod 21 is installed at one side of the tension lever 19 on the front side of the tension lever 19 to provide a signal for whether or not the squid is input to the proximity sensor 22 installed at the upper rear side of the gas 2. .

Although the proximity sensor 22 will be described later, the lifting cylinder is detected by a signal for detecting the squid being input and opening and closing the solenoid 23 installed in the secondary-vacuum suction-internal-endothelial-cutting part 6 of FIG. 7. When the piston rod 37a of the 37 is contracted and the elevating plate 35 is lowered to cut the internal and inner skins in which the rotary cutter 31 is attached to the body, the secondary-vacuum suction pipe connected to one side of the housing 30 ( 29) the intestines, endothelial inhalation.

The start point and the end point of the solenoid 23 can be arbitrarily adjusted using a timer built into each control panel (not shown) to adjust the fall time and the cutting and vacuum suction time according to the squid size.

And the pressure clamp 17 is elastically installed by the spring 25 to enable the angular movement with the shaft pin 24 on the clamping guide 12, and cut into the circular cutter 18 to cut the squid body to be halved on the correct center line It is to enter the center so that it can be. Reference numeral 26 in the figure shows a screw-type adjustment stopper for intermittent angular movement range of the pressure clamp 17.

The deployment guider 27 constituting the development-primary-vacuum suction portion 5 for vacuuming and removing a portion of the internal organs of the halved squid firstly is composed of an isosceles triangular shape in plan view. In order to deploy the body sequentially, the deployment guider 27 is provided with a primary-vacuum suction pipe 28 so as to vacuum suction the internal organs of the halved squid. The primary-vacuum suction pipe 28 is branched separately from the secondary-vacuum suction pipe 29.

After the squid body is unfolded, it is developed in the first-vacuum suction part (5), and the second in-vacuum can reliably cut, vacuum suck and remove the remaining intestines and endothelium inside the squid body in which a part of the intestines is vacuum-inhaled. The suction-inner-endothelial-cutting part 6 shaft-mounts a cylindrical rotary cutter 31 in the housing 30 with a lower opening, and a fixed cutter 32 is installed in the rotary cutter 31. do.

The rotary cutter 31 is composed of a cylindrical body and an open one side of the tubular body, a plurality of cutting grooves (31a) are formed on the circumference at a predetermined interval, the cutting groove (31a) is the center of the rotary cutter 31 Perforations are to be made radially at a predetermined angle.

The fixed cutter 32 is installed to prevent a closed end that is not caught by the cutting groove 31a after a portion of the internal parts cut and sucked by the rotary cutter 31 is cut into the cutting groove 31a. The cutter 32 also forms an arc-shaped cutting blade 32a.

The housing 30 is connected to the secondary-vacuum suction tube 29 by the flange 30a, and the expansion-joint tube 33 is installed in the middle of the secondary-vacuum suction tube 29 so that the housing 30 For the vacuum suction, the lifting cylinder 37 can be stretched during the lifting operation up and down by the stretching operation.

The housing 30 is connected to the inside of the base 2 and is fixed on the elevating plate 35 elastically installed on the spring 34 so that the end thereof can elevate up and down, and the elevating plate 35 is left and right guide bar 36. While being guided to and connected to the piston rod 37a of the lifting cylinder 37, the lifting operation. A threaded adjustment stopper 26a that can limit the lowering width of the housing 30 is also installed on one side of the housing 30.

And a secondary-vacuum suction-solenoid 23a is connected and installed in the middle of the secondary-vacuum suction tube 29 to cut and cut the squid intestine and the endothelium at the secondary-vacuum suction-internal-endothelial-cutting part 6. When the suction is completed and lifted by the lifting cylinder 37 (at the same time), vacuum suction is stopped for a very short time (adjusted by a timer on the control panel) (during the time that the squid leg passes) and the leg moves to the rotary cutter 31. The vacuum pressure is controlled to prevent the suction and cutting.

The washing and transporting unit 8 for cleaning and transporting the squid from which the internal organs and the endothelium is removed through the secondary-vacuum suction-intestinal-endothelial-cutting unit 6 is left and right rotated and driven by a brush roller. It consists of (38), the middle of the washing transfer portion 8 is formed with an ear cut portion 7 that can selectively cut the cuttlefish ears, the ear cut portion 7 is a circular cutter 39 is installed shaft The drive unit 40 is selectively mounted on the base 2 so that the ear can be selectively cut according to the demand of the consumer.

The squid processing machine 1 of the present invention having the configuration features as described above is a drive connecting means such as the motor 13 and the chain sprocket 41 and the chain 42 on the rear power transmission unit 10 of the base 2. By being driven by the connection, the configuration of the power transmission unit 10 is not limited to the illustrated example.

In the figure, reference numeral 43 denotes a control box installed on the upper portion of the base 2, 44 denotes a squid that is a workpiece, 44a denotes a squid body, and 44b denotes a squid ear.

The squid processing machine 1 of the present invention, which can be configured as described above, circulates the body 44a of the squid 44, and the first vacuum suction and the internal organs and the endothelial in the squid 44 body 44a. Car cutting, vacuum suction and automatic separation and removal, and at the same time to selectively remove the ear (44b) and can be discharged after washing, its operation will be described in more detail below.

After turning on the power switch of the control box 43 of the squid processing machine 1 to drive the motor 13, the squid 44 is divided into the ears 44b and the body 44a and put on the pressurizing unit 3. Feed through the separator plate (14).

The ear 44b of the squid 44 is divided into the lower part of the front and rear clamping guide 12, the body 44a is divided into the upper part of the clamping guide 12, and the squid 44 injected into the input pressure part 3 is the motor 13 As shown in Fig. 2 by the conveying belt 11 driven by the) while the body 44a portion is passing through the front and rear pressure rollers (15, 16) phase on the input pressure section (3) At the same time as the body 44a is pressurized and at the same time, the tension lever 19 in which the pressure roller 15 is elastically installed overcomes the elasticity of the spring 20 and the angular movement is developed so that the sensing rod 21 installed at one side thereof is the proximity sensor 22. And sensing the input pressure portion 3 of the squid 44 is sensed at the same time and controls the driving of the lifting cylinder 37 which is in contact with the squid internal organs in the secondary-vacuum suction-intestinal-endothelial-cutting section 6. The solenoid 23 is controlled to operate for a predetermined time.

The solenoid 23 can be arbitrarily adjusted to the start point and the end point by the timer, and the secondary-vacuum suction-solenoid 23a connected to the secondary-vacuum suction pipe 29 at the same time as the solenoid 23 is terminated temporarily blocks the vacuum pressure. This prevents the squid leg from being sucked and cut in the secondary-vacuum suction-intestinal-endothelial-cutting section 6.

And the squid 44, the body 44a is conveyed in the pressurized state by the pressure rollers (15, 16) is entered into the abdominal portion (4) to the pressure clamp (17) installed on the rear of the pressure rollers (15, 16) The trunk 44a is halved by the circular cutter 18 which rotates in a pressurized state so that the trunk 44a can be circumscribed accurately.

The cuttlefish 44 of which the body 44a is halved enters onto the development-primary-vacuum suction part 5 while being continuously transported by the conveyance belt 11, and the squid (haled by the deployment guider 27) The body 44a of the body 44 is developed, and the internal body of the body 44a is formed by the vacuum pressure of the primary-vacuum suction pipe 28 installed on the deployment guider 27 when passing through the deployment guider 27. The vacuum is first removed by suction.

The squid 44 whose internal organs are firstly removed by the vacuum suction pressure is continuously transported onto the secondary-vacuum suction-internal-endothelial-cutting part 6 by the conveying belt 11, and the secondary- On the vacuum suction-intestinal-endothelial-cutting section 6, the internal organs and endothelial cells that were not removed in the first internal organ removing process are finally removed.

The secondary-vacuum suction-internal-endothelial-cutting portion 6 has a rotating cutter 31 which is driven to rotate by the motor 13, the fixed cutter 32 on the inside, and the lower housing 30 on the outside. It is installed on the upper and the inner endothelium remaining in the squid body (44a) transported by the conveying belt 11 at the same time as the vacuum suction to remove the discharge through the secondary-vacuum suction pipe 29, more If you look in detail;

The rotary cutter 31 has a cylindrical shape in which one side is in communication with the secondary-vacuum suction pipe 29, and a plurality of cutting grooves 31a penetrates the inside of the outer periphery so that the rotary cutter 31 is close to the input pressurizing part 3. In response to the sensor 22 signal, the lifting cylinder 37 receives a signal by the solenoid 23 to contract the piston rod 37a to lower the lifting plate 35, and the secondary-vacuum suction pipe 29 is provided. Since the vacuum suction input is provided, the rotating cutter 31 which is installed while being rotated and rotated on the lifting plate 35 is in contact with the internal body and the inner skin of the squid body 44a and the cutting groove 31a of the rotary cutter 31 is rotated by the rotational force. The intestine and the endothelium are cut from the body 44a at the same time as the suction, and the intestine and the endothelium passing through the cutting groove 31a by the vacuum suction input, the fixed cutter 32a inside the rotary cutter 31. 2 while cutting by the cutting blade (32a) constituting - it will be sucked into the collecting vacuum suction pipe (29).

Residual viscera and endothelial are cut and evacuated from the trunk 44a by the secondary-vacuum suction tube 29 and the squid trunk 44a passes through the secondary-vacuum suction-intestinal-endothelial-cutting section 6. When the solenoid 23 operates the lifting cylinder 37 by the timer built in the control panel (not shown), the piston rod 37a is deployed, and the lifting plate 35 connected to the piston rod 37a is thereby provided. ) Rises, and the vacuum pressure applied to the secondary-vacuum suction pipe 29 by the secondary-vacuum suction-solenoid 23a is released at about 5/100 by the time set in the timer built into the control panel. It is switched back to the suction state.

And part of the secondary-vacuum suction pipe 29 is composed of a telescopic-joint tube 33 so that the vacuum suction pressure can be maintained even if the secondary-vacuum suction pipe 29 performs the lifting operation. There is no problem with transferring residual viscera and endothelium.

The falling width of the secondary-vacuum suction pipe 29 is limited by the screwing stopper 26a installed on one side of the gas 2, which means that the secondary-vacuum suction pipe 29 is excessively lowered. If the squid body 44a is strongly connected to not only damage the squid, but also because the internal and endothelial removal is not performed smoothly.

On the other hand, the squid body 44a from which the viscera and the endothelial are cleanly removed on the developed-primary-vacuum suction part 5 and the secondary-vacuum suction-intestine-endothelial-cutting part 6 is transferred by the transfer belt 11. It is continuously transported into the washing transfer unit 8 and is washed by a brushing operation by the front and rear brush rollers 38, and discharged to the outside of the gas 2 through the discharge unit 9.

In order to selectively remove the ear 44b attached to the squid trunk 44a when passing through the cleaning transfer part 8, the circular cutter 39 having the drive unit 40 separately is moved back and forth by a brush roller ( 38 is installed on the motor 13 and the drive is connected using a separate drive means (not shown), and then drive it, only the ear 44b attached to the squid body 44a by the circular cutter 39 By cutting the body (44a) and the leg will only be processed into squid (44).

As described above in detail the squid processing machine (1) provided by the present invention forms a squid input pressurizing portion (3) to the upper side of the base (2), the body of the squid injected through the input pressurizing portion (3) (44a) is pressurized by the pressure roller (15, 16) and the pressure clamp (17) is placed in a suitable state to halve, and then circumcision with a circular cutter 18 installed in the longitudinal direction, the body 44a is developed-first -As soon as the vacuum suction part 5 is developed, the internal organs are removed by vacuum suction pressure at first, and the residual internal organs and endothelial are removed from the secondary-vacuum suction-intestine-endothelial-cutting part 6 on the lifting plate 35. It is installed in the rotary cutter 31 and the fixed cutter 32 to be cut at the same time as the vacuum suction pressure to clean and separately collected and collected separately, and the brush roller 38 to clean and remove the ear removal part 7 Optionally remove squid ears 44b by cutter 39 Can help by, and built a squid and endothelial removal operation and the ear cutting spilling done by hand naejineun existing inefficient automated machines can be automated,

In particular, the present invention allows the squid guts to be removed by the first and second vacuum suction force and cutting process after circumference of the body 44a, thereby simply removing the gut and the endothelium that are not partially removed when the gut is removed by the vacuum suction force. By selectively removing the cuttlefish ears 44b according to the demands of consumers, it is possible to provide a device that meets the needs of various consumers, and minimizes the manpower consumption associated with conventional cuttlefish processing operations. It is an innovative invention that can maximize cost and manpower savings.

Figure 1 shows the whole of the squid processing machine showing one preferred embodiment of the present invention

Perspective view

2 is a view showing a whole squid processing machine showing a preferred embodiment of the present invention

shave

Figure 3 is a perspective view of the excerpt pressurization unit and deployment-first-vacuum suction unit which is one of the main parts of the present invention

Figure 4 shows the operating state of the input pressure portion and the abdomen of one of the main parts of the present invention

Enlarged floor plan

Figure 5 is an enlarged side cross-sectional view showing an action state of the deployment-primary-vacuum suction unit which is one of the main parts of the present invention.

Figure 6 is a cross-sectional view of the operation state of the secondary-vacuum suction-intestinal-endothelial-cutting portion of one of the main parts of the present invention

Figure 7 is an exploded perspective view of the secondary-vacuum suction-intestinal-endothelial-cutting portion which is one of the main parts of the present invention

Figure 8 is a bottom perspective view of the combined state of the secondary-vacuum suction-intestinal-endothelial-cutting portion of one of the main parts of the present invention

Figure 9 is a schematic diagram showing a power transmission unit installed on the rear of the gas of the present invention.

■ Explanation of symbols used in main part of drawing ■

1: squid processing machine 2: gas

3: injection pressure part 4: abdomen

5: development-primary-vacuum suction

6: secondary-vacuum suction-inner-endothelial-cutting part 7: ear removal part

8: Cleaning transfer section 9: Outlet section

10: power transmission section 11: transfer belt

12: clamping guider 13: motor

14: Input separator plate 15, 16: Press roller

17: pressure clamp 18: circular cutter

19: tension lever 20: spring

21: sensing rod 22: proximity sensor

23: solenoid

23a: secondary-vacuum suction-solenoid 24: shaft pin

25: spring 26,26a: adjustment stopper

27: deployment guider 28: primary-vacuum suction pipe

29: secondary-vacuum suction pipe 30: housing

30a: flange 31: rotary cutter

31a: cutting groove 32: fixed cutter

32a: cutting blade 33: telescopic fittings

34: spring 35: elevating plate

36: guide bar 37: lifting cylinder

37a: piston rod 38: brush roller

39: circular cutter 40: drive unit

41: Chain Sprocket 42: Chain

Claims (2)

The squid can be inserted into one side of the feed separation plate 14 installed laterally on the upper side of the body 2 and the transfer belt 11 installed and driven on the side thereof to halve and expand the trunk 44a to remove the intestines. In the squid processing machine 1 which is made; Clamping guide 12 is installed in front and rear of the transfer belt 11 so that the cuttlefish body 44a can be inserted into the ear 44b and separated from the pressurized state, and the spring is provided on the clamping guide 12. It is installed on the tension lever 19 elastically installed on the (20) and the front and rear pressure rollers (15, 16) to pressurize the squid, and the front tension lever (19) is sensed by the proximity sensor (22) installed on one side of the body (2) The squid input pressure unit (3) and the sensing rod 21 that can be installed, the spring 25 is elastically installed, and the shaft pin 24 is installed on the shaft pin 24 and the pressure clamp 17 is installed. A halve portion 4 having a circular cutter 18 for halving the squid body which is conveyed in a pressurized state on the input pressure portion 3; An isosceles triangle-shaped deployment guider 27 for deploying the squid body halved in the halter part 4, and a primary-vacuum suction pipe 28 installed on the deployment guider 27 for vacuum suction of the intestine firstly. Deployment-primary-vacuum suction unit 5 consisting of Secondary-vacuum suction tube 29 and secondary-vacuum suction tube 29 connected to cut and vacuum the intestines and the endothelium in the squid body via the development-primary-vacuum suction part 5 in a second manner. A cylindrical rotary cutter 31 which is rotatably installed inside the housing 30 communicating with the lower part and having a plurality of cutting grooves 31a, and a cutting blade fixedly installed at an inner edge of the rotary cutter 31 ( A secondary-vacuum suction-internal-endothelial-cutting section 6 provided with a fixed cutter 32 having a 32a) on a lifting plate 35 capable of lifting control by a lifting cylinder 37; The lifting plate 35 detects the squid by the sensing rod 21, and when the signal is applied to the solenoid 23 by a timer capable of adjusting a starting point and an ending point embedded in the control panel, the piston rod 37a descends. Rotating cutter 31 cuts and sucks the squid intestine and the endothelium, and sucks for an arbitrarily adjusted time by a timer built in the control panel, and the piston rod 37a is raised again by the signal of the solenoid 23. It is configured so as to receive a signal at the same time as the second-vacuum suction-solenoid 23a blocks the vacuum pressure in the secondary-vacuum suction tube 29 for a preset time, so that the squid leg is sucked into the rotary cutter 31, To prevent cutting The secondary-vacuum suction-internal-endothelial-cutting part 6 is characterized in that it consists of a cleaning transfer part 8 consisting of a front and rear brush roller 38 for cleaning and transporting the squid from which the endothelial has been removed. Squid processing machine. The method of claim 1; The circular cutter 39 is installed on the drive unit 40 detachable to the base 2 between the brush rollers 38 constituting the cleaning transfer unit 8 so that the cuttlefish ears can be selectively cut. Squid processing machine characterized by the above-mentioned.