JP2852889B2 - Squid continuous processing machine - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a squid with or without cutting off the outer shell, the internal organs are separated from the outer shell (torso), the outer shell (torso), the internal organs (so-called goro), and the arm ( The present invention relates to a squid continuous processing machine capable of continuously and separately sorting legs and discharging the squid.

[0002] In this specification, the term "squid" refers to squid such as squid and red squid (purple squid).
A squid such as Aori squid and Kensaki squid, or a family of squids such as squid, are collectively referred to as squids. In this specification, the term "processing" refers to processing raw squid (including thawed ones) such as those described above, by cutting or uncutting the mantle part, as well as the mantle part, the arm part, and the internal organs. And the like, so that they are separated and cut.

[0003]

2. Description of the Related Art Conventionally, there is no continuous processing machine of this kind, and a squid processing company or the like has a task of peeling off and removing internal organs from a mantle (trunk) of raw squid (so-called sticking work), The work of cutting the arm portions, etc., was performed individually.

[0004] That is, in order to peel off the internal organs from the mantle part (body part), it is performed after the mantle part is cut (opening processing).
There is a case where the mantle portion is cut without being cut (a vase removal process). In the case of the conventional opening process, a special cutting member is inserted from the ventral side of the mantle portion to form a straight line. After cutting (opening), the operator manually scraped out the internal organs using a special internal organ peeling jig. However, the work of inserting the jig between the mantle part (torso) and the internal organs and cutting the joints to scrape the internal organs must be performed one by one, so that not only is the work top down and troublesome, There was a problem that the efficiency was extremely low.

[0005] Further, in the case of the conventional piercing process, the squid is pushed forward by a roller on the mantle (body) from the fin side to the arm side, so that the squid adheres to the inner surface of the mantle. There has been a device for extruding the internal organs from the mantle while peeling off the joints of the internal organs, and peeling and removing the internal organs. However, when the visceral exfoliation (so-called loosening) is performed by the above-described conventional technique, the outer jacket is damaged by the pressing of the roller (the meat tissue is destroyed), and the commercial value of the outer jacket (torso) is reduced. I was

[0006] As described above, it was necessary to cut the arms from the internal organs that had been scraped or pushed out. However, the operation of cutting these arms was performed separately from the internal organ peeling operation and by the operator. Since the manual work is relied on, the work surface is not only inconvenient and cumbersome as in the case of the internal organ peeling work, and the work efficiency is extremely low because the above-mentioned works are performed separately and independently.

[0007]

Accordingly, the present inventor has proposed a step of cutting the mantle part, a step of separating the internal organs from the mantle part,
Focusing on whether the process of cutting the arm from the internal organs and the process of vacuuming the remaining internal organs can be performed continuously with a single processing machine, as a result of intensive research, the present squid continuous The processing machine was completed.

[0008] The present invention has been made in view of the above-mentioned problems of the prior art, and has as its object the object of the present invention is to provide a continuous method without causing damage (destruction of meat tissue) to the mantle (body). A series of squid processing (processing) operations of cutting the mantle part, peeling off the internal organs (about), sending out the mantle part with the internal organs peeled out sequentially, and cutting the arm part from the internal organs It is an object of the present invention to provide a squid continuous processing machine capable of continuously transporting squid in a series of continuous operations without stopping the transport operation without stopping the squid, and capable of separately sorting the jacket and the arm.

Another object of the present invention is to automatically remove the outer jacket from the cutter even when the outer jacket is erroneously moved while being caught by the cutter when the outer cutter is cut by the continuously moving cutter. It is also possible to discharge it out of the machine.

Another object is to switch between a case in which the mantle is cut open to peel off the internal organs and a case in which the mantle is peeled without opening the mantle part (so-called vase removal) by a simple operation as necessary. By making it possible, the squid continuous processing machine should be easy to use.

[0011]

In order to achieve the above object, the present invention provides a technical means comprising an endless belt rotatably provided between right and left sprockets, and a squid jacket during a conveying process. A transport device comprising an internal organ peeling mechanism for peeling off the internal organs from the unit, the transport device comprising a large number of squid mounting portions fixedly arranged on the belt and arranged side by side, and a machine main body above the intermediate portion in the transport direction of the transport device An outer jacket cutting device suspended and supported from the frame, an outer jacket delivery device that sends out the outer jacket from which the internal organs have been peeled to the outside of the apparatus on the downstream side of the outer jacket cutting device, and after being separated from the outer jacket. The arm attached to the internal organs is configured by an arm cutting device that is cut at the downstream side of the mantle feeding device and separated from the internal organs, and each squid mounting part in the transport device is A concave groove is provided in the longitudinal direction of the central portion, and a squid holding portion that fits near the base of the arm is provided on the upper edge of the concave groove, and a built-in peeling piece of a desired length is slidably disposed in the concave groove. The visceral peeling piece has a guide shaft protruding from the lower surface thereof protruding downward through a long slide hole formed along the longitudinal direction of the concave groove, and a guide body is provided at a protruding portion of the guide shaft. Attached, the guide body is guided between left and right guide rails provided inside the endless belt along the transport direction, and the guide rail is located at a peeling area position of a built-in area downstream of the cutting area of the mantle part. From the front to the front, and is configured to be bent in a substantially U-shape in plan view, and the jacket cutting device is provided at a fixed interval with an endless belt for a cutting device rotatably provided in synchronization with the conveying device. The cutter is attached to the other At the same time, the endless belt is arranged obliquely in the conveying direction with respect to the surface of the squid mounting portion of the conveying device, and the blade of the cutter is provided so as to face in the same direction as the groove direction of the squid mounting portion, The cutter, which is sequentially fed in synchronization with the apparatus, is configured to be able to pass through the inside of the squid holding part of each squid placing part moving in the unloading direction from the rear side, and the cutter that is driven endlessly. In the vicinity of the final side on the outward path side, a jacket removing member that is synchronized with the movement of the cutter and driven to slide and scrape the side of the cutter is provided, and the arm cutting device has passed through the peeling area of the internal organs. An squid holder is provided at a position in front of the squid holder in the squid holder in the transfer device, and an arm cutting cutter is provided in parallel with the squid holder.

[0012] Further, the cutter cutting section in the mantle section cutting device is formed from the cutting movement area from the beginning to the end, the squid mounting section area from the squid holding section to the mounting section front end, and formed from the upstream side to the downstream side in the transport direction. A right triangular area with the outer jacket cutting area, and the above-mentioned cutter moving area distance: squid placing area distance: outer jacket cutting area distance is configured in a ratio of 5: 4: 3. is there.

The middle part of the guide rail on the outward path side is bent in a substantially S-shape in plan view, and the position of bending toward the rear side is arranged near the end of the jacket cutting area and bent forward. Is located at the position for sweeping the outer jacket.

Further, the outer jacket cutting device main body is suspended and supported by the front and rear frames of the machine main body by the front side support member and the rear side support member, and one end of the front side support member is fixed to the front frame of the machine main body. At the same time, the other end is pivotally supported at the front side of the jacket cutting device main body, while the rear end side support member is slid by inserting one end from below through a through hole formed in the rear frame of the machine main body. The rear end side support member is vertically movable by an up / down switching handle connected to the protruding end, so that the rear end side of the jacket cutting device main body can be vertically moved up and down.

Further, an endless belt guide plate is interposed between the front and rear sprockets, and the rear end side of the guide plate is formed wider than the diameter of the rear sprocket. An angle is formed by being bent at the rear end portion of the plate, and the jacket cutting device is disposed so that the bent portion is located above the squid holding portion of the squid placing portion that is sequentially conveyed by the conveyance device. That is.

Further, a guide rod projects from the tip of the cutter, and the tip of the guide rod is inclined downward.

In addition, a plurality of sweeping pieces are provided in the circumferential direction, and the outer jacket cutting device is attached to a shaft for synchronizing with the transfer device, and is a rotatable outer feeding device.

Also, in the vicinity of the discharge side of the transport device,
A suction device is provided on the surface of the squid mounting portion so as to face the squid mounting portion, and a vacuum device for sucking and discharging the internal organs on the squid mounting portion after the arm is cut off is provided.

[0019]

By the above-mentioned technical means, the conveying device rotates endlessly, and the upper part of the conveying device is divided into an outer jacket cutting area, a built-in peeling area, and an arm cutting area from the upstream side to the downstream side. It is formed, and the squid is sequentially fitted into the holding portion so as to position the vicinity of the eyeball of the squid in front of the squid holding portion, and the squid is set on the squid mounting portion,
Squids are sent out sequentially to the mantle cutting area.

Since the endless belt for the cutting device of the jacket cutting device is rotated in synchronization with the transfer device, the cutters provided at regular intervals on the belt are sequentially synchronized with the movement of the transfer device. The squid that is sent and passes through the squid holding part, the cutter is inserted from the abdominal side of the mantle part of the squid that is fitted and held by the holding part and sequentially sent, and the cutter inserted from the abdominal part of the squid part is a blade. Is facing in the same direction as the concave groove of the squid mounting part, so that the squid is moved from the cutter insertion point on the ventral side to the fin side Cut straight to the end of the jacket.

Then, each squid sent with the outer jacket cut is sequentially sent to a visceral exfoliation area located downstream of the split area of the outer jacket.

Each of the squid mounting portions that have moved to the peeling area has a groove in the longitudinal direction of the central portion, and a squid holding portion in which the vicinity of the base of the arm fits is provided on the upper edge of the groove. A visceral peeling piece having a desired length is disposed in the groove so as to be slidable back and forth, and the visceral peeling piece has a slide slot formed by drilling a guide shaft protruding from a lower surface thereof along the longitudinal direction of the groove. And a guide body is attached to a protruding portion of the guide shaft, and the guide body is guided between left and right guide rails provided inside the endless belt along the transport direction. Since the guide rail on which the guide body is guided is bent in a substantially rectangular shape in a plan view from the position of the internal organ peeling area toward the front to change its trajectory, the internal organ of each squid mounting part is The strip is in front of the guide Sequentially moves over the groove and forward by being guided to. Therefore, the visceral peeling piece is inserted from the outer portion of the squid on the squid mounting portion and between the internal organs, and moves forward to separate (cut) the joint portion of the internal organs joined to the inner surface of the outer portion.

The outer jacket separated from the internal organs is sent out of the transporter from above the squid mounting portion of the transporter by an outer feeder arranged downstream of the outer jacket cutting device.

Further, the arm cutting device is provided in parallel with the squid holding portion at a position in front of the squid holding portion of the squid mounting portion in the transport device that has passed through the peeling area of the internal organ on the downstream side of the jacket feeding device. Since it is configured with a part cutting cutter, on the squid mounting part, the joint part between the internal organ and the arm part left held by the squid holding part is separated and cut by the rotary cutter, and the arm part is The sheet is conveyed to the return path turning position of the conveying device and discharged.

Further, when the jacket is cut by a large number of continuously moving cutters, even if the jacket is erroneously hooked and sent by the cutter, the cutter on the forward path side of the cutter in the jacket cutting device can be used. Since the outer jacket removal member attached near the cutter is driven so that the side of the cutter slides, the outer jacket that has been hooked and sent by the cutter is automatically removed from the cutter near the final end on the cutter outward path. Can be discharged out of the machine.

Also, the cutter cutting area in the mantle cutting device from the beginning to the end of the cutting, the squid placing section from the squid holding section to the front end of the placing section, and the squid placing section from the upstream to the downstream in the transport direction. And a mantle cutting area, a right-angled triangular area is formed, and the above-mentioned cutter moving area distance: squid placing area distance: mantle cutting area distance is 5: 4: 3. Since the conveying device and the endless belt of the mantle cutting device are synchronized, the cutter is securely inserted into the mantle portion of the squid on each squid carrier sent to the downstream side, and the downstream side of the squid. While moving in the obliquely forward direction with respect to the transport direction along with the transport to the, the outer jacket is reliably linearly cut from the abdominal cutter insertion point to the fin-side outer jacket end.

Further, the middle part of the guide rail on the outward path side is bent in a substantially S-shape in plan view, and the position of bending to the rear side is disposed near the end point of the mantle section cutting area and bent forward. If the position is arranged at the mantle part sweeping position, the visceral peeling piece of the squid placing part guided by the guide rail to the vicinity of the mantle part cutting area end point is near the mantle part cutting area end point. At one end, the squid is transferred from the visceral peeling piece onto the concave groove, and the visceral peeling piece is moved to the outer jacket sweeping position along the guide rail that is bent forward from the position near the end of the outer jacket cutting area It moves forward and is inserted between the mantle and the viscera, and peels off the joint of the viscera with the mantle.

Further, the outer jacket cutting device main body is suspended and supported by the front and rear frames of the machine main body by the front side support member and the rear side support member, and one end of the front side support member is fixed to the front frame of the machine main body. At the same time, the other end is pivotally supported at the front side of the jacket cutting device main body, while the rear end side support member is slid by inserting one end from below through a through hole formed in the rear frame of the machine main body. When the rear end side support member is moved up and down by an up / down switching handle connected to the protruding end, and the rear end side of the outer jacket cutting device main body is configured to be able to move up and down, the outer jacket portion is provided. Opening and peeling off the internal organs, and crucible removing processing for peeling off the internal organs without opening the mantle can be appropriately selected easily. That is, if the rear end side of the jacket cutting device is lowered, the cutter position can be lowered and inserted from the ventral side of the jacket, while the cutter position can be raised by raising it, and the cutter Rotate straight through the position above the belly.

Also, an endless belt guide plate is interposed between the front and rear sprockets, and the rear end of the guide plate is formed wider than the diameter of the rear sprocket. An outer jacket cutting device is arranged so that the plate is bent at the rear end portion of the plate to form an angle, and the bent portion is located above the squid holding portion of the squid placing portion which is sequentially conveyed by the conveying device. For example, the cutters sequentially fed operate so as to scoop up at the bent portion at the squid holding portion position.

Further, if the guide rod is made to protrude toward the distal end of the cutter and the distal end of the guide rod is inclined downward, the cutter is reliably inserted and guided toward the ventral side of the outer jacket.

If a plurality of sweeping pieces are provided in the circumferential direction, and the outer jacket cutting device is a rotatable outer feeding device attached to a shaft for synchronizing with the transfer device, the outer jacket separating device is sequentially moved beyond the internal organ peeling area. The mantle sent is sequentially swept out of the apparatus by rotating the plurality of sweeping pieces.

Furthermore, a suction device is provided near the discharge side of the transport device, opposite to the surface of the squid mounting portion, and provided with a suction port, for sucking and discharging internal organs on the squid mounting portion after cutting the arm portion. Is provided, only the internal organs remaining on the squid mounting part after the arm is finally cut are vacuumed and discharged.

[0033]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a squid continuous processing machine according to an embodiment of the present invention.
2 is a conveying device, 21 is a jacket cutting device, 47 is a jacket removing member, 50 is a jacket feeding device, 53 is an arm cutting device, and 57 is a vacuum device. From the side, a squid setting area, a mantle cutting area, a visceral peeling area, an arm cutting area, and a visceral vacuum area are formed. The embodiment described below is merely an example of the present invention and is not limited thereto, and can be appropriately changed within the scope of the present invention.

The transfer device 2 is integrally formed via a shaft and a sprocket 5 rotatably arranged via a drive section (drive motor) 3 and a drive belt (chain) 4 attached to the machine body frame 1. Drive-side sprockets 5a, 5a, and the drive-side sprocket 5
a and 5a, an endless belt (chain) 7 rotatably provided over the interlocking sprockets 6, 6 arranged at the same level at a predetermined interval, and on the belt 7 And a number of squid mounting portions 8 which are fixedly arranged in parallel.

The squid mounting portion 8 is formed so as to form a concave groove 10 having a desired width over the entire region in the center longitudinal direction, and a mounting portion main body 8a is formed. The concave groove 1 in the mounting portion main body 8a is formed.
At the upper right and left edges of the squid holding portion 13, the rising pieces 12, 12 are respectively erected at a desired interval between the two, and the squid holding portion 13 is provided.
The squid holding portion 13 has a gap 14 enough to fit near the eyeball near the arm of the squid. In addition,
The shapes of the above-described body portion 8a, the concave groove 10, the squid holding portion 13, and the like are not limited to the example and are not limited. For example, by providing side wall plates of a desired width on both sides in the longitudinal direction of the upper surface of the long flat plate-like substrate, the above-mentioned embossing portion 8a forms a concave groove between the both side wall plates over the entire region in the longitudinal direction of the substrate. It may be constituted by squeezing.

At the approximate center of the concave groove 10 in the longitudinal direction, the slide slot 1 extends over a desired range in the longitudinal direction of the concave groove.
A visceral peeling mechanism 16 for peeling off the visceral a2 from the squid's mantle part a1 through the elongated slide hole 15 during the transport process is integrally provided. The plurality of squid mounting portions 8 of the same configuration having the above-described configuration are adjacent to each other so that the respective concave grooves 10, 10... Are arranged in parallel, and the respective squid holding portions 13 are positioned on the same line. It is arranged side by side on the endless belt 7.

The visceral peeling mechanism 16 is provided with
A visceral peeling piece 17 of a desired length slidably disposed in the concave groove 10 provided in the groove, and a guide integrally projecting from the lower surface side of the peeling piece 17 and capable of being inserted into the slide elongated hole 15. Axis 18
And a guide body (roller) 19 integrally provided on the distal end side 18b of the protruding portion of the guide shaft 18, inside the endless belt 7, the conveying direction of the belt 7 (indicated by an arrow H). The guide body 19 is guided between the left and right guide rails 20 provided along the guide rail, and the guide body 19 moves according to the direction of the trajectory 20a of the guide rails 20, 20. Is slidable in the front-rear direction (the direction indicated by an arrow T orthogonal to the transport direction indicated by an arrow H) (see FIGS. 3, 6, and 7).

Although the guide rails 20 and 20 have been described on the outward path side, it goes without saying that they are also provided on the return path side. In the illustrated example, the guide body 19 is a single cylindrical member provided on the root side 18a of the guide shaft 18, but is not limited thereto. May be provided also on the front end side 18b of the main body.

The visceral peeling piece 17 has a width capable of sliding back and forth in the concave groove 10 and has a minimum length necessary for various squid viscera peeling operations (the forward part of the guide body 19 is placed in the outer jacket part a1). In this embodiment, for example, the slide portion 17a and the inclined portion slightly upward from the tip of the slide portion 17a. A guide shaft 18 is provided at the tip of the lower surface of the slide portion 17a.
When the guide body 19 is located at the tip 15a of the slide slot 15 at the tip 15a of the slide slot 15 (at the time of forward movement), the tip 17b 'of the hook (peeling action part) is located near the groove tip 10a, and The visceral peeling piece 17 and the elongated slide hole 15 are provided so that the claw tip 17b 'is located near the squid holding portion 13 when the guide body 19 is located at the rear end 15b (at the time of retreat).

The length of the peeling claw 17b, the guide shaft 18
The projecting position and the length of the slide slot 15 are set such that the peeling claw tip 17b 'can move to near the tip 10a of the concave groove 10 when moving forward, and can move to near the squid holding portion 13 when moving backward. Can be appropriately adjusted in each combination.

In this embodiment, the exfoliation claw tip 17b 'of the visceral exfoliation piece 17 is recessed in a substantially U-shape toward the rear end (see FIG. 6), but the tip shape is not limited to this. However, it is not limited to any particular shape, and may have any shape such as a substantially V-shaped shape or a flat shape toward the inside. Can be changed as needed.

The guide rails 20, 20 on the outward path are:
The trajectory 20a is formed so as to be bent in a substantially C-shape in plan view from the position of the visceral exfoliation area on the downstream side of the cutting area of the mantle part a1 toward the mantle part discharge position. Then, the bent end portion 20b of the track 20a is disposed at the position where the outer jacket is swept out.

In this embodiment, the guide rails 20, 2
0, the middle part of the outward path is bent in a substantially S-shape in plan view, and the position of bending to the rear side is arranged near the end of the mantle section cutting area, and the position of bending to the front side is the mantle part sweeping position. Since the track 20a is changed so as to be disposed on the squid placing portion 8 guided by the guide rails 20 and 20 to the vicinity of the end portion of the mantle portion cutting area, the visceral peeling piece 17 of the squid placing portion 8 has the above-mentioned mantle. A guide that retreats one end near the end of the sectioning area, moves the squid a from the visceral peeling piece 17 onto the groove 10, and bends forward from the position near the end of the jacket cutting section. The visceral peeling piece 17 advances along the rails 20 and 20 toward the outer jacket sweeping position, is inserted between the outer jacket a1 and the internal organs a2, and peels off the joint between the two.

Further, in this embodiment, the end positions and the start positions of the guide rails 20 on the outward path are shifted from each other so as not to be on the same line, and the shifted end positions and the start position of the guide rails 20 on the return path side are determined. The guide rails are configured to communicate linearly (not shown). Since the guide rail on the return path is formed in a straight line as described above, the movement of the squid mounting portions 8 can be smoothly performed.

In the drawing, reference numeral 48 denotes a member for preventing the internal organ peeling piece 17 from rising. The above-mentioned bounce prevention member 48
Is a flat holding plate 48a, and the plate 48a
And supporting rods 48b, 48b for projecting and supporting the same from the machine body frame 1 forward.
In the transport device 2, the peeling pieces 17 are disposed so as to cross over the peeling pieces 17 in the retreating state of the peeling pieces 17 in the front-back movement direction (the direction indicated by the arrow T in FIG. 3). ... prevents splashing.

The outer jacket cutting device 21 includes front and rear sprockets 22 and 23, an endless belt guide plate 24 disposed between the sprockets 22 and 23, and an endless belt 25 bridged over the sprockets 22 and 23. An apparatus main body 21a including a cutting cutter 26 attached to the endless belt 25 at regular intervals and a rotation mechanism 33 for rotating the sprocket 22;
And the front and rear support members 28 and 29 suspended and supported from above to the conveying device 2. The endless belt 25 is directed obliquely forward with respect to the conveying direction of the squid mounting portion 8 of the conveying device 2. The blade 30 of the cutter 26 is disposed so as to traverse the groove 1 of the squid mounting portion 8.
The cutter 26 is configured so as to face in the same direction as the zero direction (90 ° with respect to the transport direction H of the squid mounting portion 8), and the cutter 26 returning to the outward path side A around the rear sprocket 23 is mounted on the squid mounting portion 8. The squid holder 13 moves through the gap 14 (see FIGS. 3, 8, and 10). An outer jacket removing member 47 is also provided in the vicinity A1 on the outbound side A near the end. Note that B in the figure indicates the return path side.

The cutter 26 is provided with the endless belt 2
5 are attached at regular intervals in the longitudinal direction. Specifically, blade holding pieces 26b, 26b are suspended from the lower surface of the fixed base 26a attached to the belt 25, and the blade holding pieces 26b, 26b are attached to the holding pieces 26b, 26b. The blade 30 is clamped, and a guide rod 31 extending forward of the blade 30 is integrally provided on the tip side of the clamping piece 26b. Eight cutters 26 are provided at regular intervals (see FIGS. 9 and 1).
0).

The holding pieces 26b, 26b are suspended from the endless belt 25 at a desired angle, and are shifted from the belt direction at an angle of about 36.8 ° in this embodiment (FIG. 10). (A)).
As a result, the blades 30 provided on the holding pieces 26b, 26b are shifted from the belt direction at the above angle.

The blade 30 of the cutter 26 is, for example, as shown in FIG.
0 (b) is a two-sided flat rhombic cutter blade having a shape as shown in FIG. 0 (b), and the blade 30 is sandwiched at an angle of about 30 to 45 ° in an upwardly inclined shape toward the rear. In the present embodiment, the explanation has been made with a double-sided flat rhombic cutter blade having a shape as shown in the figure, but the blade shape is not limited to this, and may be a single blade, and the shape may be arbitrary. is there.

Although the guide rod 31 may be provided in the horizontal direction, in this embodiment, the guide rod 3 is provided.
The tip 31b of the squid 1 is tilted downward. For example, by tilting the tip 31b downward about 15 ° from the horizontal position, the blade 30 can be reliably and smoothly guided into the jacket a1 of the squid. 10 (b)). The angle is arbitrary and can be set in the range of 5 ° to 35 °.

Therefore, in this embodiment, the endless belt 2
5 with respect to the transport direction of the squid placing portion 8 of the transport device 2.
At an angle of 3.2 °, the cutter 26
Of the belt 25 at an angle of about 36.8 °.
Is displaced from the length direction of the blade 30.
Is about 90 ° with respect to the transport direction of the squid carrier 8, and faces in the same direction as the direction of the concave groove 10 of the squid carrier 8. The angle at which the endless belt 25 and the cutter 26 are disposed is arbitrary, and any configuration may be used as long as the blade 30 is configured to be positioned at about 90 ° with respect to the transport direction H of the squid mounting portion 8. It is not limited to the configuration.

In this embodiment, the moving distance of the cutter 26 from the beginning to the end of the cutting in the mantle cutting device 21 (the distance indicated by z in the drawing) and the squid from the squid holding portion 13 to the placing portion front end 8a. Mounting part distance (distance shown in y in the figure)
, And a jacket section cutting area distance (a distance indicated by x in the figure) formed from the upstream side to the downstream side in the transport direction, and a right-angled triangle is formed. The cutter moving distance z: squid placing section distance y: outer jacket section The cutting area distance x is configured at a ratio of 5: 4: 3 (see FIGS. 3, 8, 9, and 16).

Further, in this embodiment, the front and rear sprockets 22 and 23 are formed to have the same outer diameter, and the endless belt guide plate 24 is formed in a thin plate shape and has a rear end side 24.
a is formed so as to be wider than the outer diameter of the sprocket 23.
An endless belt (chain) 25 for the cutting device, which is stretched between the guide plates 2 and 23, rotates along the guide plate 24 and bends along the plate rear end side 24a to form an angle. , The cutters 26 sequentially fed by the rotation of the belt 25 are:
After being sent along the sprocket 23, the robot moves by so-called scooping-up operation at the bent rear end side bent portion 25a (see FIG. 9).

In the figure, reference numeral 32 denotes a tension adjust base frame which allows the sprocket 23 to freely move back and forth, so that the tension of the endless belt 25 can be adjusted.

The rotating mechanism 33 is a belt for driving a cutting device (chain) which is transmitted and linked by an interlocking belt (chain) 34 attached to the sprocket 5 of the transport device 2.
35 is connected to the sprocket 22 of the cutting device main body 21a via a universal joint 38 on the other end of a shaft 37 rotatably provided in synchronization with the transfer device 2 so as to be bridged over a sprocket 36 at one end. By that
The endless belt 25 for the cutting device is synchronized with the endless belt 7 of the transport device 2.

The outer cover removing member 47 controls the rotation of the endless belt 25 for the cutting device through the bevel gear 47a via the bevel gear 47a in the vicinity A1 on the final side on the outward side of the cutter.
7b, and the rotation shaft 47 is configured to be rotatable.
On the side of the lower part of b, a pair of rubber-made rectangular outer cover removing pieces 47c, 47c are provided in a back-to-back manner. Therefore, the outer jacket removing piece 47c,
47c is synchronized with the movement operation of the cutters 26.

The outer cover removing piece 47c is not limited to rubber and may be made of any material such as resin, and may have any other desired shape, not limited to a rectangular plate as described above. What is necessary is just to be able to rotate so as to be attached to the shaft 47b, and to drive the tip 47d so as to slide on the side surface of the cutter 26 arriving at the vicinity A1 on the outward side. Further, the number of the detachable pieces 47c can be arbitrarily increased or decreased according to the arrangement interval of the cutters 26.

That is, in the present embodiment, as described above, the rubber plate-shaped rectangular detaching piece 47 is attached to the side surface of the rotating shaft 47b.
Since a pair of c and 47c are provided in a back-to-back manner, the side surfaces of the cutters 26..
c and 47c are in sliding contact with each other so as to be scraped alternately. Therefore,
Even if the squid jacket a1 is hooked and sent to the cutter 26, the rotationally driven removal pieces 47c, 47c are moved to the outer jacket a at the position A1 near the final end on the outward path side.
1 can be removed from the cutter 26 to scrape it.

In this embodiment, the front and rear support members 28 and 29 are configured to be able to move the apparatus main body 21a up and down as follows.

That is, one end of the front-side support member 28 is composed of bifurcated left and right arm pieces 28a, 28a, and the sprocket 23 is moved right and left on the front side of the jacket cutting apparatus main body 21a. From the left and right arm pieces 28a,
An attachment bolt 28c is provided upright from the upper end connecting portion 28b of the upper end 28a. The bolt 28c is fixed to the front frame 1a of the machine main body. One end of the rear end side support member 29 has two forked left and right arm pieces 29a, 29a. The arm pieces 29a, 29a are pivotally supported at the rear side of the jacket cutting device body 21a so as to rotatably hold the guide plate 24 from the left and right.
a, a mounting bolt 29c erected from an upper end connecting portion 29b of the upper end connecting portion 29b. The bolt 29c is connected to the upper end connecting portion 29b and the rear frame 1b from below through a through hole 1c formed in the rear frame 1b of the machine main body. An elastic member (for example, a coil spring or the like) 29d is interposed therebetween and inserted therethrough.
A nut 29e provided with 9f is provided so as to be slidable up and down so that it is suspended and supported, and one end of an up / down switching handle 39 is connected to the nut 29e.

The switching handle 39 has one end rotatably mounted on the front frame 1a and a switching cam plate 43 provided at the other end of a shaft 42 having a handle 41 at an arbitrary position in the longitudinal direction. Plate 43
The upper and lower sides 43a and 43b are formed in a flat shape, the left and right sides 43c and 43d are formed in an R shape, and the lower side 43b and the left side 43c are connected by a flat side 43e. The connecting projection 44 is protruded at a predetermined position which is further deviated.
4 is the connecting hole 2 of the nut 29 e of the rear end side support member 29.
9f, and the cam plate 43 is rotated by the left and right rotation operation of the handlebar 41, whereby the connection hole 29 is formed.
The nut 29e fitted to the protrusion 44 is moved up and down through the f, and the rear end side support member 29 is moved up and down.
Accordingly, the outer jacket cutting device main body 21a is configured so that the rear end side 21a 'can be vertically moved up and down with the left and right arm pieces 28a, 28a of the distal end side support member 28 as pivot points.

With this configuration, if the rear end side 21a 'of the outer jacket cutting device main body 21a is lowered (see FIG. 9), the position of the cutter 26 is lowered, and the outer jacket a1 is lowered.
The cutter 26 can be inserted from the abdominal side, while the cutter 26 is raised (see FIG. 11) to raise the position of the cutter 26, and the cutter 26 rotates through the position above the belly of the mantle part a1. Therefore, it is possible to easily and appropriately select a case in which the outer cover a1 is opened to peel off the internal organs a2 and a case in which the internal organs a2 are peeled off without opening the outer cover a1. In addition, a grip handle 40 for adjusting the pressure of the cam plate 43 toward the nut 29e is provided at one end. That is, the protrusion 44 of the cam plate 43 is connected to the connection hole 29 of the nut 29e.
When the handle 44 is fitted into the connector f, the protrusion 44 is pressed into the connecting hole 29f and fixed by turning the grip handle 40 in the tightening direction. As a result, the fitting of the two (44, 29f) is strengthened, and there is no possibility that the fitting is accidentally disengaged. For example, when the jacket cutting device main body 21a is raised to perform the pot removing step. This is very convenient because there is no problem that the main body 21a falls down and the pot cannot be pulled out halfway.

The number of the cutters 26 is not limited and is optional. However, the number of the cutters 26 is adjusted in relation to the interval between the adjacent concave grooves 10 of each squid mounting portion 8 of the transporting device 2 and the transport is performed. It is efficient and preferable that the cutters 26 can be sequentially inserted into the recessed grooves 10 of the squid mounting portions 8 sequentially sent by the operation without leaving a space.

Further, in this embodiment, a mantle holding member 45 is provided near the starting point side of the visceral peeling area, and the holding member 45 is a flat holding plate 45b having a desired width.
Is the squid holding unit 13 in the squid placing unit 8 of the transport device 2.
It is disposed so as to be adjustable up and down so as to be located further forward (in the forward direction of the visceral peeling piece 17) with a predetermined gap 46 from the upper surface 8b (see FIG. 15).

The mantle feeding device 50 feeds the mantle part a1 from which the internal organs a2 have been peeled to the outside of the mantle cutting device 21 on the downstream side of the mantle cutting device 21. In this embodiment, the shaft part 5 is used.
A plurality of sweeping pieces 52... Are provided in a circumferential direction at a constant angle, respectively, and the shaft section 51 is attached to a shaft 37 for synchronizing the mantle cutting device 21 with the conveying device 2 so as to be rotatable. The mantle portions a1 sequentially sent over the peeling area of the internal organs are sequentially swept out of the apparatus by rotating the plurality of sweeping pieces 52.

In this embodiment, the mantle feeding device 5 is used.
0 is synchronized with the outer jacket cutting device 21, but the present invention is not limited to this, and the rotary feeding operation may be performed by a separately provided drive source. For example, a fixed delivery rod or delivery piece inclined in the same manner as the cutting device 21 may be provided at a position spaced from the surface of the squid mounting portion at a fixed interval, and the configuration is not particularly limited. Absent.

The arm cutting device 53 comprises a driving portion 54 and a rotary cutter 55 rotatably provided by the driving portion 54 for cutting the arm portion. The arm cutting device 53 has a built-in a2 after being peeled off from the mantle portion a1. The arm a4 attached is cut off at the downstream side of the jacket feeding device 50 (at a position beyond the visceral exfoliation area) to separate it from the internal organs a2.
The cutter 55 is provided at a position in front of the squid holder 13 in parallel with the squid holder 13.

According to the present embodiment, the transfer device 2
Each of the squid mounting portions 8 has a cutter blade receiving groove 56 engraved on the same line on the surface of the wall plates 11, 11 and the visceral peeling pieces 17 along the respective squid holding portions 13. Therefore, the cutting edge 55a of the cutter 55 is configured to rotate while being guided by the cutter blade receiving groove 56.

The vacuum device 57 is provided with a suction port 58 in the vicinity of the discharge side of the transport device 2 so as to face the surface of the squid mounting portion 8, and is mounted on the squid mounting portion 8 after the arm a 4 has been cut. A certain internal organ a2 is sucked through a suction hose 59 and discharged.

In the drawing, reference numeral 60 denotes a squid arm holding plate provided in parallel with a predetermined length behind each squid holding portion 13 along the surface transport direction of the transporting device 2. 8b is provided with a gap 61 into which a4 can be pressed.

In the drawing, reference numeral 62 denotes an adjusting member for adjusting the pressing force of each of the pressing plates 48 and 60 by a spring pressure, and adjusts the respective plates 48 and 60 by rotating the adjusting portion 62a. In the figure, reference numeral 100 denotes a height adjusting nut for adjusting the gap 61 and the arm passage space 49.

Next, with regard to one use state of the squid continuous processing machine in this embodiment, a case where the outer casing a1 is divided to perform an opening process for removing the internal organs, and a case where the internal organs are cut without dividing the outer casing a1. The case of performing the depressing process for removing will be described (FIG. 16 is a schematic diagram of the opening process, and FIG. 17 is a schematic diagram of the depressing process, respectively).

First, the case of performing the opening process will be described. The squid mounting portion 8 in the transport device 2 rotates endlessly, and is disposed above the squid mounting portion 8 from the upstream side to the downstream side. The squid a is successively formed as described above by forming a mantle cutting area, a viscera peeling area, an arm cutting area, and a visceral vacuum area, and positioning the vicinity of the eyeball a5 of the squid a in front of the squid holder 13 (a2 side). The squid is sequentially sent out to the outer jacket cutting area by being fitted and held in the holding unit 13 and set on the squid mounting unit 8 (see FIG. 7A).

Since the cutting device endless belt 25 of the mantle portion cutting device 21 is rotated in synchronization with the transfer device 2, the cutters 26 provided on the belt 25 at regular intervals are: The squid a is successively sent in synchronism with the movement of the transporting device 2 and passes through the squid holding portions 13... The cutter 26 is inserted by being guided by the rod 31. The cutter 26 inserted from the abdominal side of the mantle part a1 has the blade 30 oriented in the same direction as the groove 10 of the squid mounting part 8, so that the squid a is conveyed to the downstream side and oblique to the conveyance direction. While moving forward, the mantle part a1 is moved from the insertion position of the ventral cutter to the fin a6.
It is cut straight to the outer jacket end a7.

The moving area of the cutter 26 from the beginning of cutting to the end of cutting in the jacket cutting device 21 (z in the figure)
), A squid placing section section from the squid holding section 13 to the placing section front end 8a (a section indicated by y in the figure), and a jacket cutting section formed from the upstream side to the downstream side in the transport direction (FIG. The area indicated by the middle x) forms a right-angled triangular area, and the cutter moving area distance z: squid placing section area distance y: mantle section cutting area distance x is configured in a ratio of 5: 4: 3. In addition, since the transport device 2 and the endless belt 25 of the jacket cutting device 21 are synchronized, the guide rod 3 is moved to the jacket a1 of the squid a on each squid placing portion 8 to be sent downstream.
The cutter 26 is securely inserted through the cutter 1 and is moved obliquely forward with respect to the transport direction along with the transport of the squid a to the downstream side. The fin a6 is cut into a straight line reliably and smoothly up to the outer end a7 of the fin a6 (see FIGS. 3, 9 and 16).

In this embodiment, the front and rear sprockets 2 are used.
An endless belt guide plate 24 is interposed between the front and rear sprockets 22, 23, and the rear end 24a of the plate 24 is formed to be wider than the diameter of the rear sprocket 23. The belt 25 is bent at the rear end portion of the plate to form an angle, and the bent portion 25a is
Is arranged above the squid holding portion 13 of the squid placing portion 8 which is sequentially conveyed, the cutters 26 which are sequentially sent are separated from the squid holding portion 13. It operates so as to be hiccuped by the bent portion 25a at the position, and the start of cutting becomes easy.

Then, each squid a to be sent in a state where the mantle part a1 is cut is sequentially sent to a visceral peeling area located downstream from the cut area of the mantle part a1.

In this case, in this embodiment, the guide rail 2 on which the visceral peeling piece 17 is guided as shown in FIG.
0 is bent in a substantially S-shape in plan view, the position of bending toward the rear side is located near the end point of the jacket cutting area, and the position bending forward is located at the sweeping position of the jacket. (See FIG. 4).

Therefore, first, the visceral peeling piece 17 of the squid placing portion 8 guided by the guide rail 20 to the vicinity of the end portion of the mantle portion cutting area is one end near the end portion of the mantle portion cutting region. Recessed, groove 1 from above visceral peeling piece 17
The squid a is moved upward (FIG. 7 (b)), and the visceral exfoliation piece 17 is moved along the guide rail 20 which bends forward from the vicinity of the end of the outer jacket cutting area. , And inserted between the mantle part a1 and the viscera a2, and the joint of the viscera a2 and the mantle part a1 is peeled off (FIG. 7C).

If the visceral exfoliating piece 17 slides as described above, the visceral exfoliating piece 17 is retracted once before entering the visceral exfoliating area. The squid a that has moved in (a) falls into the concave groove 10, and the visceral peeling piece 17 is easily inserted into the outer cover part a1.

Then, the mantle part a1 separated from the internal organs a2
Are sent out of the apparatus by the jacket sweeping pieces 52 of the jacket feeding device 50 disposed at the jacket sweeping position on the downstream side of the jacket cutting apparatus 21.

Next, the squid holding portion 13 and the squid holding portion 13 are located at the front (a2 side) of the squid holding portion 13 of the squid placing portion 8 in the transporting device 2 which has passed through the peeling area of the internal organ on the downstream side of the jacket feeding device 50. With the arm cutting cutter 55 provided in parallel, the joint between the internal organs a2 and the arm a4, which is sent to the squid holder 8 while being held by the squid holder 13, is connected to the squid holder 8. The eye a5) is separated and cut off, and the arm a4 is moved to the transport device 2.
Is transported to the return path return position (outward path final position) 63 in the vicinity of the discharge side of the transport device 2.
From the suction port 58 provided opposite to the surface of the
The internal organs a2 on the squid mounting section 8 after cutting the squid 4 are sucked through the suction hose 59 and discharged.

In the above-described processing step, even if the cutter 26 erroneously hooks the mantle part a1 and moves the mantle part a1 when the cutter 26 cuts the mantle part a1, even if the cutter 26 erroneously moves the mantle part a1 in the vicinity of the final part A1 The outer jacket removing piece 47c of the outer jacket removing member 47 arranged in synchronization with the movement operation of the cutter 26 at the position moves the outer jacket a from the cutter 26.
1 can be removed by scraping.

Next, the case of the depressing process will be described. In order to perform the depressing process, the outer jacket cutting device 21 is raised and operated. FIG. 17 shows an outline of the process. That is, when the handle 39 is rotated in the ascending direction (indicated by the arrow in FIG. 8), and the flat lower side 43b of the cam plate 43 is brought into contact with the receiving plate 1d of the machine body frame 1b (FIG. b)), connecting hole 29f
The nut 29e fitted to the protrusion 44 of the cam plate 43 rises and is held through the nut 2
The rear end side support member 29 rises via the mounting bolt 29c connected to 9e (FIG. 11).

Therefore, as described above, the jacket cutting device 2
By raising the rear end side 21a 'of 1, the position of the cutter 26 rises, and the cutter 26 rotates through the position above the belly of the mantle part a1 (FIG. 11). The jacket part a1 of the squid a sent from the side to the downstream side passes through the jacket part cutting area in a pot shape (non-cutting shape), and moves to the visceral peeling area in the form of a pot, and the visceral peeling piece 17 Is inserted between the mantle part a1 and the viscera a2 to separate the joint, and is swept out of the apparatus in a crucible shape by the mantle feeding device 50. Then, the viscera a2 is cut by the arm cutting cutter 55. And arm a4
Is separated and cut off, and the arm part a4
Is transported to the return path return position 63, and near the discharge side of the transport device 2, the squid mounting portion 8 after the arm portion a4 is cut from the suction port 58 provided opposite to the surface of the squid mounting portion 8. The internal organ a2 on the upper side is sucked and discharged through the suction hose 59 (see FIG. 17). When vacuum suction and discharge by the vacuum device 57 are not performed, an opening / closing partition is provided at a position 63 of the transporting device 2, and the transporting device 2 is transported to 63 when it is used in an open state.

The nut 29e is provided with a number of connecting holes 29f on its peripheral surface, and the nut 29e can be rotated to finely adjust the vertical position of the rear end 21a 'of the cutting device body 21a. By this, the moving height of the cutter 26 can be adjusted according to the size of the squid (the width of the mantle portion in the height direction) (in the opening process, the height at which the cutter blade 26 can cut into the mantle portion a1) In the case of the pot removal process, the height that can pass over the mantle portion a1).

[0087]

According to the present invention, since the above structure is adopted, the internal organs (about) can be automatically peeled off from the mantle part continuously without damaging the mantle part (torso), and the above-mentioned viscera peeling and arm part cut) can be performed. Each squid processing operation, which was conventionally performed individually, can be performed continuously without stopping the squid transport operation in a series of flow work, and furthermore, the mantle part and the arm part are separately sorted in the above work process respectively A possible squid continuous processing machine could be provided.

Further, if the outer jacket cutting device is provided as in the present invention, the opening of the outer jacket can be performed reliably and smoothly during a series of continuous operations without stopping the squid transport operation. It is very easy to use.

Therefore, the working time of squid processing can be greatly reduced, the working efficiency can be improved, and the labor of the operator can be reduced.

Further, according to the present invention, an outer jacket portion that is driven in an endless manner near the final end of the cutter on the outward path in synchronization with the movement of the cutter so as to slide and scrape the side surface of the cutter. Since the detachable member is attached to the structure, when the mantle part is cut by the cutter moving continuously, the mantle part is accidentally hooked on the cutter and sent off the processing (processing) line. Even if it has come, the jacket that has been hooked and sent by the cutter is automatically removed from the cutter by the jacket removing member that is driven near the end of the cutter on the outward path side and discharged outside the machine. It is very useful because it is very easy to handle and works smoothly.

If the outer jacket cutting device is provided so as to be able to move up and down as in the present invention, the rear end of the outer jacket cutting device is lowered by turning the handle, and the cutter position is lowered. Lowering, the outer jacket opening processing for inserting the cutter from the abdominal side of the outer jacket, and the turning operation of the handle raises the rear end side of the outer jacket cutting device, so that the cutter position is raised, and the cutter is inserted into the outer jacket. It is possible to appropriately and easily select a pot removal process in which the upper position is passed through and rotated. Therefore, both the opening process and the depressing process can be appropriately selected and performed by one processing machine, so that not only the ease of use is excellent but also the cost of squid processing equipment can be reduced.

Further, according to the present invention, since the internal organ peeling piece, which is guided by the guide rail and moves back and forth on the squid mounting portion, is inserted between the outer cover and the internal organ and peeled off, as in the prior art. There is no damage to the outer shell of the squid as in the case where the extrusion operation is performed with a roller, and a decrease in commercial value can be prevented particularly when the internal organs are peeled off without cutting the outer shell, that is, in the case of a so-called vase removal.

[0093] Further, the cutting section is formed in the mantle cutting device from the cutting start to the cutting end, the squid placing section from the squid holding section to the front end of the placing section, and from the upstream side to the downstream side in the transport direction. A right-angled triangular area is formed with the outer jacket cutting area, and the cutter moving area distance: the squid placing area distance: the outer jacket cutting area distance is 5: 4: 3, and the transport device. And the endless belt of the mantle cutting device, the cutter is securely inserted into the mantle part of the squid on each squid placing part sent to the downstream side, and to the downstream side of the squid The outer jacket can be reliably linearly cut from the abdominal cutter insertion point to the fin-side outer jacket end while moving obliquely forward with respect to the transport direction along with the transport.

Further, the middle part of the guide rail on the outward path side is bent in a substantially S-shape in plan view, and the position of bending toward the rear side is disposed near the end point of the jacket cutting area and bent forward. The squid that has been moved while resting on the visceral exfoliation piece goes into the groove because the visceral exfoliation piece is retracted before the visceral exfoliation area enters the visceral exfoliation area. As a result, the visceral peeling piece can be easily inserted into the outer jacket, and the operation of peeling the joint between the outer jacket and the internal organ can be reliably performed.

Further, if the guide rod is made to protrude toward the tip end of the cutter, and the tip is inclined downward, the guide of the cutter blade into the outer jacket portion during opening processing can be performed reliably and easily. In addition, the occurrence of poor opening is reduced.

Further, if a plurality of sweeping pieces are provided in the circumferential direction, and a jacket sweeping member rotatably provided by being attached to a shaft for synchronizing the jacket cutting device with the transfer device is provided, the sweeping is separately performed. Since the operation of sweeping the mantle portion can be performed without providing a drive unit dedicated to the members, it is possible to prevent an increase in the size of the entire machine and reduce the cost, which is very useful in this type of processing machine.

[Brief description of the drawings]

FIG. 1 is a front view of a squid continuous processing machine of the present invention.

FIG. 2 is a rear view of the squid continuous processing machine of the present invention.

FIG. 3 is a plan view of the squid continuous processing machine of the present invention.

FIG. 4 is a plan view showing an outward path guide rail of the squid continuous processing machine of the present invention.

FIG. 5 is a left side view of the squid continuous processing machine of the present invention.

FIGS. 6A and 6B show one embodiment of a squid mounting portion of the squid continuous processing machine of the present invention, wherein FIG. 6A is a plan view and FIG. 6B is a cross-sectional view taken along line II.

FIGS. 7A and 7B show an embodiment of a viscera peeling mechanism of the squid continuous processing machine of the present invention, wherein FIG. 7A shows a state in which the viscera peeling piece is stationary, and a squid jacket is placed on the peeling piece; FIG. A state in which the squid jacket is on the concave groove at the time of one retreat, (c) is a state in which the visceral peeling piece is advanced, and the peeling piece is inserted between the squid jacket and the internal organ to cut the joint. Each state is shown.

FIG. 8 is a partially enlarged perspective view showing a relationship between a jacket cutting device and a transport device.

FIG. 9 is a side view showing the jacket cutting device in a lowered state (at the time of jacket opening processing).

FIGS. 10A and 10B show an embodiment of a cutter provided in the jacket cutting device, wherein FIG. 10A is a plan view and FIG. 10B is a side view.

FIG. 11 is a side view showing the outer jacket cutting device in an ascending state (at the time of pot removal).

FIG. 12 is a perspective view of the mantle cutting device as viewed from the rear side.

13A and 13B show the relationship between the switching cam plate of the switching handle and the adjustment guide nut at the tip of the suspension shaft in the jacket cutting device, wherein FIG. 13A shows a state when the jacket is opened, and FIG. Each state at the time is shown.

FIG. 14 is a side view of a sprocket (timing adjusting sprocket) for adjusting the timing between the cutter 26 and the squid holding unit 14.

FIG. 15 is a perspective view showing a mantle holding part and a sweeping piece part.

FIG. 16 is a schematic view showing a series of operations in outer jacket opening processing.

FIG. 17 is a schematic view showing a series of operations in the depressing process.

[Explanation of symbols]

 1: conveying device 8: squid mounting portion 10: concave groove 13: squid holding portion 15: slide long hole 17: built-in peeling piece 19: guide body 20: guide roller 20a: track 21: jacket cutting device 25: cutting Endless belt for device 26: Cutter 31: Guide rod 47: Outer jacket removing member 50: Outer jacket feeding device 53: Arm cutting device 57: Vacuum device: Outer jacket cutting area: Visceral peeling area: Arm cutting area: Outer jacket Part sweeping position a: squid a1: cloak part a2: internal organ a4: arm

Claims (8)

(57) [Claims] 1. An endless belt that is rotatably provided so as to span between left and right sprockets, and a built-in peeling mechanism that peels off a built-in organ from a squid jacket during a transport process, and is integrally fixed on the belt. A transport device comprising a large number of squid mounting portions arranged side by side, an outer jacket cutting device suspended and supported from the machine body frame above a middle portion in the transport direction of the transport device, and an outer jacket portion with peeled internal organs. On the downstream side of the outer jacket cutting device, the outer jacket feeding device that sends out the squid mounting portion from the upper side to the outside of the device, and the arm attached to the internal organ after being separated from the outer jacket, on the downstream side of the outer jacket feeding device. Each squid mounting part in the above-mentioned transport device is provided with a concave groove in the longitudinal direction of the central part, and is attached to the base of the arm part. A squid holding portion is provided at the upper edge of the concave groove, and a visceral peeling piece having a desired length is disposed in the concave groove so as to be slidable forward and backward. The shaft is projected downward through a slide elongated hole formed along the longitudinal direction of the concave groove, and a guide body is attached to the projecting portion of the guide shaft, and the guide body is attached to the endless belt along the transport direction. The guide rails are guided between the left and right guide rails provided on the inner side, and the guide rails are formed in a substantially rectangular shape in a plan view from the position of the peeling area of the internal organ on the downstream side of the cutting area of the mantle section toward the front. The jacket cutting device is configured to bend, the cutter is attached to the endless belt for the cutting device rotatably provided in synchronization with the transfer device at regular intervals, and the endless belt is connected to the transfer device. Squid placing part Disposed obliquely the conveyance direction with respect to the surface, and the blade is provided to face the groove in the same direction of the portion placed squid in the cutter, the cutter is sequentially fed in phase with the conveyor device,
The squid holding part in each squid placing part that moves sequentially in the unloading direction is configured to be able to pass from the rear side, and the endless driving of the cutter near the final end on the outward path side is the movement of the cutter. Synchronized, a jacket removing member that is driven to slide and scrape the side of the cutter is also provided, and the arm cutting device is located at the front of the squid holder in the squid holder in the transfer device that has passed through the internal peeling area. 2. The squid continuous processing machine according to claim 1, further comprising an arm cutting cutter in parallel with the squid holding portion. 2. A moving area of the cutter from the beginning to the end of cutting in the jacket cutting device, a squid placing section from the squid holding section to the front end of the placing section, and a section formed from the upstream side to the downstream side in the transport direction. A right triangular area is formed with the outer jacket cutting area, and the cutter moving area distance: the squid placing area distance: the outer jacket cutting area distance is configured in a ratio of 5: 4: 3. The squid continuous processing machine according to claim 1, wherein: 3. A halfway portion of the guide rail on the outward path side is bent in a substantially S-shape in plan view, and a position bent rearward is disposed near an end point of the outer jacket cutting area and bent forward. The squid continuous processing machine according to claim 1 or 2, wherein a position where the squid is swept is disposed at a position for sweeping the outer jacket. 4. An outer sheath cutting device main body is suspended from a front and rear frame of a machine main body by a front side support member and a rear side support member, and an upper end of the front side support member is fixed to a front frame of the machine main body. At the same time, the lower end side is pivotally supported at the front side of the jacket cutting device main body, while the rear end side support member pivotally supports the lower end side at the rear side of the jacket cutting device main body, and projects the upper end thereof. The rear end side of the outer jacket cutting device main body is configured to be able to move up and down by moving the rear end side supporting member up and down by an up and down switching handle connected to the end. Or the squid continuous processing machine according to claim 3. 5. An endless belt guide plate is interposed between the front and rear sprockets, the plate having a rear end formed to be wider than the diameter of the rear sprocket, and the endless belt to be bridged between the front and rear sprockets. The plate is bent at the rear end portion of the plate to form an angle, and the jacket cutting device is disposed so that the bent portion is located above the squid holding portion of the squid placing portion that is sequentially conveyed in the conveying device. The squid continuous processing machine according to claim 1, wherein the squid is continuously processed. 6. The cutter rod according to claim 1, wherein the guide rod projects from the tip of the cutter, and the guide rod has the tip inclined downward. Or the squid continuous processing machine according to claim 5. 7. A jacket feeding device, wherein a plurality of sweeping pieces are provided in a circumferential direction, and the jacket cutting device is rotatably provided by being attached to a shaft for synchronizing with the transport device. 7. The squid continuous processing machine according to claim 2, claim 3, claim 3, claim 4, claim 5, or claim 6. 8. A vacuum device that has a suction port facing the surface of the squid mounting portion near the discharge side of the transport device, and suctions and discharges internal organs on the squid mounting portion after cutting the arm portion. The squid continuous processing machine according to claim 1, wherein the squid is continuously processed.