JP2009153391A - Fish body-treating system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fish body-treating system which can continuously sequentially perform the cutting of the head portions of fish bodies and the removal of the inner organs of the fish bodies. <P>SOLUTION: Provided is the fish body-treating system having a head portion-removing device 2, an inner organ-removing device 3 and a delivery device 4 disposed between the head portion-removing device 2 and the inner organ-removing device 3, characterized in that the delivery device 4 comprises a fish body-receiving means 41 for receiving the fish bodies F sequentially discharged from the head portion-removing device 2 in a state that the abdominal portions and back portions of the fish bodies are directed in upper and lower directions, respectively, a fish body direction-changing means 42 for mechanically changing the directions of the fish bodies F received by the fish body-receiving means 41 in a direction along the fish body F-conveying direction of the inner organ-removing device 3, and a fish body-feeding means 43 for feeding the fish bodies F directed in the directions changed by the fish body direction-changing means 42 from the fish body-receiving means 41 into the inner organ-removing device 3. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a fish processing system, and more particularly to a fish processing system suitable for removing the head and internal organs from a fish.

  Conventionally, in the case of forming processed products such as fish fillets from fish such as salmon, first cut the head of the fish body, then remove unnecessary parts such as internal organs, and further remove the necessary fish meat part Cutting into appropriate thickness and size is performed.

  In order to efficiently perform such processing of a fish body, a head removing device that cuts and removes the head of a fish body in the middle of a transport path for transporting the fish body is known (for example, see Patent Document 1).

  In addition, a viscera removing device is known in which an abdomen of a fish is cut in the middle of a conveyance path for removing a viscera from which the head has been removed in advance (see, for example, Patent Document 2).

Japanese Utility Model Publication No. 06-000085 JP-A-06-292502

  By the way, when using the conventional head removing device and the visceral removing device, the fish discharged from the head removing device must be supplied manually to the visceral removing device, which requires a lot of labor. There was a point.

  In this case, manually supplying a heavy fish body such as a carp has a problem that the burden on the operator is heavy.

  Thus, there is a need for a fish processing system that can continuously cut the head of the fish and remove the internal organs in this order.

  This invention is made | formed in view of this point, and it aims at providing the fish body processing system which can perform the cutting | disconnection of the head of a fish body, and the removal of internal organs in this order continuously.

  In order to achieve the above-mentioned object, the fish body processing system according to claim 1 of the present invention is characterized in that the fish body is disposed in a direction perpendicular to the transport direction with its head in the transport path. A head removing device that cuts and removes the head in the middle of being removed, and an internal organ that removes the internal organs by incising the abdomen while the fish body from which the head has been removed is being transported along the transportation path A removal device, and a delivery device disposed between the head removal device and the viscera removal device, the abdomen lowering the fish body sequentially discharged from the head removal device. A fish body receiving means for receiving the fish with the back portion facing upward, and a fish body direction for mechanically changing the direction of the fish body received by the fish body receiving means to be in a direction along a direction in which the fish body is conveyed by the internal organ removing device. Change means and the fish body direction change Certain fish orientation is changed by stages from the fish receiving means that it includes a means infeed fish fed to the gutting apparatus. And by employ | adopting such a structure, the head removal apparatus can cut | disconnect the head of a fish body easily and reliably in the middle of the conveyance path | route which conveys a fish body. Further, the viscera removing device can easily and surely remove the viscera by incising the abdomen of the fish in the middle of the conveyance path for conveying the fish. Furthermore, the delivery device can efficiently supply the fish removed by cutting the head with the head removing device to the viscera removing device without using human hands, and the head removing device and the visceral removing device can be linearly connected. It becomes possible to arrange in the shape. As a result, the cutting of the head of the fish body and the removal of the internal organs can be carried out easily and reliably in this order.

  The fish processing system according to claim 2 of the present invention is characterized in that, in claim 1, the fish receiving means is a fixedly arranged fish support for supporting the abdomen of the fish from below. A fish body having an internal space through which a fish body can be passed to hold the fish body supported adjacently above the fish body support plate and supported on the fish body support plate in a state in which the back portion faces upward The fish body direction changing means is rotatably arranged so that the rotation axis extends in the vertical direction, and the fish body holding and moving frame is attached to the side surface with its longitudinal direction horizontal. A head and a mounting base drive motor for rotating the mounting base; and by rotating the mounting base with a driving force of the mounting base drive motor, the head removal moving frame is removed from the fish body moving frame. Dress At least two positions, a receiving position when receiving the fish discharged from the body and a delivery position when transferring the fish to the viscera removing device, are provided, and the fish feeding means The fish support plate is provided with a discharge port formed at a delivery position for transferring the fish body of the fish support plate to the viscera removal device. By adopting such a configuration, the fish body cut and removed by the head removing device can be more efficiently supplied to the viscera removing device reliably and easily without using human hands. Further, the head removing device and the visceral removing device can be reliably and easily arranged in a straight line.

  According to the fish processing system according to the present invention, since the head removing device, the viscera removing device, and the delivery device are provided, the cutting of the fish head and the removal of the viscera are continuously and easily performed in this order. In addition, the head removing device and the viscera removing device can be arranged in a straight line, and the excellent effects are obtained.

  The present invention will be described below with reference to embodiments shown in the drawings.

  1 to 3 show an embodiment of a fish processing system according to the present invention. FIG. 1 is a front view of the main part of the overall configuration, FIG. 2 is a plan view of FIG. 1, and FIG. It is a typical top view of the principal part.

  As shown in FIGS. 1 and 2, the fish processing system 1 of this embodiment includes a head removing device 2, a viscera removing device 3, and a delivery device 4. The head removing device 2 and the internal organ removing device 3 are arranged so as to form a straight line as a whole.

  The head removing device 2 is for cutting and removing a head while a fish body F such as a carp or a carp is transported along a transport path, and is a flat rectangular base that is long in the left-right direction in FIG. As a frame 11. The frame 11 is provided with a conveying means 12 and a head removing means 13.

  The conveying means 12 is for conveying the fish F in the conveying direction from the right to the left in FIG. 1 indicated by the arrow X1 in FIG. The position is a supply position P1 for mounting the fish F on a fish mounting plate 14 to be described later, and the position shown on the left in FIG. 1 is a discharge position P2 for discharging the fish F after removing the head toward the delivery device 4 It is said that.

  The conveying means 12 has a chain conveyor 15 formed in an endless annular shape. The chain conveyor 15 can be rotationally driven by the driving force of the drive motor 16. The chain conveyor 15 has a plurality of fish-mounting plates 14 having a substantially arc-shaped cross section and a substantially flat plate shape so that the longitudinal direction thereof is perpendicular to the conveying direction indicated by the arrow X1 in FIG. The fish body mounting plate 14 is disposed so that the concave portion faces the outside of the chain conveyor 15. The fish F is mounted on the fish mounting plate 14 with its head directed downward in FIG. 2 at the supply position P1 and with its abdomen directed toward the top shown on the left side of FIG. Further, the head of the fish body F, specifically, the portion to be removed by cutting is mounted on the fish body mounting plate 14 in a state of protruding downward from the end portion of the fish body mounting plate 14 shown on the lower side of FIG. It has become.

  The head removing means 13 is for cutting and removing the head of the fish F while the fish F is being transported along the transport path, and is located at the lower end of FIG. It is arranged at a close position (cutting position). And the head removal means 13 has the cutting blade 17 for cut | disconnecting the head of the fish body F in the substantially V shape which the back part side and abdominal part side protrude. The cutting blade 17 is arranged so as to face the moving path of the cutting portion of the fish F, and the fish F mounted on the fish mounting plate 14 is transported to face the cutting blade 17 as shown in FIG. Then, the conveyance is stopped, and then the head is cut by the cutting blade 17 moving toward the cutting portion of the fish F by the driving force of the actuator 18 such as a reciprocating cylinder. It can be removed. At this time, a support plate that functions as an unillustrated brace is provided at a position facing the cutting blade 17 via the fish body F. In addition, the fish body F when located in a cutting position is shown in FIG. However, the fish mounting plate 14 is shown in a state shifted from the cutting position along the transport direction X1.

  2 below the conveying means 12 until the fish F is conveyed from the supply position P1 to the cutting position, the head side of the fish F protruding from the fish mounting plate 14 is supported and guided from below. A guide 19 is provided for this purpose. As the guide 19, a belt conveyor that rotates in synchronization with the chain conveyor 15 is used. In addition, as the guide 19, it is good also as a structure which arranges and arrange | positions several rotation roller which can rotate freely.

  The fish F from which the head has been removed by the head removing means 13 has the abdomen as the head from the fish mounting plate 14 at the discharge position P2, and the cutting part is orthogonal to the conveying direction indicated by the arrow X1 in FIG. It is discharged toward the lower side of FIG.

  As the head removing device 2, various conventionally known devices can be used as long as the head can be cut and removed while being conveyed along the conveyance path.

  In addition, when a conventionally known thing cannot be discharged with the abdomen of the fish F at the top when the fish F is discharged, for example, when the back is at the top, the inversion is reversed so that the abdomen of the fish F is at the top. Use a chute.

  The viscera removing device 3 is for removing the viscera by incising the abdomen while the fish F is being transported along the transport path with the cutting portion at the top. In this embodiment, Japanese Patent No. 3037532 is disclosed. The one having a structure as described in Japanese Patent Application Laid-Open No. 6-292502 is used.

  That is, the viscera removing device 3 of the present embodiment indicates the fish body F from which the head has been removed as indicated by an arrow X2 in FIG. 1 with the cut portion at the top, the abdomen is down, and the back is facing up. Conveying means 21 for conveying along the conveying direction, an abdominal incision mechanism 22 for incising the abdomen of the fish F and removing the internal organs while the fish F is being conveyed on the conveyance path, a membrane peeling mechanism 23, a blood pool removing mechanism 24, and the like Is configured to include a visceral removal means 25 arranged in this order along the conveyance direction indicated by an arrow X2 in FIG. 1, and a frame 26 as a mount on which the conveyance means 21 and the visceral removal means 25 are arranged. .

  In the visceral removal device 3 of the present embodiment, the position shown on the right side in FIG. 1 is a supply position P3 where the fish F is delivered from the delivery device 4, and the position shown on the left side in FIG. It is set as the discharge position P4 which discharges the fish body F toward the outside.

  The conveying means 21 includes a supply-side conveying means 21a disposed on the supply side and a discharge-side conveying means 21b.

  One supply-side conveying means 21a supports the abdomen of the fish F from below from the supply position P3 when receiving the fish F supplied from the delivery device 4 to the abdominal incision mechanism 22, and the arrow X2 in FIG. A belt conveyor 27 that conveys the belt conveyor 27 along the conveyance direction, and a drive motor (not shown) that drives the belt conveyor 27 are provided. The belt 27a of the belt conveyor 27 also has a function as a belly receiving plate that supports the belly of the fish body F supplied from the delivery device 4 from below.

  The other discharge-side transfer means 21b is a pair of transfers that can transfer the abdominal incision mechanism 22 to the discharge position P4 along the transfer direction indicated by the arrow X2 in FIG. A belt 28 and a drive motor (not shown) for driving the conveyor belt 28 are provided.

  That is, the transport of the fish F in the viscera removal device 3 of the present embodiment is configured to be taken over from the supply-side transport means 21a to the discharge-side transport means 21b, and as a whole, the fish F is discharged from the supply position P3 to the discharge position. It is formed so that it can be transported along the transport direction indicated by the arrow X2 in FIG.

  In addition, the code | symbol 30 in FIG. 2 is the discharge conveyor for discharging the removed internal organs.

  As the internal organ removal device 3, the fish F from which the head has been removed cuts the abdomen in the middle of being transported through the transport path with the cut part at the top, the abdomen facing down and the back facing up. As long as the viscera can be removed, various conventionally known ones can be used.

  Other configurations of the head removing device 2 and the visceral removing device 3 are the same as those of the conventional one, and thus detailed description thereof is omitted.

  The delivery device 4 is for receiving the fish F discharged from the head removing device 2 and delivering the fish F to the viscera removing device 3 with the cutting portion at the head. It is arranged between the discharge side of the part removal device 2 and the supply side of the internal organ removal device 3.

  The delivery device 4 of the present embodiment has a base frame 31 as a pedestal formed in a substantially rectangular shape as a whole that is long in the left-right direction in FIG. On the right side of the upper portion of the base frame 31, the frame 11 of the head removing means 13 is mounted and detachably fixed. Further, a frame-like sub-frame 32 formed in a substantially rectangular shape as a whole is disposed on the left side of FIG. 1 above the base frame 31. The left end portion of the sub-frame 32 is detachably attached to and fixed to the frame 26 of the internal organ removal device 3. Further, the supply side conveying means 21 a of the visceral removal device 3 is disposed in the middle portion of the subframe 32 in the height direction, and the supply position P3 of the visceral removal device 3 is disposed inside the subframe 32. .

  The abdomen of the fish body F discharged from the head removing device 2 from below is slightly above the intermediate portion in the height direction inside the subframe 32, that is, above the supply side conveying means 21a of the viscera removing device 3. A supporting disc-shaped fish support plate 33 is fixedly arranged. Above the fish support plate 33, a plurality of, in the present embodiment, four fish holding and moving frames 34 are arranged. These fish-holding and moving frames 34 are formed in a rectangular tube shape with both ends along the vertical direction forming a flat rectangular shape with an opening, and the inner hole has an internal space of a size that allows the fish F to pass in a horizontal state. 34a. In the state where the fish support plate 33 is present below the internal space 34a, the fish F supported on the fish support plate can be held in a state where the back portion of the fish F faces upward.

  The fish-holding / moving frame 34 is attached to the side surface of a mounting base 35 that forms a planar square. In the present embodiment, as shown in FIG. 3, the longitudinal direction of one fish body holding and moving frame 34 is such that the four side surfaces of the mounting base 35 are surrounded by the base end side that is one end of the four fish body holding and moving frames 34. Are arranged so that one end thereof is flush with one side surface of the mounting base 35 and is in contact with the side surface located on the mounting base side of the adjacent fish body holding / moving frame 34, and each fish body holding / moving frame 34. Each of the leading ends, which are free ends in the longitudinal direction, is arranged so as to form a substantially bowl-like shape as a whole as a whole projecting from the side surface of the mounting base 35 along the horizontal direction.

  A rotation shaft 36 is attached to the center portion of the mounting base 35 with its axial direction oriented in the vertical direction, and this rotation shaft 36 is rotatably supported by the subframe 32. As shown in FIG. 1, the rotary shaft 36 can be driven to rotate by the driving force of a mounting base drive motor 37 attached to the upper part of the subframe 32. Then, by rotating the mounting base drive motor 37, each fish holding movement frame 34 is formed to rotate in the clockwise direction indicated by the arrow A in FIG. . In addition, the fish body holding and moving frame 34 has a built-in position starting from the receiving position PA when receiving the fish body F discharged from the head removing device 2 provided on the rotation path and the cutting portion of the fish body F at the time of rotation. It is configured to pass through a delivery position PB when delivered to the removing device 3.

  In the state where one of the four fish body holding and moving frames 34 is located at the receiving position PA with the longitudinal direction extending along the vertical direction in FIG. 3 on the right side in FIG. 3, the longitudinal direction shown in the lower part of FIG. One adjacent fish body holding and moving frame 34 extending in the left-right direction in FIG. 3 is positioned at the delivery position PB, and the fish body holding and moving frame 34 whose longitudinal direction shown in the upper part of FIG. 3 extends in the left and right direction in FIG. (Fish holding / moving frame 34 disposed opposite to the fish holding / moving frame 34 located at the delivery position PB) and the fish holding / moving frame 34 (receiving) whose longitudinal direction shown on the left side of FIG. 3 extends in the vertical direction of FIG. Two fish holding / moving frames 34 of the fish holding / moving frame 34) opposite to the fish holding / moving frame 34 positioned at the position PA are arranged between the receiving position PA and the delivery position PB. . Further, in a state where the fish body holding / moving frame 34 is located at the receiving position PA, the longitudinal direction of each of the fish body holding / moving frame 34 and the fish mounting plate 14 is made parallel, and the fish body holding / moving frame 34 is located at the delivery position PB. In the state, the longitudinal direction of each of the fish body holding and moving frame 34 and the belt conveyor 27 is made parallel.

  Accordingly, the four fish body holding and moving frames 34 are arranged along the longitudinal direction of the adjacent fish body holding and moving frame 34 at a position away from the axis of the rotating shaft 36 whose rotation axis extends in the vertical direction. The virtual lines are arranged so as to form an angle of 90 degrees.

  A discharge port 38 for discharging the fish F moving on the fish support plate 33 downward is provided at a position on the viscera removal device side of the fish support plate 33, and the fish body is rotated by the rotation of the fish holding movement frame 34. The fish F moving on the support plate 33 is received by the viscera removal device 3 during the movement path, specifically when the fish holding movement frame 34 is rotated 90 degrees clockwise from the receiving position PA in FIG. It reaches the delivery position PB at the time of delivery and falls downward from the discharge port 38 so that the fish F can be delivered to the belt conveyor 27 disposed below the discharge port 38.

  As shown in FIG. 3, the discharge port 38 in the present embodiment is formed by a planar rectangular through-hole that penetrates the fish support plate 33 in the thickness direction. The internal space 34a is formed to be equal to the plane size or large as shown in an exaggerated manner in FIG. In addition, as the discharge port 38, you may make into the notch which a left end connects to the outer periphery of a support plate.

  In the vicinity of the discharge port 38 on the lower surface of the fish support plate 33, a transport path for the fish F to be transported by the belt conveyor 27 is secured, and the fish F is held in a state where the back portion faces upward. A pair of guide plates 39 are attached.

  The four fish holding and moving frames 34 of the present embodiment are attached in synchronization with the movement of the fish mounting plate 14 so that the fish F discharged from the head removing device 2 can be sequentially moved. The driving force of the table driving motor 37 is intermittently driven every 90 degrees in the clockwise direction of FIG.

  In addition, every time the mount 35 rotates 90 degrees, the fish body holding and moving frame 34 of the present embodiment changes in the longitudinal direction by 90 degrees, and is adjacent to the receiving position PA, the delivery position PB, and the delivery position PB. Thus, a total of four positions can be taken: a rear intermediate position and a front intermediate position adjacent to the receiving position PA.

  Therefore, the delivery device 4 according to the present embodiment receives the fish F discharged from the head removing device 2 and delivers the fish F to the internal organ removing device 3 every time the mount 35 rotates 90 degrees. It is configured to be able to.

  The fish support plate 33 and the fish holding and moving frame 34 constitute fish receiving means 41 for receiving the fish F sequentially discharged from the head removing device 2 of the present embodiment with the abdomen facing down and the back facing up. ing.

  The direction of the fish body F received by the fish receiving means 41 of the present embodiment by the mounting base 35, the rotating shaft 36 and the mounting base drive motor 37 is the transport direction indicated by the arrow X2 in FIG. The fish body direction changing means 42 is configured to change mechanically so as to be in the direction along the line.

  The discharge port 38 constitutes a fish feeding means 43 for feeding the fish F whose direction has been changed by the fish direction changing means 42 of the present embodiment from the fish receiving means 41 to the viscera removal device 3.

  In addition, as the fish body direction changing means 42, when the mounting base 35 is rotated by the driving force of the mounting base driving motor 37, the fish body F discharged from the head removing device 2 is received by the fish body moving frame 34. What is necessary is just to be comprised so that 2 positions of the receiving position PA and the delivery position at the time of delivering the fish F to the internal organ removal apparatus 3 may be taken at least selectively.

  As shown in FIG. 1, in the upper part of the sub-frame 32, in the internal space 34a of the fish holding and moving frame 34 located at the receiving position PA with the abdomen of the fish F sequentially discharged from the head removing device 2 as the head. A guide chute 46 formed in a substantially arcuate front for guiding is attached, and the fish F discharged from the head removing device 2 slides down the upper surface of the guide chute 46 with its abdomen at the head to hold the fish. The moving frame 34 is accommodated in the internal space 34a. Further, the fish body F that slides down on the upper surface of the guide chute 46 and moves toward the internal space 34a of the fish body holding and moving frame 34 from the guide chute 46 on the upper side of the subframe 32 to the fish body holding and moving frame 34. A guide plate 47 is attached for preventing the crossing of the fish body and guiding it to the inner space 34a of the fish body holding and moving frame 34 with certainty.

  Next, the operation of the present embodiment having the above-described configuration will be described.

  According to the fish processing system 1 of the present embodiment, the fish F mounted on the fish mounting plate 14 of the transport means 21 by hand or the like at the supply position P1 shown on the right side of FIG. 21, the head is removed by the head removing means 13 while being transported along the transport direction indicated by the arrow X <b> 1 toward the left in FIG. 1, and the discharge position P <b> 2 shown on the left in FIG. 1. It is discharged at. At this time, the fish F from which the head has been removed naturally falls from the fish mounting plate 14 with the abdomen at the top, and slides down on the upper surface of the guide chute 46 with the abdomen at the top.

  Next, the fish F that slides down the upper surface of the guide chute 46 is received and stored in the internal space 34a of the fish holding and moving frame 34 disposed at the receiving position PA of the delivery device 4 with the back portion facing upward. At this time, the abdomen of the fish F is supported from below by the fish support plate 33. Further, the cut portion of the fish body F from which the head has been removed is opposite to the attachment base side, which is one end in the longitudinal direction of the fish body holding and moving frame 34 shown in the lower part of FIG. It will be located on the tip side. Thereby, the fish body F from which the head discharged from the discharge position P2 of the head removing device 2 is removed is transferred to the fish receiving means 41 at the receiving position PA of the delivery device 4. Even if the fish F that slides down on the upper surface of the guide chute 46 and moves toward the internal space 34a of the fish holding / moving frame 34 exceeds the fish holding / moving frame 34, the guiding plate 47 reliably prevents the fish F from moving.

  Next, when the fish F is transferred to the fish receiving means 41 at the receiving position PA of the delivery device 4, the mount driving motor 37 is driven, and the clockwise direction indicated by the arrow A in FIG. Then, the fish body holding and moving frame 34 starts to rotate. The fish body F moves together with the fish body holding and moving frame 34 by the rotation of the fish body holding and moving frame 34. At this time, the fish F moves so that its abdomen slides on the upper surface of the fish support plate 33.

  Next, when the fish holding movement frame 34 is rotated 90 degrees clockwise from the receiving position PA in FIG. 3, it reaches the delivery position PB when the fish F is delivered to the viscera removing device 3. At this time, the direction of the fish body F is changed so that the cutting part faces the head of the transport direction indicated by the arrow X2 in FIG. When the fish holding / moving frame 34 reaches the delivery position PB, the rotation of the fish holding / moving frame 34 is stopped and the fish F naturally falls from the discharge port 38 of the fish supporting plate 33. When the rotation of the fish holding / moving frame 34 is stopped, the adjacent fish holding / moving frame 34 located downstream of the fish holding / moving frame 34 in the rotation direction reaches the receiving position PA, and then the head. The fish F discharged from the removing device 2 can be received.

  Further, the fish F falling from the discharge port 38 is supplied to the conveying means 21 disposed at the supply position P3 of the viscera removing device 3, more specifically to the belt conveyor 27 of the supply side conveying means 21a. Thereby, the fish body F from which the head discharged from the delivery position PA of the delivery device 4 is removed is transferred to the transport means 21 at the supply position P3 of the internal organ removal device 3.

  At this time, the abdomen of the fish F is placed on the upper surface of the belt 27a with the abdomen facing down. Further, the body side portion of the fish body F is sandwiched between a pair of guide plates 39, and the state where the back portion of the fish body F faces upward is maintained.

  Next, when the fish F is transferred to the transport means 21 at the supply position P3 of the viscera removal device 3, the transport means 21 is in the process of transporting the transport path along the transport direction indicated by the arrow X2 in FIG. The internal organs are removed by incision of the abdomen by the internal organ removal means 25, and the external organs are discharged to the outside at the discharge position P4 shown on the left side of FIG.

  Thus, according to the fish processing system 1 of the present embodiment, the head removing device 2, the viscera removing device 3, and the delivery device 4 arranged between the head removing device 2 and the viscera removing device 3; Therefore, the head removing device 2 can easily and surely remove the head of the fish F by cutting the head of the fish F in the middle of the transport path for transporting the fish F. The abdomen of the fish body F can be incised in the middle of the transport path for transporting the fish body F to remove the internal organs easily and reliably. Further, the delivery device 4 cuts the head with the head removing device 2. The removed fish body F can be efficiently supplied to the viscera removing device 3 without using human hands, and the head removing device 2 and the visceral removing device 3 can be arranged in a straight line. As a result, the cutting of the head of the fish F and the removal of the internal organs can be carried out easily and reliably in this order.

  Further, according to the delivery device 4 of the fish processing system 1 of the present embodiment, the fish receiving means 41 for receiving the fish F sequentially discharged from the head removing device 2 with the abdomen facing down and the back facing up, The direction of the fish body F received by the fish body receiving means 41 is mechanically changed so that the direction of the fish body F is in the direction along the conveying direction of the fish body F by the viscera removing device 3, and the direction of the fish body direction changing means 42 is changed by the fish body direction changing means 42. Since it has the fish body feeding means 43 which sends the changed fish body F from the fish body receiving means 41 to the internal organ removal apparatus 3, it is possible to arrange the head removal apparatus 2 and the internal organ removal apparatus 3 in a straight line. become.

  Furthermore, according to the fish processing system 1 of the present embodiment, the head removal device 2, the viscera removal device 3, and the delivery device 4 can be divided into three, so that the cost can be reduced by improving the productivity in the factory. In addition, the delivery time can be shortened, transportation efficiency can be improved, and installation workability on site can be improved easily.

  Furthermore, according to the fish processing system 1 of the present embodiment, the head removing device 2, the viscera removing device 3, and the delivery device 4 arranged between the head removing device 2 and the viscera removing device 3 are provided. Since it can be divided, the head removing device 2 or the viscera removing device 3 can be easily used individually.

  Moreover, according to the fish processing system 1 of this embodiment, since an existing product can be used as at least one of the head removing device 2 and the viscera removing device 3, the cost can be reduced and the delivery time can be shortened. Can do.

  Furthermore, according to the fish processing system 1 of the present embodiment, the head removing device 2 and the viscera removing device 3 can be arranged so as to form a straight line, so that the plurality of fish processing systems 1 are parallel to each other. Can be arranged.

  Furthermore, according to the fish processing system 1 of the present embodiment, the fish receiving means 41 having the fish support plate 33 and the fish holding / moving frame 34, the mounting base 35 to which the fish holding / moving frame 34 is attached to the side surface, and the mounting base. The mounting table drive motor 37 that horizontally rotates the mounting table 35 is rotated, and the mounting table 35 is rotated by the driving force of the mounting table drive motor 37, so that the fish body moving frame 34 is discharged from the head removing device 2. A fish body direction changing means 42 for at least selectively taking two positions of a receiving position PA for receiving the fish body F to be received and a delivery position PB for delivering the fish body F to the viscera removing device 3; The fish body feeding means 43 having the discharge port 38 formed at the delivery position PB for delivering the fish body F to the viscera removing device 3 is provided by the head removing device 2. The fish F that has been cut and removed can be more efficiently supplied to the viscera removing device 3 without using human hands, and the head removing device 2 and the visceral removing device 3 can be linearly connected. It can be reliably and easily arranged.

  Further, according to the fish processing system 1 of the present embodiment, the direction of the fish F is changed by a simple mechanical method of simply rotating the fish holding / moving frame 34 of the fish direction changing means 42 by 90 degrees, and the fish F can be reliably and easily supplied from the head removing device 2 to the internal organ removing device 3.

  Furthermore, according to the fish processing system 1 of the present embodiment, the direction of the fish F is changed by a simple mechanical method of simply rotating the fish holding / moving frame 34 of the fish direction changing means 42 by 90 degrees, and the fish Since F can be supplied to the viscera removal device 3, the distance necessary to connect the discharge position P2 of the head removal device 2 and the supply position P3 of the viscera removal device 3 is short, that is, arranged close to each other. be able to. As a result, the entire length of the fish processing system 1, that is, the length from the supply position P1 of the head removing device 2 to the discharge position P4 of the viscera removing device 3 can be easily shortened.

  In addition, this invention is not limited to embodiment mentioned above, A various change is possible as needed.

The front view which shows the principal part of the whole structure of embodiment of the fish processing system which concerns on this invention Plan view of FIG. Typical top view which shows the principal part of the delivery apparatus of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Fish body processing system 2 Head removal apparatus 3 Internal organ removal apparatus 4 Delivery apparatus 12, 21 Conveyance means 13 Head removal means 22 Abdominal incision mechanism 23 Membrane peeling mechanism 24 Blood pool removal mechanism 25 Internal organ removal means 33 Fish body support plate 34 Fish body support Moving frame 35 Mounting base 36 Rotating shaft 37 Mounting base drive motor 38 Discharge port 41 Fish receiving means 42 Fish body direction changing means 43 Fish body feeding means F Fish body P1 (head removal device) supply position P2 (head removal device) Discharge position P3 Supply position (of the internal organ removal device) P4 Discharge position (of the internal organ removal device) PA Receiving position PB Delivery position X1, X2 Conveying direction

Claims (2)

A head removing device that cuts and removes the head while the fish body is disposed in a direction orthogonal to the transport direction and is transported along the transport path;
A viscera removal device that incises the abdomen and removes the internal organs while the fish body from which the head has been removed is being transported along the transport path with the cutting part at the top,
A delivery device disposed between the head removal device and the visceral removal device;
The delivery device includes fish receiving means for receiving fish sequentially discharged from the head removing device with the abdomen facing down and the back facing up, and the orientation of the fish received by the fish receiving unit is the viscera removing device Fish direction changing means for mechanically changing the fish body to a direction along the direction of fish conveyance by the fish body, and feeding the fish body whose direction has been changed by the fish body direction changing means from the fish body receiving means to the viscera removing device And a fish processing system. The fish receiving means includes a fish support plate that is fixedly arranged to support the abdomen of the fish body from below, and a fish body that is disposed adjacent to the fish support plate and is supported on the fish support plate. A fish body holding and moving frame having an internal space through which the fish body can be held in a state of facing upward,
The fish body direction changing means is rotatably arranged such that a rotation axis extends in a vertical direction, and the fish body holding and moving frame is mounted on a side surface with its longitudinal direction horizontal, and the mounting base is rotated. When the fish body discharged from the head removing device is received by the fish body holding moving frame by rotating the mounting base with the driving force of the mounting base drive motor. And at least selectively take two positions, the delivery position when delivering the fish to the viscera removal device,
The fish processing system according to claim 1, wherein the fish feeding means includes a discharge port formed at a delivery position for delivering the fish on the fish support plate to the viscera removal device.

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