JP6497777B2 - Kappa stripping device for poultry carcass - Google Patents

Description

The present invention relates to a kappa part peeling device for a poultry carcass gull.

After removing the wings, breasts, fillet, internal organs, and head from the cut upper body of the poultry carcass, the “gara” is used to remove the small meat attached to the cervical vertebrae and thoracic vertebrae. And the thoracic portion including the rib bone, fusion clavicle, scapula, rib sternum, and sternum crest (in the retail industry of poultry, this portion is called the “kappa portion”. Hereinafter, this portion is simply referred to as “kappa portion”. The separation is generally performed by peeling the kappa part from the glass.
In the patent document 1, the applicant of the present application holds the cervical vertebra of the edible carcass gala while holding the edible carcass gull and the first holding tool that moves in the first predetermined direction. And a second holding tool that moves in a second predetermined direction on the side, and proposes a device that peels the kappa part from the poultry carcass gull by the relative movement of the first holding tool and the second holding tool. did.

JP2013-039067

In the apparatus of Patent Document 1, holding of the glass and holding of the cervical vertebra are performed by pinching from outside with a pair of members. There is a problem that the holding state is released when the kappa part is peeled off, which may cause a situation where the peeling fails.
The present invention has been made in view of the above-mentioned problems, and holds a edible carcass gull and moves it in a predetermined direction, holds a cervical vertebra of the edible carcass gull, and in a second predetermined direction. A second holding tool that moves, and the first holding tool and the second holding tool move relative to each other to peel the kappa part from the poultry carcass gala, It is an object of the present invention to provide a kappa part peeling apparatus for a poultry carcass glass that has a low risk of being released when the kappa part is peeled off.

In order to solve the above-described problems, in the present invention, a first holding tool that holds a paw carcass gull while internally fitting in a chest cavity of a paw carcass gull and moves in a first predetermined direction; A second holding member that holds the cervical vertebra of the body rattle and moves in a second predetermined direction; and a guide member that is adjacent to the holding member and guides the cervical vertebrae of the carnivorous carcass rattle in the moving direction of the holding member. A kappa portion of a poultry carcass gull comprising a holding tool, wherein the first holding tool and the biting body of the second holding device move relative to each other and peel the kappa portion from the poultry carcass gull. A peeling device is provided.
In the present invention, the first holding tool is fitted into the chest cavity of the poultry carcass gull to hold the poultry carcass gull, and the bite of the second holding tool bites the cervical vertebra of the poultry carcass gull. Therefore, there is little risk that the holding state of the glass and the cervical vertebra by the holding tool is released when the kappa part is peeled off.

In a preferred aspect of the present invention, the holding body of the second holding tool moves in the same direction as the first predetermined direction and at a higher speed than the first holding tool, and is separated from the first holding tool.
As a mode of relative separation between the first holder and the holder of the second holder, the holder of the second holder moves in the same direction as the first predetermined direction and at a higher speed than the first holder. Thus, separating from the first holder is practical.
In a preferred aspect of the present invention, the biting body of the second holding tool is a number of claws that an endless roller chain spanned between two sprockets arranged above the first holding tool has.
A number of claws of an endless roller chain spanned between two sprockets disposed above the first holder are suitable as a holding body.
In a preferred aspect of the present invention, the guide member of the second holder is a bar-shaped guide member extending in the same direction as the roller chain or a plate having a side surface extending in the same direction as the roller chain.
In a preferred aspect of the present invention, the guide member of the second holder is an endless chain spanned between a pair of sprockets, and extends in the same direction as a roller chain having a number of claws that are bite bodies, The traveling unit that is close to the traveling unit that moves in the first predetermined direction of the roller chain that has a large number of claws that are the biting bodies moves in the first predetermined direction at the same speed as the adjacent roller chain.
A rod-shaped guide member extending in the same direction as the roller chain or a plate having a side surface extending in the same direction as the roller chain, or an endless chain spanned between a pair of sprockets, and a number of biting bodies The traveling part that extends in the same direction as the roller chain having a plurality of claws and moves in the first predetermined direction of the roller chain that has a number of claws that are biting bodies has the same speed as the neighboring roller chain The chain moving in the first predetermined direction is suitable as a guide member.
In a preferred embodiment of the present invention, the endless chain forming the guide member is a roller chain having a number of claws.
If the endless chain forming the guide member is a roller chain having a large number of claws, the claws of the guide member also function as a bite body, so that the cervical spine is more firmly held.
In a preferred aspect of the present invention, the kappa part peeling device is disposed in the vicinity of the terminal end of the guide member, abuts on the cervical vertebra held by the nail of the second holding tool, and releases the occlusion of the cervical vertebra by the nail. A release member is provided.
The dorsal part is automatically recovered by the release member.

In a preferred aspect of the present invention, the holding body of the second holding tool moves in the second predetermined direction lateral to the first predetermined direction and is separated from the first holding tool.
As a mode of relative separation movement between the first holder and the second holder holding body, the second holder holding body moves in a second predetermined direction lateral to the first predetermined direction. It is practical to separate from the first holder.
In a preferred embodiment of the present invention, the holding body of the second holding tool is a large number of teeth formed on the peripheral side surface of the rotating disk disposed on the side of the movement path of the first holding tool.
A large number of teeth formed on the peripheral side surface of the rotating disk are suitable as a holding body.
In a preferred aspect of the present invention, the guide member of the second holder is a rod-shaped guide member extending along the outer periphery with a predetermined gap radially outward from the outer periphery of the rotating disc or the outer periphery of the rotating disc. A plate having an arc side surface extending along the outer periphery with a predetermined gap radially outward from the outer periphery.
A rod-shaped guide member extending along the outer periphery with a predetermined gap radially outward from the outer periphery of the rotating disk or along the outer periphery with a predetermined gap radially outward from the outer periphery of the rotating disk A plate having an extending arc side surface is suitable as a guide member.
In a preferred aspect of the present invention, the second holder is laminated in a plurality of stages.
The cervical vertebra can be more firmly held by arranging the second holder in a plurality of stages.
In a preferred embodiment of the present invention, the biting body of the second holding tool has a number of claws with an endless roller chain spanned between two sprockets arranged on the side of the movement path of the first holding tool. It is.
A large number of claws of an endless roller chain spanned between two sprockets arranged on the side of the movement path of the first holder are suitable as a holding body.
In a preferred embodiment of the present invention, the guide member of the second holder is a bar-shaped guide member extending in the same direction as the roller chain or a plate having a side surface extending in the same direction as the roller chain. A plate-shaped guide member extending in the direction of a plate or a plate having a side surface extending in the same direction as the roller chain is suitable as a guide member.
In a preferable aspect of the present invention, the kappa part peeling device for the poultry carcass gull is disposed behind the second holding tool in the traveling direction of the first holding tool, and the poultry bird held by the first holding tool. A blade is provided for cutting the membrane tissue connecting the dorsal portion including the cervical vertebrae and the thoracic vertebrae of the carcass and the kappa portion.
Just before the peeling process, by cutting the membrane tissue connecting the dorsal part including the cervical vertebrae and the thoracic vertebrae of the poultry carcass gala and the kappa part, the peeling work can be performed easily and without any trouble.
In a preferred embodiment of the present invention, the first holding tool holds the poultry carcass with the cervical spine downward.
When the membrane tissue connecting the dorsal part including the cervical vertebrae and the thoracic vertebrae and the kappa part of the poultry carcass gala is cut immediately before the peeling process, the cervical vertebrae are destabilized and the cervical vertebrae by the second holder In order to prevent the holding of the cervical spine, the first holding tool holds the poultry carcass gala with the cervical vertebra pointing downward, and the cervical vertebra is suspended downward by its own weight. It is desirable to stabilize the posture.
In a preferred aspect of the present invention, the first holder includes a claw member for locking the kappa portion of the poultry carcass gull.
When the first holder has a claw member that locks the kappa portion of the carcass gull, it is dropped to prevent the poultry carcass with the cervical vertebra pointing downward from dropping from the first holder. There is no need to separately arrange the holding member along the moving path of the first holding tool, and the configuration of the apparatus for peeling the kappa carcass kappa part is simplified.
In a preferred aspect of the present invention, the kappa part peeling device is disposed in the vicinity of the terminal end of the guide member, abuts on the cervical vertebra held by the teeth of the second holder, and releases the cervical vertebra from being held by the teeth. A release member is provided.
The dorsal part is automatically recovered by the release member.

It is a side view of the kappa part peeling apparatus of the poultry carcass gull which concerns on 1st Example of this invention. It is an aa arrow line view of FIG. It is a bb arrow line view of FIG. It is a top view of the kappa part peeling apparatus of the poultry carcass gull which concerns on 2nd Example of this invention. It is a cc arrow line view of FIG. It is a dd arrow line view of FIG.

A kappa part peeling apparatus for a poultry carcass gala according to an embodiment of the present invention will be described.
In the following description, the directions of arrows I, II, III, IV, V, and VI in FIGS. 1 to 6 are respectively referred to as front, rear, left, right, upper, and lower.

The kappa part peeling apparatus 1 of the poultry carcass gull according to the first embodiment of the present invention will be described.
As shown in FIGS. 1-3, the kappa part peeling apparatus 1 is spanned between a pair of sprockets (not shown), extends in a predetermined vertical plane, and the upper traveling part 2a moves forward to the lower traveling part 2b. Is provided with a first endless chain 2 that travels backward.
A plurality of first pyramid-shaped first holders 3 are arranged at predetermined intervals in the extending direction of the first endless chain 2 and are rotatable about the left and right axis and not relatively movable back and forth and up and down. 1 It is attached to an endless chain 2. The first holding tool 3 has an inverted position in which the apex of the pyramid is directed forward and approached to the upper running portion 2a of the endless chain during the forward movement by the interaction between the cam rail and the cam follower (not shown), and the pyramid Can be swung between the standing position separated from the upper traveling portion 2a of the endless chain with the apex thereof facing upward, and can be held at the inverted position and the standing position.
The kappa part peeling device 1 is further spanned between a pair of front and rear sprockets 4a, 4b, extends in a horizontal plane above the upper traveling part 2a of the first endless chain 2, and the left traveling part 5a is the first traveling part 5a. A second endless chain 5 that travels forward and at a higher speed than the upper traveling portion 2a is provided immediately above the upper traveling portion 2a of the endless chain. The second endless chain 5 is a roller chain, and each of the upper and lower outer plates or the upper and lower inner plates includes a claw 6 that is directed laterally outward.
A rod-shaped guide member 7 is disposed on the left side of the second endless chain 5a and close to the left side travel part 5a, and extends in front and back in parallel with the left side travel part 5a over substantially the entire length of the left side travel part 5a. Yes. The front end portion of the rod-shaped guide member 7 extends around the front sprocket 4a partway. The claw 6 and the rod-shaped guide member 7 of the left traveling part 5a of the second endless chain 5 form a second holding tool 8.
A bite releasing member 9 is disposed in the vicinity of the end of the rod-shaped guide member 7, at the end of the rod-shaped guide member 7 and above the sprocket 4a.

The operation of the kappa part peeling apparatus 1 will be described.
When the first holding tool 3 that was in the inverted position in the sashimi meat removal process, which is the previous process of the kappa part peeling process, moves forward as shown by the white arrow in FIGS. 1 and 3 and approaches the kappa part peeling apparatus 1. Oscillates to the standing position and is held at the standing position. The first holding tool 3 in the standing position holds the edible carcass glass S by internally fitting the thoracic cavity of the edible carcass glass S from below. The poultry carcass gala S has the chest part including the rib bone, fusion clavicle, scapula, rib sternum, and sternum crest, ie, the kappa part S1 upward, and the cervical vertebra S2 forward. The first holding tool 3 is held by the first holding tool 3 in the inverted position with the dorsal side portion S3 of the poultry carcass gull including the cervical vertebra S2, the thoracic vertebra and the rib spine facing downward. Is swung to the upright position and held in the upright position, the kappa portion S1 is moved backward, the cervical vertebra S2 is moved upward, and the dorsal portion S3 of the edible carcass gull including the cervical vertebra S2, the thoracic vertebra and the rib spine. Is directed forward.
When the first holding tool 3 moves forward and reaches the area of the second holding tool 8, the cervical vertebra S <b> 2 of the glass S forms the second holding tool 8 and the nail of the left running portion 5 a of the second endless chain 5. 6 enters the gap between the rod-shaped guide member 7 and any one of the many claws 6 included in the second holder 8 bites the cervical vertebra S2 of the glass S. The claw 6 moves forward at a higher speed than the first holding tool 3, and as a result, the claw 6 moves relative to the first holding tool 3. As a result, the cervical vertebra S2 of the glass S held by the nail 6 is moved relative to the remaining portion of the bird glass S held by the first holder 3 while being guided by the rod-shaped guide member 7, The dorsal carcass dorsal part S3 including the cervical vertebra S2, the thoracic vertebra, and the rib vertebrae in front of the holder 3 is peeled from the kappa part S1 behind the first holder 3. As a result, the kappa part S <b> 1 is peeled off from the bird glass S.
The dorsal portion S3 in which the cervical vertebra S2 is bitten by the nail 6 is entrained by the nail 6 and travels in contact with the nail release member 9 at the point where the rod-shaped guide member 7 terminates at the point where the sprocket 4a is almost turned. Is stopped, the bite by the nail 6 is released, and it is automatically collected. The kappa part S3 left on the first holding tool 3 is taken along by the first holding tool 3, and the holding by the first holding tool 3 is released or collected manually or automatically.

In the kappa part peeling apparatus 1, the first holding tool 3 is internally fitted in the chest cavity of the poultry carcass glass S to hold the poultry carcass glass S, and the claws 6 of the second holding tool 8 are the poultry carcass. Since the empty cervical vertebra S2 is held, there is little risk that the holding state of the galley S and the cervical vertebra S2 by the holders 3 and 8 is released when the kappa portion S1 is peeled off.
Any one of the many claws 6 included in the second holding tool 8 bites the cervical vertebra S2, and moves in the same direction as the first holding tool 3 holding the glass S and at a higher speed than the first holding tool 3. As a result, a relative separation movement between the nail 6 that bites the cervical vertebra S2 and the first holding tool 3 that holds the remaining portion of the glass S is caused, and the kappa portion S1 is peeled off from the glass S. Moving the claw 6 of the second holding tool 8 in the same direction as the first holding tool 3 and at a higher speed than the first holding tool 3 is practical as a means for moving both of them apart from each other.
The many claws 6 included in the endless roller chain 5 are suitable as a holding body for holding the cervical vertebra S2.
The rod-shaped guide member 7 extending in the same direction as the roller chain 5 is suitable as a guide member for the cervical vertebra S2 held.
Instead of the rod-shaped guide member 7, a plate body having a side surface extending in parallel with the left traveling portion 5a in the vicinity of the left traveling portion 5a of the second endless chain may be disposed as the guiding member. Alternatively, it is an endless chain spanned between a pair of sprockets, extending in the same direction as the roller chain 5 having a number of claws 6 that are bite bodies, and close to the left-side traveling portion 5a of the roller chain 5 The traveling part that moves may be provided with a chain that moves in the same direction at the same speed as the left traveling part 5a as a guide member.
The endless chain forming the guide member may be a roller chain having a number of claws. Since the claw of the roller chain that is the guide member also functions as a holding body, the cervical spine S2 is more firmly held.

The kappa part peeling apparatus 10 of the poultry carcass gull according to the second embodiment of the present invention will be described.
As shown in FIGS. 4 to 6, the kappa part peeling device 10 is stretched between a pair of pulleys (not shown), extends in a predetermined horizontal plane, and one traveling part 12 a travels forward. It has.
A plurality of substantially pyramid-shaped first holders 13 are engaged with the right side surface and the upper and lower surfaces of the guide rail 12 ′ extending in parallel to the timing belt 12, and are spaced apart from each other in the extending direction of the timing belt 12. And is attached to the timing belt 12 so as to be rotatable around the left and right axis and not to be relatively movable back and forth and up and down. The first holding tool 13 has a claw 13 ′ that locks the kappa part S <b> 1 of the glass S that is held in the chest cavity. Due to the interaction between the cam rail and the cam follower, the first holder 13 is moved between the inverted position where the apex of the pyramid is directed forward and the standing position where the apex of the pyramid is directed downward during the forward movement. It can swing and can be held in the inverted position and the standing position.
The kappa part peeling device 10 further includes a laminated body of a plurality of horizontal rotating disks 15 disposed below the guide rail 12 ′ and fixed to the vertical rotating shaft 14 a of the motor 14. A large number of teeth 16 are formed on the circumferential side surface of each horizontal rotating disk 15 at intervals in the circumferential direction. A plurality of bar-shaped guide members 17 extending in a semicircular arc along the outer periphery of the horizontal rotating disc 15 with a predetermined gap from the outer periphery of the horizontal rotating disc 15 are arranged on the outer side in the radial direction of the laminate. It is installed.
The teeth 16 of the rotating disk 15 and the rod-shaped guide member 17 form a second holder 18.
A bite releasing member 19 is disposed in the vicinity of the end of the bar-shaped guide member 17, at the end of the bar-shaped guide member 17, and above the horizontal rotating disk 15.
The kappa part peeling device 10 further includes a blade 20 attached to the guide rail 12 ′ behind the second holder 18.

The operation of the kappa part peeling apparatus 10 will be described.
In the chicken meat removal process, which is a pre-process of the kappa part peeling process, the first holder 13 in which the nail 13 'engages the kappa part S3 while being internally fitted to the chest cavity of the glass S from behind is held in the inverted position, The kappa portion S1 is directed to the right, the cervical spine S2 is directed forward, and the dorsal portion S3 including the cervical spine S2 is directed to the left. While maintaining the inverted position, the first holder 13 moves forward as indicated by the white arrow in FIG. 4 and passes through the blade 20 attached to the guide rail 12 ′. The membrane structure connecting the back side portion S3 of the glass S and the kappa portion S1 is cut. When the first holder 13 approaches the kappa part peeling device 10, the first holder 13 swings to the standing position and is held at the standing position. The first holding tool 13 in the standing position allows the edible carcass glass S to fall with the claws 13 'locking the kappa part S3 while internally engaging with the chest cavity of the edible carcass glass S from above. Hold without. When the first holding tool 13 swings to the upright position and is held in the upright position, the dorsal part S3 of the poultry carcass gull including the cervical vertebra S2, the thoracic vertebra and the rib spine is directed to the left. The cervical vertebra S2 that maintains the state and the membrane tissue that connects the dorsal portion S3 and the kappa portion S1 is cut and loses the stability of the posture hangs down under its own weight. As a result, the posture of the cervical vertebra S2 is stabilized.
When the first holder 13 moves forward and reaches the area of the second holder 18, the cervical vertebra S <b> 2, which has a stable hanging posture due to its own weight, is left as viewed from above forming the second holder 18. One of the numerous teeth 16 on the outer periphery of the horizontal rotating disc 15 bites the cervical vertebra S2 of the glass S while entering the gap between the teeth 16 of the rotating horizontal rotating disc 15 and the rod-shaped guide member 17. The cervical vertebra S2 is firmly held by the second holder 18 arranged in a multi-tiered manner.
While the first holder 13 moves forward, the teeth 16 move to the left front as the horizontal rotating disk 15 rotates, and as a result, the teeth 16 move relative to the first holder 13. . As a result, the cervical vertebra S2 of the glass S held by the teeth 16 moves relative to the remaining portion of the bird glass S held by the first holder 13 while being guided by the rod-shaped guide member 17, The dorsal carcass dorsal part S3 including the cervical vertebra S2, the thoracic vertebra, and the rib vertebrae on the left side of the first holding tool 3 is peeled off from the kappa part S1 on the right side of the first holding tool 13. As a result, the kappa part S <b> 1 is peeled off from the bird glass S.
Since the membrane structure that connects the dorsal carcass dorsal part S3 and the kappa part S1 is cut in advance, the dorsal part S3 directed to the left and the remaining part directed to the right Is not simply peeled off in the left-right direction, but is peeled off in the left-right direction and the front-rear direction, but the peeling is easily performed without any trouble.
After the tooth 16 holding the cervical vertebra S2 of the bird gala S has left the extended region of the rod-shaped guide member 17, the cervical vertebra S2 comes into contact with the holding release member 19 and the progression of the cervical spine S2 is blocked. The holding is released and the back portion S3 is automatically collected. The kappa part S1 left behind in the first holder 3 is recovered by being manually or automatically released from being held by the first holder 13 after the first holder 13 has passed through the region of the second holder 18. Is done.

In the kappa part peeling apparatus 10, the first holding tool 13 is internally fitted into the chest cavity of the poultry carcass gull S to hold the poultry carcass glass S, and the teeth 16 of the second holding tool 18 are the poultry carcass. Since the rattle cervical vertebra S2 is bitten, there is little risk that the holding state of the rattle S and cervical vertebra S2 by the holders 13 and 18 is released when the kappa portion S1 is peeled off.
Any one of the multiple teeth 16 included in the second holding tool 18 bites the cervical vertebra S2 and moves laterally away from the moving direction of the first holding tool 13 holding the glass S. Relative separation between the biting tooth 16 and the first holder 13 holding the glass S is caused, and the kappa part S1 is peeled from the glass S. It is practical to move the teeth 16 of the second holder 18 away from the moving direction of the first holder 13 to the side as a means for moving both of them relative to each other.
The many teeth 16 included in the horizontal rotating disk 15 are suitable as a holding body for holding the cervical vertebra S2.
The rod-shaped guide member 17 extending in a semicircular arc shape along the outer periphery of the horizontal rotating disk 15 is suitable as a guide member for the cervical vertebra S2 that is bitten.
Since the second holder 18 is disposed in a plurality of layers, the cervical vertebra S2 can be firmly held.
Instead of the rod-shaped guide member 17, a plate body having a side surface extending in a semicircular arc shape along the outer periphery with a predetermined gap from the outer periphery of the horizontal rotating disk 15 may be disposed as the guide member.
Instead of the horizontal rotating disk 15 having a large number of teeth 16 formed on the outer peripheral portion, it is spanned between a pair of sprockets that use the horizontal rotating disk 15 as a drive side sprocket and a claw is formed on the outer plate or the inner plate. An endless roller chain (not shown) may be provided, and the second holder 18 may be formed by the pawl of the endless roller chain and the rod-shaped guide member 17. Instead of the rod-shaped guide member 17, a plate body having a side surface extending in a semicircular arc shape along the outer periphery with a predetermined gap from the outer periphery of the horizontal rotating disk 15 forming the drive side sprocket is arranged as a guide member. May be installed.
Since the 1st holder 13 is equipped with the nail | claw 13 'which latches the kappa part S1 of the carcass glass S, the poultry carcass glass S which turned the cervical vertebra S2 downward falls from the 1st holder 13. In order to prevent this, it is not necessary to separately provide a drop holding member along the movement path of the first holder 13, and the configuration of the kappa part peeling device 10 is simplified.
The blade 20 attached to the guide rail 12 ′ is not disposed behind the second holding tool 18, and the membrane structure that connects the dorsal part S3 of the poultry carcass gull and the kappa part S1 is not cut in advance. In some cases, the posture of the cervical spine S2 loses stability and does not wobble. In this case, the apex of the pyramid of the first holder 13 may be directed upward at the standing position, and the second holder 18 may be disposed above the guide rail 12 ′. Even if the cervical vertebra S <b> 2 is directed upward, the stability of the posture is not lost and does not wobble, so that the cervical vertebra S <b> 2 can reliably enter the gap between the teeth 16 of the horizontal rotating disk 15 and the rod-shaped guide member 17.

INDUSTRIAL APPLICABILITY The present invention can be widely used for the kappa part peeling work of the poultry carcass gull.

DESCRIPTION OF SYMBOLS 1, 10 Kappa part peeling apparatus 2 of a poultry carcass gull 2 1st endless chain 3, 13 1st holder 13 'Claw 5 2nd endless chain 6 Claw 7, 17 Rod-shaped guide member 8, 18 Second holder 9, 19 Bite release member 12 Timing belt 12 'Guide rail 14 Motor 15 Horizontal rotating disk 16 Teeth 20 Blade S Glutton carcass S1 Kappa part S2 Cervical spine S3 Back part

Claims (17)

A first holding tool that holds the edible carcass gull and fits in the chest cavity of the edible carcass gull and moves in the first predetermined direction, and holds the cervical spine of the edible carcass gull and the second predetermined direction. And a second holder having a guide member that is close to the holder and guides the cervical vertebrae of the poultry carcass gala in the direction of movement of the holder. The first holder and the second holder An apparatus for peeling a kappa carcass kappa, characterized in that the kappa of the holder moves relative to and separates the kappa from the poultry carcass gull. The bite of the second holding tool moves in the same direction as the first predetermined direction and at a higher speed than the first holding tool, and is separated from the first holding tool. Kappa stripping device for bird carcasses. The bite of the second holder is a number of claws of an endless roller chain spanned between two sprockets disposed above the first holder. Kappa Peeling Device for Japanese Poultry Carcass Gala. The guide member of the second holder is a bar-shaped guide member extending in the same direction as the roller chain or a plate having a side surface extending in the same direction as the roller chain. Kappa stripping device for carcass glass. The guide member of the second holder is an endless chain spanned between a pair of sprockets, and extends in the same direction as the roller chain having a number of claws as a bite body, and has a number of claws as a bite body 4. The poultry slaughterhouse according to claim 3, wherein a traveling unit that is adjacent to a traveling unit that moves in a first predetermined direction of a roller chain that has a roller moves in the first predetermined direction at the same speed as the adjacent roller chain. Kappa stripping device for body glass. 6. The apparatus for peeling a kappa carcass kappa portion according to claim 5, wherein the endless chain forming the guide member is a roller chain having a plurality of claws. 7. A release member that is disposed near the terminal end of the guide member, abuts on the cervical vertebra held by the nail of the second holder, and releases the cervical vertebra from being held by the nail. The kappa part peeling apparatus of the poultry carcass gala according to any one of the above. The poultry carcass according to claim 1, wherein the holding body of the second holding tool moves in a second predetermined direction lateral to the first predetermined direction and is separated from the first holding tool. Garbage kappa stripping device. The bite of the second holder is a number of teeth formed on the peripheral side surface of a rotating disk disposed on the side of the moving path of the first holder. Kappa part peeling device The guide member of the second holder is a rod-shaped guide member that extends along the outer periphery with a predetermined gap radially outward from the outer periphery of the rotating disk or a predetermined outer radial direction from the outer periphery of the rotating disk. 10. The apparatus for peeling a kappa carcass kappa according to claim 9, wherein the apparatus has a circular arc side surface extending along the outer periphery with a gap. 11. The apparatus for peeling a kappa carcass kappa according to claim 9 or 10, wherein the second holder is laminated in a plurality of stages. The bite of the second holder is a plurality of claws of an endless roller chain spanned between two sprockets arranged on the side of the moving path of the first holder. Item 10. A kappa part peeling device for a poultry carcass gala according to Item 8. The guide member of the second holder is a bar-shaped guide member extending in the same direction as the roller chain or a plate having a side surface extending in the same direction as the roller chain. Kappa stripping device for carcass glass. The kappa portion is connected to the dorsal side portion including the cervical vertebrae and the thoracic vertebrae of the poultry carcass gala that is disposed behind the second holder with respect to the traveling direction of the first holder and is held by the first holder. 14. The apparatus for peeling a kappa carcass kappa according to any one of claims 8 to 13, further comprising a blade for cutting the membrane structure. 15. The apparatus for peeling a kappa carcass kappa portion according to claim 14, wherein the first holding tool holds the poultry carcass with the cervical vertebra facing downward. 16. The apparatus for peeling a kappa carcass kappa portion according to claim 15, wherein the first holding tool includes a claw member for locking a kappa portion of the poultry carcass gull. 17. A release member disposed near the terminal end of the guide member, abutting on the cervical vertebra held by the teeth of the second holder, and releasing the cervical vertebra by the teeth. The kappa part peeling apparatus of the poultry carcass gala according to any one of the above.

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