KR102434598B1 - Automatic equipment for cutting chicken meat - Google Patents

Abstract

The present invention relates to an automated chicken meat cutting machine. The automated chicken meat cutting machine, according to the present invention, comprises: a tail cutting unit; a neck cutting unit; a wing selection unit; a wing cutting unit; a stomach opening and cutting unit; and a remaining part dropping unit. According to the present invention, slaughtered chicken meat can be automatically cut and processed by part, and the cutting efficiency for each part can be increased.

Description

Chicken cutting automation equipment {AUTOMATIC EQUIPMENT FOR CUTTING CHICKEN MEAT}

The present invention relates to an automated equipment for cutting live chicken meat, and more particularly, to an automated chicken cutting equipment that allows slaughtered chicken to be cut and processed for each part and to increase the cutting efficiency for each part. it's about

In general, chicken is preferred as a representative meat of the diet along with beef and pork due to its rich protein and unique flavor. It is prepared for stir-frying chicken or for samgyetang.

As described above, for cooking such as fried chicken or stir-fried chicken, the operation of cutting raw chicken meat is required. In the past, manual work that relied on manpower was the mainstream, but recently, with the development of a chicken cutting device, an automated process The work is being done through the meat system, and the cut raw chicken meat is packaged and distributed and supplied to large distribution stores and restaurants.

However, despite the use of the chicken cutting device, there was a problem that the cutting efficiency for each part was lowered and the quality was deteriorated. There was a problem and a problem of lowering productivity, and there is a situation in which improvement is required.

On the other hand, looking at the prior art with respect to the chicken cutting device, in Korean Patent Registration No. 10-2323739, "Cutting raw chicken transported on a plurality of transfer chopping boards that continuously rotate along a pair of chain belts installed in the frame. A rotating blade unit is provided, and a cutting board rotating member that is rotatably installed on a chain connection plate connecting between the pair of chain belts and fixedly coupled to the upper surface of the transfer cutting board on which raw chicken is loaded is a rotation inducing member installed in the frame The rotation is induced, and an automatic chicken cutting device for rotating the transfer cutting board transferred to the rotary blade unit is disclosed.

In addition, in Korean Patent Application Laid-Open No. 10-2020-0035873, "Conveyor equipped with a carrier for transporting poultry in the transport track in the direction of movement from the upstream end to the downstream end of the slaughter apparatus by hanging poultry such as chicken by legs. A slaughter facility comprising a line, wherein the poultry includes a neck, a head and a beak, wherein the slaughter apparatus of the slaughter facility cuts an artery or vein in the neck of the poultry while avoiding cutting the organs, esophagus and spine within the neck of the poultry. for cutting, at least one first rotary knife for cutting the neck of a suspended poultry, wherein at least one first guide wheel is provided proximate upstream of the first rotary knife, the first rotary knife and the first a guide wheel positioned alongside a conveyor track, the first rotating knife and the first guide wheel being positioned on opposite sides of the transport track to leave a passageway between the first rotating knife and the first guide wheel; A poultry slaughtering facility suspended with a passable leg through the passageway while the neck of the poultry is forced into cutting contact with said first rotating knife.

Republic of Korea Patent Publication No. 10-2323739 Republic of Korea Patent Publication No. 10-2020-0035873

The present invention has been devised in view of and solving the above-mentioned problems of the prior art, and it enables the slaughtered chicken to be cut and processed for each part, and to increase the cutting efficiency for each part and to increase the productivity of the chicken cutting automation. The purpose is to provide facilities.

The present invention enables adjustment of the position of the rotating blade while adjusting the height of the cutting unit for each part according to the size of the slaughtered chicken, and automatic chicken cutting equipment equipped with a guide member for accurate cutting processing for each part Its purpose is to provide

An object of the present invention is to provide an automated chicken cutting equipment that supports stable transport of chicken as a target and increases cutting efficiency for each part by improving the structure of a shackle that hangs and fixes slaughtered chickens.

It is an object of the present invention to provide an automatic chicken cutting equipment capable of automatically cutting and processing chicken to be suitable for various types of cutting specifications according to order production.

The automatic chicken cutting equipment according to the present invention for achieving the above object is a chicken cutting automation equipment comprising a transfer conveyor in which a plurality of shackles for hanging and transporting slaughtered chickens (slaughterhouses) are arranged at intervals, A tail cutting unit disposed on the transfer line of the transfer conveyor for cutting using a rotating blade to rotate the tail of the slaughtered shackle, which is hung on the shackle; As being disposed on the transfer line of the transfer conveyor, the neck cutting unit for cutting the neck of the slaughtered tail using a rotating blade; As being disposed on the transfer line of the transfer conveyor, a wing selection unit for arranging in place and selecting the wing for cutting the left and right wing portions of the slaughtered chicken cut to the neck; As disposed on the transfer line of the transfer conveyor, the blade cutting unit for cutting the left and right wing portions of the slaughtered chicken using a rotating blade; As disposed on the transfer line of the transfer conveyor, an open cutting unit for laparotomy using a rotating blade to rotate the breast and abdomen of the slaughtered slaughtered chicken; It is disposed on the transfer line of the transfer conveyor, and after cutting various parts of the slaughtering machine, the remaining part dropping unit for automatically dropping the chicken remaining in the shackle from the shackle; includes, wherein the shackle has an upper end fastened to the transport conveyor and assembled A pair of vertical hangers vertically arranged in the downward direction and a pair of extensions extending outwardly from both ends of the lower end of the vertical hanger to be integrally provided. It includes a double leg holder that enables suspension in a downward direction, and the double leg holder is a structure using the bending of a linear member, and has a "∪" shape structure when viewed from the side, and has a rear ( It is characterized in that it forms an open structure for inserting chicken legs that extends from the upper end to the closed part of the front lower end.

Here, the wing selection unit is provided to adjust the height in the vertical direction with respect to the holding frame by rotationally driving the height adjustment handle according to the size of the sling, and a base frame integrally having a horizontal frame connected to the upper and lower ends of the holding frame. wealth; The wing stopper is assembled so that it can move in a straight line on the lower horizontal frame of the base frame part and has a wing pick guide that holds the position of the left and right wings on the slaughtering side to a good position for cutting; Positioning frame of an inverted T-shaped structure assembled to be movable in a straight line on the horizontal frame; a ball screw that is disposed through the upper end of the positioning frame in a cross arrangement structure, and has a gap adjusting handle coupled to one end; A pair of screws coupled to the left and right ends of the ball screw, the first and second spacing adjusting members being provided to adjust the spacing by moving relative to each other according to the rotational operation of the spacing adjusting handle; As fixedly coupled to the first gap adjusting member and the second gap adjusting member, respectively, arranged in a symmetrical structure, the first wing fixing line guide and the second wing consisting of a combination of two linear structures to hold the position of the left and right wings on the slaughtering side It may be a configuration including a selection guide.

Here, the blade cutting unit is provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughtering machine, and a base frame integrally having a horizontal frame connected to the upper and lower ends of the holding frame. wealth; A wing cutting unit assembled so as to be movable in a straight line on the lower horizontal frame of the base frame and cutting the left and right wings of the slaughtering side; including, wherein the wing cutting unit is assembled to be movable in a straight line on the lower horizontal frame of the base frame Position adjustment frame of the shape structure; a ball screw that is disposed through the upper end of the positioning frame in a cross arrangement structure, and has a gap adjusting handle coupled to one end; A pair of screws coupled to the left and right ends of the ball screw, the first and second spacing adjusting members being provided to adjust the spacing by moving relative to each other according to the rotational operation of the spacing adjusting handle; A first blade cutter and a second blade cutter that are positioned on the first and second spacer adjustment members and are assembled by fastening, respectively, obliquely arranged, and having a blade fastened and assembled to the end of the rotation shaft of the power motor; It may be a configuration comprising.

Here, the open cutting unit is provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughtering machine, and a base frame integrally having a horizontal frame connected to the upper and lower ends of the holding frame. wealth; A laparotomy processing unit, which is fastened and assembled on the lower horizontal frame of the base frame, and cuts the slaughter-side forearm and abdomen for laparotomy. ; It includes; a slaughterhouse entry guiding wheel that is arranged on the side as the part where the blade of the laparotomy is located, and guides the entry of the slaughterhouse so that the chest and belly parts of the slaughterhouse are positioned toward the blade; It may be configured to form a concave-type entry induction part having a structure in which the diameter is gradually reduced from both edges of the wheel body toward the center so that entry and support are made.

Here, the remaining part dropout unit is provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughter, and a base having a horizontal frame connected to the upper and lower ends of the holding frame integrally frame part; Including, but, the fall-out section, a position adjustment frame assembled to be movable in a straight line on the lower horizontal frame of the base frame portion; One or more slaughter drop-out inducers that are fixedly coupled to the positioning frame and protrude upward, and are provided to push the remaining chicken transported while hanging on the shackle to be removed from the shackle.

Here, including a control unit for the operation of the automatic chicken cutting equipment, the control unit, a line drive inverter for driving the transfer line of the transfer conveyor; a line speed controller for adjusting the line speed of the conveying conveyor driven through the line drive inverter; a blade cutting drive inverter for driving the blade cutting unit; It includes a blade cutting unit speed regulator for adjusting the inverter operation speed of the blade cutting unit driven through the blade cutting drive inverter, and operates the line speed regulator and the blade cutting unit speed regulator to cut the blade compared to the line speed of the conveying conveyor It may be configured to set the blade cutting speed on the unit side 2 to 3 times higher.

Here, including a feed conveyor for supplying the poultry onto the automated equipment, a poultry washing unit for washing the poultry is installed before the feed conveyor, and the poultry washing unit is a rotatably installed cylindrical body. a cylindrical rotary drum having a plurality of through holes formed over an area or provided in a mesh structure and arranged in a downward inclined structure, the rotational driving of which is controlled by a power means; a washing water supply unit located on the upper side of the cylindrical rotating drum and supplying washing water for use in the slaughter-side washing that is introduced into the cylindrical rotating drum and transported downward; a used washing water storage tank that is located under the cylindrical rotating drum and temporarily stores the washing water used for washing the slaughtering while supporting the cylindrical rotating drum; A washing water remover located at the upper transfer end of the cylindrical rotating drum to remove the washing water from the slaughtering system by blowing or supplying air into the cylindrical rotating drum; may include a configuration.

According to the present invention, it is possible to cut and process the slaughtered chicken for each part and to automate it, to increase the cutting efficiency for each part and to increase the productivity.

According to the present invention, it can be used by adjusting the height of the cutting unit side for each part according to the size of the slaughtered chicken, and it can be used by adjusting the position of the rotary blade. Cutting efficiency can be increased.

According to the present invention, by improving the structure of the shackle for hanging and fixing the slaughtered chicken, it is possible to easily and simply stably fix the target chicken, and through this, the cutting efficiency for each part, such as supporting the stable transfer of the chicken, can be improved. can be raised

According to the present invention, it is possible to automatically cut the chicken to suit various kinds of cutting specifications according to the order production.

1 is a schematic line arrangement plan view showing an automated chicken cutting equipment according to an embodiment of the present invention.
Figure 2 is a schematic line arrangement front view showing the automatic chicken cutting equipment according to an embodiment of the present invention.
3 is an enlarged view showing a shackle in an automated chicken cutting equipment according to an embodiment of the present invention.
4 is a detailed view showing the wing selection unit in the automatic chicken cutting equipment according to the embodiment of the present invention.
5 is a detailed view showing the wing cutting unit in the automatic chicken cutting equipment according to the embodiment of the present invention.
6 is a detailed view showing the laparotomy cutting unit in the automatic chicken cutting equipment according to an embodiment of the present invention.
7 is a detailed view showing the remaining part falling out unit in the automatic chicken cutting equipment according to the embodiment of the present invention.
8 is a schematic configuration diagram showing a slaughtering washing unit in an automated chicken cutting equipment according to an embodiment of the present invention.

Preferred embodiments of the present invention will be described with reference to the accompanying drawings, and the purpose and configuration of the present invention and its features will be better understood through such detailed description.

As shown in FIGS. 1 to 8, the automatic chicken cutting equipment according to an embodiment of the present invention includes a plurality of shackles 20 for hanging and transporting slaughtered chickens (hereinafter, referred to as 'slaughterhouses'). It includes a transfer conveyor 10 arranged at intervals.

The transfer conveyor 10 is supported by a power means and has a closed loop structure that enables rotational circulation, and forms a transfer line for cutting chicken.

And, as being sequentially disposed on the transfer line on which the transfer conveyor 10 is driven, the tail cutting unit 100, the neck cutting unit 200, the wing selection unit 300, the wing cutting unit 400, the open cutting unit It includes a unit 500 and a remaining part missing unit 600 .

In addition, it may include a feed conveyor 30 for continuously supplying the chickens onto the automated equipment, and a chicken washing unit 700 for washing and supplying the chickens before the supply conveyor 30 .

Here, the slaughtered chicken can be said to be live chicken in a state in which feathers are removed.

In addition, in the transfer conveyor 10 on which a plurality of shackles 20 are arranged, the non-contact proximity sensor is an automated facility so that the shackle 20 on which the shackle is hung is stopped at the designated position for each unit and the precise cutting operation is performed. It is installed and used in many places.

In addition, the transfer conveyor 10 may be installed so that the arrangement position of the shackle 20 can be changed in a certain section for ease of cutting work and work efficiency, if necessary.

In detail, the shackle 20 includes a vertical hanger 21 vertically disposed in the lower direction with the upper end fastened and assembled to the transport conveyor 10, and the lower end of the vertical hanger 21 opposite to the outside at both ends. It is a pair of extended and integrally provided and includes a double leg holder 22 that enables the neck to be hung in a downward direction by inserting and fitting both legs of the slaughterhouse from the upper direction.

The leg holder 22 is a structure using the bending of a linear member, has a "∪" shape when viewed from the side, and reaches the closed portion of the front lower end from the rear upper end when viewed from the front. It is provided in a configuration that forms an open structure for inserting chicken legs leading up to.

The tail cutting unit 100 is arranged on the transfer line of the transfer conveyor 10, and is configured to cut the tail portion of the slaughterhouse that is hung on the shackle 20 using a rotating blade.

The tail cutting unit 100 is preferably configured to be used by adjusting the height according to the size of the slaughterhouse, and it is preferable to include a guide member for guiding the position of the tail for accurate cutting of the tail of the broiler.

The tail cutting unit 100 has a power motor equipped with a blade, and is provided to adjust the position of the blade for use.

The neck cutting unit 200 is arranged on the transfer line of the transfer conveyor 10, and is configured to cut the neck of the slaughterhouse whose tail is cut using a rotating blade.

The neck cutting unit 200 is preferably configured to be used by adjusting the height according to the size of the slaughterhouse, and supports the wing of the slaughterhouse so that it does not contact or interfere with the cutting of the neck while inducing a stable entry of the slaughterer-side neck. It is preferable to provide an entry guide member of a V-shaped structure for

The wing selection unit 300 is disposed on the transfer line of the transfer conveyor 10, and is configured to place the wing in place and select the wing for cutting the left and right wing portions of the slaughterhouse cut to the neck.

The wing selection unit 300 is provided to adjust the height in the vertical direction with respect to the holding frame 311 by rotationally driving the height adjustment handle 312 according to the size of the slaughtering system as shown in FIG. 4, and the holding frame 311 ) and the base frame part 310 integrally having horizontal frames 313 and 314 connected to the upper and lower ends of the base frame part 310 and assembled so as to be movable in a straight line on the lower horizontal frame 313 of the base frame part 310 and left and right on the slaughter side It includes a wing selection unit 320 having a wing selection guide that holds the position of the wing to a good position for cutting.

At this time, the wing stopper portion 320 is a position adjustment frame 321 of an inverted T-shaped structure assembled to be movable in a straight line on the lower horizontal frame 313 of the base frame portion 310, and the position adjustment frame 321. A ball screw 322 that is disposed through the upper end in a cross arrangement structure and has a gap adjusting handle 323 coupled to one end, and a space adjusting handle 323 as a pair screwed to the left and right ends of the ball screw 322. The first and second spacing adjusting members 324 and 325, the first and second spacing adjusting members 324 and 325 provided to adjust the spacing by moving relative to each other according to the rotational operation, respectively, the first and second spacing adjusting members 324 and 325, respectively. It is fixedly coupled and is arranged in a symmetrical structure and includes a first wing fixing line guide 326 and a second wing fixing line guide 327 composed of a combination of two linear structures to hold the position of the left and right wings on the slaughtering side.

Here, the height adjustment through the base frame portion 310 is more preferably configured to elevate the wing stopper portion 320 according to the adjustment of the height adjustment handle 312, and use a screw coupling or a gear coupling.

The blade cutting unit 400 is arranged on the transfer line of the transfer conveyor 10, and is configured to cut the left and right wing portions of the slaughtered chicken using a rotating blade.

The blade cutting unit 400 is provided to adjust the height in the vertical direction with respect to the holding frame 411 by rotationally driving the height adjustment handle 412 according to the size of the slaughtering machine as shown in FIG. 5, and the holding frame 411 ) and the base frame part 410 integrally having horizontal frames 413 and 414 connected to the upper and lower ends of the base frame part 410, assembled so as to be linearly movable on the lower horizontal frame 413 of the base frame part 410, and left and right on the slaughter side It includes a blade cutting unit 420 for cutting the blade.

At this time, the wing cutting portion 420 is a position adjustment frame 421 of an inverted T-shaped structure assembled so as to be linearly movable on the lower horizontal frame 413 of the base frame portion 410, and the position adjustment frame 421 of the A pair of ball screws 422 disposed through the upper end in a cross arrangement structure and having a gap adjusting handle 423 coupled to one end, and a pair of screw-coupled to the left and right ends of the ball screw 422, of the gap adjusting handle 423 Positioned on the first and second spacing adjusting members 424 and 425, and the first and second spacing adjusting members 424 and 425 provided to adjust the spacing by moving relative to each other according to the rotational operation, respectively It includes a first blade cutter 426 and a second blade cutter 427 which are arranged obliquely in a diagonal direction and have a blade fastened and assembled to the end of the rotation shaft of the power motor as a pair of fastening and assembly configurations.

Here, the height adjustment through the base frame portion 410 is more preferably configured to elevate the blade cutting portion 420 according to the adjustment of the height adjustment handle 412, and use a screw coupling or a gear coupling.

The laparotomy cutting unit 500 is arranged on the transfer line of the transfer conveyor 10, and is configured to perform laparotomy using a rotating blade for the breast and abdomen of the slaughtered slaughtered chicken.

At this time, as shown in FIG. 6 , the open cutting unit 500 is provided to adjust the height in the vertical direction with respect to the holding frame 511 by rotating the height adjustment handle 512 according to the size of the slaughtering machine. The base frame part 510 integrally having the horizontal frames 513 and 514 connected to the upper and lower ends of the 511, and the lower horizontal frame 513 of the base frame part 510 are fastened and assembled on the slaughter side breast and It includes a laparotomy 520 for laparotomy by incision of the stomach.

The laparotomy 520 is a laparotomy processor 521 having a blade fastened to the end of the rotation shaft of the power motor, and a portion in which the blade of the laparotomy 521 is located, and is disposed on the side, and the chest and stomach parts of the slaughterhouse are the blades It includes a dog entry guidance wheel 522 for inducing the entry of the dog so as to be positioned toward the .

It is preferable that the piggy entry guide wheel 522 forms a concave-type entry guide part having a structure in which the diameter is gradually reduced from both edges of the wheel body toward the center so that stable entry and support of the chicken is achieved.

Here, the height adjustment through the base frame portion 510 is more preferably configured to elevate the open/closed processing unit 520 according to the adjustment of the height adjustment handle 512, and use a screw coupling or a gear coupling.

The remaining part dropping unit 600 is disposed on the transport line of the transport conveyor 10, and is configured to automatically drop the chicken remaining in the shackle 20 from the shackle 20 after cutting various parts of the slaughterhouse. .

At this time, as shown in FIG. 7 , the remaining part dropping unit 600 is provided to adjust the height in the vertical direction with respect to the holding frame 611 by rotationally driving the height adjustment handle 612 according to the size of the slaughtering machine. The base frame unit 610 integrally having horizontal frames 613 and 614 connected to the upper and lower ends of the frame 611, and the lower horizontal frame 613 of the base frame unit 610, assembled so as to be movable in a straight line. It includes a dropout part 620 .

The cut-out part 620 is fixedly coupled to the positioning frame 621 and the positioning frame 621 that are assembled to be movable in a straight line on the lower horizontal frame 613 of the base frame part 610 in the upward direction. It includes one or more slaughter drop inducers 622 that are disposed to protrude and are provided to drop off the shackle 20 by pushing the remaining chicken transported while hanging on the shackle 20 .

Here, the height adjustment through the base frame portion 610 is more preferably configured to elevate the descending dropout portion 620 according to the adjustment of the height adjustment handle 612, and use a screw coupling or a gear coupling.

In addition, between the open cutting unit 500 and the remaining part dropping unit 600, a chest cutting unit for cutting the open chest of the slaughter using a rotating blade, and fat for removing the fat of the slaughter A removal unit and a leg cutting unit for further subdivided cutting using a blade rotating with respect to the leg portion of the slaughterhouse may be further installed, and these are disposed on the conveying line of the conveying conveyor 10 .

In addition, the present invention includes a control unit for the operation of the automatic chicken cutting equipment.

At this time, the control unit includes a line drive inverter for driving the transfer line of the transfer conveyor 10, a line speed regulator for adjusting the line speed of the transfer conveyor 10 driven through the line drive inverter, and a blade cutting unit ( 400) includes a blade cutting drive inverter for driving, and a blade cutting unit speed regulator for adjusting the inverter operating speed of the blade cutting unit 400 driven through the blade cutting drive inverter.

In addition, it includes a plurality of operation switches for starting and stopping the equipment.

Here, by operating the line speed controller and the blade cutting unit speed regulator, setting the blade cutting unit side blade cutting speed 2 to 3 times higher than the line speed of the conveying conveyor improves the overall operation efficiency, cutting efficiency and productivity of the automation facility. It is preferable for

In addition, as shown in FIG. 8, the slaughter washing unit 700 is a rotatably installed cylindrical body that forms a number of through holes over the entire area or is provided in a mesh structure and is arranged in a downwardly inclined structure to the power means. A cylindrical rotary drum 710 provided to control the rotational driving by the control, and a washing water that is located above the cylindrical rotary drum 710 and supplies washing water for use in the slaughter side washing that is introduced into the cylindrical rotary drum and transported downward. The feeder 720, the used washing water storage tank 730 for temporarily storing the washing water used for washing the slaughterhouse while supporting the cylindrical rotating drum, which is located below the cylindrical rotating drum 710, and the upper side of the cylindrical rotating drum 710 It includes a washing water remover 740 located at the transfer end to remove washing water from the slaughterhouse by blowing or supplying air to the inside of the cylindrical rotating drum.

Here, the washing water remover 740 may be provided in the form of sucking and removing the washing water from the slaughterhouse using vacuum suction.

Here, it is preferable to use a citric acid diluent diluted with citric acid to a concentration of 3 to 10% as the washing water for use in washing the slaughterhouse, and through this, the fishy smell generated from the slaughterhouse is eliminated while the removal of contaminants or germs due to the sterilization action And it may provide the advantage of performing a production suppression function and maintaining the freshness of the slaughterhouse.

The embodiments described above are merely illustrative of preferred embodiments of the present invention and are not limited to these embodiments, and various modifications and variations or modifications by those skilled in the art within the spirit and claims of the present invention It will be said that the substitution of steps may be made, and this will be said to be within the scope of the technical rights of the present invention.

10: transfer conveyor 20: shackle
30: supply conveyor 100: tail cutting unit
200: neck cutting unit 300: wing selection unit
400: wing cutting unit 500: open cutting unit
600: residual part falling out unit 700: slaughter washing unit

Claims (7)

In the automatic chicken cutting equipment comprising a transport conveyor in which a plurality of shackles for hanging and transporting slaughtered chickens (slaughterhouses) are arranged at intervals,
A tail cutting unit disposed on the transfer line of the transfer conveyor, for cutting the tail portion of the slaughtered shackle transferred by using a rotating blade;
As being disposed on the transfer line of the transfer conveyor, the neck cutting unit for cutting the neck of the slaughtered tail using a rotating blade;
As being disposed on the transfer line of the transfer conveyor, a wing selection unit for arranging in place and selecting the wing for cutting the left and right wing portions of the slaughtered chicken cut to the neck;
As disposed on the transfer line of the transfer conveyor, the blade cutting unit for cutting the left and right wing portions of the slaughtered chicken using a rotating blade;
As disposed on the transfer line of the transfer conveyor, an open cutting unit for laparotomy using a rotating blade to rotate the breast and abdomen of the slaughtered slaughtered chicken;
Residual part dropout unit which is disposed on the transfer line of the transfer conveyor and automatically removes the chicken remaining in the shackle from the shackle after cutting various parts of the slaughterhouse;
Control unit for operation of automatic chicken cutting equipment; includes,
The control unit includes a line drive inverter for driving the transfer line of the transfer conveyor; a line speed controller for adjusting the line speed of the conveying conveyor driven through the line drive inverter; a blade cutting drive inverter for driving the blade cutting unit; a blade cutting unit speed regulator for adjusting the inverter operating speed of the blade cutting unit driven through the blade cutting drive inverter; including,
By operating the line speed controller and the blade cutting unit speed regulator, the blade cutting unit side blade cutting speed is set 2 to 3 times higher than the line speed of the conveying conveyor,
The shackle is a pair of vertical hangers vertically arranged in the lower direction with the upper end fastened and assembled to the transport conveyor, and the lower end of the vertical hanger extends outward from both ends to face each other and is integrally provided. Including a double leg holder that enables hanging in a form in which the neck part faces downward by inserting and mounting in the
The two leg holder is a structure using the bending of a linear member, has a "∪" shape when viewed from the side, and extends from the upper end of the rear to the closed portion of the lower end of the front when viewed from the front. Chicken cutting automation equipment characterized in that it forms an open structure for insertion and mounting. The method of claim 1,
The wing selection unit,
A base frame unit provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughter, and integrally having a horizontal frame connected to the upper and lower ends of the holding frame;
a wing fining unit assembled so as to be able to move in a straight line on the lower horizontal frame of the base frame unit and having a wing locating guide that holds the position of the left and right wings of the slaughtering side to a good position for cutting; including,
The wing line part,
Positioning frame of an inverted T-shaped structure assembled to be movable in a straight line on the lower horizontal frame of the base frame part;
a ball screw that is disposed through the upper end of the positioning frame in a cross arrangement structure, and has a gap adjusting handle coupled to one end;
A pair of screws coupled to the left and right ends of the ball screw, the first and second spacing adjusting members being provided to adjust the spacing by moving relative to each other according to the rotational operation of the spacing adjusting handle;
As fixedly coupled to the first gap adjusting member and the second gap adjusting member, respectively, arranged in a symmetrical structure, the first wing fixing line guide and the second wing consisting of a combination of two linear structures to hold the position of the left and right wings on the slaughtering side Jeongseon Guide; Chicken cutting automation equipment comprising a. The method of claim 1,
The wing cutting unit,
A base frame unit provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughter, and integrally having a horizontal frame connected to the upper and lower ends of the holding frame;
A wing cutting unit assembled so as to be movable in a straight line on the lower horizontal frame of the base frame and cutting the left and right wings of the slaughterhouse; including,
The wing cutting portion,
Positioning frame of an inverted T-shaped structure assembled to be movable in a straight line on the lower horizontal frame of the base frame part;
a ball screw that is disposed through the upper end of the positioning frame in a cross arrangement structure, and has a gap adjusting handle coupled to one end;
A pair of screws coupled to the left and right ends of the ball screw, the first and second spacing adjusting members being provided to adjust the spacing by moving relative to each other according to the rotational operation of the spacing adjusting handle;
A first blade cutter and a second blade cutter that are positioned on the first and second spacer adjustment members and are assembled by fastening, respectively, obliquely arranged, and having a blade fastened to the end of the rotation shaft of the power motor; Chicken cutting automation equipment comprising a. The method of claim 1,
The laparotomy cutting unit,
A base frame unit provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughter, and integrally having a horizontal frame connected to the upper and lower ends of the holding frame;
A laparotomy processing unit which is fastened and assembled on the lower horizontal frame of the base frame, and performs laparotomy by incision of the slaughter-side forearm and abdomen; including,
The laparotomy processing unit,
Laparotomy machine having a blade fastened to the end of the rotating shaft of the power motor;
a slaughterhouse entrance guidance wheel that is arranged on the side as a portion on which the blade of the laparotomy is located, and guides the entry of the slaughterhouse so that the chest and belly parts of the slaughterhouse are positioned toward the blade; includes,
The chicken cutting automation equipment, characterized in that the slaughterhouse entry guiding wheel is configured to form a concave-type entry guiding part having a structure in which the diameter is gradually reduced from both edges of the wheel body toward the center so as to ensure stable entry and support of the slaughterhouse. . The method of claim 1,
The remaining part falling out unit,
A base frame unit provided to adjust the height in the vertical direction with respect to the holding frame by rotating the height adjustment handle according to the size of the slaughter, and integrally having a horizontal frame connected to the upper and lower ends of the holding frame;
a dropout part assembled to be movable in a straight line on the lower horizontal frame of the base frame part; including,
The dropout part,
a positioning frame assembled to be movable in a straight line on the lower horizontal frame of the base frame;
one or more slaughter drop-out inducers that are fixedly coupled to the positioning frame and protrude upward, and are provided to push the remaining chicken transported while hanging on the shackle to be removed from the shackle; Chicken cutting automation equipment comprising a. delete The method of claim 1,
Including a supply conveyor for continuously supplying slaughterhouses onto an automated facility,
Installing a chicken washing unit for washing the chicken before the supply conveyor,
The slaughter house washing unit,
A cylindrical body rotatably installed, a cylindrical rotary drum having a plurality of through holes over the entire area or provided in a mesh structure and arranged in a downwardly inclined structure, the cylindrical rotary drum provided to control rotational driving by a power means;
a washing water supply unit positioned above the cylindrical rotating drum to supply washing water for use in the slaughter-side washing that is fed into the cylindrical rotating drum and transported downward;
a used washing water storage tank that is located under the cylindrical rotating drum and temporarily stores the washing water used for washing the slaughtering system while supporting the cylindrical rotating drum;
a washing water remover located at the upper transfer end of the cylindrical rotating drum to remove the washing water from the slaughtering system by blowing or supplying air into the cylindrical rotating drum; Chicken cutting automation equipment comprising a.

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