KR950003110B1 - Automatic machine for extraction of the internal organ of poultry - Google Patents

Abstract

The extracting device of internal organs from poutries (I) consists of (1) hanging (I) reversely with Y-shaped yokes (102) and fixing the position with hanger (103) and extracting unit (307) at 120 deg. angle, (2) rotating the extracting unit cam (205) to drag the internal organs of (I) from the body of (I), and (3) releasing (I) at 300 deg. angle.

Description

Poultry Built-in Automatic Extractor

1 is a schematic perspective view of a poultry built-in automatic extractor of the present invention.

2 (a) is a plan view of the upper cross bar of the frame.

Figure 2 (b) is a plan view of the lower cross bar of the frame.

3 is a partial perspective view showing a state in which the poultry being processed in the conveying apparatus of the present invention is suspended.

4 is a longitudinal sectional view of the extraction apparatus of the present invention.

5 is an explanatory diagram showing the height difference between the extraction unit operation cam, the upper slider operation cam, the lower slider operation cam and the mounting unit operation cam configured in the fixed portion of the extraction device of the present invention.

6 is a plan view of the extraction unit operating cam of FIG.

7 is a partial plan view of a drive disc configured in the rotating part of the extraction apparatus of the present invention.

8 is a partial plan view of the upper support plate and the lower support plate configured in the rotating portion of the extraction apparatus of the present invention.

Figure 9 (a) is a partially cutaway side view of the upper slider which is configured in the rotating part of the extraction apparatus of the present invention.

9 (b) is a partial cutaway front view of the upper slider of FIG. 9 (a).

10 is an exploded perspective view of the extraction unit configured in the rotating unit of the extraction apparatus of the present invention.

Figure 11 (a) is a partial cutaway side view of the lower slider configured in the rotating part of the extraction apparatus of the present invention.

FIG. 11 (b) is a front view of the lower slider of FIG. 11 (a).

Figure 12 (a) is a side view of the operating port and the bush of the mounting unit of the rotating unit of the extraction apparatus of the present invention.

12 (b) is a perspective view of a mounting hole of a mounting unit which is constituted by the rotating part of the extraction device of the present invention.

12 (c) is a perspective view of a mounting hole of a mounting unit which is constituted by the rotating part of the extraction device of the present invention.

13 is a perspective view of a mounting base configured in the rotating unit of the extraction apparatus of the present invention.

14 is a plan view of the anti-rotation block is installed on the upper cross bar of the frame.

Figure 15 is a block diagram of the emergency bell operation device of the present invention.

FIG. 16 is an explanatory diagram showing an operation state of each section and a feed trajectory of poultry of the extraction apparatus of the present invention. FIG.

17 (a) is an explanatory diagram showing a state in which poultry is attached by the extracting apparatus of the present invention.

FIG. 17 (b) is an explanatory view showing a state in which the extraction port of the extraction unit is inserted into the poultry belly in the state in which the extraction apparatus of the present invention attaches poultry.

FIG. 17 (c) is an explanatory diagram showing a state in which the extraction apparatus of the present invention extracts poultry.

18 is a partial configuration showing a conventional poultry built-in automatic extractor.

* Explanation of symbols for main parts of the drawings

A: frame part B: feeder

C: Extraction device D: Emergency bell operation device

E: Extraction device up and down device 10: Frame

11: pillar 12: upper cross bar

13: lower crossbar 13a: bar

14: through hole 15, 16: mounting plate

17: opening 20: guide rail

21: connecting plate 30: drip tray

31 outlet 32 connecting plate

100: transfer mechanism 101: rolla

102: Y-shaped yoke 103: poultry hanger

110: chain 120: guide

200: central axis 201: upper support plate

202: lower support plate 203: upper drum

204: lower drum 205: extraction unit operation cam

206: upper slider operating cam 207: lower slider operating cam

208: Mounting unit operation cam 209: Shaft rotation prevention

209a: mounting hole 210: recess

300: driving disk 301: upper support plate

302: lower support plate 30: connecting rod

304: Upper slider 305: Lower slider

306: guide rod 307: extraction unit

308: mounting unit 309: mounting support

309a: Poultry Location Fixation 309b: Silent Flow Prevention Zone

310: mounting support installation rod 311: V-shaped groove

312: Gear 313: Chain Groove

314, 315: semicircular groove 316: fixture

317: body portion 317a: through hole

317b: hinge hole 318: rollabu

318a: rolla shaft 318b: rolla

318c: Set screw 319: Hinge shaft

320: operating port 320a: hinge hole

320b: screw groove 320c: protrusion

321: operating bar 322: hinge spring

323: bush 324: base

324a: square hole 324b: boss

324c: protrusion hole 324d: screw groove

325: set screw 326: spring

327 fixing screw 328

328a: square road 328b: extraction bar

328c: spoon 350: body portion

350a: through hole 350b: hinge hole

351: roll part 351a: roll shaft

351b: Rolla 351c: set screw

360: hinge shaft 361: operating port

361a: hinge hole 316b: boss

361c: Operation Bar 361d: Mounting Bar Connector

362: bush 363: mounting holes

363a: Mounting bar 363b: Mounting plate

363c: mounting rod 400: cylinder

400a: Opening 400a: Opening

401: piston rod 402: spring

403: ball joint 404: rotary ball

405: detection sensor operating rod 406: ball joint bracket

407: detection sensor 408: rotating bracket

500: hydraulic jack 501: operating lever

502: scale indicator support 503: scale indicator

504: dial 600: fixed drum

601: cam 602: fixed shaft

610: rotating drum 611: extraction unit

612: support unit 620: belt part

630: poultry hanger

The present invention relates to a poultry built-in automatic extractor for automatically extracting poultry organs in a slaughterhouse of a poultry farm in which chickens are processed as food, and in particular, by extracting the poultry organs in the upper and outer directions. The present invention relates to a poultry built-in automatic extractor of a shedding facility which is transferred to a built-in separator of a next process or a built-in extraction work.

Poultry such as chickens and ducks are widely used as food, and large quantities of poultry are professionally bred and processed by automated systems.

In general, the poultry treatment process is divided into two stages, the first processing step of extracting the hair, extracting the internal organs, washing, etc., and the second processing to make the above-mentioned first processed poultry into ham, sausage, etc. There are processing steps.

The primary processing step is the poultry hook process that suspends live poultry upside down to the poultry hanger on the overhead trolley rail of the conveying device, the fainting process of fainting poultry, and the carotid artery cutting process to cut the carotid artery to draw the poultry blood. Hair loss process to pluck hair from poultry, wood cutting process to cut neck, anal cutting process to cut anus, open abdomen process to cut stomach, visceral extraction process to extract intestines of poultry, poultry processed by cutting ankle An ankle cutting process to remove the carburetor from the conveying device, and a washing process to wash the poultry.The process is carried out on the overhead trolley rail by the drive system and the conveying device that drive the entire poultry system by an automated system. The work is done while being transported by hanging upside down.

The conventional poultry built-in automatic extractor used in the internal extraction process during the process is a cylindrical fixed drum which is fixedly rotatably installed on the fixed shaft 602 and has a cam 601 as shown in FIG. 600, a rotating drum 610 in which the extraction unit 611 and the supporting unit 612 are installed, and a belt unit for raising the supporting unit 612 of the rotating drum 610 when extracting the internal organs of the poultry. It consists of 620. The poultry to be extracted is transferred to the apparatus of the next process after extracting the intestine in the slit direction after extracting the intestines while approaching the extractor in a 180 ° circular motion.

Poultry hangs on the poultry hanger (630) and then the circular motion with the rotating drum 610 after approaching the extractor. When the poultry reaches the internal extraction position, the support unit 612 is rotated vertically upward by the belt part 620 to support the poultry, and is formed on the outer periphery of the extraction unit 611 and the fixed drum 600. The camo 601 is extracted downward and inward while moving downwardly by the cam 601. The intestines extracted by the extraction unit 611 are not completely dropped from the poultry but are suspended. Therefore, after the poultry being processed has passed through the extractor, a person has to pull the viscera to remove it.

The conventional poultry built-in automatic extractor as described above is to extract the internal organs of the poultry in the downward and inward direction while the extraction unit 611 is downwardly tilted to move the poultry feeder is caught by any component of the extractor There is a problem falling from the poultry hanger, because the extraction unit 611 when the extraction of the intestines poultry is not fixed and flows because it is not able to accurately extract the intestines, and also damage the unnecessary parts such as ribs have. In particular, since the support unit 612 is in a state supported by the elastic belt part 620, the poultry is pushed outward when the extraction unit 611 is tilted downward.

The conventional poultry built-in automatic extractor is also made of a plastic material because the fixed drum 600, on which the cam 601 is formed, wears the cam 601 for a long time, and in particular, the cam 601 is worn and cannot be used. At this time, there is a problem that the entire fixed drum 600 must be replaced.

In addition, after the viscera of the poultry is extracted, a person must pull the viscera in order to completely remove the viscera. However, since the viscera hangs on the body of the poultry, there is a problem in that it takes a lot of power to pull the viscera.

The conventional poultry built-in automatic extractor has a problem that only one type of poultry can be processed among large poultry or small poultry because it is not configured to adjust the internal extraction position in the vertical direction according to the poultry size. The poultry built-in automatic extractor has no safety device when the poultry processed between the rotating drum 610 and the fixed drum 600 is inserted, or any component of the fixed drum 600 or the rotating drum 610. There was a problem that is broken.

Therefore, an object of the present invention is to solve the above problems of the prior art, when extracting the internal organs of the poultry built-in automatic extraction unit is able to extract the internal organs in the upward and outward direction while the upward meridian movement To provide an extractor.

Another object of the present invention is to provide a poultry built-in automatic extractor which is able to extract the viscera accurately by maintaining the poultry fixed state when the viscera is extracted.

Still another object of the present invention is to provide a poultry built-in automatic extractor configured to easily remove the intestines with a small force when a person pulls the intestines to completely remove the intestines after the intestines are extracted from the extraction unit.

Still another object of the present invention is to provide a poultry built-in automatic extractor, which can be used semi-permanently because the durability is greatly improved and configured to be easily maintained when some parts are worn or distorted.

Another object of the present invention is to provide a poultry built-in automatic extractor is configured to adjust the built-in extraction position according to the size of the poultry, it is easy to replace the extraction unit and the mounting unit.

Still another object of the present invention is to provide a poultry built-in automatic extractor comprising a device for operating an emergency bell in an emergency where the rotatable part and the fixed part are engaged with each other by the poultry or the object being processed.

In order to achieve the above object, the poultry built-in automatic extractor of the present invention comprises a frame part, a conveying device for carrying poultry, and an extraction device installed on the frame part to extract the poultry, The extraction apparatus includes a central axis, an upper support plate and a lower support plate fitted to the central axis, an upper drum installed on an upper portion of the upper support plate, and a lower drum installed on the upper support plate and a lower support plate. And an extraction unit operating cam which is installed around the upper drum and configured to have a height difference so as to tilt the extraction unit, and is installed around the upper part of the lower drum and heights to allow the extraction unit to move up and down. The upper slider operating cam and the lower drum of the lower drum A lower slider operating cam configured to have a height difference to move the knit up and down, and a lower unit operated cam installed at the bottom of the lower drum and configured to have a height difference to allow a tilting movement to the mounting unit. A fixed part; And a driving disc rotatably installed by the transfer device, the upper support plate and the lower support plate rotatably installed on the central axis, and a connecting rod connecting the driving disc and the upper support plate to the central axis. A guide rod connecting the upper support plate and the lower support plate and guiding the vertical movement of the upper slider and the lower slider, an upper slider installed on the upper part of the guide rod, and an extraction unit rotatably installed on the upper slider. And a lower mounting slider provided under the guide rod, a mounting unit rotatably installed on the lower slider, and a cylindrical mounting support installed by an mounting support mounting rod around the guide rod. A rotating part; Mounting unit operation cam of the fixed part can raise the mounting unit upward and downward when moving the poultry in which the mounting unit of the rotating part is processed, and when the poultry interior is extracted by the extraction unit and then release the poultry mounting state. The unit has a height difference to allow downward tilt movement, and the lower slider operating cam of the fixed part can raise and lower the lower slider when the mounting unit is tilted upward to mount the poultry, and the mounting unit is poultry It has a height difference that can lower the lower slider after the downward tilting movement to release the mounting state.The upper slider operating cam of the fixed part mounts the poultry after the mounting unit is tilted upward. Lower the upper slider to be inserted at double speed, and then the upper slider to extract the viscera It has a height difference that can be lifted up, and the extraction unit operation cam of the fixed part keeps the upper slider sliding downward when the extraction unit is inserted at double speed of poultry, and the extraction unit is poultry built-in. It is characterized in that it has a height difference that can be inclined upward at the same time as to rise in order to extract the, and the built-in extraction position by moving the extraction device up and down according to the size of the emergency bell operation device and poultry to operate the emergency bell in case of emergency Extraction device up and down movement device for adjusting the additional is provided.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows a poultry built-in automatic extractor of the present invention, which is installed in front of a conductor opener on a slaughter facility line and draws out the intestines of a conductor whose stomach is opened by the fuselage opener. As a result, power is transmitted to the transfer device B by the overhead trolley conveyor drive of the design facility.

The overhead trolley conveyor drive device connects a plurality of poultry hooks 103 installed on the overhead trolley rail to the chain 110 to drive each of the lines of the yard equipment by driving the overhead trolley conveyor drive device. By driving it in a loop, such a driving device is a general driving method of the equipment.

The poultry built-in automatic extractor of the present invention is installed on the line of the yard equipment to support the mechanical elements of the present invention; A transfer device (B) for transporting poultry by receiving power connected to the chain from the overhead trolley conveyor drive device; An extraction device (C) installed in the frame part (A) and including a fixing part and a rotating part inserted into the central axis 200 by extracting the internal organs of the poultry; An emergency bell operating device (D) for operating an emergency bell in an emergency of a poultry built-in automatic extractor; And it is composed of an extraction device up and down movement device (E) for moving the extraction device (C) up and down according to the size of the poultry to be processed.

The frame portion A includes a frame 10, a guide rail 20 suspended from an upper portion of the frame 10, and a drip tray 30 provided below the frame 10. .

The frame 10 has four pillars 11, a cross-shaped upper cross bar 12 connecting the upper ends of the four pillars 11, and a cross-shaped connecting the lower ends of the four pillars 11. It consists of a lower cross bar (13).

At the center of the cross-shaped upper crossbar 12, a through hole 14 through which the central axis 200 to be described later penetrates is formed, as shown in FIG. 2 (a). The mounting plate 15 to which is installed is attached. At the center of the cross-shaped lower crossbar 13, an installation plate 16 for installing a hydraulic jack 500 to be described later is attached as shown in FIG. 2 (b), and the hydraulic jack 500 is installed and removed. An opening 17 is formed in the mounting plate 16 to facilitate the installation, and the opening 17 in the direction of the opening 17 of the mounting plate 16 allows the hydraulic jack 500 to be installed and removed. The bar 13a has a Y shape. The guide rail 20 of the present invention has an I-shaped cross section, and is provided below the upper crossbar 12 of the frame 10 by the connecting plate 21. The guide rail 20 serves to guide and support the transfer device B including the Y-shaped yoke 102 and the poultry hanger 103 connected to the chain 110.

The drip tray 30 is a container for receiving liquids such as water or blood falling from poultry, and has a discharge port 31 formed thereon and is provided on the upper portion of the lower crossbar 13 of the frame 10 by the connecting plate 32.

Next, the conveying apparatus B which conveys poultry is demonstrated.

As shown in FIGS. 1 and 3, the conveying apparatus B includes two upper rollers 101, a Y-shaped yoke 102 for mounting the two rollers 101, and the Y Consists of a plurality of transfer mechanisms 100 consisting of a poultry hanger (103) connected to the lower portion of the type yoke (102), interconnecting the Y-shaped yoke (102) of the plurality of transfer mechanisms (100) The poultry hanger 103 is configured to slide in contact with the feeder 100 while preventing the swing of the conveying mechanism 100, and the guide 120 is fixed to the frame 10.

The roller 101 of the upper portion of the transfer mechanism 100 is installed on the guide rail 20 of the frame portion A, and the U-shaped portion is left and right at the lower end of the poultry hanger 103 so that both ankles of the poultry can be caught. It is formed in. The transfer mechanism 100 is transferred together when the interconnected chain 110 of the whole poultry processing system is moved by the drive motor of the overhead trolley conveyor drive device, which is configured separately.

Next, the extraction apparatus C which extracts the intestines of poultry is demonstrated.

Extraction apparatus (C) of the present invention consists of a fixed part and a rotating part installed on the central axis (200). As shown in FIG. 4, the fixing part of the extraction device C includes a central shaft 200 fixed to the through-hole 14 of the frame part A; An upper support plate 201 and a lower support plate 202 inserted into and fixed to the central axis 200; An upper drum 203 installed on the upper support plate; A lower drum 204 installed on an outer circumferential surface of the upper support plate and the lower support plate; An extraction unit operating cam 205 installed on an outer circumference of the upper drum to rotate the extraction unit 307 of the rotating unit to be described later; An upper slider operating cam 206 mounted on an outer circumference of the lower drum to elevate and operate an upper slider 304 including an extraction unit 307 of a rotating unit to be described later; A lower slider operating cam 207 installed on the lower outer periphery of the lower drum to lift and lower the lower slider 305 for rotatably supporting the mounting unit 308 of the rotating unit described later; And it is installed in the lower end of the lower drum is made of a mounting unit operation cam 208 for lifting and lowering the mounting unit 308 of the rotating unit to be described later.

The upper end of the central shaft 200 passes through the through hole 14 formed in the center of the upper crossbar 12 of the frame 10 and is provided with a key on the inner surface of the axial rotation preventing opening 209 installed in the upper crossbar 12. It is fixed by this, the lower end of the central shaft 200 is coupled with the hydraulic jack 500 to be described later. Therefore, the central axis 200 does not rotate except in an emergency described later.

The upper support plate 201 and the lower support plate 202 fitted to the central axis 200 are installed so as not to rotate by the key and the stop screw, respectively, and the upper drum 203 and the lower end of which are installed on the outer circumference thereof. The drums 204 are each cylindrical and the upper drum 203 is smaller in diameter than the lower drum 204.

The extraction unit operation cam 205 installed on the outer periphery of the upper drum 203 rotates inclinedly while rotating along the upper slide 304 inserted into the guide rod 306 of the rotating unit, in which the extraction unit 307 is described later. As shown in FIG. 5, the height difference is formed up and down along the rule of the operation cam, and the height is the highest so that the extraction unit 307 can be wound around the intestine inserted into the poultry's stomach. As shown in FIG. 6, the recessed part 210 is formed in plan view in the lower part.

And the upper slider operating cam 206 installed on the upper outer periphery of the lower drum 204 of the present invention is shown in FIG. 5 so that the upper slider 304 installed in the rotating unit to be rotated while performing the lifting operation As it is formed so that the height difference up and down along the rule of the operation cam.

The lower slider operation cam 207 installed on the lower outer periphery of the lower drum 204 is also shown in FIG. 5 in order to allow the lower slider 305 installed on the rotating unit to rotate and operate. As described above, the height difference is formed up and down.

The upper slider operating cam 206 and the lower slider operating cam 207 form a cam rail having a U-shape in cross section as shown in the figure, and are separated from the lower drum 204 by fastening bolts. Alternatively, two metal plates may be attached to the lower drum 204 by welding.

The mounting unit operation cam 208 installed at the lower end of the lower drum 204 has a vertical height as shown in FIG. 5 so that the mounting unit 308 can be inclinedly rotated by the rotating unit described later. It is configured to have a car.

The extraction unit operation cam 205, the upper slider operation cam 206, the lower slider operation cam 207 and the lower unit operation cam 208 of the present invention may be integrally formed, but the convenience and maintenance of the manufacturing In order to improve, it can be manufactured by assembling it into several parts. In addition, these cams are preferably fixed to the upper drum 203 or the lower drum 204 by bolts or the like.

Next, the structure of the rotating part of the extraction apparatus C is demonstrated. The rotating part of the present invention moves up and down while rotating at the outer periphery of the fixing part described above.

Rotating portion of the present invention is rotatably installed on the central axis 200, meshed with the Y-shaped yoke 102 and the chain 110 of the transfer device (B) of Figs. 1 and 3 together with the transfer device (B). A driving disk 300 to rotate; An upper support plate 301 and a lower support plate 302 rotatably installed on the central axis 200; A connecting rod 303 which connects the driving disc and the upper support plate to transfer power of the transfer device B; In order to connect the upper support plate and the lower support plate is installed at least 15 or more in the longitudinal direction on the outer periphery of the upper support plate and the lower support plate, the lifting motion of the upper slider 304 and the lower slider 305 to be described later A plurality of guide rods 306 for guiding; An upper slider 304 installed at an upper portion of the guide rod to move up and down along the upper slider operating cam 206 of the fixing part; A plurality of extraction units 307 rotatably installed on the upper slider and pivoting along the extraction unit operation cams 205 of the fixing unit; A lower slider 305 inserted into the lower portion of the guide rod to move up and down along the lower slider operating cam 207 of the fixing part; A mounting unit 308 rotatably mounted on the lower slider to rotate along the mounting unit operation cam 208 of the fixed portion described above; A mounting support 309 which is installed around the outside of the guide rod; And the upper end is fixed to the upper support plate 301, the lower end is fixed to the lower support plate 302, it is composed of a mounting support mounting rod 310 for supporting the mounting support 309.

The drive disc 300 of the present invention is rotatably installed because the bearing is provided between the central axis 200, the outer peripheral edge of the drive disc as shown in Figure 7 of the transfer device (B) A plurality of gears 312 are attached to form a V-shaped groove 311 into which the Y-shaped yoke 102 connected to the chain 110 is inserted. The V-shaped groove 311 is naturally formed in the space between the gears 312, and a part of the chain 110 of the transfer device B is inserted into the outer surface of the gear 312 to form the chamber groove 313. It is.

In addition, the upper support plate 301 and the lower support plate 302 of the present invention is also provided with a bearing between the central shaft 200, the central shaft 200 is rotatably installed.

Semicircular grooves 314 for inserting and fixing a plurality of guide rods 306 as shown in FIG. 8 are formed in the circumference of the upper support plate 301 and the lower support plate 302. Guide rod 306 is inserted into the semi-circular groove 314, the upper end is fixed to the upper support plate 301 by a fastener 316 is formed with a semi-circular groove 315 on the inner surface, the lower end is supported It is fixed to the disc 302.

The upper slider 304 inserted and installed in the upper portion of the guide rod 306 has a through hole fitted into the guide rod 306 as shown in FIG. 9 (a) and 9 (b). A body portion 317 having upper and lower portions 317a formed therein and having a hinge hole 317a for fixing the extraction unit 307; The roller unit 318 includes a roller shaft 318a coupled to the lower portion of the body portion, a roller 318b installed on the roller shaft, and fixing screws 318c for preventing the roller shaft from being separated from the roller shaft. Consists of

The roller unit 318 of the upper slider 304 is inserted into the upper slider operating cam 206 installed on the upper outer periphery of the lower drum 204, and thus the upper slider operating cam 206 according to the rotation of the rotating unit. Rotating and lifting operation is performed along the cam rail of the), accordingly the upper slider 304 is lifting and lifting at the same time.

The extraction unit 307 installed in the hinge hole 317b of the upper slider 304 has a hinge hole 320a through which the hinge shaft 319 penetrates, as shown in FIG. The operation bar 321 is coupled to the rear side, and the projection hole 324c of the base 324, which will be described later, is fitted on the front side, and two protrusions 320c having screw grooves 320b are formed at the front end thereof. An operating tool 320; A hinge shaft 319 inserted into the hinge hole 320a of the operating tool and the hinge hole 317b of the upper slider 304 to connect the operating tool and the upper slider; A hinge spring 322 inserted into the hinge shaft and having one end connected to the upper slider 304 and the other end connected to the operation tool 320 to apply a clockwise elastic force to the operation tool 320; A bush 323 installed in the actuating bar 321 of the actuating tool 320 and in contact with the aforementioned extracting unit actuating cam 206; A boss 324b in which a square hole 324a is drilled is formed in the center, and a protrusion hole 324c into which the protrusion 320c of the operating tool 320 is fitted, and a lower portion of the boss 324b. A base 324 including a set screw 325 for positioning according to the poultry size and a screw groove 324d to which the set screw is coupled; A spring 326 elastically installed around the protrusion 320c of the actuating tool 320 with a fixing screw 327 to apply a force from the base 324 to the actuating tool 320; A square rod 328a inserted into the square hole 324a of the base is formed, and an extraction bar 328b that is bent in an L shape and a spoon 328c attached to the lower end of the extraction bar 328b. It is composed of an extraction port 328 having them.

The operation bar 321 of the operation tool 320 is configured with a washer and a fixing pin to prevent the bush 323 from being separated, and the hinge spring 322 elastically installed on the hinge shaft 319 is formed by an elastic force. The bush 323 of the operation bar 321 formed in the extraction unit 307 is always touched so that the extraction unit operation cam 205 and the cloud contact.

The square hole 324a on the base 324 prevents the extraction hole 328 from flowing left and right. The square hole 324a is fixed after inserting the square rod 328a of the extraction hole 328 into the square hole 324a. By fixing with a pin, the base 324 and the extraction hole 328 are easily coupled, and conversely, by removing the fixing pin, the extraction hole 328 can be easily separated from the base 324. The coupling of the actuating tool 320 and the base 324 inserts the protrusion 320c of the actuating tool 320 into the protrusion hole 324c of the base 324 and installs a spring 326 around the protrusion 320c. Next, it is made by fastening the screw groove 320b at the tip of the protrusion 320c with a washer and a set screw 327.

The actuating tool 320 and the base 324 are brought into contact with each other by the spring 326. However, in order to separate the actuating tool 320 and the base 324 by a predetermined distance, the set screw 325 is screwed into the base 324. It is good to fix it with a nut in the state which joined together to 324d, and advanced deeply. That is, the set screw 325 may adjust the distance between the operating tool 320 and the base 324.

The reason why the distance between the actuating tool 320 and the base 324 can be adjusted is that it is necessary to move the position of the extraction port 328 outward or inward according to the size of the poultry being processed. That is, if the poultry to be processed is large, it is necessary to move the extraction port 328 inward, and if the poultry is small, the extraction port 328 needs to be moved outward.

Spoon 328c of the extraction port 328 serves to extract the internal organs of the poultry, and has an approximately oval ring shape suitable for extracting the internal organs of the poultry, and has a hook formed at the tip, and the spoon ( 328c) also differ in size depending on the size of the poultry. In other words, when extracting large poultry, use a wide one, and when extracting small poultry, use a narrow one.

In the extraction unit 307 of the present invention, when it is necessary to replace the extraction port 328 according to the size of the poultry, the base 324 and the extraction port 328 are not integrated and fixed pins for convenience of the replacement operation. It is possible to easily separate and combine the two by.

The plurality of extraction units 307 rotate together with the respective upper slider 304 inserted into the respective guide rods 306 to perform the tilt rotation operation of the hinge shaft 319 to the axis point. That is, the bush 323 installed in the operation bar 321 of the operation port 320 may contact the high portion of the extraction unit operation cam 205 attached to the outer circumference of the upper drum 203 of the fixing part. At this time, the extraction unit 307 is rotated in a clockwise direction around the hinge axis 319, the extraction port 328 is in a state of being substantially vertically lowered deeply into the interior of the poultry, bush 323 is When it comes in contact with the lower portion of the extraction unit operation cam 205, the extraction unit 307 is rotated in the counterclockwise direction so that the extraction port 328 is inclined ascending, and the poultry is extracted while the poultry is extracted.

Next, a description will be given of the lower slider 305 which is installed at the lower portion of the plurality of guide rods 306, respectively. The lower slider 305 has two through holes 350a fitted to the guide rod 306 as shown in FIGS. 11A and 11B, and the mounting unit 308 is formed. A body portion 350 having a hinge hole 350b for installation; A roller shaft 351a coupled to the inner surface of the body portion, a roller 351b installed on the roller shaft, and a fixing screw for fixing the roller shaft to the body portion and preventing the roller from being separated from the roller shaft ( It consists of a roller part 351 containing 351c.

The roller part 351 of the lower slider 305 is inserted into the lower slider operating cam 207 installed on the lower outer periphery of the lower drum 204, and thus the cam rail of the lower slider operating cam 207. Rotating and lifting operation along the, according to the lower slider 305 is lifting operation at the same time.

The mounting unit 308 installed in the lower slider 305 has a boss having a hinge hole 361a formed therein as shown in FIG. 12 (a), 12 (b), and 12 (c). 361b), an L-shaped operation bar 361c attached to the lower part of the boss, and a mounting bar connecting plate 361d which is attached to the boss to be inclined upwardly by about 10 ° in the horizontal direction and has a coupling hole. An actuating tool 361 having the gears; A hinge shaft 360 inserted into the hinge hole 361a of the operating tool and the hinge hole 350b of the lower slider 305 to connect the operating tool and the lower slider; A bush 362 which is in contact with the mounting unit operating cam 208 described above by being condensed with the operating bar 361c of the operating tool; And a mounting bar 363a which is screwed to the mounting bar connecting plate 361d of the operating hole 361 and is bent in a substantially B-shape, and is attached to an upper portion of the mounting bar 363a. ) And a mounting hole 363 including a U-shaped mounting rod 363c attached to an upper end of the mounting plate 363b.

The operation bar 361c of the operation tool 361 is provided with a washer and a fixing pin to prevent the bush 362 from being separated, and the mounting unit 308 is hinged by the weight of the mounting hole 363. There is a tendency to rotate clockwise 360 to the axial point, so that the bush 362 of the operating bar 361c is always in contact with the mounting unit operating cam 208.

In addition, the mounting hole 363 of the mounting unit 308 serves to grip the poultry when the above-mentioned extraction unit 307 extracts the internal organs of the poultry, and has a different size depending on the size of the poultry. do. That is, the large mounting plate 363b and the U-shaped mounting rod 363c are used to extract the large poultry, and the small one is used to extract the small poultry.

When the mounting unit 30 of the present invention needs to replace the mounting holes 363 according to the size of the poultry, the operating holes 361 and the mounting holes 363 are not integrated with each other for convenience of replacement work. It is possible to easily separate and combine both by.

The mounting unit 308 is pivotally attached to the lower slider 305 inserted into the guide rod 306 so that the mounting unit 308 rotates together with the lower slider 305 so that the hinge shaft 360 is tilted to the axis point. do.

That is, the bush 362 provided in the operating bar 361c of the operating tool 361 may contact the lower portion of the mounting unit operating cam 208 provided at the lower end of the lower drum 204 of the fixing part. When the mounting unit 308 is rotated counterclockwise, the mounting hole 363 is roughly held in poultry, and the bush 362 is in contact with the high portion of the mounting unit operating cam 208. The mounting unit 308 rotates clockwise, and the mounting hole 363 rotates downwardly inclined in the poultry.

Next, the mounting support part 309 which is installed in the outer periphery of the guide rod 306 is demonstrated.

The mounting support 309 of the present invention serves to support the poultry from the inside when the poultry to be processed is gripped by the North Korean 363 of the mounting unit 308, as shown in FIG. It is fixed to the upper support plate 301 and the lower end is installed on the mounting support mounting rod 310 fixed to the lower support plate 302.

The mounting support 309 has a cylindrical shape as shown in FIG. 13, and a poultry position stopper 309a for accurately positioning the poultry is attached to the stop portion of the outer circumference, and directly below the poultry position stopper. Between the rooms, there is a wooden flow prevention block (309b) to prevent the flow of the neck of the poultry. Therefore, the poultry is mounted by the mounting unit 308 to prevent the flow of the body and neck of the poultry.

The following emergency bell operating device D will be described.

As described above, the central axis 200 on the fixing part of the extracting device C is provided so as not to rotate, but any component of the fixing part and any component of the rotating part are engaged, or between the fixing part and the rotating part. Poultry or foreign bodies may be inserted and the fixed part may also rotate together with the rotating part.

In this case, if the fixing part does not rotate at all, a problem occurs that the fixing part or the components of the rotating part is broken. Therefore, the shaft rotation preventing device 209 is installed in the upper cross bar 12 of the frame 10, Reference numeral 209 forms a rectangular installation hole 209a as shown in FIG. 14 to rotate only a predetermined distance with the central axis 200 when an excessive force is applied to the central axis 200.

Therefore, the axial rotation stopper 209 is installed on the upper cross bar 12 by a fixing screw, so that when an excessive rotational force is applied to the central axis 200, the axial rotation prevention tool 209 is formed as long as the length of the installation hole 209a having a rectangular shape with the central axis 200. Will rotate.

The emergency bell operating device (D) of the present invention uses the rotation of the shaft rotation preventing device 209, and as shown in FIG. 15, a cylinder 400 having an opening 400a formed at the bottom thereof, and the cylinder. A piston rod 401 reciprocating in the inside, a spring 402 for applying a force backward in the piston rod, a ball joint 403 coupled to the tip of the piston rod, and a rear end of the cylinder. Rotating sphere 404 is provided, and a sensing sensor operating rod 405 which is installed at the rear end of the piston rod is installed to protrude vertically out of the cylinder 400, and the ball joint 403 and It is connected to the ball joint bracket 406 connecting the ball joint and the axial rotation prevention block 209, and detects the approach of the detection sensor operation unit 405 to operate the emergency bell to the upper cross bar 12 Installed sensor 407, and It is composed of a rotating bracket 408 for rotatably supporting the rotating sphere 404.

Therefore, when the central shaft 200 of the present invention is overloaded, and the central shaft 200 is rotated together with the shaft rotation preventing device 209, the ball joint bracket 406 installed in the shaft rotation preventing device 209 rotates, When the joint bracket 406 is rotated, the ball joint 403 and the piston rod 401 connected thereto are advanced so that the lower end of the sensing sensor operating rod 405 installed at the rear end of the piston rod is directly below the upper cross bar 12. Approach the detection sensor 407 installed in the). Therefore, when the detection sensor operating rod 405 approaches the detection sensor 407, the detection sensor 407 sends an electrical signal to the emergency bell to operate the emergency bell.

Next, a description will be given of the extraction device up and down device E for moving the extraction device (C) of the present invention up and down to adjust the built-in extraction position.

Poultry built-in automatic extractor of the present invention needs to adjust the position by moving the extraction device (C) up and down according to the size of the poultry to be processed. In other words, if the poultry is carried upside down to the poultry hanger 103 of the transfer device (B) is large, the built-in extraction position is moved to the bottom accordingly, if the poultry is small, the extraction device according to the poultry size so that the built-in extraction position can move to the top Move (C) up and down to adjust the internal extraction position.

The extraction device up and down movement apparatus E of the present invention described above is an hydraulic jack 500 supporting the central shaft 200 at its lower end as shown in FIGS. 1 and 4, and an operation for operating the hydraulic jack. The lever 501, and the scale indicator support 502 connected to the upper end of the central axis 200 to display the moving amount of the extraction device (C), and suspended by a chain at the end of the scale indicator support It consists of a scale indicator 503 and a scale plate 504 attached to the frame 10.

Therefore, if you want to adjust the built-in extraction position by moving the extraction device (C) up and down according to the poultry size by operating the operating lever 501 to raise the support shaft of the hydraulic jack 500 by hydraulic pressure, or to release the hydraulic jack (500) Lowering the support shaft of the) accordingly the central axis 200 is raised or lowered, and when the central axis is raised or lowered, the entire extraction device (C) except the drive disc 300 is raised with the central axis 200 Or descend.

In addition, when the central axis 200 rises or falls, the scale indicator support 502 and the scale indicator 503 connected to the upper end of the central axis are raised or lowered by the scale plate 504 fixed to the frame 10. The moving amount of the extraction device C is measured.

Poultry built-in automatic extractor of the present invention configured as described above is operated as follows.

The poultry built-in extractor of the poultry equipment of the present invention is the killing conductor suspended from the shackle of the overhead trolley rail on the line of the poultry equipment from the conductor incubator to the stomach of the conductor, and the opened conductor is continuously suspended to the poultry extractor of the present invention. Supplied.

In FIG. 3, the conveying furniture 100 of the conveying apparatus B of the present invention is connected to the chain 110 by a driving force of a driving motor, which is configured separately, and conveyed along the guide rail 20, and conveying apparatus ( B) by the transfer of the drive disk 300, as shown in Figure 4, the extraction unit (C) rotating part connected to this and the connecting rod 303, that is, the upper and lower support plate (301,302) and the guide rod 306 and the guide rod connecting them The upper and lower sliders 304 and 305, the extraction unit 307, and the mounting unit 308 installed in the rotating unit rotate. Therefore, the poultry hanging upside down on the poultry hanger 103 of the transfer mechanism 100 is approached to the extraction device (C) in a tangential direction as shown in Figure 16 and rotated together with the rotating part of the extraction device (C) 180 ° In the circular motion, the intestines are extracted, and the extraction device C is tangentially transferred to the next process device.

Next, operations of the mounting unit 308 for attaching poultry and the extraction unit 307 for extracting the intestines will be described when the extraction apparatus C is operated.

First, when the extraction device (C) is operated, the mounting unit 308 rotatably installed on the lower slider 305 and the extraction unit 307 rotatably installed on the upper slider 304 are inserted into the guide rod 306. Do a circular motion together.

Second, since the roller 351b on the lower slider 305 of FIG. 11 performs a circular motion along the cam rail of the lower slider operating cam 207 formed on the outer periphery of the lower drum 204 on the fourth fixing part. The lower slider 305 is lifted up and down by the height difference of the lower slider operating cam 207, and the mounting unit 308 also moves up and down, and the roller 318b on the upper slider 304 of FIG. In FIG. 4, since the circular motion is performed along the cam rail of the upper slider operating cam 206 formed at the outer circumference of the lower drum 204, the upper slider 304 is moved up and down by the height difference to the upper slider operating cam 206. Ascend and lift the extraction unit 307 accordingly.

Third, the mounting unit 308 is installed on the lower slider 305 to allow the inclined rotational movement by the hinge shaft 360 as shown in FIG. 12, and the bush 363 of the mounting unit 308 is fixed to the fourth degree. The mounting unit 308 moves along the cam rail of the mounting unit actuating cam 208 formed at the outer periphery of the floating lower drum 204 so that the height of the mounting unit actuating cam 208 is increased. Inclined rotational movement by car; The extraction unit 307 is also installed on the upper slider 304 to be tilted by the hinge shaft 319 of FIG. 10, and the bush 323 of the extraction unit 307 is connected to the upper drum on the fixing part of FIG. Since the circular motion is performed along the cam rail of the extraction unit operation cam 205 formed at the outer periphery of 203, the extraction unit 307 is tilted by the height difference of the extraction unit operation cam 205.

As described above, the mounting unit 308 and the extraction unit 307 respectively perform a circular motion, a lifting motion, and a rotational motion. The mounting unit 308 and the extraction unit 307 are processed by lifting and rotating motions. Poultry is grasped and guts are extracted outside of the poultry. The lifting and rotating movements of the mounting unit 308 and the extraction unit 307 are performed by the difference between the heights of the lower slider operating cam 207 and the upper unit operating cam 208 formed on the upper and lower drums 203 and 204 on the fixed part. The elevating and rotating movement is performed by the height difference between the upper slider operating cam 206 and the extraction unit operating cam 205, and the circumferential movement according to the circular motion of the mounting unit 308 and the extraction unit 307 is performed. Will be described with reference to FIG. 15 and FIG.

For convenience of explanation, as shown in FIG. 5 and FIG. 16, the circumferential position where the upper slider 304 and the extraction unit 307 are located as 0 ° is set to 0 °, and the poultry approaches the tangential direction. The position at which 120 ° poultry deviates in the tangential direction is set to 300 °.

In the position of 0 °, the upper slider 304 of FIG. 4 and the extraction unit 307 hinged to the upper slider are in the highest position, and the extraction unit 307 is in a vertical position immediately after upward tilting. The lower slider 305 and the upper unit 308 are in the lowered position, and the mounting unit 308 is tilted downward to be inclined (dotted line in FIG. 4).

The upper slider 304 and the extraction unit 307 are gradually lowered along the cam rails of the guide rod 306 and the upper slider operating cam 206 while moving to a position of 120 ° in contact with the poultry, and the extraction unit 307 ) Continues in a downright tilted movement along the cam rail of the extraction unit actuating cam 205 and becomes approximately vertical.

At the same time, the lower slider 305 and the mounting unit 308 move upwards at the 120 ° uptake, and the mounting unit 308 starts to rotate upwards from just before the 120 ° position, and immediately after the 120 ° position. 4 ° solid line) to catch the poultry approaching the 120 ° position, and after the mounting unit 308 becomes vertical, the lower slider 305 and the mounting unit 308 move down slightly at the 135 ° position so that the poultry flows. Fully secured to prevent The extraction unit 307 continues to descend in the vertical state to the 135 ° position to approach the poultry. The state of the extraction unit 307 and the mounting unit 308 at the 135 degree position mentioned above is shown in FIG. 17 (a).

Therefore, in the section from 135 ° position to 240 ° position, the upper slider 304 and the extraction unit 307 continue to descend to the position of 240 ° so that the extraction unit 307 is gradually inserted at the speed of poultry in the approximately vertical state. The extraction unit 307 is inclined upwardly slightly before the 240 ° position. On the other hand, the mounting unit 308 of the section from the 135 ° position to 240 ° position does not perform the lifting and tilting movements, so that the state of holding the poultry is maintained as it is.

At around 240 °, the extraction unit 307 has a slight downward tilting and upward tilting movement under the influence of the recess 210 (see FIG. 6) of the extracting unit operating cam 205. The poultry organs of the spoon 328c are wound up. The state of the extraction unit 307 and the mounting unit 308 at the 240 ° position is shown in FIG. 17 (b).

Therefore, in the section from the 240 ° position to 300 ° position, the extraction unit 307 is raised and at the same time the upward tilting movement to extract the internal organs of the poultry completely outward at 285 ° position. When the extraction unit 307 extracts the intestines at a position of 285 ° and is separated from the poultry, the mounting unit 308 performs a lower-rectangular social movement, releases the poultry gripping state, and is configured at the tip of the mounting unit 308. The U-shaped mounting rod 363c pulls the intestines outward, and at this time, the intestines of the poultry are suspended around the anus even though they are extracted by the extraction unit 307. In this poultry state, a person pulls out the viscera and removes the viscera completely from the poultry in a separate visceral separator. The more parts of the poultry's viscera hang around the anus, the more force a person has when pulling the viscera. Will be heard. In the present invention, the U-shaped mounting rod 363c configured at the top of the mounting unit 308 is mounted on the body when the mounting unit 308 performs the downhill tilt movement at a position past 285 °. Pulling out the poultry's intestines outwards, so there are fewer parts of the intestine hanging on the anal lice. Therefore, when a person pulls the intestines to remove the intestines from poultry, it does not take much effort.

The state of the extraction unit 307 and the upper unit 308 at the 300 ° position is shown in detail in FIG. 17 (c).

In the section from the position of 300 ° to the position of 360 ° (0 °), the extraction unit 307 continues the upward movement in the vertical state immediately after the upward tilting, and the mounting unit 308 is inclined downward. It does not move up and down.

In summary, as shown in FIG. 16, the section from the 300 ° position to the 120 ° position includes a non-working section of the extraction unit 37 and the mounting unit 308; The section from the 120 ° position to the 135 ° position is the poultry section; The section from 135 ° to 240 ° is the extraction unit insertion section; The section from the 240 ° position to the 30 ° position is the built-in extraction section.

As described above, the extraction unit 307 and the mounting unit 308 continuously perform the operation of gripping the poultry and extracting the internal organs of the poultry while lifting and tilting, and the extraction unit 307 and the mounting unit 30. Extraction unit actuating cam 205 and upper slider actuating cam 206 on the fixed portion formed on the outer periphery of the upper and lower drums, and mounting unit actuating cam 208 and lower slider actuating so as to operate as described above. The cams 207 are each configured to have a height difference as shown in FIG.

The poultry built-in automatic extractor of the present invention extracts the intestines upward and outward when the extraction unit 307 performs the lifting and upward tilting movement when extracting the intestines of the poultry. There is no problem, and since the U-shaped mounting rod 363c is formed at the top of the mounting unit 308, the U-shaped inclination is performed when the mounting unit 308 is downwardly tilted to release the poultry mounting state. The rod 363c pulls out the extracted viscera hanging around the anus outward, thereby weakening the adhesion of the viscera hanging around the anus and can be easily removed when a person removes the viscera.

The poultry built-in automatic extractor of the present invention is also made of poultry because the upward tilting movement of the mounting unit 308 is not performed by the elastic rubber belt as conventionally, but by the metal mounting unit operation cam 208. Is fixed in the radial direction, and since the mounting unit 308 is slightly lowered after the poultry is mounted in the radial direction, the tip mounting rod 363c of the mounting unit 308 firmly tightens the poultry in the vertical direction. Since the extraction unit 307 is lifting and upward sloping movement, the poultry does not flow when extracting the internal organs of the poultry. In addition, the poultry to be processed is located between the poultry position fixing sphere (309a) configured on the outer surface of the mounting support 309 so that the poultry does not flow in the circumferential direction. Thus, only the intestines can be extracted accurately without damaging other parts of the poultry.

The present invention can also extract the viscera more effectively because the extraction unit 307 is configured to wind the viscera of the poultry once at the speed of the poultry.

In addition, since the upper drum 203 and the extraction unit operation cam 205 formed on the outer periphery of the upper drum are not made of plastic but made of metal, they are not only durable but also have excellent durability. 203 and the extraction unit operation cam 205 are not integrated and can be easily separated, so the upper drum 203 is used as it is, if it needs to be replaced due to the long term use of the extraction unit operation cam. Only the extraction unit operation cam 205 needs to be replaced.

In addition, the lower drum 204, the upper slider operating cam 206 and the lower slider operating cam 207, which are configured around the lower drum, and the mounting unit operating cam configured at the lower part of the lower drum 204 ( Since the 208 is all made of metal, the durability is good, and the lower drum 204 and the cams are configured to be separated so that the lower drum 204 may need to be replaced due to long term use. Just use it and replace only the cam.

The extraction unit operation cam 205, the upper slider operation cam 206, the lower slider operation cam 207, and the mounting unit operation cam 208 are integrally formed and attached to the upper drum 203 or the lower drum 204, respectively. It may be possible, but may be divided into several parts because the whole is not worn or distorted, but partially damaged during long-term use. Thus, even if a plurality of parts are attached to the upper drum 203 or the lower drum 204 to form each cam, the same function as the conventional integrally formed cam is achieved.

The present invention also eliminates the need to exchange the extraction unit 307 and the entire mounting unit 308 when the extraction unit 307 needs to replace the mounting unit 308 according to the size of the poultry. That is, the extraction unit 307 can be easily replaced by separating the extraction opening 328 from the base 324, and in the case of the mounting unit 308, the mounting opening 363 is operated by the operation opening 361. It can be easily replaced by removing from

The poultry built-in automatic extractor of the present invention is to allow the fixed part to flow so as not to apply excessive force to the parts when the rotating part and the fixed part installed on the central axis 200 of the extraction device (C) is engaged with each other, in this case Emergency bell operation device (D) is configured on the upper portion of the frame 10 to ring the emergency bell can immediately grasp the emergency state to stop the poultry processing system.

The present invention is also configured to move the extraction device (C) up and down to match the height of the poultry according to the size of the poultry to be processed is configured by the extraction device up and down moving device (E).

The poultry built-in automatic extractor of the present invention can extract the internal organs easily and easily without any defect rate, so the work efficiency is very high, and it is very easy to maintain or replace the components, and it is durable and can be used semi-permanently, and stability It has all the features and advantages, such as a combination of the two.

Claims (12)

A frame portion (A) installed on the ductwork line to support the components of the poultry built-in extractor; A transfer device (B) for continuously carrying poultry by receiving power connected to the chain from the overhead trolley conveyor drive device; In the conventional poultry built-in automatic extractor consisting of an extraction device (C) for extracting the internal organs of the poultry which is installed and conveyed in the frame portion, the extraction device (C) is inserted into the central axis 200 and is not rotated A fixed part fixedly installed and rotating parts inserted into the central axis 200 and installed to rotate by the power of the transfer device B; On the upper surface of the frame (A) is installed an emergency bell operating device (D) for operating the emergency bell in the emergency of the poultry built-in automatic extractor; In addition to the side of the frame (A) and the lower end of the central axis 200 to configure the extraction device vertical movement device (E) for moving the extraction device (C) up and down according to the size of the poultry to be processed ; The fixing unit of the extraction device (C) and the upper support plate 201 and the lower support plate 202 is fixed to the central axis 200 and; An upper drum 203 installed on the upper support plate; A lower drum 204 installed on an outer circumference of the upper and lower support plates; An extraction unit operation cam 205 installed at an outer circumference of the upper drum and configured to have a height difference so as to rotate the extraction unit 307 of the rotating unit to be described later; And an upper slider operating cam 206 having a height difference so as to elevate and operate the upper slider 304 including an extraction unit 307 of the rotating unit which is installed at the upper outer periphery of the lower drum. A lower slider operating cam 207 which is installed at a lower outer periphery of the lower drum and configured to have a height difference so as to elevate and operate a lower slider 305 including a mounting unit 308 of a rotating unit described later; A mounting unit operating cam 208 which is installed at the lower end of the lower drum and configured to have a height difference to move the mounting unit 308 of the rotating unit to be described later; A driving disc 300 which is rotatably mounted on the central shaft 200 and rotated by a transfer device B, wherein the rotating unit of the extraction device C is rotated; Upper and lower support plates 301 and 302 connected to the driving disc by a connecting rod 303 to receive power; A plurality of guide rods 306 which are installed at least 15 in the longitudinal direction on the outer periphery of the upper and lower support plates to guide the lifting operation of the upper and lower sliders 304 and 305 to be described later; An upper slider 304 inserted into an upper portion of the guide rod to move up and down along a cam rail of the upper slider operating cam 206 of the fixing part; A plurality of extraction units 307 rotatably installed on the upper slider and configured to rotate inclinedly along the cam rails of the extraction unit operation cams 205 of the fixing unit; A lower slider 305 inserted and fixed to the lower part of the guide rod to move up and down along the cam rail of the lower slider operating cam 207 of the fixing part; A mounting unit (308) rotatably installed on the lower slider and configured to rotate along a cam rail of the mounting unit operation cam (208) of the fixing unit; A mounting support 309 which is installed around the outside of the guide rod; And the upper end is fixed to the upper support plate 301, the lower end to the lower support plate 302, characterized in that consisting of the mounting support mounting rods 310 to support the mounting support is built-in automatic poultry extractor. According to claim 1, wherein the lower slider operating cam 207 of the fixed portion is the height difference so that the mounting unit 308 of the rotating unit can be tilted upward to grasp the poultry to raise the lower slider 305 Has; The mounting unit 308 is characterized in that it has a height difference which can be lowered down to move the lower slider (305) in order to release the poultry gripping state. 2. The fixing unit extracting unit actuating cam 205, the upper slider actuating cam 206, the lower slider actuating cam 207, and the attaching unit actuating cams 208 are several parts, respectively. The assembly is configured to be installed on the upper drum 203 and the lower drum 204 so that the feature is built-in automatic poultry extractor. The method of claim 1, wherein the extraction unit operation cam 205 of the fixing portion is a recessed portion (lowest in height) so as to envelop the intestine in the state in which the extraction unit 307 is inserted into the double speed of the poultry ( It is characterized by the formation of 210 poultry built-in automatic extractor. 2. The rotating unit of claim 1, wherein the extraction unit (307) of the rotating unit is pivotally attached to the upper slider (304) by the hinge shaft (319); An operation tool 320 having an operation bar 321 on a rear surface thereof; A hinge spring 322 inserted into the hinge shaft, one end of which is connected to the upper slider 304, and the other end of which is connected to the operating tool 320 to apply a clockwise elastic force to the operating tool; A bush 323 installed in the actuation bar of the actuating tool and in rolling contact with the extraction unit actuating cam 205 of the fixing part described above; A base 324 fixed to the operating tool 320 by a spring 326 and a fixing screw 327, and having a boss 324b having a square hole 324a formed at its center thereof; Consists of the extraction port 328, which is inserted into and fixed in the square hole of the base, and includes a square rod 328a, an extraction bar 328b, and a spoon 328c, etc., which extends directly below the extraction bar. It features a poultry built-in automatic extractor. The set screw 325 of claim 5, wherein a screw groove 324a is formed at a lower end of the base 324, and the screw groove adjusts a distance between the operation tool 320 and the base 324. It is characterized by a screw-in combination, automatic poultry extractor. 2. The mounting unit (308) of claim 1, wherein the mounting unit (308) of the rotating unit is pivotally attached to the lower slider (305) by the hinge shaft (360); Actuator 361 comprising a boss 31b having a hinge hole 361a, an actuating bar 361c extending under the boss, and a mounting bar connecting plate 361d installed in the horizontal direction of the boss. Wow; A bush 362 which is fixed to the actuating bar of the actuating tool and makes a rolling contact with the above-described mounting unit actuating cam 208; A mounting bar 363a fixedly installed at the mounting bar connecting plate 361d of the operation tool, bent in an L shape, a mounting bar connecting plate 363b attached to an upper portion of the mounting bar, and an upper end of the mounting plate. It is characterized by consisting of the mounting portion (363) comprising a mounting rod (363c) attached to the poultry built-in automatic extractor. 8. The poultry built-in automatic extractor according to claim 7, wherein the attaching rod (363c) installed in the attaching opening (363) is formed in a '-shape' so as to pull the internal organs of the poultry when released from the poultry gripping state. The poultry built-in automatic extractor according to claim 1, characterized in that the mounting base (309) of the rotating part is provided with a poultry position fixing tool (309a) for accurately positioning the poultry at the interruption portion of the outer circumference. 10. The method of claim 1 or claim 9, wherein the mounting portion 309 of the rotating part is characterized in that the neck flow prevention block 309b is installed between directly below the poultry position fixing sphere to prevent the flow of neck of the poultry. Poultry Built-in Automatic Extractor. According to claim 1, wherein the emergency bell operation device (D) is a cylinder 400 having an opening 400a is formed in the lower portion, the piston rod 401 reciprocating in the cylinder and the piston rod A spring 402 inserted into and exerting a force in the rearward direction, a ball joint 403 to which the piston rod is coupled to the front end, a rotating hole 404 attached to the rear end of the cylinder, and the piston rod It is installed at the rear end of the detection sensor operating rod 405 and the lower portion is installed to protrude vertically out of the cylinder 400, the ball joint 403 is installed and connected to the ball joint and the shaft rotation prevention block 209 Ball joint bracket 406 to connect the, and detects the approach of the sensor sensor operating rod 405 to operate the emergency bell to detect the sensor 407 is installed in the upper cross bar 12, and the rotary sphere ( Swivel bra to support 404 The hayeoseo composed of tree 408 that feature built-in automatic extractors poultry. According to claim 1, wherein the extraction device vertical movement device (E) is installed on the lower cross bar 13, the hydraulic jack 500 for supporting the lower end of the central shaft 200, and the operating lever for operating the hydraulic jack ( 501, a scale indicator support 502 connected to an upper end of the central axis 200 to display the amount of movement of the extraction device C, and a scale suspended by a chain at the end of the scale indicator support. The display 503, and the scale plate 504 is fixed to the frame 10 is characterized by consisting of a built-in automatic poultry extractor.