KR100289068B1 - Skin peeling machine - Google Patents

Abstract

PURPOSE: The skin-peeling machine is provided to peel the skin of a fish or the like without damaging the fish or the like by using a raw material-pressing portion adopting a mechanism utilizing the flow of air to press the raw material. CONSTITUTION: The skin-peeling machine(1) comprises a raw material-pressing portion and a skin-peeling portion having a toothed roller and a skin-peeling blade. Therein, a mechanism comprising an air blow-out device(90) utilizing the flow of air to press a raw material and so on is adopted in the raw material-pressing portion. The air blow-out device preferably comprises a pipe extended in the longitudinal direction of the skin-peeling blade of the skin-peeling portion, supported with a support(92) and having many air blow-out ports on the lower surface, an air supply port for charging compressed air into the pipe, and a partition board(95) supported on a support through support bars(94) at an upper position in the front of the skin-peeling portion.

Description

Peeling

The present invention relates to a peeler for automatically peeling off a strong film such as a shell that is integrally attached to the surface of a relatively soft and flexible object such as fish.

The peeler which removes the shell of the fish and the intestinal surface of the animal which are known to be used so far is a roller with the tooth which moves a material, and the peeler provided close to the toothed roller at predetermined intervals. It consists of a knife (cutlery knife), a press roller that presses the material on the knife, and a roller that removes the peeled skin (film) carried by the toothed roller from the roller and drops it. It is fixed and comprised so that the space | interval with a toothed roller can be adjusted.

In the conventional peeler, since the pressing roller is made of hard rubber, it is configured by stacking more than 20 tooth-shaped disks, and when pressing the fish, the pressing force is concentrated on the central portion of the fish meat, that is, the raised portion. Since only the contact part with the press roller is pressurized, the meat part with thin thickness cannot be pressed with enough force, so it is concentrated on the thick part of the material such as fillet, saury and mackerel of extremely soft salmon. There was a problem that deformation or breakage of the product occurs.

In addition, since the material cannot be pressed uniformly along the curved portion of the material, the entire material cannot be pressed uniformly, and the skin of the thin part is hardly touched by the knife, which causes the peeling of the peel.

Due to this problem, when the peeler is actually used, the work of the worker is expected to be rolled up because the work is performed without using the pressing roller.

In addition, since the pressing roller is in direct contact with the material, residues such as fish meat and body fluids are easily caught in the tooth gap of the feed roller or the gap in which the disc is laminated (2 to 3 mm), and the residue may remain even after cleaning. In summer, various germs could breed and cause problems in hygiene management.

In addition, the fasteners of the braid carrier are not easy to disassemble, which requires a long time to disassemble the braid carrier when cleaning the machine, thus neglecting to remove the braid carrier when cleaning the braid carrier or the toothed roller. In addition, even if the cleaning by spouting the washing water to the inside of the blade carrier and the toothed roller cleaning, there is a problem that can not be cleaned enough due to the blind area does not reach, there is a concern that the remaining residues cause bacteria problems in the hygiene management.

In addition, since the input angle is fixedly installed when the material is injected into the skin, it is not possible to input at an appropriate input angle according to the size of the material and the type (fish species) of the material. .

The present invention has been made in consideration of the above-described problems, and its object is to allow the shell of the fish meat to be uniformly pressed on the toothed roller and the peeling knife over the entire surface, while effectively peeling the film without damaging the fish meat. It aims to provide.

In addition, another object of the present invention is to provide a peeler configured to facilitate the cleaning of the fish meat pressing device so that no fish meat or body fluids remain in the fish meat pressing device.

In addition, an object of the present invention is to provide a peeler that is easy to assemble and disassemble the coupling structure of the braid carrier, easy to clean the residue adhered to the inside of the braid carrier and the toothed roller, and suppresses the growth of bacteria and the like. It is done.

Moreover, this invention also makes it the objective to provide the peeling machine which expanded the range of use, by making it possible to change the input angle of a material to a peeling part.

In order to achieve the above object, the present invention provides a peeler having a toothed roller and a peeling knife and a peeler having a material press, wherein the material presses press the material using the flow of air. Pressing the material by means of a flow consists of a closed-tube tube connected to a compressed air source having a plurality of air outlets, and the tube is placed above the peeling knife.

The present invention is an inner roller having a central portion of the inner roller, the inner roller is made of a material that does not absorb water with a plasticity and elasticity is located outside the inner roller and the outer end is in contact with the inner roller, plasticity and elasticity It was constructed using an endless belt made of a material that does not absorb water, and the material pressing part was joined using a nut to a bolt installed on the base of the peeling base.

In addition, the peeling knife constituting the peeling part is coupled to the braid carrier, and one end of the support of the braid carrier is supported on the peeling base, and the other end of the braid carrier support comes out of the peeling base and the protruding position adjustment mechanism. It was installed and coupled to the peeler base by a spring whose tension was adjusted by a cam installed on the upper portion of the peeler base.

1 is an overall schematic configuration diagram of a peeler according to the present invention.

2 is a front view showing the configuration of a peeler according to the present invention.

3 is a plan view showing the configuration of a stripper according to the present invention.

4 is a cross-sectional view taken along the line A-A of FIG.

5 is an enlarged sectional view showing main parts of the braid carrier coupling mechanism.

6 is a plan view of the peeler except for the material pressing portion showing the configuration of the peeler.

7 is a left side view of the peeler shown in FIG.

8 is a front view showing the configuration of the material pressing portion of the peeler.

9 is a plan view showing the configuration of the material pressing portion of the peeler.

10 is a cross-sectional view showing the configuration of the material pressing roller.

11 is a front view showing the configuration of a belt conveyor for material supply for supplying materials to the peeler.

Figure 12 is a front view showing the configuration of the product conveyor belt conveyor for sending the product in the peeler.

Figure 13 is a front view showing the configuration of the peeler combined with the belt conveyor for material supply and the belt conveyor for product delivery.

14 is a plan view showing the configuration of a peeler in which a belt conveyor for material supply and a belt conveyor for product delivery are installed.

Fig. 15 is a front view showing the structure of a peeler according to another embodiment of the present invention.

Fig. 16 is a plan view showing the structure of a peeler according to another embodiment of the present invention.

17 is a left side view showing the configuration of a peeler according to another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1: peeler 7: belt conveyor for material supply

8: Belt conveyor for product delivery 10: Expectation

11: wheel 12: motor

13: support rod 15: pressing device coupling bolt

20: peeling skin 21: toothed roller

22: peeling knife 23: braid carrier

231: L-shaped support 232: spacing adjustment

233: coupler 234: pressing plate

235: peeling knife support plate 236: knife fixture

24: scraper 25: braid carrier fixture

251: elastic shaft 252: cam

253: lever 254: hole

255: spring 26: shooter

30: material pressing device 31: the body frame

32: material pressing roller 321: central axis

322: internal roller 323: external roller

324: roller side cover 325: bearing

326: roller fixing support 327: screw

328: coupling bolt 33: drive roller

34: tip roller 35: tip roller support

36: material pressing device support plate 37: pressing device coupling nut

38: motor 39: material pressing belt

40: material supply part 41: sliding plate

42: support 43: fixture

50: product delivery unit 60: control unit

90: air suction device 91: pipe

92: support 93: air supply

94: support rod 95: partition plate

EMBODIMENT OF THE INVENTION The 1st Embodiment of the peeler which concerns on this invention is described using FIG. 1 thru | or FIG. 4 of attached drawing.

FIG. 1 is a schematic block diagram showing the overall configuration of a peeler, FIG. 2 is a front view, FIG. 3 is a plan view of the peeler, and FIG. 4 is a sectional view taken along the line A-A of FIG.

The peeler 1 is composed of a base 10, a peeling unit 20, a material pressing device 30, a material supply unit 40, a product delivery unit 50, a control unit 60.

The base 10 supported and fixed each of the functional units constituting the peeler 1, and the wheel 11 was attached to the leg to be movable. The base 10 includes a motor 12 for rotating the toothed roller 21 of the peeler 1, a support rod 13 for supporting one end of the braid carrier 23, which will be described later, and a material pressing device 30. The coupling bolt 15 which fixes and engages is provided.

The peeling part 20 has a toothed roller 21 for conveying material to the peeling knife 22, a peeling knife 22 arranged at a distance from the toothed roller 21, and the peeling knife 22. The braid carrier 23 fixed to the proper position between the toothed roller 21, the scraper 24 dropping the peeled shell attached to the toothed roller 21, and the braid carrier 23 fixed to the base 10. Braid carrier fixture 25 and chute 26 for discharging the peeled shell.

The material pressing device 30 includes a main frame 31, a material pressing roller 32, a driving roller 33, a front roller 34, a front roller support 35, a material pressing device support plate 36, It consists of a material pressing device coupling nut 37, a motor 38, and a material pressing belt 39.

The material supply part 40 includes a sliding plate 41 having one end rotatably supported, a support 42 supporting the sliding plate 41, and a fixture for fixing the sliding plate 41 to the support 42 at an appropriate angle. It is comprised by 43 and can adjust the supply angle of the material sent to the skin part 20 freely.

The product dispensing unit 50 has a sliding plate 51, and is configured to freely adjust the dispensing angle of the material sent from the peeling unit 20, the control unit 60 is the peeling unit 20 and the material pressing device The operation of the motor 38 of 30 is controlled.

The toothed roller 21 of the skin portion 20 is configured by stacking a plurality of disks made of several irregularities of a suitable depth along the outer periphery, while grooves are formed between the respective disks, and the toothed roller 21 is It is driven by the motor 12 and rotates, and the material sent from the material supply part 40 is supplied to the thin knife 22.

The peeling knife 22 fixed to the braid carrier 23 is provided at a proper distance from the toothed roller 21, and is located between the shell and the flesh of the material and has the ability to peel off.

Hereinafter, the detailed structure of the braid carrier 23, the braid carrier fixture 25, and the toothed roller 21 is demonstrated by FIG.

The braid carrier 23 has two L-shaped supports 231, and one end of the L-shaped one support 231A is rotatably supported by the support rod 13 provided on the base 10.

At the other end of the L-shaped support 231B, the thin knife 22 is coupled, and at the end of the support 231B, a spacing adjuster 232 for adjusting the distance from the base 10 (tooth roller 21) is provided. have.

The spacing adjuster 232 is tightened by turning the bolt from the top of the screw hole installed to penetrate up and down the front end of the support 231B, it adjusts the interval with the base in accordance with the amount protruding on the surface.

The braid carrier 23 is fixed between the pressing plate 234 pressing the thin knife 22 and the thin knife supporting plate 235 by inserting the thin knife 22, and the amount of the knife of the thin knife 22 protruding outward. It is controlled by a knife fixture 236 coupled to the peel knife support plate 235. In addition, a plurality of coupling holes 233 are provided below the thin knife support plate 235 to pull the braid carrier 23 toward the braid carrier fixing tool 25.

The scraper 24 is shaped like a comb having a comb-tooth shaped protrusion, and is attached to the base 10. The scraper 24 is inserted into a groove formed between the discs forming the toothed roller at the rear end of the toothed roller 21 in the rotational direction of the toothed roller 21, and performs a function of dropping the peeled shell attached to the toothed roller 21. do.

The braid carrier fixture 25 has an elastic shaft 251 rotatably supported on the base 10 and a plurality of cams 252 and elastic shafts 251 fixed to the shaft and provided with holes 254 at the ends thereof. Has a lever 253 shown in FIG.

The coupler 233 and the cam 252 of the braid carrier 23 are connected by a spring 255. When the lever 253 coupled to the base 10 is rotated in the direction of the arrow in FIG. 5, the spring 255 is pulled to maintain the braid carrier 23 at a predetermined interval between the tooth rollers 21 and the base 10. ).

When the lever 253 is rotated to the position shown in FIG. 5 to release the tension of the spring 255, the spring 255 can be easily removed from the coupling hole 233 or the cam 252 to remove the braid carrier 23. I can remove it.

In addition, the top view of the peeler 1 which removed the material pressing device 30 is shown in FIG. 6, the left side view of the peeler is shown in FIG. 7, and the product delivery part 50 is shown.

The material sent from the material supply part to the peeling part 20 is sent to the peeling knife 22 by the rotating toothed roller 21. The peeled skin by the peeling knife 22 is conveyed down by the toothed roller 21, and the flesh part is conveyed above the product delivery part 50.

The structure of the material pressing device 30 will be described with reference to FIGS. 8 and 9, where FIG. 8 is a front view of the material pressing device 30, and FIG. 9 is a plan view of the material pressing device 30. As shown in FIG.

The main frame 31 has a bearing for supporting the drive roller 33 at one end, and rotatably supports one end of the tip roller support 35 for supporting the tip roller 34 at the other end. .

The material pressing roller 32 is fixed to the main frame 31 by the roller fixing support 326, and this material pressing roller 32 has the structure shown in FIG.

The material pressing roller 32 of the material pressing device 30 includes a central axis 321, an inner roller 322 having a hollow inside located outside the central axis 321, and a cylindrical outer roller 323. ), A roller side cover 324, a bearing 325, and a roller fixing support 326.

The central shaft 321 is made of, for example, stainless steel (STAINLESS STEEL), both ends are fixed to the roller fixing support 326 by a screw 327, and fixed to the inner hole of the bearing 325 It is.

The inner roller 322 is made of, for example, a synthetic resin made of Derulin (trade name), and has a through hole 322A through which a central axis 321 penetrates in the center thereof, and an outer surface thereof has a diameter from both ends toward the center portion. The tapered arc portion 322B has a cylindrical shape. A space 322C is formed on the outer surface of the inner roller 322 by an arc portion 322B, and a flat portion 322D is formed at the end of the inner roller 322.

An end of the inner roller 322 is fixed to the roller side cover 324 fixed to the outside of the bearing 325, and the inner roller 322 rotates independently of its axis on the outer periphery of the central axis 321.

The outer roller 323 is made of a material having plasticity and elasticity that does not absorb water, for example, a silicone resin having independent bubbles therein and not absorbing water without holes in the surface.

The outer roller 323 covers the outer side of the inner roller 322, and a gap 322C is formed between the outer roller 323 and the arc portion 322B of the inner roller 322, and an inner layer ( 323A) and the outer layer 322B, and the outer layer 323B may be formed by narrowing the central portion to form a groove 323C, so that a protrusion provided on the inner surface of the material pressing belt 39 enters. It is.

The end inner surface of the inner layer 323A of the outer roller 323 is fixed to the flat part 322D surface provided at the end of the inner roller 322 and fixed to the outer circumferential surface of the end roller side cover 324 of the outer layer 323B. have.

The roller fixing support 326 is comprised by fixing two L-shaped members 326A and 326B integrally. The two L-shaped members 326A and 326B are integrated by inserting the body frame 31 to maintain a gap.

The L-shaped member 326A fixed to the central shaft 321 has a hole through which the screw 327 is fixed, and the other L-shaped member 326B located on the outside has a rectangular hole 326C. .

The main frame 31 is inserted in the gap formed between the two L-shaped members 326B and 326B of the roller fixing support 326, and the tab hole 311 provided in the main frame 31 has a rectangular hole ( After the 326C is matched, the bolt 328 is fixed, and the nut 328A fitted to the bolt 328 is tightened to engage the material pressing roller 32 with the main frame 31.

The distance between the material pressing roller 32 and the skinning part 20 can be set to arm according to the degree of tightening the nut.

The driving roller 33 of the material pressing device 30 is made of, for example, a synthetic resin made of terulin, and is provided by a motor 38 which is provided with a gear 381 and coupled to the pressing device body frame 31. Driven, the tip roller 34 is coupled to the tip of the tip roller support 35.

The front end roller support 35 is rotatably supporting the front end roller 34 at one end, and the other end is rotatably coupled to the pressing device main body frame 31.

The pressing device coupling nut 37 couples and fixes the material pressing device 30 to the base 10, which is fixed to the pressing device coupling bolt 15 which is fixed upwardly on the upper surface of the base 10. The coupling hole of the material pressing device support plate 36 fixed to the apparatus main body 31 is tightened by tightening the pressing device coupling nut 37 which is a bag-shaped nut in the upward direction.

The motor 38 is coupled to the body frame 31 of the material pressing device 30 to drive the drive shaft 33 by fitting a gear 381 represented by a dotted line embedded in the gear box.

The material pressing belt 39 is formed of an endless belt, and is made of a material having plasticity and elasticity and not absorbing water, for example, a silicone resin and having a nonabsorbing independent bubble. The surface of the material pressing belt 39 can be provided with a plurality of fine point-like protrusions to eliminate slippage between the materials.

The material pressing belt 39 is walked around the driving roller 33 → the material pressing roller 32 → the tip roller 34 → the material pressing roller 32 → the driving roller 33, and the drive roller 33 Is rotated.

On the inner surface of the material pressing belt 39, a projection guided in the groove 323C made in the surface of the pressing roller 32 is provided in the longitudinal direction.

The material pressing device 30 having the above-described configuration inserts the coupling hole of the material pressing device support plate 36 fixed to the main frame 31 into the coupling bolt 15 attached to the base 10 and tightens it with the nut 37. Easily coupled, the nut 37 can be easily removed by loosening the nut 37, the nut 37 can be made by fixing the nut to the lower end of the cylinder with a handle on the top.

The material pressing belt (39) bends the tip roller support (35) upward after removing the material pressing device (30) to bend in a large bow shape, so that the rollers (32, 33) (34) Can be easily removed, and the coupling of the material pressing belt 39 can also be easily combined in the reverse process.

The peeler 1 of this structure can couple or detach the material pressing device 30 to the base 10 very easily, and the material pressing belt 39 which is in direct contact with the material also has no water absorption and is easily As it can be removed, it can be removed at the time of cleaning and soaked in sterilized water, which is excellent in hygiene management.

In addition, the peeler 1 of the above configuration can be combined or detached very easily the braid carrier 23 can not only clean the braid carrier 23, but also the toothed roller 21 can reach the washing water every corner. It is very good in hygiene management because there is no fear of remaining fish meat.

In addition, the peeler 1 presses the surface of the inner roller 322 of the material pressing roller 32 in the form of a narrow circumference at the center and at the same time the material which contacts the outer roller 323 and the outer circumferential surface of the roller. Since the belt 39 is made of a material having plasticity and elasticity, the material is deformed according to the shape (curve) of the material when the material is pressed, so that the whole material can be pressed, and there is little fear that the shell remains after peeling.

11 to 14 illustrate another embodiment of the present invention.

11 is a front view showing the configuration of a belt conveyor for supplying the material to the skin portion. 12 is a front view showing the configuration of the belt conveyor 8 for product delivery that delivers the product from the skin. FIG. 13 is a front view showing the overall configuration of the peeler 1 in which the belt conveyor 7 for material supply and the belt conveyor 8 for product delivery are combined, and FIG. 14 is a plan view thereof.

The present invention is characterized in that a belt conveyor (7) for material supply and a belt conveyor (8) for product delivery are attached to the peeler (1) according to the first embodiment.

The peeling machine 1 of this embodiment replaces the sliding plate 41 of the material supply part 40 with the belt conveyor 7 for material supply as a means for supplying a material, and installs and takes out a product. The sliding plate 51 of 50) is replaced with the belt conveyor 8 for product delivery, and is just installed, and the other structure is the same as that of 1st Embodiment.

The material conveyor belt conveyor 7 includes a base 70, a material supply belt 71, a driving roller 72, an intermediate roller 73, a tip roller 74, a tension roller 75, and an end roller support 76 ), A belt support plate 77, a motor 78, and a height adjustment mechanism 79.

The material supply belt 71 is composed of an endless belt made of rubber or the like which does not suck water in the same way as the material pressing belt 39 of the material pressing device 30. The material supply belt 71 is caught by the drive roller 72 → the middle roller 73 → the tip roller 74 → the elastic roller 75 → the drive roller 72.

The drive roller 72 is driven and rotated by the motor 78 fixed to the base 70, and drives the material supply belt 71.

The front end roller 74 is coupled to the front end of the front end roller support 76 coupled to be rotatable about the rotation axis of the middle roller 73.

The elastic roller 75 adjusts the tension of the material supply belt 71 by the pressure adjusting mechanism 751 coupled to the base 70.

The tip end portion of the tip roller support 76 is supported by the support portion attached to the peeler 1 to supply the material to the peeling portion 20 at a predetermined supply angle.

The belt support plate 77 serves to prevent the belt from sagging down when the material is placed on the material supply belt 71 and is disposed on the inner surface of the material supply belt 71.

The base 70 is equipped with the height adjustment mechanism 79 in the leg part, and can adjust height according to the supply angle of a material.

As shown in FIG. 12, the product delivery belt conveyor 8 includes a base 80, a product delivery belt 81, a driving roller 82, two end rollers 83A and 83B, and two intermediate rollers. (84A) (84B), two elastic rollers (85A) (85B), two tip roller supports (86A) (86B), and two adjustment bolts (87A) (87B) for adjusting the angle of the support It consists of a motor not shown in the figure.

The product delivery belt 81 is composed of an endless belt made of rubber or the like which does not absorb water in the same way as the material pressing belt 39. The product delivery belt 81 is a driving roller 82 → an elastic roller 85A → a front roller 83A → a middle roller 84A → a middle roller 84B → a front roller 83B → an elastic roller 85B. It is caught in the roller (82).

The drive roller 82 is driven and rotated by a motor fixed to the base 80, and drives the product delivery belt 81, and the front end rollers 83A and 83B are of the front end roller supporters 85A and 85B. Respectively coupled to the tip.

The intermediate rollers 84A and 84B support the product delivery belt 81 on which the product is placed from below, and the elastic rollers 85A and 85B are coupled to give tension to the product delivery belt 81.

The tip roller supports 86A and 86B are rotatably supported at one end on the base 80, respectively, and are configured to be able to adjust the angle by the adjustment bolts 87A and 87B.

Adjusting bolts 87A and 87B are screwed into a screw hole installed in a support plate fixed to the base 80 with the head touching the bottom of the tip roller support 86A and 86B, and then tightening the nut attached to the root portion. As it rotates, the angle of the front roller supporters 86A and 86B is adjusted.

The tip portions of the tip roller supports 86A and 86B are disposed behind the braid carrier 23 of the peeling part 20 of the peeler 1 to convey the peeled product to the outside.

13 and 14 show the overall configuration of the peeler 1 in which the belt conveyor 7 for material supply and the belt conveyor 8 for product delivery are combined.

The material placed on the material supply belt 71 of the material conveyor belt conveyor 7 is supplied to the skin 20 of the peeler. At this time, the material is inserted between the material supply belt 71 and the material pressing belt 39 to be precisely sent to the skin.

Since the supply angle of the material supply belt 71 can be adjusted, the angle most suitable for the fish species or the thickness of the material can be set.

The product peeled off from the skin part is sent out by the belt conveyor 8 for product delivery.

15 to 17, a third embodiment of the peeler 1 will be described in addition to the present invention.

FIG. 15 is a front view of the peeler 1, FIG. 16 is a plan view thereof, and FIG. 17 is a left side view thereof.

In this embodiment, the material is made contactless to the function of the material pressing portion 30, and the form is small, so that the cleaning of the apparatus is hardly necessary.

In addition to this embodiment, the structure of the skinning part 20, the material supply part 40, and the product delivery part 50 of the peeler 1 does not change with the structure shown by 1st Embodiment.

The configuration characteristic of this embodiment lies in that the material pressing function is achieved by the flow of air.

In addition, the material pressing device 30 is composed of an air bleeding device 90 attached to the upper portion of the skin portion 20.

The air suction device 90 is supported in the support 92 by extending in the longitudinal direction of the peeling knife 22 of the skin portion 20, and pressurized air to the pipe 91 having a plurality of air suction holes on the lower surface thereof. It is composed of a partition plate 95 which is supported by an air supply port 93 and a supporter 92 for supplying a support bar 94 and provided in the upper direction immediately in front of the skin portion 20.

The material pressing device 30 supplies pressure air or high-speed air into the pipe 91 from the air supply port 93 of the air suction device 90 to peel off at the air suction port attached to the bottom of the pipe 91. High-speed air is blown out near the knife 22.

The material supplied in the downward direction of the air intake port is pressed evenly over the entire portion of the toothed roller 21 and the peeling knife 22 by the pressure of the blowing air.

According to this aspect, since the material pressing member is not pressed, the added value of the product can be increased without damaging even a soft material, and the material pressing device 30 is almost unnecessary to be cleaned, which is excellent in hygiene management.

The skin portion with the skin portion according to the present invention is effective to peel while rotating the squid tube or small fish of the original form as it is.

The skin can be removed from the braid carrier in a very short period of time without the use of a tool, so that the inner surface of the braid carrier to which the fish residue is attached can be easily cleaned and kept clean at all times.

The peeler having the peeling part and the material pressing device according to the present invention is effective in peeling off the squid and various fillets from the top. The device is equipped with a material pressing device for safe operation, and the material pressing device can be easily disassembled and assembled from the main body of the device without tools, and the material pressing belt can be easily removed in a very short time. At the same time, the washing water can be sprayed to every corner.

When the material press belt removed at the end of work is immersed in the disinfectant water, it is completely disinfected, so it is excellent in hygiene management.

In addition, this peeler adopts a large diameter water-free roller with an empty inside and is driven around by a conveyor belt, so that it can be pressed as if the material is wrapped and pushed, so that it can be applied to any size or fish type. have.

Therefore, while the flesh is extremely soft, it does not cause any damage to salmon fillets, saury, mackerel, and the like, while the entire surface is uniformly pressed, so that parts that cannot be peeled are extremely rare.

According to the present invention, a device equipped with a peeler and a material supply conveyor or a product delivery conveyor simply loads a squid or various fillets on a material supply conveyor, and is then processed automatically. It will have the effect of safely performing the task.

In addition, the peeling part using the pressing mechanism using air presses the material transferred to the toothed roller and the peeled knife part by the material supply belt conveyor or the sliding plate in front of the toothed roller and the peeled knife by the pressure of air. It can be peeled without being in direct contact with it, so it does not damage the material, it is very safe and excellent in hygiene management.

Claims (3)

In the peeler with the toothed roller and the peeling knife and the device to press the material, the presser presses the material using the air flow. Peeler, characterized in that used as a giving mechanism. A peeler having a peeling roller having a toothed roller and a peeling knife, and a device for pressing the material, wherein the material pressing device has a central roller with a centered cutout. A peeler, comprising: a roller positioned outside the roller and in contact with the inner roller, and an endless belt. The peeling knife (thin knife) constituting the skin portion is coupled to the braid carrier, and one end of the support of the braid carrier is supported on the peeling base, and the other end of the braid carrier support according to claim 1 or 2. And a position adjustment mechanism protruding from the base of the peeler, and coupled to the base of the peeler by means of a spring whose tension is adjusted by a cam installed on the upper portion of the base of the peeler.