KR200194694Y1 - Peel separation apparatus of fruit - Google Patents

Abstract

The present invention puts the pineapple on the upper part of the cylindrical peeling blade and presses it so that the peeling of the pineapple is automatically peeled off as the peeling blade is rotated, so that the separation structure of the peel is simplified, which improves productivity and reduces parts The present invention relates to a fruit peeler that can supply a peeler at a low price by reducing the unit price. In particular, an upper body is provided on an upper portion of the lower body, and a rotating cylinder rotated in one direction is provided inside the upper body. The cylindrical peeling blade is provided to cut the peel of the fruit, the inside of the rotating barrel is provided with a supporting portion for supporting the fruit, the outer periphery of the peel separation blade is fixed to the inside of the lower body is separated from the peel separation blade A plurality of shell cutting blades for cutting the shell are provided, and the lower body is turned toward the upper body It is configured to be provided with a lifting shaft having a pressing portion which is pushed out by the pressing knob and the fruit placed on the supporting portion while being cut by the peeling blade.

Description

Peel separation apparatus of fruit

The present invention relates to a peeler of fruit, and more particularly, a peeled and tough fruit, such as a pineapple, is placed on top of a cylindrical blade, and when pressed, the peel of the fruit is automatically peeled off. It is possible to install a separate blade to remove the fruit core in the center of the cylindrical blade and relates to the fruit peel separator so that the seam is automatically removed when peeling.

In general, fruits such as pineapple had a lot of difficulty peeling off because they are thick and tough. Because the shell is formed like a turtle, it is difficult to remove it unless it is a knife that cuts well. Especially, the elderly and children have problems such as being unable to peel it.

Recently, when selling pineapples in a specialty store selling pineapples, the sales are being sold in a peeled state. As it peels off, consumers do not need to peel off the shell, which is convenient and does not need to take the shell, which can reduce household waste.

However, the conventional pineapple peeling machine has a disadvantage in that the price is expensive because most of them depend on imports. In addition, because of the complex structure, it was difficult to localize it.

The present invention was developed in view of the conventional problems, and the object of the present invention is to put the pineapple on the top of the cylindrical peel separation blade and press it so that the peel of the pineapple is peeled off automatically by rotating the peel separation blade, separation of the peel As the structure is simplified, productivity is increased and parts are reduced, so the production cost is reduced, and the peeler of fruit can be supplied at a low price.

1 is a perspective view of the present invention shell separator

Figure 2 is a perspective view of the present invention rotary barrel and shell separation blade

Figure 3a, b is a cross-sectional view of the present invention shell separator

4 is a plan view of a part of the present invention peel separator

<Code Description of Main Parts of Drawing>

10: lower body

11: upper body

12: wheels

13 connector

14: rotating cylinder

15: spiral groove

16: cardiac separation tube

17: peel separation blade

18: core separation blade

19: connecting plate

20: barrel support ring

21: inner tube

22: bark guide ring

23: support piece

24: bark cutting blade

25: support part

26: lifting shaft

27: driving lever

28: spring

29: push handle

30: connector

31: pressing part

32: bearing part

33: Fruit

34: shell

35: fruit core

In order to achieve the above object, the present invention is provided with an upper body on the upper lower body, and a rotating cylinder rotated in one direction inside the upper body, and a cylindrical peeling blade for cutting off the peel of fruit on the upper end of the rotating cylinder. Is provided, the inside of the rotating barrel is provided with a supporting portion for supporting the fruit, the outer periphery of the peel separation blade is fixed to the inside of the lower body is provided with a plurality of shell cutting blades for cutting the shell separated from the peel separation blade The lower body is configured to be provided with a lifting shaft having a pressing portion which protrudes toward the upper body and pushes the fruit placed on the supporting portion while being lifted by the pressing knob so that the shell is cut by the peeling blade.

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

1 is a perspective view of the present invention shell separator, Figure 2 is a perspective view of the present invention the rotating barrel and the shell separation blade. The present invention consists of a lower body 10 having a free wheel 12 and an upper body 11 fixed through a connector 13 on the upper lower body. The lower body 10 is open at one side to collect the peel and fruit core of the fruit.

The upper body 11 is configured in a cylindrical shape and the top and bottom are open. And the inner upper surface of the upper upper body 11 of the upper body 11 is provided with an inner cylinder 21 protruding a predetermined length to the lower side of the upper body 11, forming a concentric circle on the inner circumference of the inner cylinder 21, the shell guide ring 22 is It is provided. The shell guide ring 22 is connected to the inner cylinder 21 by a plurality of support pieces 23 formed like trivets, and each of the support pieces 23 has shell cutting edges 24 separating the shell 34. It is provided.

Peel guide ring 22 is provided in a cylindrical shape and the outer circumferential surface is configured as a conical inclined inclined toward the top. And the inner circumference of the peel guide ring 22 is provided with a peel separation blade 17 to peel off the peel 34 of the fruit (33). The shell separation blade 17 is configured in a cylindrical shape and the outer circumferential surface is formed in a conical shape that is inclined to the upper side in succession with the shell guide ring 22.

The inner circumference of the shell separation blade 17 is provided with a rotary cylinder (14). The rotary cylinder 14 is provided to be located in the inner center of the upper body 11 and the lower end thereof extends toward the lower end of the upper body 11. The rotating cylinder 14 has a spiral groove 15 formed on the outer circumferential surface thereof. The spiral groove 15 is a place where the driving lever 27 to be elevated is fitted, and when the driving lever 27 is elevated on the same axis, the spiral groove 15 continuously rotates in friction contact with the driving lever 27. Tradition 14 is rotated. While the rotating barrel is rotated, the peeling blade 17 fixed to the upper end of the rotating barrel is rotated together, and the peeling 34 of the fruit 33 descending is automatically peeled off.

Peeled fruit peels along the peel guide ring 22 and collects into the lower body 10. In the inner center of the rotary tube 14, a hollow core separating tube 16 is provided to form a concentric circle. The core separator tube 16 penetrates through the center of the fruit and the core 35 of the fruit is separated and removed. The core separating tube 16 is formed of a conical core separating blade 18 having its upper outer circumferential surface inclined upwardly and the tip of the core separating blade 18 and the tip of the shell separating blade 17 coincide with each other.

The core separation blade 18 has a lower end connected to the lower end of the rotary tube 14 through a connecting plate 19, and the connecting plate 19 is connected to the tube support ring 20 fixed to the inner circumferential surface of the upper body 11. It is provided in a mounted state. The bottom surface of the connecting plate 19 is provided with a hemispherical convex portion 19a for reducing frictional resistance with the tube support ring 20. The convex portion 19a allows the rotating cylinder 14 and the connecting plate 19 to be provided. When rotated together, the relative frictional resistance with the barrel support ring 20 is reduced.

Between the top of the core separation blade 18 and the peel separation blade 17 is provided with a supporting portion 25 on which the fruit 33 is placed. The supporting part 25 is formed in a cylindrical shape and is connected to the driving lever 27. The drive lever 27 is provided horizontally so as to be orthogonal to the rotary cylinder 14 and the core separation tube 16, the outer end of which protrudes out of the upper body (11). On the outside of the upper body 11 is provided a lifting shaft 26 connected vertically to be orthogonal to the drive lever 27. The upper end of the lifting shaft 26 protrudes toward the upper side of the upper body 11 and the lower end protrudes into the lower body 10. In addition, a spring 28 is provided on the outer circumference of the lifting shaft 26, and the lifting shaft 26 is always raised by the spring.

And the lower end of the lifting shaft 26 is provided with a spring supporting portion (32a) for supporting the spring 28 is fixed to the inside of the lower body 10, the lifting shaft 26 on the upper end of the upper body (11) Receiving portion 32 for supporting the outer periphery of the is provided. The lifting shaft 26 is provided with a pressing part 31 connected to the upper end thereof. The pressing part 31 is provided to correspond to the supporting part 25, and the fruit 33, such as a pineapple, is placed between the pressing part 31 and the supporting part 25. In addition, the push knob 29 is connected to the outer end of the drive lever 27 through the connector 30. The pressing knob 29 is installed on the upper portion of the lower body 10 so as to rotate about the hinge 29a.

The present invention configured as described above operates as in FIG. In the initial state in which the pressing knob 29 is not pressed as shown in FIG. 3A, the lifting shaft 26 is placed in a raised state by the spring 28. At this time, the pressing handle 29 is rotated around the hinge 29a and placed in the open state, and the support 25 is positioned between the shell separation blade 17 and the core separation blade 18.

Cut the top and bottom of the pineapple-like fruit 33 in the initial state not peeled so that the upper and lower ends thereof are flat, and then put the fruit on the support 25. And holding the pressing knob (29) and slowly pressing the pressing portion 31 is in contact with the upper end of the fruit, and then the pressing portion 31, the fruit 33 enters the interior of the rotary tube (14).

Peel 34 of the fruit 33 is peeled off by the peeling blade 17 in the process of the fruit enters the inside of the rotary tube (14). In addition, since the driving lever 27 connected to the pressing knob 29 is lowered together, the spiral groove 15 is moved along the driving lever 27 and at the same time the rotating cylinder 14 is rotated along the spiral direction. When the rotating barrel 14 is rotated because the peel separation blade 17 is connected to the upper end of the peel of the fruit 34 is more easily peeled off.

In addition, the fruit core 35 in the central portion of the fruit is separated from the fruit by the core separation tube 16 provided in the center of the rotating tube 14 while the fruit 33 is lowered. The core tube 16 is rotated together while the rotary cylinder is rotated because its lower end is connected to the rotary cylinder 14 through the connecting plate 19. Therefore, the fruit core 35 inside the fruit is easily separated by the rotation of the core separation blade 18 formed at the tip of the core separation tube 16. And the separated fruit core is dropped into the interior of the lower body (10) through the inner core tube (16).

The rotating barrel 14 is also pressed downward along the axial direction while the skin 34 of the fruit is peeled off. The lower end of the rotary cylinder 14 is provided with a barrel support ring 20, the load of the rotary cylinder 14 is supported by the barrel support ring (20). And since the rotating cylinder 14 is rotated in one direction while being subjected to a load, frictional force is generated between the rotating cylinder 14 and the barrel supporting ring 20. However, since the convex portion 19a is formed at the bottom of the connecting plate 19 to reduce the frictional resistance, the rotating cylinder rotates without difficulty.

Peel 34, which is peeled off the fruit while the fruit 33 is lowered, is cut into pieces by the peel cutting edge 24, and such a shell 34 is inside the lower body 10 along the peel guide ring 22. Gathered off into. As shown in FIG. 2B, when the fruit completely enters the inside of the rotating barrel 14, its peel and fruit core are separated from the fruit. At this time, when the pressing knob 29 is lightly released, the lifting shaft 26 is raised while the compressed spring 28 is restored. Then, as the support shaft 25 connected to the lifting shaft 26 and the driving lever 27 are lifted together, the fruit 33 is drawn out from the inside of the rotating cylinder 14.

Fruit 33 is peeled off the 34 and the fruit core 35 is peeled off state is made of a hollow cylinder. Therefore, it is easy to peel fruit that is hard to peel, such as pineapple, and can also easily remove fruit cores that cannot be eaten.

As described above, according to the present invention, the rotary cylinder is rotated along the driving lever in a spiral direction while the pressing knob is lowered. And the peel of the fruit entering the inside of the rotating barrel by the cylindrical peeling blade connected to the top of the rotating barrel is easily peeled off. In addition, since the seam separator tube for removing the core of the fruit inside the rotating tube is provided to rotate with the rotating tube, the core of the fruit can be easily removed with the peel. According to the present invention, the peel of the fruit and its core can be removed by a simple configuration, such that the price competitiveness of the product is improved.

Claims (2)

The upper body 11 is provided on the lower body 10, the inside of the upper body 11 is provided with a rotating cylinder 14 rotated in one direction, At the upper end of the rotating tube 14 is provided with a cylindrical peeling blade 17 for cutting the skin 34 of the fruit 33, the supporting portion for supporting the fruit (33) inside the rotating tube (14) 25), The outer circumference of the shell separation blade 17 is provided with a plurality of shell cutting blades 24 fixed to the inside of the lower body 10 to cut the shell 34 separated from the shell separation blade 17. The lower body 10 protrudes toward the upper body 11 and is pushed by the pressing knob 29 to press the fruit placed on the supporting portion 25 so that the peeling part is cut by the peeling blade 17. Peel separator, characterized in that the lifting shaft 26 having a) is provided. According to claim 1, wherein the inside of the rotary tube 14 is provided with a core separating tube 16 for removing the fruit core 35 of the fruit while being rotated together with the rotary cylinder, On the outer circumferential surface of the rotating cylinder 14, the spiral groove 15 is formed in one direction, and the lifting shaft 26 is provided with a driving lever 27 fitted into the spiral groove 15, and the driving lever 27 is elevated on the same axis. While the spiral groove 15 is moved along the drive lever 27 while the rotating cylinder 14 is naturally rotated and the shell separation blade 17 and the core separation tube 16 is characterized in that it is provided to rotate together Peel separator of fruit.