KR200455540Y1

KR200455540Y1 - Tumbler for garlic peeler

Info

Publication number: KR200455540Y1
Application number: KR2020100007321U
Authority: KR
Inventors: 최경숙
Original assignee: 최경숙
Priority date: 2010-07-12
Filing date: 2010-07-12
Publication date: 2011-09-08

Abstract

The present invention relates to a rotating plate which is located inside a container of a garlic peeler, rotates in a state coupled to a motor shaft, and has a plurality of friction protrusions arranged on an upper surface thereof to peel garlic. Coupled to the upper center, and a column formed with a plurality of friction members protruding on the outer surface of the conical shape, by the friction member formed on the outer surface of the pillar to prevent the stagnation of garlic at the center, even garlic in the center The peeling is made of a rotary plate for garlic peeler is improved function.

Description

ROTATING PLATE FOR GARLIC PEELER}

The present invention relates to a rotating plate for garlic peeler, which allows the garlic to be peeled more smoothly by mixing several garlics in a container.

In general, the peeler for peeling garlic is divided into a form of passing the garlic between a plurality of rotating rollers, and rotating the rotating plate while the garlic is contained in the container.

The rotating plate is to peel the garlic using a friction action while rotating at a high speed, a plurality of friction projections are formed on the surface.

Regarding such a rotating plate, the applicant has devised a 'garlic peeler rotating plate' published in Registered Utility Model No. 0482760.

Rotating plate for garlic peeler of the utility model is installed inside the container 10 of the garlic peeler as shown in Figure 1 and 2 so as to peel the garlic while rotating in a state coupled to the motor shaft (20) In the rotating plate 100 in which a plurality of friction protrusions 110 formed in a conical shape are arranged at a predetermined height and at a predetermined interval, the friction pieces 120 protrude higher than the friction protrusions 110 and are formed in a fin shape. Arranged radially from the center on the rotating plate 100, the plurality of friction pieces 120 is arranged by alternately arranging two high and low forms of each other.

The rotating plate for garlic peeler is a hemispherical friction projection formed on the surface of the conventional rotating plate is formed to a certain size, so that the garlic is pushed outward by centrifugal force and partially peeled only from the outside of the rotating plate, Since the hemispherical friction protrusions formed on the surface are formed to have a constant size, it is to solve the problem that the garlic easily slips on the friction protrusions while the rotating plate rotates at high speed.

The present invention has a problem that the garlic gathered at the center when the rotating plate rotates in the container of the garlic peeler is stagnant without being easily escaped to the outside, so that the shell of the garlic stagnated at the center is well covered. It is intended to solve the conventional problem.

The present invention is located inside the container of the garlic peeler, rotates in a state coupled to the motor shaft, in the rotating plate formed a plurality of friction projections for peeling the garlic on the upper surface,

It is coupled to the upper center of the rotating plate, a column formed with a plurality of friction members protruding on the outer surface of the cone shape.

The upper surface of the rotating plate protrudes higher than the friction protrusions and arranged in a radial form a plurality of friction pieces formed in the shape of a fin from the center, the arranged plurality of friction pieces are configured by alternately arranging two high and low forms of each other do.

A coupling protrusion protruding upward is formed at an upper center of the rotating plate, and the pillar is formed in a cap shape so as to fit into the coupling protrusion, and a key is coupled between the coupling protrusion and the inner and outer surfaces of the pillar.

The friction member is formed in the form of a wing or brush protruding sideways.

A plurality of friction members formed on the pillar are formed in the same size and shape.

The plurality of friction members formed on the pillars are formed larger or smaller from the bottom to the top.

The plurality of friction members formed on the pillars are formed by alternately arranging two large and small shapes vertically or horizontally.

According to the rotating plate for garlic peeler of the present invention by combining the pillar to the center of the rotating plate, the friction member formed on the outer surface of the pillar to prevent the stagnation of garlic at the center, and the effect of improving the function of the peeling of the garlic in the center There is.

1 is a cross-sectional view showing a conventional garlic peeler.
Figure 2 is a perspective view of a conventional garlic peeler rotating plate.
Figure 3 is a perspective view showing a rotating plate for garlic peeler applied to the present invention.
Figure 4 is a side cross-sectional view showing a rotating plate for garlic peeler applied to the present invention.
Figure 5 is a plan view showing the main portion of the rotating plate for garlic peeler applied to the present invention.
Figure 6 is an exploded perspective view showing the main portion of the rotating plate for garlic peeler applied to the present invention.
7 to 10 is a perspective view showing another embodiment of a rotating plate for garlic peeler to which the present invention is applied.

On the basis of the accompanying drawings a preferred embodiment of the present invention looks at in detail.

Rotating plate for garlic peeler of the present invention is a column 200 is formed with a plurality of friction members 210 in the center of the rotating plate 100 is formed a plurality of friction projections 110 as shown in Figure 3 to 10 will be.

The rotating plate 100 is located inside the container 10 of the garlic peeler, and rotates in a state coupled to the motor shaft (20). On the upper surface of the rotating plate 100 is formed a plurality of friction projections 110 for peeling the garlic. The friction protrusions are formed in the shape of a round cone at the top so as not to spoil garlic.

3 and 4, a plurality of friction pieces 120 protruding between the friction protrusions 110 are formed as shown in FIGS. 3 and 4, and the friction pieces 120 are friction protrusions. It is formed higher than the height of 110). The friction piece 120 is formed in the shape of a fin rounded shear is in close contact with the garlic on the basis of the rotation direction. The friction piece 120 is arranged in a radial form from the center of the rotating plate (100).

Therefore, the rotating plate 100 of the present invention, when the friction piece 120 is rotated because the shear is formed in a circular arc between each garlic, so that the garlic moves to both sides of the friction piece 120, such action is several Because it is made by the friction piece 120 at the same time, while the garlic is mixed evenly from side to side, the shell is up to the friction. In addition, the garlic hit the friction piece 120, because the garlic springs up

The shell is evenly mixed up and down by friction.

The friction piece 120 is formed higher than the friction protrusion 110, as shown in Figures 3 and 4, in the form of the high and low two forms are arranged alternately back and forth or left and right. By forming the friction piece 120 having a different size as described above, the garlic is spun from the left and the right of the height to be different and evenly mixed with the evenly mixed evenly peeled by the friction.

The friction protrusion 110 and the friction piece 120 should be peeled off by the friction action when it comes in contact with the shell of garlic, so the friction protrusion 110 and the friction piece 120 should be formed of silicon, rubber or soft synthetic resin material having a high friction coefficient. In this case, since the rotating plate 100 may be drooped down when formed of silicon, rubber, or soft synthetic resin material, the friction protrusion 110 and the friction piece 120 may be integrated on a pad made of silicon or rubber. The pad is fixed to the surface of the rotating plate 100 in a state formed with. Therefore, the friction with garlic can be further improved while preventing the rotating plate 100 from sagging.

The pillar 200 is coupled to the upper center of the rotating plate 100, a plurality of friction members 210 protrude from the outer surface of the cone shape. That is, the pillar 200 is formed so that the friction member 210 formed on the outer surface of the pillar 200 in contact with the garlic while rotating together when the rotating plate 100 rotates.

An embodiment of the friction member 210 may be formed in the shape of a wing protruding sideways as shown in FIGS. In this case, the friction member 210 is integrally formed from the pillar 200, and the material is formed of silicon, rubber or soft synthetic resin material having a high friction coefficient as described above.

Another embodiment of the friction member 210 may be formed in a brush shape as shown in FIG. In this case, planting a high friction coefficient Mona synthetic fiber to make the peeling smoothly.

As another example of the friction member 210, a plurality of sizes and shapes formed on the pillar 200 may be the same or different.

That is, as illustrated in FIGS. 3 to 7, a plurality of friction members 210 formed on the pillar 200 may be formed in the same size and shape. In this case, the friction member 210 is formed in the 3 to 4 directions from the center, as shown in Figures 3 to 6 to form the upper and lower friction members 210 on the same line, or as shown in Figure 7 The friction member 210 may be formed to cross in a zigzag form.

In addition, as shown in FIG. 8, the plurality of friction members 210 formed in the pillar 200 may be formed to be larger or smaller from the lower side to the upper side, or as illustrated in FIG. 9. The plurality of friction members 210 formed may be alternately arranged in the form of large and small two up and down or left and right.

As a means for coupling the pillar 200 to the center of the rotating plate 100, a coupling protrusion 130 protruding upward is formed at the upper center of the rotating plate 100, and the pillar 200 is connected to the coupling protrusion. It is formed in the form of a cap to be coupled to the fitting, while the coupling protrusion 130 and the inner and outer surfaces of the pillar 200 is to be coupled to the key (key: 220).

That is, as shown in Figures 4 to 6 to the center of the rotating plate 100 is coupled to the motor shaft 20 described above, as well as the coupling protrusion protruding upward to fit the pillar 200. 130 is formed, and the pillar 200 forms a hollow recessed from the lower end to be fitted into the coupling protrusion 130.

Therefore, the pillar 200 is easily coupled and separated from the coupling protrusion 130 up and down, while the rotating plate 100 is rotated by the key 220 is not coupled to the pillar is idle or pushed.

On the other hand, the means for coupling the pillar 200 to the upper center of the rotating plate 100 is not limited to the above-described example, can be implemented in various forms such as coupling using a bolt and coupling using a hook.

According to the configuration of the present invention by combining the pillar 200 to the center of the rotating plate 100, by preventing the stagnation of garlic in the center by the friction member 210 formed on the outer surface of the pillar 200, the center In the peel of garlic is made, the function is further improved.

10: container 20: motor shaft
100: rotating plate 110: friction protrusion
120: friction piece 130: engaging projection
200: pillar 210: friction member
220: key

Claims

Located inside the container 10 of the garlic peeler, and rotates in a state coupled to the motor shaft 20, a plurality of friction projections 110 for peeling the garlic on the upper surface is arranged on the rotating plate 100 In
The upper center of the rotating plate 100 is coupled to the pillar 200 is formed with a plurality of friction members 210 protruding on the outer surface of the cone shape,
The upper surface of the rotating plate 100 is projected higher than the friction protrusion 110, a plurality of friction pieces 120 formed in the form of fins are arranged in a radial form from the center on the rotating plate 100, the plurality of arranged Friction piece 120 is a rotary plate for garlic peeler, characterized in that the high and low two forms alternately arranged with each other.

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The method according to claim 1, wherein the coupling protrusion 130 protruding upward is formed in the upper center of the rotating plate 100,
The pillar 200 is formed in the form of a cap to be coupled to the engaging projection,
The inner and outer surfaces of the coupling projection and the pillar is a key (key: 220) rotating plate for garlic peeler, characterized in that coupled.

The rotating plate of claim 1, wherein the friction member 210 is formed in a wing shape or a brush shape protruding sideways.

The rotating plate for garlic peeler according to claim 4, wherein the plurality of friction members 210 formed on the pillars 200 are formed in the same size and shape.

The rotating plate for garlic peeler of claim 4, wherein the plurality of friction members (210) formed on the pillar (200) are formed larger or smaller from bottom to top.

The rotating plate for garlic peeler according to claim 4, wherein the plurality of friction members (210) formed on the pillar (200) are configured by alternately arranging two large and small shapes vertically or horizontally.