KR200297253Y1 - gingko nut rind cracker system - Google Patents

Abstract

The present invention is a ginkgo bark (heavy skin) separation removal device that enables the separation and removal of ginkgo bark (heavy skin) with a series of automated devices.

The ginkgo shell separation removal device and vibrating conveying means of each size of the bank. Means for inserting the transferred bank into the set groove of the lower segment die. With four easy slide plate expansion means when aligning the bank inserted into the set groove. The aligned lower segment die is transferred to a predetermined position, and when the upper segment die is lowered on the lower segment die positioned at the predetermined position, the guide pin formed on the four upper segments of the upper segment is guided to the lower guide hole, thereby adjusting the inner guide pin 4 The punching edge of the side is adjusted and arranged on the lower segment die, and the egg-shaped circular seed part with white hard rind with two corners on the bank is cut by the upper segment punch blade. The lower die segment of the cutting process is characterized in that it relates to a ginkgo shell (heavy skin) separation and removal device formed by means of vacuum suction to remove the shell (heavy skin) of the transferred and cut bank.

Description

Gingko nut rind cracker system

The present invention relates to an apparatus for separating and removing ginkgo bark (heavy skin), and in particular, a transfer means for vibrating the bank, an insertion means for inserting a die setting groove, a transfer means for inserting and aligning a die, and two white corners. By cutting the egg-shaped circular seed part with hard skin with a punch blade, the cut ginkgo bark (heavy skin) is removed by vacuum adsorption, which improves the damage of the breast milk, which is made by a series of automated devices. ) Separation removal device.

Conventionally, in order to separate and remove the ginkgo shell, a cylindrical friction machine is applied by centrifugal rotation to remove the skin and exfoliate the skin. However, the ginseng of the ginkgo is damaged, and the seed part of the egg-shaped round shape of the ginkgo remains. It is a method of removing the quality that needs to be trimmed, and it has been necessary to separate and remove the ginkgo bark that does not require much cleaning.

The present invention in view of the above problems and necessity to provide a ginkgo shell (heavy skin) separation and removal device for cutting the seed part of the egg-shaped circular shape with a heavy skin without damaging the soybean seeds (milk) of the bank. The purpose is.

The present invention has an object to provide a ginkgo shell (heavy skin) separation and removal device for separating the cut husks without damaging the soybean (milk) of the bank.

The present invention has an object to provide a ginkgo bark (heavy skin) separation and removal device capable of cutting, separating and removing such a fruit skin as a series of automatic devices.

1 is a perspective view of a lower die segment of the present invention

Figure 2 is a perspective view of the die segment die of the present invention

3 is a plan view before inserting a bank into the lower die-die setting groove of the present invention;

4 is a plan view after inserting the bank into the lower die-die setting groove of the present invention;

5 is a front view of the bank of the subject innovation before cutting with a punch blade

* Explanation of Signs of Major Parts of Drawings *

1: Lower segment die 2a: Guide hole

3a: hole in the guide bush and pin 4a: inner guide hole

5: lower slide plate 6: setting groove

7: fall prevention jaw 8: hieroglyphic segment die

9b: guide hole 10b: guide bush, pin hole

11: Pictograph Slide Punch Blade 12: Punch Blade

13: spring 14: inner guide pin

15: Bank 16: Slide Home

17: support 18: cylinder

An object of the present invention for achieving the above object is to provide a means for vibrating the parts feeder vibrating banks to facilitate insertion of the mesothelial (white solid egg-shaped round seed with two corners) into the cutting die. To achieve,

Means for inserting the bank transferred to the conveying means into the lower die-shaped die setting groove to easily achieve the cutting portion of the percutaneous skin,

When inserting into the lower segment die setting groove, the bank of each size type is provided with a spring at the rear of the lower slide plate, which is easy to expand the four-axis lower slide plate, and the bank can be easily inserted.

The lower segment die inserted into the set groove is transferred to a predetermined position;

The support plate is pressed by the pressure of the cylinder to the slide plate under the slide groove by the set groove fixing means of the inserted bank is supported,

When the upper segment guide die is inserted into the lower inner guide hole of the upper segment die into the lower segment die inserted into the set groove, the upper slide punch blade is adjusted.

An egg-shaped circular seed region having a white hard mesothelial with two corners in the bank, which is arranged in the set groove of the lower segment die, is cut by a punch blade adjusted to the upper segment die,

The lower segment die having the mesothelial and bank cut by the punch blade is moved to a predetermined position,

And a means for separating and removing the shell of the cut bank inserted into the lower die segment transferred to the predetermined position by vacuum adsorption.

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 lower die segment die of the present invention, Figure 2 is a perspective view of the upper die segment die of the present invention, Figure 3 is a plan view before inserting the bank into the set groove of the lower die segment die of the present invention, Figure 4 Fig. 5 is a plan view after inserting a bank into the set groove of the lower die segment of the present invention, and Fig. 5 is a front view of the bank skin of the present invention before cutting with a punch blade.

First, Figure 1 of the present invention.

1 is a perspective view of a lower die die of the present invention;

As shown, the lower die segment 1 has a guide hole 2, 2a diagonally, and another diagonally formed hole of a guide bush, a pin 3, 3a.

The lower die slide plates 5 and 5 a having four inner guide holes 4 having the slide grooves 16 formed on the upper portion of the segment die having such a structure are fitted in the slide grooves 16 and 16 a. .

As such, when the lower slide plates 5 and 5a of the four sides are coupled to each other by matching the left and right coupling lines, the set grooves 6 are formed as shown.

The setting groove 6 is set to the minimum size of the bank 15. When the bank 15 is inserted into the setting groove 6 and pressed from above, the setting groove 6 is inserted into the setting groove 6, The lower die slide plates 5 and 5a are retracted in the reverse direction while sliding the slide grooves 16, respectively.

At this time, the lower slide plate (5) (5a) of the four side is provided with a spring (13, 13a) behind the plate (not shown in Figure 1) to block the reverse more than necessary.

Referring next to Figure 2,

Figure 2 is a perspective view of the die segment die of the present invention.

As shown in the figure, the upper segment die 8 has guide holes 9 and 9b diagonally on four axes, and holes of guide bushes and pins 10 and 10b are formed diagonally.

Four upper die slide punch blades 11 and 11 b having inner guide pins 14 and 14 b formed in the slide grooves 16 and 16 b in four directions formed in the die die segment 8 having such a structure. ) Is fitted into the slide grooves 16 and 16b.

In this way, when the upper side slide punch blades 11 and 11b of the four sides are combined to match the left and right coupling lines, a punch blade 12 is formed as shown.

The punch blade 12 has a lower die slide plate 5 (inner guide pins 14, 14b formed on the upper die slide punch 11, 11b according to the lower die slide plate 4, 4a). 5a) The upper die slide punch blades 11 and 11b are formed with the punch 12 blade standard while being fitted into the inner guide holes 4 and 4a formed on the upper surface.

At this time, the upper side slide punch blades 11 and 11b on the four sides are provided with a spring 13 at the rear of the plate (not shown in Fig. 2), thereby preventing the slide plate from reversing more than necessary. ) Will hold the bank (15) inserted.

Next, FIG. 3 will be described.

3 is a plan view before inserting a bank into the set groove of the lower die segment of the present invention.

As shown in the figure, the four holes of the lower die segment 1 have a guide hole 2 diagonally, and a hole of the guide bush and the pin 3 is formed diagonally.

Inner guide holes 4 and 4a are formed in the lower die slide plates 5 and 5a formed on four sides of the lower die segment die 1 having such a structure, and the springs 13 ( 13a) is provided so that the slide plate is blocked from reversing more than necessary, and the bank 15 inserted into the set groove 6 can hold the bank 15 by the pressure of the springs 13 and 13a.

Next, referring to FIG. 4

Figure 4 is a plan view after inserting the bank into the lower die segment set groove of the present invention.

As shown in the figure, the lower die segment 1 has a guide hole 2 diagonally on four axes, and a hole of the guide bush and the pin 3 is formed diagonally.

Inner guide holes 4 and 4a are formed in the lower die slide plates 5 and 5a formed in the lower die segment die 1 thus formed, and the bank 15 is inserted into the set groove 6. It is.

The inserted bank 15 is holding the bank 15 by the pressure of the springs 13 and 13a provided in the back of four downward slide plates 5 and 5a.

Next, Fig. 5 will be described.

5 is a front view of the bank of the present invention before cutting with a round punch blade.

As shown, the upper slide die 11, 11, 11 is fitted into the slide grooves 16, 16 on the upper die segment 8, and the inner guide pins 14, 14 are lower slide plates. (5) (5) (5) is inserted into the inner guide hole, the punch blade 12 is automatically adjusted, the slide groove (a means for preventing the positional change of the bank 15 inserted in the lower slide plate setting groove) 16) The slide groove 16 penetrates the lower predetermined position so that the supports 17, 17, and 17 support the lower slide plate 5 and the lower slide plate 5 with the pressing force of the cylinder 18. The punch blade 12 is accurately cut through the two-shelled hulls of the bank 15 inserted into the set grooves 16 to prevent the fluctuation.

As described above, the present invention has the effect of separating the cut and cut hard skin of the ginkgo biloba without damaging the turquoise milk, which is the seed in the ginkgo. The process of withdrawing the bank wrapped in the inner endothelium of the brown film is performed quickly.

Claims (1)

In ginkgo shell (heavy skin) separation removal device, Means for vibrating the bank into the part feeder vibrating means, Inserting the conveyed bank into the set groove of the lower die segment die, and 4-axis lower slide plate is easy to expand when inserting the bank into the lower die segment die set groove A structure of the system, a means for providing a spring behind the lower slide plate, a transfer means for the lower die die inserted into the bank to set the bank, and a means for easily cutting the rind of the bank inserted into the groove to be cut with a punch blade; The bank inserted into the set groove with the means for preventing the positional change of the bank inserted into the set groove, and the upper guide pin of four upper segment dies inserted into the lower inner die guide hole while the upper slide guide blade is adjusted. A gland slide punch blade with a hard, mesodermal seed with two edges in the bank Words achieved by means of a cutting steel, while the luggage, for the junggwapi cutting being separated and removed by vacuum suction bank shell (junggwapi) separation apparatus for removing.