KR101080232B1 - A walnut automatic cutting device - Google Patents

Abstract

Walnut automatic cutting device of the present invention is a walnut cutting device for cutting both the walnut endothelial, a cutting portion coupled to the side of the cutting support means to receive the rotational force of the first motor, so as to accommodate the cutting portion A plurality of gears are formed inwardly at an inner circumference of the internal gear formed to open the inside, and the rotary gear is rotated by receiving the rotational force of the second motor coupled to the other side of the cutting support means to engage the internal teeth. The rotating part is formed to rotate the cutting part inside the gear and guide the rotation of the cutting part by forming a rotation guide plate at the lower part of the internal gear, and a fastener and a pressing device facing each other to grip the walnut are provided. But, automatic cutting of the walnut, characterized in that consisting of a fixed portion coupled to the pressing port sliding movement Chi

Walnut shell, tally, automatic cutting, packaging, walnut core,

Description

A walnut automatic cutting device

The present invention relates to a walnut automatic cutting device, and more particularly, to a walnut automatic cutting device for automatically cutting both ends of the walnut endothelium of a solid material.

Walnuts are almost circular and nucleus. The outer shell is fleshy green and the inner shell is very hard bones that do not break well. The core is obovate, yellowish brown, and the surface has many wrinkles along the barges, and the inside of the core has 4 threads.

Walnut nuclei contain a large amount of fat and protein, and vitamin B1 (0.5 mg%) is also high. It contains about 60% fat and is a light yellow, transparent oil. It is a very good dry oil with no bad smell or taste. The protein is about 23%, and it is a good protein because it has more tryptophan than other vegetable proteins. There are also many calcium (100 mg%) and phosphorus (300 mg%).

Walnut kernels are eaten as it is in the final food processing or medicinal use, added to beer snacks, sweets and dishes, and also used in fresh food.

In normal walnut farming, detachment of non-hard skins after harvesting walnuts can be done with automated machines.However, since the walnut's inner skin is very hard and does not break easily, it is distributed without detaching the inner skin or completely crushed. After that, only the nuclei were extracted and distributed.

As such, the walnut core was extracted by forcibly cutting the endothelial gland formed in the transverse direction of the walnut endothelium using a tool such as a knife on the walnut endothelium to extract the walnut core.

In addition, the tools used to completely crush the walnut endothelium, the endothelial material is hard to crush the endothelium easily, even when the walnut core was difficult to extract intact state.

As shown in the Republic of Korea Utility Model Publication No. 1985-0006960 of the prior art that performs the function for extracting the walnut core by completely crushing the endothelial as described above, the rotary cutter (1) forming a plurality of blade (1a) is Motor (9) → condensed and fixed on the reducer shaft (101) so as to be linked to the reducer (10) is mounted on the body (4) and the annular fixed cutter (2) protruding the crushing blade 21 along the spherical annular shape Bolt (7) is fitted and distance adjustment feed (5) is fixed to the back of the fixed cutter (2) and distance adjustment fixation (6) is fixed to the left side of the body so as to be close to the distance adjustment feed (5). Therefore, according to the size and shape of the walnut is composed of an automatic walnut shell crusher, characterized in that the walnut shells are efficiently crushed by the rotary cutter 1 and the fixed cutter (2).

When the walnut is put between the two cutters that maintain the proper spacing according to the size of the walnut, the rotation cutter blade (1a) that is decelerated to 12 ~ 15RPM and rotates at a slow speed is pressed input downward and the fixed cutter (2). ) Will be shredded with only the walnut shell is gradually shredded.

However, the prior art configuration has the following problems.

This prior art has a problem that can not be recycled to the walnut endothelium as a packaging material because it is completely crushed and detached while giving a crack to the walnut endothelium using the pressure of the cutter.

In addition, there is a problem that the nuclei can be damaged because the endothelial detachment in such a way that the endothelial walnut completely broken.

In addition, since only the nucleus is extracted and distributed after detaching the walnut endothelium, there is a problem in that the walnut nucleus is exposed to the outside and the walnut nucleus is deteriorated.

The main purpose of the automatic walnut cutting device of the present invention was devised to solve the conventional problems as described above, in order to automatically cut the walnut endothelium of the solid material in the horizontal or vertical direction, by using a rotating saw tooth to damage the walnut endothelium It is to automatically cut both ends without.

Walnut automatic cutting device of the present invention is that the teeth are always in close contact with the outer circumference of the walnut endothelium by the elastic force of the elastic member, to cut to the appropriate depth to match the walnut endothelium having a variety of sizes and thickness.

Walnut automatic cutting device of the present invention is due to the guide pin for guiding the cutting of the teeth, is precisely cut along the endothelial line formed in the transverse direction around the walnut endothelial, to preserve the original walnut endothelial.

The walnut automatic cutting device of the present invention is to easily extract the walnut core by cutting the walnut endothelium vertically cut in the same direction as the walnut core bar, not the endothelial line of the walnut endothelium.

The walnut automatic cutting device of the present invention extracts only the core of the walnut and prevents the nucleus from being exposed to the outside during distribution, and can use both ends of the inner skin as a nucleus packaging material using a cutting device that automatically cuts the walnut without damaging the endothelium. To help.

Walnut automatic cutting device of the present invention to achieve the above object is a walnut cutting device for cutting the walnut endothelium, the cutting portion coupled to the side of the cutting support means to rotate the saw teeth received by the rotational force of the first motor, and A plurality of gears are formed inwardly at the inner circumference of the internal gear formed to open the opening to accommodate the cutting portion, the internal gear is rotated by receiving the rotational force of the second motor coupled to the other side of the cutting support means; The cutting part is rotated in the internal gear by engaging the gear, and a rotating guide plate is formed at the lower part of the internal gear to guide the rotation of the cutting part, and facing each other so as to grip the walnut. Provided with a fixture and a pressurization, the pressurization is made of a fixing portion coupled to the sliding movement What is configured as a walnut automatic cutting device characterized in that the basic features on the technical configuration.

According to the present invention, in the walnut cutting device for cutting both the walnut endothelial, the cut portion coupled to the cutting support means coupled to the first motor providing a rotational force to the teeth on both ends of the walnut endothelium, so as to grip the walnut It is provided to oppose the opposite fixture and the pressing device, the fixing part coupled to the sliding movement of the pressing device, and the fastener holding the walnut coupled to the vertically installed rotary support member, the fixture is penetrated It is to be made of a walnut automatic cutting device, characterized in that consisting of a rotating portion coupled to the second handle portion.

According to the present invention, the fixing portion, the pressure support formed by a pair of conveying support members vertically opposed to each other facing each other, a guide bar coupled between the conveying support members, and a guide hole coupled to the guide bar to slide The member and the walnut automatic cutting device, characterized in that composed of a pressing means for pressing the back of the pressing support member.

According to the present invention, the cutting support means is to form a tooth insertion groove so that one side end portion is partially cut so as to couple the teeth, the first insertion hole and the central portion of the tooth formed on the upper surface of the cutting support means The rotary shaft of the motor is interlocked and interlocked, and the gear insertion groove is formed so that the other end of the cutting support means is partially cut so as to engage the rotary gear, and rotates with the second insertion hole formed on the upper surface of the cutting support means. The central shaft of the gear is made of a walnut automatic cutting device, characterized in that the rotating shaft of the second motor is interlocked.

According to the present invention, the cutting support means is made of a cutting support piece and a rotation support piece coupled to each other to vary the length, the insertion space formed so that one side end of the rotating support piece is opened in a shape corresponding to the cutting support piece The cutting support piece is inserted into the walnut, the walnut automatic cutting device further comprises a configuration in which the cutting support piece is always in close contact with the outer circumference of the walnut by the elastic force of the elastic member accommodated in the insertion space.

According to the present invention, the rotation guide plate, the annular rotation guide projection formed on the upper surface to protrude upwards, by forming an annular rotation guide groove between the rotation guide projection and the internal gear, the cutting support means is rotated When the wheel is seated on the guide plate and rotates, the wheel mounted on the lower surface of the cutting support piece rotates along the trajectory of the rotary guide protrusion, and the guide bearing coupled to the end of the guide shaft protruding from the lower side of the rotary support piece is the rotary guide groove. It is to be made of a walnut automatic cutting device further comprises a configuration to be rolled along the trajectory of.

According to the present invention, by guiding the guide pin in the sawtooth direction on one side of the cutting support piece, it is made of a walnut automatic cutting device further comprising guiding the sawtooth cut along the groove of the endothelial line.

According to the present invention, the cutting support means, a pair of cutting support members vertically opposed to each other facing each other, the guide rod and the adjustment screw rod coupled side by side in the horizontal direction between the cutting support member, and the adjustment screw Coupling the position adjusting piece to penetrate across the rod and the guide bar, but the position adjusting means screwed with the adjusting screw rod, and the height adjusting screw coupled to the height adjusting screw vertically downward from the position adjusting piece fastening the height adjusting screw According to the state, the height adjusting means for moving the height adjusting piece up and down, and the motor fixing tool formed with a fixing hole for coupling the first motor vertically downward from the height adjusting piece is coupled to the connector so as to move up and down. It is made with walnut automatic cutting device.

The present invention walnut automatic cutting device to automatically cut the walnut endothelium of the solid material in the horizontal or vertical direction, automatically detaching without cutting the walnut endothelium without using a separate tool by automatically cutting the walnut using a rotating tooth There is an effect that the convenience can be increased.

The walnut automatic cutting device of the present invention is always closely adhered to the outer circumference of the walnut endothelium by the elastic force of the elastic member, so that it is appropriately cut in accordance with the walnut endothelium having a variety of sizes and thickness, so as not to damage the walnut core inside the walnut It is effective to cut the walnut endothelium regardless of the size and thickness of the walnut.

Walnut automatic cutting device of the present invention is precisely cut along the endothelial line formed in the transverse direction around the walnut endothelium due to the guide pin for guiding the sawtooth, leaving no traces while preserving the original walnut endothelium Walnut endothelium can be recycled as a packaging material.

The walnut automatic cutting device of the present invention both ends the vertically cut walnut endothelium in the same direction as the walnut core bar, not the endothelium of the walnut endothelium, so that the walnut core inside the walnut can be easily extracted, extracting the walnut core The work speed is improved.

In order to prevent the nucleus from being exposed to the outside during distribution by extracting only the nucleus of the walnut, the walnut automatic cutting device of the present invention uses both endothelial cells as a packaging material of the walnut nucleus by using a cutting device that automatically cuts the walnut's endothelium. In this way, environmentally friendly packaging prevents the nucleus from being exposed to the outside and increases the value of walnuts.

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

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

1 is an exploded perspective view showing a walnut automatic cutting device for turning the walnut by turning the cutting part, Figure 2 is a plan view showing a state of use of the walnut automatic cutting device for turning the walnut by turning the cutting part, Figure 3a, b is a cut portion 4 is a cross-sectional view showing another embodiment of the cutting portion of the walnut automatic cutting device for rotating the walnut by turning the cutting unit, and Figure 4b is a cutting portion 5 is an exploded perspective view showing another embodiment of the cutting unit of the walnut automatic cutting device to rotate both walnuts, Figure 5 is an overall perspective view of the walnut automatic cutting device to rotate the walnut to walnut, Figure 6 is a walnut rotating the walnut 5 is an exploded perspective view showing a cut portion of a walnut automatic cutting device for cutting the walnut, FIG. Figure 8 is an exploded perspective view showing a rotating part of the automatic cutting device, Figure 8 is an exploded perspective view showing a fixed part of the walnut automatic cutting device for rotating the walnut walnut, Figure 9 is a walnut automatic cutting device for rotating the walnut to walnut both ends 10 is a right side view showing a state of use of the walnut automatic cutting device for rotating the walnut by rotating the walnut, Figure 11 is the use of a walnut ruler cutting the walnut by rotating the walnut Figure 12a, b is a perspective view showing a state of packing the walnut core vertically walnut endothelium using a walnut automatic cutting device of the present invention, Figure 13 using the walnut automatic cutting device of the present invention This is a perspective view showing the state of packing the walnut core horizontally across the walnut endothelium.

In general, the appearance of the walnut is almost round, and inside the edible walnut core 23 is contained.

In order to extract the walnut nucleus 23 by detaching the walnut endothelium, the walnut nucleus 23 was extracted by forcibly cutting the endothelial line 21 formed in the transverse direction around the walnut endothelium 20 using a tool such as a knife.

In addition, the walnut endothelium 20 was completely crushed with a tool to extract the walnut core 23, but since the material of the endothelium was not easily broken, it was difficult to extract the walnut core 23 in its intact state even when crushed.

As such, since the walnut endothelium 20 is very hard to be detached, the walnut endothelium 20 can be easily detached using the walnut endothelium 20 without damaging the walnut endothelium 20 using the present invention.

That is, as shown in Figure 12a, b, the walnut endothelium 20 of the hard material walnut endothelium 20 is cut off by automatically cutting the front or side in the same longitudinal direction or the same as the walnut core 23 bark, walnut in the walnut inner 20 Nucleus 23 can be easily extracted.

In addition, as shown in Figure 13, by cutting along the endothelial line 21 formed in the transverse direction around the walnut endothelium 20, the walnut endothelium 20 without the traces left while preserving the original walnut endothelium 20 packaging material It can be recycled.

Thus, the present invention for cutting the walnut endothelium 20 without damaging the walnut core 23 proposes a method of fixing the walnut and rotating the cutting unit 100 to cut, and rotating and cutting the fixed walnut.

First, looking at the configuration state to rotate the cutting unit 100 in the automatic walnut cutting device according to the present invention to cut the walnut, as shown in Figure 1 to Figure 4, the cutting unit 100 coupled to the saw tooth 110 to rotate to receive the rotational force, and It consists of a rotating part 200 for rotating the cutting unit 100 while drawing the same trajectory as the diameter of the walnut, and a fixing part 300 for fixing the walnut in the center of the rotating part 200.

With this configuration, the walnut endothelium 20 cut by cutting automatically without damaging the walnut can be easily detached without a separate tool, thereby increasing convenience.

Looking in more detail the configuration state to cut the walnut cutting portion 100 in the automatic walnut cutting device according to the invention as follows.

The cutting portion 100 is to form a tooth insertion groove 123 so that one side end of the cutting support means 120 is partially cut so as to couple the teeth 110, the first insertion hole 123a and the tooth formed on the upper surface of the cutting support means 120 The rotating shaft of the first motor 111 penetrates through the central portion of the 110.

Furthermore, in order to cut to an appropriate depth in accordance with the walnut endothelium 20 having a variety of sizes and thicknesses, the cutting support piece 121 and the rotating support piece 122 are mutually coupled to vary the length, one end of the rotating support piece 122 The cut support piece 121 is inserted into an insertion space 125 formed to be open in a shape corresponding to the cut support piece 121.

Here, the elastic member 150 is accommodated in the insertion space 125 so that the cutting support piece 121 is always in close contact with the outer circumference of the walnut by the elastic force of the elastic member 150, thereby providing the walnut core 23 in the interior of the walnut endothelium 20. The walnut endothelial 20 can be cut without damaging the size and thickness of the walnut.

In addition, including the guide pin 130 protruding toward one side of the cutting portion 100 is bent toward the tooth 110, the tooth 110 is precisely cut along the endothelial line 21 formed in the transverse direction around the walnut endothelium 20.

That is, when cutting the walnut endothelium 20 so that the sawtooth 110 rotates along the endothelium line 21 of the walnut endothelium 20 and cut it, so that the walnut endothelium 20 without cutting marks can be recycled as a packaging material while preserving the original walnut endothelium 20. It was.

Here, the second insertion hole 124a and the rotary gear 203 formed on the upper surface of the cutting support means 120 is formed to form the gear insertion groove 124 so that the other end of the cutting support means 120 is partially cut. The rotating shaft of the second motor 205 penetrates and interlocks a central portion of the second motor 205.

On the other hand, the rotary part 200, the second motor is formed on the inner periphery of the internal gear of the internal gear 201 is formed to be open to accommodate the cutting unit 100, the second motor coupled to the other side of the cutting support means 120 Rotating rotary gear 203 provided with a rotational force of 205 was meshed with the internal gear 201.

Further, while drawing the same trajectory as the diameter of the walnut located in the center of the internal gear 201, the rotation guide plate 220 is coupled to the lower portion so that the cutting unit 100 is rotated.

That is, the rotation guide protrusion 221 is formed to protrude upward on the upper surface of the rotation guide plate 220, and the wheel 128 mounted on the lower surface of the cutting support piece 121 rotates along the trajectory of the rotation guide protrusion 221, and the cutting part 100 It supports the load and guides the rotation.

In addition, by forming a rotation guide groove 223 on the upper surface of the rotation guide plate 220, so that the guide bearing 210 coupled to the end of the guide shaft 129 protruding to the lower portion of the rotary support 122 rolls along the trajectory of the rotation guide groove 223 In order to guide the rotation, the cutting unit 100 is not separated from the rotating unit 200.

In addition, the fixing part 300, in order to fix the walnut when the sawtooth 110 is cutting the walnut endothelium 20, by providing a fastener 320 and a pressing port 310 facing each other, the pressure supporting member horizontally installed to enable the sliding movement The pressure port 310 is vertically coupled to the upper front of the 330 to press the pressure port 310 downward to fix the walnut.

That is, the pressure port 310 inserts the guide bar 333 into the guide hole 331 penetrated through the lower both sides of the pressure support member 330 to press the outer circumferential surface of the walnut, guide bar 333 to the transfer support member 340 facing each other Combining the pressure means 350 is formed on the rear surface of the pressure support member 330, so that the pressure port 310 presses the walnut when the pressure support member 330 pressed by the pressure means 350 is moved.

Here, the shape of the curved surface of the pressing tool 310 and the fastener 320 is in close contact with the walnut so that the irregular shape of the walnut does not move, elastic rubber material is suitable, but is not limited to these materials.

Looking at the action of cutting the walnut by turning the cutting unit 100 in the automatic walnut cutting device according to the present invention as follows.

First, by selecting and placing the direction to cut the walnut that does not detach the endothelium on the fixture 320 located in the center of the rotating part 200, the pressing means 350 formed on the back of the pressing support member 330 presses the pressing means 350, the pressing support member As the 330 is slid and moved, the pressure port 310 presses the upper surface of the walnut to fix the walnut.

Then, the cutting unit 100 coupled with the teeth 110 that rotate in the forward or reverse direction by receiving the rotational force of the first motor 111 is in close contact with the outer circumference of the walnut.

Here, the rotary gear 203, which receives the rotational force of the second motor 205 coupled to the other side of the cutting unit 100, is engaged with the internal gear 201 by cutting the rotating gear 203, and the cutting unit 100 accommodated in the rotating unit 200 is placed on the upper portion of the rotating guide plate 220 attached to the lower portion of the rotating unit 200. Seated and rotated.

At this time, the wheel 128 coupled to the lower surface of the cutting unit 100 rolls and rotates along the trajectory of the rotating guide protrusion 221 protruding from the upper surface of the rotation guide plate 220 to support the load of the cutting unit 100 while rotating the sawtooth 110 along the outer circumference of the walnut. And cut.

In addition, the elastic force of the elastic member 150 accommodated between the cutting support piece 121 and the rotating support piece 122 always adheres the tooth 110 to the outer circumference of the walnut, regardless of the size and thickness of the walnut without damaging the walnut core 23. Double the walnut lining.

Furthermore, the guide pin 130 rotates in the groove of the endothelial line 21 so that the tooth 110 is precisely cut along the endothelial line 21.

In addition, looking at the configuration of rotating the walnut in the walnut automatic cutting device according to the present invention both ends of the walnut, as shown in Figure 5 to 11, the cutting unit 100 and the sawtooth 110 coupled to rotate to receive a rotational force, the walnut It consists of a fixing part 300 and the fixing part 300 is provided with a pressing device 310 facing each other so as to be opposed to each other, and the fixing device 320 for rotating the gripped walnut.

Looking at the configuration state of rotating the walnut in the walnut automatic cutting device according to the present invention in more detail as follows.

The cutting unit 100 is coupled to one side of the cutting support means 120, the teeth 110 to rotate to receive the rotational force of the first motor 111.

Here, the cutting support means 120 is vertically placed on the upper portion of the base 400 facing the mutually opposite cutting support member 140.

Then, the guide rods 151 and the adjustment screw rods 153 are side-by-side coupled between the upper portions of the opposing cutting support members 140.

On the other hand, the adjustment screw rod 153 and the position adjusting piece 157 is coupled to pass through the guide rod, but the adjustment screw rod 153 is made of a position adjusting means 150 is screwed.

In addition, a first handle 155 is installed on the upper outer surface of the cutting support member 140 so as to be interlocked with the adjusting screw rod 153, thereby rotating the first handle 155 to horizontally screw the adjustment screw rod 153 to the position adjusting piece 157. The lead was moved left and right.

In addition, the height adjusting means 160 made by combining the height adjusting piece 161 vertically downward from the position adjusting piece 157 with the height adjusting screw 163, so that the height adjusting piece 161 is moved up and down by rotating the height adjusting screw 163. .

Further, the motor fixing tool 170 formed with the fixing hole 171 for coupling the first motor 111 in the vertical downward direction from the height adjusting piece 161 is coupled to the connector 173 so as to move up and down, and the outer circumference of the walnut under the load of the motor fixing tool 170. It was placed in the lower portion of the height adjustment piece 161 to cut while pressing.

Thus, since the position of the cutting support means 120 coupled to the first motor 111 can be freely adjusted to facilitate the cutting of walnuts of various sizes and shapes.

On the other hand, the fixing part 300, in order to fix the walnut when the sawtooth 110 is cutting the walnut endothelium 20, by providing a fastener 320 and the pressing port 310 facing each other, is installed perpendicular to the base 400 to enable sliding movement The pressure port 310 is horizontally coupled to the upper front surface of the pressure support member 330 to fix the walnut by pressing the side while the pressure port 310 moves horizontally.

That is, the pressure port 310 inserts the guide bar 333 into the guide hole 331 penetrated through the lower both sides of the pressure support member 330 to press the outer circumferential surface of the walnut, guide bar 333 to the transfer support member 340 facing each other Combining the pressure means 350 is formed on the rear surface of the pressure support member 330, so that the pressure port 310 presses the walnut when the pressure support member 330 pressed by the pressure means 350 is moved.

Here, the shape of the curved surface of the pressing tool 310 and the fastener 320 is in close contact with the walnut so that the irregular shape of the walnut does not move, elastic rubber material is suitable, but is not limited to these materials.

In addition, the feed piece 360 is inserted into the guide hole 331 in the guide hole 331 of the pressure supporting member 330, and the guide bar 333 penetrates the feed piece 360 so that the pressure supporting member 330 wears when the pressure supporting member 330 slides. To prevent them.

At this time, the rotating unit 200 is coupled to the upper surface of the rotating support member 240 vertically installed the fastener gripping the walnut, and coupled to the second handle 241 on the rear surface of the rotating support member 240 to interlock with the fastener 320, The walnut gripped on the fixture 320 was rotated by the rotational force of the second handle 241.

Further, the second handle 241 can be turned by hand, but may be automatically turned by using a motor rather than a manual.

Looking at the action of rotating the walnut in the walnut automatic cutting device according to the present invention both ends.

First, by selecting and placing the direction to cut the walnut that the endothelial is not detached to the fixture 320, when the pressing means 350 formed on the back of the pressing support member 330 presses the pressing means 350, the pressing support member 330 is moved while sliding Sphere 310 presses on the upper surface of the walnut to fix the walnut.

In addition, the cutting unit 100 coupled with the teeth 110 rotating in the forward or reverse direction by receiving the rotational force of the first motor 111 is rotated by the first handle 155 to adjust the left and right positions of the cutting unit 100, and the height adjusting screw 163 is rotated to cut the cutting unit 100. Adjust the height of the sawtooth 110 is in close contact with the outer circumference of the walnut.

Here, under the load of the motor fixture 170 it was possible to cut while pressing the outer periphery of the walnut.

Then, while operating the first motor 111 to rotate the tooth 110 in close contact with the outer circumference of the walnut, while rotating the second handle 241 formed on the rear of the support member 240, the interlocking fixture 320 rotates the pressure port 310 And the walnut held between the fixture 320 is rotated to cut the outer circumference of the walnut.

As such, after the walnut core 23 is inserted between the walnut endothelium 20 cut vertically or horizontally using the walnut automatic cutting device of the present invention, the cut line is compressed by packing string 30, so that the walnut is environmentally friendly. Nucleus 23 prevented it from being exposed to the outside, increasing the value of walnuts.

In addition, it is also possible to cut both walnuts and the like, which are not only walnuts, but are hard to peel or detach.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and is commonly known in the art that various substitutions, modifications, and changes can be made without departing from the spirit of the present invention. It will be evident to those who have.

1 is an exploded perspective view showing an automatic cutting device for cutting walnuts by turning the cutting unit.

Figure 2 is a plan view showing a state of use of the automatic walnut cutting device to rotate the cutting portion walnut.

Figure 3a, b is a cross-sectional view showing a state of use of the automatic walnut cutting device to cut the walnut by turning the cutting unit.

Figure 4a is a cross-sectional view showing another embodiment of the cutting portion of the automatic walnut cutting device to revolve the cutting walnut.

Figure 4b is an exploded perspective view showing another embodiment of the cutting unit of the automatic walnut cutting device to revolve the cutting walnut.

Figure 5 is a full perspective view of the automatic walnut cutting device to rotate the walnut walnut.

Figure 6 is an exploded perspective view showing a cut portion of the walnut automatic cutting device for rotating the walnut to rotate the walnut.

Figure 7 is an exploded perspective view showing a rotating part of the walnut automatic cutting device for rotating the walnut to rotate the walnut.

Figure 8 is an exploded perspective view showing the fixing part of the walnut automatic cutting device for rotating the walnut to rotate the walnut.

Figure 9 is a front view showing the state of use of the automatic walnut cutting device to rotate the walnut to rotate the walnut.

10 is a right side view showing a state of use of the automatic walnut cutting device to rotate the walnut walnut rotating.

11 is a plan view showing a state of use of the automatic walnut cutting device to rotate the walnut walnut.

Figure 12a, b is a perspective view showing a state of packing the walnut core vertically walnut endothelium using a walnut automatic cutting device of the present invention.

Figure 13 is a perspective view showing a state of packing the walnut core horizontally walnut endothelium using the present invention walnut automatic cutting device.

Explanation of symbols on the main parts of the drawings

10: cutting device

20: walnut endothelium 21: endothelial gland 23: walnut core 30: packing string

100: cutting part

110: tooth 111: first motor

120: cutting support means

121: cutting support 122: rotary support 123: tooth insertion groove

123a: first insertion hole 124: rotary gear insertion groove 124a: second insertion hole

125: cutting portion insertion space 126: elastic member

128: wheel 129: guide shaft 130: guide pin

140: cutting support member 150: position adjusting means 151: guide rod

153: adjusting screw rod 155: first handle 157: position adjustment piece

160: height adjustment means 161: height adjustment piece 163: height adjustment screw

170: motor fixing tool 171: fixing hole 173: connector

200: rotating part

201: internal gear 203: rotary gear 205: second motor

210: guide bearing 220: rotation guide plate 221: rotation guide projection

223: rotation guide groove 230: bridge

240: rotation support member

241: second handle

300: fixed part

310: pressure port 320: fixture 330: pressure support member

331: guide ball 333: guide bar 340: transfer support member

350: pressurizing means

Claims (8)

In walnut cutting device for cutting the walnut endothelium, A cutting portion coupled to a side of the cutting support means, wherein the saw teeth are rotated by the rotational force of the first motor; A plurality of gears are formed inwardly on the inner circumference of the internal gear formed to be open to accommodate the cutting portion, the rotary gear is rotated by receiving the rotational force of the second motor coupled to the other side of the cutting support means Rotating portion to be engaged with the internal gear to rotate the cutting portion in the internal gear and to form a rotation guide plate in the lower portion of the internal gear to guide the rotation of the cutting portion, To provide a fastener and a pressing device facing each other so as to hold the walnut, it consists of a fixed portion coupled to the sliding slide, The walnut is placed on the fixture located in the center of the rotating part, and the pressing tool presses the upper surface of the walnut to fix the walnut. The cutting part accommodated in the rotating part and seated on the upper part of the rotating guide plate rotates closely to the outer circumference of the walnut. Walnut automatic cutting device, characterized in that the sawtooth cutting along the outer periphery of the walnut. In walnut cutting device for cutting the walnut endothelium, A cut portion coupled to a cutting support means for coupling a first motor providing a rotational force to the teeth that both ends of the walnut endothelium; A fixing part and a pressing device facing each other so as to hold the walnut so as to face each other, and a fixing part coupled to slide the pressing device, The fastener gripping the walnut is coupled to the rotating support member vertically placed, and consists of a rotating part coupled to the second handle to the part through which the fixture is penetrated, The walnut is positioned between the opposite fixtures and the pressing holes facing each other, and the rotating teeth are in close contact with the outer circumference of the pressed walnuts as the pressing holes slide, the walnut rotates by the rotation of the second handle, Walnut automatic cutting device characterized in that the cut. The method according to claim 1 or 2, The fixing part, A pair of conveying support members vertically opposed to each other and vertically opposed to each other; A guide bar coupled between the transfer support member; A pressure supporting member which forms a guide hole coupled to the guide bar to slide; Walnut automatic cutting device, characterized in that composed of a pressing means for pressing the back of the pressing support member. The method of claim 1, The cutting support means, To form the tooth insertion groove so that one side end is partially cut to couple the teeth, the first insertion hole formed in the upper surface of the cutting support means and the central portion of the tooth is interlocked through the rotation axis of the first motor, The gear insertion groove is formed so that the other end of the cutting support means is partially cut so as to couple the rotary gear, and the second insertion hole formed in the upper surface of the cutting support means and the central portion of the rotary gear rotate the second shaft. Walnut automatic cutting device characterized in that the penetrating through. The method according to claim 1 or 4, The cutting support means, Comprising a cutting support piece and a rotation support piece coupled to each other to vary the length, the cutting support piece is inserted into the insertion space formed so that one end of the rotating support piece is opened in a shape corresponding to the cutting support piece, the insertion Walnut automatic cutting device further comprises a configuration in which the cutting support piece is always in close contact with the outer circumference of the walnut by the elastic force of the elastic member accommodated in the space. The method of claim 5, The rotation guide plate, An annular rotary guide protrusion is formed on the upper surface to protrude upward, and an annular rotary guide groove is formed between the rotary guide protrusion and the internal gear, so that the cutting support means is seated on the rotary guide plate to rotate the cutting support. The wheel mounted on the lower surface of the biasing roll rotation along the trajectory of the rotation guide projection, the guide bearing coupled to the end of the guide shaft protruding to the lower portion of the rotation support piece to rotate along the trajectory of the rotation guide groove Walnut automatic cutting device containing more. The method of claim 5, The walnut automatic cutting device further comprises guiding the guide pin to be cut along the groove of the endothelial line by protruding the guide pin in the sawtooth direction on one side of the cutting support piece. 3. The method of claim 2, The cutting support means, A pair of cutting support members vertically opposed to each other, A guide rod and an adjustment screw rod coupled side by side in a horizontal direction between the cutting support members; A position adjusting means coupled to the adjusting screw rod so as to pierce across the adjusting screw rod and the guide rod, and the adjusting screw rod being screwed to the adjusting screw rod; Height adjusting means coupled to the height adjusting piece in a vertical downward direction from the position adjusting piece to move the height adjusting piece up and down according to the fastening state of the height adjusting screw; Walnut automatic cutting device, characterized in that coupled to the connector so that the motor fixing sphere formed with a fixing hole for coupling the first motor in the vertical downward from the height adjustment piece.

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