KR102270335B1 - Whole walnut manufacturing device and how to make it - Google Patents

Abstract

The present invention relates to a manufacturing apparatus for removing walnut skin to make whole walnuts. More specifically, the present invention relates to a whole walnut manufacturing apparatus and manufacturing method, which moves a walnut toward a wire saw rotating in a caterpillar manner by a motor of a wire saw device in a state where the walnut is held by a gripper, followed by cutting walnut skin to take out the walnut inside the walnut skin into the walnut of a whole shape, that is a whole walnut.

Description

Whole walnut manufacturing device and how to make it

The present invention relates to a manufacturing apparatus for removing the walnut skin to make whole walnuts, and more particularly, moving walnuts toward the wire saw rotating in a caterpillar manner by the motor of the wire saw device while holding the walnuts by the gripper. It is a whole walnut manufacturing apparatus and manufacturing method that can take out the walnuts inside the walnut skin into whole walnuts, that is, whole walnuts by cutting the walnut skin.

Walnut refers to the fruit of the walnut tree. It is rich in unsaturated fatty acids and is a good food for brain health and skin. It is one of the representative foods of dried fruits along with peanuts.

Unlike peanuts, these walnuts are covered with a hard shell, that is, walnut skins, and considerable labor is required to remove these walnut skins. In spite of this labor force, if the walnut skin is removed, the walnuts are broken in the process of removing the walnut skin, and the marketability of these walnuts is reduced.

As a prior art related to the removal of walnut skin, there is a nutcracker device proposed in Korean Patent Registration No. 10-0914718.

The patent includes a die 31, a hopper 3 configured to receive the walnuts 24 on the die 31, and a receiving port 23 for transferring the walnuts to the upper part and transferred via the hopper 3 ) installed with the transfer chain 10, the first and second crushing spheres (4,5) for crushing the walnuts supplied by the transfer chain 10, and the side of the first and second crushing spheres (4,5) The first and second cams (6,7) which are installed and rotated, and the rollers operating to press against the first and second crushing holes (4,5) according to the rotation of the first and second cams (6,7) ( 8), and a chute (9) installed under the first and second crushing holes (4,5), and the first and second cams (6, 7) have a circumferentially protruding protrusion (43). ) is formed, and a nutcracker is proposed, characterized in that it is configured to press the roller 8 by the protrusion 43, and the walnut is removed according to the rotation of the primary and secondary cams (6, 7). It is very difficult to obtain whole walnuts because the walnuts inside the walnut skin are inevitably broken by crushing by the rollers 8 that operate to press against the 1 and 2 crushers 4 and 5.

As another prior art proposed to solve this problem, there is an automatic machine for peeling walnuts, which is proposed in Korean Patent Registration No. 10-1036041.

형상의 절삭선을 나란히 형성하고 후퇴하도록 상기 호두고정부 주변의 절삭본체 상에 각각 설치되는 호두절삭부; 상기 호두절삭부에 의해 절삭이 완료된 호두를 호두고정부로부터 수평으로 밀어내도록 호두절삭부 사이의 절삭본체 상에 설치되는 호두퇴출부; 및 상기 호두퇴출부에 의해 퇴출된 절삭 완료의 호두를 받아 저장공간으로 보내기 위해 상기 호두퇴출부의 반대쪽 절삭본체에 형성되는 절삭호두 이동통로;로 이루어져, 상기 호두절삭부에 의해 호두껍데기의 바깥면 중심부의 둘레를 따라 상기 호두껍데기를 관통하는 다수개의

형상의 절삭선이 호두마다 나란히 형성되어 연속적으로 호두를 절삭하는 것을 특징으로 하는 호두껍데기 탈피용 자동기계가 제안되어 있는데, 호두마다

형상의 절삭선을 만들기 위해 다수의 절삭공구가 필요할 뿐만 아니라 호두를 정회전, 역회전, 상승, 하강 등 다양한 방식으로 이동시켜야 하므로 기계장치의 구성이 매우 복잡해지고 제작비용이 상승되며, 특히 호두의 모양이 일정하지 않아서 수율이 떨어질 수밖에 없다.The patent includes a cutting body; a walnut supply unit for supplying walnuts one by one from the bottom to the top on one side of the cutting body; a walnut transfer unit installed on one side of the cutting body to transfer and retract the conveying pipe contained in the walnut supply unit so as not to separate the walnuts supplied from the walnut supply unit on the walnut supply unit; a walnut holding part consisting of an upper surface fixing part and a lower surface fixing part which are respectively in close contact with the upper and lower surfaces of the walnuts transferred from the walnut transfer part and are installed at intervals in the middle on the cutting body to fix the walnuts; It is connected to the walnut part and controls the walnut part in the order of forward rotation, descending and forward rotation, and after cutting the walnut, the walnut part is controlled in the order of reverse rotation, rising and reverse rotation to return the walnut part to its original position. a cutting control unit installed on the other side of the cutting body to return to; The cutting tools rotating on the outer circumferential slope of the walnut controlled in the order of forward rotation, descending and forward rotation by the cutting control unit are in close contact while advancing, respectively, to the walnut.

Walnut cutting units respectively installed on the cutting body around the walnut head portion so as to form cutting lines of the shape side by side and retreat; a walnut ejection unit installed on the cutting body between the walnut cutting units to horizontally push the walnuts cut by the walnut cutting unit from the walnut cutting unit; and a cutting walnut movement path formed in the cutting body opposite to the walnut outlet to receive the cut walnuts expelled by the walnut outlet and send them to the storage space; Consisting of, the center of the outer surface of the walnut shell by the walnut cutting section A plurality of pieces penetrating the walnut shell along the circumference of

An automatic machine for peeling walnuts has been proposed, characterized in that the cutting lines of the shape are formed side by side for each walnut and continuously cut walnuts.

In order to make the cutting line of the shape, not only a large number of cutting tools are required, but also the walnut must be moved in various ways such as forward rotation, reverse rotation, rising and falling, so the configuration of the machine becomes very complicated and the manufacturing cost increases. Since the shape is not uniform, the yield is bound to decrease.

Republic of Korea Patent Publication No. 10-0914718 (published on August 31, 2009) Republic of Korea Patent Publication No. 10-1036041 (2011. 5. 19. Announcement)

Therefore, the present invention moves the walnuts toward the wire saw rotating in a caterpillar manner by a motor in a state of holding the walnuts by the gripper in order to provide a manufacturing apparatus of a lightweight and simple structure for removing the walnut skin to make whole walnuts. An object of the present invention is to provide a whole walnut manufacturing apparatus capable of extracting the walnuts inside the walnut skin into whole walnuts, that is, whole walnuts by cutting the walnut skin.

In addition, by moving the walnut to the wire saw by the saddle while holding the walnut by the gripper, it is another object to provide a whole walnut manufacturing apparatus that can flexibly cut the walnut skin regardless of the size and shape of the walnut. .

In addition, the walnuts fixed between the grippers are fixed in a state where the joint surface of the walnut skin is in contact with both grippers, and the wire saw cuts the walnut in a state perpendicular to the joint surface of the walnut skin, so that the walnut fruit inside the walnut skin is whole flesh Another object of the present invention is to provide a whole walnut manufacturing apparatus that improves the quality and marketability of walnuts by allowing them to come out with the shape of walnuts as they are.

Whole walnut manufacturing apparatus according to the present invention is a manufacturing apparatus for removing walnut skin to make whole walnuts, a base fixed to the ground or table, a wire sawing device installed on one side of the base, and fixed to the base A rail to be installed, a saddle moving along the rail, a pair of support blocks fixedly installed on the saddle, a clamp device fixed to the support block, and a clamp device fixedly coupled to the clamp device to hold a walnut It consists of a gripper and a handle for rotating the gripper, and it is characterized in that the walnut skin can be cut by the wire saw of the wire saw device.

The whole walnut manufacturing apparatus according to the present invention is a wire saw rotating in a caterpillar manner by a motor while holding a walnut by a gripper in order to provide a manufacturing apparatus of a lightweight and simple structure for removing the walnut skin to make whole walnuts. By moving the walnut toward the side and cutting the walnut skin, there is a remarkable effect that the walnut inside the walnut skin can be pulled out into a whole walnut, that is, a whole walnut, and by moving the walnut toward the wire saw by the saddle while holding the walnut by the gripper The cutting operation of the walnut skin can be flexibly performed regardless of the size and shape of the walnut, and the walnuts fixed between the grippers are fixed with the bonding surface of the walnut skin in contact with both grippers, and the wire saw is the bonding surface of the walnut skin. By cutting the walnut in a state perpendicular to the walnut, the walnut fruit inside the walnut skin comes out with the shape of a whole walnut as it is, which has a remarkable effect of increasing the quality and merchantability of the walnut.

1 is a perspective view of the overall configuration of the present invention;
2 is a perspective view of the entire configuration of the present invention viewed from another point of view;
3 is a partial configuration diagram of the present invention;
4 is an exemplary view of the operating state of the present invention;
5 is an exemplary view of another embodiment of the present invention;
6 is a partially separated configuration diagram of FIG.
7 is another embodiment of the present invention
8 is a configuration example of a general walnut
Figure 9 is an explanatory view of the whole walnut manufacturing method according to the present invention

The present invention relates to a manufacturing apparatus for removing the walnut skin to make whole walnuts, and more particularly, moving walnuts toward the wire saw rotating in a caterpillar manner by the motor of the wire saw device while holding the walnuts by the gripper. It is a whole walnut manufacturing apparatus and manufacturing method that can take out the walnuts inside the walnut skin into whole walnuts, that is, whole walnuts by cutting the walnut skin.

8 is an exemplary configuration view of a general walnut, the walnut is composed of a walnut fruit contained inside the walnut skin, and the walnut skin surrounding the walnut fruit. In the present invention, the vertical line (indicated in red) of the walnut skin joint surface (indicated in blue) to which the walnut skin is attached to each other is cut with the incision line cut by the wire saw, and then the walnut inside the walnut skin is cut into a whole body shape. It is extracted with walnut fruits, that is, whole walnuts.

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 entire configuration of the present invention, Figure 2 is a perspective view of the entire configuration seen from another point of view of the present invention, Figure 3 is a partial configuration diagram of the present invention, the whole walnut manufacturing apparatus according to the present invention making whole walnuts In the manufacturing apparatus for removing the walnut skin, the base 10 fixed to the ground or table, the wire saw device 30 installed on one side of the base 10, and the base 10 fixed installation A rail 11 to be used, a saddle 12 moving along the rail 11, a pair of support blocks 13 and 14 fixedly installed on the saddle 12, and the pair of support blocks It consists of a clamp device fixedly installed on (13, 14), grippers (23, 24) fixedly coupled to the clamp device to hold walnuts, and a handle (25) for rotating the grippers (23, 24), It is characterized in that the walnut skin can be cut by the wire saw 31 of the wire saw device 30 .

First, the base 10 is a configuration that is fixed to the ground or table, and can be installed by attaching casters to increase mobility, and on one side of the base 10 is a wire saw 31 of the wire saw device 30 . ), that is, a rope saw is installed and rotated in a caterpillar method.

A rail 11 is fixedly installed on the base 10, and in the illustrated embodiment, two rails are installed, the saddle 12 is moved along the rail 11, and the saddle 12 is upper A pair of support blocks 13 and 14 are fixedly installed.

A clamp device is fixedly installed on the support blocks 13 and 14, and grippers 23 and 24 for holding walnuts are installed on one side of the clamp device, and the grippers 23 and 24 are attached to the handle 25. can be rotated by

Therefore, when the lever 21 of the clamp device is operated to grab the walnut by the grippers 23 and 24 and then the saddle 12 is moved toward the wire saw 31, the wire saw 31 rotates in an endless orbit. The walnut skin is cut, and if the handle 25 is rotated in this state, the whole can be cut along the circumferential surface of the walnut skin, and after the walnut skin is completely cut, the walnuts inside the walnut skin can be taken out in the form of whole walnuts. have.

At this time, it is natural that the incision of the walnut skin by the wire saw 31 should be cut as much as the walnut inside the walnut skin is not damaged.

In addition, the pair of support blocks 13 and 14 are composed of an inner support block 13 and an outer support block 14 and are fixed to the saddle 12 so that the distance between them is constant, and the inner support block 13 . A clamp device 20 for moving the gripper 23 in a direction perpendicular to the movement direction of the saddle 12 according to the rotation of the lever 21 is installed, and a handle 25 is installed on the external support block 14 Thus, the grippers 23 and 24 are rotated by the rotation of the handle 25, and the walnut W fixed to the grippers 23 and 24 is rotated by the rotation of the grippers 23 and 24 while the wire saw is rotated. In contact with (31), the walnut skin is incised.

That is, the inner support block 13 is a support block installed relatively close to the wire saw device 30 for driving the wire saw 31 , and the outer support block 14 is a wire compared to the inner support block 13 . As a support block installed relatively far from the small device 30, the inner support block 13 and the outer support block 14 are fixedly coupled to the saddle 12 so that the distance from each other is constant, and the inner support block ( 13), the inner gripper 23 is moved in the direction of movement of the saddle 12 , that is, in a direction perpendicular to the direction in which the rail 11 is installed, according to the rotation of the lever 21 .

Therefore, when the lever 21 of the clamping device is rotated with a walnut inserted between both grippers 23 and 24, the gripper 23 installed on the inner support block 13 advances toward the opposite gripper 24, and is between the grippers. As the distance between the two grippers is reduced, the walnut is gripped, thereby firmly fixing the walnut between the grippers on both sides.

At this time, the handle 25 is installed on the outer support block 14, and the rotating shaft 26 rotated by the handle 25 applies a friction force for rotation such as a bearing or a bush to the outer support block 14. Since it is supported by a reducing support means, as the outer gripper 24 is rotated by the rotation of the handle 25, the inner gripper 23 is also rotated like a walnut.

In other words, the gripper 23 installed on the side of the inner support block 13 is also moved in the direction perpendicular to the rail 11 by the lever 21 and is rotatably installed on the moving shaft moved by the lever 21 at the same time. In this case, both grippers 23 and 24 can be rotated together by the rotation of the handle 25 while holding the walnut.

Accordingly, when the handle 25 is rotated while the walnut skin is in contact with the wire saw 31 and the cut is made, the grippers 23 and 24 are rotated and the walnuts fixed to the gripper are also rotated, thereby rotating the entire outer surface of the walnut skin. can be incised.

Figure 4 is an exemplary view of the operating state of the present invention, a view showing a state in which the walnut skin is cut by moving the saddle toward the wire saw.

5 is an exemplary diagram of another embodiment of the present invention, and FIG. 6 is a partially separated configuration diagram of FIG. 5, showing another embodiment of the clamping device.

That is, the clamp device is installed at a predetermined distance from the fixed block 41 fixedly coupled to the saddle 12 , the fixed rack gear 42 installed inside the fixed block 41 , and the fixed rack gear 42 . A movable rack gear 43 that is formed and moved along the fixed block 41, a pinion gear 44 that is coupled as a gear between the fixed rack gear 42 and the movable rack gear 43 and is rotatable, and the pinion It is fixedly coupled to the gear 44 and consists of a dial 45 for rotating the pinion gear 44 .

First, the fixed block 41 is fixedly coupled to the saddle 12 and a space is formed therein, and a fixed rack gear 42 having a fixed position and a gear formed on one surface is fixedly installed inside the fixed block 41, , the fixed rack gear 42 is separated from the fixed rack gear 42 by a predetermined distance and can be moved along the fixed block 41, and a moving rack gear 43 having a gear formed on one surface is installed.

In the illustrated embodiment, the fixed rack gear 42 is installed at the lower portion, the movable rack gear 43 is installed on the upper portion of the fixed rack gear 42 , and the fixed rack gear 42 and the movable rack gear A pinion gear 44 meshed with a gear is installed between ( 43 ), and the pinion gear 44 is fixed to the dial 45 and rotated by rotation of the dial 45 .

Therefore, when the dial 45 is rotated, the pinion gear 44 is rotated, and the movable rack gear 43 is rotated by the rotation of the pinion gear 44. At one side of the movable rack gear 43, A handle 25 is installed, and a gripper 24 is installed on one side of the rotation shaft 26 of the handle 25 so that the gripper 24 is moved to grip the walnut.

In this gripping method of walnuts, the dial 45 is arbitrarily rotated while the grippers 23 and 24 hold the walnut by the rotation of the dial 45 so that the walnut fixed between the grippers 23 and 24 does not fall off. A separate stopper may be installed on the dial 45 to fix the rotation, and the stopper is a method of holding the dial from rotating by pushing the dial from one side of the dial 45, or a spring on the rotation axis of the dial By inserting and pulling the dial 45 toward the fixed block 41 by the elasticity of the spring, the end face of the dial 45 and the outer surface of the fixed block 41 are brought into close contact so that the dial 45 cannot be arbitrarily rotated. .

7 is a diagram showing another embodiment of the clamping device as another embodiment of the present invention.

That is, the clamp device includes a fixed block 51 fixed to the saddle 12 , a fixed bar 52 installed inside the fixed block 51 , and a fixed block installed at a predetermined distance from the fixed bar 52 . A moving bar 53 moving along 51, a rotating block 54 coupled to a link 55 between the fixed bar 52 and the moving bar 53 to be rotatable, and the rotating block 54 ) and is characterized in that it is fixedly coupled with a dial 56 for rotating the rotating block 54 .

First, the fixing block 51 is fixedly coupled to the saddle 12 and a space is formed therein, and a fixing bar 52 having a fixed position is fixedly installed inside the fixing block 51, and the fixing bar 52 ) and a moving bar 53 is installed so that it can be moved along the fixed block 51 at a distance apart.

A circular rotation block 54 is installed between the fixed bar 52 and the moving bar 53 and coupled with a link 55 between the fixed bar 52 and the moving bar 53, and the dial 56 ) is fixedly coupled to the rotation block 54 so that the rotation block 54 is rotated by the rotation of the dial 56 .

Accordingly, when the dial 56 is rotated, the rotating block 54 is rotated, and the links 55 installed on the upper and lower portions of the rotating block 54 respectively move the moving bar 53 , and the fixed bar The grippers 23 and 24 are respectively coupled to the 52 and the moving bar 53 so that the gripper 24 fixedly coupled to the moving bar 53 moves toward the gripper 23 on the fixed bar 52 side. walnuts are digging

In addition, referring to FIG. 3 , the walnut W fixed between the grippers 23 and 24 is fixed with the joint surface JP of the walnut skin in contact with both grippers 23 and 24, and the wire saw ( 31) cuts the walnut (W) in a state perpendicular to the joint surface (JP) of the walnut skin.

That is, instead of cutting the bonding surface by moving the bonding surface (JP) side of the walnut skin toward the wire saw 31, the walnuts are held toward the wire saw 31 in a state perpendicular to the bonding surface (JP) of the walnut skin. By moving the saddle 12 in the state, the walnut skin is cut, thereby increasing the yield of whole walnuts.

In other words, when the bonding surface (JP) of the walnut skin is cut with the wire saw 31, even if the cutting operation of the bonding surface is smoothly performed, it may be difficult to take out the walnut in a whole flesh shape due to the shape of the walnut.

In addition, the wire saw 31 is rotated in an endless track method by a motor 32 installed in the wire saw device 30, and the motor 32 measures the amount of load applied to the motor 32 in real time and sends it to the control unit. When the measured load value is greater than or equal to the reference value, the controller stops driving the motor 32 and generates an alarm signal.

That is, the wire saw device 30 is a device for rotating the wire saw 31 in an endless track manner, and a motor 32 generating a driving force and a rotating plate 33 rotated by the driving of the motor 32 . And, the wire saw 31 rotated in an endless track by the rotation of the rotary plate 33, and a tension regulator 34 for adjusting the tension applied to the wire saw 31 by adjusting the interval between the rotary plate 33 ), a guide 35 for guiding the movement path of the wire saw 31, and a controller for determining whether the motor 32 is driven, which is necessary for rotation of the wire saw 31 and cutting of the walnut skin. The driving power of the motor, that is, the load amount of the motor 32 is measured in real time, and the measured value is sent to the control unit. In the control unit, when the load amount value of the motor 32 is measured above the reference value, the power is used for cutting the walnut skin It is possible to further increase the safety of the walnut skin cutting operation by recognizing that a safety accident has occurred and stopping the driving of the motor 32 .

Here, the rotating plate 33 is installed at a predetermined distance from the driving rotating plate 33a which is directly rotated by the driving of the motor 32 and the driving rotating plate 33a, and a dodge ball receiving driving power by the wire saw 31 . Consists of a copper rotating plate (33b), the distance between the driving rotating plate (33a) and the driven rotating plate (33b) is adjusted by the tension regulator (34).

In addition, it is preferable that a stopper is installed on one side of the rail 11 to limit the amount of movement of the saddle 12 .

That is, by installing a stopper on the rail 11 to limit the maximum amount of movement of the saddle 12 toward the wire saw 31, it is possible to prevent the walnuts from being cut together during the cutting operation of the walnut skin.

9 is an explanatory view of a method for manufacturing whole walnuts according to the present invention, wherein the method for manufacturing whole walnuts according to the present invention is a manufacturing method of removing the walnut skin to make whole walnuts, a gripper of a clamp device capable of holding walnuts In the state holding the walnut (W) by (23, 24), the walnut skin is cut by the wire saw (31) rotated in a caterpillar method, but the walnut is rotated together by the rotation of the grippers (23, 24) It is characterized by incising the entire outer surface of the walnut skin.

In addition, the walnut skin is characterized in that it is cut in a state with an angle (α) between the junction surface (JP) of the walnut skin and 10 to 90°.

That is, cutting the junction surface (JP) of the walnut skin at 90° is cutting the junction surface (JP) and the incision line (PL 1) in a vertical state, and cutting by maintaining the angle between the walnuts at approximately 20° is walnut The walnut skin is cut while forming the incision line PL 2 in an oblique state with the junction surface JP of the blood.

Therefore, since the incision on the junction surface (JP) of the walnut skin is made to a minimum, the cutting operation is made more smoothly and the damage of the walnuts inside the walnut skin can be reduced, and the walnuts are not damaged when the walnut skin is removed after the incision.

After all, the whole walnut manufacturing apparatus according to the present invention rotates in a caterpillar manner by a motor while holding a walnut by a gripper in order to provide a manufacturing apparatus of a lightweight and simple structure that removes the walnut skin to make whole walnuts. By moving the walnut towards the wire saw and cutting the skin, there is a remarkable effect that the walnut inside the walnut skin can be pulled out into a whole walnut, that is, a whole walnut. By moving, the cutting operation of walnut skin can be flexibly performed regardless of the size and shape of the walnut, and the walnuts fixed between the grippers are fixed with the joint surface of the walnut skin in contact with both grippers, and the wire saw is By cutting the walnut in a state perpendicular to the bonding surface, the walnut fruit inside the walnut skin comes out with the shape of a whole walnut, so there is a remarkable effect of increasing the quality and merchantability of the walnut.

10. Base 11. Rail
12. Saddle 13. Inner Support Block
14. External support block
20; clamp device
21. Lever 22. Moving shaft
23. (internal) gripper 24. (external) gripper
25. Handle 26. Rotation Shaft
30; wire small device
31. Wire saw 32. Motor
33. Rotating plate 34. Tension adjuster
35. Guide
40; clamp device
41. Fixed block 42. Fixed rack gear
43. Moving rack gear 44. Pinion gear
45. Dial
50; clamp device
51. Fixing block 52. Fixing bar
53. Moving bar 54. Rotating block
55. Link 56. Dial
W. Walnut JP. junction plane
PL. parting line

Claims (9)

In the manufacturing apparatus for removing the walnut skin to make whole walnuts,
A base 10 fixed to the ground or table, a wire saw device 30 installed on one side of the base 10, a rail 11 fixed to the base 10, and the rail 11 ) a saddle 12 moving along, a pair of support blocks 13 and 14 that are fixedly installed on the top of the saddle 12, and a clamp device that is fixedly installed on the pair of support blocks 13 and 14 and grippers 23 and 24 that are fixedly coupled to the clamp device to hold walnuts, and a handle 25 that rotates the grippers 23 and 24, and the wire saw of the wire saw device 30 ( 31) can incision walnut skin,
The clamp device includes a fixed block 41 fixedly coupled to the saddle 12 , a fixed rack gear 42 installed inside the fixed block 41 , and a fixed distance apart from the fixed rack gear 42 to be fixed. A movable rack gear 43 moving along the block 41, a pinion gear 44 rotatable by being coupled as a gear between the fixed rack gear 42 and the movable rack gear 43, and the pinion gear ( 44) and fixedly coupled with a dial 45 for rotating the pinion gear 44. Whole walnut manufacturing apparatus, characterized in that it consists of a dial (45).
According to claim 1,
The pair of support blocks 13 and 14 are composed of an inner support block 13 and an outer support block 14 and are fixed to the saddle 12 so that the distance between them is constant, and the inner support block 13 has a lever A clamp device 20 for moving the gripper 23 in a direction perpendicular to the movement direction of the saddle 12 according to the rotation of 21 is installed, and a handle 25 is installed on the external support block 14 to provide the The grippers 23 and 24 are rotated by the rotation of the handle 25, and the walnut W fixed to the grippers 23 and 24 is rotated by the rotation of the grippers 23 and 24 and the wire saw 31 ), and the walnut skin is cut in contact with the whole walnut manufacturing device.
delete According to claim 1,
The clamp device includes a fixing block 51 fixed to the saddle 12 , a fixing bar 52 installed inside the fixing block 51 , and a fixing block 51 installed at a distance from the fixing bar 52 . ) a moving bar 53 moving along, a rotating block 54 coupled with a link 55 between the fixed bar 52 and the moving bar 53 to be rotatable, and the rotating block 54 and Whole walnut manufacturing apparatus characterized in that it is fixedly coupled with a dial (56) for rotating the rotating block (54).
5. The method of any one of claims 1, 2 or 4,
The walnut (W) fixed between the grippers (23, 24) is fixed with the joint surface (JP) of the walnut skin in contact with both grippers (23, 24), and the wire saw 31 is the joint surface of the walnut skin ( JP) and a whole walnut manufacturing device characterized by cutting walnuts (W) in a vertical state.
delete delete In the manufacturing method of removing the walnut skin to make whole walnuts,
In a state in which the walnut (W) is held by the grippers (23, 24) of the clamp device capable of gripping the walnut, the walnut skin is cut by the wire saw (31) rotated in a caterpillar manner, but the grippers (23, 24) ), rotate the walnuts together to cut the entire outer surface of the walnut skin,
The clamp device includes a fixed block 41 fixedly coupled to the saddle 12 , a fixed rack gear 42 installed inside the fixed block 41 , and a fixed distance apart from the fixed rack gear 42 to be fixed. A movable rack gear 43 moving along the block 41, a pinion gear 44 rotatable by being coupled as a gear between the fixed rack gear 42 and the movable rack gear 43, and the pinion gear ( 44) is fixedly coupled with a dial 45 for rotating the pinion gear 44, and a method of manufacturing whole walnuts, characterized in that the walnut skin is cut while rotating the walnuts by a clamp device.
9. The method of claim 8,
Whole walnut production method, characterized in that the walnut skin of the walnut is cut in a state with an angle (α) between the joint surface of the walnut skin and 10 to 90 °.

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