KR20060025342A - Rice cake and confectionery of material a automatic cutting machine - Google Patents

Abstract

The present invention simplifies the structure of the automatic cutting device for rice cakes and confectionery materials to reduce the production cost by making the molding and cutting stable according to the processing characteristics of the rice cakes and confectionery materials (2), and also in the processing situation. The conveyor belt 12 is placed on the front side roller (8) and the rear side roller (10) in order to manufacture a large quantity of rice cakes and confectionery materials of high quality by facilitating the expansion and contraction according to this. And a drive motor 16 for supplying power to the conveyor belt 12, and a cutting device 14 is installed on the conveyor belt 12 to drive the motor 16 from the drive motor 16. It relates to a rice cake and confectionery material automatic cutting device for cutting the rice cake and confectionery material (2) while operating by receiving power.

Rice cake, conveyor belt, roller

Description

Rice cake and confectionery of material a automatic cutting machine

1 is a state in which the cutting device of the present invention is installed on a conveyor belt.

FIG. 2 is a cross-sectional view taken along the line AA of FIG. 1. FIG.

3 is a schematic view showing a power transmission unit of the present invention cutting device.

Figure 4 is a perspective view of the present invention combined cutting device.

5 is an exploded perspective view of the present invention cutting device.

Figure 6 is a cross-sectional view of the present inventors cutting device.

Figure 7a, 7b, 7c is an operating state of the present invention cutting device.

* Explanation of symbols for the main parts of the drawings

2: rice cake and confectionery material 4: lateral cutting part 6: longitudinal cutting part

8: Front side roller 10: Rear side roller 12: Conveyor belt

14: cutting device 16: drive motor 18, 20, 22: sprocket

19: Idle Sprocket 24: Chain 26: Frame

28: cutting rotating member 30: cylindrical member 32: cutting blade

33: goal 34: operation bar 36: rotation axis

38: side plate 40: long hole 42: impact ring

44 plate 46 stripping surface 48 pressure surface

50: fixing protrusion 52: support plate

The present invention relates to a rice cake and confectionery material automatic cutting device, in particular, a plate-shaped rice cake having a certain size (injeolmi) and a rice cake or confectionery material of a suitable size to eat a confectionery material in a short time in a large amount. And to provide an automatic cutting device for confectionery material.

As such, in the process of making rice cakes and confectionery, when cutting their materials to a proper size, a person further advances in a step of making a rice cake flat with a water on his hands and cutting it to a predetermined size with a knife or the like. Put the rice cake and confectionery material on the conveyor belt, and operate the knife-like blade such as small beans at the end of the direction in which the conveyor belt moves. there was.

However, all of the above-described conventional techniques are not required to be uniform in size or shape in the cutting of rice cakes or confectionery, which requires not only the skill of the work but also the small amount of production per unit time. An impossible problem has arisen.

In addition, even when cutting the rice cake or confectionery material by hand or conveyor belt, the shape or shape was not constant, making it impossible to produce products that can be trusted by consumers.

The present invention is to provide a rice cake and confectionery material cutting device in the conveyor belt for transporting the material in consideration of the above problems when processing the rice cake and confectionery material to a specific size and shape (horizontal and vertical cutting), the processing In addition to cutting according to the situation, this machine can be added or removed as needed to produce high-quality rice cake products that can arbitrarily adjust the confectionery cakes and confectionery materials in long or square shape. The purpose is to make it possible.

Another object is to simplify the structure of the cutting device to reduce the manufacturing cost.

The present invention is configured by winding the conveyor belt (12) in the orbital form on the front side roller (8) and the rear side roller (10), and installs a drive motor (16) for supplying power to the conveyor belt (12). In one embodiment, a cutting device 14 is installed on the conveyor belt 12 to cut the rice cake and the confectionery material 2 while operating by receiving power from the driving motor 16.

1 and 2 of the present invention constituted as described above, the rice cake and confectionery material 2 (see Fig. 1) (see Shiru-teok, confectionery, etc.) made by the toilet (not shown) are shown in the horizontal direction. After passing through the transversal cut (4) to cut, the section is made by passing through the device of the longitudinal cut (6) to cut in the longitudinal direction.

In the transverse cutting portion 4 configured as described above, the front end roller 8 rotating at a predetermined distance and the conveyor belt 12 for transporting the material to the rear side roller 10 are configured in an orbital manner. The support roller 13 (see FIG. 2) is rotatably installed at the front lower portion of the conveyor belt 12, and the upper portion of the conveyor belt 12 (see FIG. 1) in which the support roller 13 is positioned. And a cutting device 14 for cutting and passing the confectionery material 2 to the same length so as to rotate. A driving motor 16 for providing power is located under the conveyor belt 12.

At the exit side of the transverse cutting portion 4 (see FIG. 1) installed as described above, a longitudinal cutting portion 6 for cutting the transferred rice cake and confectionery material 2 in the longitudinal direction is disposed, and the vertical cutting portion 6 is It is formed in the same structure as the transverse cut (4), but the cut rice cake and confectionery material (2) is larger than the length, the width of the longitudinal cut (6) is formed smaller than the width of the transverse cut (4) It is structured but not limited in size.

At this time, if only the transverse cutout portion 4 is installed and the longitudinal cutout portion 6 is removed, the rice cake and confectionery material 2 is made to have a product that is cut in a greater width than the length.

Therefore, the rice cake and confectionery material 2 is made into a specific shape according to the required characteristics, and when the rice cake and confectionery material 2 is subsequently processed into a specific shape, the terminal cutting part 6 is cut off. You can install or install another device.

As shown in FIG. 3, the sprockets 22, 20, and 18 are coupled to the front side roller 8, the cutting device 14, and the driving motor 16 installed as described above, and the driving motor ( The sprocket 18 of 16 is rotatably coupled to the frame 26 while engaging an idle sprocket 19 for switching the rotational direction.

The sprockets 22, 20, and 18 and the idle sprocket 19 are wound with a chain 24 for transmitting power, and the conveyor belt 12 (see Fig. 1) has a frame for supporting the ground. 26 are installed vertically, respectively.

The front side roller 8 and the rear side roller 10 are rotatably coupled to the frame 26 constituting the transverse cutting portion 4 and the longitudinal cutting portion 6, and the driving motor 16 is a conveyor belt ( 12) It is mounted at the bottom.

Looking at the cutting device 14 provided in the transverse cutting portion 4 and the longitudinal cutting portion 6 as described above in Figures 4 to 6 as follows.

First, the cutting devices 14 are formed on the conveyor belt 12 (refer to FIG. 6), and a cutting rotating member 28 for cutting the rice cake and the confectionery material 2 to a predetermined length is configured. The member 28 is formed with a cylindrical member 30 having a size smaller than the width of the conveyor belt 12, and a plurality of cutting blades for cutting the rice cake and confectionery material 2 on the outer circumference of the cylindrical member 30 ( 32) is radially disposed and protrudes.

At this time, the cutting blade 32 is formed with a predetermined height while forming a bone 33 to allow the rice cake and confectionery material 2 to flow into the interior, and the pattern is a straight surface, uneven surface. It can be formed by applying any one of the zigzag surface, S-shaped surface.

Between each cutting blade 32 (see FIG. 5) installed as described above, the rice cake and the confectionery material 2 are introduced, and the introduced rice cake and the confectionery material 2 are pushed by the operation bar 34. The operation bar 34 is installed to be able to flow inward and outward, and the operation bar 34 has a length longer than the width of the cutting blade 32.

The cylindrical member 30 is fixed to the rotation axis 36 constituting the center of rotation protruding both sides by a predetermined length, the side plate 38 of the circular plate on both end sides of the cylindrical member 30 is a cutting blade (32) ) It is formed with a diameter smaller than the end diameter and fixedly screwed together so that it can rotate together.

The side plate 38 has a plurality of long holes 40 are radially arranged in the same number as the bone 33, the hole length of the long holes 40 is to push the rice cake and confectionery material (2) to the outside In order to be of an appropriate length, it is preferable to start from the bone 33 to a position lower than the end of the cutting blade 32.

The long hole 40 formed as described above is coupled to the operating bar 34 to flow while passing through one side.

Subsequently, the outer side of the side plate 38 is spaced apart from the impact ring 42 for guiding the end of the operation bar 34 to move along the circumference, the impact ring 42 is separated from the rotation long axis 36 separately It is loosely fitted to be coupled, wherein the impact ring 42 is formed of a disk-shaped plate 44, the outer periphery of the plate 44 is an arc-shaped stripping surface 46 in sliding contact with the operation bar 34 It is formed in, the side of the stripping 46 is pushed by the rice cake and confectionery material (2) is moved by the operating bar 34 to move inward to move the rice cake and confectionery material (2) again The pushing surface 48 which is pushable is inclined at a predetermined angle and is connected.

The long hole 40 of the side plate 38, which is covered by the impact ring 42 installed as described above, does not allow the operation bar 34 to flow in the portion where the detachment surface 46 of the impact ring 42 is located. A narrow space is formed, and a wide space is formed at the portion where the pressing surface 48 is located so that the operation bar 34 can flow.

Accordingly, when the operating bar 34 moves along the pressing surface 48 of the impact ring 42, the operating bar 34 may flow and move in the long hole 40, and when moving along the stripping surface 46, the inside of the long hole 40. Will move to a fixed state.

In addition, one surface of the plate 44 is formed with a fixing protrusion 50 to protrude, and the support plate 52 is fixed to the upper portion of the frame 26 on the outside of the plate 44 fixed protrusion 50 By screwing the impact ring 42 is stopped on the rotating long axis 36 in the stopped state, and the support plate 52 is coupled to the end of the rotating long axis 36 to the bearing rotatably.

The sprocket 20, which connects the chain 24, is coupled to one end of the rotating long shaft 36 of the cutting device 14 while being positioned outside the support plate 52.

Referring to the operation of the present invention configured as described above are as follows.

First, when the driving motor 16 is put on the conveyor belt 12 of the transverse cutting portion 4 (see FIG. 1) to process the rice cake and the confectionery material 2, the power is sprocket 20, 18, 22 and the idle sprocket 19 is transmitted to the chain 24, wherein the front side roller (8) of the transverse cutting portion (4) while rotating the conveyor belt (12) for the rice cake and confectionery The material 2 reaches the front surface of the cutting rotating member 28 rotating as shown in FIG. 7A, and the front portion of the rice cake and confectionery material 2 is cut off as shown in FIG. 7B. 32) (refer to FIG. 5) and flows into the valley 33 portion side.

When the operation bar 34 moving in the rotational direction together with the cutting rotating member 28 and the side plate 38 rotating as described above passes through the stripping surface 46, the pressing surface 48 and the long hole 40 In the space generated between the outer end is pushed by the rice cake and the confectionery material (2) is in close contact with the pressing surface 48, after which the operating bar 34 moves in the rotational direction with the side plate 38 While sliding in close contact with the pressing surface 48, the sliding surface moves along the inclined surface.

At the same time, the operation bar 34 is moved into the valley 33 formed in the cylindrical member (30).

If the cutting and rotating member 28 rotates and the rice cake and confectionery material 2 is conveyed, the end of the cutting blade 32 is in contact with the conveyor belt 12 in which the support roller 13 is placed, and then the rice cake and confectionery material. The raw material 2 is cut, and at the same time, the operation bar 34 is positioned inside the long hole 40 in contact with the pressing surface 48.

When the rice cake and confectionery material 2 passes through the cutting rotating member 28 as shown in FIG. 7C, the operation bar 34 may press the pressing surface 48 formed on the plate 44 of the impact ring 42. It moves away along the stripping surface 46, wherein the operation bar 34 moves to the outer end of the long hole 40 and pushes the rice cake and confectionery material 2 from the inside of the bone 33 to the outside. .

Therefore, the rice cake and the confectionery material 2 are separated from the cutting device 14 and transported along the conveyor belt 12 in a state of being cut into a predetermined length.

As described above, the rice cake and the confectionery material 2 cut in the lateral direction have a rectangular shape having a width equal to the length of the cutting blade 32 and a length equal to the interval between the cutting blades 32. The rice cake and confectionery material 2 is cut into rectangular shapes having a large width and a small length.

After the rice cake and confectionery material 2 passes through the horizontal cutting portion 4 to reach the vertical cutting portion 6, the rice cake and the confectionery material 2 are transported along the conveyor belt 12 and passed through the cutting device 14 as described above. Are cut equally.

At this time, the width of the rice cake and confectionery material (2) has a gap between the cutting blades 32 when the cutting at the transverse cutting (4), the length of the cutting blade (32) when cutting at the longitudinal cutting (6) The sections are completed and taken out, with a gap between them.

The rice cake and confectionery material 2 to be cut as described above is made while the edge cut according to the pattern shape of the applied cutting blade 32 is formed into a straight surface or an uneven surface, a zigzag surface, an S-shaped surface, or the like.

On the other hand, unlike the above, if you only want to make long transverse cutting of the rice cake and confectionery material (2) by installing only the transverse cutting portion 4 and removing the longitudinal cutting portion (6), the rice cake and confectionery material (2) Only products will be made.

As described above, the rice cake and the confectionery material 2 may be processed in a state in which the longitudinal cutting part 6 is removed, and the vertical cutting part 6 may be processed in a specific shape in addition to the device constituting the present invention. You can also install

In the present invention, since the operation bar 34 moves along the pressing surface 48 and the stripping surface 46 formed on the impact ring 42, and removes the mold and the confectionery material 2 while continuously pressing and shaping, It is possible to stably mold and cut the rice cake and confectionery material 2 in the longitudinal and lateral directions, thereby producing a large amount of constant quality, and to simplify the structure of the cutting device 14, thereby reducing the manufacturing cost. In addition, the shape of the rice cake and the confectionery material (2) according to the needs of the separate cutting device 14 can be easily laid or removed, it is possible to produce the required product, and also the installation is easy The cost saving effect is large.

Claims (5)

In the case in which the conveyor belt 12 is wound around the front side roller 8 and the rear side roller 10 in a track form, and a drive motor 16 for providing power to the conveyor belt 12 is provided. , The cutting device 14 is installed on the conveyor belt 12, and the rice cake and confectionery material 2 are automatically cut, while being operated by receiving power from the driving motor 16. Cutting device. The method of claim 1, In the cutting device 14 The cylindrical member 30 which is rotated by receiving power from the driving motor 16 is configured while forming a plurality of cutting blades 32 radially on the outer circumference, and the support plate 52 is coupled to both ends of the cylindrical member 30. While the conveyor belt 12 is installed on both sides of the cake and confectionery material automatic cutting device. The method of claim 2, An operating bar 34 is installed between each cutting blade 32, Side plates 38, each of which has a plurality of radially formed long holes 40 to pass through the outside of the operation bar 34, are coupled to both ends of the cylindrical member 30, respectively. The impact ring 42 disposed around the end of the operation bar 34 is fixedly coupled to the support plate 52 while being separated from the side plate 38, Rotating shaft 36 is fixedly coupled to the cylindrical member 30 through the side plate 38 and the impact ring 42 to be rotatably coupled to the support plate 52, characterized in that the automatic cutting of rice cake and confectionery material Device. The method of claim 3, wherein The impact ring 42 is composed of a plate 44 having a predetermined thickness, the upper surface of the plate 44 is formed with an arc-shaped stripping surface 46, a straight line at the end of the stripping surface 46 Rice cake and confectionery material automatic cutting device, characterized in that formed on the lower side of the plate 44 while the pressing surface 48 is connected. The method of claim 4, wherein The pressing surface 48 is an automatic cutting device for pastry and confectionery material, characterized in that formed inclined at a predetermined angle.

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