KR20070013805A - Semiautomatic rice cake cutting system - Google Patents

Abstract

Provided is an apparatus for cutting tteok(Korean rice cake) semiautomatically to allow a plurality of tteok to be cut by a constant size and a constant shape. The apparatus comprises a first frame(1) whose front part is opened and which is provided with an operation panel(1A) at the front upper part; a second frame(2) which is provided in the inner part of the first frame and has axes(2A) at left and right sides to be connected with the first frame by the axes; a tteok plate(10) which is formed at the inner lower part of the second frame and is separated into a plurality of pieces; a cutter(20) which is inserted into the pieces of the tteok plate so as to be move up and down; a cutter moving device(30) which fixes and moves the cutter; a pushing plate(40) which pushes the upper part of the tteok plate to fix tteok; a pushing plate moving device(50) which moves the pushing device up and down; a pushing rod moving device(60) which pushes the center of the pushing plate to prevent the floating of the center part of tteok and is provided with a plurality of pushing rods; a discharge device(70) which discharges the cut tteok; and a power delivery device(80).

Description

Semi-automatic rice cake cutting system

1 is a perspective view showing an example of a conventional rice cake cutting tool,

Figure 2 is a front view showing an example of a semi-automatic rice cake cutting device of the present invention,

Figure 3 is a perspective view showing an example of a rice cake plate and a cutting machine of the semi-automatic rice cake cutting device of the present invention,

Figure 4 is a partially enlarged view showing the main portion of the rice cake plate and the cutting machine of the semi-automatic rice cake cutting device of the present invention,

Figure 5 is a perspective view showing an example of the pressing plate of the semi-automatic rice cake cutting device of the present invention,

Figure 6a and 6b and 6c is a partially enlarged view showing the main portion of the pressure plate flow device of the semi-automatic rice cake cutting device of the present invention,

7 is a front view showing an example of the push rod flow device of the semi-automatic rice cake cutting device of the present invention,

8 is a plan view showing the main portion of the pressing plate and the push rod flow device of the semi-automatic rice cake cutting device of the present invention,

9 is a partially enlarged view showing an example of a cutter flow device of the semi-automatic rice cake cutting device of the present invention;

Figure 10 is a partially enlarged view showing the coupling portion of the rice cake plate and the cutter and the cutter flow device of the semi-automatic rice cake cutting device of the present invention,

11 and 12 is a use state showing an operation example of the semi-automatic rice cake cutting device of the present invention,

13 is a partially enlarged view showing an example of a pusher in the semi-automatic rice cake cutting device of the present invention;

Figure 14 is a partially enlarged view showing an example of the ejector of the semi-automatic rice cake cutting device of the present invention,

15 is a front view showing another use example of the semi-automatic rice cake cutting device of the present invention.

[Explanation of symbols for the main parts of the drawings]

1: 1st frame 1A: operation panel

1B: console 2: second frame

2A: shaft 2B: rice cake joint

10: rice cake 11: the upper portion

12: spring 13: guide rod

14: fixing plate 14A: through hole

15: coupling bolt 20: cutter

21: Template 22: Day

23: guide groove 23A, 23B: upper and lower guide

30: cutter flow device 30A: cutter fluid plate

31: projection 32A, 32B: upper and lower fixing part

33: pipe 40: pressing plate

41: upper plate 42: first pressing plate

43: second pressing plate 44: coupling bolt

50: pressure plate flow device 51: groove

52: fluid plate 53: fixing part

60: push bar flow device 61: push bar

62: fixing plate 63: fixing part

70: discharge device 70A, 70B: upper and lower feed rail

71: press 72: flow pipe

73: through socket 74: transfer plate

75: ejector 76: tongs

80: power transmission device SH: screw hole

SC: Screw Shaft B: Ball Bearing

G: Chain gear CH: Chain

M: electric motor

The present invention relates to a rice cake cutter for cutting rice cakes with an equal size among rice cake forming machines, and more specifically, after uniformly distributing rice cakes having a predetermined size or more on a rice cake plate, the rice cake has a certain size through a cutting blade that rises from below the rice cake plate. The present invention relates to a semi-automatic rice cake cutting machine comprising a rice cake cutter for forming a plurality of rice cakes and an ejector for discharging the plurality of rice cakes individually.

At present, when making a rice cake or various improved rice cakes, even a beginner is using various tools to cut several pieces to a certain size at a time without wasting time.

This was made in a conventional mill or bakery, and then it took a long time because it was cut several times with guesswork using a kitchen knife or cut to a suitable size using a wooden ruler. It was hard to do.

Therefore, without the rice cake expert, the overall rice cake manufacturing operation is slow, and the efficiency is low, and a certain rice cake cannot be manufactured, so that the skilled person does not have a proper holiday and forms an absurdity that causes overtime work.

In addition, as described above, rice cakes cut by human beings are sometimes uneven in shape even by skilled workers, and rice cakes cut by non-skilled persons are unsightly in appearance and various shapes that can be cut to a certain size at a time. You are using the tool.

However, various tools currently used as shown in Figure 1, such as Shiru-teok and various types of rice cakes are put into a certain size of a shiru during manufacture, and then insert a cutter having a plurality of lattice cutting blades inserted into the shiru. I am exerting strength and am cutting rice cakes and various rice cakes.

Therefore, the worker's physical consumption was increased due to the repetitive work for cutting the rice cakes, and it was difficult to remove the rice cakes easily because the rice cakes were stuck on the cutting equipment after cutting. There was a hassle to lift and move with tools.

Therefore, the present invention was devised in view of the above-mentioned conventional problems, and the first object of the present invention is to make shiru-teok and various improved rice cakes, and then put them in a cutting machine so that they can be cut to a certain size so that a large amount of rice cakes can be easily cut. By cutting, the shape of the rice cake is uniform, and the aesthetic appearance looks good.

The second object of the present invention is to put the rice cake on the rice cake machine, and to put the rice cake on the rice cake machine, without cutting out the various rice cakes made in the rice cake such as shiru-teok separately and putting them on the rice cake cutter. It is to shorten the working time of taking out rice cakes for cutting and to make individual packing so as to improve work efficiency and commerciality.

An object of the present invention as described above, the rice cake cutter used to cut a plurality of rice cakes to a certain size, the first frame is formed in a rectangular box shape, the front portion is opened, the front frame having an operation panel;

A second frame provided inside the first frame, formed in a quadrangular enclosure shape, and having a shaft on the left and right sides, the second frame being axially coupled to the first frame;

A rice cake plate provided on the inner lower portion of the second frame and separated into a plurality of pieces;

A cutter inserted between the rice cake plates so as to be movable up and down;

A cutter flow device for fixing the cutter to flow up and down;

A pressing plate for fixing the rice cake by pressing an upper surface of the rice cake plate;

Press plate flow device for flowing the pressing plate up and down;

A push rod flow device for pressing the center of the press plate and having a plurality of push rods having a predetermined length downward to prevent the center of the rice cake from lifting;

Discharge apparatus provided for discharging the cut rice cake; Wow

A power transmission device for each of the cutter and the pressure plate flow device and the discharge device; And

In the present invention, the second frame is provided with an electric motor provided in the front and rear surfaces, the lower portion of the first frame, and each shaft fixed to the center of both sides of the second frame by a flange, the shaft is both sides of the first frame The second frame is rotated by 180 °, with a ball bearing coupled to the lower motor and the shaft to connect the shaft, and is achieved by inserting a rice cake by removing the pressing plate.

On the other hand, in the present invention, the rice cake plate is formed of a plurality of grids are separated individually, and provided with a guide rod including a spring in the lower portion of each rice cake plate, the guide rod is penetrated to the upper side the rice cake plate, the lower side Is provided with the spring, is fixed to the lower both sides of the second frame, it is achieved by consisting of a fixed plate having a plurality of through holes.

In addition, in the present invention, the cutter has a plurality of blades formed on the inside of the grid to be inserted into the gap between each of the rice cakes that are separately separated in the hollow rectangular mold, and the main portion of the cutter flow device on the outer both sides and It is achieved by having a guide groove to be engaged.

On the other hand, in the present invention, the cutter flow device is provided with a projection for inserting the guide grooves of the cutter on both sides, the cutter flow plate having screw holes in the front and rear ends of both sides, and through the screw hole up and down side high It includes a screw shaft fixed to both sides of the second frame including a ball bearing in the government, comprising a chain gear provided under each screw shaft, a chain connecting the chain gear and a power transmission device for flowing the chain Is achieved.

In addition, in the present invention, the pressing plate is provided with both the upper plate coupled to the pressing plate flow device, the first pressing plate coupled to the lower portion of the upper plate, the second pressing plate of silicon material on the lower surface of the first pressing plate Is achieved.

On the other hand, in the present invention, the press plate flow apparatus is formed with grooves in which both sides of the upper plate of the press plate is formed, the flow plate is coupled to the screw holes provided at each corner, and through the screw hole to the bottom constant A screw shaft having a length and penetrating the upper surface of the second frame to be fixed by a fixing part including a ball bearing, and a chain gear and a chain connecting the chain gear to upper ends of each of the screw shafts; This is achieved by including a power train for flowing the chain.

In addition, in the present invention, the push rod flow device is provided with two screw holes on each side of the rectangular fixed plate, the screw shaft passing through the screw hole to a predetermined length downward, and the upper portion of the screw shaft is the first It is fixed to a fixed portion including a ball bearing through the upper surface of the two frame, having a chain gear at the upper end of the screw shaft, including a chain connecting each chain gear and a power transmission device for flowing the chain Is achieved.

On the other hand, in the present invention, the discharge device has a vertical upper and lower conveyance rail having a predetermined length to the left and right, and the pressing is conveyed to the left by a predetermined interval along the lower conveying rail, and has a length to the lower surface of both sides of the presser A transfer pipe having a flow pipe which flows into the air passage, a through socket for preventing the flow pipe from being separated, a transfer plate having the screw hole coupled to the screw shaft, and a lower discharger that is reciprocated to the left along the upper transfer rail. The tongs provided on the chain and the chain and the chain gear connected to the left and right on the upper side of the tong, and the power transmission device for rotating the chain gear is achieved.

In addition, in the present invention, the power transmission device is achieved by using a servo motor capable of inputting and outputting electronic signals, and having a console for control on the first frame.

The above and other objects, advantages and features of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which preferred embodiments are shown.

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

Figure 2 is a front view showing an example of a semi-automatic rice cake cutting device of the present invention, Figure 3a is a plan view showing an example of a rice cake plate of the semi-automatic rice cake cutting device of the present invention, Figure 3 is a rice cake plate and a semi-automatic rice cake cutting device of the present invention 4 is a perspective view showing an example of a cutting machine, Figure 4 is a partially enlarged view showing the main portion of the rice cake plate and the cutter of the semi-automatic rice cake cutting apparatus of the present invention, Figure 5 is a perspective view showing an example of the pressing plate of the semi-automatic rice cake cutting device of the present invention 6A, 6B and 6C are partially enlarged views showing the main part of the press plate flow device of the semi-automatic rice cake cutting device of the present invention.

In addition, Figure 7 is a front view showing an example of the push bar flow device of the semi-automatic rice cake cutting device of the present invention, Figure 8 is a plan view showing the main portion of the pressing plate and the push bar flow device of the semi-automatic rice cake cutting device of the present invention, 9 is a partially enlarged view showing an example of a cutter flow device of the semi-automatic rice cake cutting device of the present invention, Figure 10 is a partially enlarged view showing a coupling portion of the rice cake plate and the cutter and the cutter flow device of the semi-automatic rice cake cutting device of the present invention. 11 and 12 are used state diagram showing an operation example of the semi-automatic rice cake cutting device of the present invention, Figure 13 is a partially enlarged view showing an example of the pusher of the semi-automatic rice cake cutting device of the present invention, Figure 14 Partial enlarged view showing an example of the ejector of the semi-automatic rice cake cutting device of the present invention, Figure 15 is a front view showing the use of another example of the semi-automatic rice cake cutting device of the present invention.

Semi-automatic rice cake cutting device of the present invention is largely composed of a first frame (1) and the second frame (2), the second frame (2) is a rice cake plate 10 and the cutter 20 and the cutter flow device (30) And press plate 40, press plate flow device 50, and push bar flow device and ejector 70, the first frame is provided with an operating panel 1A and a console 1B to control them.

In more detail with respect to each of these components, a second frame of a relatively smaller rectangular box is provided inside the first frame (1) of the rectangular enclosure type, the first frame (1) and the first The two frames 2 are coupled to the shaft 2A and the ball bearings B provided on both sides, and the shaft 2A and the motor M are provided with an electric motor M on the lower surface of the first frame 1. It is configured to be rotatable provided with a chain (CH) and a chain gear (G) connecting between.

In addition, among the respective components provided inside the second frame 2, the rice cake plate 10 provided in the lower portion is formed of a plurality of lattice and separated individually, and the spring in the lower portion of each rice cake plate 10 A guide rod 13 including 12 is provided, and the rice cake plate 10 is lowered on a rectangular fixed plate 14 having a plurality of through holes 14A. In order to be provided with the spring (12).

On the other hand, the cutter 20 is inserted into the rice cake plate 10, a plurality of blades formed in a grid on the inside so as to be inserted into the gap between each of the rice cake plate 10 which is separately separated in the hollow square mold 21 ( 22) and upper and lower guides 23A and 23B are formed to have lengths on the outer both sides to form guide grooves 23 engaged with the recesses of the cutter flow device 30.

In addition, the cutter flow device 30 for vertically flowing the cutter 20 has a protrusion 31 into which the guide grooves 23 of the cutter 20 are inserted at both sides, and screw holes at both front and rear ends thereof. A screw that is fixed to both sides of the second frame 2 including a cutter fluid plate 30A having an SH and a ball bearing B in upper and lower fixing portions 32A and 32B through the screw hole SH. A shaft SC, a chain gear G provided under each screw shaft SC, a chain CH connecting the chain gear G, and a power for flowing the chain CH; It is provided with a delivery device (80).

On the other hand, the pressing plate 40 for fixing the rice cake placed on the upper surface portion 11 of the rice cake plate 10, the upper plate 41 is coupled to the pressing plate flow device 50 on both sides, and the upper plate 41 The first pressing plate 42 coupled to the lower portion, the lower surface of the first pressing plate 42 is provided with a second pressing plate 43 of silicon material.

In addition, the pressing plate 40 flow device 50 for flowing the pressing plate 40 up and down, the groove 51 is inserted into both sides of the upper plate 41 of the pressing plate 40 is formed, each corner Flow plate 52 coupled to the screw hole (SH) provided in, and has a predetermined length through the screw hole (SH) to the bottom, through the upper surface of the second frame (2) ball bearing ( A chain having a screw shaft (SC) that is fixed by a fixing portion 53 including B), the chain connecting the chain gear (G) and the chain gear (G) at the upper end of each of the screw shaft (SC) And a power transmission device (80) for flowing the chain (CH) and the chain (CH).

On the other hand, the pressing rod flow device 60 provided to prevent the central portion of the pressing plate 40 is lifted, each provided with two screw holes (SH) on both sides of the square fixing plate 62, the screw A screw shaft SC having a predetermined length downward through the hole SH and an upper portion of the screw shaft SC penetrates the upper surface of the second frame 2 to include a ball bearing B. It is fixed by the front part 63, and has a chain gear (G) at the upper end of the screw shaft (SC), the chain (CH) connecting the respective chain gear (G) and the chain (CH) to flow It is provided with a power transmission device (80).

In addition, the discharge device 70 for discharging the rice cake cut individually through the rice cake plate 10 and the cutter 20, the upper and lower transfer rails (70A, 70B) having a predetermined length to the left and right, and the lower transfer A presser 71 which is transported at a predetermined interval to the left along the rail 70B, and a flow pipe 72 which has a length to both lower surfaces of both sides of the presser 71 and which flows up and down, and the flow pipe 72 Reciprocating to the left along the transfer plate 74 having a through socket 73 for preventing the separation of), the screw hole (SH) coupled with the screw shaft (SC), and the upper transfer rail (70A) Power to rotate the chain (CH) and the chain gear (G) and the chain gear (G) which are connected to the left and right on the upper side of the tongs 76 and the upper portion of the tongs 76 provided in the discharger 75 to be transferred It is provided with a delivery device (80).

On the other hand, the power transmission device 80 of the present invention uses a servo motor capable of electronic signal input and output, provided with a console (1B) for control on the first frame (1) separately according to a pre-input operating range It consists of the cutting and discharging of rice cakes without control of the rice cake.

Reference numeral "15" is a rice cake coupling bolt for fixing the rice cake plate to the lower part of the second frame (2).

Reference numeral "33" is a vertically coupled guide rod for preventing eccentricity between the respective shafts when flowing up and down the screw hole (SH) and the screw shaft (SC) of the cutter flow device (30). .

Reference numeral 44 denotes a coupling bolt for coupling the first and second pressing plates 42 and 43 and the upper plate 41 of the pressing plate 40.

Reference numerals "A, B, C, D, E, F" are delimiters for the enlarged view of the main part of FIG.

The present invention constituted as described above is formed of the first frame 1 of the rectangular box type having a large front portion as shown in FIG. 2 and the second frame 2 of the rectangular box type having the front and rear surfaces opened. An operating panel 1A and a console 1B are mounted on the upper surface of the first frame 1 so as to control power supply and emergency stop, and thereby, power is transmitted to the components of each of the inner second frames 2. To work.

In addition, as shown in the third illustration, the rice cake plate 10 coupled to both sides of the lower portion of the second frame 2 through the rice cake coupler 15 is formed into a plurality of grids, each of which has a predetermined length downward. It includes the guide rod 13 and the spring 12 is inserted into the outer peripheral surface of the guide rod 13, each of the rice cake plate 10 through the corresponding corresponding to the rectangular fixed plate 14 The hole 14A is formed to position the rice cake plate 10 on the upper side and the spring 12 on the lower side with respect to the fixing plate 14, and thus, the rice cake plate 10 is individually moved up and down by using elasticity. It is used to flow.

Meanwhile, as illustrated in FIG. 4, the cutter 20 formed as a lattice to be inserted into a gap between the rice cake plates 10 is inserted into a gap between the rice cake plates 10 so that the blade 22 of the cutter 20 is inserted. ) Is not exposed to the upper surface 11 of the rice cake plate 10, so when the rice cake is placed on the upper surface 11 of the rice cake plate 10, the blade 22 of the cutter 20 is rice cake. It is located at the bottom of the.

The pressing plate 40 and the pressing plate flow device 50 which are used to fix the rice cake placed on the upper surface of the rice cake plate 10 are a plurality of coupling bolts on the rectangular upper plate 41 as shown in FIG. The first and second pressing plates 42 and 43 are fixed through 44, and the second pressing plate 43 is a square plate, and the lower surface of the second pressing plate 43 presses the upper surface of the rice cake. Therefore, it does not use a material that may cause corrosion, such as general metal material, it is soft when pressing the upper surface of the rice cake is less likely to damage the shape of the rice cake, it is used to be formed of elastic silicone material without corrosion.

Meanwhile, as shown in FIG. 6A, both sides of the upper plate 41 of the pressing plate 40 are inserted into the grooves 51 of the pressing plate flow device 50, and respective corner portions of both sides of the flow plate 51 are inserted. In accordance with the rotation of the screw hole (SH) coupled to the screw shaft (SC) coupled to the flow plate 51 is moved up and down, the pressing plate 40 coupled to the flow plate 51 As it flows up and down, the rice cake of the upper surface portion 11 of the rice cake plate 10 is able to press or hold.

Referring to the operation of the screw shaft (SC) of the pressing plate flow device 50 in more detail, as shown in Figure 6b and 6c shown in the power transmission device provided through the upper surface of the second frame ( 80 is provided with the upper end of each of the screw shaft (SC) and the chain gear (G) is provided, each of which is a chain (50A) shown in FIG. CH) is connected to the power transmission device 80 when the rotation, the respective chain gears (G) are interlocked and rotated, so that the respective screw shaft (SC) coupled to the lower chain gear (G) Rotating, the flow plate 52 of the pressing plate 40 coupled to this flows up and down, so that the pressing plate 40 coupled to the groove 51 of the flow plate 52 presses the rice cake Or release.

On the other hand, the pressing plate 40 is pressed by the screw shaft (SC) provided at each corner of the pressing plate flow device 50 so that the pressure in the center of the rice cake is weakened so that the rice cake in the center is not lifted or pressed properly. .

Therefore, in order to prevent this, the pressing rod flow device 60 having a plurality of pressing rods 61 which presses the center separately is provided at the inner center of the second frame 2 so that the center of the pressing plate 40 is provided. Allow them to press separately.

The push rod flow device 60 will be described in more detail. As shown in FIG. 7, each of the chain gears G and the power transmission device 80 of the second frame upper surface is provided through the pipe. The chain (CH) for interlocking the chain gear (G) provided at the upper end is connected to one as in the chain coupling (60A) of Figure 8, the chain gear (G) of the power transmission device 80 is When rotated, the chain gear G rotates along this, and the screw shaft SC coupled to the lower portion of the chain gear G rotates.

Therefore, the fixing plate 62 having a screw hole (SH) coupled to the screw shaft (SC) is moved up and down, provided in the lower portion of the fixing plate 62 and a plurality of the pressing rod having a length downward ( 61 is to press the center of the pressing plate (40).

In addition, the cutter 20 inserted into the rice cake plate 10 through the cutter flow device 30 is raised to cut the rice cake fixed by the pressing plate 40 and the pressing rod 61, which is illustrated in FIG. As shown in FIG. 9 and FIG. 10, when the power transmission device 80 provided downward on the outside of the second frame 2 rotates, the chain gear G coupled to the lower end of the power transmission device 80 is rotated. The chain gear (G) provided under each of the screw shaft (SC) coupled to interlock with and is connected through the chain (CH), each of the front and rear sides through one power transmission device (80) Rotate the screw shaft (SC) at the same time.

Therefore, as shown in FIG. 11, the cutter 20 coupled to each screw shaft SC is rotated upwards or downwards as shown in FIG. 11, and when the upper blades are transferred upwards, rice cakes placed on the rice cake plate 10 are removed. Cut from the bottom.

In addition, the cut individual rice cake is to push up the guide rods 13 of the rice cake plate 10 one by one to raise the rice cake plate 10 upward, and has a length upward as shown in FIGS. 12 and 13. The presser 71 receives the rotational force of the power transmission device 80 provided in the lower portion so that the screw shaft SC interlocked therewith is rotated, and the transfer socket 73 is fixed with the through socket 73. Due to the plate 74, the power transmission device 80 and the presser 71 are moved up and down.

On the other hand, the pusher 71 of the discharge device 70 is pushed up one by one guide rod 13 while moving in parallel at regular intervals along the lower transfer rail (70B) at one end, Figure 12 14, the rice cake plates 10 sequentially pushed up one by one as shown in FIG. 14 have the ejector 75 provided on the upper side thereof in parallel to move along the upper transfer rail 70A to parallel the upper surface of the rice cake plate 10. Lowered to a certain height of (11), the cut piece of rice cake lying on the upper surface 11 of the rice cake plate 10 while the tongs 76 of the lower portion of the discharger 75 is transferred from the left and right to the inside After picking up and moving up, the rice cakes, which are moved in parallel to the sides, are placed on a packing machine that can pack them individually.

In addition, as another use example of the present invention, the second frame 2 is fixed to the shaft (2A) through the flange (F) at the left and right lower center to rotate 360 °, the shaft (2A) is Is coupled to the ball bearing (B) on the left and right sides of the first frame (1), the chain gear (G) is provided on one side of the shaft (2A), the chain gear (on the lower end of the first frame (1) Mounting the electric motor (M) having a G), connecting each of the chain gear (G) through the chain (CH) to the second frame (2) due to the rotation of the motor (M) Will rotate.

Accordingly, as shown in FIG. 15, the pressing plate 40 of the second frame 2 rotated inside is removed, the existing shiru 100 containing the rice cake is combined, and the pressing plate flow device 50 is raised. The upper surface 11 of the rice cake plate 10 is brought into close contact, and the pressing rod flow device 60 is raised to come into close contact with the bottom surface of the see-through 100.

When the second frame 2 is rotated again to place the rice cake plate 10 at the lower portion, the rice cake contained in the shiru 100 is placed on the upper surface 11 of the rice cake plate 10. The flow device 50 is raised to remove the shiru 100, the pressing plate 40 is coupled to lower the rice cake, and the cutter 20 is raised to cut the rice cake.

Through this, without putting the rice cake contained in the shiru 100 on the rice cake plate 10 one by one, it is possible to put the rice cake on the rice cake plate 10 by rotating the rice cake 100 semi-automatically.

With the use of the semi-automatic rice cake cutting device of the present invention constructed and functioning as described above, after making shiru-teok and various improved rice cakes, they can be cut into a certain size by inserting them into a cutter to easily cut a large amount of rice cake. It is possible to make rice cakes that look good in aesthetic view, and take out various types of rice cakes that are made in shiru, such as shiru-teok, and take them out semi-automatically without cutting them on a rice cake cutter. It shortens time and enables individual packaging to increase work efficiency and merchandise.

Claims (10)

A rice cake cutting machine used to cut a plurality of rice cakes to a predetermined size, comprising: a first frame (1) formed in a rectangular box shape, having a front portion opening, and having an operating panel (1A) on the front upper surface; A second frame (2) which is provided inside the first frame (1), is formed in a rectangular enclosure, and has an axis (2A) on the left and right and is axially coupled with the first frame (1); Rice cake plate 10 which is provided in the lower inner side of the second frame and separated into a plurality; A cutter 20 inserted between the rice cake plates 10 so as to be movable up and down; A cutter flow device 30 which fixes the cutter 20 and flows it up and down; A pressing plate 40 for fixing the rice cake by pressing the upper surface portion 11 of the rice cake plate 10; A press plate flow device 50 for flowing the press plate 40 up and down; A pressing rod flow device (60) having a plurality of pressing rods (61) having a length downward to prevent the center of the rice cake from being lifted by pressing the center of the pressing plate (40); Discharge apparatus 70 is provided for discharging the cut rice cake; And Semi-automatic rice cake cutting machine, characterized in that each of the cutter flow device 30 and the pressure plate flow device 50 and the discharge device 70 is provided with a power transmission device (80). According to claim 1, wherein the front and rear surfaces of the second frame (2), the motor (M) provided in the lower portion of the first frame (1), and the flange (F) in the center of both sides of the second frame (2) Each shaft (2A) is fixed with a), and the shaft (2A) is coupled to the ball bearing (B) on both sides of the first frame (1), and connects between the lower motor (M) and the shaft (2A) Semi-automatic rice cake cutting machine, characterized in that the second frame (2) is rotated by 180 ° with a chain (CH) and a chain gear (G) to remove the pressing plate 40 is inserted into the rice cake 100. . According to claim 1, wherein the rice cake plate 10 is formed of a plurality of grids are separated individually, and provided with a guide rod 13 including a spring 12 in the lower portion of each rice cake plate 10, the guide rod Square plate 13 having a plurality of through holes (14A) 14, and the rice cake plate 10 on the upper side of the fixing plate 14, characterized in that the spring 12 is provided on the lower side. Semi-automatic rice cake cutting machine. The cutting machine (20) according to claim 1, wherein the cutter (20) has a plurality of blades (22) formed in a lattice therein so as to be inserted into the gaps of the respective rice cake plates (10) which are separately separated in the hollow square mold (21). Semi-automatic rice cake cutting machine, characterized in that provided with a guide groove 23 coupled to the main portion of the cutter flow device 30 on both sides. According to claim 1, wherein the cutter flow device 30 has a projection 31 is inserted into the guide groove 23 of the cutter 20 on both sides 30, and the screw holes (SH) at both front and rear ends The screw shaft SC is fixed to both sides of the second frame 2 by including a cutter flow plate 30A and a ball bearing B in upper and lower fixing portions 32A and 32B through the screw hole SH. And a chain gear (G) provided under each of the screw shafts (SC), a chain (CH) connecting the chain gear (G), and a power transmission device (80) for flowing the chain (CH). Semi-automatic rice cake cutting machine comprising a. According to claim 1, wherein the pressing plate 40, both sides of the upper plate 41 is coupled to the pressing plate flow device 50, the first pressing plate 42 is coupled to the lower portion of the upper plate 41, the first Semi-automatic rice cake cutting machine, characterized in that the second pressing plate 43 of silicon material is provided on the lower surface of the pressing plate 42. According to claim 1, wherein the pressure plate flow device 50 is formed with grooves 51 into which both sides of the upper plate 41 of the pressure plate 40 is formed, coupled with the screw hole (SH) provided at each corner Fixed plate 53 having a predetermined length by passing through the flow plate 52 and the screw hole (SH) to the lower, and through the upper surface of the second frame (2) It is provided with a screw shaft (SC) is fixed to the chain gear (G), and the chain (CH) and the chain (CH) connecting the chain gear (G) to the upper end of each of the screw shaft (SC) Semi-automatic rice cake cutting machine characterized in that it comprises a power transmission device for flowing (80). According to claim 1, wherein the push rod flow device 60 is provided with two screw holes (SH) on each side of the fixed plate 62 of the square, passing through the screw hole (SH) to a predetermined length downward The screw shaft SC and an upper portion of the screw shaft SC are fixed by a fixing part 63 including a ball bearing B through the upper surface of the second frame 2, and the screw shaft SC. A chain gear (G) is provided at the upper end, and the chain (CH) connecting the respective chain gears (G) and a power transmission device (80) for flowing the chain (CH) are characterized in that it comprises a. Semi-automatic rice cake cutting machine. According to claim 1, wherein the discharge device 70 is the upper and lower feed rails (70A, 70B) having a predetermined length to the left and right, and the pressing member 71 is a predetermined interval conveyed to the left along the lower feed rail (70B) And a through pipe (73) having a length to both lower surfaces of the presses (71) and flowing up and down, preventing the separation of the flow pipe (72), and the screw shaft ( Transfer plate 74 having the screw hole (SH) coupled to the SC), the tongs 76 and the tongs provided in the lower portion of the discharger 75 reciprocated to the left along the upper transfer rail (70A) (76) Semi-automatic rice cake cutting machine comprising a chain (CH) and the chain gear (G) connected to the left and right on the upper side, and a power transmission device (80) for rotating the chain gear (G). The method of claim 1, wherein the power transmission device 80 uses a servo motor capable of inputting and outputting electronic signals, and having a console 1B for control on the first frame 1 in accordance with a pre-input operating range Semi-automatic rice cake cutting machine, characterized in that the cutting and discharging of the rice cake without additional control.

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