KR101947436B1 - Rice ball cooking device - Google Patents

Abstract

An object of the present invention is to provide a device for conveniently preparing rice balls in large quantities. To this end, provided is a device for preparing rice balls in which a moving unit, an alignment unit, a forming unit, and a heating unit are connected adjacently to each other. A heating frame is disposed on one side of the forming unit and is able to move along a heating frame moving rail formed on the forming unit and the heating unit. A rice ball coating material injecting unit is disposed in the forming unit and injects a rice ball coating material into grooves formed in the heating frame. The device includes a control unit controlling each element, and a protective ceiling is installed above the alignment unit and the forming unit. Accordingly, it is possible to prepare rice balls automatically without spending a large amount of money on labor and thus, it is possible to prepare high-quality rice balls at lower costs and sell the same.

Description

RICE BALL COOKING DEVICE

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a rice ball manufacturing apparatus, and more particularly, to a device for manufacturing rice balls having a surface coated with a rice ball coating material.

The rice balls did not receive much attention in the early days, but they became popular as a cheap and light meal during the 1997 financial crisis. In 2010, round shaped rice balls and hamburger-shaped rice burgers were released and various types of rice balls were released. However, the shelf life is short compared with other foods and it is not easy to store. In addition, consumers have diverse eating habits, making it difficult to satisfy consumers' diverse eating habits as rice balls sold in large quantities.

Recently, a lot of french cakes and breads using flour have come out, and the flour foods cause the following side effects.

First, the gluten protein content in flour makes digestion difficult.

Second, phosphorus in wheat flour excretes the calcium of our body into the urine, which can harm bone health.

Third, they induce addiction and often eat wheat flour and cause obesity.

Despite many side effects of such flour, the consumption of flour is increasing and the consumption of rice, the stock of our country, is decreasing.

In addition to replacing traditional flour food and increasing the consumption of rice, which is a Korean stock, it is more popular than the conventional rice balls that can be easily eaten without tools such as chopsticks, There is a growing demand for

Registered Utility Model No. 20-0255071

SUMMARY OF THE INVENTION It is an object of the present invention to provide an apparatus capable of increasing the consumption of rice, which is a stock of Koreans, and capable of easily preparing rice balls without any eating tools.

An object of the present invention is to provide an apparatus for easily producing a large amount of rice balls.

Another object of the present invention is to provide a device for producing rice balls having various flavors according to consumers' preferences by coating rice balls with various materials.

It is another object of the present invention to provide an apparatus for producing rice balls which can be stored for a longer period of time by processing the outer layer of rice balls into the form of rice balls.

According to an aspect of the present invention, there is provided a heating apparatus including a moving unit, an aligning unit, a forming unit, and a heating unit connected to each other in a neighborhood, the heating frame being disposed at one side of the forming unit, And a control part for controlling the respective constituent parts by injecting a rice ball coating material into the grooves formed in the heating frame and located in the forming part and the upper part of the aligning part and the forming part A ball-shaped rice ball manufacturing apparatus having a protection ceiling, comprising: a moving unit for moving a ball-shaped rice ball material before being formed into a bar shape and moving the separated ball-shaped ball ball material toward the aligning unit; The rice ball material of each of the separated rice balls is moved at a predetermined interval, An alignment part for separating the rod-shaped rice ball material into a square unit ball ball material and aligning the unit ball ball material so that the unit ball ball materials are arranged at a constant interval from each other; And the forming die is movable to insert the ball shaped rice balls into a groove formed in the heating die. The ball die is movable to inject the rice ball coating material into the groove formed in the heating die And an upper heating frame and a lower heating frame. When the rice ball coating material is injected and the spherical rice ball is inserted into a groove formed in the heating frame, the upper heating frame and the lower heating frame A heater for heating the heating frame to form a rice ball of the finished product; And a control unit controlling the respective components to control the ball ball material to be a ball ball of the finished product coated with the ball ball coating material.

Here, the aligning unit may include a first separating end and a second separating end, the first separating end and the second separating end being attached to the protection ceiling, Shaped rice ball material moves up to a predetermined interval and then moves up, and the second separation end is moved upward to move the ball-shaped rice ball material of each of the separated rod- And sequentially moving the rod-shaped rice ball material into the unit ball ball material and moving the unit ball ball material to the forming portion in sequence.

Here, the forming unit includes a plurality of the forming molds, a plurality of forming mold guides, and a forming mold moving end, each of the forming molds being connected to the forming mold moving end through the molding mold guide, Wherein the frame is composed of a pair of hemispherical molding lids each having a door-type input lid and a space to which the door-type input lid is coupled at an upper portion thereof, the pair of hemispherical molding frames being respectively connected to the molding frame guide through pressure- The input lid is connected to the forming die guide through a rice ball dropping arm, and includes applying a pressure to the spherical rice ball to engrave a specific gate pattern.

Here, a pair of the hemispherical molds and the moon-shaped input lid include first heating the sphere-shaped rice balls inside through the heat conduction.

Here, when the unit rice ball moves to the forming unit, the forming mold moving end positions the forming mold guide on the unit top rice ball, the forming mold guide descends while opening a pair of the hemispherical forming molds, And the mold-type input lid is lowered to form the unit rice balls positioned between a pair of the hemispherical molds to form a spherical shape and move up to the top of the heating mold, wherein the mold- And a pair of hemispherical molds is opened and the door-type input lid is lowered to insert the spherical rice balls into the grooves formed in the heating frame when a pair of frames is positioned on the upper part of the groove formed in the heating frame do.

Here, the control unit may measure the temperature of the heating frame through a temperature sensor, and control the heat transferred to the heating frame according to the measured temperature and the type of the rice ball coating material.

Here, the control unit may be operable to control the operations of the components to manufacture the rice balls in an amount required for the corresponding time when receiving the estimated sales volume information to be sold per hour connected to the external communication device.

The present invention has the effect of manufacturing and selling a new style rice ball which can be easily eaten without any tools and tools, and can contribute to dramatically increase the consumption of rice in the country.

The present invention has the effect of manufacturing and selling high quality rice balls at a lower price by automatically manufacturing rice balls without spending a large amount of labor costs.

The present invention has the effect of producing a rice ball having a relatively long storage period.

The present invention has the effect of being able to produce inexpensively and in a large quantity with various flavors according to the taste of the consumer.

The present invention has the effect of producing a rice ball that can be visually promoted and visually promoted, by allowing the producer to insert a desired pattern into rice balls.

BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.
Brief Description of the Drawings Fig. 1 is a diagram showing an outline of a rice ball manufacturing apparatus according to an embodiment of the present invention.
FIG. 2 is a view illustrating a method of moving rod-shaped rice ball materials through a first separation end so as to be spaced apart from each other at an equal interval according to an embodiment of the present invention.
3 is a view illustrating a process of separating a rod-shaped rice ball material into a square unit ball rice material through a second separation end in an embodiment of the present invention.
FIG. 4 is a view illustrating a process in which a rice ball material is made of a unit ball ball material according to an embodiment of the present invention.
5 is a view showing the structure of a mold according to an embodiment of the present invention.
FIG. 6 is a diagram showing a rice ball structure of an end product according to an embodiment of the present invention.
7 is a diagram illustrating control of a rice ball manufacturing apparatus through a control unit according to an embodiment of the present invention.

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

The terms used in this specification and claims should not be construed in a dictionary sense, and the concepts of the terms described in the present invention may be properly defined and may be embodied in the meanings and concepts consistent with the technical idea of the present invention Should be interpreted.

Therefore, the embodiments shown in the present specification and the drawings are only exemplary embodiments of the present invention, and not all of the technical ideas of the present invention are presented. Therefore, various equivalents It should be understood that water and variations may exist.

Brief Description of the Drawings Fig. 1 is a diagram showing an outline of a rice ball manufacturing apparatus according to an embodiment of the present invention.

The rice ball manufacturing apparatus 100 of the present invention includes a moving unit 110, an aligning unit 120, a forming unit 130, a rice ball coating material injecting unit 140, a heating frame 150, a heating unit 160, The moving unit 110, the aligning unit 120, the forming unit 130 and the heating unit 160 are connected to each other as shown in FIG.

The aligning unit 120 is connected to one side of the moving unit 110 and the forming unit 130 is connected to the opposite side of the aligning unit 120 to which the moving unit 110 is connected, 110 are connected to each other. The rice ball material 10 is divided into a plurality of square ball pieces 12 of the base material by the moving part 110 through the alignment part 120 and the forming part 130 and inserted into the heating frame 150, (150) moves to the heating unit (160) along the heating frame moving rail (154). Here, the rice ball coating material injecting part 140 and the heating frame 150 are located in the forming part 130.

The moving unit 110 moves the ball-shaped rice ball material 11 in a state before being formed into a bar shape while moving the rod ball-shaped ball ball material 11 toward the aligning unit 120.

The rice ball material 10 is moved by the moving unit 110 to the aligning unit 120 and is moved by a rod-like rice ball material separating knife 128 formed on the moving unit 100 to form a plurality of rod- 11).

For convenience of explanation, the rice ball material 10 is divided into five rod-shaped rice ball material 11, and each rod-shaped ball ball material 11 is divided into five square unit ball ball materials 12, 5 pieces of rice ball material (12) having a size of 5 X 5 are explained as an example.

As shown in Fig. 1, the rice ball material 10 is divided into five rod-shaped ball ball material 11 through the four rod-shaped rice ball material separating knife 128 and the rod-shaped ball ball material guide 129 do.

The moving part 110 is configured to include a mobile device including a motor and a conveyor belt for moving the rice ball material 10.

The aligning unit 120 moves the separated five pieces of the rod-like rice ball materials 11 to be spaced apart from each other. Then, each rod-shaped rice ball material (11) is separated into a square unit ball ball material (12). Then, the separated unit balls 12 are moved to the forming unit 130. The aligning unit 120 separates the rod shaped rice ball material 11 into a square unit ball ball material 12 and moves it to the forming unit 130.

The alignment unit includes a first separation stage 121 and a second separation stage 125. The first separation stage 121 and the second separation stage 125 are attached to the protection ceiling 180 .

When the rod-shaped rice ball material 11 moves to the aligning portion 120, the first separating end 121 rises after moving the rod-shaped ball ball material 11 to be spread at regular intervals.

The second separation end 125 descends at a position adjacent to the formed portion 130 of each of the separated rod-like rice ball material 11 to form the end of the rod-shaped rice ball material 11 in the direction of the forming portion 130 And the separated unit balls 12 are moved to the forming unit 130. In this case,

A method of moving the rod-shaped rice ball materials 11 from the aligning unit 120 through the first separating end 121 to be spaced apart from each other will be described in detail with reference to FIG.

The process of separating the rod shaped rice ball material 11 from the alignment unit 120 through the second separation end 125 into a square unit ball ball material 12 and moving the rod ball material 11 to the forming unit 130 is described in detail with reference to FIG. .

The forming unit 130 presses the unitized baseball material 12 moved from the aligning unit 120 to the forming unit 130 through the forming die 134 to form a ball shaped rice ball. The forming die 134 moves to the heating die 150 and inserts the ball shaped in the form of a sphere into a groove formed in the heating die 150. [

For this, the forming part 130 includes five forming molds, five forming mold guides 132, and a forming mold moving end 131.

The forming die is connected to the forming die moving end 131 through the die guide 132 and the die moving end 131 is movable through the die moving end moving rail 181.

The forming mold is constituted by a pair of hemispherical forming molds 134, in which a space for coupling the mold-inserting cap 136 and the door-type input cap 136 is formed.

The pair of hemispherical molds 134 are connected to the mold guide 132 through the pressure transfer arms 133, respectively.

The mouthpiece type cap 136 is connected to the mold guide 132 through a rice ball drop arm 135.

When the rice ball drop arm 135 descends, the door-type input lid 136 may press a ball-shaped rice ball inside a pair of hemispherical molds 134 to engage a specific door shape. Because of this feature, the producer can engage in the rice ball (20), which is a final product, such as a trademark, a promotional letter, etc., to provide the public with information and specific information to the consumer.

In addition, for example, fortune cookies and fortune numbers or charms can be engraved on the lucky number of the consumer can provide services according to the number, and provide a placebo effect can provide a good fortune.

The rice ball coating material injecting part 140 is located inside the forming part 130 and is movable to inject the rice ball coating material into the groove formed in the heating frame 150.

The rice ball coating material injecting unit 140 stores the ball grass coating material therein and injects the ball grass coating material into the grooves formed in the heating frame 150 through the ball grass coating material injecting nozzle 141.

Here, the rice ball coating material is a material for coating the outside of the rice balls and generally means a liquid egg mixture. Of course, various other materials can be used as a liquid mixture.

The user can coat the rice balls using various rice balls coating materials according to consumers' preferences. Here, the coating means that the rice ball coating material is buried on the surface of the rice ball and heated to heat so that the rice ball coating material forms the surface layer of the rice ball. With this method, the producer can easily change only the rice ball coating material, thereby providing the customer with the rice ball 20 having various flavors.

The heating frame 150 is located at one side of the forming unit 130 and is movable along the heating frame moving rails 154 formed on the inner side surfaces of the forming unit 130 and the heating unit 160.

The heating frame 150 is composed of a lower heating frame 151, an upper heating frame 152 and a heating frame rotating shaft 153.

The lower heating frame 151 and the upper heating frame 152 are connected to each other via a rotatable connection shaft so that the upper heating frame 152 covers the lower heating frame 151 around the connection axis.

When the rice ball coating material is injected into the grooves formed in the heating mold and the spherical rice balls are inserted into the grooves formed in the heating mold through the molding mold, the lower heating mold 151 and the upper heating mold 152 In one way, the combined and bonded heating frame 150 moves along heating frame moving rail 154 to heating portion 160.

Here, the heating frame 150 moved to the heating unit 160 rotates around the heating frame rotation axis 153 to uniformly rip the rice balls inside.

Since the outer layer of the rice balls is already formed inside the mold, even if the heating frame 150 rotates about the heating frame rotation axis 153, the rice ball coating material injected into the heating frame 150 is formed on the burning rubber layer formed on the rice ball It does not permeate into the inside of the rice balls, but it is ripened in the state of being evenly wrapped around the rice balls.

The heating unit 160 includes a heating mechanism 161 to heat the heating frame 150 to produce rice balls of the finished product.

Here, the heating mechanism 161 may be any one or more of a mechanism for providing various types of thermal energy such as a gas burner and an electric induction.

The heating unit 160 may include a temperature sensor 162. The temperature sensor 162 measures the temperature of the heating frame 150 with the non-contact type temperature sensor.

The controller 170 controls the operation of each component of the ballbing rice manufacturing apparatus to control the ballbing material 10 to be made of the ballbing 20 of the finished product coated with the ballbing coating material.

1, the control unit 170 is included in the rice ball manufacturing apparatus 100 and displays various control states of the rice ball manufacturing apparatus 100 through the control panel 171. [

Here, the control unit 170 may communicate with the external communication device 200, receive specific information, and control the rice ball manufacturing apparatus 100 based on the input information.

For example, the sales quantity of rice balls may be changed according to the date, time, and weather, so that the date, time, and weather information are input, and the input information is analyzed to calculate the optimal sales quantity to control the manufacture of the rice balls have.

FIG. 2 is a view illustrating a method of moving rod-shaped rice ball materials through a first separation end so as to be spaced apart from each other at an equal interval according to an embodiment of the present invention.

As shown in FIG. 2 (a), when the rod-shaped rice ball material 11 moves to the alignment portion 120, the first separation end 121 descends to form six rod- Is inserted into the gap formed between the rod-shaped rice ball materials (11).

Then, as shown in FIG. 2 (b), the rod-shaped rice ball feed knife 122 moves left and right so that the rod-shaped ball ball materials 11 are spread at regular intervals.

Here, as shown in FIG. 2 (b), in order to allow the rod-shaped rice ball materials 11 to spread at a constant distance a, two of the six rod- And the four bar-shaped rice ball feed knives 122 on both sides must move by a distance of 2a.

Since the hemispherical molding die 134 surrounds the unitized baseball material 12 and moves it into the molding die between the intervals a of the rod shaped rice ball materials 11, The size of the interval (a) should be changed.

The control unit 170 receives the size information of the hemispherical molding die 134 and sets an optimum gap a so as to form a gap a between the rod- Can be controlled.

The first separation end 121 rises after allowing the rod-shaped rice ball materials 11 to spread at a constant interval a.

3 is a view illustrating a process of separating a rod-shaped rice ball material into a square unit ball rice material through a second separation end in an embodiment of the present invention.

The second separation stage 125 is attached and positioned between the alignment section 120 of the protection ceiling 180 and the forming section 130 as shown in FIG.

The second separation stage 125 descends when the six separated rod-shaped rice ball materials 11 are spread at a predetermined interval a, and the second separation stage 125 moves from a portion adjacent to the forming portion 130 of the rod- The rice ball material 12 is separated. The separated unit ball grass material 12 moves to the forming part 130 according to the movement of the second separation end 125.

The second separation end 125 is a portion adjacent to the forming portion 130 of the rod-shaped rice ball material 11 that has risen and separated after the separated unit ball ball material 12 has been moved to the forming portion 130 And the above process is repeated in sequence.

FIG. 4 is a view illustrating a process in which a rice ball material is made of a unit ball ball material according to an embodiment of the present invention.

4 (a) shows a shape of the rice ball material 10 positioned at the moving part 110, FIG. 4 (b) shows a shape of five bar-shaped rice ball material 11 moved to the alignment part 120 And Fig. 4 (c) shows a state in which five rod-shaped rice ball materials 11 are spread at a constant interval a through the first separation end 121, Fig. 4 (d) FIG. 4 (e) is a view showing a state in which the unit balls 12 are separated from the five rod-shaped rice ball materials 11 through the second separation ends 125, (12) has moved to the forming part (130).

5 is a view showing the structure of a mold according to an embodiment of the present invention.

The forming mold of the present invention is composed of a pair of hemispherical molds 134 and a moon-type input cap 136.

The pair of hemispherical molds 134 are formed with holes through which the door-shaped input lid 136 is positioned, and the door-shaped input lid 136 is formed into a spherical shape that covers the openings.

The pair of hemispherical molds 134 are connected to the mold guide 132 through the pressure transfer arm 133, respectively. The mold guide 132 is attached to the mold moving end 131. Here, when the pressure transfer arm 133 is movable in the direction of the arrow as shown in FIG. 5 and moves downward, the pair of hemispherical molds 134 are closed to transmit the internal pressure. When the pressure transfer arm 133 moves upward, the pair of hemispherical molds 134 are opened so that the inner rice balls fall downward.

The mouthpiece type cap 136 is connected to the mold guide 132 through a rice ball drop arm 135. The ball drop arm 135 is movable up and down so that when the pair of hemispherical molds 134 are closed, the ball drop arm 135 moves downward and transfers pressure to the inside of the molding die through the mouth mold type cap 136. At this time, the door shape engraved on the door-type input lid 136 is engraved on the top of the rice ball.

When a pair of hemispherical molds 135 are opened, the rice ball drop arm 135 moves a little further down than when a pair of hemispherical molds 134 are closed, It also helps to fall down easily.

A method of moving the unit ball ball material 12 into the mold frame is as follows.

When the unit ballbing material 12 is positioned at the lower portion of the mold, the mold guide 132 moves downward in a state in which the pair of molds 134 are open, The pressure transfer arm 133 is moved downward to close the pair of hemispherical molds 134 and move the unit balls 12 into the mold. At the same time, the rice ball drop arm 135 also descends, closing the hole formed in the upper part of the pair of hemispherical molds 134 by the door-type input lid 136.

Thereafter, the forming mold guide 132 is raised and the forming mold moving end 131 is moved toward the heating mold 150.

When the moved forming die is positioned above the groove of the heating die 150, the forming die is opened by the above-described operation, and the ball shaped in the shape of a sphere is inserted into the groove of the heating die 150.

Here, during the movement of the forming die to the heating die 150, the pressure transfer arm 133 and the rice ball dropping arm 135 are heat-sealed, so that the outer layer of the rice ball inside the forming die forms the Nurunji layer.

The producer can control the thickness and hardness of the curd layer by controlling the intensity of heat conduction through the controller 170 through the texture desired by the consumer.

FIG. 6 is a diagram showing a rice ball structure of an end product according to an embodiment of the present invention.

The rice ball 20 of the finished product manufactured through the rice ball production apparatus 100 of the present invention has the structure shown in Fig.

The outer layer has the structure of the rice ball coating material layer 21, the intermediate layer is the curd layer 22, and the inner layer has the structure of the ball layer 23.

In addition, on the top of the rice ball 20 of the finished product, a door shape engraved through the door-type input cover 136 is displayed.

7 is a diagram illustrating control of a rice ball manufacturing apparatus through a control unit according to an embodiment of the present invention.

The control unit of the rice ball rice manufacturing apparatus 100 of the present invention controls each component as described above so that appropriate operation can be performed.

For example, it is possible to control the size of the gap between the rod shaped rice ball material 11 and control the degree of thermal conductivity of the forming frame to control the characteristics of the curled elastic layer 22, The temperature information of the heating frame 150 input through the temperature sensor 162 of the heating unit 160 can be received and controlled by controlling the amount of the coating material injected from the heating unit 160 to control the characteristics of the coating material layer 21 The characteristics of the rice ball layer 23 can be controlled by controlling the thermal conductivity of the heating mechanism 161.

Also, the control unit 170 displays all operation information of the rice ball manufacturing apparatus 100 through the control panel 171 so that the producer can check the operation state of the rice ball manufacturing apparatus 100 in real time.

Also, the controller 170 is connected to the external server 200, which is an external communication device, to receive specific information and to control the operation of the rice ball manufacturing apparatus 100 according to the input information.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the present invention is not limited to the disclosed exemplary embodiments. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention. Various modifications and alterations may be made within the scope of equivalents of the scope.

10: rice balls ingredients
11: Bar-shaped rice ball ingredients
12: Unit rice ball ingredients
20: rice balls
21: Coating layer
22: Nurungji floor
23: Inner rice balls
24: Moon style
100: rice ball manufacturing equipment
110:
120:
121: first separation stage
122: rod-shaped rice ball feed knife
125: second separation stage
126: Unit rice ball separation knife
128: Bar-shaped rice ball separation knife
129: Rod-shaped rice ball material guide
130:
131: Molding frame moving stage
132: Molding guide
133: Pressure transmitting arm
134: hemispherical mold
135: rice ball drop
136: door type lid
140: rice ball coating material injection part
141: rice ball coating material injection nozzle
150: heating frame
151: Lower heating frame
152: upper heating frame
153: heating frame rotary shaft
154: heating frame moving rail
160:
161: Heating mechanism
162: Temperature sensor
170:
171: Control panel
180: Protection ceiling
181: forming frame moving stage moving rail
200: external server

Claims (7)

The heating frame is located at one side of the forming unit, the heating frame formed at the forming unit and the heating unit is movable along the moving rail, and the rice ball coating The material injecting part includes a control part which is located in the forming part and injects the rice ball coating material into the groove formed in the heating frame and controls each of the constituent parts, In the apparatus,
A moving unit for moving the ball-shaped rice ball material into a bar shape while moving the ball ball material in a state before being formed and moving the separated rod-shaped ball ball material toward the aligning unit;
The rod-like ball-shaped rice ball material is separated so as to be spaced apart from each other at a predetermined interval, and the separated rod-shaped ball-ball material is divided into a square unit ball-ball material so that each unit ball- An alignment part for aligning the alignment part;
A shaping unit for shaping the unit ball ball material into a ball ball shape by applying pressure through a forming mold and inserting the spher ball ball into a groove formed in the heating frame by moving the forming ball ball;
A rice ball coating material injection unit for injecting the rice ball coating material into a groove formed in the heating frame,
Wherein the upper heating frame and the lower heating frame are coupled to each other, and when the rice ball coating material is injected and the spherical rice balls are inserted into a groove formed in the heating frame, Moving heating frame;
A heating unit heating the heating frame to produce a rice ball of the finished product; And
And a control unit controlling each of the components to control the ball ball material to be a ball ball of the finished product coated with the ball ball coating material.
The method according to claim 1,
Wherein the aligning portion includes a first separating end and a second separating end, the first separating end and the second separating end being attached to the protection ceiling,
Wherein the first separating end moves downward when the rod-like rice ball material moves to the aligning portion, moves the rod-like ball ball material to be spread at regular intervals,
And the second separation end descends at a position adjacent to the formed portion of each of the separated rod-shaped rice ball material to separate the rod-shaped rice ball material into the unit ball ball material, Wherein the operation of moving the rice ball is performed sequentially.
The method according to claim 1,
Wherein the shaping section includes a plurality of the shaping molds, a plurality of shaping mold guides, and a shaping mold moving end,
Wherein each of the forming molds is connected to the forming mold moving end through the forming mold guide,
Each of the molding dies is composed of a pair of hemispherical molding lids each having a door-type input lid and a space to which the door-type input lid is coupled,
A pair of hemispherical molds are connected to the mold guide through a pressure transfer arm,
Wherein the mouth type input lid is connected to the forming die guide through a rice ball dropping arm, and a specific door shape is engraved by applying pressure to the spherical rice ball.
The method of claim 3,
Wherein the pair of hemispherical molds and the door-type input lid heat the ball-shaped rice balls inside the rice ball first through heat conduction.
The method of claim 3,
When the unit rice balls are moved to the forming part, the forming mold moving end positions the forming mold guide on the unit atomizing rice,
Wherein the forming die guide is lowered by opening a pair of hemispherical molds, then closing one pair of the hemispherical molds, lowering the moon-shaped input lid to form the unit rice balls positioned between the pair of hemispherical molds into a spherical shape And moving to an upper portion of the heating frame,
When the pair of hemispherical molds is positioned on the upper part of the groove formed in the heating frame, the pair of hemispherical molds are opened and the door-shaped input lid is lowered, so that the ball- Is inserted into a groove formed in the rice ball.
The method according to claim 1,
Wherein the control unit measures the temperature of the heating frame through a temperature sensor and controls the heat transferred to the heating frame according to the measured temperature and the type of the rice ball coating material.
The method according to claim 1,
Wherein the controller controls the operation of the components in order to manufacture the rice balls by the required number of times when the estimated sales volume information to be sold per hour is connected to the external communication device.

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