JP2020191798A - Rice feeding device - Google Patents

Abstract

To provide a rice feeding device capable of feeding rice having a weight surpassing a volume of an open/close cup into a container with a one-time operation of a weight button.SOLUTION: A rice feeding device of this invention, provided with weight buttons 16 that each set a weight of rice to be fed into a container S, includes: an open/close cup 25 capable of opening/closing a passage through which rice falls from a main body 1 that discharges and drops the rice; a load cell 41 that measures the weight of rice accumulated in the open/close cup 25; and a control unit 30 that executes control of opening/closing the open/close cup 25 so that the cup is brought into a closed position where the rice is accumulated when measuring the weight of the rice and is brought into an open position where the rice accumulated is caused to fall and be fed into the container S when the rice weight measurement is completed, and feeding the rice having the weight set by one of the weight buttons 16 into the container S. The control unit 30, in a case where a set weight of rice surpasses a volume of the open/close cup 25, controls operation of the open/close 25 so that the set weight is divided into weights to become equal or smaller than the volume of the open/close cup 25 and the rice is caused to fall and be fed into the container S plural times.SELECTED DRAWING: Figure 1

Description

The present invention relates to a cooked rice supply device that supplies cooked rice to a cooked rice receptor such as a container.

When making a lunch box or a bowl, a cooked rice supply device for supplying rice to a container such as a bowl or a lunch box is known. This cooked rice supply device is a device that automatically supplies a certain amount of cooked rice to a container (cooked rice receptor) by measuring the cooked rice in the hopper (storage unit).

In the cooked rice supply device, a plurality of quantity buttons (weight setting units) to which the cooked rice supply weight is assigned are arranged in parallel. For example, a plurality of quantity buttons are arranged on the front surface of the device, and different rice weights are assigned to each button.

In such a cooked rice supply device, when a container is installed at a predetermined position of the device and then the amount button corresponding to the desired weight is pressed, the cooked rice in the hopper is conveyed by a predetermined amount and the open / close cup is in the closed position. It is accumulated in the load cell (measuring means) that supports the opening / closing cup and is sequentially weighed. Then, when the weight of the accumulated cooked rice reaches the weight corresponding to the pressed amount button, the open / close cup opens and the cooked rice is dropped and supplied to the container.

In addition, since the cooked rice supply device having such a structure can supply cooked rice of various weights to the container with one touch, it is possible to easily respond to a wide range of menus and requests of customers.

As a cooked rice supply device for supplying cooked rice to a cooked rice receptor such as a container, for example, Patent Document 1 (Japanese Patent Laid-Open No. 2018-186748) and Patent Document 2 (Japanese Patent Laid-Open No. 2016-109492) are described. Things are known. Patent Document 1 discloses a technique for quickly supplying a predetermined amount of foodstuff to a container after designating the weight of the foodstuff. Further, Patent Document 2 discloses a technique for efficiently putting a food material weighed with high accuracy into a molding die.

Japanese Unexamined Patent Publication No. 2018-186748 JP-A-2016-109492

Here, in the above-mentioned cooked rice supply device that accumulates and weighs cooked rice in the cooked rice, the weight of cooked rice that can be weighed by the cooked rice is determined by the capacity of the cooked rice. The weight of cooked rice is assigned to the button. Therefore, in order to obtain cooked rice with a weight exceeding the capacity of the opening / closing cup, it is necessary to press the quantity button a plurality of times so that the total weight becomes the target weight, and supply the cooked rice to the container in a plurality of times.

In this case, the operator has to press the amount button a plurality of times until the amount of cooked rice reaches a predetermined amount, which increases the work man-hours and takes time and effort. In addition, since the button must be pressed a plurality of times, there is a risk of making a mistake in pressing the button.

The present invention has been made from the above-mentioned technical background, and is a cooked rice supply device capable of supplying a cooked rice with a weight exceeding the capacity of an opening / closing cup to a cooked rice receptor by operating the weight setting unit once. The purpose is to provide.

In order to solve the above problem, the cooked rice supply device of the present invention according to claim 1 includes a weight setting unit for setting the weight of cooked rice supplied to the cooked rice receptor, a main body portion for dropping and discharging the cooked rice, and the cooked rice. An opening / closing cup installed in the main body so that the path of the cooked rice falling from the main body can be opened / closed, a measuring means for measuring the weight of the cooked rice accumulated in the opening / closing cup, and the cooked rice is accumulated when the weight of the cooked rice is measured. The open / close cup is opened and closed so that the cooked rice is in the closed position and the accumulated cooked rice is dropped and supplied to the cooked rice receptor when the weight measurement of the cooked rice is completed, and the cooked rice of the weight set by the weight setting unit is cooked. It has a control means for executing control to supply to the receptor, and when the weight of cooked rice set by the weight setting unit exceeds the capacity of the open / close cup, the control means is equal to or less than the capacity of the open / close cup. It is characterized in that the operation of the opening / closing cup is controlled so that the cooked rice is divided into two weights and the cooked rice is dropped and supplied to the cooked rice receptor in a plurality of times.

The cooked rice supply device of the present invention according to claim 2 is the invention according to claim 1, wherein the control means is used when the weight of cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup. It is characterized in that it is divided into equal weights.

The cooked rice supply device of the present invention according to claim 3 is the invention according to claim 1, wherein the control means is used when the weight of cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup. It is characterized in that the cooked rice that is finally dropped and supplied is divided so that the weight is relatively small.

The cooked rice supply device of the present invention according to claim 4 is the invention according to claim 1, wherein the control means is used when the weight of cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup. It is characterized in that the weight of the cooked rice that is finally dropped and supplied is divided so as to be the minimum weighing weight by the opening / closing cup that is set in advance.

The rice rice supply device of the present invention according to claim 5 is the invention according to claim 1, wherein when the weight of the rice rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means is used. The first division mode for dividing into equal weights, the second division mode for dividing the rice to be dropped and supplied so as to be relatively small, and the weight of the rice to be dropped and supplied at the end are preset. The operation of the opening / closing cup is controlled so that the operation of the opening / closing cup can be executed including at least two of the third division modes in which the opening / closing cup is divided so as to have the minimum weight to be weighed. It is characterized by further including a division mode setting unit in which the division mode including the division mode can be selectively set.

The cooked rice supply device of the present invention according to claim 6 is the invention according to any one of claims 1 to 5, wherein the control means drops and supplies the cooked rice weight that was previously dropped and supplied. It is characterized by feeding back to the weight of cooked rice.

The cooked rice supply device of the present invention according to claim 7 is the invention according to any one of claims 1 to 6, wherein the main body of the cooked rice transports a cooked rice storage unit and the cooked rice in the cooked rice storage unit. It is characterized by comprising a transporting means for the cooked rice and a cooking means for dropping the cooked rice sent from the transporting means while unraveling.

The cooked rice supply device of the present invention according to claim 8 is the invention according to any one of claims 1 to 7, wherein the cooked rice receptor is a container installed directly under the opening / closing cup, or the opening / closing. It is characterized in that it is a molding die for molding cooked rice that is installed directly under the cup and is dropped and supplied into a predetermined shape.

According to the present invention, when the weight of cooked rice set by the weight setting unit exceeds the capacity of the cooked rice, the cooked rice is divided so that the set weight of cooked rice is equal to or less than the capacity of the cooked rice receptor. Since the cooked rice is dropped and supplied to the cooked rice, it is possible to supply the cooked rice with a weight exceeding the capacity of the open / close cup to the cooked rice receptor by operating the weight setting unit once.

It is a perspective view which shows the cooked rice supply apparatus which is 1st Embodiment of this invention. It is sectional drawing of the cooked rice supply apparatus of FIG. It is a block diagram of the cooked rice supply device of FIG. It is a flowchart which shows the cooked rice supply operation in the cooked rice supply apparatus of this embodiment.

Hereinafter, embodiments as an example of the present invention will be described in detail with reference to the drawings. In addition, in the drawing for demonstrating the embodiment, the same components are in principle the same reference numerals, and the repeated description thereof will be omitted.

FIG. 1 is a perspective view showing a cooked rice supply device according to the first embodiment of the present invention, and FIG. 2 is a cross-sectional view of the cooked rice supply device of FIG.

As shown in FIG. 1, in the cooked rice supply device A of the present embodiment, the front plate 10 and the back plate 11 located on the back surface of the front plate 10, and the sides located on both sides of the front plate 10 and the back plate 11 It is provided with a face plate 12, and has a main body portion 1 having an opening 13 at the top. Further, the main body 1 is provided with a lid 14 connected to the upper end of the back plate 11 via a hinge (not shown), and the opening 13 is opened and closed by the lid 14.

As shown in the figure, the front plate 10 of the main body 1 is provided with a display unit 15 and a quantity button (weight setting unit) 16. The display unit 15 is a screen for displaying operation commands, messages, and the like, and is composed of, for example, an LCD (Liquid Crystal Display). Further, the quantity button 16 is a button for setting the weight of the cooked rice supplied to the container (cooked rice receptor) S. In the present embodiment, seven quantity button 16s are arranged, and for example, the weight of cooked rice in increments of 50 g from 150 g to 450 g is assigned to each quantity button 16. However, the number of the quantity buttons 16 and the value of the weight of cooked rice assigned to each quantity button 16 are examples, and are not limited thereto. Further, the rice weight may be set by a touch panel type or the like instead of the button type of the quantity button 16.

When the operation of the apparatus is started by pressing the amount button 16, the control unit (control means) 30 described later transfers the cooked rice by the transport screw (transport means) 23, and the cooked rice conveyed to the transport screw 23. Unraveling and dropping operation by the unraveling roller (unraveling means) 24, opening and closing operation of the opening and closing cup 25 for storing and supplying the cooked rice dropped from the unraveling roller 24 to the container S, and the cooking rice accumulated in the opening and closing cup 25 The weighing operation is controlled by the load cell (weighing means) 41.

A recessed space 17 having a predetermined depth and height is formed below the front plate 10. The recessed space 17 is a space sufficient to accommodate the container S for serving cooked rice, and the cooked rice falls from above and is supplied to the container S.

As shown in FIG. 2, a hopper is provided inside the main body 1 with two transport screws (transport means) 23 arranged in parallel with each other and spirally formed around a shaft to store cooked rice. (Reservoir) 22 and a drum-type unraveling roller (unraveling means) 24 having a large number of claws 24a on the outer circumference are provided to drop the cooked rice transported from the hopper 22 while unraveling it by rotating the transport screw 23. Has been done. Further, directly below the unraveling roller 22 in the main body 1, an opening / closing cup 25 that temporarily accumulates for measuring the weight of cooked rice falling from the unraveling roller 22 is attached.

The rotation axis of the unraveling roller 24 is in a positional relationship orthogonal to the rotation axis of the transfer screw 23. As a result, the cooked rice stored in the hopper 22 is unraveled by the rotation of the transport screw 23 provided in the hopper 22 and transported to the roller 24. Then, the cooked rice conveyed to the unraveling roller 24 is dropped and discharged while being unraveled by the action of the claws 24a accompanying the rotation of the unraveling roller 24.

A reverse screw 26 is installed above the transport screw 23 for returning the excess cooked rice that has been unraveled by the transport screw 23 to the roller 24 (transporting in the direction opposite to that of the transport screw 23).

The opening / closing cup 25 is located on the path of cooked rice that is dropped by the above-mentioned unraveling roller 24. The opening / closing cup 25 has a shape that bulges downward so that cooked rice can be stored, and is formed of a pair of cup pieces that can be opened and closed downward. Then, under the control of the control unit 30, which will be described later, when the cooked rice is accumulated and the weight is measured, the closed position is reached, and when the weight measurement of the cooked rice is completed and the accumulated cooked rice is dropped and supplied to the container S. When the rice is in the open position, the cooked rice is weighed and the cooked rice is supplied to the container S. In the present embodiment, the opening / closing cup 25 has a capacity that allows a maximum of 300 g of cooked rice to be weighed. However, the capacity of the opening / closing cup 25 is not particularly limited and can be freely set.

As shown in FIGS. 1 and 2, a container installation portion 40 on which a container S such as a bowl or a lunch box is placed is located directly below the opening / closing cup 25, and cooked rice (that is, rice) accumulated in the opening / closing cup 25 (that is, It is provided with a load cell (weighing means) 41 for weighing rice) to be supplied to the container S placed on the container installation unit 40.

The container installation portion 40 is formed lower than the surroundings via a step so that the container S is surely installed at a predetermined position.

The load cell 41 is provided to support the opening / closing cup 25. The load cell 41 is a load converter that uses, for example, a strain gauge as a detection element and converts strain due to a load into an electric signal.

A block diagram of the cooked rice supply device A having the above configuration is shown in FIG.

As shown in the figure, the rice rice supply device A of the present embodiment includes a control unit 30 composed of a microcomputer or the like that controls the operation of the device, and includes the display unit 15, the quantity button 16, and the load cell 41 described above. In addition, a transport motor M1 for rotationally driving the transport screw 23, a reverse motor M2 for rotationally driving the reverse screw 26, a unwinding motor M3 for rotationally driving the unraveling roller 24, and an opening / closing cup. It is equipped with a cup motor M4 for opening and closing the 25. Then, the control unit 30 controls the opening / closing of the opening / closing cup 25 via the cup motor M4 as described above.

Next, the cooked rice supply operation in the cooked rice supply device A of the present embodiment will be described. Here, FIG. 4 is a flowchart showing a cooked rice supply operation in the cooked rice supply device of the present embodiment.

First, the cooked rice is put into the hopper 22 and the lid 14 is closed. Next, the container S is installed in the container installation unit 40, and the amount button 16 to which the desired cooked rice weight is assigned is pressed (step S1). At the start of operation, the opening / closing cup 25 is in the closed position.

Here, as described above, in the present embodiment, the weight of cooked rice in increments of 50 g from 150 g to 450 g is assigned to each quantity button 16, while the open / close cup 25 can measure a maximum of 300 g of cooked rice. It has become a capacity. Therefore, the control unit 30 determines whether or not the weight of the cooked rice set by the quantity button 16 is equal to or less than the capacity of the opening / closing cup 25 (step S2). Specifically, the weight button 16 to which the weights of 150 g, 200 g, 250 g, and 300 g of cooked rice are assigned (that is, the weight button 16 having a set weight equal to or less than the capacity of the opening / closing cup 25) is pressed, or 350 g. It is determined whether or not the weight button 16 to which the weights of 400 g and 450 g of cooked rice are assigned (that is, the weight button 16 having a set weight exceeding the capacity of the opening / closing cup 25) is pressed.

Then, in step S2, when the weight of the cooked rice set by the quantity button 16 is equal to or less than the capacity of the opening / closing cup 25, the cooked rice is supplied according to the set weight (step S3). Specifically, the transport screw 23 and the unraveling roller 24 start rotating, and cooked rice is accumulated in the opening / closing cup 25. At this time, the weight of cooked rice accumulated in the opening / closing cup 25 is sequentially measured by the load cell 41. Then, just before the measured value of cooked rice by the load cell 41 reaches the set weight (that is, the weight of cooked rice assigned to the pressed amount button 16), the rotational operation of the transport screw 23 and the unwinding roller 24 is stopped, and finally. When the set weight is reached, the opening / closing cup 25 changes from the closed position to the open position, and cooked rice is dropped and supplied to the container S.

On the other hand, in step S2, when the weight of the cooked rice set by the amount button 16 exceeds the capacity of the opening / closing cup 25, the set weight of the cooked rice is divided into weights equal to or less than the capacity of the opening / closing cup 25 ( Step S4), the first supply of cooked rice is performed (step S5), and then the second supply of cooked rice is performed (step S6). That is, the cooked rice is dropped and supplied to the container S in two portions. The cooked rice supply process in steps S5 and S6 is the same as in step S3 described above.

Here, the division pattern (number of divisions, supply amount per one) can be freely set and is not particularly limited, but for example, the following division pattern (division mode) can be used. Conceivable.

The first division pattern (first division mode) is a pattern of dividing into equal weights. In the present embodiment, since the opening / closing cup 25 has a capacity that can measure a maximum of 300 g of cooked rice, when the amount button 16 to which the weight of 400 g of cooked rice is assigned is pressed, 200 g of cooked rice is charged at the first time. Divide so that 200 g of cooked rice is dropped and supplied at the second time. According to the first division pattern, the density of cooked rice supplied to the container S is substantially equal over the entire area, so that an even texture can be obtained.

The second division pattern (second division mode) is a pattern in which the cooked rice that is finally dropped and supplied is divided so that the weight is relatively small. When the opening / closing cup 25 has a capacity that can measure up to 300 g of cooked rice and the amount button 16 to which the weight of 400 g of cooked rice is assigned is pressed, for example, 300 g of cooked rice is dropped the first time and 100 g of cooked rice is dropped the second time. Divide to be supplied. According to the second division pattern, the cooked rice having a relatively large weight is supplied to the container S first, and the cooked rice having a relatively small weight is supplied onto the container S, so that the cooked rice located at the upper part is relatively small. The density of heavy cooked rice decreases. As a result, the cooked rice served in the container S looks better and has a more plump texture.

The third division pattern (third division mode) is a pattern in which the weight of the cooked rice that is finally dropped and supplied is divided so as to be the minimum weighing weight by the preset opening / closing cup 25. When the opening / closing cup 25 has a capacity that can measure up to 300 g of cooked rice and the amount button 16 to which the weight of 350 g of cooked rice is assigned is pressed, for example, 300 g of cooked rice is dropped the first time and 50 g of cooked rice is dropped the second time. When divided so as to be supplied, the measurement accuracy may deteriorate because 50 g to be weighed a second time is too light for the apparatus. Therefore, the minimum weight at which good weighing accuracy can be obtained is set in advance as the minimum weighing weight of the opening / closing cup 25, and the weight of cooked rice that is finally dropped and supplied is set as the minimum weighing weight. In the above case, assuming that the minimum weighing weight of the opening / closing cup 25 is set to 100 g, the cooked rice is divided so that 250 g of cooked rice is dropped and supplied the second time. According to the third division pattern, the weight accuracy of the cooked rice supplied to the container S is improved.

By the way, when the cooked rice is supplied to the container S in a plurality of times including the case of the first to third division patterns, the cooked rice that is dropped and supplied after the measurement error of the weight of the cooked rice that was dropped and supplied first. By feeding back to the weight, the weight accuracy of cooked rice can be further improved.

Specifically, if 400 g of cooked rice is evenly divided into 200 g and 200 g and the measurement error is, for example, ± 10%, an error of about ± 20 g is obtained at ± 10% of 200 g per supply. Occurs. Then, the final maximum error due to the two feeds is ± 40 g. Therefore, if the above-mentioned feedback is given, the maximum error ± 20 g due to the first supply is fed back to the second supply, so that the second time is weighed from 180 g to 220 g (200 g ± 20 g) twice. The final maximum error due to the supply of is ± 22g (± 10% of 220g).

Since the measurement error of the cooked rice weight supplied first is absorbed by the cooked rice weight supplied later, the final weighing error is reduced by reducing the weight of the cooked rice to be weighed last. be able to.

Further, with respect to the above-mentioned first to third division patterns, any one can be selected and set. That is, a division pattern setting unit (division mode) in which the first to third division patterns can be selectively set at a predetermined position of the cooked rice supply device A (for example, the front plate 10) by a button type or a touch panel type. Setting unit) is provided. In this way, the cook can operate the cooked rice division pattern setting unit to supply cooked rice (arrangement of cooked rice in the container S) according to the cooked rice desired by the worker.

It should be noted that a part of the first to third division patterns may be selectively set, and all or part of the first to third division patterns and other divisions. The pattern may be selectively configurable.

As described above, according to the present embodiment, when the weight of the cooked rice set by the amount button 16 exceeds the capacity of the opening / closing cup 25, the set weight of the cooked rice is equal to or less than the capacity of the opening / closing cup 25. Since the cooked rice is dropped and supplied to the container S, it is possible to supply the cooked rice having a weight exceeding the capacity of the opening / closing cup 25 to the container S by operating the amount button 16 once.

As a result, it is not necessary to press the quantity button 16 a plurality of times so that the total weight is the desired weight, and to supply the cooked rice to the container in a plurality of times, so that the workability is improved. In addition, there is no mistake in pressing the button 16 a plurality of times.

Although the invention made by the present inventor has been specifically described above based on the embodiments, the embodiments disclosed in the present specification are exemplary in all respects and are limited to the disclosed techniques. is not. That is, the technical scope of the present invention is not limitedly interpreted based on the description in the above-described embodiment, but should be interpreted only in accordance with the description of the claims, and the scope of claims. All changes are included as long as they do not deviate from the description technology and the technology equivalent to the above and the gist of the claims.

For example, in the case described above, in step S4, the set weight of cooked rice is divided into two weights that are equal to or less than the capacity of the opening / closing cup 25, and in steps S5 and S6, the cooked rice is dropped into the container S in two steps. Although it is supplied, it may be divided into three or more parts and dropped and supplied in three or more times.

Further, in the present embodiment, the main body 1 is a hopper 22 for storing cooked rice, a transport screw 23 for transporting the cooked rice in the hopper 22, and a cooker for dropping the cooked rice sent from the transport screw 23 while unraveling. Although the rollers 24 are provided, the main body 1 may be configured by members other than these.

Further, although a bowl is used as the container S in the embodiment, various containers S such as a tray-shaped lunch box and a curry dish can be applied, and the container S is not limited to the bowl. Further, the container S is an example of the cooked rice receptor, and is not limited to the container S, and may be, for example, a molding die for molding the dropped cooked rice into a predetermined shape.

The present invention can be applied to a so-called cooked rice supply device that measures the weight of cooked rice stored in the open / close cup, and adopts various configurations as a mechanism for supplying cooked rice to the open / close cup. can do.

1 Main body 16th button (weight setting part)
22 Hopper (reservoir)
23 Transport screw (transport means)
24 Unraveling roller (Unraveling means)
25 Open / close cup 30 Control unit (control means)
40 Container installation unit 41 Load cell (weighing means)
A Rice supply device S container (rice receptor)

Claims (8)

It has a weight setting unit that sets the weight of the cooked rice supplied to the cooked rice receptor, and has a main body that drops and discharges the cooked rice.
An opening / closing cup installed in the main body so that the path of cooked rice falling from the main body can be opened / closed.
A measuring means for measuring the weight of cooked rice accumulated in the opening / closing cup,
When the weight of the cooked rice is measured, the closed position is where the cooked rice is accumulated, and when the weight measurement of the cooked rice is completed, the open / close cup is opened and closed so that the accumulated cooked rice is dropped and supplied to the cooked rice receptor to set the weight. It has a control means for executing control to supply the cooked rice of the weight set by the unit to the cooked rice receptor.
When the weight of the cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means divides the weight into a weight equal to or less than the capacity of the opening / closing cup, and the cooked rice is divided into a plurality of times to receive the cooked rice. Control the operation of the opening / closing cup so that it is dropped and supplied to the body.
A cooked rice supply device characterized by this. When the weight of cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means divides the rice into equal weights.
The cooked rice supply device according to claim 1, wherein the cooked rice supply device is characterized. When the weight of the cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means divides the cooked rice so that the weight of the cooked rice that is finally dropped and supplied becomes relatively small.
The cooked rice supply device according to claim 1, wherein the cooked rice supply device is characterized. When the weight of the cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means sets the weight of the cooked rice that is finally dropped and supplied as the minimum weight measured by the opening / closing cup. Divide so that
The cooked rice supply device according to claim 1, wherein the cooked rice supply device is characterized. When the weight of the cooked rice set by the weight setting unit exceeds the capacity of the opening / closing cup, the control means first divides the cooked rice into equal weights, and finally, the weight of the cooked rice dropped and supplied is determined. At least one of the second division mode in which the cooked rice is divided so as to be relatively small, and the third division mode in which the weight of the cooked rice finally dropped and supplied is the minimum weight weighed by the opening / closing cup set in advance. The operation of the opening / closing cup is controlled so that the division mode including the two division modes can be executed.
The division mode setting unit further includes a division mode setting unit in which the division mode including at least any two of the division modes can be selectively set.
The cooked rice supply device according to claim 1, wherein the cooked rice supply device is characterized. The control means feeds back the measurement error of the previously dropped-supplied cooked rice weight to the later dropped-supplied cooked rice weight.
The cooked rice supply device according to any one of claims 1 to 5, characterized in that. The main body
It is provided with a storage unit for storing cooked rice, a transporting means for transporting the cooked rice in the storage portion, and a unraveling means for dropping the cooked rice sent from the transporting means while unraveling.
The cooked rice supply device according to any one of claims 1 to 6, characterized in that. The cooked rice receptor
It is a molding die for molding a container installed directly under the opening / closing cup or cooked rice installed directly under the opening / closing cup and supplied by dropping into a predetermined shape.
The cooked rice supply device according to any one of claims 1 to 7, wherein the cooked rice supply device is characterized.

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