TWI549636B - Cluster type rice cooker - Google Patents

Description

Cluster risotto system

The present invention relates to a risotto system. In more detail, it is a matter of course that a plurality of fully automatic rice cookers that are individually or in combination driven by a cluster type have a common cold and warm water supply line and a drain line for common risotto. A cluster-type risotto system that is cooked separately and elastically.

The rice cooker refers to an electric rice cooker or a gas cooker which is usually used in cooking rice, and the present invention is directed to a place where a group feeding (enterprise, military institution, hospital, school, government office, hotel) is required. A mechanism to cook a large amount of rice in a short period of time.

In the past risotto system, one of the linear risotto systems in which the conveyor belt is transported along the longitudinal direction of the conveyor belt has been proposed.

As shown in Fig. 1, the proposal has a continuous automatic risotto system for transporting a conveyor belt as a risotto system in the past. The automatic risper system of the prior art described above includes a transport conveyor belt, a support arm, a support mechanism, and a burner. The heating chamber is formed with an input port for the input of the cookware and a discharge port for taking out the cookware. The periphery of the heating chamber is built in. Covering the decorative panel of the heat insulating material, the transport path of the transport conveyor is composed of an upper transport path and a lower transport path, and an upper portion of the heating chamber having a ceiling close to the upper transport path is inclined toward the transport outlet, and the lower transport path is The pot is transported in a straight line on one side, and is heated by the flame of the burner to boil the contents. The pan of the part transport path is configured to be transported obliquely upward while using the waste heat of the burner flame to cook the contents.

However, in the past, one of the straight-line risotto systems is configured to be arranged in a long shape in the longitudinal direction of the conveyor belt that is conveyed along the pan, so that there is a problem that an installation area having a large space is required.

In addition, in the past, one of the straight-line risotto systems has difficulty in controlling the temperature of the heating chamber or the temperature of the burner. Therefore, there is a problem that only one type of risotto can be used for the risotto of all the pots that are put in line.

In addition, in the past, one of the straight-line risotto systems was provided with a washing device and a risotto device, which was troublesome in handling and storage. That is, it is troublesome to move the washed rice grains to the risotto rice cooking device after washing the rice grains by the washing device, and these devices are bulky and occupy too large a set area, which makes it difficult to store, and these devices are High price purchases will also have problems such as economic burdens.

The present invention has been made in order to solve the above problems in the prior art, and an object of the present invention is to provide a cluster type risotto system which has a common water supply and drainage line and a storage space as a rice cooker for group feeding, and can be used for a large amount of risotto. It is not necessary to set the area for a large space, and it can be miniaturized.

Another object of the present invention is to provide a cluster type risotto system which can be used for a large number of risottos and risottos which are limited to a single cooking method, and can be individually or in combination with various types of risotto.

Further, another object of the present invention is to provide a cluster type risotto system in which cleaning and risotto of each of the automatic risottos of the cluster type risotto system can be easily performed without moving the pot.

In order to achieve the above object, the cluster type risotto system of the present invention is a risotto system of a rice cooker, characterized in that it comprises: a plurality of automatic rice cookers, which can be controlled by different risotto; and a common equipment unit, which is to be cooled. The water and the raw material are supplied to the plurality of fully automatic rice cookers; the plurality of fully automatic rice cookers are disposed around the common equipment unit centering on the common equipment unit.

The cluster type risotto system as described above, wherein the common equipment unit comprises: a cold water supply pipe and a warm water supply pipe, wherein the cold water and the warm water are supplied to the plurality of automatic rice cookers; the drain pipe is from the plurality of the whole The automatic rice cooker discharges the rice washing water; and the storage unit is disposed on the upper side of the equipment space in which the cold water supply pipe and the warm water supply pipe and the drain pipe are disposed, and stores the raw materials supplied to the plurality of automatic rice cookers.

The cluster type risotto system according to the above aspect, wherein the storage portion is partitioned into a plurality of storage units, and the plurality of storage units store different raw materials, and only a part of the fully automatic rice cooker of the automatic rice cooker is supplied with a specific raw material. Way composition.

In the above-described cluster type risotto system, the common equipment unit is formed in a circular or polygonal shape in plan view, and the plurality of automatic rice cookers are disposed at a predetermined interval adjacent to an outer peripheral surface of the common equipment unit.

The cluster type risotto system as described above, wherein the common equipment unit further includes a drainage pump connected to the drain pipe.

The above-mentioned cluster type risotto system, wherein the plurality of automatic rice cookers respectively comprise: a body frame; a raw material supply unit connected to the storage portion to supply a raw material of the storage portion; and a pan, which supplies the raw material for cooking a support portion erected on the body frame to support the cookware; a heating portion disposed at a lower portion of the cookware to heat the cookware; and a cold and warm water supply portion coupled to the cold water supply pipe and the foregoing The warm water supply pipe supplies cold water and warm water to the aforementioned pot.

In the above-described cluster type risotto system, the pot is connected to the drain pipe of the common equipment unit through a drain hole formed in a lower portion, and the drain hole is provided to be switchable.

In the above-described cluster type risotto system, the support portion may be detachably driven forward and backward toward the front of the body frame.

The cluster type risotto system as described above, comprising a glutinous rice cleaning propeller disposed on an upper portion of the cookware and having a plurality of fins that can be lifted up and down and rotated.

In the above-mentioned cluster type risotto system, the glutinous rice washing propeller is lowered after the raw material, the cold water and the warm water are supplied to the cookware, and is raised by the rotary rinsing of the fin to the raw material of the pan. After the rice cooked by the cookware is taken out, the rice is lowered again, and the pan is cleaned by the rotation of the fin.

The cluster type risotto system according to the above aspect, further comprising a rice mixing shovel disposed in the upper portion of the pan, lifting up and down, bending from the lifting shaft, and stirring and cooking the rice in the pan.

According to the cluster type risotto system of the present invention having the above-described configuration, a plurality of risottos can be arranged in a cluster-like configuration centered on a common space, and the common space can be used as a water supply and drainage device and a storage space application, so that a large amount of risotto can be used. It is not necessary to provide a large space for the installation area, and it is possible to reduce the storage space by the automatic rice cooker, so that each rice cooker can be miniaturized.

In addition, it is not limited to the risotto of the single cooking method, and the risotto of each of the various cooking methods that can be used for each simmering machine can be flexibly applied to the risotto according to the output of each rice cooker. system.

In addition, it is possible to easily perform the cleaning and risotto at the time of risotto by washing and risotto of each of the automatic risottos provided in the cluster type risotto system without easily moving the pot.

1‧‧‧Cluster type risotto system

10‧‧‧Common equipment unit

10a‧‧‧Control panel

11‧‧‧Storage Department

11a‧‧‧ upper board

11b‧‧‧lower board

11c‧‧‧ Compartment

12a, 12b, 12c, 12d‧‧‧ storage unit

13‧‧‧Device space

14‧‧‧Warm water supply pipe

15‧‧‧Cold water supply pipe

16‧‧‧Drainage pipe

17‧‧‧ pump

20‧‧‧Automatic rice cooker

21‧‧‧ ontology framework

22‧‧‧Material Supply Department

23‧‧‧ heating department

24‧‧‧ pots

24a‧‧‧ lid

25‧‧‧Support

25a‧‧‧Support feet

25c‧‧‧Support body

25d‧‧‧Bottom bending

25e‧‧‧ upper end bend

26‧‧‧ Cold and warm water supply department

26a‧‧‧ Cold Water Supply Department

26b‧‧‧Warm Water Supply Department

27‧‧‧ glutinous rice washing propeller

28‧‧‧ Mixing shovel

29‧‧‧meter

Fig. 1 is a view showing a risotto system in a linear manner in the past.

Fig. 2 is a view showing the cluster type risotto system of the present invention.

Figure 3 is a diagram showing the common equipment unit of the cluster type risotto system of the present invention. Sectional view.

Fig. 4 is a view showing two adjacent automatic rice cookers adjacent to the cluster type risotto system of the present invention.

Fig. 5 is a front elevational view showing the fully automatic rice cooker of the cluster type risotto system of the present invention.

Figure 6 is a perspective view showing a fully automatic rice cooker of the cluster type risotto system of the present invention.

Hereinafter, the cluster type risotto system of the present invention will be described in detail as an embodiment with reference to the drawings.

The cluster-type risotto system of the present invention is installed in a place where a group of hundreds of people, such as a company, a military institution, a hospital, a school, a government office, a hotel, and the like, is required to feed a group, and a large amount of rice is cooked in a short time.

As shown in Figures 2 to 6, the cluster-type risotto system (1) of the present invention comprises a plurality of fully automatic rice cookers (20) and a common equipment unit (10).

The aforementioned common equipment unit (10) is formed in a circular or polygonal shape in plan view, and the plurality of fully automatic rice cookers are disposed around the common equipment unit centering on the common equipment unit, even if it is a risotto system than in the past The narrowly arranged area can still be constructed in a small form.

In this embodiment, the common equipment unit is as shown in FIG. For example, a shape in which the shape is formed into a polygonal shape is adjacent to each of the plurality of fully automatic rice cookers on each side of the polygonal shape of the common equipment unit, but is spaced apart from each other by a certain interval.

The common equipment unit (10) is configured to supply cold and warm water and raw materials to the plurality of automatic rice cookers, and to discharge the rice water from each of the plurality of fully automatic rice cookers.

The common equipment unit (10) is provided with a storage portion (11) at an upper portion thereof, a device space (13) is provided at a lower portion of the storage portion, and a cold water pipe and a drain pipe are provided in the equipment space.

The storage portion (11) is formed in an upper portion of the equipment space (13), and includes an upper plate (11a) and a lower plate (11b), and is configured to house raw materials such as rice therein.

Further, the storage portion (11) may include a plurality of compartments (11c) between the upper plate and the lower plate, and partition the plurality of storage units (12a, 12b, 12c, and 12d) in the plurality of storages. The unit is configured to store different raw materials, and is configured to supply a specific raw material only to a fully automatic rice cooker of a part of the plurality of fully automatic rice cookers.

In this embodiment, the plurality of storage units are exemplified by compartment divisions that are vertically divided, but are limited thereto, and a plurality of compartments are horizontally distinguished. It can be constructed by connecting only a part of a specific automatic rice cooker and supplying only a part of the specific raw materials.

The storage unit (11) is supplied from a raw material supply unit (22) connected to a plurality of automatic rice cookers, which will be described later, through a raw material supply unit of the automatic rice cooker from a raw material stored in the storage unit, rice or miscellaneous grains. The way to give the pot.

An equipment space (13) is provided at a lower portion of the storage portion (11), and the equipment space (13) is provided with a warm water supply pipe (14), a cold water supply pipe (15) and a drain pipe (16), and a warm water supply pipe (14). The cold water supply pipe (15) and the drain pipe (16) are disposed on the lower side of the equipment space inside the common equipment unit as shown in Figs. 2 and 3 .

The warm water supply pipe (14) is coupled to the cold and warm water supply unit (26) of the plurality of automatic rice cookers, and supplies warm water to the automatic rice cooker, and the cold water supply pipe (15) is connected to the plurality of The cold and warm water supply unit (26) of the automatic rice cooker supplies cold water.

The drain pipe (16) is configured to be connected to the cooker described later in the fully automatic rice cooker, and is configured to discharge the rice water from the plurality of fully automatic rice cookers, and a drain pump can be provided at one end of the drain pipe (16). Pu (17) is constructed by stably discharging the rice water from the above-mentioned fully automatic rice cooker.

A plurality of automatic rice cookers (20) are disposed around the common equipment unit (10), and the plurality of automatic rice cookers can each be cooked together, but can also be controlled so that the rice can also be selectively selected.

The plurality of automatic rice cookers (20) each include a body frame (21), A raw material supply unit (22), a heating unit (23), a support unit (25), and a cold and warm water supply unit (26).

The body frame (21) may be formed in a rectangular shape and provided in contact with the outer peripheral surface of the common equipment unit (10). A plurality of gauges (29) and a control panel are disposed in front of the body frame (21).

Here, the plurality of meters (29) can be used to apply a signal from a temperature sensor that measures the temperature of the supply water to display a water thermometer of the value, and a signal from a temperature sensor that measures the temperature of the heating portion. A heater thermometer that displays the value and a pot thermometer that displays the temperature of the pan are configured to display a plurality of sensors in response to the demand.

In addition, the control panel may be disposed at an upper portion or a front side of the body frame, but as shown in FIG. 4, a control panel (10a) may be disposed between two automatic rice cookers adjacent to each other to jointly control the adjacent The method of automatic rice cooker.

The raw material supply unit (22) can be provided to penetrate the storage unit (11) of the common equipment unit (10) through the back surface of the main body frame (21), and supply rice or miscellaneous grains from the storage unit (11). The way the raw materials are constructed. Here, the raw material supply unit (22) may be formed by a channel having a "□" shape, and may be partitioned into a plurality of, and each of the divided passages may be connected to a plurality of storage units of the storage portion.

A pot (24) for supplying the aforementioned raw material is provided in a lower portion of the aforementioned raw material supply portion (22). The lid (24a) is set to be opened and closed by the hinge of the pan (24) by rotating the hinge, and the internal pressure of the pan is maintained in advance during risotto The method of setting the pressure.

A drain hole (not shown) is formed in a lower portion of the raw material supply unit (22), and the drain hole is configured to communicate with the drain pipe of the common equipment unit. In addition, the drain hole is arranged to be switchable. When the inside of the cookware is glutinous rice or the raw material washed inside the cookware is cooked, the drain hole is closed, and when the cooked pot is cleaned, In a case where the drain hole is opened, the washing water is discharged to the drain pipe through the drain hole.

The pot (24) is supported by a support portion (25). The support portion (25) has a support leg (25a) erected on a bottom surface of the body frame, and the support leg (25a) is provided with a support portion body (25c) bent in a "ㄈ" shape.

A heating portion (23) to be described later is disposed at a lower end bent portion (25d) of the support portion main body (25c), and the above-described pot (24) is placed at an upper end bent portion (25e) of the support portion main body (25c). Further, the support portion main body (25c) is slidably moved toward the front of the main body frame by being driven by the rear drive motor (25b) before being provided on the support leg (25a), and is stably taken out and cooked. The weight of the aforementioned pot (24) is constructed.

A heating portion (23) for heating the pot (24) is attached to a lower portion of the pot (24). In the present embodiment, various types of heaters such as an induction heater, an electric heater, or a gas heater can be used as the heating unit (23).

A cold warm water supply portion (26) is provided at an upper portion of the cookware (24). The cold and warm water supply unit (26) includes a cold water supply unit (26a) that is connected to the cold and warm water supply pipe, supplies cold water to the cookware, and is connected to the warm water supply pipe, and supplies warm water to the cookware. Warm water supply (26b).

A glutinous rice cleaning propeller (27) is disposed on the upper portion of the cookware (24). The glutinous rice cleaning propeller (27) is provided on the upper portion of the main body frame, and is lifted up and down by the motor, and is lowered during operation to be inserted into the inside of the cookware, and is stored in the upper side of the main body frame during non-operation. Composition.

The aforementioned glutinous rice cleaning propeller (27) is provided with a plurality of rotatable fins. The glutinous rice washing propeller is lowered after supplying the raw material and the cold water and the warm water to the cooking utensils, and is raised by the rotary rinsing of the fins to the raw materials of the cookware, and is taken out from the cookware after being taken out. After the rice is lowered again, it is constructed by washing the aforementioned pan with the rotation of the fins.

A stirring blade (28) is installed in the vicinity of the aforementioned glutinous rice cleaning propeller (27). The agitating blade (28) is configured to be vertically moved up and down in the upper portion of the pan.

The tip end of the agitating blade (28) is bent and attached from the inside of the lifting axis of the agitating blade. The agitating blade (28) is configured to be rotated after being lowered and easily stirred to cook the cooked rice in the pan.

As described above, the present invention is not limited by the above-described embodiments and the drawings, and various modifications, changes, and modifications may be made without departing from the spirit of the invention. Usually the knowledge should be understood.

1‧‧‧Cluster type risotto system

10‧‧‧Common equipment unit

14‧‧‧Warm water supply pipe

15‧‧‧Cold water supply pipe

16‧‧‧Drainage pipe

20‧‧‧Automatic rice cooker

Claims (11)

A cluster type risotto system is a risotto system of a rice cooker, characterized in that it comprises: a plurality of automatic rice cookers, which are separately controllable risotto; and a common equipment unit, which supplies cold and warm water and raw materials to the plurality of A fully automatic rice cooker; the plurality of automatic rice cookers are disposed around the common equipment unit centering on the common equipment unit. The cluster type risotto system of claim 1, wherein the common equipment unit comprises: a cold water supply pipe and a warm water supply pipe, wherein the cold water and the warm water are supplied to the plurality of automatic rice cookers; the drain pipe is The plurality of automatic rice cookers discharge the rice washing water; and the storage portion is disposed on an upper side of the equipment space where the cold water supply pipe and the warm water supply pipe and the drain pipe are disposed, and is stored and supplied to the plurality of automatic rice cookers Raw materials. The cluster type risotto system according to claim 2, wherein the storage portion is partitioned into a plurality of storage units, and the plurality of storage units store different raw materials, and only a part of the automatic rice cooker of the above-mentioned fully automatic rice cooker is used. The way in which specific materials are supplied. The cluster type risotto system according to claim 2, wherein the aforementioned common equipment unit has a planar shape formed into a circular or polygonal shape, the aforementioned complex A plurality of fully automatic rice cookers are respectively disposed adjacent to the outer peripheral surface of the common equipment unit at a certain interval. The cluster type risotto system of claim 2, wherein the common equipment unit further comprises a drainage pump coupled to the drain pipe. The cluster type risotto system according to claim 3, wherein the plurality of automatic rice cookers respectively include: a body frame; a raw material supply unit connected to the storage portion to supply a raw material of the storage portion; Supplying the raw material to be cooked; the support portion is erected on the body frame to support the cookware; the heating portion is disposed at a lower portion of the cookware to heat the cookware; and the cold and warm water supply portion is coupled to the foregoing The cold water supply pipe and the aforementioned warm water supply pipe supply cold water and warm water to the aforementioned cookware. The cluster type risotto system according to claim 6, wherein the pot is connected to the drain pipe of the common equipment unit through a drain hole formed in a lower portion, and the drain hole is provided to be switchable. The cluster type risotto system according to claim 6, wherein the support portion is detachably driven forward and backward toward the front of the body frame. The cluster type risotto system according to claim 6, comprising a glutinous rice cleaning propeller disposed on an upper portion of the cookware and having a plurality of fins that can be lifted up and down and rotated. The cluster type risotto system according to claim 9, wherein the glutinous rice washing propeller is lowered after the raw material and the cold water and the warm water are supplied to the pot, and is supplied to the pot by the rotary washing of the fin After the raw material is raised, it is lowered again after taking out the rice cooked by the cookware, and the pan is cleaned by the rotation of the fin. The cluster type risotto system according to claim 6, further comprising a rice mixing shovel disposed in the upper portion of the pan, lifting up and down, bending from the lifting shaft, and stirring and cooking the rice in the pan.