JP3103627U - Rice cooker and electromagnetic cooker for electromagnetic cooker that can be put on electromagnetic cooker and cook rice - Google Patents

Abstract

Kind Code: A1 A separate rice cooker containing a kettle can be placed and fixed on a multipurpose electromagnetic cooker, and rice is cooked in the kettle in the rice cooker by electromagnetic induction with the electromagnetic cooker. To provide rice cookers and electromagnetic cookers.
A rice cooker A that can be put on a top plate 7 of an electromagnetic cooker B to cook rice. A part of the lower bottom of the rice cooker A is formed as an opening window 11 under the pot, and the lower bottom of the pot 3 mounted in the rice cooker A appears at the window 11 under the pot. Electromagnetic induction is possible by abutting on the top plate 7 of the cooker B. The top plate 7 of the electromagnetic cooker B on which the lower end peripheral portion 14 of the rice cooker A is placed is formed to protrude upward by a predetermined height h, and the lower end peripheral portion of the rice cooker A is positioned above the top plate 7. And is formed to protrude downward by a height h that can be fitted from the bottom.
[Selection diagram] Fig. 1

Description

The present invention relates to a rice cooker for an electromagnetic cooker and an electromagnetic cooker that can be put on an electromagnetic cooker and cook rice. More specifically, a rice cooker separated from the electromagnetic cooker is placed on the electromagnetic cooker. In the technical field of electromagnetic cookers that are used for electromagnetic cookers that can be cooked by electromagnetic induction heating of the inner pot and that can be used for cooking rice cookers, and that can be used for various purposes besides being suitable for cooking rice cookers Belong to.

  Conventionally, there are many so-called IH rice cookers using electromagnetic induction heating and so-called IH rice cookers using electromagnetic induction heating.

For example, Japanese Patent Application Laid-Open Publication No. 2003-332035 discloses an electric rice cooker using a so-called integrated electromagnetic induction heating in which an inner pot, an induction heating coil, a coil substrate, and the like are provided inside an electric rice cooker. (IH rice cooker) is disclosed.
Japanese Patent Application Laid-Open Publication No. 2003-332035

  The conventional general IH rice cooker can use electromagnetic induction heating only for cooking rice. That is, since it is not a separate type IH rice cooker provided separately from the electromagnetic cooker, the use of the electromagnetic induction heating is naturally limited to only rice cooking.

Therefore, an object of the present invention is to place and fix a separately installed rice cooker equipped with a kettle on a top plate of an electromagnetic cooker that can be used for various purposes, and to perform electromagnetic induction with the top plate of the electromagnetic cooker. An object of the present invention is to provide a cooker for an electromagnetic cooker of a type in which rice is cooked in a pot in the cooker by heating, and an electromagnetic cooker suitable for the cooker for the electromagnetic cooker.

As a means for solving the above problem, a rice cooker for an electromagnetic cooker which can be placed and cooked on the electromagnetic cooker according to the invention of claim 1 is placed on the top plate 7 of the electromagnetic cooker B. Rice cooker A that can cook rice,
The lower bottom surface 10 of the rice cooker A is formed as a pot bottom window 11 with a part thereof opened, and the lower bottom surface 30 of the pot 3 mounted in the rice cooker A is exposed below the pot. Appears in the window 11 and comes into contact with the top plate 7 of the electromagnetic cooker B so as to be capable of electromagnetic induction heating.

In the rice cooker for an electromagnetic cooker according to the present invention, the lower bottom surface 30 of the rice cooker 3 and the lower bottom surface 10 of the rice cooker A, which appear in the window 11 below the rice cooker A, are at substantially the same level. The rice cooker 3 is supported in the rice cooker A such that

In the rice cooker for an electromagnetic cooker according to the third aspect of the present invention, a pot-shaped pot support 15 wrapping the pot 3 and supporting it at a predetermined position and having a lower portion 16 opened in a circular shape is mounted inside the rice cooker A. The lower bottom plate 10 constituting the lower bottom surface of the rice cooker A is formed in a bottom opening window 11 having a circular opening at a substantially center thereof. It is characterized in that the lower bottom plate 10 and the lower part window 11 of the lower bottom plate 10 are attached at a common position.

In the rice cooker for an electromagnetic cooker according to the present invention, the top plate 7 of the electromagnetic cooker B on which the lower peripheral portion 12 (13, 14) of the rice cooker A is mounted has a predetermined height h. The lower end peripheral portion 12 (13, 14) of the rice cooker A is formed to protrude downward by a height h that can be fitted from above into the top plate 7 of the electromagnetic cooker B. It is characterized by having.

The rice cooker for an electromagnetic cooker according to the fifth aspect of the present invention is characterized in that the heating plate 4 is detachably attached to the back surface 2a of the lid 2 of the rice cooker A.

In the rice cooker for an electromagnetic cooker according to the invention of claim 6, the attachment / detachment structure of the heating plate 4 to / from the lid 2 of the rice cooker A includes a plurality of locking pieces 40, 41 protruding around the outer periphery of the heating plate 4, A locking hole 20 or a locking claw 21 for locking the locking pieces 40, 41 of the heating plate 4 is formed on the outer periphery of the back surface 2 a of the lid 2.

8. The rice cooker for an electromagnetic cooker according to the present invention, wherein a window 19 communicating with the inside of the rice cooker A is formed on an outer surface 18 of the rice cooker A. A part 6 is provided so that water droplets generated when rice is cooked in the rice cooker A can be retained in the water droplet receiving part 6.

In the electromagnetic cooker according to the present invention, the top plate 7 of the electromagnetic cooker B on which the rice cooker A whose lower bottom surface 10 is partially open is placed has a predetermined height h at the lower end of the rice cooker A. It is characterized in that it is formed so as to protrude upward by a size and height h fitting into the inner space of the lower peripheral portion 12 (13, 14) protruding downward.

The electromagnetic cooker according to the ninth aspect of the present invention is arranged such that the rice cooker A having a partially opened lower bottom surface 10 is placed on the top plate 7 of the electromagnetic cooker B and a predetermined height h at the lower end of the rice cooker A. It is characterized in that a groove portion is formed in which the lower peripheral portion 12 (13, 14) projecting downward by a distance can be inserted.

In the electromagnetic cooker according to the present invention, the top plate 7 of the electromagnetic cooker B on which the rice cooker A having the lower bottom surface 10 partially opened is placed, and the lower peripheral edge 12 (13) of the rice cooker A is provided. , 14) is characterized in that the whole is formed in a recess that can be fitted.

The electromagnetic cooker of the invention according to claim 11 has a temperature controller 8 incorporated therein, and a temperature suitable for rice cooking by the rice cooker A mounted on the top plate 7 of the electromagnetic cooker B. Are configured to be adjustable.

The rice cooker for an electromagnetic cooker according to the invention of claim 1 is capable of placing rice on a top plate of the electromagnetic cooker so that rice can be cooked, and a part of a bottom surface of the rice cooker is opened below a pot. Is formed as, and the lower bottom surface of the kettle mounted therein is exposed in the lower window of the kettle, and is configured to be in contact with the top plate of the electromagnetic cooker so as to be electromagnetically induction-heated. As a result of the lower bottom surface of the kettle emerging from the lower bottom surface securely abutting on the top plate, the convenience of being able to reliably cook rice by electromagnetic induction heating is excellent.

The rice cooker for an electromagnetic cooker according to the present invention is characterized in that the rice cooker is placed in the rice cooker such that the bottom surface of the rice cooker and the lower bottom surface of the rice cooker appearing in the window below the rice cooker are at substantially the same level. The bottom surface of the rice cooker can be placed on the top plate of the electromagnetic cooker, and at the same time, the bottom surface of the cooking pot can be used as a measure of whether the bottom surface of the rice cooker has securely contacted the top plate.

The rice cooker for an electromagnetic cooker according to the invention according to claim 3, a pot-shaped kettle support that encloses the kettle, supports the kettle at a predetermined position, and has a lower part opened in a circular shape, is mounted inside the rice cooker, The lower center plate constituting the lower bottom surface of the rice cooker is formed in a bottom opening window portion having a circular opening at a substantially center of the bottom bottom plate, and the lower opening portion of the pot support and the bottom opening window portion of the lower bottom plate. And the bottom of the hook supported by the hook support, the lower bottom of the opening of the hook support and the lower window of the lower bottom plate surely emerge downward from the window. The reliability of electromagnetic induction heating by contact with the top plate is ensured.

The rice cooker for an electromagnetic cooker according to claim 4, wherein a top plate of the electromagnetic cooker on which a lower peripheral edge is placed is formed to protrude upward by a predetermined height, and a lower peripheral edge of the rice cooker. Is formed so as to project downward from the top plate of the electromagnetic cooker by a height that can be fitted from above, so that the rice cooker fitted to the protruded top plate rattles on the electromagnetic cooker (top plate). In addition, the rice can be cooked deliciously by electromagnetic induction heating without being displaced and tilted during cooking, without tilting, and is excellent in safety.

In the rice cooker for an electromagnetic cooker according to the fifth and sixth aspects of the present invention, a heating plate is detachably attached to the back surface of the lid. In other words, the structure for attaching and detaching the heating plate to and from the lid portion of the rice cooker is such that a plurality of locking pieces projecting from the outer periphery of the heating plate are locked to the locking holes and locking claw portions on the lid portion, or the engaging portions thereof. It is easy to handle and easy to handle simply by releasing the stop. Cleaning of the heating plate after using rice is easy and good for hygiene.

In the rice cooker for an electromagnetic cooker according to the invention of claim 7, a window portion communicating with the inside is formed on an outer surface of the rice cooker, and a box-shaped water droplet receiving portion that is detachably fitted to the window portion is provided. If water droplets generated when the rice is cooked in the rice cooker stay in the water droplet receiving portion, the water droplet receiving portion is removed after the rice is cooked, and the water droplet receiving portion can be easily washed and is convenient.

The electromagnetic cooker according to the invention according to claim 8, wherein the top plate on which the rice cooker having a partially opened lower bottom surface is placed, has a lower end peripheral edge projecting downward by a predetermined height at a lower end of the rice cooker. The rice cooker fitted by the protruding top plate swings in the same manner as the effect of the invention according to the fourth aspect, since the rice cooker is formed so as to protrude upward by the size and height fitting into the inner space. It is positioned and fixed without cooking, does not tilt when cooking, cooks deliciously by electromagnetic induction heating, and has excellent safety in preventing falls. Of course, this electromagnetic cooker is suitable for the rice cooker and also has good convenience that can be used for various conventional applications.

The electromagnetic cooker according to the ninth aspect of the present invention is configured such that, on the top plate on which the rice cooker whose lower bottom surface is partially opened is placed, a lower end peripheral portion protruding downward by a predetermined height at a lower end of the rice cooker. Since the groove portion that can be inserted is formed, if the lower peripheral edge portion of the rice cooker is inserted into the groove portion of the electromagnetic cooker, the same as in the case of the projecting type top plate according to claim 8, The rice cooker whose lower end peripheral edge is inserted into the groove is fixedly positioned without swinging, does not tilt at the time of cooking, can cook deliciously by electromagnetic induction heating, and also has excellent safety of falling prevention. I have.

In the electromagnetic cooker according to the present invention, the top plate on which the rice cooker having a partially opened lower bottom is placed is formed in a recess capable of fitting the entire lower peripheral edge of the rice cooker. I have. Therefore, if the lower bottom surface of the rice cooker is made smooth without providing the lower peripheral edge portion as described above, the lower bottom surface of the kettle emerging from the kettle lower window on the smooth lower bottom surface abuts on the top plate, and the electromagnetic force is reduced. No problem with induction heating. Further, the outer periphery of the lower end of the rice cooker is restrained by the outer wall of the top plate formed in the concave portion, so that the rice cooker is in an immobile state without swinging. Therefore, as in the case of the eighth and ninth aspects, the rice cooker is positioned and fixed without swinging even with the concave-type top plate, and does not tilt down during rice cooking, and is heated by electromagnetic induction heating. In addition to being able to cook delicious rice, it has the effect of preventing falling, and is also excellent in safety that does not disperse spills during electromagnetic induction heating with a small pot or the like.

In the electromagnetic cooker according to the eleventh aspect of the present invention, since the temperature control unit is incorporated therein, the temperature suitable for rice cooking by the rice cooker mounted on the top plate of the electromagnetic cooker is set to an appropriate temperature. Can be easily adjusted and delicious rice can be easily cooked.

  Embodiments of the rice cooker for an electromagnetic cooker according to the first to seventh aspects and the electromagnetic cooker according to the eighth to eleventh aspects will be described below with reference to the drawings.

The rice cooker A for the electromagnetic cooker of the present embodiment is a separate type rice cooker separately provided from the electromagnetic cooker B, and is placed on the top plate 7 of the electromagnetic cooker B, and has an internal contact. The cooking pot 3 is heated by electromagnetic induction heating. On the other hand, the electromagnetic cooker B of the present embodiment is suitable for rice cooking of the rice cooker A for the electromagnetic cooker described below, but can be used not only for the rice cooker A but also as a normal electromagnetic cooker. That is, the basic structure of the electromagnetic cooker B is substantially the same as that of a normal electromagnetic cooker, and includes an electromagnetic induction heating coil, a substrate, and the like (not shown) below the top plate 7. Accordingly, the rice cooker A is detached from the electromagnetic cooker B, and a pot, iron plate, frying pan or the like having a flat bottom surface with a magnetic property such as iron, iron enamel, magnetic stainless steel, etc. is removed from the top plate 7 of the electromagnetic cooker B. It can be placed on the top and heated by electromagnetic induction heating, such as boiled food, hot pot food, grilled food, fried food, and fried food.

  FIG. 1 shows a separated state of a rice cooker A for an electromagnetic cooker and an electromagnetic cooker B, and FIGS. 2 and 3 show a fitted state of both.

As shown in FIGS. 4 to 7, the rice cooker A for the electromagnetic cooker has a lid 2 with a heating plate 4, and a lower bottom surface in a hollow interior of a main body 1 in which a pot 3 can be freely attached and detached from an upper opening. 30 is a flat shape, and a pot 3 made of iron or the like is mounted. In the figure, reference numeral 1a denotes a lifting handle, 1b denotes an opening / closing button, and 5 denotes a cap.

On the lower bottom surface 10 of the rice cooker A, the rice cooker A is formed as a bottom opening window 11 which is partially open. Therefore, only by mounting the pot 3 in the rice cooker A, the flat lower surface 30 of the pot 3 appears in the window 11 under the pot, so that the rice cooker A in this state is electromagnetically cooked. When placed on the top plate 7 of the vessel B, the lower bottom surface 30 of the shuttle 3 contacts the top plate 7 and is heated by electromagnetic induction (claim 1).

At this time, in order to make the lower bottom surface 30 of the kettle 3 easily and reliably abut on the top plate 7, the lower bottom surface 30 of the kettle 3 that appears in the lower window 11 of the rice cooker A and the rice cooker An embodiment in which the pot 3 is supported in the rice cooker A so that the lower bottom surface A and the lower bottom surface 10 are at substantially the same level position is preferable (see FIG. 3, claim 2).

As shown in FIG. 6 and FIG. 7, the structure for supporting the pot 3 in the rice cooker A is such that the pot 3 wraps the pot 3 and is supported at a predetermined position as described above, and the lower part 16 is opened in a circular shape. A rice cooker support 15 is mounted inside the rice cooker A. A substantially center of the lower bottom plate 10 constituting the lower bottom surface of the rice cooker A is formed in a bottom opening window portion 11 which is opened in a circular shape. The lower bottom plate 10 and the lower window 11 are attached to the inside of the main body container 1 at the same position (claim 3). That is, a plurality of screw-in pins 17 are provided vertically in the main body container 1, and the lower bottom plate 10 in which the screw holes 10 a are drilled at positions corresponding to the screw-in pins 17 is attached to the rear surface of the main body container 1. The screw 17a is screwed into the screw hole 10a and the screw pin 17, so that the two are integrally fixed, and the lower opening 16 of the shuttle support 15 and the lower emergent window of the lower bottom plate 10 as described above. 11 is matched (FIG. 4).

Next, the lower peripheral portion 12 (13, 14) of the rice cooker A is formed so as to protrude downward by a predetermined height h (h is, for example, 6 mm). As the top plate 7 of the electromagnetic cooker B, which will be described later, is formed so as to protrude upward by the height h, the lower end of the rice cooker A is protruded, so that the rice cooker A is fitted to the top plate 7 in an immobile state. It is to secure. In the present embodiment, the peripheral portion 13 of the lower bottom plate 10 having a size and shape fitted on the back surface of the main body container 1 of the rice cooker A is bent vertically by the predetermined height h to be formed vertically. The bent peripheral portion 13 and the lower peripheral portion 14 of the main container 1 are formed as the lower peripheral portion 12. Thus, the lower peripheral portion 12 (13, 14) of the rice cooker A is formed so as to protrude downward by a height h that can be fitted to the top plate 7 of the electromagnetic cooker B from above (claim 4). The height h is secured between the lower peripheral plate 14 and the lower peripheral plate 14 by pressing the lower bottom plate 10 into the back surface of the main container 1 by the predetermined height h without providing the bent peripheral portion 13 of the lower bottom plate 10. It can also be adopted in the form of doing.

  9 to 14 show how to attach and detach the heating plate 4 to and from the lid 2.

  A heating plate 4 for promoting rice cooking is detachably attached to the back surface 2a of the lid 2 of the rice cooker A for the electromagnetic cooker. Two types of locking pieces 40 and 41 are provided on the outer periphery of the circular heating plate 4 to protrude outward. On the other hand, a locking hole 20 or a locking claw 21 for locking the locking pieces 40 and 41 is formed on the outer periphery of the back surface 2a of the lid 2 (claims 5 and 6).

In the case of the present embodiment, as shown in FIG. 9, a locking groove 40 a is formed inside the back surface of one locking piece 40 installed at the upper position of the lid 2, and this locking piece 40 is When fitted into the locking hole 20, the locking groove 40a is locked to the claw portion 20a of the locking hole 20 on the lid 2 side (FIGS. 9 to 11). A total of two different locking pieces 41 are provided, one each at the lower left and right positions in FIG. 9, and the tip claw 41a with a spring 41b is restrained in the holder 41c. The tip claw 41a of the locking piece 41 is configured to be capable of locking to the corresponding locking claw 21 formed inward on the side of the lid 2 (FIGS. 12 to 14).

  8 and 15 show the water drop receiving unit 6.

A window 19 communicating with the inside is formed on an outer side surface 18 of the rice cooker A, and a box-shaped water droplet receiver 6 having an upper opening that is detachably fitted to the window 19 is provided. Therefore, water droplets generated when rice is cooked in the rice cooker A are retained in the water droplet receiving portion 6 and can be easily processed (claim 7). Further, the water droplet receiving portion 6 also serves as a stopper of the handle 1a. That is, the horizontal plate 60 is provided on the outer surface of the water droplet receiving portion 6, and the handle 1a when not in use can be placed on the horizontal plate 60.

Further, the cap 5 shown in FIG. 15 is formed by uniting the upper cap 5a and the lower cap 5b by slightly rotating them together, the upper cap 5a is provided with a steam hole 5d, and the lower cap 5b has a rubber 5c on the back surface. Is attached. The cap 5 is detachably provided at a steam port 1c provided at the upper center of the lid 2 of the main body container 1.

  Next, FIGS. 1 to 3 show an electromagnetic cooker B suitable for implementing the rice cooker A. Reference numeral 9 in the figure denotes a control unit, 90 denotes a power cord, and reference numeral 91 in FIG. 16 showing a back surface denotes an intake port, and 92 and 93 denote exhaust ports.

The top plate 7 of the electromagnetic cooker B in the present embodiment is of an upwardly projecting type. In other words, the top plate 7 of the electromagnetic cooker B on which the rice cooker A having the lower bottom surface 10 partially opened is placed, the lower end periphery of the lower end of the rice cooker A protruding downward by a predetermined height h. It is formed so as to protrude upward by a size and height h that fits into the inner space of the portion 12 (13, 14). Therefore, the lower end peripheral portion 12 of the rice cooker A is fitted and fixed to the top plate 7 projecting upward without swinging. The rice can be cooked deliciously by electromagnetic induction heating without falling when cooking rice, and it is also useful for preventing falling.

Also, the present invention can be implemented with a flat type in which a groove not shown is formed. That is, the lower peripheral portion 12 (13, 14) protruding downward by the height h of the rice cooker A can be inserted into the top plate 7 of the electromagnetic cooker B on which the rice cooker A is placed. A groove having a depth substantially corresponding to the height h is formed (claim 9). Therefore, by inserting the lower end peripheral portion 12 (13, 14) of the rice cooker A into the groove of the electromagnetic cooker B, the rice cooker A is positioned and fixed without swinging, while maintaining the immovable state. The lower bottom surface 30 of the kettle 3 abuts on the top plate 7, and rice can be cooked by electromagnetic induction heating.

Further, the present invention can be implemented with a concave type top plate 7 not shown. In other words, the top plate 7 is formed in a recess in which the entire lower end peripheral portion 12 (13, 14) of the rice cooker A can be fitted (claim 10). In such a case, if the lower bottom surface of the rice cooker B is made a flat smooth surface without providing the lower peripheral edge portion 12 (13, 14) as described above, the lower bottom surface 10 of the rice cooker B is the same as that of the rice cooker lower appearance window portion 11. The lower bottom surface 30 of the kettle 3 appearing at the level position comes into contact with the top plate 7, and as described above, rice can be cooked by electromagnetic induction heating without fear of rocking or falling.

A temperature controller 8 is incorporated in the electromagnetic cooker B, and the temperature suitable for rice cooking by the rice cooker A placed on the top plate 7 of the electromagnetic cooker B is freely adjustable. (Claim 11).

Hereinafter, a procedure for cooking rice using the rice cooker A and the electromagnetic cooker B will be described.

The kettle 3 is removed from the main container 1 of the rice cooker A, and rice (not shown) is put into the kettle 3 to wash the rice, and predetermined water is poured. On the other hand, the main body container 1 is placed on the top plate 7 of the electromagnetic cooker B, and the lower peripheral edge 12 is fitted and positioned and fixed. Then, the lid 2 is opened, and the shuttle 3 is put in the main body container 1 and attached. Thereafter, the power cord 90 of the electromagnetic cooker B is inserted into an outlet.

Next, a button on the operation unit 9 shown in FIG. 17 is pressed. First, after pressing the power button indicated as "ON / OFF" at the right end in the figure, the "cooked rice" button on the left side in the figure is pressed. Then, heating is started by electromagnetic induction. It usually takes about 30 minutes to cook. When it cooks, it sounds and informs you, and automatically switches to the warm state. Therefore, if you loosen it immediately in such a state, delicious rice is completed. To cook porridge, press the "porridge" button after pressing the power button. Then, the electromagnetic induction heating is started, and the porridge can be cooked automatically in about 2 hours and 30 minutes.

Of course, the temperature and time setting of the heating and cooking other than the rice cooking can be easily performed by one-touch operation of the operation unit 9. FIGS. 18 and 19 show a guideline for adjusting the heating power and the temperature other than the rice cooking. In other words, in the operation unit 9 of FIG. 17, by pressing “boil”, “fry”, or the heat power adjustment button indicated by the arrow, appropriate heat power, temperature, and the like can be obtained, and the present invention can be applied to rice cooking and other heating cooking. .

It is the whole figure which showed the rice cooker for electromagnetic cookers and electromagnetic cooker of a separation state.

It is the whole figure which showed the rice cooker for electromagnetic cookers of a fitting use state, and an electromagnetic cooker.

Fig. 3 is a partially cut-away vertical sectional view taken along the line III-III in Fig. 4 showing a fitting procedure of the rice cooker and the electromagnetic cooker.

It is the perspective view which showed the back surface of the rice cooker.

It is a perspective view of the rice cooker in the state where the cover part was closed.

It is a perspective view of the rice cooker in the state where the cover part was opened.

It is the perspective view which removed the lower bottom plate of the rice cooker, and showed the internal structure.

It is a rear perspective view of a rice cooker.

It is the front view which showed the attachment point of the heating plate.

It is a front view of a lid part.

A and B are a side view and a front view of the heating plate.

It is the enlarged view which showed the attachment point to the cover part of a heating plate.

It is the enlarged view which showed the locked state of the heating plate and the cover part.

It is the enlarged view which showed the locking piece of the heating plate.

It is explanatory drawing which showed the cap.

It is a rear view of an electromagnetic cooker.

FIG. 3 is a front view showing an operation unit.

It is explanatory drawing which showed the standard of the thermal power of the heating cooking other than rice cooking.

It is explanatory drawing which showed the standard of the temperature of the heating cooking other than rice cooking.

Explanation of reference numerals

A Rice cooker for electromagnetic cooker 1 Main body 10 Lower bottom (lower bottom plate)
DESCRIPTION OF SYMBOLS 11 Hook lower window part 12 Lower peripheral part 13 Peripheral part 14 Lower peripheral part 15 Hook support 16 Lower opening 19 Window part 2 Cover part 2a Back surface 20 Lock hole 21 Lock claw part 3 Hook 30 Lower bottom surface 4 Heating plate 40 Locking piece 41 Locking piece 5 Cap 6 Water receiving section B Electromagnetic cooker 7 Top plate 8 Temperature control section 9 Operation section h Height

Claims (11)

A rice cooker that can be put on the top plate of the electromagnetic cooker and can cook rice,
The lower bottom surface of the rice cooker is formed as a pot bottom appearance window part of which is opened, and the lower bottom face of the pot attached to the rice cooker appears in the pot bottom appearance window part, A rice cooker for an electromagnetic cooker that can be placed on the electromagnetic cooker and cook rice, wherein the cooker is configured to be capable of electromagnetic induction heating by contacting a top plate of the electromagnetic cooker. The rice cooker is supported in the rice cooker such that the lower bottom surface of the rice cooker and the lower bottom surface of the rice cooker that appears in the window below the rice cooker appear at substantially the same level. A rice cooker for an electromagnetic cooker that can be put on the electromagnetic cooker according to 1 and cook rice. A pot-shaped kettle support that wraps the kettle and supports it at a predetermined position and has a lower part opened in a circular shape is mounted inside the rice cooker, and is substantially equivalent to a lower bottom plate that forms the lower bottom surface of the rice cooker. The center is formed in a lower pot opening window portion opened in a circular shape, and the lower opening portion of the hook support and the lower pot opening window portion of the lower bottom plate are attached at a common position. A rice cooker for an electromagnetic cooker that can be put on the electromagnetic cooker according to claim 1 or 2 and cook rice. The top plate of the electromagnetic cooker on which the lower peripheral edge of the rice cooker is placed is formed to protrude upward by a predetermined height, and the lower peripheral edge of the rice cooker is formed from above on the top plate of the electromagnetic cooker. The rice cooker for an electromagnetic cooker that can be placed and cooked on the electromagnetic cooker according to any one of claims 1 to 3, wherein the rice cooker is formed to protrude downward by a height that can be fitted. . A heating plate is detachably attached to the back surface of the lid of the rice cooker, wherein the electromagnetic cooker can be cooked and cooked on the electromagnetic cooker according to any one of claims 1 to 4. Rice cooker for cooker. The detachable structure of the heating plate to the lid portion of the rice cooker is such that a plurality of locking pieces project from an outer periphery of the heating plate, and a locking hole or a locking claw portion for locking the locking piece of the heating plate has a lid portion. The rice cooker for an electromagnetic cooker that can be placed on the electromagnetic cooker and cooks rice, wherein the rice cooker is formed on the outer periphery of the rear surface of the rice cooker. On the outer surface of the rice cooker, a window communicating with the inside is formed, and a box-shaped water droplet receiving portion is provided which is detachably fitted to the window, and the water droplet generated when rice is cooked in the rice cooker is formed by the water droplet. The rice cooker for an electromagnetic cooker that can be placed on the electromagnetic cooker and cooked on the electromagnetic cooker according to any one of claims 1 to 6, wherein the rice cooker is configured to be able to stay in a receiving portion. The top plate of the electromagnetic cooker on which the rice cooker whose lower bottom is partially open is placed has a size that fits into the inner space of the lower peripheral edge protruding downward by a predetermined height at the lower end of the rice cooker. An electromagnetic cooker formed to protrude upward by a height. On the top plate of the electromagnetic cooker on which the rice cooker whose lower bottom surface is partially opened is placed, a groove is formed at the lower end of the rice cooker, into which a lower peripheral edge protruding downward by a predetermined height can be inserted. An electromagnetic cooker characterized by being. The top plate of the electromagnetic cooker on which the rice cooker whose lower bottom surface is partially open is placed is formed in a concave portion into which the entire periphery of the lower end of the rice cooker can be fitted. . The temperature control part is built in the inside, and the temperature suitable for rice cooking by the rice cooker mounted on the top plate of the electromagnetic cooker is configured to be freely adjustable. The electromagnetic cooker according to any one of claims 10 to 10.

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