JP6008363B2 - Electromagnetic cooker band and electromagnetic cooker - Google Patents

Description

  The present invention relates to a band for an electromagnetic cooker and an electromagnetic cooker. More specifically, the band for an electromagnetic cooker that can be easily visually recognized when heated by an electromagnetic cooker when mounted on the electromagnetic cooker, and an electromagnetic cooker It is related with the electromagnetic cooking appliance which can visually recognize the heating state by.

  An electromagnetic cooker (also referred to as an IH cooker) that uses induction heating by electromagnetic induction and an electromagnetic cooker (also referred to as an IH cooker) used in the electromagnetic cooker have been put into practical use. Examples of such IH cooking utensils include cooking pots such as one-handed pans, two-handed pans, earthen pots, steaming pans, frying pans, and kettles.

  Since the IH cooker heats the IH cookware using induction heating rather than using a flame, it can be said that the safety against fire is relatively high. However, when the user or a third party looks around the IH cooker while cooking with the IH cooker, the heating state such as the presence or absence of heating and the strength of heating cannot be determined, and the safety against burns is high. I can't say that.

  Then, in order to ensure the safety | security of the burn etc. in an IH cooker, the IH cooker provided with a light-emitting body etc. and which can confirm a heating state is proposed. For example, Patent Document 1 discloses a “translucent top plate for placing a pan, a heating unit for heating the pan, an operation unit for inputting heating settings, a temperature sensor for detecting the bottom temperature of the pan, and a temperature. A control means for outputting a control signal to the heating means in accordance with the output of the sensor and the heating power set by the operation means, a light emitting means for injecting visible light from the end face of the top plate, and a position on the lower surface of the heating area on the upper surface of the top plate And a ring-shaped heating state display unit that radiates visible light incident on the top plate from the light emitting unit to the top plate, and displays the heating state by the visible light emitted above the heating state display unit. A heating cooker "(Claim 1) is described.

  Patent Document 2 states that “a case constituting an outer shell, a top plate with an outer peripheral portion mounted on the case and a pan or the like placed thereon, a heating coil disposed below the top plate, and the top plate are in contact with each other. A sensor for detecting the temperature of the top plate, and a light emitting means is provided inside the outer periphery of the top plate, and there is a risk of burns when the temperature of the top plate is touched when the pan or the like is inductively heated. "Induction heating cooker" (Claim 1) that transmits light from the entire outer periphery of the top plate and emits light when it is temperature is described.

  Even such an IH cooker equipped with a light emitter or the like cannot easily and clearly confirm the light emission state of the light emitter or the like, that is, the heating state, depending on the size and shape of the IH cooking utensil used or the viewing direction. There is.

  In addition, IH cookers equipped with light emitters are often expensive high-end models, and cheap and simplified entry models are often not equipped with light emitters. It is usually not possible to retrofit a light emitter or the like to an old model or an existing IH cooker that does not have such an entry model or light emitter.

  As described above, it is desired from the viewpoint of ensuring safety that the heating state can be confirmed even in a high-end model IH cooker equipped with a light emitter or the like, or in an entry model or an existing IH cooker. .

JP 2008-277097 A Japanese Patent No. 4251155

  An object of the present invention is to provide an electromagnetic cooking utensil in which a heating state by an IH cooker can be easily visually recognized regardless of grades such as a high-end model and an entry model, and new and old models.

  In addition, the present invention provides a band for an electromagnetic cooking utensil that, when attached to an electromagnetic cooking utensil, makes it easy to visually recognize the heating state of an IH cooking appliance regardless of the grade of the high-end model and entry model, and the new and old models. The purpose is to provide.

As means for solving the problems,
Claim 1 includes: a coil that generates electric power using electromagnetic induction by a heating coil installed in an electromagnetic cooker; and a light emitter that is arranged to be electrically connected to the coil and emits light by the electric power. The coil is an electromagnetic cooking utensil disposed on one main surface of a rubber band main body mounted on the electromagnetic cooking utensil body or embedded in the rubber band main body ,
According to a second aspect of the present invention, the electromagnetic cooker includes an electromagnetic cooker body made of heat-resistant silicone rubber, or an electromagnetic cooker having a base of a metal base and a heat-resistant silicone rubber layer disposed on at least an outer peripheral surface of the metal base. It is an electromagnetic cooking appliance according to claim 1, comprising an appliance body,
According to a third aspect of the present invention, there is provided a rubber band main body mounted on the electromagnetic cooker main body, a coil disposed on one main surface of the rubber band main body or embedded in the rubber band main body, and the coil electrically A band for an electromagnetic cooker with a connected light emitter,
Claim 4 is a band for an electromagnetic cooking appliance according to claim 3 , comprising an adjustment mechanism for adjusting a diameter formed by the rubber band main body according to an outer diameter of the electromagnetic cooking appliance main body.
A fifth aspect of the present invention is an electromagnetic cooker provided with the band for the electromagnetic cooker according to the third or fourth aspect .

An electromagnetic cooker according to the present invention includes a coil that generates electric power using electromagnetic induction by a heating coil installed in an electromagnetic cooker, and a light emitter that is arranged to be electrically connected to the coil and emits light by electric power. The coil is disposed on one main surface of a rubber band main body attached to the main body of the electromagnetic cooker or embedded in the rubber band main body , or the electromagnetic cooking according to the present invention to be described later Since it has an appliance band, when the electromagnetic cooker is placed on the electromagnetic cooker and heated, the current generated in the coil by the electromagnetic induction by the heating coil of the electromagnetic cooker flows to the light emitter and the light emitter Emits light. Thus, since the electromagnetic cooking appliance which concerns on this invention light-emits the light-emitting body arrange | positioned to itself according to the heating state of IH cooking appliance, the size and shape of an electromagnetic cooking appliance and an electromagnetic cooking appliance, and electromagnetic cooking Regardless of the cooker grade and the new and old types, the light emitter can be made to emit light according to the heating state of the electromagnetic cooker, and the heating state can be easily visually confirmed. Therefore, according to the present invention, it is possible to provide an electromagnetic cooking utensil in which the heating state by the IH cooker can be easily visually recognized regardless of the grades such as the high-end model and the entry model and the new and old models.

  Moreover, since the band for electromagnetic cooking utensils according to the present invention includes a rubber band body, a coil, and a light emitter, the light emitter emits light as described above when the IH cookware is heated by the IH cooker. . And since the band for electromagnetic cooking utensils according to the present invention is attached to the IH cooking utensil instead of the IH cooking utensil, the size and shape of the IH cooking utensil and the IH cooking utensil, the grade of the IH cooking utensil and the new and old models Regardless, the light emitter is caused to emit light according to the heating state of the IH cooker. Therefore, according to the present invention, when mounted on an electromagnetic cooking appliance, the heating state by the IH cooking appliance can be easily visually recognized regardless of the grade such as the high-end model and the entry model, and the new and old models. Can provide a band.

FIG. 1 is a schematic perspective view showing an example of an electromagnetic cooking utensil according to the present invention, in which an example of an electromagnetic cooking utensil band according to the present invention is attached to an electromagnetic cooking utensil body. FIG. 2 is a schematic plan view showing another example of the electromagnetic cooker band according to the present invention. FIG. 3 is a schematic perspective view showing a reference example of the electromagnetic cooking appliance according to the present invention.

  The electromagnetic cooking utensil according to the present invention and the electromagnetic cooking utensil to which the band for the electromagnetic cooking utensil according to the present invention is attached may be an electromagnetic cooking utensil used for the electromagnetic cooking utensil, for example, a one-handed pan, a two-handed pan Cooking pots such as flat pots, earthen pots, steaming pots, frying pans, kettles, etc. Such an electromagnetic cooking utensil usually includes an electromagnetic cooking utensil body, and optionally includes at least one handle attached to the electromagnetic cooking utensil body, a lid body such as an outer lid and an inner lid, a snowboard, and the like.

  The electromagnetic cooker includes a metal plate that generates current by electromagnetic induction by a heating coil of an electromagnetic cooker at least at a part or all of the bottom. As such an electromagnetic cooking utensil, for example, an electromagnetic cooking utensil body formed of a heat-resistant rubber or a heat-resistant resin and having a hollow recess having an open end and a metal plate disposed or embedded at the bottom thereof. A cooking utensil, an electromagnetic cooking utensil provided with an electromagnetic cooking utensil body having a metal base formed of metal and having a hollow recess having an open end, and a rubber layer or a resin layer disposed on at least the outer peripheral surface of the base Can be mentioned. The former is preferable in terms of light weight, and the latter is preferable in terms of high strength. As the rubber or resin, various rubbers or resins can be used without particular limitation, and silicone rubber or silicone resin is preferable in that it has low thermal conductivity, high safety, and heat resistance. When further heat resistance is required, heat-resistant silicone rubber or heat-resistant silicone resin is preferable. In the present invention, “heat resistance” refers to the property that the silicone rubber or silicone rubber resin retains the molded shape even at 200 ° C. The metal may be any conventionally known metal used for IH cooking utensils, such as magnetic metals such as iron, iron castings, and magnetic stainless steel (18-0 stainless steel), and nonmagnetic stainless steel (18-8). Non-magnetic metals such as stainless steel and 18-10 stainless steel). In addition, the IH cooker compatible with all metals is not limited to this, and nonmagnetic metals such as copper and aluminum can also be used.

  An IH cooker for heating an electromagnetic cooking utensil according to the present invention and an electromagnetic cooking utensil to which the band for the electromagnetic cooking utensil according to the present invention is mounted is a heating coil disposed inside, usually in the top plate or below the top plate. It is not particularly limited as long as it is equipped with a high-end model IH cooking utensil, for example, an IH cooking utensil with a light emitter, but an entry model IH cooking utensil, for example, an IH cooking utensil without a light emitter. It may also be an existing or old IH cookware. The IH cooker may be a built-in type or a stationary type, and may be a desktop type (also referred to as a portable type or a hot plate type).

The electromagnetic cooker according to the present invention is disposed so as to be electrically connected to a coil that generates electric power using electromagnetic induction by a heating coil installed in the electromagnetic cooker, and emits light by the electric power. and a light emitter, the coil, include embodiments which are embedded in the arrangement or the rubber band body on one principal surface of the rubber band body that is mounted to the electromagnetic cooker body, also coils and Examples include an electromagnetic cooking utensil in which a band for an electromagnetic cooking utensil in which a light emitter is disposed or embedded is mounted on an electromagnetic cooking utensil body, a handle, a lid, or the like.

  In this invention, a coil is arrange | positioned in the arbitrary places of an electromagnetic cooker so that it may become a position and arrangement | positioning form which an induced current generate | occur | produces when the electromagnetic cooker which concerns on this invention is heated with an IH cooker. Can do. Moreover, a light-emitting body can be arrange | positioned in the arbitrary places of an electromagnetic cooking appliance, as long as the electric current which generate | occur | produced with the coil is electrically connected. The arrangement form of the light emitters may be any form as long as the light emission state can be visually recognized. For example, the shape, brightness, light emission pattern, and the like of the light emitters are appropriately selected.

  As an example of the electromagnetic cooking appliance according to the present invention, an electromagnetic cooking appliance including the electromagnetic cooking appliance band according to the present invention will be described with reference to the drawings. As shown in FIG. 1, the electromagnetic cooking utensil 1 includes an electromagnetic cooking utensil band 5, which is an example of an electromagnetic cooking utensil band according to the present invention, mounted on an electromagnetic cooking utensil body 15, and a coil, a light emitter, It is the electromagnetic cooking appliance which concerns on this invention provided with.

  The electromagnetic cooking utensil main body 15 is as described above. In this example, the metal base (not shown in FIG. 1) is formed of magnetic stainless steel, that is, magnetic stainless steel, and has a hollow recess having one end opened. And a heat-resistant silicone rubber layer 15a disposed so as to cover the entire surface of the metal substrate. That is, the metal substrate is embedded in the heat resistant silicone rubber layer 15a. Two handles (also referred to as grips) 16 are attached to the upper outer peripheral surface of the electromagnetic cooker body 15 so as to face each other.

  As shown in FIG. 1, the electromagnetic cooker band 5 includes a rubber band main body 11, a single coil 12 disposed on the main surface 11 a of the rubber band main body 11 along the longitudinal direction thereof, And a single light emitter 13 which is electrically connected to the coil 12 and arranged along the longitudinal direction of the rubber band main body 11.

  The rubber band main body 11 is formed in a ring shape from a heat resistant rubber, preferably a heat resistant silicone rubber, and makes a round around the outer peripheral surface of the electromagnetic cooker main body 15 using the flexibility or stretchability of the heat resistant rubber. It is attached to. When the rubber band main body 11 is formed of heat-resistant silicone rubber, the heat conductivity becomes low and the rubber band main body 11 itself is unlikely to become high temperature, and the light emitter 13 is relatively weak against heat, for example, a light emitting diode ( Or the like). The size and shape of the rubber band main body 11 are not particularly limited, and are appropriately determined according to the electromagnetic cooker main body 15 and the like to be mounted.

  The coil 12 is disposed in a spiral shape around the main surface 11a of the rubber band body 11, and one end 12a extends to the light emitter 13 and is electrically connected. The coil 12 functions as a conductive wire that generates an induced current and guides the induced current to a light emitter described later. Therefore, the coil 12 can also be called a conducting wire. In the electromagnetic cooker band 5, the coil 12 is arranged as described above, but an induction current may be generated in the coil 12, and the material, the number of spirals, the size, the shape, and the like of the coil 12 are not particularly limited.

  The light emitter 13 is arranged on one main surface 11 a of the rubber band main body 11 so as to make a round along the circumferential direction of the rubber band main body 11. Examples of the light-emitting body 13 include an optical fiber, a plurality of light-emitting diodes arranged in a row, a light guide plate, and the like, and the optical fiber and the light-emitting diode that emit light even at a low current have little influence on cooking, that is, the heating time and the heating state. In this example, an optical fiber in which LEDs are arranged at both ends is employed. Here, the optical fiber used as the light emitter 13 has a configuration that emits light other than at the end surface, that is, a configuration that does not cause total reflection at other than the end surface. The optical fiber strand etc. which adjusted the side brightness | luminance optimally by providing are mentioned. When the optical fiber has such a configuration, the outer peripheral surface of the optical fiber emits light, and the heating state can be visually confirmed well. Examples of such an optical fiber include “Ray Milky 8”, “Ray Super Milky 8”, and “Ray Super Milky 3.5” (all manufactured by Sumitomo 3M Co., Ltd.). The light emitter 13 is annularly disposed on the main surface 11a together with the rubber band main body 11. However, the light emitter 13 may be disposed in a shape such as a figure, a company logo, and a danger notification logo. In this electromagnetic cooker band 5, the light emitter 13 is arranged as described above, but the light emitter 13 only needs to emit light with an induced current, and the material, number of turns, size and shape of the light emitter 13, and The brightness, the light emission pattern, etc. are not particularly limited.

  This electromagnetic cooker band 5 has one main surface 11a on which the coil 12 and the light emitter 13 are arranged facing outward so that the coil 12 has a position and arrangement form where an induced current is generated in the IH cooker. The electromagnetic cooker body 15 is attached. Preferably, the electromagnetic cooking utensil band 5 is attached to the electromagnetic cooking utensil body 15 so that the light emitter 13 is located away from the coil of the IH cooking appliance which is a heat source. Thus, when the electromagnetic cooker band 5 is attached to the electromagnetic cooker body 15, the electromagnetic cooker 1 including the electromagnetic cooker body 15 and the electromagnetic cooker band 5 attached to the outer peripheral surface thereof is obtained. . The electromagnetic cooker band 5 is firmly attached to the electromagnetic cooker main body 15 due to the flexibility or stretchability of the rubber band main body 11, and can also be attached to another electromagnetic cooker main body 15 having a different outer diameter. Excellent versatility.

  When the IH cooking utensil is heated by the IH cooking appliance, the electromagnetic cooking appliance band 5 generates a current in the coil 12 by electromagnetic induction by the coil of the IH cooking appliance, and the luminous body has different luminance depending on the magnitude of the generated current. 13 is caused to emit light. And since this electromagnetic cooker band 5 is attached not to an IH cooker but to an IH cooker, regardless of the size and shape of the IH cooker and IH cooker, and the grade and new and old models of the IH cooker, The light emitter 13 is caused to emit light according to the heating state of the IH cooker. Therefore, when this electromagnetic cooking utensil band 5 is attached to an electromagnetic cooking utensil, regardless of the grade of the high-end model, entry model, etc., and the new and old models, the heating state by the IH cooker is easy for the user and the like. The luminous body 13 is caused to emit light so that it can be visually recognized. When the electromagnetic cooking utensil 1 with the electromagnetic cooking utensil band 5 attached is used as described above, the user or the like can easily grasp the heating state such as the presence or absence of the heating state and the intensity of the heating depending on the lighting state and brightness of the light emitter 13. Can be secured.

  As shown in FIG. 2, an electromagnetic cooking utensil band 6, which is another example of the electromagnetic cooking utensil band according to the present invention, includes a belt-shaped rubber band main body 21 and one main surface 21 a of the rubber band main body 21. A coil 22 disposed along the longitudinal direction of the first and second light emitters 23 electrically connected to the coil 22 and disposed parallel to the coil 22 along the longitudinal direction of the rubber band body 21. I have.

  The rubber band main body 21 has a belt-like shape, has both end portions connected in a ring shape, and includes an adjustment mechanism 24 that adjusts the diameter according to the outer diameter of the electromagnetic cooker main body at both end portions in the longitudinal direction. And it is basically the same as the rubber band main body 11 except that the coil 22 is arranged so as to make a circuit when it is connected in an annular shape. The adjusting mechanism 24 includes a locking projection 24a arranged in one row at two rows and two columns, and a locking hole 24b drilled in two rows and two columns at the other end at the same interval as the locking projection 24a. And have. The locking protrusion 24a has a shaft body (not shown in FIG. 2) erected on one main surface 21a and a bulging head that bulges radially at the free end of the shaft body. The locking hole 24b has a diameter smaller than the maximum outer diameter of the bulging head and larger than the outer diameter of the shaft body.

  The coil 22 is basically the same as the coil 12 except that its arrangement state and the like are different. That is, as shown in FIG. 2, the coil 22 faces a light source 23 described later in the middle of the main line 22 a and the main line 22 a that are linearly arranged from one end to the other end of the rubber band main body 21. Branch line 22 b that branches substantially vertically and is electrically connected to the light emitter 23. The light emitter 23 is basically the same as the light emitter 13 except that the arrangement state and the like are different.

  When the electromagnetic cooking utensil band 6 is attached to the electromagnetic cooking utensil body, the electromagnetic cooking utensil according to the present invention is provided with the electromagnetic cooking utensil main body and the electromagnetic cooking utensil band 6 attached to the outer peripheral surface thereof. . The electromagnetic cooking utensil band 6 has the same effect as the electromagnetic cooking utensil band 5 and the diameter of the electromagnetic cooking utensil band 6 connected in an annular shape by the adjusting mechanism 24 can be arbitrarily set. It can be firmly attached to the main body of an electromagnetic cooker having a wide outer diameter up to a small diameter, and exhibits even higher versatility.

As a reference example of the electromagnetic cooking utensil according to the present invention, an electromagnetic cooking utensil provided with a coil and a light emitter arranged in an electromagnetic cooking utensil body without using an electromagnetic cooking utensil band or the like will be described with reference to the drawings. . As shown in FIG. 3, the electromagnetic cooking utensil 2 is electrically connected to the electromagnetic cooking utensil body 31, the coil 32 directly disposed on the outer peripheral surface of the electromagnetic cooking utensil body 31, and the coil 32. A light emitting body 33 arranged directly on the outer peripheral surface of the appliance main body 31 and a magnetic metal plate 34 arranged on the bottom of the electromagnetic cooking appliance main body 31 are provided.

  The electromagnetic cooking utensil body 31 is formed of a silicone rubber and is a lightweight casing having a hollow recess with one end opened. This electromagnetic cooking utensil body 31 is made of silicone rubber having high strength or hardness so as to maintain its shape, and is preferably formed to a thickness of 1 to 10 mm. Here, “high strength” means that the tear strength (crescent) according to JIS K6252 is 10 to 40 kN / m, and “high hardness” means that the hardness according to JIS K6253 is 40 to 80 (durometer hardness). / Type A). Two handles (also referred to as grips) 35 are attached to the upper outer peripheral surface of the electromagnetic cooker body 31 so as to face each other.

  A magnetic metal plate 34 made of a magnetic metal in a plate shape is mounted on the entire bottom surface of the electromagnetic cooker body 31. This magnetic metal is as described above.

  The coil 32 is basically the same as the coil 12 except that the coil 32 is directly disposed on the outer peripheral surface of the electromagnetic cooking utensil body 31. That is, the coil 32 is helically arranged on the outer peripheral surface of the electromagnetic cooking utensil body 31 in the circumferential direction, and one end 32 a extends to the light emitter 33 and is electrically connected. The position where the coil 32 is disposed on the outer peripheral surface may be a position where current is generated by electromagnetic induction by the coil of the IH cooker, and is usually the outer peripheral surface near the bottom of the electromagnetic cooker body 31, specifically The height of the electromagnetic cooker body 31 is 5 to 30 mm from the bottom.

  The light emitter 33 is basically the same as the light emitter 13 except that the light emitter 33 is disposed on the outer peripheral surface of the electromagnetic cooker body 31. That is, the light emitter 33 is directly wound around the outer peripheral surface of the electromagnetic cooking utensil body 31 so as to pass through the through-hole 35a drilled in the handle 35 and go around the outer circumference of the electromagnetic cooking utensil body 31. This is basically the same as the light emitter 13.

  Since the electromagnetic cooking appliance 2 includes the electromagnetic cooking appliance main body 31, the coil 32, the light emitter 33, and the magnetic metal plate 34, the electromagnetic cooking appliance 1 having the electromagnetic cooking appliance band 5 has the same effects. Moreover, since the light emitter 33 is disposed in the vicinity of the opening of the electromagnetic cooking utensil body 31 and is separated from the magnetic metal plate 34 serving as a heat source, the electromagnetic cooking utensil body 31 does not have a magnetic metal base, Since it has a housing formed of heat-resistant silicone rubber having a low conductivity, it is possible to effectively prevent the light-emitting body 33 from losing its function due to heat generated by the magnetic metal plate 34. Therefore, the electromagnetic cooker 2 causes the light emitter 33 to emit light so that a user or the like can easily see the heating state of the IH cooker regardless of the grade such as the high-end model and the entry model, and the new and old models. . When the electromagnetic cooking utensil 2 is used in this way, the user or the like can easily grasp the heating state such as the presence or absence of the heating state and the strength of the heating depending on the lighting state and brightness of the light emitter 33, and sufficient safety can be ensured.

  The band for an electromagnetic cooking utensil and the electromagnetic cooking utensil according to the present invention are not limited to the above-described examples, and various modifications can be made within a range in which the object of the present invention can be achieved. For example, in the electromagnetic cooker band 5 and the electromagnetic cooker band 6, the coil 12 or the coil 22, and the light emitter 13 or the light emitter 23 are all disposed on the main surface 11 a or the main surface 21 a. However, in the electromagnetic cooker band according to the present invention, the coil and the light emitter may be embedded in the electromagnetic cooker band. Similarly, in the electromagnetic cooker 2, the coil 32 and the light emitter 33 are directly arranged on the outer peripheral surface of the electromagnetic cooker body 31, but in this invention, the coil and the light emitter may be embedded in the electromagnetic cooker body. Good.

  The coil 12 and the light emitter 13 in the electromagnetic cooker band 5 and the coil 32 and the light emitter 33 in the electromagnetic cooker 2 are all on the outer peripheral surface of the rubber band main body 11 or the outer peripheral surface of the electromagnetic cooker main body 31. In this invention, the coil and the light emitter may be discontinuously arranged in the circumferential direction or may be embedded in a spiral shape, and may be arranged at any one or a plurality of locations. Alternatively, the light emitters may be arranged or embedded so as to be various figures or logos. Similarly, the coil 22 and the light emitter 23 in the electromagnetic cooker band 6 are arranged along the longitudinal direction of the main surface 21a of the rubber band body 21, but in this invention, the coil and the light emitter are It may be arranged or buried discontinuously along the longitudinal direction, may be arranged or buried at any one or a plurality of places, and the light emitter may be arranged or buried so as to be various figures or logos. Good.

  The light emitting body 33 in the electromagnetic cooking utensil 2 is disposed on the outer peripheral surface of the electromagnetic cooking utensil body 31. In the present invention, the light emitting body may be disposed on a handle or a lid.

1, 2 Electromagnetic cookware (IH cookware)
5, 6 Bands for electromagnetic cooking utensils 11, 21 Rubber band bodies 11a, 21a One main surface 12, 22, 32 Coils 12a, 32a One end 13, 23, 33 Light emitter 15, 31 Electromagnetic cooking utensil body 15a Silicone rubber layer 16, 35 Handle (grip)
22a Main line 22b Branch line 24 Adjustment mechanism 24a Locking protrusion 24b Locking hole 34 Magnetic metal plate 35a Through hole

Claims (5)

A coil that generates electric power using electromagnetic induction by a heating coil installed in an electromagnetic cooker, and a light emitter that is arranged to be electrically connected to the coil and emits light by the electric power ,
The said coil is an electromagnetic cooking appliance arrange | positioned on the main surface of the rubber band main body with which an electromagnetic cooking appliance main body is mounted | worn, or embed | buried under the said rubber band main body .   The electromagnetic cooker includes an electromagnetic cooker body made of a heat-resistant silicone rubber, or an electromagnetic cooker body having a metal base and a heat-resistant silicone rubber layer disposed on at least an outer peripheral surface of the metal base. Item 2. An electromagnetic cooker according to item 1.   A rubber band main body mounted on the electromagnetic cooker main body, a coil disposed on one main surface of the rubber band main body or embedded in the rubber band main body, and a light emitter electrically connected to the coil A band for electromagnetic cooking utensils with. The band for an electromagnetic cooking appliance according to claim 3 , further comprising an adjustment mechanism for adjusting a diameter formed by the rubber band main body according to an outer diameter of the electromagnetic cooking appliance main body. The electromagnetic cooking appliance provided with the band for electromagnetic cooking appliances of Claim 3 or 4 .

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