JPH11329692A - Plate for electromagnetic cooker equipped with aluminum foil - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent the upper surface of a plate in an electromagnetic cooker from becoming dirty due to dirt on the bottom, etc., of a pot or due to boiling over in cooking when using the pot usable in the electromagnetic cooker. SOLUTION: On this plate in an electromagnetic cooker 4 equipped with aluminum foil 6, an aluminum foil 6 having a thickness of 10 to 20 μm is made in the same shape as that of the plate 5 and placed on an upper surface of the plate so as to make surface-to-surface contact with it, a pot usable in the electromagnetic cooker 4, for example, a pot 1 equipped with a 18CR stainless steel plate on an outer surface of the bottom of the pot, is placed thereon and used, thereby the upper surface of the plate 5 of the electromagnetic cooker 4 can be prevented from becoming dirty due to dirt on the bottom of the pot or due to boiling over, and though the aluminum foil 6 having a thickness of 10 to 20 μm and generally not transmitting electronic waves is used, a result of test on heating ability shows that the foil has a heating effect caused by an concentration phenomenon of electronic waves on the 18CR stainless plate having a diameter equal to or smaller than the coil diameter of the electromagnetic cooker 4, in other words, the electromagnetic metallic plate mounted on the pot 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the prevention of contamination on the upper surface of a plate of an electromagnetic cooker while using an available pan or frying pan by using an electromagnetic cooker.

[0002]

2. Description of the Related Art When an electromagnetic cooker which is currently on the market and used is cooked again using a pot or a frying pan, etc.,
Spills due to heating of pots, etc., and various seasonings used in frying dishes often stain the bottom outer surface more than the outer surface of the frying pan, and the dirt and the like contaminates the top surface of the electromagnetic cooker plate. It was good to do the removal act, but without doing the removal act, a pot / frying pan was placed on the top of the dirty electromagnetic cooker plate, and the cooking was repeatedly used,

[0003]

As a result, dirt attached to the plate surface of the electromagnetic cooker, particularly dirt from various seasonings, is carbonized and baked, and a liquid cleanser or the like is used to remove the dirt in the same state. It is very difficult to use,
In addition, the plate surface of the electromagnetic cooker was damaged by polishing with a cleanser, etc., which reduced the thickness of the plate and led to a decrease in the quality of the plate.

[0004]

[Means for Solving the Problems] In order to overcome the difficult point, a round or square aluminum shell was used to protect the plate of the electromagnetic cooker and to try again.
If the operation of the electromagnetic cooker is performed normally, that is, put a circular or square aluminum shell on the plate surface of the electromagnetic cooker, put a pot and a frying pan on it, turn on the power, and after cooking If you turn off the power and handle the pan and frying pan, you can use it without any problems, and it can be effective in preventing dirt on the top of the plate of the electromagnetic cooker,

[0005]

[Action and effect] It is an ultra-thin aluminum sheet made of a material that does not react to the electromagnetic waves of the electromagnetic cooker and is not permeable to electromagnetic waves.
With aluminum micron of 0 micron and 20 micron, place aluminum micron with the same shape as the rectangular shape of the plate of the electromagnetic cooker on the top surface of the plate of the electromagnetic cooker, and form the plate with the plate of our steel frying pan and the aluminum plate. A test was performed using a Pantech 2R product having an 18CR stainless steel plate crimped on the outer surface of the bottom of the dish, and the results were as follows. ◇ In case of 10 micron aluminum hoop Test material name Water usage Aluminum hutch used Not used Iron frying pan 1000CC Approx. 300 sec. Approx. 320 sec. Pantech 2R two-handed pan 20CM 1000CC Approx. 400 sec. Approx. 600 sec. Pantech 2R frying pan 26CM 1000CC Approx. 390 sec. 480 seconds ◇ 20 micron aluminum haku Test material name Water usage Aluminum haku used Same iron frying pan 1000CC About 310 seconds About 320 seconds Pantech 2R two-handed pan 20CM 1000CC About 430 seconds About 600 seconds Pantech 2R frying pan 26CM 1000CC About 420 Approximately 480 seconds * Iron frying pan plate thickness 1.6MM Pantech 2R two-handed pan 20CM is aluminum plate thickness 2.8MM 18CR stainless steel plate thickness 0.5MM Pantech 2R frying pan 26CM is aluminum Plate thickness 3MM 18CR stainless steel plate thickness 0.5MM As mentioned above, use a pot and a frying pan that can be used for the electromagnetic cooker used for the test, and squeeze an aluminum shell with a plate thickness of 10/20 microns on the upper surface of the plate of the electromagnetic cooker. , The pot
Even when using a frying pan, it was found that the heating effect was not inferior in the heating time etc., and it was found that the heating effect was obtained depending on the composition of the material. If you move it several times intentionally, a small tear of the same haku may appear. Even if you use a 20-micron aluminum haku and move it in the same way, there will be no breakage. Can be used without any problem in the heating performance of the pan, the same shape as the plate surface of the electromagnetic cooker, and placed on the top surface of the plate of the electromagnetic cooker, as an example, the pan used is Pantech 2R two-handed pan Even with 20CM, the bottom of the pan is smaller than the size of the plate of the electromagnetic cooker, so the spill from the pan during heating cooking falls on the top of the aluminum haku,
As a result, the top surface of the electromagnetic cooker is not contaminated, and even if the bottom outer surface of the pan is stained for some reason, the bottom outer surface of the pan is on the surface of the aluminum mold.
An electromagnetic cooker plate with an aluminum foil that can be used without soiling the upper surface of the plate of the electromagnetic cooker.

[0006]

[Application example] Even if the edge of the periphery of a 20-micron circular or square aluminum housing is folded or folded up to form a flange, and it is formed to prevent the spread of spills from a pot or the like, A plate of an electromagnetic cooker equipped with aluminum haku which can be conveniently used can be made, and even if various patterns are drawn with heat-resistant paint on the side of the aluminum haku pot or frying pan, it can be used more fun. In addition, even if the thickness of aluminum haku is not moved during cooking, the object of the present invention can be achieved even with a thickness of 10 microns, and the shape of the circular or square shape should be the same as the shape of the plate of the electromagnetic cooker. No, it is a plate of an electromagnetic cooker with aluminum haku that can be used if it is bigger than the bottom shape of the pot etc. to be used. The stainless steel plate (3) is 18CR including chrome steel.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS According to each drawing, a pan (1) equipped with a stainless steel plate (3) on the bottom outer surface (2) and usable for an electromagnetic cooker (4).
Is placed on an upper surface of a plate (5) of an electromagnetic cooker (4), and an aluminum shell (6) having a thickness of 20 microns having the same shape as the plate (5) is placed on the upper surface thereof. The electromagnetic wave of (4) passes through the aluminum shell (6) and heats the stainless steel plate (3) provided in the bottom outer painting (2), and by heating the bottom surface of the pan (1), heats the bottom of the pan (1). The food (7) is heated and stewed, etc., and even if the spill (8) from the pot (1), which is mainly due to excessive action, falls on the upper surface of the aluminum haku (6), the spill ( 8)
Is located on the upper surface of the aluminum housing (6), and the upper surface of the plate (5) can be easily boiled to remove dirt caused by the heating (8), and the aluminum housing (6), which is a material that is generally impermeable to electromagnetic waves, is used. Even

[0005]

As described in the test results in the section of [Functions and Effects], this is a plate of an electromagnetic cooker provided with aluminum haku which is also effective in heatability.

[0008]

[Brief description of the drawings]

 Drawings showing an embodiment of the present invention are as follows. FIG. 1 is a schematic perspective view of an embodiment of the present invention. FIG. 2 is a sectional view of a main part of FIG.

[Explanation of symbols]

1 = pan 2 = bottom outer surface 3 = stainless steel plate 4 = electromagnetic cooker
5 = Plate 6 = Aluminum 7 = Cooking 8 = Spill

[Procedure amendment]

[Submission date] May 22, 1998

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Added

[Correction contents]

[Document Name] Statement

[Title of the Invention] Plate of electromagnetic cooker equipped with aluminum haku

[Patent registration claims] On the plate upper surface of the electromagnetic cooker,
A tangible one such as a circle or a square for the same surface to prevent contamination and heating effect
Plate of electromagnetic cooker equipped with aluminum micron of 0 micron to 20 micron

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the prevention of contamination on the upper surface of a plate of an electromagnetic cooker while using an available pan or frying pan by using an electromagnetic cooker.

[0002]

2. Description of the Related Art When an electromagnetic cooker which is currently on the market and used is cooked again using a pot or a frying pan, etc.,
Spills due to heating of pots, etc., and various seasonings used in frying dishes often stain the bottom outer surface more than the outer surface of the frying pan, and the dirt and the like contaminates the top surface of the electromagnetic cooker plate. It was good to do the removal act, but without doing the removal act, a pot / frying pan was placed on the top of the dirty electromagnetic cooker plate, and the cooking was repeatedly used,

[0003]

As a result, dirt attached to the plate surface of the electromagnetic cooker, particularly dirt from various seasonings, is carbonized and baked, and a liquid cleanser or the like is used to remove the dirt in the same state. It is very difficult to use,
In addition, the plate surface of the electromagnetic cooker was damaged by polishing with a cleanser, etc., which reduced the thickness of the plate and led to a decrease in the quality of the plate.

[0004]

Means for Solving the Problems In order to overcome the difficult point, electromagnetic wave transmission, impermeability of water and oil, and heat resistance to the heat generated by an electromagnetic cooker are required. Although it is a material with non-electromagnetic properties, it was used as a thin aluminum plate-shaped material, and after trying again to protect the plate of the electromagnetic cooker, it was found that the electromagnetic wave transmission of the electromagnetic cooker was As will be described later, if there is no problem, it is excellent in impermeability of water and oil, has heat resistance to the heat of the electromagnetic cooker, and if the operation for heating the pot that can be used with the electromagnetic cooker is performed normally, In other words, place a circular or square aluminum huck on the top of the plate of the electromagnetic cooker, put a pot and frying pan on it, turn on the power, turn off the power after finishing cooking, and use the pot and frying pan without any problem Can, induction cooker plate top Can issue an effect on the prevention of dirt,

[0005]

[Action and effect] It is an ultra-thin aluminum sheet made of a material that does not react to the electromagnetic waves of the electromagnetic cooker and is not permeable to electromagnetic waves.
With aluminum micron of 0 micron and 20 micron, place aluminum micron with the same shape as the rectangular shape of the plate of the electromagnetic cooker on the top surface of the plate of the electromagnetic cooker, and form the plate with the plate of our steel frying pan and the aluminum plate. A test was performed using a Pantech 2R product having an 18CR stainless steel plate crimped on the outer surface of the bottom of the dish, and the results were as follows. Used electromagnetic cooker 100V 1.3KW Coil diameter 18CM ◇ 10 micron Aluminum aluminum case Test material name Water use Aluminum hake Same without heat effect Iron frying pan 1000CC Approx. 300 seconds Approx. 320 seconds Approx. 9% Pantech 2R two-handed pan 20CM 1000CC Approx. 400 sec. Approx. 600 sec. Approx. 66% Pantech 2R Frying Pan 26CM 1000CC Approx. 390 sec. Approx. 480 sec. Approx. 80% ◇ In case of 20 micron aluminum husk Test material name Water usage Aluminum husk use Not used Thermal efficiency Iron frying pan 1000CC Approx. 310 sec. Approx. 320 seconds Approx. 7% Pantech 2R two-handed pan 20CM 1000CC Approx. 430 seconds Approx. 600 seconds Approx. 70% Pantech 2R frying pan 26CM 1000CC Approx. 420 seconds Approx. 480 seconds Approx. 87% * The iron pan plate is 1.6MM thick Pantech 2R The two-handed pan 20CM has an aluminum plate thickness of 2.8MM 18CR and a stainless steel plate thickness of 0.5MM and the same diameter 14CM The Pantech 2R frying pan 26CM has an aluminum plate thickness of 3MM 18CR and a stainless steel plate thickness of 0.5MM and the same diameter 18CM Using a pot and a frying pan that can be used for the used electromagnetic cooker, squeeze an aluminum plate with a thickness of 10.20 microns on the upper surface of the plate of the electromagnetic cooker,
Even when using a frying pan, it was found that the heating effect was not inferior in the heating time etc., and it was found that the heating effect was obtained depending on the composition of the material. If you move it several times intentionally, a small tear of the same haku may appear. Even if you use a 20-micron aluminum haku and move it in the same way, there will be no breakage. Can be used without any problem in the heating performance of the pan, the same shape as the plate surface of the electromagnetic cooker, and placed on the top surface of the plate of the electromagnetic cooker, as an example, the pan used is Pantech 2R two-handed pan Even with 20CM, the bottom of the pan is smaller than the size of the plate of the electromagnetic cooker, so the spill from the pan during heating cooking falls on the top of the aluminum haku,
As a result, the top surface of the electromagnetic cooker is not contaminated, and even if the bottom outer surface of the pan is stained for some reason, the bottom outer surface of the pan is on the surface of the aluminum mold.
An electromagnetic cooker plate with an aluminum foil that can be used without soiling the upper surface of the plate of the electromagnetic cooker. According to the above test results, the electromagnetic diameter of the electromagnetic cooker generated by the electromagnetic wave is 18CM, but the outer diameter of the stainless steel of 18CR of Pantech 2R frying pan is 18CM of the same size according to the above data. Has a thermal efficiency of 8 compared to the case without aluminum
In the case of 0% and 20 microns, the same rate is 87%, and the outer diameter of the stainless steel of 18CR of Pantech 2R two-handed pan 20CM is 1
With 4CM, the same rate is 66% / 70%, 200V 2KW
Using a pan cooker, Pantech 2R two-handed pan 20CM
The same test was carried out using 1500 micron water with a 10 micron aluminum shell. It took about 5 minutes and 30 seconds in the case of aluminum shell and about 11 minutes in the city. Was about 50%, so an 18CR stainless steel plate with the same or smaller diameter as the coil diameter of the electromagnetic cooker was used. It is a plate of an electromagnetic cooker equipped with aluminum haku which has a heating effect due to the electromagnetic wave aggregation effect phenomenon on the plate.

[0006]

[Application example] Even if the edge of the periphery of a 20-micron circular or square aluminum housing is folded or folded up to form a flange, and it is formed to prevent the spread of spills from a pot or the like, A plate of an electromagnetic cooker equipped with aluminum haku which can be conveniently used can be made, and even if various patterns are drawn with heat-resistant paint on the side of the aluminum haku pot or frying pan, it can be used more fun. In addition, even if the thickness of aluminum haku is not moved during cooking, the object of the present invention can be achieved even with a thickness of 10 microns, and the shape of the circular or square shape should be the same as the shape of the plate of the electromagnetic cooker. No, it is a plate of an electromagnetic cooker with aluminum haku that can be used if it is bigger than the bottom shape of the pot etc. to be used.

[0007]

DESCRIPTION OF THE PREFERRED EMBODIMENTS According to each drawing, a pan (1) equipped with a stainless steel plate (3) on the bottom outer surface (2) and usable for an electromagnetic cooker (4).
Is placed on an upper surface of a plate (5) of an electromagnetic cooker (4), and an aluminum shell (6) having a thickness of 20 microns having the same shape as the plate (5) is placed on the upper surface thereof. The electromagnetic wave of (4) passes through the aluminum housing (6), heats the stainless steel plate (3) equipped on the bottom outer surface (2), and heats the bottom of the pan (1) by the same heating to cook the food in the pan (1). The thing (7) is heated, stewed, etc., and even if the spill (8) from the pot (1), which is mainly caused by the excessive action, falls on the upper surface of the aluminum haku (6), the spill (8) )
Is located on the upper surface of the aluminum housing (6), and the upper surface of the plate (5) can be easily boiled to remove dirt caused by the heating (8), and the aluminum housing (6), which is a material that is generally impermeable to electromagnetic waves, is used. Even

[0005]

As described in the test results in the section of [Functions and Effects], this is a plate of an electromagnetic cooker provided with aluminum haku which is also effective in heatability. The stainless steel plate (3)
18 CR

[0008]

BRIEF DESCRIPTION OF THE DRAWINGS [FIG. 1] is a schematic perspective view of an embodiment of the present invention. [FIG.

[Explanation of symbols] 1 = pan 2 = bottom outer surface 3 = stainless steel plate 4 = electromagnetic cooker
5 = Plate 6 = Aluminum 7 = Cooking 8 = Spill

[Procedure amendment 3]

[Document name to be amended] Drawing

[Correction target item name] All figures

[Correction method] Change

[Correction contents]

[Fig. 1]

[Fig. 2]

[Figure 3]

Claims (1)

[Claims] Plate of electromagnetic cooker with circular or square aluminum micron of 10 to 20 microns on top of plate of electromagnetic cooker