JP2005351486A - Rice cake baking tool by microwave and baking method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To softly bake a rice cake by microwave heating in a state where the rice cake becomes soft without irregularly blowing up and is savory by browning, and to provide the delicious baked rice cake in a short time. <P>SOLUTION: The rice cake 9 is covered by a shielding member 1 through which the microwave does not pass, and a transmission part 2 through which the microwave is transmitted, is mounted on the microwave shielding member 1. A heating element 3 highly absorbing the microwave and generating the heat is positioned at a transmission part 21 at a center of an upper face of the rice cake 9. When the microwave is irradiated, the rice cake 9 is heated by the heating element 3 and its surface is browned. The rice cake is heated and softened without browning, by the microwave at a transmission part 23 of a peripheral edge part and a transmission part 24 at a side part. Thus, the baked rice cake which is browned, savory and delicious can be provided. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  TECHNICAL FIELD The present invention relates to a shochu burning tool using a microwave and a firing method for making a shochu with moderate charring using a microwave such as a microwave oven.

Baked potatoes are fragrant and delicious, and in order to make such delicious baked potatoes, it is preferable to bake them over many times over a charcoal fire. Today, however, daily charcoal is not used in ordinary households, and there is almost no charcoal fire.
There are cases where it is baked on a gas stove, but because the firepower is strong, only the surface of the firewood is burnt black, but the inside is not soft and often burns.
In addition, it may be baked using an oven instead of these, but it is difficult to turn it over during baking, and the buds swell irregularly to obtain a beautiful baked potato with burnt eyes Is difficult.

  In recent years, heating equipment using microwaves such as a microwave oven has been used as means for efficiently heating in a short time. When the cocoon is heated by this microwave heater, the microwave is heated from the center of the cocoon. Or just swells irregularly and sticks to dishes etc., the surface is not burnt and the above-mentioned delicious baked potatoes cannot be obtained. For this reason, making shochu by microwave heating was completely praised.

  An object of the present invention is to make it possible to obtain baked potatoes that are soft, burnt, savory, and delicious by microwave heating in a short time.

    In the present invention, the ridge is covered with a shield that does not allow microwaves to pass through, and the microwave shield is provided with a transmission portion that transmits microwaves. A heating element that generates heat by highly absorbing microwaves is located in a part of the transmission part. The heating element heats the eyelid and creates a burnt surface on the surface. The other part of the transmission part allows microwaves to pass therethrough and does not make burnt, but heats the eyelids to make them softer. This gives a burnt roasted rice cake.

According to the present invention, it is possible to easily obtain a delicious baked potato having a fragrant fragrance, with the jar softening without irregularly bulging, and also having a burnt surface.
Moreover, the structure of the said shielding body etc. is simple, anyone can use it easily, and it can obtain economically.

  An aluminum foil, an aluminum plate, or other shielding body 1 that does not transmit microwaves is used to cover the bag to be heated. The illustrated shielding body 1 is formed of aluminum foil, and can cover the entire surface of the rectangular parallelepiped ridge 9 so as to be folded. The shield 1 can also be suitably used in the form of a multilayer formed by attaching an aluminum foil to paper, plastic or other substrate. The shield 1 does not have to cover the entire surface of the basket 9 as long as the microwave can be controlled as necessary.

  The shield 1 is provided with a hole for transmitting microwaves and a transmission part 2 having an appropriate opening. In the illustrated shielding body 1, large window-shaped transmission parts 21 and 22 are provided in the central part of the upper surface zone 11 and the bottom surface zone 12 corresponding to the upper surface 91 and the bottom surface 92 of the flange 9. The upper surface zone 11 and the bottom surface zone 12 are provided with a plurality of small hole-shaped transmission portions 23 along the peripheral edge thereof. In addition, a plurality of small hole-shaped transmission portions 24 are provided at the corners of the side surface zone 13.

  The heating element 3 is positioned in the large transmission parts 21 and 22. The heating element 3 is made of a mixed material of alumina and aluminum or other metals and absorbs microwaves to generate eddy currents, thereby generating heat at a high temperature. This mixed material of alumina and aluminum is preferably formed into a layer by applying to a heat-resistant film, vapor deposition, or other methods.

  When the microwaves are irradiated, the heating element 3 generates a high degree of heat, heats the ridge 9, and forms a scorch at the center of the upper surface 91 and the bottom surface 92 of the ridge 9. In this case, when the heating element 3 is positioned so as to be in contact with the top surface 91 and the bottom surface 92 of the ridge 9, more efficient heating can be performed, and a good burn can be formed within a short time.

From the small transmission parts 23 and 24 provided in the upper surface zone 11, the bottom surface zone 12 and the side surface zone 13 of the shield 1, the irradiated microwave is transmitted and the ridge 9 is heated and softened. The scissors of the part corresponding to the transmission parts 23 and 24 are not usually burnt.
The ratio of the transmission parts 21 and 22 for the heating element 3 to the other transmission parts 23 and 24 is such that when the heating element 3 is moderately burnt by the heating element 3, the entire heating element 3 is heated and softened. It is good to make a ratio.

  In such a baking tool 4, the heating element 3 is positioned on the upper surface 91 and the bottom surface 92 of the basket 9, and the shielding body 1 is sequentially folded so as to cover the basket 9 so that the heating element 3 and the transmission parts 21 and 22 fit. When the microwave is irradiated, the microwave generates heat to the heat generating body 3 at a high temperature and creates a burnt surface on the surface of the ridge 9, and the microwave transmitted through the transmission parts 23 and 24 without the heat generating body 3 heats the ridge and becomes soft. To come. If the baking tool 4 is removed after the microwave irradiation, a burnt and soft scent can be obtained.

  The irradiation time of this microwave varies depending on the strength of the microwave, the size of the wrinkles, the thickness, the degree of drying, etc., but is the size of a normal cut wrinkle (6.5 to 7.5) cm × ( If it is a rectangular parallelepiped of about 3.5 to 4) cm × (1.5 to 1.8) cm, a desired shochu can be obtained in a short time of about 1 minute.

4 shows that the shield 1 is made of an aluminum plate and is formed into a bent-on box shape that fits up and down. The upper container 14 and the lower container 15 have the transmission parts 21, 22, 23 and 24 are formed.
In this case, when the heating element 3 is placed on the transmission part 22 of the lower container 15, the basket 9 is put thereon, and the heating element 3 is further placed at the center of the upper surface 91 of the basket, and the upper container 14 is covered, Due to the weight of the upper container 14, the upper and lower heating elements 3, 3 come into close contact with the upper surface 91 and the bottom surface 92 of the basket 9.
When microwaves are irradiated in this way, a desired shochu can be obtained in the same manner as described above, and the upper container 14 can be removed and the shochu can be taken out. And this baking tool 4 can be used by reversing.

5 shows a structure in which the heating element 3 is positioned with gaps 25, 25 above and below the transmission part 21 at the center of the shield 1, and this gap 25 is the same as the transmission part 23 on both sides. It is intended to work.
In FIG. 6, the transmission part 21 at the center of the shield 1 is formed large, and the heating element 3 is positioned with gaps 25, 25 on both sides thereof. The part 23 is omitted.
These can be used in the same manner as described above. Moreover, in the above, the same transmission part is provided on the upper surface and the bottom surface of the shield, but the shape of both can be changed as appropriate. In the same way, you can obtain a shochu cake.

  A 37 mm × 70 mm × 16 mm rectangular parallelepiped cut was wrapped with the microwave shield 1 made of aluminum foil. A 30 mm × 12 mm window-shaped transmission part 21 is provided on the shield at a position corresponding to the center part of the upper surface 91 and the bottom surface 92 of the flange 9. Inside the transmission part 21, a heating element 3 made by vapor-depositing alumina and aluminum on a plastic film is placed in contact with the upper surface 91 and the bottom surface 92 of the bag. Moreover, the shield body 1 at a position corresponding to the peripheral portion of the upper surface and the bottom surface of the ridge is provided with 10 pieces of hole-shaped transmission portions 23 each having a diameter of 6 mm, which correspond to the corners of the side surface zone. Are provided with a similar hole-shaped transmission part 24.

  When the soot covered with such a baking tool 4 was irradiated with microwaves under the conditions of an output of 600 W and a time of 60 seconds, an appropriate burnt spot entered the place where the heating element was located, and the whole became soft and soft. A delicious grilled rice cake with a fragrant incense was obtained.

It is a perspective view which shows the Example of this invention. It is sectional drawing of the thing of FIG. It is an expanded view of the baking tool of FIG. It is sectional drawing of the other Example of this invention. It is a top view of the further another Example of this invention. It is a top view of the other example of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Shield 2, 21, 22, 23, 24 Transmission part 3 Heating element 4 Baking tool 9 餅

Claims (5)

It has a microwave shield that prevents microwaves from entering the ridge, and the microwave shield is provided with one or a plurality of transmission parts that allow microwaves to pass therethrough. A shochu burning tool using microwaves that positions a heating element that absorbs heat and generates heat. The transmission part provided in the microwave shield includes a transmission part corresponding to a large area portion occupying the central part of the upper surface and / or the bottom surface of the ridge, and the heating element is placed in the corresponding transmission part. The microwave oven baking tool by the microwave according to claim 1 to be positioned. The tool for burning a shochu cake by microwaves according to claim 1 or 2, wherein the transmitting portion where the heating element is not located is formed corresponding to a peripheral edge portion and a side ridge portion of the straw. The said heat generating body is a shochu burning tool by the microwave according to any one of claims 1 to 3, wherein the heating element is formed of a film or other microwaves formed of a mixed material of alumina and aluminum to generate an eddy current. A heating element that absorbs microwaves and generates heat is placed in the area where the scorch is to be burnt, and the cocoon is covered with a microwave shielding body provided with one or a plurality of transmission parts that transmit microwaves. A method for firing a shochu cake by microwaves, wherein a part of a transmission part of a wave shield is positioned at a part of the heating element and is irradiated with microwaves to heat.

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