KR200467910Y1 - Cooking package for induction heating system - Google Patents

Abstract

The present invention is a packaging material for cooking food of the induction method, the magnetic container for accommodating food, the box for accommodating the container, and the exposed portion perforated in a shape corresponding to the shape of the container to expose the container contained in the box Including a formed cover, by causing the heat generated in the container of the magnetic body in response to the magnetic field, relates to an induction food packaging packaging for cooking can be made without unnecessary energy waste.

Description

Induction food cooking packaging {COOKING PACKAGE FOR INDUCTION HEATING SYSTEM}

The present invention relates to a packaging material for cooking food of the induction method, and more particularly to a packaging material for food cooking of the induction method to be able to cook food in the induction electric oven range.

In recent years, induction stoves and ovens are gradually being placed in our lives due to stability and economical efficiency, and thus cooking containers used in induction stoves and ovens are being introduced one after another.

In particular, there are many containers used for induction stoves, but containers used for induction ovens are not widely used, and even more so for induction cooking packaging materials.

Thus, when cooking is made in an induction method, after cooking is made in a container corresponding thereto, there is a cumbersome problem of transferring to another packaging material for sale or delivery.

The present invention reflects the above-described situation and solves the problems, and in particular, provides an induction-type food cooking packaging material that can be conveniently used in products such as pizza that can be cooked or sold immediately by induction. do.

In order to achieve the above object, the induction food packaging packaging according to the present invention has a shape corresponding to the shape of the container so that the magnetic container for receiving food, the box for receiving the container and the container accommodated in the box can be exposed It includes a cover formed with an exposed portion perforated.

In addition, the box of the induction-type food cooking packaging material according to the present invention is the first outer wing and the first folded and standing in the first folding portion and the second folding portion to form a right angle with the bottom surface, the bottom surface on which the container is disposed. 2 the outer wing, the first outer wing and the first outer wing and the third outer wing which is foldable on one end of the second outer wing to the inside including the second outer wing to stand up, and disposed between the cover and the box It includes a central wing made of standing up by the covering.

Finally, the induction-type food cooking packaging according to the present invention is formed with a first incision stepped outwardly than the first folding portion, the first handle is formed when the first outer wing is folded and standing up The second cutout is formed to be stepped outward from the second folding part, so that the second handle is formed when the first outer wing is folded and stands up.

Induction food packaging packaging material according to the present invention does not produce heat in the induction itself, but heat is generated in the container of the magnetic body in response to the magnetic field, there is an effect that the cooking can be made without unnecessary energy waste.

1 is a perspective view of a food cooking packaging material of the induction method according to the present invention, Figure 2 is an exploded view of a food cooking packaging material of the induction method according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings, and the inventor may appropriately design the concept of the term appropriately to describe its own design in the best way possible. It must be interpreted in terms of meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the embodiments described in this specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, It is to be understood that equivalents and modifications are possible.

As shown in Figure 1 induction food packaging for cooking according to the present invention includes a container 100, a box 200 and the cover 300.

The container 100 is a container made of iron, stainless, or the like, which is directly accommodated in the food to be cooked and reacts to the magnetic properties.

That is, the container 100 reacts with the iron component inside the magnetic induction line inside the induction so that only the container itself is made hot so that the food is cooked.

In FIG. 1, the container 100 is a container in which food is accommodated, and an exposed part 340, which will be described later, further includes a cover container (not shown) made of the same material as the container 100 to cover the container in which the food is accommodated. Reacts with magnetic lines by exposing

Induction method does not generate heat in the induction itself, but generates heat in the container 100 in response to the magnetic field, there is no waste of unnecessary energy, no direct flame is generated, there is no harmful gas leakage and is safe from fire.

With reference to FIG. 1 and FIG. 2 shown in development, the box 200 and the cover 300 made of paper will be described in detail.

   As shown in FIG. 2, the box 200 stands up with the bottom surface 210 on which the container 100 is placed, so that the first outer blade 220 and the second outer blade 210 surround the bottom surface 210. The outer wing 240, the third outer wing 260 and the central wing 270 is included.

The first outer blade 220 and the second outer blade 240 are folded in the first fold portion 221 and the second fold portion 241 so as to stand perpendicular to the bottom surface 210, respectively.

In this case, the first cutout 222 is formed to be stepped outward from the first folding part 221, so that the first outer blade 220 does not stand together when the first outer wing 220 is folded and stands up. The handle 230 is formed.

Similarly, the second cutout 242 is formed to be stepped outward from the second folding part 241, so that the second outer blade 220 does not stand together when the first outer wing 220 is folded and stands up. The handle 250 is formed.

The first coupling blade 223 foldable on one end of the first outer blade 220 is erected together when the first outer blade 220 is standing and then folded in the direction of the bottom surface 210, Coupling with the third outer blade 260 to be described later.

The second coupling blade 243 formed to be foldable at one end of the second outer blade 240 is erected together when the second outer blade 240 is standing and folded in the direction of the bottom surface 210, Coupling with the third outer blade 260 to be described later.

As described above, the third outer blade 260 includes the first coupling blade 223 and the second coupling blade 243 therein so that the folding is performed twice so that the third outer blade 260 is coupled to the first outer blade 220. ) And standing at the third folded portion 261 to the same height as the second outer blade 240.

At this time, the insertion piece 262 formed at the edge portion of the third outer blade 260 is inserted into the hole 211 formed in the bottom surface 210 near the third folded portion 261, the third outer side The wing 260 is to maintain the standing state continuously.

On the other hand, the cover 300 is composed of the first inner blade 310, the second inner blade 320, the third inner blade 330, each of the fourth folded portion 311, the fifth folded portion ( 321 and the sixth fold 331 is folded.

That is, the cover 300 is inserted into the first outer blade 220 in the state where the first inner blade 310 is folded and standing in the fourth folding portion 311, the second inner The wing 320 is inserted into the second outer wing 240 in a state of being folded and standing in the fifth folding part 321, and the third inner wing 330 is the sixth folding part 331. ) And is inserted into the third outer wing 260 in a state of being folded up and coupled to the box 200.

In this case, a perforated exposed portion 340 corresponding to the shape of the container is formed at the center of the cover 300 to expose the container accommodated in the box 200.

The reason for forming the exposed portion 340 is to expose heat to the container 100 made of iron, stainless, and the like to react with the magnetic, to react to the magnetic field, so that heat is generated in the container (100).

In addition, a center blade 270 is formed between the box 200 and the cover 300, so that the cover 300 is standing when the cover 300 is coupled to the box 200, so that the bottom surface 210 is completely formed in all directions. By enclosing, the movement of the container 100 is captured.

In addition, the first rising wing 224 formed to be foldable at the other end of the first outer wing 220 is erected together when the first outer wing 220 is standing and folded in the direction of the bottom surface 210. When the cover 300 and the box 200 are coupled to each other, the center blade 270 and the first inner blade 310 are interposed between the cover 300 and the box 200, thereby increasing the standing of the first outer blade 220. do.

Similarly, the second rising wing 244 formed to be foldable at the other end of the second outer wing 240 is standing together when the second outer wing 240 is standing, and then toward the bottom surface 210. When folded, the cover 300 and the box 200 are coupled to each other so as to be interposed between the center blade 270 and the second inner blade 320 to further raise the standing of the second outer blade 240. Strengthen.

As described above, although the present invention has been described by way of limited embodiments and drawings, the present invention is not limited thereto and is intended by those skilled in the art to which the present invention pertains. Of course, various modifications and variations are possible within the scope of equivalents of the claims to be described.

100: container
200: box
210: bottom surface 211: insertion hole
220: first outer wing 221: first folded portion
222: first incision 223: first coupling wing
224: first standing wing 230: first handle
240: second outer wing 241: second folding portion
242: second incision 243: second coupling wings
244: second standing wing 250: second handle
260: third outer wing 261: third folding portion
262: insertion piece 270: center wing
300: cover
310: first inner blade 311: fourth folding portion
320: second inner wing 321: fifth folding portion
330: third inner wing 331: sixth folded portion
340: exposed part

Claims (6)

In the induction food packaging for food,
Magnetic container for receiving the food (100);
A box 200 for receiving the container 100; and
Includes; cover 300 is formed with an exposed portion 340 perforated in a shape corresponding to the shape of the container so that the container 100 accommodated in the box 200 is exposed,
The box 200
A bottom surface 210 on which the container 100 is disposed;
A first outer wing 220 and a second outer wing 240 folded and erected in the first foldable part 221 and the second foldable part 241 so as to form a right angle with the bottom surface 210;
A third outer wing erected by including a first coupling wing 223 and a second coupling blade 243 formed therein foldable at one end of the first outer blade 220 and the second outer blade 240 ( 260); And
And a central wing 270 disposed between the cover 300 and the box 200 and standing up by covering the cover 300.
The first cutout 222 is formed to be stepped outward from the first foldable part 221, so that the first handle 230 is formed when the first outer blade 220 is folded and stands up. ,
The second cutout 242 is formed to be stepped outward from the second folding part 241, so that the second handle 250 is formed when the second outer wing 240 is folded and stands up. Induction food packaging packaging for food. delete The method of claim 1,
The cover 300 is
Induction method characterized in that it comprises a first inner wing 310, the second inner wing 320 and the third inner wing 330 formed foldable on three surfaces other than the surface connected to the central wing 270 Food cooking packaging. delete The method of claim 1,
Induction food packaging packaging material, characterized in that the insertion piece 260 formed on the edge portion of the third outer blade 260 is inserted into the insertion hole 211 formed in the bottom surface 210. The method according to claim 1 or 3,
When the box 200 and the cover 300 are coupled to each other, the first inner blade 310, the second inner blade 320, and the third inner blade 330 are respectively the first outer blade 220. ), The induction food packaging packaging material, characterized in that inserted into the inner side of the second outer wing 240 and the third outer wing (260).

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