WO2014171641A1

WO2014171641A1 - Packaging box integrated with dish structure

Info

Publication number: WO2014171641A1
Application number: PCT/KR2014/002456
Authority: WO
Inventors: 장재혁
Original assignee: Jang Jae Hyuck
Priority date: 2013-04-19
Filing date: 2014-03-24
Publication date: 2014-10-23
Also published as: KR101363935B1; US20140312106A1

Abstract

The present invention relates to a packaging box integrated with a dish structure, and more particularly to a packaging box integrated with a dish structure for transforming a packaging box into a dish. The packaging box integrated with a dish structure according the present invention includes: a polygonal bottom part (100); a side wall part (200) extended from the edge of the bottom part (100) for forming a wall body in the bottom part (100); a wing part (300) extended from the side wall part (200) for connecting each corner of the side wall part (200) so as to make the side wall part (200) be stretched out from the bottom part (100); and a fixing part (400) formed in both of the wing part (300) and the side wall part (200) so as to interconnect the wing part (300) and the side wall part (200) for enabling the side wall part (200) to be fixed as being stretched out from the bottom part (100).

Description

Packing box with dish structure

The present invention relates to a packaging box provided with a dish structure that can be used for the dish by modifying the box used for packaging.

In general, the box is sized to hold the entire product or article firmly to prevent damage to the contents of the box due to shaking or impact that may be caused by empty space in the box.

Therefore, most boxes have a narrow space, which makes it difficult and convenient to put items in or take items out of the box simply and conveniently when the box and the item fit snugly.

In addition, disposable boxes are commonly used to package food or food, and in particular, boxes for instant food such as hamburgers and pizzas are generally discarded without being recycled.

For example, a commonly used pizza packaging box only has a function of packing pizza and cannot be used as a plate, and a separate plate is required to provide a slice of pizza to people.

As such, the box used for packaging the instant food has a problem of using a separate plate to eat the packaged instant food.

In addition, since the box used for packing most instant foods and the like is formed to a size that fits in the box, it is inconvenient to take food out of the box.

The present invention provides a packaging box provided with a dish structure that can be used as a plate by modifying the packaging container itself without using a separate plate to eat food contained in the packaging container.

The present invention provides a packaging box provided with a dish structure capable of smoothly taking out the food from the packaging box containing the food.

The present invention provides a packaging box provided with a dish structure that can be used at the same time for easy packaging and dish use.

Packing box provided with a dish structure according to the present invention, the bottom portion 100 of the polygon; A side wall portion 200 extending from an edge of the bottom portion 100 to form a wall in the bottom portion 100; A wing portion 300 extending from the side wall portion 200 to connect corner portions of the side wall portion 200 to form a form in which the side wall portion 200 extends outwardly from the bottom portion 100; And formed on the wing portion 300 and the side wall portion 200, so that the wing portion 300 and the side wall portion 200 can be mutually fastened, the side wall portion 200 is unfolded outwardly from the bottom portion 100 It may include a fixing part 400 to be fixed in.

The side wall part 200 may include:

first side walls

210 and 210 ′ extending from the bottom part 100 so as to face each other and forming a side wall at the bottom part 100; The

second side walls

220 and 220 ′ may extend to face opposite sides of the bottom part 100 to form different sidewalls at the bottom part 100.

The first side walls 210 and 210 'include: inner walls 212 and 212' extending from the bottom part 100 so as to form an inner wall at the bottom part 100; Outer walls 214 and 214 'extending from the inner walls 212 and 212' to form an outer wall at the bottom portion 100; And fixed surfaces 216 and 216 'that extend from the outer walls 214 and 214' and are fixed to the bottom surface of the bottom portion 100.

The wing unit 300 is formed between each corner of the first and

second side walls

210, 210 ′, 220 and 220 ′ while being formed on the

second side walls

220 and 220 ′. ') Is preferably formed so as to be inserted into or withdrawn from the overlapping space.

The fixing part 400 includes a fixing piece 410 formed in the wing 300; And a fixing groove 420 formed in the side wall part 200 to be fixed after entering the fixing piece 410.

The wing unit 300 may include: a flow surface 310 extending in a fan shape on the second side walls 220 and 220 'and flowing inside the first side walls 210 and 210'; And it may include a folding surface 320 extending from the flow surface 310 to be folded into the flow surface 310.

The fixing piece 410 is preferably coupled to the fixing groove 420 so that the wing 300 is partially drawn out from the folded inner space of the side wall 200.

The bottom portion 100 preferably has a shape selected from one of a triangle, a square, a pentagon, a hexagon, and an octagon.

The wing unit 300 may include: a flow surface 310 extending in a fan shape on the second side walls 220 and 220 'and flowing inside the first side walls 210 and 210'; And a cutting surface 330 which extends from the second side walls 220 and 220 'and is formed while being incision with the flow surface 310 and fastened to the first side walls 210 and 210'.

Fixing portion 400, the fastening piece 430 extending to the incision surface 330; And a fastening groove 440 formed in the

first side walls

210 and 210 ′ so that the fastening piece 430 may be fixed after entering the fastening piece 430.

The side wall portion 200 extends from each side of the bottom portion 100 and preferably forms a side wall at the bottom portion 100 while being folded at least once.

Packaging box provided with a plate structure according to an embodiment of the present invention, there is an effect that can be easily used as a plate by deforming the packaging container that can hold food.

In addition, there is an effect that can be smoothly taken out of the food in the packaging box.

In addition, it is easy to manufacture and can be used simultaneously for packaging and dish purposes.

1 is a view showing a packing box provided with a dish structure according to the present invention.

2 is a view showing another use state of the packing box provided with a dish structure according to the present invention.

3 is an expanded view of a packaging box provided with a dish structure according to the present invention.

Figure 4 is a view showing the main portion of the packaging box embodiment provided with a dish structure according to the present invention.

Figure 5 is an expanded development showing another embodiment of a packaging box provided with a dish structure according to the present invention.

6 shows an implementation according to FIG. 5.

7 is a view showing another embodiment of a packing box provided with a dish structure according to the present invention.

DETAILED DESCRIPTION OF THE INVENTION The following detailed description of the invention refers to the accompanying drawings that show, by way of illustration, specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the invention. It is to be understood that the various embodiments of the invention are different, but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein may be embodied in other embodiments without departing from the spirit and scope of the invention with respect to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the invention. The following detailed description, therefore, is not to be taken in a limiting sense, and the scope of the present invention, if properly described, is defined only by the appended claims, along with the full range of equivalents to which such claims are entitled. In the drawings, like reference numerals refer to the same or similar functions throughout the several aspects, and length, area, thickness, and the like may be exaggerated for convenience.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily implement the present invention.

In the following detailed description, the technical configuration of the packaging box (particularly, the wing portion and the fixing portion) provided with a dish structure which can be used for a dish by modifying the box used for packaging as an example can of course be applied equally. Will be called.

1 is a view showing a packaging box provided with a dish structure according to the present invention, Figure 2 is a view showing another use state of the packaging box provided with a dish structure according to the present invention, Figure 3 is a dish according to the present invention It is an expanded view of the packing box provided with the structure.

1 to 3, the packaging box provided with a dish structure according to the present invention has a polygonal bottom portion 100.

Here, the bottom part 100 may form a bottom surface in the form of a plate, and may be formed in any one shape selected from triangles, squares, pentagons, hexagons, and octagons.

The bottom portion 100, the lower surface is supported on the ground and the upper surface is mounted with various receiving objects such as food, utensils.

And it has a side wall portion 200 extending from the edge of the bottom portion 100 to form a wall in the bottom portion (100).

It extends to the side wall portion 200 and has a wing portion 300 connecting each corner portion of the side wall portion 200 to form a form in which the side wall portion 200 extends outwardly from the bottom portion 100.

And a fixing part 400 formed to be fastened to the wing part 300 and the side wall part 200 so that the side wall part 200 can be fixed in a state in which the side wall part 200 is extended outwardly from the bottom part 100. .

As such, since the side wall part 200 is formed at the bottom part 100, an accommodation space in which the object is accommodated is formed.

The side wall part 200 has

first side walls

210 and 210 ′ extending from the bottom part 100 to face both sides of the bottom part 100 to form a side wall at the bottom part 100.

In addition, the side wall part 200 includes

second side walls

220 and 220 ′ which extend to face opposite sides of the bottom part 100 to form another side wall in the bottom part 100.

The wing portion 300 is connected to each corner of the longitudinal direction of the side wall portion 200 so that the side wall portion 200 is partially unfolded while being inclined outwardly from the bottom portion 100 to form a dish shape.

That is, while the respective corner portions in the longitudinal direction of the side wall part 200 are connected through the wing part 300, the side wall part 200 is inclined outward of the bottom part 100 to form a dish shape.

Here, the fixing part 400 is formed on the

first side walls

210 and 210 ′ and the wing part 300 of the side wall part 200, and the side wall part 200 is inclined outwardly from the bottom part 100 to the plate. When forming the shape, the wing 300 is fastened to the first side walls (210, 210 ') to perform the function to maintain the plate shape.

In addition, the first side walls 210 and 210 'extend from the bottom part 100 so as to face the inner side walls 212 and 212' and the inner side walls 212 and 212 '. Outer walls 214 and 214 'extending from the bottom portion 100 to form an outer wall, and fixing

surfaces

216 and 216 extending from the outer walls 214 and 214' and fixed to the bottom surface of the bottom portion 100. Include ').

Here, the first side walls (210, 210 ') and the second side walls (220, 220') of the side wall portion 200 is erected in the vertical direction to form a wall in the bottom portion 100, the first side wall (210) , 210 ', the fixed surfaces 216, 216' are fixed to the bottom surface of the bottom portion 100.

At this time, the fixing surface (216, 216 ') is firmly fixed to the lower surface of the bottom portion 100 through various adhesives such as adhesive, adhesive tape.

As in the embodiment of Figure 1, the wing portion 300 is completely in the space formed by overlapping the inner wall (212, 212 ') and the outer wall (214, 214') of the first side wall (210, 210 ') Upon entering, the first side walls 210 and 210 'and the second side walls 220 and 220' are vertically erected at the bottom portion 100 and have a box shape as a whole. Are accepted.

As in the embodiment of Figure 2, the wing portion 300 is partially in the space formed by overlapping the inner wall (212, 212 ') and outer wall (214, 214') of the first side wall (210, 210 ') When the wing part 300 is drawn out and fixed to the first side walls 210 and 210 'and the second side walls 220 and 220' by the fixing part 400, the first side walls 210 and 210 ' The two side walls 220 and 220 'are inclined to the outside of the bottom part 100, and the side wall part 200 is fixed in an inclined state at the bottom part 100, so that the box shape is deformed into a plate shape. Can be used as a dish.

To this end, as shown in FIG. 3, a first portion for guiding the

inner walls

212 and 212 ′ to be folded inwardly from the bottom portion 100 is connected to the bottom portion 100 and the

inner walls

212 and 212 ′.

Bottom boundary lines

150 and 150 'are formed.

The inner wall boundary line 215 guides the outer walls 214 and 214 'to be folded outward from the inner walls 212 and 212' at the connection portion between the inner walls 212 and 212 'and the

outer walls

214 and 214'. 215 ') is formed.

In addition, an outer wall boundary line 217 that guides the fixing surfaces 216 and 216 'to be folded outward from the outer walls 214 and 214' at the connection portion between the outer walls 214 and 214 'and the fixing

surfaces

216 and 216'. 217 ') is formed.

The second side walls 220 and 220 'may be folded inwardly from the bottom part 100 at the connection portion between the second side walls 220 and 220' and the bottom part 100 which form another side wall at the bottom part 100. Guiding second bottom boundary lines 170 and 170 'are formed.

On the other hand, the wing portion 300 is formed on the second side wall (220, 220 ') while the first and second side walls (210, 210', 220, 220 ') is erected on the bottom portion 100, the first side wall Formed between the upper and lower boundary surfaces 210 and 210 'and the second side walls 220 and 220', so that the first side walls 210 and 210 'are folded and inserted into the overlapping space or withdrawn from the space. Is formed.

The wing part 300 extends from the flow surface 310 and the flow surface 310 which is formed to extend in a fan shape on the second side walls 220 and 220 'and flows inside the first side walls 210 and 210'. It is formed to include a folded surface 320 folded inward of the flow surface (310).

Here, the flow surface 310 is formed to extend on the second side walls (220, 220 '), the folding surface 320 is disposed parallel to the first side walls (210, 210'), the folding surface 320 and the first The first side walls 210 and 210 'are formed to be incised with each other.

To this end, a flow boundary line 315 for guiding the flow surface 310 to be folded inwardly from the second side walls 220 and 220 'at a connection portion between the second side walls 220 and 220' and the flow surface 310. Is formed.

In addition, a folding boundary line 325 is formed at the connection portion between the flow surface 310 and the folding surface 320 to guide the folding surface 320 to be folded inward from the flow surface 310.

Through this configuration, while the wing portion 300 connects the respective corner portions in the longitudinal direction of the side wall portion 200, the side wall portion 200 is inclined to the outside of the bottom portion 100 to form a dish shape.

In particular, the fixing part 400 is a fixing piece 410 formed in the wing portion 300 and a fixing groove 420 formed in the side wall portion 200 to be perforated to be fixed after entering the fixing piece 410 ).

The fixing piece 410 is coupled to the fixing groove 420 to be fixed after the wing 300 is partially drawn out from the folded inner space of the side wall 200.

Thus, when the side wall portion 200 is disposed inclined outward while being erected vertically from the bottom portion 100 through the configuration of the fixing portion 400, the wing portion 300 is the first side wall (210, 210) ') And the second side wall (220, 220') is firmly fixed to the portion between the upper and lower borders.

As a result, with the side wall portion 200 erected at the bottom portion 100, the wing portion 300 is formed with the inner walls 212 and 212 'and the outer walls 214 and 214' of the first side walls 210 and 210 '. By overlapping the space formed, the inner side is drawn out and fixed to the side wall portion 200 is inclined from the bottom portion 100 to form a plate as a whole.

Referring to FIG. 4 with reference to FIGS. 1 to 3, the bottom portion 100 has a quadrangular shape, and thus the side wall portion 200 is erected vertically from the bottom portion 100 to form a rectangular box shape.

At this time, after the wing portion 300 is drawn out from the side wall portion 200 to the outside, and the wing portion 300 is fixed in the drawn state from the side wall portion 200 through the fixing portion 400, the side wall portion ( 200 is formed in a plate shape while being inclined outwardly from the bottom 10.

The side wall part 200 has

first side walls

In addition, the side wall part 200 includes

second side walls

Here, the first side walls (210, 210 ') and the inner wall (212, 212') and the inner wall (212, 212 ') that extends facing the bottom portion 100 to form an inner wall in the bottom portion 100 Outer walls 214 and 214 'extending from the bottom portion 100 to form an outer wall, and fixing

surfaces

And, the wing portion 300 is connected to each corner of the longitudinal direction of the side wall portion 200 so that the side wall portion 200 is partially unfolded while being inclined outward from the bottom portion 100 to form a dish shape. .

In addition, the wing portion 300 and the side wall portion 200 is formed so as to be fastened to each other, the side wall portion 200 includes a fixing portion 400 to be fixed in a state unfolded outward from the bottom portion 100 do.

Fixing part 400 is a fixing piece 410 formed in the wing portion 300 and the fixing groove to be formed in the first side wall (210, 210 ') to be fixed after the fixing piece 410 is entered 420.

Here, the fixing part 400 is formed on the

first side walls

Looking at the process of forming the box form a plate like this, in the bottom portion 100, the inner walls 212, 212 'of the first side walls 210, 210' are erected vertically, and in the inner walls 212, 212 '. By folding the outer walls 214 and 214 ', the inner walls 212 and 212' and the outer walls 214 and 214 'overlap each other and a space is formed between them.

Then, the fixing surfaces 216 and 216 'are folded on the outer walls 214 and 214' so that the fixing surfaces 216 and 216 'come into contact with the bottom surface of the bottom part 100.

Here, the fixing surfaces 216 and 216 'are fixed to the lower surface of the bottom part 100 by an adhesive.

At the same time, the second side walls 220 and 220 'are erected vertically on the bottom part 100, and the folding surface (the folding surface) is formed on the flow surface 310 of the wing part 300 extending to the second side walls 220 and 220'. Fold 320 inward.

Here, the folding surface 320 is folded based on the folding boundary line 325 in the flow surface 310, the folding surface 320 may be folded to the outside of the flow surface 310 as required by the user.

At this time, the flow surface 310 is folded in the direction of the first side wall (210, 210 ') from the second side wall (220, 220').

That is, the wing 300 enters into the space between the

inner walls

212 and 212 ′ of the

first side walls

210 and 210 ′ and the

outer walls

214 and 214 ′.

Subsequently, the fixing piece 410 of the fixing part 400 formed on the folding surface 320 is formed in the fixing groove 420 formed at the connection portion between the inner wall 212 and 212 'and the outer wall 214 and 214'. The flow surface 310 is drawn outward from the space between the

inner walls

212, 212 ′ and the

outer walls

214, 214 ′ to be engaged.

When the fixing piece 410 is fastened to the fixing groove 420, the

first side walls

210 and 210 ′ and the

second side walls

220 and 220 ′ are inclined at the bottom part 100 to form an overall plate shape.

In addition, when the wing portion 300 enters the space between the

inner walls

212 and 212 ′ and the

outer walls

214 and 214 ′ in the dish form, the box 300 is formed as a whole.

5 is an expanded development view showing another embodiment of a packing box provided with a dish structure according to the present invention, and FIG. 6 is a view showing an implementation according to FIG. 5.

5 and 6, the packaging box provided with a dish structure according to the present invention has a polygonal bottom portion 100.

In addition, the sidewall portion 200 extends to the edge of the bottom portion 100 to form a wall in the bottom portion 100.

The side wall part 200 has

first side walls

In addition, the side wall part 200 includes

second side walls

In addition, it has a wing portion 300 extending from the side wall portion 200 to connect each corner portion of the side wall portion 200 to form a form in which the side wall portion 200 extends outwardly from the bottom portion 100.

And, it is formed so as to be fastened to each other in the wing portion 300 and the side wall portion 200, and includes a fixing portion 400 to be fixed in a state in which the side wall portion 200 is extended outward from the bottom portion 100 do.

Here, the fixing part 400 is formed on the

first side walls

surfaces

Here, the first side walls (210, 210 ') and the second side walls (220, 220') of the side wall portion 200 is erected in the longitudinal direction at the bottom portion 100, the first side walls (210, 210 ') of the Fixing surfaces 216 and 216 'are fixed to the bottom surface of bottom portion 100.

As in the embodiment of FIG. 6, the wing 300 is partially withdrawn from the

inner walls

212, 212 ′ and the

outer walls

214, 214 ′ of the

first side walls

210, 210 ′, and has a wing portion ( When 300 is fixed to the

first side walls

210 and 210 ′ and the

second side walls

220 and 220 ′ by the fixing unit 400, the

first side walls

210 and 210 ′ and the second side walls 220, 220 ') is inclined to the outside of the bottom portion 100, has a plate shape, and is used as a plate.

To this end, as shown in FIG. 5, a first portion for guiding the

inner walls

212 and 212 ′.

Bottom boundary lines

150 and 150 'are formed.

outer walls

214 and 214'. 215 ') is formed.

surfaces

216 and 216'. 217 ') is formed.

Meanwhile, the wing 300 is formed between each corner of the first and

second side walls

210, 210 ′, 220 and 220 ′ while being formed on the

second side walls

220 and 220 ′. 210 ') is formed to be inserted into or withdrawn from the overlapping space.

The wing part 300 extends in a fan shape on the second side walls 220 and 220 'and flows inside the first side walls 210 and 210' and the

second side walls

220 and 220. And a cutting surface 330 formed to extend from ') and formed to be incision with the flow surface 310 and fastened to 210'.

Here, the flow surface 310 is formed to extend on the second side walls (220, 220 '), the incision surface 330 is also formed while being cut in parallel with each other along the flow surface 310, the second side walls (220, 220) Elongated at ').

To this end, an incision line 335 is formed on the forming portion of the flow surface 310 and the incision surface 330 so that the incision surface 330 can be separately entered into the first side walls 210 and 210 '. do.

Through this configuration, the side wall portion 200 is inclined to the outside of the bottom portion 100 while the wing portion 300 connects the respective corner portions in the longitudinal direction of the side wall portion 200, and thus the bottom portion 100 and the side wall portion 200 is to form a dish as a whole.

In particular, the fixing part 400 is formed in the fastening piece 430 extending on the incision surface 330 and the first side walls 210 and 210 'so as to be fixed after the fastening piece 430 is entered. It includes a fastening groove 440.

The fastening piece 430 may be fixed after the wing part 300 is partially drawn out from the folded inner space of the inner side walls 212 and 212 'and the outer side walls 214 and 214' of the first side walls 210 and 210 '. It is coupled to the fastening groove 440.

Preferably, the fastening groove 440 is formed by perforated diagonally to the inner wall (212, 212 '), the fastening piece 430 is penetrated through the fastening groove 440 while folding in the incision surface 330. To 440.

In this way, the wing portion 300 is the first side wall (210, 210 ') and the second side wall 220, while the side wall portion 200 is inclined outward from the bottom portion 100 through the configuration of the fixing portion 400 220 ') is firmly fixed between the upper and lower boundaries.

In particular, the incision surface 330 and the fastening piece 430 may be disposed in close contact with the inner surfaces of the

inner side walls

212 and 212 ′ of the

first side walls

210 and 210 ′.

At this time, the incision surface 330 is disposed in close contact with the inner surface of the inner wall (212, 212 '), the fastening piece 430 passes through the fastening groove 440, the outside of the inner wall (212, 212') In the inner wall (212, 212 ') and the outer wall 214, 214' enters into the folded inner space, the fastening piece 430 is fastened to the fastening groove 440.

The fixing part 400 is formed on the first side walls 210 and 210 'and the wing part 300 of the side wall part 200, and the side wall part 200 is inclined outwardly from the bottom part 100 to form a dish. In this case, the wing 300 is fastened to the first side walls (210, 210 ') to perform the function to maintain the dish shape.

With the side wall part 200 standing up at the bottom part 100, the wing part 300 is drawn out and fixed to the outside in the space formed while being folded in the first side walls 210 and 210 ', so that the side wall part 200 Is inclined at the bottom 100 to form a plate as a whole.

Looking at Figure 7, the packaging box provided with a dish structure according to the present invention, has a polygonal bottom portion 100.

The side wall part 200 has

first side walls

In addition, the side wall part 200 includes

second side walls

As a result, the first side walls 210 and 210 'extend on opposite sides of the bottom portion 100, and the second side walls 220 and 220' are formed on the

first side walls

210 and 210 of the bottom portion 100. As shown in FIG. ') Is extended to the other opposite side on which it is formed.

The first side walls 210 and 210 'and the second side walls 220 and 220' form a sidewall at the bottom portion 100 while being folded at least once on the sides of the bottom portion 100.

The wing part 300 connects each corner of the longitudinal direction of the side wall part 200 to form a dish shape while the side wall part 200 is partially extended while being inclined outward from the bottom part 100.

That is, the side wall portion 200 is inclined to the outside of the bottom portion 100 to form a dish shape while connecting the respective corner portions in the longitudinal direction of the side wall portion 200 through the wing portion 300.

Here, the fixing part 400 is formed on the

first side walls

surfaces

The second side walls 220 and 220 'extend from the bottom part 100 so as to face each other and form an inner wall at the bottom part 100, and the second

inner wall

222 and 222. The second

outer walls

224 and 224 ′ extending from the bottom portion 100 to form the outer wall at the bottom portion 100 and the second

outer walls

224 and 224 ′ extending from the bottom portion 100 and fixed to the bottom surface of the bottom portion 100. Second fixing surfaces 226 and 226 '.

Here, the first side walls (210, 210 ') and the second side walls (220, 220') of the side wall portion 200 is erected in the vertical direction to form a wall in the bottom portion 100, the first side wall (210, The fixing surfaces 216 and 216 'of 210' are fixed to the lower surface of the bottom part 100, and the second fixing surfaces 226 and 226 'are fixed to the lower surfaces of the fixing surfaces 216 and 216'.

In this case, the fixing surfaces 216 and 216 'and the second fixing surfaces 226 and 226' are fixed to the lower surface of the bottom part 100 by the fixing surfaces 216 and 216 '. The second fixing surfaces 226 and 226 'may be adhesively fixed to the lower surfaces of the fixing surfaces 216 and 216', or vice versa.

In this case, the fixing surfaces 216 and 216 'and the second fixing surfaces 226 and 226' are firmly fixed to the lower surface of the bottom part 100 through various adhesives such as adhesives and adhesive tapes.

First

bottom boundary lines

150 and 150 'for guiding the inner walls 212 and 212' to be folded inwardly from the bottom portion 100 at the connection portion between the bottom portion 100 and the inner walls 212 and 212 '. Is formed.

outer walls

214 and 214'. 215 ') is formed.

surfaces

216 and 216'. 217 ') is formed.

The second inner side walls 222 and 222 'may be folded inwardly from the bottom portion 100 at the connection portion between the second inner side walls 222 and 222' and the bottom portion 100 which form another sidewall in the bottom portion 100. Second floor boundary lines 170 and 170 'are guided to form a guide line.

The second

outer wall

224, 224 ′ is folded outwardly from the second

inner wall

222, 222 ′ at the connection portion between the second

inner wall

222, 222 ′ and the second

outer wall

224, 224 ′. Second inner wall boundary lines 225 and 225 'are formed to guide each other.

In addition, the second fixing surface 226, 226 'is folded outwardly from the second outer wall 224, 224' at the connection portion between the second outer wall 224, 224 'and the second fixing surface 226, 226'. Second outer wall boundary lines 227 and 227 'are formed to guide each other.

As a result, the wing portion 300 may smoothly enter or withdraw into a space formed by overlapping the

inner walls

212 and 212 ′ and the

outer walls

214 and 214 ′ of the

first side walls

210 and 210 ′. Therefore, the side wall portion 200 is erected from the bottom portion 100 to form a box or dish as a whole.

In addition, since the first inner side walls 222 and 222 'and the second outer side walls 224 and 224' of the second side walls 220 and 220 'overlap each other, the strength of the wall of the bottom part 100 is increased. The box form or the plate form can be made firm.

And, description of the wing portion 300 disposed between the first side wall (210, 210 ') and the second side wall (220. 220'), and the first side wall (210, 210 ') of the side wall portion 200 and Is formed in the wing 300, when the side wall portion 200 is inclined outward from the bottom portion 100 to form a plate, the wing portion 300 is fastened to the first side walls (210, 210 ') Description of the fixing portion 400 and the operation description according to the side wall portion 200 and the wing portion 300 and the fixing portion 400 to maintain the plate shape is the same as shown in FIG. Duplicate explanations will be omitted.

Through this configuration, the packaging container for food can be easily transformed and used as a plate, and the food contained in the packaging box can be taken out of the packaging box smoothly. have.

Although the embodiments of the present invention have been described above with reference to the accompanying drawings, the present invention is not limited to the above embodiments and can be manufactured in various forms, and a person of ordinary skill in the art to which the present invention belongs. It will be appreciated that the present invention may be embodied in other specific forms without changing the technical spirit or essential features of the present invention. Therefore, it should be understood that the embodiments described above are exemplary in all respects and not restrictive.

The packaging box provided with a dish structure according to the present invention can be used as a plate by simply deforming the packaging container that can hold food, the food in the packaging box can be smoothly taken out of the packaging box, easy to manufacture and packaging Can be used at the same time for use and dish.

Claims

Polygonal bottom part 100;

A side wall portion 200 extending from an edge of the bottom portion 100 to form a wall in the bottom portion 100;

A wing portion 300 extending from the side wall portion 200 to connect corner portions of the side wall portion 200 to form a form in which the side wall portion 200 extends outwardly from the bottom portion 100; And

Is formed on the wing portion 300 and the side wall portion 200, so that the wing portion 300 and the side wall portion 200 can be fastened to each other, the side wall portion 200 is the bottom portion 100 Includes; the fixing portion 400 to be fixed in the unfolded outward state in,

The fixing part 400,

A fixing piece 410 formed in the wing 300; And

The packing box provided with a dish structure comprising ;; a fixing groove 420 formed in the side wall part 200 to be fixed after entering the fixing piece 410.
The method of claim 1,

The side wall portion 200,

First side walls (210, 210 ') forming sidewalls at the bottom portion (100) while being extended to face both sides of the bottom portion (100); And

And a second side wall (220, 220 ') extending opposite to the other side of the bottom part (100) to form another sidewall at the bottom part (100).
The method of claim 2,

The first side walls 210 and 210 ',

Inner walls 212 and 212 ′ extending from the bottom portion 100 to form inner walls at the bottom portion 100;

Outer walls 214 and 214 'extending from the inner walls 212 and 212' to form an outer wall at the bottom portion 100; And

A packing box provided with a dish structure including; a fixed surface (216, 216 ') extending from the outer wall (214, 214') is fixed to the bottom of the bottom portion (100).
The method of claim 2,

The wing portion 300,

The second side walls 220 and 220 'are formed to extend between the corners of the first and second side walls 210, 210', 220 and 220 'so that the first side walls 210 and 210' are folded. Packing box provided with a plate structure formed to be inserted into the overlapping space, or withdrawn from the space.
The method of claim 2,

The wing portion 300,

A flow surface 310 extending in the shape of a fan on the second side walls 220 and 220 'and flowing in the first side walls 210 and 210'; And

The packing box is provided with a dish structure including; extending from the flow surface 310 is formed folded surface 320 which is folded into the inside of the flow surface (310).
The method of claim 1,

The fixing piece 410,

Packing box is provided with a plate structure coupled to the fixing groove 420 so that the wing portion 300 is partially drawn out from the folded inner space of the side wall portion 200.
The method of claim 1,

The bottom portion 100,

Packing box is provided with a plate structure of any one selected from triangle, rectangle, pentagon, hexagon, octagon.
The method of claim 2,

The wing portion 300,

A flow surface 310 extending in the shape of a fan on the second side walls 220 and 220 'and flowing in the first side walls 210 and 210'; And

A cutting surface 330 extending from the second side walls 220 and 220 'and formed to be incised with the flow surface 310 and fastened to the first side walls 210 and 210'. Packing box provided with a structure.
The method of claim 8,

The fixing part 400,

Fastening pieces 430 extending to the incision surface 330; And

The packing box provided with a plate structure comprising a; fastening groove (440) to be formed in the first side wall (210, 210 ') to be fixed after entering the fastening piece (430).
The method of claim 1,

The side wall portion 200,

A packing box extending from each side of the bottom part 100 and having a dish structure that forms a side wall at the bottom part 100 while being folded at least once.