KR200461201Y1

KR200461201Y1 - Packing box

Info

Publication number: KR200461201Y1
Application number: KR2020120002278U
Authority: KR
Inventors: 이고운
Original assignee: 이고운
Priority date: 2012-03-21
Filing date: 2012-03-21
Publication date: 2012-06-28

Abstract

The present invention relates to a box for packing pizza,
A bottom plate 100 having a storage space 400 formed by a wall 410 formed in a predetermined shape on an upper surface thereof, and one side thereof is connected to the bottom plate 100 by a connecting plate 300 to the storage space 400. Including a cover plate 200 to cover,
The connecting plate 300 and the wall 410 are spaced apart at regular intervals, the loading plate 310 is formed in the connecting plate 300 to fit the container 500 containing the sauce or pickles and sauces such as salad box Characterized in that can be loaded on the side of,
It relates to a pizza packaging box that can increase the convenience of delivery as the container containing the sauce can be conveniently loaded by utilizing the space in the side of the packaging box to improve the portability and transportability during pizza delivery.

Description

Pizza Packing Box {Packing box}

The present invention relates to a pizza packaging box, and more particularly to a pizza packaging box that can accommodate a container containing a pickle or sauce in a space formed between the space for storing the pizza and the back of the box.

As the culture of eating and delivering desired foods at home has been developed, various packaging boxes have been proposed for delivery in consideration of the type and type of food. The typical delivery food is chicken or pizza, for example, the chicken or pizza is delivered in a packing box that forms a regular space to hold the food by folding the cardboard.

Pizza packaging box includes Utility Model Registration No. 20-0290858 (October 4, 2002) "Pizza Packaging Box" and Design Registration No. 30-0369137 (December 14, 2004) "Pizza Packaging Box" It has been proposed. As shown in FIG. 1, a cover plate 200 and a bottom plate 100 are provided, and a wall 410 is formed on the bottom plate 100 to form a storage space 400 for containing pizza. The cover plate 200 and the bottom plate 100 are connected to each other by the connecting plate 300 at the rear of the storage space 400.

The pizza packaging box as described above allows the storage space 400 to form a shape close to the circular shape so as to contain the circular pizza well. Typically, as the pizza packing box is formed by folding a cardboard, the storage space 400 forms an octagon.

When the storage space 400 is formed in a circular or octagonal shape, the rear side of the packaging box is connected by the cover plate 200, the bottom plate 100, and the connecting plate 300 to form a 'c' character. As it is folded, a predetermined space is formed between the wall 410 constituting the storage space 400 and the connecting plate 300. The space is formed as the wall 410 moves away from the connecting plate 300 toward the edge rather than being horizontal with the connecting plate 300.

Such a space may be formed even when the storage space 400 is formed in another shape such as a quadrangle. The space can be formed by forming the connecting plate 300 and the wall 410 spaced apart by a predetermined distance as necessary.

On the other hand, foods such as chicken and pizza are provided with various sauces, salads, pickles, etc. (hereinafter referred to as 'sauces') to add flavor. In the conventional pizza packaging box, the sauces can be loaded. There was no space to be able to carry separately and had to be uncomfortable. In order to solve this problem, there has been proposed a packaging box for providing the sauces by providing a separate space inside the pizza packaging box, but it is difficult to produce due to the complicated configuration for preparing a separate space. It has been a factor in raising the manufacturing cost.

The object of the present invention is to improve the convenience of delivery by improving the structure of the pizza packaging box by simply loading the sauce.

The present invention achieves the above object by simply loading the container containing the sauce in the packaging box.

According to the present invention, the container containing the sauce can be conveniently loaded in a completely separated state from the hot pizza by using a space on the side of the packing box, thereby improving portability and transportability, thereby increasing convenience of delivery. .

1 is an exemplary view showing an example of a conventional pizza packaging box,
Figure 2 is a perspective view of a box for packing pizza according to the present invention,
3 is a state in which the cover plate of the pizza packaging box according to the present invention is opened to a state parallel to the bottom plate,
4 is a state in which the cover plate is opened in a state where a container containing sauces is loaded in a box for pizza packaging according to the present invention,
5 and 6 is an exemplary view of loading the container containing the sauce in the loading port.

In the present invention, the bottom plate is formed by a wall erected in a predetermined shape on the top surface so that the container containing the sauce can be easily loaded by inserting it into a packaging box, and one side is connected to the bottom plate by a connecting plate. Including a cover plate to cover the storage space,

The connecting plate and the wall are spaced apart at a predetermined interval while the connecting plate is formed with a loading port is a pizza packaging box, characterized in that the container containing the sauce or pickles and sauces such as salad can be loaded on the side of the box Suggest.

Hereinafter, the present invention will be described in detail with reference to FIGS. 2 to 6.

Figure 2 is a perspective view of a pizza packaging box according to the present invention, Figure 3 is a state in which the cover plate of the pizza packaging box according to the present invention to a state parallel to the bottom plate, Figure 4 is a pizza packaging box according to the present invention 5 and 6 are diagrams illustrating a state in which a container containing sauces is sandwiched and loaded in a loading hole.

As shown, the pizza packaging box according to the present invention is connected to the bottom plate 100 and the bottom plate 100, the storage space 400 is formed by the wall 410 erected in a predetermined form on the upper surface and the storage space The cover plate 200 covering the 400 and the connecting plate 300 connecting the cover plate 200 and the bottom plate 100 are included. Here, the cover plate 200, the bottom plate 100 and the connecting plate 300 may be formed to form a packaging box by folding and folding a piece of paper.

When the cover plate 200 covers the storage space 400 is perpendicular to the connecting plate 300 so that the bottom plate 100 and the connecting plate 300, and the cover plate 300 is the 'c' shape Will be broken. In this case, the wall 410 forming the accommodation space 400 is spaced apart by a predetermined interval to form a predetermined space between the two. When the storage space 400 is formed in a circular or octagonal shape, the wall 410 is formed horizontally in the middle portion of the connecting plate 300, and is formed farther toward the end of the connecting plate 300 so that the connecting plate ( Space is naturally formed at both edges of the 300). On the other hand, when the storage space 400 is formed in a rectangular shape when the wall 410 adjacent to the connecting plate 300 is formed to be horizontal, the space between the connecting plate 300 and the wall 410 is intentionally floated. In the present invention, the storage space 400 is formed in a circular or octagonal shape, so that the space is naturally formed between the wall 410 and the edge portion of the connecting plate 300.

As described above, the loading plate 310 is formed in the connection plate 300 connecting the cover plate 200 and the bottom plate 100. The lower end of the loading port 310 is formed on the same plane as the bottom plate (100). The bottom plate 100 and the loading hole are naturally formed by drilling the bottom plate 100 and the bottom plate of the loading plate 310 at the point where the bottom plate 100 and the connecting plate 300 are connected and folded. The lower end of 310 can be located on the same plane.

The loading port 310 is formed at the position where the connecting plate 300 is spaced apart from the wall 410 by a predetermined distance. If the storage space 400 is formed in a circular or octagonal shape is to be formed on the left and right ends of the connecting plate 300.

The loading port 310 is fitted with a container 500 containing sauces, such as sauces, pickles and salads. As such, when the container 500 is inserted into the loading hole 310, the bottom of the container 500 is loaded on the bottom plate 100 in the space formed between the connecting plate 300 and the wall 410. Through this, the container 500 may be loaded on the side of the pizza packing box, and since the pizza packing box does not affect the thickness of the pizza packing box at all, it is possible to stack and transport several pizzas. If it is formed in an octagon is to be able to load the container 500 containing the sauce in the unused space used in the pizza packaging box.

As described above, the container 500 containing the sauce is loaded into a pizza packing box and delivered, thereby improving portability and portability. In the loaded state, the container 500 is completely separated from the hot pizza and exposed to air, thereby preventing the problem of the sauce being heated by the heat of the pizza.

On the other hand, the container 500 containing the source can be fitted in a state in which a portion of the body is exposed to the outside. When the end of the container 500 inserted into the loading hole 310 is in contact with the wall 410 when forming the loading hole 310, the container 500 is partially exposed to the outside when it is no longer in progress. Is achieved by calculating and forming in advance. That is, the position of the loading port 310 is determined in consideration of the size of the container 500 together with the distance between the connecting plate 300 and the wall 410 forming the accommodation space 400.

As a part of the container 500 is exposed in the exposed state as described above, the exposed part can be grabbed by the hand and pulled out or removed, thereby allowing the container 500 to be quickly loaded and separated. The length of the container 500 is exposed to the outside is appropriately adjusted, the length of the container 500 is exposed to the outside is preferably about 1/4 to 1/2 of the entire length of the container 500. If it is too small, it is difficult to hold by hand and if it is too much, it can be easily removed.

An upper support plate 314 that is bent inwardly may be formed at an upper portion of the inlet of the loading hole 310 formed as described above. The upper support plate 314 pressurizes and supports the upper surface of the container 500 inserted into the loading port 500 to maintain the container 500 in a stable state.

When forming the loading hole 310 may be formed by punching the connecting plate 300. That is, by forming the support plate 314 which can be bent inward by keeping the punched portion connected without being cut from the side facing the cover plate 200. However, the upper support plate 314 may be formed by attaching separately, but this is not recommended because the manufacturing process becomes complicated.

The lower support plate 312 protruding outward is formed below the mounting hole 310. The lower support plate 312 plays a useful role when a part of the container 500 is exposed outwardly, and supports the part exposed outwardly from the container 500 so that the fitted state can be stably maintained.

The lower support plate 312 may be formed integrally with the connection plate 300. This is to form the point in contact with the bottom plate 100 to maintain the connected state without cutting when forming the loading hole 310, like the upper support plate 314. By forming the lower support plate 312 in this manner when folding the box for forming a pizza packaging box according to the present invention even if the bottom plate 100 and the connecting plate 300 is folded, the lower support plate 312 is not folded bottom It is to be projected to the outside naturally while maintaining a horizontal state with the plate 100.

Pizza packaging box according to the present invention is formed as described above is formed in the form of a box to hold the pizza lower support plate 312, the bottom plate 100 is in a horizontal state and protrudes outward and the upper support plate 314 is not folded It is in a state of blocking a portion of the loading port 310 without. Therefore, when loading the container 500 containing the source, while pushing the upper support plate 314 into the container 500, the upper support plate 314 is folded and the container 500 is fitted to the loading port 310 The end of the container 500 fitted into the loading hole 310 stops without further progressing while touching the wall 410 forming the accommodation space 400. In this state, the lower support plate 312 supports the portion where the container 500 protrudes to the outside, the bottom plate 100 supports the portion where the container 500 is inserted, and the upper support plate 314 is the container 500. While supporting the upper surface of the container 500 is to keep the loaded state stably.

100: bottom plate, 200: cover plate,
300: connecting plate, 310: loading port,
312: lower support plate, 314: upper support plate,
400: storage space, 410: wall,
500: container.

Claims

A bottom plate 100 having a storage space 400 formed by a wall 410 formed in a predetermined shape on an upper surface thereof, and one side thereof is connected to the bottom plate 100 by a connecting plate 300 to the storage space 400. Including a cover plate 200 to cover,
The connecting plate 300 and the wall 410 are spaced apart at regular intervals, the loading plate 310 is formed in the connecting plate 300 to fit the container 500 containing the sauce or pickles and sauces such as salad box Can be loaded on the side of the
The upper portion of the loading port 310, the upper support plate 314 is bent inward to form a pizza packaging box, characterized in that for pressing and supporting the upper portion of the container 500 fitted into the loading hole (310).

The method according to claim 1,
The container 500 is a pizza packaging box, characterized in that the body portion can be pulled out to grasp the exposed part of the body exposed to the outside.

The method of claim 2,
The lower portion of the loading port 310 is a pizza packaging box, characterized in that the lower support plate 312 protruding outward is formed to support a portion exposed outward from the container (500).

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