KR20210000319U - Packing Box Partition Structure - Google Patents

Abstract

The present invention relates to a partition structure separately provided inside a packaging box, which is disposed in a horizontal direction and includes a base 110 that provides a bottom surface on which a plurality of items to be loaded are seated; A plurality of partitions 120 in which a predetermined area of the base 110 is cut at predetermined intervals and bent upward to a height corresponding to the thickness of the loaded object; A plurality of horizontal bent portions 130 bent in a horizontal direction at an upper end of each of the partition portions 120; And a connection part 140 connecting the horizontal bent part 130 into one.

Description

Packing box partition structure {Packing Box Partition Structure}

The present invention relates to a partition structure used inside a packaging box so that a number of products or objects can be stably stored, and is characterized in that it can be quickly and efficiently produced by cutting a pattern on a flat paper in advance.

In general, packaging boxes are used for packaging various types of products, and paper boxes including corrugated cardboard are widely used, and products are packed in boxes.

When using such a packaging box, great care must be taken in the packaging so that the products do not collide with each other or are damaged by external impact.

In other words, the product may be damaged by impacts between products or impacts transmitted from the outside during the process of storing or loading, unloading, transporting, or handling products after packing by putting them in a packaging box. Efforts should be made to prevent this.

For this purpose, a buffer material is usually installed inside a packaging box. In consideration of manufacturing cost and environment, a paper material buffer material including corrugated cardboard is widely used.

In particular, in the case of packaging a plurality of products of the same type, a separate partition structure is provided to form a space partitioned in the packaging box, so that a plurality of products can be stored separately, through which the product packaging or transportation process, It prevents damage to the product during other handling processes.

However, conventionally used packaging partitions are provided with several pieces of model cardboard as illustrated by way of example in FIG. 1, but are formed with cutout grooves at one end of each of them, and must be assembled by manually inserting multiple pieces of model cardboard. There is a problem in that the work is cumbersome, and thus, the packaging time is excessively required.

In addition, as shown in Fig. 2, there is a divider structure in which a sheet of paper is properly cut and then folded along a bending line, but the process of folding the cut paper several times along a predetermined bending line through automatic cutting is inevitably involved. There is a problem that the work is cumbersome.

[Prior technical literature]

Registration Office No. 20-0480103

Registration Office No. 20-0389025

Registration Office No. 20-0183636

The present invention, created to solve the above problems, aims to provide a packaging partition structure capable of easily forming a partition without a separate assembly process with only one sheet of paper.

The present invention relates to a partition structure separately provided inside a packaging box, which is disposed in a horizontal direction and includes a base 110 that provides a bottom surface on which a plurality of items to be loaded are seated; A plurality of partitions 120 in which a predetermined area of the base 110 is cut at predetermined intervals and bent upward to a height corresponding to the thickness of the loaded object; A plurality of horizontal bent portions 130 bent in a horizontal direction at an upper end of each of the partition portions 120; And a connection part 140 connecting the horizontal bent part 130 into one.

According to the configuration of the present invention, a plurality of partitions are accommodated while bending the partition 120 and the horizontal bend 130 with only one operation of pulling or pushing the connection 140 connecting the horizontal bend 130 into one. The space is formed at the same time, and the working time and cost can be significantly reduced through this.

1 and 2 exemplarily show a conventional partition structure.
Figure 3 shows an example of the development of the present invention, the thick solid line is a cutting line 11 is automatically cut by an automated machine, the dotted line is a bending line 22 is bent.
4 shows an intermediate process in which bending is performed along the bending line 22 in the process of pulling or pushing the connection part 140.
5 shows a state in which the partition structure is completed, the partition portion 120 is bent vertically, the horizontal bent portion 130 is horizontally bent at the top of the partition portion 120, and a plurality of partitions are accommodated It shows the state where the space is formed.

Hereinafter, specific embodiments of the present invention will be described with reference to the accompanying drawings.

The present invention relates to a partition structure separately provided inside the packaging box, and is cut along the cutting line 11 indicated by a thick solid line as shown in FIG. 3, and the bending is performed along the bending line 22 indicated by the dotted line. It is formed to form a partition structure.

The base 110 is disposed in a horizontal direction and provides a bottom surface on which a plurality of items to be loaded are seated.

In the partition unit 120, a predetermined region of the base 110 is cut at predetermined intervals, and is bent upward to a height corresponding to the thickness of the object to be loaded to form a plurality of partition partition walls.

The gap between the partitions 120 is formed to correspond to the width of the object to be loaded.

The horizontal bent part 130 is bent in a horizontal direction at the upper end of each of the partition parts 120 to cover a partial upper area of the product to be accommodated in the partition storage space.

The connecting portion 140 extends from one end of each of the horizontal bent portions 130 to connect a plurality of horizontal bent portions 130 into one.

As shown in Fig. 3, the base 110, the partition unit 120, the horizontal bend unit 130, and the connection unit 140 are all cut along the cutting line 11, and then the bending line 22 ) Is manufactured in a manner of bending along, and the base 110 and the connection part 140 have a structure separated by a cutting line so as not to be directly connected as shown in the accompanying drawings.

Bending lines 22 formed at the upper end (the boundary between the partition unit 120 and the horizontal bent unit 130) and the lower end (the boundary between the partition unit 120 and the base 110) of the partition unit 120 where bending is made. ), unlike the cutting line 11, is partially cut at regular intervals so that bending is easily performed without being separated from each other.

As shown in Fig. 4, when the connection part 140 is pushed or pulled in the direction in which the partition part 120 is bent, the entire partition part 120 and the horizontal bent part 130 are bent at the same time, thereby forming a plurality of compartment storage spaces at the same time. do.

As described above, specific embodiments of the present invention have been described with reference to the accompanying drawings, but the scope of protection of the present invention is not necessarily limited to these embodiments, and various design changes within the scope of not changing the technical gist of the present invention, It should be clarified that the addition or deletion of known technologies, or simple numerical limitation, falls within the scope of the present invention.

110: base
120: partition
130: horizontal bend
140: connection
11: cutting line
22: bending line

Claims (3)

It relates to a partition structure separately provided inside the packaging box,
A base 110 disposed in a horizontal direction and providing a bottom surface on which a plurality of items to be loaded are seated;
A plurality of partitions 120 in which a predetermined area of the base 110 is cut at predetermined intervals and bent upward to a height corresponding to the thickness of the loaded object;
A plurality of horizontal bent portions 130 bent in a horizontal direction at an upper end of each of the partition portions 120; And,
A connection part 140 connecting the horizontal bent part 130 into one;
Packing partition structure, characterized in that configured to include. In claim 1,
The partition structure for packaging, characterized in that formed so as to correspond to the width of the object to be loaded between the space between the partitions (120). In claim 1 or 2,
The base 110, the partition part 120, the horizontal bend part 130, and the connection part 140 are all manufactured by cutting and bending a sheet of paper, and the base 110 and the connection part 140 is separated by a cutting line so that it is not directly connected,
A bending line 22 partially cut at a predetermined interval is formed at each of the upper and lower ends of the partition 120 where bending is made,
When the connecting portion 140 is pushed or pulled in the direction in which the partition portion 120 is bent, the entire partition portion 120 and the horizontal bent portion 130 are simultaneously bent to form a partition storage space. Divider structure for packaging.

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