KR200381424Y1 - Packing Box for Cup Protection - Google Patents

Abstract

The present invention protects containers that are easily broken when they are impacted from the outside or when they collide with one another. It's about the box.

In the present invention, even if only one surface of the substrate is printed by the improved folding structure, the outer surface of the packaging box as well as the inner wall surface that is best seen from the outside to improve aesthetics. In addition, by improving the aesthetics on the inner surface of the packaging box to further enhance the dignity and dignity of the cup, and to resolve the complaints of the buyer.

The present invention is a first to seventh fold plate that has an area and a width and the first to sixth fold plate which is arranged horizontally connected to each other to form an area, each bordering the first to sixth fold line which is partitioned at intervals on the printed substrate The first to seventh foldable plates are folded along the first to sixth fold lines to form a volume therein, and the second foldable plate is formed along the second fold to the unprinted surface direction of the substrate. When overlapping with the three-folded plate, the first folded plate connected to one side of the second folded plate is inverted and overlapped with the fourth folded plate so that the printing surface is visible, so that the cup can be stored in the sixth folded plate of the packing box. There is provided a cup protecting packaging box in which a fourth abutment plate inner wall surface seen through the receiving hole drilled to be fitted into a state is improved in aesthetic sense by a printing surface seen due to the inversion of the first foldable plate.

Description

Packing Box for Cup Protection

The present invention relates to a cup protective packaging box, and more particularly, even if only one surface is printed on the base substrate (base) to form a packaging box, the folding structure is improved to improve the aesthetics both inside and outside In addition, the improved folding structure gives the impression of printing on both sides to enhance the quality of the packaging box.

In general, the cup protective packaging box widely used is a container that is easily broken by an impact or in particular, by inserting a cup made of glass to protect it from impact and to prevent it from being broken, and also to be easily transported and broken by being bumped into each other during the transportation process. It has a function to prevent this from happening. Substrate constituting the packaging box is made of a variety of materials, most of which is easy to print and fold, paper material is relatively easy to recycle and manufacture.

1A is an exploded view showing a conventional general cup protective packaging box, Figure 1b is a perspective view showing the fold immediately before the packaging box is completed by folding the development of Figure 1a. 1C is a perspective view illustrating a folding state of the packaging box, and FIG. 1D is a perspective view illustrating the cup being received in the packaging box.

Referring to FIG. 1A, first, a plurality of foldable plates 12, 14, 16, 18, 20, and 22 partitioned from each other on a substrate 10 having a predetermined area and size correspond to a fold line 24, respectively. It is folded along the 26, 28, 30, 32 to form a packaging box 36 in a structure in which a space 34 is formed therein.

In the front of the packaging box 36, a plurality of receiving holes 40 are spaced from each other so that the cup 38 can be accommodated while being inserted into the space 34 from the front as shown in FIG. 1C. In this case, the receiving hole 40 is formed in a structure that is the same as the shape of the corresponding cup 38 or fine but slightly reduced so that the cup 38 to be inserted is not easily flowed out. .

In addition, the outer surface of the packaging box 36, when viewed from the outside, improves the aesthetics by making a beautiful design for the appearance, and in harmony with the cup 38 by the improvement of such aesthetics can further enhance the dignity and quality. It is printed in colors with various pictures or colors. For reference, in the drawings, the printing surface is hatched and displayed for convenience.

By the way, the packaging box 36 having the folding structure as described above, as shown in the accompanying drawings, Figure 1d can be added to the various pictures and colors only on one side to form the appearance to improve the aesthetics of the product design, the other side Since the color and the picture are not expressed on the surface, the corresponding surface, which is directly seen through the storage hole 40 of the packaging box 36, is exposed in a shape and color state as it is, so that the overall aesthetics of the packaging box 36 may be reduced. It acts as a factor that inhibits, thereby degrading the quality and quality of the cup 38.

In other words, the base material 10 constituting the packing box 36 is made of recycled paper mostly recycled waste paper, and only one surface corresponding to the outer surface is printed, so that the inner portion of the packing box is not printed. This is because the surface of the recycled paper is exposed as it is. More specifically, the recycled paper may have a rough surface due to its characteristics, and may have a gray tone that gives a dark, crude and heavy feeling, and also because various foreign substances included in the waste paper recycling process are seen as it is.

Therefore, it is preferable that the packaging box 36 and the cup 38 are in harmony with each other. For this reason, the inner surface of the packaging box 36 is not beautiful, thereby lowering the user's desire to purchase. Furthermore, even if the cup 38 is of high quality, the quality of the cup is deteriorated due to the aesthetics of the packing box 36.

On the other hand, in order to alleviate the above-mentioned problems, if you print all the colors with a variety of pictures or colors on both sides of the substrate 10 to be configured of the packaging box 36, the outer surface as well as the inner surface seen from the outside This improvement can solve many of the problems raised above.

However, since both surfaces of the substrate 10 must be printed, a process for double-sided printing is added to increase the time required for printing, thereby resulting in a problem of lowering productivity and increasing printing cost.

The present invention is designed to solve the above problems, even if only one surface of the substrate (base) by the improved folding structure to improve the aesthetics not only the outer surface of the packaging box but also the inner surface that is best seen from the outside The purpose of the present invention is to increase the dignity and dignity of the cup and improve the purchasing power of the buyer by improving the aesthetics on the inner surface of the packaging box.

The present invention for achieving the above object has an area and a width and is arranged horizontally connected to each other while forming an area on the basis of the boundaries of the first to six folds that are partitioned at intervals on the printed substrate on each side The first to seventh fold plates and the first to seventh fold plates are folded along the first to sixth fold lines to form a volume therein, and the second foldable plate is folded along the second fold line. When overlapping with the third folded plate in the unprinted surface direction, the first folded plate connected to one side of the second folded plate is inverted and overlapped with the fourth folded plate such that the printing surface is visible, thereby providing The fourth foldable plate inner wall surface, which is seen through the receiving hole drilled so that the cup is inserted into the retractable state in the folding plate, is described in the cup protective packaging box in which the aesthetics are improved by the printing surface seen due to the inversion of the first foldable plate. Scoop There is.

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

Figure 2 is an exploded view showing a cup protective packaging box for the present invention, Figure 3e is a perspective view showing a completed packaging box.

Referring to the accompanying drawings, first, the substrate 50 is divided into the first to eight fold plate 52, 54, 56, 58, 60, 62, 64, 66 each having a predetermined length, width and area The first to seventh fold wire 68, 70, 72, 74, 76, 78, 80 is integrally connected, and only one side of the substrate 50 is printed, in the accompanying drawings first, fourth, Only the 5, 6 folding plates 52, 58, 60, 62 are printed in various pictures and colors, and the printed surface is indicated by hatching. However, the above printing surface is only one example, and need not be limited or limited, and may be entirely printed on one surface of the substrate 50.

The present invention is developed to configure the packaging box 90 is properly folded in a right angle or bent along the first to seventh fold line (68, 70, 72, 74, 76, 78, 80) partitioned respectively. . Hereinafter, the development of the present invention will be described in more detail.

First, the first folding plate 52 positioned on one side of the base 50 is connected to each other through the second folding plate 54 and the first folding wire 68, and the second folding plate 54 has a predetermined shape. The first through-hole 92 having a plurality of holes in the longitudinal direction at intervals from each other. In particular, the first and second fold plates 21 and 54 have a deployment structure having the same width and length.

In addition, a plurality of cutouts 96 having a semicircle shape are spaced apart from each other so that the pedestal 94 for supporting the bottom of the cup 38 may be formed on the second folded plate 54. It is cut | disconnected in the state which alternates with the one through hole 92. As shown in FIG. At this time, both ends of the cutout 96 is cut so as to be located at the second fold wire 70.

And, in the present invention, the semi-circular pedestal 94 is formed by the shape of the cutout 96, but is not necessarily limited to or semi-circular. In the drawing of the present invention is only one example showing the most stable shape because the bottom of the cup 38 is made of a circular, for example, if the bottom of the cup 38 is a square or any other shape, Can be cut to form a pedestal that fits.

In addition, when the second folding plate 54 is folded, the second folding plate 56 is provided with a second through hole 98 corresponding to the first through hole 92. The folding plate 56 is connected to the fourth folding plate 58 through the third folding wire 72.

The fourth folding plate 58 is connected to the fifth folding plate 60 through the fourth folding line 74, the fifth folding plate 60 has the same width and length as the second folding plate 54. The fifth folding plate 60 is connected to the sixth folding plate 62 through the fifth folding line 76.

The sixth foldable plate 62 has a receiving hole 102 formed with a gap therebetween while allowing the cup 38 to be fitted therein and forming a pedestal 100 for supporting the bottom and top of the cup 38. At this time, both ends of the receiving hole 102 are cut to be located at the fifth fold wire 76 and the sixth fold wire 78 so that the sixth and seventh folding plates 62 and 64 can be easily folded. .

In addition, a pair of eighth folding plates 66 are symmetrically cut in a position parallel to the first through-hole 92 in the seventh folding plate 64, and the eighth folding plate 66 is symmetrically cut. The seventh fold wire 80 has a deployment structure that is folded on both sides facing each other.

[Folding process of packaging box]

First, when the second folding plate 54 is horizontally folded while being inverted along the second folding wire 70, as shown in FIGS. 2 and 3A of the accompanying drawings, the first folding plate 52 is the fourth. It overlaps with the folding plate 58, and it will be in the state which covers all the 4th folding plates 58. As shown in FIG. At this time, the first folding plate 52 is reversed while overlapping with the fourth folding plate 58, so that the printing surface of the first folding plate 52 is finally seen.

At the same time, the pedestal 94 formed on the second fold plate 54 is cut so as not to be folded, so that the pedestal 94 is positioned as it is, and when folded as above, the second and third fold plates 54 and 56 are folded. The first and second through-holes 92 and 98 formed in) are in a state coinciding with each other.

Next, as shown in FIG. 3B, the second and third folding plates 54 and 56 coincident with each other are folded along the first folding line 52 so as to be perpendicular to the fourth folding plate 58. The bottom surface and the back surface of 90 are formed respectively.

In this state, as illustrated in FIGS. 3C, 3D, and 3E, the fifth, sixth, seventh folding plates 60, 62, and 64 are sequentially folded along the partitioned lines, respectively, and the upper surface of the packing box 90 is provided. And front surfaces are formed, respectively, and finally, the seventh folding plate 64 is folded to be in close contact with the bottom surface of the third folding plate 56.

When the seventh foldable plate 64 is brought into close contact with the third foldable plate 56, the eighth foldable plate 66 penetrates through each of them, thereby completing the packing box 90.

Therefore, the present invention, as described above in the folding process, even if only one surface of the substrate 50 corresponding to the outer surface of the packaging box 90 is printed while the first folding plate 52 is folded in an inverted state and the printed surface is shown. The fourth folding plate 58 of the packing box 90 is covered in a losing state, thereby improving the aesthetics not only on the outer surface of the packing box 90 but also on the inner surface seen through the storage hole 102. .

That is, the developed view of the packaging box 90 of the present invention solves the deterioration of the aesthetics of the inner surface of the packaging box 90, which has been a problem in the related art through structural improvement of the folding, and also reduces productivity and printing due to duplex printing. It is possible to eliminate all the excessive cost burdens.

In the above described in detail the deployment structure of the preferred packaging box 90 through the accompanying drawings, but this is only one example according to a preferred embodiment of the present invention, the scope of protection of the present invention is limited thereto. no.

For example, when all the printed on one surface of the base 50, that is, the first to the eighth fold plate 52, 54, 56, 58, 60, 62, 64, 66 all printed on one surface When the folding is made in this state, all the outer surfaces of the packaging box 90 as well as the second folding plate 54 which forms the bottom are visible, thereby further improving the aesthetics of the packaging box 90. You can also.

Therefore, the present invention, if the person skilled in the art within the technical idea, it will be possible to implement a variety of modifications of the development of the packaging box in accordance with the cup or cup to be made of the use and size and various shapes, Such modifications and equivalent other embodiments belong to the utility model registration claims of the present invention.

As described above, the present invention can improve aesthetics even on the outer surface of the packaging box, as well as the inner surface of the packaging box by the folding structure, which is folded as if each side is printed, even if only one surface of the substrate constituting the packaging box is printed. Has the effect.

In addition, when the packaging box of the present invention is used, the harmony between the packaging box and the cup is improved, thereby improving the dignity and dignity on the whole, and the effect of relieving the deterioration that has been pointed out by the buyer.

In addition, the present invention by printing only one side of the packaging box, it is possible to maintain the productivity as it is, and also can be expected to the effect that can prevent the increase in the time required and printing costs generated during double-sided printing.

Figure 1a is a development view showing a conventional general cup protective packaging box,

1B is a perspective view showing a state immediately before the packaging box is completed by folding the development view of FIG. 1A.

Figure 1c is a perspective view showing a state that the folding of the packaging box is completed.

1D is a perspective view illustrating a state in which a cup is accommodated in a packaging box.

Figure 2 is a development view showing a cup protective packaging box for the present invention.

3A to 3E sequentially illustrate the folding process of the packaging box according to the present invention, and FIG. 3A is a perspective view showing a state where the second folding plate is folded in a plane.

3B is a view illustrating a state in which the second and third folding plates are folded vertically.

3C is a perspective view illustrating a state in which the fifth folding plate is vertically folded.

3D is a perspective view illustrating a state in which the sixth and seventh folding plates are folded.

3E is a perspective view showing a state in which the eighth folding plate is folded and the packaging box is completed.

<Explanation of symbols for the main parts of the drawings>

10,50 base material 12,14,16,18,20,22

24, 26, 2830, 32: fold line 34: space

36,90: packing box 38: cup

40: storage hole 52: the first folded plate

54: second folded plate 56: third folded plate

58: fourth folded plate 60: fifth folded plate

62: sixth fold plate 64: seventh fold plate

66: 8th fold plate 68: 1st fold line

70: second tangential wire 72: third tangential wire

74: fourth tangential wire 76: fifth tangential wire

78: sixth fold wire 80: seventh fold wire

92: first through hole 94: pedestal

96: incision 98: second through hole

100: base 102: storage hole

Claims (1)

In the cup protective packaging box having one or more storage holes so that the cup can be inserted in a receivable state, A first to seventh fold plate having an area and a width, the first to seventh fold plates which are horizontally connected and sequentially arranged while forming an area, respectively, bordering the first to sixth fold lines which are partitioned at intervals from each other on the printed substrate; The first to seventh fold plates are folded along each of the ˜6 fold lines to fold to form a volume therein, and the second fold plate is connected to the third fold plate along the second fold line in the direction of the unprinted surface of the substrate. When overlapping, the first foldable plate connected to one side of the second foldable plate is inverted and overlapped with the fourth foldable plate so that the printing surface is visible, so that the cup can be inserted into the sixth foldable plate of the packaging box. Cup inner packaging box, characterized in that the inner wall surface of the fourth folded plate seen through the receiving hole is improved by the printing surface visible due to the inversion of the first folded plate.