JP2015013672A - Packaging box with buffer inside partition - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packaging box with a buffer inside partition, which is equipped with both of a buffer function for protecting a contained article against a vertical impact and a protection function against collision between the articles and is easy to be assembled.SOLUTION: A packaging box with a buffer inside partition is constituted by one sheet of box body forming piece 12, and each of side surface plates 16, 18, 20, 22 constituting the box body forming piece 12 includes ruled folding lines 24, 26, 28 in parallel with each other. At the bottom surface sides of the side plates 18, 22, buffer supporting parts 17 that extend from bottom flaps 54, 84 are respectively provided. The buffer supporting part 17 comprises buffer pieces 60, 90, buffer bottom surface parts 66, 96 and buffer gluing pieces 70, 100. A buffer inside partition piece 72 extends at the side part of the buffer piece 60 and the buffer bottom surface part 66, and a notch 75 is formed between the buffer inside partition piece 72 and the buffer bottom surface part 66. In an assembled state, the buffer supporting part 17 is provided integrally in the space in a box body 11 with a spacing of a prescribed interval from the bottom flaps 54, 84, and the buffer inside partition piece 72 partitions the space in the box body 11.

Description

  The present invention relates to a packaging box with a buffer partition for packaging easily fragile items such as glass containers.

  Conventionally, it is a packaging box that can be assembled into a three-dimensional shape by folding and pasting a box-forming piece formed integrally by blanking from a blank sheet, and for packaging with a cushioning function to protect the contents There was a box.

  As such a packaging box, for example, as disclosed in Japanese Patent Application Laid-Open No. H10-228707, there is a container that accommodates bottles that are commodities and supports a bottle bottom by a buffer support piece extended from a bottom flap. Furthermore, as disclosed in Patent Document 2 by the applicant of the present application, a buffer support piece extended from the bottom flap is formed in a mountain shape so as to obtain a higher buffer effect.

  Furthermore, as in the case having a bottle-break preventing function disclosed in Patent Document 3, the bottles that are commodities are accommodated, and the bottom of the bottom flap is supported with a buffer support function for supporting the bottle bottom by floating from the lower lid. In the assembled state, there is also proposed a structure in which the protruding portion comes out of the top plate of the bottom flap and stands upward to partition the space of the accommodating portion above the top plate.

JP-A-3-275437 JP 2008-143565 A JP 2010-36952 A

  The packaging boxes disclosed in Patent Documents 1 and 2 have a cushioning function against the impact in the vertical direction of the box, but when two bins are accommodated, the side surfaces of the bins collide with each other in the box and are damaged. There was a fear of doing. For this reason, it is necessary to provide a separate partition plate to be inserted between the bins in the box and to sandwich the bins between the bins, which requires assembling and packaging processes.

  On the other hand, in the case having a bottle breakage preventing function of Patent Document 3, the protruding portion that is cut out and extended from a part of the top plate that is extended from the bottom flap serves as a partition plate. However, the projecting length and area of the projections serving as the partition plates are limited by the size of the top plate and cannot be taken large. In particular, if the area of the protrusion is increased, there is a problem that the support area of the top plate portion that supports the bin from the lower side is reduced, and the support strength cannot be secured, not only the interference function between the side surfaces of the contents, but also the upper and lower sides The direction buffering function cannot be sufficiently provided.

  The present invention has been made in view of the above-described background art, and has both a buffering function for protecting a stored item against an impact in the vertical direction and a protective function for a collision between stored items, and is easy to assemble. An object is to provide a packaging box with a buffering partition.

  This invention consists of a single box-forming piece, and each side plate constituting the box-forming piece is connected via a parallel crease line, and from a bottom flap provided on the bottom side of the side plate A buffer support portion is provided, and the buffer support portion includes a buffer piece, a buffer bottom surface portion, and a buffer glued piece, and a buffer partition piece extends to the side of the buffer piece and the buffer bottom surface portion. In addition, a notch is formed between the buffer partition piece and the buffer bottom surface portion so that the buffer partition piece can be separated, and in the assembled state, the buffer support portion is spaced from the bottom flap by a predetermined distance. It is a packaging box with a buffer partition provided integrally in a space in the box, and partitioning the space in the box by the buffer partition.

  The bottom flaps are respectively provided at end edges of the pair of side plates facing each other, extended from the bottom flap, provided with a pair of buffer pieces and buffer bottom portions, and the buffer partition pieces are: Each of the pair of buffer pieces is provided.

  The buffer piece, the buffer bottom surface portion, and the buffer paste piece are formed so as to have a width narrower than the length of the end edge of the bottom flap and extend, and the bottom flap is formed by a portion where the buffer piece does not extend. In the assembled state, a space is formed between the buffer piece, the buffer bottom surface portion, and the side plate in the assembled state.

  The packaging box with a buffering partition according to the present invention can have a high cushioning function at the bottom of the box body by an integrated and simple member configuration, and the partition of the internal space is formed at the same time as assembly. In addition, it is possible to easily and safely wrap a plurality of bins or the like that have a buffer function and must be packed. Furthermore, it is also possible to form a storage space for accessories as required, and it can be applied to packaging of various storage items.

It is a partially broken perspective view which shows one Embodiment of the packaging box with a buffer partition of this invention. It is the top view which looked at the surface side of the box body formation piece which expand | deployed the packaging box with a buffer partition of this embodiment. It is a bottom view explaining the process of assembling the box formation piece of this embodiment. It is a bottom view explaining the process of assembling the box formation piece of this embodiment. It is a longitudinal cross-sectional view of the packaging box with a buffer partition according to this embodiment. It is a top view of the box body formation piece of other embodiments of the packaging box with a buffering partition of this invention. It is a longitudinal cross-sectional view of other embodiment of the packaging box with a buffer partition of this invention.

  Hereinafter, a packaging box with a buffer partition according to an embodiment of the present invention will be described with reference to FIGS. The packaging box 10 with a buffer partition according to this embodiment is formed of a single box forming piece 12 integrally punched from a blank sheet such as cardboard, and is a hexahedral box that is assembled by triggering from a folded state. It consists of a body 11. Furthermore, as shown in FIG. 1, the packaging box 10 with a buffer partition according to this embodiment is an assembled state such as two containers such as two glass medicine bottles and a cosmetic container in a rectangular parallelepiped box 11. 13 and 14 are provided in a shock-absorbing manner, and are provided with a shock-absorbing support portion 17 which will be described later and is formed so as to be able to accommodate an appendage 15 such as a letter.

  As shown in FIG. 2, the box-forming piece 12 includes four side-surface plates 16, 18, 20, and 22 that form a rectangular box 11 in an assembled state, with crease lines 24, 26, and 28 parallel to each other. They are separated from each other. Further, a glued piece 30 is provided on the end portion of the side plate 22 in a connecting direction of each side face by being divided into crease lines 32. The four side plates 16, 18, 20, and 22 have the same length in the vertical direction perpendicular to the connecting direction, and the side plates 16 and 20 and the side plates 18 and 22 have different widths in the direction parallel to the connecting direction. . In this embodiment, the width in the direction parallel to the connecting direction is such that the side plates 16 and 20 are wide and the side plates 18 and 22 are narrow. Further, the length perpendicular to the connecting direction of the glued pieces 30 is equal to the length in the vertical direction of the side plate 16 which is the counterpart to be glued, and the width in the connecting direction is an appropriate short width that is necessary for the glue strength. Is formed.

  A substantially U-shaped cut line 33 serving as a rupture portion at the time of opening, which will be described later, is formed at the upper end edge located above the side plate 16 so as to open on the upper end edge side.

  At the upper end edge of the side plate 20 facing the side plate 16 in the assembled state, the width is equal to the width in the connecting direction of the side plate 20 and extends in the length of the width in the connecting direction of the side plate 20. An upper lid piece 34 is provided by being separated by a crease line 36, and an insertion piece 38 is provided by being separated by a crease line 40 on the side opposite to the side plate 20 side of the upper lid piece 34. Cuts 40 a are formed at both ends of the crease line 40. Similarly, at the lower end edge of the side plate 20, a rectangular lower lid piece 42 extending in the length of the connecting direction of the side plate 20 is provided by being separated by a crease line 44. On the side opposite to the face plate 20 side, an insertion piece 46 is provided by being separated by a crease line 48. Cuts 48 a are respectively formed at both ends of the crease line 48.

  A substantially trapezoidal upper flap 50 is formed on the upper edge of the side plate 18 adjacent to the side plate 16 via a crease line 52. The length from the crease line 52 to the tip of the upper flap 50 is formed to be slightly shorter than ½ of the length of the side plate 16 in the connecting direction. Similarly, a substantially rectangular bottom flap portion 54 is formed on the lower end edge of the side plate 18 via a crease line 56. The length from the crease line 56 to the tip of the bottom flap portion 54 is formed such that the length is set so that the other bottom flap portion 84, which will be described later, and the end portions are in contact with each other, and in this embodiment, The side plates 16 and 20 are formed to be ½ the length in the connecting direction.

  At the leading edge of the bottom flap portion 54, a buffer piece 60 is provided via a crease line 62 in the extending direction of the crease line 24, and further, a buffer bottom surface portion 66 extends in the same direction via the crease line 64. A buffer paste piece 70 extends in the same direction via the ruled line 68. The buffer support portion 17 is configured by the buffer piece 60, the buffer bottom surface portion 66, and the buffer paste piece 70. The crease lines 62, 64, and 68 are formed with appropriate cuts for easy folding. The extension direction length of the buffer bottom surface portion 66 is equal to the extension direction length of the bottom flap portion 54. The extension direction length of the buffer piece 60 sets the height from the bottom flap portion 54 of the buffer bottom surface portion 66 in the assembled state, and determines the paste position of the buffer paste piece 70. The buffer piece 60, the buffer bottom surface portion 66, and the buffer paste piece 70 are formed to have a narrower width than the end edge portion of the bottom flap 54, and a step portion 54a is formed by the end edge portion of the bottom flap 54. A space 71 corresponding to the length of the step 54 a is formed between the piece 70 and the side plate 20 in a state where the piece 70 is glued to the side plate 18.

  A buffer partition piece 72 is provided on the side of the buffer piece 60 and the buffer bottom surface portion 66 and located on the extension of the crease line 24. The buffer partition piece 72 is formed in a substantially trapezoidal shape, and is connected to the buffer piece 60 via a crease line 74 parallel to the crease line 24, and both ends of the crease line 74 are connected to the ends of the crease lines 62 and 64. It touches. Therefore, the buffer partitioning piece 72 and the buffer bottom surface 66 are separated by the notch 75. An end portion adjacent to the buffer bottom surface portion 66 of the buffer partition piece 72 is formed at an end edge portion that is inclined so as to protrude in the extending direction of the buffer glue piece 70 as it is separated from the buffer glue piece 70, and is buffering. The partition piece 72 is formed in an elongated trapezoidal shape. The width of the buffer piece 60, the buffer bottom surface portion 66, and the buffer paste piece 70 is narrower than the width in the connecting direction of each side surface of the bottom flap 54, and the tip portion of the buffer paste piece 70 is slightly narrowed. It is formed in a trapezoidal shape.

  On the upper edge of the side plate 22 that faces the side plate 18 in the assembled state, an upper flap 80 that is substantially trapezoidal and has the same shape as the upper flap 50 and is positioned symmetrically is formed via a crease line 82. The length from the crease line 82 to the tip of the upper flap 80 is formed to be slightly shorter than ½ of the length of the side plate 22 in the connecting direction. Similarly, a substantially rectangular bottom flap portion 84 is formed on the lower end edge of the side plate 22 via a crease line 86. The length from the crease line 86 to the tip of the bottom flap portion 84 is formed such that the other bottom flap portion 54 and the end portions are in contact with each other so as to face each other. 16 and 20 are formed to be 1/2 of the length in the connecting direction.

  At the leading edge of the bottom flap portion 84, a buffer piece 90 is provided via a crease line 92 in the extending direction of the crease line 32, and further, a buffer bottom surface portion 96 extends in the same direction via the crease line 94. A buffer paste piece 100 extends in the same direction via the ruled line 98. In the crease lines 92, 94, 98, cuts for facilitating bending are formed in appropriate lengths. The length in the extending direction of the buffer bottom surface portion 96 is equal to the length in the extending direction of the bottom flap portion 84, and is substantially equal to the buffer bottom surface portion 66 in this embodiment. The extension direction length of the buffer piece 90 sets the height from the bottom flap portion 84 of the buffer bottom surface portion 96 in the assembled state, and determines the paste position of the buffer paste piece 100. The buffer piece 90, the buffer bottom surface portion 96, and the buffer paste piece 100 are formed to have a narrower width than the end edge of the bottom flap 84, and a stepped portion 84 a is formed by the end edge of the bottom flap 84. A space 101 corresponding to the length of the stepped portion 84 a is formed between the piece 100 and the side plate 20 in a state where the piece 100 is glued to the side plate 18. The step portion 84 a has a length equal to that of the step portion 54 a, and the space 101 communicates with the space 71 to form a storage portion for the appendage 15.

  Next, an example of an assembling method of the packaging box 10 with a buffer partition will be described with reference to FIGS. Here, FIG. 2 shows the box-forming piece 12 viewed from the front side, and FIGS. 3 and 4 show the box-forming piece 12 viewed from the back side. Hereinafter, the folding method in which the front surface of the box-forming piece 12 is convex is referred to as normal folding, and the folding method in which the back surface is convex is referred to as reverse folding.

  First, the glue 102 is applied to the back surfaces of the buffer paste pieces 70 and 100 of the box-forming piece 12 in the unfolded state shown in FIG. 2, and as shown in FIG. The buffer pieces 60, 90 and the buffer bottom surfaces 66, 96 are folded back to the back side of the side plates 18, 22, and the buffer paste pieces 70, 100 are glued to the back surfaces of the side plates 18, 22. Further, the paste 104 is applied to the surface of the buffer partition piece 72 that is located on the side of the buffer piece 60, the folding line 74 is reversely folded, and the buffer partition piece 72 is placed on the surface of the buffer piece 60. Glue to the side.

  In this state, the paste 106 is applied to the surface of the glued piece 30, and the side plate 22 is folded back by normal folding along the crease line 28. Further, the crease line 24 is normally folded and the side plate 16 and the glued piece 30 are bonded. As a result, as shown in FIG. 4, the box-forming piece 12 is flatly folded, and can be shipped to a factory or the like that stores the articles 13 and 14 that are commodities and accessories 15 such as bills. It becomes.

  Folding lines 24, 26, 28, and 32 are drawn from the box-forming piece 12 shown in FIG. 4 in a folded state in a factory or the like that stores the containers 13 and 14 such as bottles and the accessory 15 such as a bill. Each of the four side plates 16, 18, 20, and 22 is formed into a rectangular parallelepiped cylinder by regular folding at 90 degrees. Next, as shown in FIGS. 1 and 5, the bottom flaps 54 and 84 are normally folded at 90 degrees along the crease lines 56 and 86. Thereby, the buffer pieces 60 and 90 and the buffer bottom surface portions 66 and 96 are normally folded at the crease lines 62, 64, 92, and 94, and the crease lines 68 and 98 are reversely folded at 90 degrees, so that the buffer bottom surface portions 66 and 96 are folded. Are located in parallel with the bottom flaps 54 and 84, with a distance corresponding to the length of the buffer pieces 60 and 90 from the bottom flaps 54 and 84. In this state, as shown in FIGS. 1 and 5, a buffer support portion 17 is three-dimensionally provided in the packaging box 10 with a buffer partition and extends upward from the buffer bottom surface portions 66 and 96. The middle partition piece 72 is erected as a partition that divides the space in the box 11 into two. Then, the lower lid piece 42 is normally folded along the crease line 44, the insertion piece 46 is normally folded along the crease line 48, and inserted into the side plate 16, and the bottom portion of the box 11 is closed.

  Thereafter, the articles 13 and 14 are stored on the buffer bottom surface portions 66 and 96 of the buffer support portion 17 from the released upper lid piece 34 side. Further, accessories 15 such as Noh books are accommodated in the spaces 71 and 101, the upper lid piece 34 is normally folded along the crease line 36, the insertion piece 38 is folded forward along the crease line 40, and the inside of the side plate 16 is placed. Plug in.

  The upper lid piece 34 and the lower lid piece 42 are sealed by sealing the plug-in pieces 38 and 46 after the contents 13 and 14 are accommodated, and the packaging is completed. The assembling method is not limited to the above process, and the box 11 can be formed by an appropriate process, and the items 13 and 14 and the accessory 15 can be accommodated and packaged.

  When opening the packaging box 10 with a buffer partition, the inside of the cut line 33 of the side plate 16 is pressed and broken, the insertion piece 38 is pulled up, and the upper lid piece 34 is opened.

  As described above, in the packaging box 10 with a buffer partition according to this embodiment, the buffer support portion 17 integrally formed from the bottom flaps 54 and 84 is provided in the housing space in the assembled box body 11. Furthermore, the buffering partitioning piece 72 is erected integrally from the buffering piece 60, and reliably exerts a buffering function against the collision between the side surfaces of the internal containers 13 and 14. Furthermore, when it is caused from the box forming piece 12 to the three-dimensional box 11, the buffer supporting portions 17 by the buffer bottom surface portions 66 and 96 and the buffer partitioning pieces 72 are provided at the same time, and the assembly is easy. In addition, the buffer partition piece 72 is located on the side of the buffer piece 60 and the buffer bottom surface 66 extending from the bottom flap 54, and the length and shape thereof can be arbitrarily set. It can be easily designed according to the size, material, etc. Furthermore, a storage space for the appendage 15 can be easily formed, and a buffer function can be provided.

  In addition, this invention is not limited to the said embodiment, The buffer extended from the bottom flap 84 like the box formation piece 112 of the packaging box 110 with a buffer partition shown in FIG. 6, FIG. A buffer partition 107 similar to the buffer partition 72 may also be provided on the piece 90 and the buffer bottom 96.

  The buffer partitioning piece 107 is formed in a substantially trapezoidal shape like the buffer partitioning piece 72, and is connected to the buffering piece 90 via a crease line 108 parallel to the crease line 32, and both ends of the crease line 108 are folded. The ends of the ruled lines 92 and 94 are in contact with each other. The buffer middle partition piece 107, the buffer bottom surface portion 96, and the buffer paste piece 100 are separated by a notch 105. The end adjacent to the glued piece 100 of the buffering partition piece 107 is formed as an edge part that is inclined so as to protrude in the extending direction of the buffered glued piece 100 as the distance from the buffered glued piece 100 is increased. The piece 107 is formed in an elongated trapezoidal shape.

  According to the packaging box 110 with a buffer partition of this embodiment, as shown in FIG. 7, the buffer partition pieces 72 and 107 of the buffer support portion 17 are configured to overlap each other, and the buffer effect is enhanced. Therefore, a safer packaging box can be configured.

  Furthermore, the packaging box with a buffer partition according to the present invention is a so-called sealed end carton type packaging box in which the inner lid and the outer lid are bonded together in addition to the upper lid piece and the lower lid piece having the insertion piece. In addition, a buffer piece or the like can be extended from the bottom flap portion, and the configuration of the lid piece of the packaging box can be selected as appropriate.

10 Packaging Box with Buffer Partition 11 Box 12, 112 Box Forming Pieces 13, 14 Containment 15 Accessories 16, 18, 20, 22 Side Plate 17 Buffer Supporting Section 34 Upper Cover Piece 42 Lower Cover Pieces 50, 80 Flap 54, 84 Bottom flap portion 60, 90 Buffer piece 66, 96 Buffer bottom surface portion 70, 100 Buffer paste piece 72, 107 Buffer partition piece

Claims (4)

It consists of a single box-forming piece, and each side plate constituting the box-forming piece is connected via a crease line parallel to each other, extending from a bottom flap provided on the bottom side of the side plate, A buffer support is provided,
The buffer support portion includes a buffer piece, a buffer bottom surface portion, and a buffer paste piece, and a buffer partition piece extends to a side of the buffer piece and the buffer bottom surface portion, and the buffer partition piece and the buffer bottom surface portion. A notch is formed between and the buffer partition piece is provided so as to be able to be separated,
In the assembled state, the buffer support part is integrally provided in a space in the box body at a predetermined interval from the bottom flap, and the buffer partition wall partitions the space in the box body by the buffer partition piece. Packing box with.   The packaging box with a buffer partition according to claim 1, wherein the buffer bottom surface portion is positioned in parallel with the bottom flap in an assembled state, and the buffer partition piece is provided at a right angle to the buffer bottom surface portion.   The bottom flaps are respectively provided at end edges of the pair of side plates facing each other, extended from the bottom flap, provided with a pair of buffer pieces and buffer bottom portions, and the buffer partition pieces are: The packaging box with a buffer partition according to claim 2, provided on each of the pair of buffer pieces. The buffer piece, the buffer bottom surface portion, and the buffer paste piece are formed so as to have a width narrower than the length of the end edge of the bottom flap and extend, and the bottom flap is formed by a portion where the buffer piece does not extend. The packaging box with a buffer partition according to claim 2 or 3, wherein a space is formed between the buffer piece, the buffer bottom surface portion, and the side plate with the width of the stepped portion in an assembled state.

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