JPH11292059A - Assembled interior of bottle storage box - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paper interior tool for a bottle storage box which is easy to assemble and has high strength. SOLUTION: The paper surface used for one piece of corrugated paper cut into a predetermined shape is divided into a side part 5, a bent part 6, and an end part 7, and the folded part 6 is folded on the side part 5. The side part 5 is bent in the order of the front 8, right side 9, back 10, and left side 11. The end surface portion 7 is a bottom individually attached to each surface except for the back surface 10 of the side surface portion 5, and is folded in the order of a lower bottom 14, a middle bottom 13, and an upper bottom 12, and the insertion edge Fifteen
Into the gap on the opposite side to assemble it into a hollow box with no bottom. The interior fitting 1 has a two-layer outer peripheral wall and a three-layer upper or lower bottom. A notch 16 is opened at each bent portion of the side surface portion 5, and first and second notches 1 are formed at the bent portion of the folded portion 6.
7, 18 are open. The notch 16 is an opening that receives the bent portion of the folded portion 6, and the first and second notches 17 and 18 are openings that receive the bent portion of the side surface portion 5.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a bottle storage box used for packing bottles, especially tall bottles such as one-size bottles.

[0002]

2. Description of the Related Art Conventionally, when a single bottle is packed in a box for transportation, a styrofoam molded product is exclusively used, and the bottle is supported by the molded product and packed. Styrofoam is excellent in cushioning properties and can be molded into a free shape, and therefore has excellent characteristics as an interior tool for packing.

However, plastic products have problems of disposal as waste and securing space for storage and transportation. For this reason, attention has been paid to paper products as a material. Attempts to use paper have become widespread.

[0004] Corrugated paperboard has a considerable degree of buffering property depending on the quality of the paper, but cannot be preformed into a predetermined shape like styrofoam, and must be assembled. . As far as assembling is concerned, the assembling requires man-hours and cannot be used as easily as a styrofoam product. It is desirable that the assembly be quick and easy.

In response to such a demand, the inventor has proposed an assembling-type interior device for a bottle storage box that is easy to assemble, and has excellent bottle buffering properties and shape-retaining properties (Japanese Utility Model Application No. Hei 4-1992). -756
No. 77). According to such an assembling type interior device, the assembling is easy, the bottle is stably supported in the storage box by the laminated structure of two layers on the side surface and three layers on the upper surface or the lower surface, and the impact due to the impact at the time of dropping and collision is obtained. The breakage of the bottle was effectively prevented.

[0006]

By the way, when thick corrugated paper such as double-sided corrugated cardboard or double-sided corrugated cardboard is used as the corrugated cardboard of the assembling type interior fitting, when the paper surface is bent, the bent portion is formed. Since bulging occurs, in order to bend the corrugated paperboard and assemble it into a box shape, it is necessary to determine the inner dimensions of the box shape in consideration of the bulging portion. This bulge is further increased when the corrugated paper is double-folded and bent, and there is a problem that the outer diameter of the interior component becomes large due to the bulge of the bent portion. However, such a problem is caused by making a cut in the bent portion of the corrugated paper and cutting the liner on the front surface or the back surface along the bending curve, and bending the right liner at the remaining liner portion to obtain an accurate corner. Can be assembled in a mold box shape.

However, if a cut is made on the paper surface to fold the corrugated cardboard, the bent portion of the corrugated cardboard is barely connected by only the liner, and each box-shaped surface is covered with the corrugated paper. Even if the strength is increased due to the heavy structure, the strength of the corners and ridges of the box shape, which is the bent part of the corrugated paper, decreases, and if the interior equipment is impacted by falling or other causes, the corrugated cardboard There is a danger that the paper will tear and the interior fittings will be damaged, thus impairing the function of protecting and holding the bottles stored in the storage box.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a bottle storage box assembling type interior component in which the strength of the interior component assembled in a box shape, particularly the strength of the ridge angle is increased.

[0009]

In order to achieve the above-mentioned object, the present invention provides a bottle storage box assembly type interior fitting according to the present invention.
An assembling-type interior device for a bottle storage box having a side surface portion, a folded portion, and an end surface portion, and assembling into a box shape with one surface opened using one piece of corrugated paper, wherein the side surface portion is bent. It is the part which forms the front, back and both sides of the box shape,
It is connected to one edge of the side part and is bent and becomes a part to be overlapped on the front, back and both sides of the side part, and the end face part is separately attached to the other edges corresponding to the front part and both sides of the side part The lower part, the middle part, and the upper part are attached, and each bent part is a part bent along a bent curve formed by crushing the pre-board paperboard, and each bent part has A bulge that protrudes inward and outward is formed, and a notch for receiving the bent portion of the folded portion or the side portion is opened in a part of each bent portion of the folded portion and the side portion.

The notch in the side surface portion and the notch in the folded portion are formed at positions that do not overlap each other when the folded portion is overlapped on the side surface portion.

The notch in the side portion is opened at the center of the height of the box shape, and the folded portion has first and second notches, and the first and second notches are provided. The notch is opened at the upper or lower part except for the central part of the height of the box.

The front, right, rear, and left sides of the folded portion have one edge supported by the other plate surface at the positions of the first and second notches, respectively, and are mutually supported. It is assembled in a box shape.

[0013] Each of the folding curves of the folded portion is the first one.
And the second notch is biased to one side from the center of the rectangle.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. The interior component 1 of the present invention is formed in a hollow square box shape with a bottom as shown in FIG. 1 and stores the interior component 1 in an upwardly oriented position (upright position) in the bottle storage box 3 as shown in FIG. The bottle 4 is inserted into the bottom of the box 3 to support the bottle bottom, and protects the bottle 4 in the box 3 from impacts and the like to stably maintain the shape.

The bottle 4 to which the interior fitting 1 of the present invention is applied is in the form of, for example, a single bottle or a wine bottle.

The interior component 1 is made by assembling a cardboard such as a double-sided corrugated cardboard in a box shape with paper made of a material having excellent cushioning properties and plate strength. The bottom has a three-layer laminated structure.

FIG. 3 is a development view of the interior component 1. In the figure, one sheet of corrugated cardboard 2 has its plate surface cut in advance into a shape necessary for assembling a box shape, and basically has two lateral folding lines I ₁ and I ₂ to form a side surface portion 5. , A folded portion 6, and an end surface portion 7.

The side surface portion 5 forms four surfaces of a box-shaped outer peripheral wall, and each step has three folding curves I _{3 to} I _{5 in the} vertical direction.
The four side sections are distinguished as a front face 8, a right side face 9, a rear face 10, and a left side face 11, respectively, for easy understanding.

The turn-back portion 6 is provided continuously to one edge of the side portion 5,
Is divided into 4 sections as an extension of the folding line I ₃ ~I ₅ for partitioning each surface of the side portion 5, each front side portion 5, a right side,
A portion to be superimposed on the rear surface and the left side surface, that is, the front surface 8
a, right side 9a, back 10a, and left side 11a.

The end face portion 7 is a bottom individually attached to the other end of the front face 8, right side face 9, and left side face 11 except for the back face 10 of the side face portion 5. These are distinguished as an upper bottom 12, a middle bottom 13, and a lower bottom 14 in order.

The upper bottom 12 is further provided with an insertion edge 15 at an outer edge, and one side of the opposing edges of the middle bottom 13 and the lower bottom 14 is cut away. The notch n serves as a gap for inserting the insertion edge 15 of the upper bottom 12 later.
The rising height of the back surface 10 of the side surface portion 5 and the corresponding height of the back surface of the folded portion 6 correspond to the left and right side surfaces 11, 9 respectively.
And 11a, 9a, in order to respond to the thickness of the corrugated paper at the time of assembly and to accept the insertion edge 15.

The folding curves I _{1 to} I ₅ are formed by crushing corrugated paper, and the bent portions are
Folded along the fold lines I ₁ ~I _5, a portion forming a dihedral angle of box-shaped. Due to the thickness of the corrugated cardboard, the bent portion extends on the outer surface side or contracts on the inner surface side to form a bulge on the outer surface or the inner surface.

In the present invention, the side portions 5 are formed on the folding curves I _{3 to} I ₅ , namely, between the front surface 8 and the right side surface 9, between the right side surface 9 and the back surface 10, and between the rear surface 10 and the left side surface 11. At the center of the curved portion, a vertically long rectangular notch 16 having a fixed length is opened.

On the other hand, the folding section 6 also has the respective folding curves I
₃ ~I ₅ on, i.e., between the front 8a and the right side surface 9a, the first notch of the vertically long rectangular except for the central portion in the bent portion between the right side surface 9a back 10a and between the back 10a and left side surface 11a 17 and a second notch 18 are open. The first notch 17 reaches the folding curve I ₂ , and the second notch 18 is open to the outer edge of the turn 6. In addition, the folded part 6 is replaced with the side part 5.
First notch 17 and second notch 1 when overlaid on top
8 and the notch 16 of the side surface portion 5 are formed so as to be shifted from each other.

Each of the folding curves I _{3 to} I ₅ of the turning portion 6 connects the first notch 17 and the second notch 18, but each of the folding curves I _{3 to} I ₅ is First and second notches 17,
Eighteen rectangles are biased to one side from the short side center. In this embodiment, the folding line I ₃ back 10a
Side folding lines I ₄ is a right side 9a side, the bending line I ₅ the front side 8a
Each side is biased.

FIG. 4 shows the procedure for assembling the interior fitting of the present invention. (1) to (9) show the assembly order.

In (1), first, the folding curve I of (2)
_The folded portion 6 is bent at ₂ and the folded portion 6 is overlapped on the side surface portion 5 as shown in (3). Then, (4) to sequentially perpendicularly bent to each side of the side surface portion 5 of the side faces of repeated turning portion 6 as the inner at folding line I ₃ ~I ₅ as (6), assembled in a frame shape After that, in the order of (7) to (8), first, the lower sole 14 is bent at a right angle, the middle sole 13 is overlapped thereon, and finally the upper sole 12 is overlapped, and Bottom edge 15 to midsole 13
And the assembly is completed by inserting it into the gap formed between the side edge of the lower bottom 14 and the back surface 10.

The assembled interior component 1 is formed into a fixed form by inserting the insertion edge 15 into the gap with the open edge of the front face 8 of the side face portion 5 and the open edge of the left side face 11 abutting each other. It is kept in a box shape as shown in FIG.

In the present invention, the box-shaped four peripheral walls have a double structure of the side surface portion 5 and the folded portion 6, and the bulge formed at each bent portion of the folded portion 6 projects outward. The expanded bent portion is received in a notch 16 formed in the side surface portion 5, and the bent portion of the side surface portion 5 is received in first and second notches 17, 18 of the folded portion 6. Therefore, there is no difficulty in bending each side portion 5.

Further, each of the folding curves I _{3 to} I ₅ of the folding section 6 is
Since the first and second cutouts 17 and 18 are provided to be deviated to one side from the center of the rectangle, the end surface of the left side surface 11a is connected to the plate surface of the back surface 10a and Since the end surface is supported by the plate surface of the right side surface 9a and is assembled in a box shape while supporting each other, the box shape is stabilized and the shape does not collapse.

[0030]

As described above, according to the present invention, there is provided a box-shaped interior device having an inner / outer double structure formed by laminating a side portion and a folded portion using a thick corrugated cardboard. A notch is opened in each bent part, and the notched part opened in the side part which becomes the outside of the box shape receives the bent part of the folded part where the bulge is formed. In order to accept the bent part of the side part in the notch of the part, without applying excessive force to the bent part of the side part and the folded part, at least each of the bent part of the folded part and the side part In some cases, it is possible to bend into a box shape while leaving the strength of the corrugated paper as it is, and the strength is large, it is not easily damaged by falling, so the bottle in the storage box is effectively protected can do.

[Brief description of the drawings]

FIG. 1 is a partially sectional perspective view showing an embodiment of the present invention.

FIG. 2 is a diagram showing a state in which bottles are boxed using the interior fittings of the present invention.

FIG. 3 is a development view of the interior fitting of the present invention.

FIG. 4 is a view showing an assembling order of the interior accessories.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Corrugated paper 2 Hole 3 Bottle storage box 4 Bottle 5 Side part 6 Folding part 7 Top part 8,8a Front 9,9a Right side 10,10a Back 11,11a Left side 12 Top bottom 13 Middle bottom 14 Lower bottom 15 Insert Edge 16 Notch 17 First notch 18 Second notch I _1- fold curve I ₂ -fold curve I ₃ -I _5- fold curve

Claims (5)

[Claims] 1. It has a side surface portion, a folded portion, and an end surface portion,
An assembling interior device of a bottle storage box assembled into a box having one side opened using one piece of corrugated paper, wherein a side portion is bent to form a box-shaped front, back and both side surfaces. The folded portion is provided continuously to one edge of the side portion, and is bent so as to be overlapped with the front, back and both side surfaces of the side portion, and the end surface portion corresponds to the front and both side surfaces of the side portion. A lower bottom, a midsole, and an upper bottom individually attached to the other edge of the portion, and each bent portion is a portion that has been bent along a bending curve formed in advance by crushing corrugated paper, A bulge that protrudes inward and outward is formed in the bent part, and a notch that accepts the bent part of the folded part or the side part is opened in a part of each bent part of the folded part and the side part A bottle storage box assembling interior tool characterized by the following. 2. The notch in the side surface portion and the notch in the folded portion are formed at positions that do not overlap each other when the folded portion is overlapped on the side surface portion. An assembling interior tool of the bottle storage box described. 3. A notch in a side surface portion is opened at a central portion of a box-shaped height, and a folded portion has first and second notches, and a first and a second notch.
3. The cutout of claim 2, characterized in that the cutout is opened at an upper or lower part except for a central part having a box-shaped height.
An assemblable interior tool for a bottle storage box according to item 1. 4. The front, right side, back side and left side of the folded portion have one edge supported by the other plate surface at the positions of the first and second notches, respectively, and are mutually supported. The assembled interior device for a bottle storage box according to claim 1, 2 or 3, wherein the interior device is assembled in a box shape. 5. The bottle storage box according to claim 4, wherein each folding curve of the folding portion is provided to be deviated to one side from the center of the rectangle of the first and second notches, respectively. Prefabricated interior accessories.