JPH0885537A - Package - Google Patents

Abstract

PURPOSE: To provide a package especially preferred for packaging a cylindrical and relatively heavy object to be wrapped wherein disposal is easy and the package is not bulky when not in use. CONSTITUTION: An inner support 2 made of a cardboard supporting a cylindrical object W to be wrapped is put into an outer box 1 made of a cardboard. The inner support 2 includes a hexagonal prism 10 for surrounding and supporting an entire side face of the object W. The hexagonal prism 10 is formed of a pair of perpendicular faces 51, 52 inscribing front and rear side plates 28,32 of the outer box 1 respectively, lower tilted faces 21,22 connected to lower rims of both perpendicular faces 51,52, and upper tilted faces 53,54 connected to upper rims of both perpendicular faces 51, 52. An angled tip 55 formed between the lower tilted faces 21, 22 is in contact with a bottom plate 27 of the outer box 1, and an angled tip 56 formed between the upper tilted faces 53, 54 is in contact with a top plate 23 of the outer box 1 thereby fixing the object W in the outer box 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a package for packaging a columnar article to be packaged, and more particularly to a package provided with an internal support for supporting and protecting the article to be packaged inside an outer box. .

[0002]

2. Description of the Related Art Heretofore, there has been known a package in which an object to be packaged is supported in an outer box by a block made of expanded polystyrene. This kind of styrofoam block is
When the object to be packaged is supported in the outer box, it can absorb the impact from the outside sufficiently, and since it is molded according to the shape of the object to be packaged, It can be securely supported in the box. From this, the package using the block made of Styrofoam is suitable for an object to be packaged having a relatively heavy weight and an object to be packaged having a shape with low stability such as a columnar shape.

However, the block made of Styrofoam is
There is an inconvenience that disposal is difficult. In addition, it is bulky when not used as a package.

[0004]

By eliminating such inconvenience, the present invention is easy to dispose of and does not become bulky when not in use, and is particularly columnar and relatively heavy in weight. It is an object of the present invention to provide a package which is suitable for packaging.

[0005]

In order to achieve such an object, the present invention is a packaging body for packaging a cylindrical article to be packaged, wherein at least both left and right side plates are formed in a square shape. An outer box made of a paperboard and a circular end surface of the packaged object facing the left and right side plates, respectively, and supporting the packaged object in the outer box when the packaged object is stored in the outer box. And an internal support made of paperboard, wherein the internal support is in contact with each of the inner surfaces of the side surface of the packaged object, and is provided with a hexagonal tubular portion that surrounds and supports the entire circumference of the packaged object. The hexagonal tube portion includes a pair of vertical surface portions that come into contact with the insides of the front and rear side plates of the outer box, a pair of lower inclined surface portions that are continuously provided at the lower edges of both vertical surface portions, and an upper portion of both vertical surface portions. It is formed by a pair of upper sloping surfaces that are connected to the edge, and is formed between both lower sloping surfaces. The corners in contact with the bottom plate of the outer box, wherein the corners formed between the upper inclined surface portion is fixed to the contact with the outer box in the top plate of the outer box.

In the present invention, the internal support is continuously provided to the left and right end edges of one vertical surface portion forming the hexagonal tubular portion through fold lines, and the opening end portions on the left and right sides of the hexagonal tubular portion are formed. Left and right side plates of the outer box, which are connected to a pair of first supporting plates to be closed and one end edge of each first supporting plate through a fold line, and are overlapped with the outer surface of the first supporting plate by the fold lines. And a second support plate having the same shape as the above.

The hexagonal tube portion of the internal support is formed by a rectangular paperboard, and the paperboard has a pair of end portions which overlap each other to form one vertical surface portion, and between the both end portions. Both lower inclined surface portions, which are sequentially arranged through fold lines,
It is preferable that the hexagonal tubular portion is formed by the other vertical surface portion and both upper inclined surface portions, and is bent along each fold line and both end portions are overlapped with each other.

Further, the lower inclined surface portion adjacent to the one end of the hexagonal tubular portion of the internal support is formed by a U-shaped cut formed in the lower inclined surface portion when the hexagonal tubular portion is formed. There is provided a vertical support piece that separates from the inclined surface portion and vertically abuts the bottom plate of the outer box, and the upper inclined surface portion adjacent to the other end has a hexagonal tubular portion formed on the upper inclined surface portion. It is preferable that a vertical support piece is provided which is separated from the upper inclined surface portion by the formed U-shaped notch and is vertically abutted against the top plate of the outer box.

At this time, when the both ends of the hexagonal tube portion of the internal support are overlapped, the notch formed by freeing the vertical support piece on the other end side at the tip of the end located inside It is preferable to provide an insertion piece to be inserted into.

In the outer box according to the present invention, the top plate is connected to the tip of any one of the front and rear side plates via a fold line, and the top plate has a fold line on its side edge. The second support plate of the inner support body is provided with a pair of projecting pieces projecting outward through the outer box, and when the upper plate closes the upper part of the outer box, both projecting pieces are bent vertically downward. The front and rear side plates and the first support plates of the internal support are provided with locking holes for inserting and locking the respective projecting pieces.

[0011]

The package of the present invention comprises an outer box and an inner support, and the inner support supports the article to be fixed, thereby fixing the article in the outer box. The inner support has a hexagonal tubular portion and accommodates a cylindrical object to be packaged therein. As a result, the inner walls of the hexagonal tubular portion come into contact with and support the outer periphery of the packaged object. When the hexagonal tube portion is housed in the outer box, a space is formed between the top plate and the bottom plate of the outer box and the object to be packaged by the respective inclined surface parts, and the space absorbs the impact from the outside. Further, when the hexagonal tube portion surrounds a cylindrical object to be packaged, the inner wall of the hexagonal tube portion abuts on the periphery of the object to be packaged, and particularly the lower side of the object to be packaged located on the bottom plate side of the outer box. Since each is supported separately by both lower inclined surface parts,
The weight of the packaged object is dispersed while supporting the packaged object in accordance with its shape.

Further, the first support plate and the second support plate are overlapped with each other to close the left and right open end portions of the hexagonal tubular portion, so that the objects to be packaged housed in the hexagonal tubular portion are closed. A cushioning action for the left and right ends can be obtained. Also, since the second support plate has the same shape as the left and right side plates of the outer box, when the inner support is housed in the outer box and the left and right side plates of the outer box are in a superposed state, the left and right The buckling strength of the side plate is improved.

The hexagonal tube portion as described above can be formed by punching out a sheet of paperboard, and by doing so, it can be assembled simply by bending along the fold line and surrounding the article to be packaged.

Further, when the inner support is housed in the outer box, both vertical surface portions of the hexagonal tube portion come into contact with the inner surface of the side plate of the outer box to maintain the overlapping state of the end portion of the hexagonal tube portion. At the same time, when the hexagonal cylinder is formed, the vertical support pieces that are released from the lower inclined surface section vertically abut the bottom plate of the outer box, and the vertical support pieces that are released from the upper inclined surface section vertically contact the top plate of the outer box. Contact. As a result, the end of the vertical surface portion adjacent to the lower inclined surface portion is prevented from moving downward by the vertical support piece separated from the lower inclined surface portion, and both ends are prevented from separating from each other in the vertical direction. . Even when the top and bottom of the outer box are turned upside down and the top plate is located on the lower side, the vertical support pieces released from the upper inclined surface part restrict the downward movement of the end part and the both end parts are mutually separated. Separation in the vertical direction is prevented. In this way, the shape of the hexagonal tubular portion housed in the outer box is maintained.

At this time, the insertion piece provided at the tip of the end portion which is superposed and positioned on the inner side is inserted into the notch on the side of the outer superposed piece to prevent lateral displacement of the end portions. , The shape of the hexagonal tube portion is reliably maintained.

Further, when the top plate of the outer box is provided with the projecting pieces, a locking hole is provided in the second supporting plate of the inner supporting body so as to correspond to the inserting position of each projecting piece. Thus, when the top plate closes the upper part of the outer box, interference between each second support plate and each projecting piece is prevented, and each projecting piece is a front and rear side plate of the outer box and each first supporting plate of the inner support. And the outer box and the inner support are integrated with each other.

[0017]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the drawings. FIG. 1 is an explanatory perspective view showing the package of the present embodiment in a developed state, FIGS. 2 to 5 are explanatory perspective views showing an assembling process of each part, and FIG. 6 is a perspective view showing the appearance of the package of the present embodiment. Figure, Figure 7
6 is a sectional view taken along line VII-VII of FIG. 6, and FIG. 8 is a sectional view taken along line VIII-VIII of FIG.

In the present embodiment, the article to be packaged is a cylindrical article W (indicated by an imaginary line in the figure) formed by integrally film-packing a plurality of compact discs (for example, 100 sheets).

As shown in FIG. 1, the package A of this embodiment comprises an outer box 1 in a developed state formed by punching out corrugated cardboard, and an inner support in a developed state also formed by punching out corrugated cardboard. It is formed by assembling 2 and 2, respectively. Since the outer box 1 and the inner support 2 are made of corrugated cardboard, they can be easily incinerated or recycled when discarded.

The inner support 2 in the unfolded state will be described. As shown in FIG. 1, the inner support 2 is located substantially at the center and is continuously connected in a strip shape from one end through each fold line. The first wall plate 3, the second wall plate 4, the third wall plate 5, the fourth wall plate 6, and the fifth wall plate 7 having the same shape are connected to the tip of the first wall plate 3 through a fold line. Further, the first polymerized piece 8 and the second polymerized piece 9 continuously provided at the tip of the fifth wall plate 7 via a fold line are provided. These form the hexagonal tube portion 10 described later. The first wall plate 3 has a U-shaped cutout 1 extending from the first overlapping piece 8 side.
1 is formed. The notch 11 separates a part of the first wall plate 3 to form the first vertical support piece 12. The fifth wall plate 7 is formed with a U-shaped notch 13 extending from the second overlapping piece 9 side, and further, the first vertical support piece 12 is formed at the tip of the second overlapping piece 9. As a result, an insertion piece 15 is formed which is inserted into a hole 14 (described later) formed by the cut 11. Notch 13 is fifth
The second vertical support piece 16 is formed by releasing a part of the wall plate 7. First support plates 17 and 18 are connected to the left and right edges of the third wall plate 5 via the fold lines. Second support plates 19 and 20 are continuously provided at positions along the fourth wall plate 6 of the first support plates 17 and 18 through the fold lines. Each first
The support plates 17 and 18 are formed in a pentagonal shape, and the end edge facing the second support plates 19 and 20 has a hexagonal tubular portion 1 described later.
When 0 is formed, it becomes the lower side, and the first wall plate 3 and the second wall plate
Both lower inclined surface portions 2 which will be described later and are formed by the wall plate 4
1 and 22 (see FIG. 8) are formed along the edge shape. The first support plates 17, 1 of the second support plates 19, 20
A cutout 25 having a shape corresponding to a projecting piece 24 provided on a first top plate 23 of the outer box 1 described later is formed at the end portion on the eighth side. Further, the second support plates 19 and 20 are provided with a display 26 engraved in the shape of an arrow with perforations for confirming the vertical direction.

Explaining the outer case 1 in the unfolded state, as shown in FIG. 1, a front side plate 28 is connected to the front side edge of a rectangular bottom plate 27 via a fold line. A first top plate 23 is connected to the front edge of the front plate 28 via a fold line. Projecting pieces 24 are formed on the left and right side edges of the first top plate 23, and the first top plate 23 has a U-shaped notch 29 extending from the front side plate 28 side and the first top plate 23 and the front side. A notch 30 is formed along the boundary with the side plate 28. The cut 29 forms a locking piece 31 by freeing a part of the first top plate 23. A rear side plate 32 is connected to the rear side edge of the bottom plate 27 via a fold line. A second top plate 33 is connected to the front edge of the rear side plate 32 via a fold line.
A tongue piece 34 is formed at the tip of the second top plate 33,
A cutout hole 35 is formed in the tongue piece 34.

A left side plate 36 is connected to the left side edge of the bottom plate 27 through a fold line. A tongue piece 37 is provided at the tip of the left side plate 36 through a fold line.
An insertion hole 38 through which the protruding piece 24 of the first top plate 23 is inserted is formed on the left side plate 36 side. Similarly, the bottom plate 2
A right side plate 39 is connected to the right side edge of 7 through a fold line. A tongue piece 40 is attached to the tip of the right side plate 39 through a crease line.
The right side plate 39 side of the tongue piece 40 is provided with an insertion hole 41 through which the protruding piece 24 of the first top plate 23 is inserted. A pair of front side connecting plates 42 and 43 are continuously provided on the front side edges of the left right side plates 36 and 39 through the fold lines.
Hook-shaped connecting pieces 44 and 45 are formed on the front connecting plates 42 and 43, respectively. A pair of rear side connecting plates 46 and 47 are continuously provided on the rear side edges of the left and right side plates 36 and 39 through the respective fold lines, and like the front side connecting plates 42 and 43, the rear side connecting plates are formed. Hook-shaped connecting pieces 48, 49 are formed on 46, 47.

Next, a process of assembling the outer box 1 and the inner support 2 will be described. First, a process of assembling the inner support body 2 will be described. As shown in FIG. 2, the first wall plate 3, the second wall plate 4, and the third wall plate 3 are formed.
The wall plate 5, the fourth wall plate 6, and the fifth wall plate 7 are bent inward along each fold line to surround the article W. At this time, the first wall plate 3 and the second wall plate 4 are on the lower side of the article W, the third wall plate 5 is perpendicular to the side of the article W, and the fourth wall plate 6 and the fifth wall board 7 are the articles. W
And the second polymerized piece 9 is polymerized on the inner surface side of the first polymerized piece 8. First polymerized piece 8 and second polymerized piece 9
When the and are polymerized with each other, the first vertical support piece 12 becomes the first wall plate 3
And the second vertical support piece 16 separates from the fifth wall plate 7. When the first vertical support piece 12 is formed, a hole 14 is formed in the first wall plate 3, and the insertion piece 15 at the tip of the second overlapping piece 9 is inserted into the hole 14. Then, the first support plate 1
7 and 18 are bent along the crease lines to abut the left and right end surfaces of the article W, respectively, and the second support is provided outside the first support plates 17 and 18.
The support plates 19 and 20 are folded back and polymerized respectively. As a result, the left and right end surfaces of the article W and the first support plates 17 and 18
A two-layer structure is formed by the support plates 19 and 20, and a cushioning effect can be reliably obtained, and sufficient buckling strength in the vertical direction can be obtained. In this way, as shown in FIG. 3, the internal support 2 having the article W stored therein is formed.

On the other hand, in the outer box 1, as shown in FIG. 2, the left and right side plates 36 and 39 are erected at right angles to the bottom plate 27.
Next, as shown in FIG. 3, the front connecting plates 42, 43 and the rear connecting plates 46, 47 are bent in the abutting directions, and then the connecting pieces 44, 45 of the front connecting plates 42, 43 are connected to each other. , Connecting pieces 48, 49 of the rear connecting plates 46, 47
Connect each other. As a result, the storage part 5 is placed in the outer box 1.
0 is formed.

Then, as shown in FIG. 4, the inner support 2 is stored in the storage portion 50 of the outer box 1. An article W is supported inside the inner support 2. Thereafter, as shown in FIG. 5, the front side plate 28 and the rear side plate 32 of the outer box 1 are erected, the tongue pieces 37 and 40 provided on the upper edges of the left and right side plates 36 and 39 are horizontally bent, and the first top plate is bent. Bend the plate 23 horizontally. At this time, the protruding pieces 24 provided on the left and right side edges of the first top plate 23 are bent downward and inserted into the insertion holes 38 and 41 at the upper edges of the left and right side plates 36 and 39, respectively. Insertion hole 38,
As shown in FIG. 7, the projecting piece 24 inserted in the 41
The notches 25 formed in the support plates 19 and 20 are respectively inserted and attached. Then, the second top plate 33 is bent horizontally, and the tongue piece 34 bent downward at that time is attached to the first top plate 23.
Insert into the notch 30 of The locking piece 31 formed by the notch 29 is released from the first top plate 23, and the locking piece 3 is inserted into the cutout hole 35 formed in the tongue piece 34 of the second top plate 33.
Insert 1. As a result, as shown in FIG. 6, it is possible to form the package A that is reliably closed by the top plates 23 and 33 of the outer box 1.

In the inside of the package A, as shown in FIG. 8, the first wall plate 3, the second wall plate 4, the third wall plate 5, the fourth wall plate 6, the fifth wall plate 7, the first wall plate 7, The article W is reliably supported by the hexagonal tubular portion 10 formed by the polymerized piece 8 and the second polymerized piece 9. The hexagonal tube portion 10 is formed with a pair of vertical surface portions 51 and 52 that are opposed to each other by the third wall plate 5 and the first overlapping piece 8 and the second overlapping piece 9, and the first wall plate 3 and the second wall plate are formed. Four
The lower inclined surface portions 21 and 22 are formed by the above, and the upper inclined surface portions 53 and 54 are formed by the fourth wall plate 6 and the fifth wall plate 7, respectively. The vertical surface portions 51 and 52 are the front and rear side plates 28 and 3 of the outer box 1.
2 is supported by abutting on the front and rear side connecting plates 42, 43, 46, 47 with the tips 55 of the lower inclined surface portions 21, 22 on the bottom plate 27 of the outer box 1 and the tips 56 of the upper inclined surface portions 53, 54 on the outside. The first top plate 23 of the box 1 is in contact with and supported by the first top plate 23, respectively.

The article W is supported by the hexagonal tube portion 10 with a relatively large gap without directly contacting the outer box 1. Especially, the lower portion where the weight of the article W is concentrated has a lower inclined surface portion. Since it is supported by 21, 22, it is stable, and the weight can be dispersed and supported, and the impact from the outside can be sufficiently mitigated. Further, as shown in FIGS. 7 and 8, the first vertical support piece 1 extends below the first overlapping piece 8 and abuts on the bottom plate 27 of the outer box 1.
The second polymerized piece 8 is prevented from separating downward from the second polymerized piece 9 against the load of the article W applied to the lower inclined surface portion 21 by means of the hexagonal tube portion 10.
The shape of is surely maintained. Further, when the package A is turned upside down during transportation or the like by the second vertical support piece 16 extending above the second overlapping piece 9 and contacting the first top plate 23 of the outer box 1. However, against the load of the article W applied to the upper inclined surface portion 54, the second polymerized piece 9 is prevented from separating from the first polymerized piece 8, and the shape of the hexagonal tubular portion 10 can be reliably maintained.

The connection between the first polymerized piece 8 and the second polymerized piece 9 is also made by the insertion piece 15 of the second polymerized piece 9.
The overlapping piece 8 and the second overlapping piece 9 are also prevented from being displaced from each other in the left-right direction.

In this embodiment, the first polymerized piece 8 is further added.
The first overlapping piece 8 is formed so that the upper edge of the second overlapping piece 9 contacts the first top plate 23, and the insertion piece 15 of the second overlapping piece 9 is formed so as to contact the bottom plate 27 of the outer box 1. Therefore, the first polymerized piece 8 and the second polymerized piece 9 are reliably prevented from being separated from each other by being regulated in the vertical direction. As shown in FIGS. 9A and 9B, even if the upper edge of the first polymerized piece 8 is not in contact with the first top plate 23,
Even if the insertion piece 15 of the overlapping piece 9 is not in contact with the bottom plate 27 of the outer box 1, the first vertical support piece 12 and the second vertical support piece 16 are provided.
It goes without saying that the shape of the hexagonal tube portion 10 can be sufficiently maintained by the above.

[0030]

As is clear from the above, the package of the present invention can be easily incinerated or recycled because the outer box and the inner support are formed of paperboard. Further, since the paperboard has a structure that can be easily punched and molded, it can be in a developed state when not in use and can be stored without being bulky.

Since the internal support has a hexagonal tubular portion and accommodates a cylindrical article to be packaged therein, each inner wall of the hexagonal tubular portion abuts the outer periphery of the article to be packaged. When the package is supported and stored in the outer box, the upper inclined surface portion and the lower inclined surface portion may form a gap between the top and bottom plates of the outer box and the object to be packaged to obtain a sufficient cushioning action. it can.

The internal support is housed in the hexagonal cylinder by closing the left and right open end portions of the hexagonal cylinder by the first support plate and the second support plate overlapping each other. It is possible to obtain a sufficient cushioning effect on the left and right ends of the packaged article and to obtain high buckling strength.

Further, by the vertical support piece separated from the lower inclined surface portion and the vertical support piece separated from the upper inclined surface portion,
It is possible to reliably maintain the shape of the hexagonal tube portion housed in the outer box while maintaining the overlapping state of the end portion forming one vertical surface portion.

At this time, the insert piece provided at the tip of the inner end portion forming one vertical surface portion is inserted into the notch on the outer end portion side to form the end portion forming the vertical surface portion. It is possible to prevent the mutual displacement from occurring in the lateral direction, and it is possible to reliably maintain the shape of the hexagonal tubular portion.

Further, by providing a projection piece on the top plate of the outer box and providing a locking hole in the second support plate of the internal support body corresponding to the insertion position of each projection piece, each projection of the top plate is provided. The piece is securely locked between the front and rear side plates of the outer box and the first support plates of the inner support so that the outer box and the inner support are integrated with each other, and the inner support is detached from the inside of the outer box or is covered. It is possible to reliably prevent the package from coming off.

Therefore, according to the present invention, the packaging is easy to dispose of, does not become bulky when not in use, and is particularly suitable for packaging a columnar and relatively heavy object to be packaged. The body can be provided.

[Brief description of drawings]

FIG. 1 is an explanatory perspective view showing a developed package according to an embodiment of the present invention.

FIG. 2 is an explanatory perspective view showing an assembling process of the packaging body of the present embodiment.

FIG. 3 is an explanatory perspective view showing an assembly process following FIG.

FIG. 4 is an explanatory perspective view showing an assembly process following FIG.

5 is an explanatory perspective view showing an assembly process following FIG. 4. FIG.

FIG. 6 is a perspective view showing the outer appearance of the packaging body of the present embodiment.

7 is a sectional view taken along line VII-VII of FIG.

8 is a sectional view taken along line VIII-VIII of FIG.

9A is a perspective view showing an internal support of another embodiment, and FIG. 9B is a vertical cross-sectional view of the internal support of FIG. 9A stored in an outer box.

[Explanation of symbols]

W ... Object to be packaged, A ... Package, 1 ... Outer box, 2 ... Inner support, 8, 9 ... Polymerized piece (end), 10 ... Hexagonal cylinder, 11 ...
Notch, 12, 16 ... Vertical support piece, 15 ... Insertion piece, 1
7, 18 ... First support plate, 19, 20 ... Second support plate, 2
1, 22 ... Lower inclined surface portion, 23, 33 ... Top plate, 24 ... Projection piece, 25 ... Locking hole, 27 ... Bottom plate, 28 ... Front side plate, 32 ...
Rear side plate, 36 ... Left side plate, 39 ... Right side plate, 51, 52 ... Vertical surface portion, 53, 54 ... Upper inclined surface portion.

Claims (6)

[Claims] 1. A packaging body for packaging a columnar object to be packaged, which is an outer box made of paperboard having a substantially rectangular parallelepiped shape and at least left and right side plates being formed in a square shape, and circular ends of the object to be packaged. An inner support made of paperboard for supporting the object to be packaged in the outer box when the object to be packaged is housed in the outer box with its surfaces facing the left and right side plates, respectively. Is provided with a hexagonal tube portion, each inner surface of which is in contact with a side surface of the packaged object, and which surrounds and supports the entire circumference of the packaged object, the hexagonal tube portion being inside each of the front and rear side plates of the outer box. Formed by a pair of vertical surface portions that are abutted to, a pair of lower inclined surface portions that are connected to the lower edges of both vertical surface portions, and a pair of upper inclined surface portions that are connected to the upper edges of both vertical surface portions. The corner formed between both lower inclined surfaces is in contact with the bottom plate of the outer box, Packaging body, characterized in that it is secured within the outer box corners which are formed in contact with the top plate of the outer box. 2. The inner support is continuously provided to the left and right end edges of one vertical surface portion forming the hexagonal tube portion via a fold line, and closes the left and right open end portions of the hexagonal tube portion. A pair of first support plates and the left and right side plates of the outer box, which are continuous with one end edge of each first support plate via a fold line and overlapped with the outer surface of the first support plate by the fold lines. The package according to claim 1, further comprising a second support plate having a shape. 3. The hexagonal tube portion of the internal support is formed of rectangular paperboard, and the paperboard has a pair of end portions which overlap each other to form one vertical surface portion, and between the both end portions. It consists of both lower sloping surface parts, the other vertical surface part, and both upper sloping surface parts, which are sequentially arranged along the crease lines, and are bent along each fold line to form a hexagonal tube part by overlapping both ends. The package according to claim 1 or 2, characterized in that. 4. The lower inclined surface portion adjacent to the one end of the hexagonal tubular portion of the internal support member has a U-shaped cut formed in the lower inclined surface portion when the hexagonal tubular portion is formed. There is provided a vertical support piece that separates from the inclined surface portion and vertically abuts the bottom plate of the outer box, and in the upper inclined surface portion adjacent to the other end portion, when the hexagonal tube portion is formed, the upper inclined surface portion is provided. The package according to claim 3, further comprising a vertical support piece which is separated from the upper inclined surface portion by the formed U-shaped notch and is vertically abutted against the top plate of the outer box. 5. The notch formed by freeing the vertical support piece on the other end side at the tip of the end located inside when the both ends of the hexagonal tube portion of the internal support overlap. The packaging body according to claim 4, further comprising an insertion piece for insertion. 6. The outer box, wherein the top plate is connected to the tip of one of the front and rear side plates via a fold line, and the top plate has a fold line at its side edge. The second support plate of the inner support body is provided with a pair of projecting pieces projecting outwardly through the upper plate, and when the upper plate closes the upper part of the outer box, both projecting pieces are bent vertically downward to form the outer box. The locking hole for inserting and locking each projecting piece is provided between the front and rear side plates and each first supporting plate of the inner support body, according to any one of claims 1 to 5. The package described.