JPH0311137Y2 - - Google Patents

Description

[Detailed Description of the Invention] (Industrial Field of Application) The present invention relates to a partition box in which each of the plurality of partition walls is a double wall.

(Prior art) As a conventional partition box, Utility Model Publication No. 59-16262 has
A partition box is disclosed that has a sturdy partition wall suitable for storing tall bottles by arranging an adhesive part approximately in the center of the partition wall and pasting it to the rear wall. .

In this case, each partition wall was single layered and did not exhibit a sufficient buffering effect.

(Problems to be Solved by the Invention) The object of the present invention is to provide a partition box that exhibits a sufficient buffering effect by making each partition wall double.

(Means for solving problems) The partition box of the present invention has the following configuration.

A side wall 1, a front wall 3, a side wall 5, a rear wall 7, and an adhesive wall 9 are connected laterally through each fold, and has a top cover and a bottom cover.

A first partition plate A and a second partition plate B are vertically connected to each other on the upper part of the front wall 3 via each fold.

The first dividing plate A has a plurality of substantially step-shaped first entry lines a upward to the right in parallel, a vertically long front adhesion part 31 on the left side, and a plurality of first front support walls on the lower side. 32, a plurality of first partition walls 33 in the center, a plurality of first rear support walls 34 in the upper part, and a front upper sticking part 35 in the lower right part.
, and a rear lower adhesion part 36 is formed at the upper right part.

The second partition plate B is provided with a plurality of parallel second cut lines b that are substantially similar to the first cut line a and have a step-like shape upward to the right, and a plurality of second middle support walls 37 are provided below. A plurality of second partition walls 38 are formed in the center, a plurality of second front support walls 39 are formed above, a front upper support wall 40 is formed at the upper end, a front attachment part 41 is formed at the left end, and a rear attachment section is formed at the right end. Clothes part 42
was formed.

When the first partition plate A and the second partition plate B are folded, the cut line on the top side is located between the same position and slightly above the corresponding cut line on the bottom side, and the cut line on the top side The folds should be located to the left of the corresponding folds on the bottom side.

And the vertically long front sticking part 31 of the first partition plate A,
Each first front support wall 32 and front upper attachment part 35 are attached to the front wall 3
Polymerize and adhere to each.

Each first rear support wall 34 of the first middle partition plate A is connected to the second middle support wall 37 of the second middle partition plate B, and the first middle partition plate A
The lower rear adhesion parts 36 are polymerized and bonded to the vertically elongated support wall 41 of the second partition plate B, respectively.

Each second front support wall 39 and front upper support wall 40 of the second partition plate B are replaced with each first front support wall 3 of the first partition plate A.
2, the front adhesive part 41 of the second intermediate partition plate B is polymerized and adhered to the vertically long front adhesive part 31 of the first intermediate partition plate A.

The lower rear adhesive part 36 of the first intermediate partition plate A or the rear adhesive part 42 of the second intermediate partition plate B is bonded to the rear wall 7 by polymerization.

The left end adhesive part 17 of the side wall 1 is polymerized and adhered to the adhesive wall 9.

(Example) As shown in FIGS. 1 and 6, the partition box according to the present invention has a first partition plate A and a second partition plate B connected to each other on the upper part of the front wall 3. A plurality of substantially step-shaped first entry lines a upward to the right are provided in parallel on the partition plate A,
The second partition plate B is provided with a plurality of substantially step-shaped second cut lines b extending upward to the left in parallel, thereby forming a plurality of double partition walls.

That is, as shown in FIG. 1, the side wall 1, the front wall 3, the side wall 5, the rear wall 7, and the lining wall 9 are horizontally connected through each fold.

Folded walls 12 and 13 are vertically provided on the upper and lower sides of the side wall 1 via folds 10 and 11.

A first intermediate partition plate A is connected to the upper part of the front wall 3 through a fold 14 and a horizontally elongated hole 15, and a second intermediate partition plate B is connected to the upper part of the first intermediate partition plate A through a fold 16. are connected to each other, and a bottom cover wall 20 is connected to the lower part of the front wall 3 via a fold 19.

Folded walls 23 and 24 are vertically provided above and below the side wall 5 via folds 21 and 22.

An upper cover wall 26 is connected to the upper part of the rear wall 7 through a fold 25, an insertion piece 28 is connected to the upper cover wall 26 through a fold 27, and a fold 29 is formed at the lower part of the rear wall 7. A bottom cover wall 30 is connected therebetween.

As shown in Fig. 1, the first intermediate preparation board A is provided with a plurality of substantially step-shaped first insertion lines a upward to the right in parallel, and these first insertion lines a are provided in the vicinity of the intermediate horizontal line A. The following parts are formed by providing each fold c on the .

That is, as shown in FIG. 1, the first partition plate A has a vertically long front attachment part 31 on the left side, a plurality of first front support walls 32 on the lower side, and a plurality of first front support walls 32 on the center part. A plurality of first rear support walls 34 are arranged above one partition wall 33.
In this case, an upper front adhesive part 35 is formed at the lower right side, and a lower rear adhesive part 36 is formed at the upper right side.

As shown in FIG. 1, the first inset line a is substantially step-shaped upward to the right and consists of a lower horizontal line A, a lower diagonal line B, a middle horizontal line C, an upper diagonal line D, and an upper horizontal line E.

As shown in Fig. 1, the fold c is upwardly and downwardly shifted from the approximate center of each middle horizontal line C of the first inset line a, and above the left end of the leftmost lower horizontal line A. It is provided facing downward from the right end of the rightmost upper horizontal line D.

The second intermediate preparation plate B is connected to the upper part of the first intermediate preparation plate A through the fold 16, and as shown in FIG. A plurality of lines b are provided in parallel, and each fold d is provided in the vicinity of the middle horizontal line Q of these second cut lines b to form the following parts.

That is, as shown in FIG. 1, the second intermediate preparation board B has a plurality of second rear support walls 37 at the bottom, a plurality of second partition walls 38 at the center, and a plurality of second partition walls 38 at the top. A second front support wall 39 is formed, a front upper support wall 40 is formed at the upper end, a front attachment part 41 is formed at the left end, and a front attachment part 4 is formed at the right end.
Some have formed 2.

As shown in FIG. 1, the second cut line b has a substantially step-like shape similar to the first cut line a, and extends to the lower horizontal line.
It consists of a lower diagonal line G, a middle horizontal line C, an upper diagonal line R, and an upper horizontal line N.

As shown in Fig. 1, the fold d is upwardly and downwardly shifted from the approximate center of each horizontal line of the second incision line b, and upward and upward from the left end to the lower horizontal line at the leftmost end. It is formed downward from the right end of the upper horizontal line N at the rightmost end.

As shown in FIG. 3, when the first intermediate preparation plate A and the second intermediate preparation plate B are folded, each second score line b on the upper surface side corresponds to the first score line on the lower surface side. Formed so as to be located slightly to the right and above the cut line a,
Each fold d on the upper surface side corresponds to each fold c on the lower surface side.
It is formed so that it is located more generally to the left.

Next, the assembly order of the partition box according to the present invention will be explained.

As shown in FIG. 1, adhesive is applied to the back surfaces of the vertically elongated front adhesive portion 31, each of the first front support walls 32, and the front upper adhesive portion 35 of the first partition plate A.

Then, fold the fold 14 inward, and as shown in FIG.
1. The back surfaces of each of the first front support wall 32 and the front upper adhesive part 35 are bonded to the back surface of the front wall 3 by polymerization.

As shown in FIG. 2, each of the first rear support wall 34 and the lower rear adhesive part 36 of the first intermediate partition plate A is connected to the front adhesive part 41 and the upper front support wall 40 of the second intermediate partition plate B. , apply adhesive to each second front support wall 39, respectively.

Then, bend the fold 16 inward, and as shown in FIG. Polymerize and bond.

That is, each first rear support wall 3 of the first partition plate A
4 to the second rear support wall 37 of the second intermediate partition plate B, the rear lower adhesive part 36 of the first intermediate partition plate A to the rear adhesive part 42 of the second intermediate partition plate B, and the second intermediate partition plate Front attachment part 41 of B
to the vertically long front attachment part 31 of the first partition plate A, and each second front support wall 39 of the second partition plate B to the first partition plate A.
The upper front support wall 40 of the second partition plate B is attached to each first front support wall 32 of the first partition plate A.
Polymerize and adhere to the top of 2.

As shown in FIG. 3, the left end sticking part 1 of the side wall 1
7. Apply adhesive to the back surface of each second rear support wall 37 and rear adhesion part 42 of the second partition plate B.

Then, bend the folds 6 inward to form each second rear support wall 3 of the second partition plate B, as shown in FIG.
7. Each back side of the rear adhesion part 42 is polymerized and adhered to the back side of the rear wall 7.

After that, the fold 2 was bent inward, and as shown in FIG. 5, the left end sticking part 17 of the side wall 1 was polymerized and glued to the back side of the side wall 9, and folded flat. The state is divided into boxes.

From this state, rotate the box so that the front wall 3 is forward and the rear wall 7 is rearward, bend each fold inward, and fold the folding walls 13, 24 and the bottom cover walls 20, 30. Fold it in, hold the front wall 3, side wall 1, rear wall 7, and side wall 5 and stand it up.

As a result, each partition wall inside the box becomes a double wall having a gap 18 and automatically stands up, and is assembled into the state shown in FIG. 6.

The bottle D is inserted between each partition wall in this state.

Then, the folding walls 12 and 23 are folded inward at the creases, the upper cover wall 26 is stacked on the folding walls 12 and 23, and the insertion piece 28 is inserted inside the front wall 3 to assemble the box.

In the above assembly sequence, first, the first partition plate A is bent inward from the fold 14, and then the second partition wall B is folded back from the fold 16 and attached. After the second partition plate B is bent inward from the fold 16, the first partition wall A may be attached by folding the first partition wall A inward from the fold 14. Good too.

Next, another partition box according to the present invention will be explained.

As shown in FIG. 10, this partition box has a point on the front wall 3 where the second partition plate B and the first partition plate A are folded in this order, and when folded, the second partition plate Each second cut line b of B is formed to be located slightly above and to the right of the corresponding first cut line a of the first partition plate A, and each fold c is formed to be located slightly above the corresponding first cut line a of the first partition plate A. d
It differs from the embodiment described above in that it is formed to be located more generally to the left, but the rest is the same as the embodiment described above.

The assembly order of another partition box according to the present invention will be explained.

As shown in FIG. 8, the vertically long front attachment part 31 of the first partition plate A, each first front support wall 32, the front upper attachment part 35, and each second rear support of the second partition plate B. An adhesive is applied to the back surfaces of the wall 37 and the rear adhesive part 42, respectively.

Then, the fold 16 is bent inward, and as shown in FIG. Each second rear support wall 37 of the second middle partition plate B is connected to each first rear support wall 34 of the first middle partition plate A, and each second front support wall 39 of the second middle partition plate B is connected to the first middle partition plate. Each first front support wall 32 of A
, the upper front support wall 40 of the second middle partition plate B is attached to the lower part of each first front support wall 32 of the first middle partition plate A, and the rear attachment part 42 of the second middle partition plate B is attached to the first middle partition. Polymerization and adhesion are applied to the rear and lower attachment portions 36 of plate A, respectively.

Next, as shown in FIG. 9, the second partition plate B
Adhesive is applied to the front adhesion part 41, the front upper support wall 40, and each second front support wall 39, respectively.

Then, bend the fold 14 inward, and as shown in FIG. Polymerize and adhere.

That is, the vertically long adhesive part 31 of the first partition plate A,
Each of the first front support wall 32, the front upper attachment part 35, the front attachment part 41 of the second partition plate B, the front upper support wall 40, and each of the second front support wall 39 are attached to the front wall 3. Polymerize and bond.

As shown in FIG. 10, adhesive is applied to each of the first rear support wall 34 and the lower rear adhesive part 36 of the first partition plate A, and to the left end adhesive part 17 of the side wall 1, respectively.

Then, fold the fold 6 inward, and as shown in FIG. 4, each first rear support wall 34 of the first partition plate A,
The lower rear attachment portions 36 are polymerized and bonded to the rear wall 7, respectively.

After this, the process is the same as in the previous example, and the fold line 2 is bent inward, and as shown in FIG. Glue them together and fold them flat to form a partition box.

From this state, rotate the box so that the front wall 3 is forward and the rear wall 7 is backward, fold each fold inward, and fold in the folding walls 13, 24 and bottom cover walls 20, 30. , the front wall 3, the side wall 1, the rear wall 7, and the side wall 5 to stand up.

As a result, each partition wall becomes a double wall having a gap 18 within the box body, and is automatically assembled in an upright state.

In the above embodiment, in order to form a double wall with each partition wall having a gap 18, the third
In the state shown in the figures and Fig. 10, the first partition plate A
When the and second partition plate B are folded, as shown in FIG. 11, the cut line on the upper surface side is located slightly above and to the right of the corresponding cut line on the lower surface side, An example has been described in which the folds on the upper surface side are positioned to the left of the corresponding folds on the lower surface side.

In addition to this, in the state shown in Figures 3 and 10,
When the first partition plate A and the second partition plate B are folded, as shown in FIG. 12, the cut line on the top side and the corresponding cut line on the bottom side overlap, and The folds may be located entirely to the left of the corresponding folds on the lower surface side.

Moreover, when the first partition plate A and the second partition plate B are folded in the state shown in FIGS. 3 and 10, the cut line on the upper surface side will be cut as shown in FIG. At least one of the lower horizontal line, lower diagonal line, middle horizontal line, upper diagonal line, and upper horizontal line overlaps one of the corresponding cut lines on the lower side, and the other lines on the upper side correspond to The fold line on the upper surface side may be positioned slightly to the left of the corresponding fold line on the lower surface side.

In the above embodiment, the first and second incision lines a and b are all substantially step-shaped, but the first incision line a and the second incision line b are substantially similar in shape, and each partition The shape of the first and second score lines a and b is not particularly limited as long as the wall can be doubled.

In the embodiment, the bottom cover walls 20 and 3 are formed at the lower portions of the front wall 3 and the rear wall 7 through the folds 19 and 29, respectively.
Although the explanation has been given using an example in which 0 are consecutively provided, the bottom cover walls 20, 3
Instead of 0, a bottom cover wall having an insert piece may be continuously provided below the rear wall 7 via a fold.

(Operation and Effect of the Invention) The partition box of the present invention has two partition plates having a plurality of cut lines connected to each other on the upper part of the front wall 3, in which a first partition plate A and a second partition plate When folding B and B, the cut line on the top side is shifted from the same position to a little above the corresponding cut line on the bottom side, and the crease on the top side is placed on the corresponding bottom side. The space 18 is formed between the first partition wall 33 and the second partition wall 38 by erecting the partition wall when assembling the box. By doing so, it is possible to form a plurality of strong double-walled partition walls having a gap 18, and a sturdy box can be obtained.

The partition box of this invention has each partition wall as shown above.
Since it is a double wall with a gap of 18,
exhibits an excellent buffering effect, and when the bottles D are stored, the shoulders of the bottles D are protected from contacting each other, and the bottles D are not damaged or damaged.

The partition box of the present invention has a plurality of partition walls between 18
Because it has a double wall with
It is protected so that bottle D will not be damaged or damaged.

[Brief explanation of drawings]

Fig. 1 is an exploded rear view of the partition box of the present invention, Figs. 2 to 5 are explanatory diagrams showing the assembly order of the partition box of Fig. 1, and Fig. 6 shows how the partition box of Fig. 1 is used. 7 is a partially omitted enlarged plan view taken along the - line in FIG. Fig. 10 is a partially omitted explanatory diagram showing the assembly order of the partition box in Fig. 8, and Fig. 11 shows the first entry line and the second partition when the first partition plate and the second partition plate are folded. Cut line, explanatory diagram showing the relationship between fold c and fold d, 1st
Figures 2 and 13 show the relationship between the other first incision line and second incision line, and the crease d and crease c when the first intermediate partition plate and the second intermediate partition plate A are folded. FIG. A...First middle partition plate, B...Second middle partition plate, D
...bottle, a...first incision line, b...second incision line,
c...fold, d...fold, i, he...lower horizontal line,
B, G... Lower diagonal line, C, C... Middle horizontal line, D, R... Upper diagonal line, E, N... Upper horizontal line, 1... Side wall,
2...Fold, 3...Front wall, 4...Fold, 5...Side wall, 6...Fold, 7...Rear wall, 8...Fold, 9...
... pasting wall, 10... fold, 11... fold, 12...
...Folding wall, 13...Folding wall, 14...Fold, 15
...Horizontal hole, 16...Fold, 17...Left end attachment part, 18...Between, 19...Fold, 20...Bottom cover wall, 21...Fold, 22...Fold, 23...Folding wall, 24...Folding wall, 25...Fold, 26...Top cover wall, 27...Fold, 28...Insert piece, 29...
Fold, 30...Bottom cover wall, 31...Vertical front attachment part,
32...First front support wall, 33...First partition wall, 3
4...First rear support wall, 35...Front upper attachment part, 36
... Rear lower adhesion part, 37 ... Second rear support wall, 38 ...
...Second partition wall, 39...Second front support wall, 40...
Front upper support wall, 41...front attachment part, 42...rear attachment part.

Claims (1)

[Claims for Utility Model Registration] A side wall 1, a front wall 3, a side wall 5, a rear wall 7, and an adhesive wall 9 are arranged horizontally through each fold, and the upper and lower portions of the rear wall 7 are provided with folds interposed therebetween. A first intermediate partition plate A and a second intermediate partition plate B each have an upper lid wall 26 and a bottom lid wall 30 at the lower part of the front wall 3, and a bottom lid wall 20 at the lower part of the front wall 3, and a vertical partition wall at the upper part through each fold. In the partition box that is assembled by consecutively arranging the partitions, the first inner partition plate A has a plurality of substantially step-shaped first entry lines a extending upward to the right in parallel, and has a vertically elongated front adhesive part 31 on the left side. A plurality of first front support walls 32 are provided below.
, a plurality of first partition walls 33 are formed in the center part, a plurality of first rear support walls 34 are formed in the upper part, and a rear lower adhesion part 36 is formed in the upper right part, and the second partition Plate B is provided with a plurality of parallel second cut lines b that are substantially similar to the first cut line a and have a substantially step-like shape upward to the left, and a plurality of second middle support walls 37 are provided below in the center. A plurality of second partition walls 38 are formed, a plurality of second front support walls 39 are formed above, a front upper support wall 40 is formed at the upper end, a front adhesion part 41 is formed at the left end, and a front adhesion part 42 is formed at the right end. When the first intermediate partition plate A and the second intermediate partition plate B are folded, the cutting line on the upper surface side is shifted from the same position to a slightly higher position than the corresponding cutting line on the lower surface side. The first partition wall 33 and the first partition wall 33 are formed so that the folds on the top side are shifted to the left as a whole from the corresponding folds on the bottom side. A partition box characterized in that a space 18 is formed between two partition walls 38.