JP2725144B2 - Bottle storage box - Google Patents

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 as a packaging box or a transport box for a broken bottle such as a single bottle.

[0002]

2. Description of the Related Art A conventional bottle storage box has a structure in which cardboard is simply folded and formed. Therefore, styrene foam or the like for supporting the bottle bottom of the bottle to be stored is inserted as a cushioning material in the bottom of the box.
We make it hard to be broken.

[0003]

Therefore, not only is the production complicated and costly, but also it is not easily crushed and hardly disposed of, so that recycling is not easy.
In addition, since cushioning materials such as styrene foam are industrial wastes, they have a problem that they are not suitable for incineration.

The present invention solves the above problem by eliminating the need for a cushioning material such as styrofoam. The bottle can be easily recycled without harming the environment, and can be easily assembled and manufactured, and has a very excellent buffering effect. It aims to provide storage boxes.

[0005]

The gist of the present invention will be described with reference to the accompanying drawings.

A bottle storage box comprising a cardboard box A and a cardboard cushioning member B fitted to the bottom of the bottle 1 housed in the box A and supporting and supporting the bottle 1. A zigzag support plate b having a zigzag folded plate b ″ is connected to the top of a mounting plate b ′ that is provided at the bottom of the box A and supports the bottom of the bottle 1. An engagement hole 2 is formed in each of the folded plate portions b "of the zigzag support plate portion b so as to penetrate the bottle body 1 and support the body of the bottle body 1 at the inner edge thereof, and the upper portion of the zigzag support plate portion b is formed. Bottle body 1 on folded plate b "
A locking hole 3 'formed in the opening of the zigzag support plate b to be in contact with the inner peripheral surface of the box A at the folded edge of the folded plate b "of the zigzag support plate b. It said buffer member B is formed by providing, the locking unit 3, the cushioning member folded portion b "turned-up edges of the cutting line 4 is formed of zigzag support plate portion b of B, the folded edge The present invention relates to a bottle storage box, which is configured by the outer edge of the cutting line 4 formed when folded back.

[0007]

The folded plate portion b "above the zigzag support plate portion b of the cushioning member B is raised upward, and the zigzag support plate portion b is raised.
Piercing the body of the bottle body 1 into the locking holes 2 formed in the respective folded plate portions b "at the lower part of the body, and supporting the body of the bottle body 1 at the inner edge of each of the locking holes 2. mounting plate part b 'at the bottom of b "
The bottom portion of the bottle body 1 is placed on the bottom of the bottle body 1, and a small-diameter locking hole 2 ′ formed in the upper folded plate portion b ″ formed in the upper folded plate portion b ″ penetrates the mouth of the bottle body 1. Then, the bottle 1 is folded back so that the mouth of the bottle 1 is supported by the inner edges of the small-diameter locking holes 2 ′, and the bottle 1 is supported and held by the buffer member B.

The buffer member B supporting the bottle 1 is connected to a box A
When placed in the bottom of the box A and placed on the bottom of the box A, the bottom edge of the mounting plate b ′ of the cushioning member B is placed and abutted on the upper surface of the bottom of the box A,
The buffer member B is locked and fixed to support the bottle 1 in the box A.

When the buffer member B supporting the bottle 1 is inserted into the box A and disposed on the bottom of the box A, the bottom edge of the mounting plate b 'of the buffer member B is Folded back plate portion of the zigzag support plate portion b of the buffer member B
The locking portion 3 provided on the folded edge portion of b " abuts and locks on the inner peripheral surface of the box A, the buffer member B is locked and fixed, and the bottle 1 is supported in the box A.

At this time, the locking portion 3 is connected to the buffer member B
Folded edge of folded plate b " of zigzag support plate b
The cutting line 4 is formed on the part, the shape folded back the folding edge
Since it is constituted by the outer edge of the cutting line 4 when it is formed, simply forming the cutting line 4 on the corrugated cardboard and folding it back in a zigzag shape along the cutting line 4 provides a good locking effect easily. A zigzag support plate portion b having a stop portion 3 can be formed, and the outer edge (locking portion 3) of the cutting line 4 protruding outward stably abuts and locks on the inner wall of the box A in a non-slip state. Therefore, the buffer member B is stably housed in the box A, and the buffering action on the bottle 1 is extremely well exhibited.

[0011]

In this embodiment, the present invention is applied to a two-bottle type bottle storage box.
A rectangular box A, and a box A disposed at the bottom of the box A
A buffer member B for supporting the bottle body 1 by fitting a body from the bottom to the mouth base of the bottle body 1 housed therein, and further, a box body A
And a mouth cushioning member C that fits into the mouth of the bottle 1 from above and supports the bottle 1.

Each of the cushioning member B and the mouth cushioning member C is formed by bending a cardboard material in the form of a developed plate having a predetermined shape.

The cushioning member B will be described.

As shown in the left drawing of FIG. 3, locking holes 2 which penetrate the bottle body 1 are formed side by side in a rectangular corrugated cardboard in two rows on the left and right at predetermined intervals in the vertical direction. I have. In the present embodiment, up to the second stage on the upper side of the drawing is formed in a small-diameter locking hole 2 ′ for engaging with the base of the mouth of the bottle 1, and the third and subsequent stages excluding the lowermost stage are the trunk of the bottle 1. Is formed in an oval-shaped locking hole 2 for locking.

A cutting line 4 is provided between each of the vertically arranged locking holes 2 along a direction perpendicular to the longitudinal edge of the cardboard plate material.
Are formed at positions other than the left and right end portions and the middle portion of the cardboard board material, and the portion having the locking hole 2 partitioned by the cutting line 4 is a folded plate portion b ″.
A portion having no locking hole 2 shown in the lowermost part of the drawing is formed into a triple plate structure by superposing two cardboard plates on the back surface to form a triple plate structure, and is provided on a mounting plate portion b ′ on which the bottom of the bottle body 1 is mounted. Has formed.

Therefore, from the unfolded state shown in FIG.
As shown in FIG. 2, each folded plate portion b "is folded back in a zigzag shape using the cutting line 4 as a folding line with the mounting plate portion b 'as the bottom portion, and vertically penetrated through each locking hole 2 of each folded plate portion b". In this state, a zigzag support plate portion b is formed which can penetrate the bottle body 1 through each of the locking holes 2 and support the body of the bottle body 1 with the inner edge of each of the locking holes 2. B is configured. At this time, since the locking holes 2 for locking the body of the bottle body 1 are formed in an elliptical shape, the bottle body 1 is inserted into each of the locking holes 2 of each of the folded plate portions b ″ that are folded in an inclined zigzag shape.
Will easily penetrate and escape.

The buffer member B is formed by folding back the folded plate portion b " of the zigzag support plate portion b by the folding.
The cutting line 4 portion of the edge portion is formed on the locking portion 3 projecting outward and abutting on the front and rear inner peripheral surfaces of the box A.

As described above, the cutting line 4 is formed on the cardboard plate material constituting the cushioning member B, and the cutting line 4 is folded in a zigzag shape as a folding line to form the zigzag support plate portion b. In this case, the locking portion 3 is formed at the outer edge of the folded portion at the cutting line 4.

As shown in the right side of FIG. 3, a small-diameter locking hole 2 "having a configuration similar to that of the cushioning member B and having a rectangular corrugated cardboard plate and a locking hole 2 aligned with the mouth of the bottle body 1. And the upper portion of the corrugated cardboard is folded back and superimposed to form a pressing plate portion c 'for pressing the upper edge of the mouth of the bottle 1 from above, and the folded plate portion c "of the corrugated cardboard plate material is formed. Is folded in a zigzag shape so that the zigzag support plate portion c is fitted into the mouth portion of the bottle body 1 from above to form a mouth portion cushioning member C.

Therefore, the folded plate portion b "of the buffer member B, in which the small-diameter locking hole 2 'is formed, is raised up to the second stage, and the folded plate portion b" of the third and subsequent stages is formed into an elliptical shape. The bottle body 1 is penetrated through each locking hole 2 and the bottom of the bottle body 1 is placed on the mounting plate portion b ′.
And the folded plate portion b ″ up to the second stage raised in the standing state is folded back so that the small-diameter locking hole 2 ′ is fitted from above into the mouth portion of the bottle body 1, The small-diameter locking hole 2 ′ is locked to the base of the mouth of the bottle 1, and the body of the bottle 1 is supported and locked by the cushioning member B. Each small diameter locking hole 2 ″ is fitted from above to fit the bottle body 1.
By pressing the holding plate portion c ′ against the upper edge of the mouth portion and bringing the mouth portion of the bottle body 1 into the supporting and locking state with the mouth portion cushioning member C, as shown in FIG. B and the mouth cushioning member C are completely covered, and when housed and disposed in the box A in this state as shown in FIG. The mounting plate portion b ′ and the pressing plate portion c ′ formed by folding and corrugating a cardboard plate material in three layers prevent rattling of the bottle body 1 in the upper and lower directions. Oval-shaped locking holes 2 and small-diameter locking holes 2 'of the buffer member B formed in a folded plate portion b "which is arranged in a zigzag manner at a folded interval, and a predetermined folded interval at the mouth of the bottle body 1. The bottle body 1 is supported and locked at the inner edge of the small-diameter locking hole 2 "of the mouth cushioning member C formed in the folded plate portion c" which is arranged in a zigzag shape. This prevents the bottle body 1 from rattling in the front, rear, left and right directions.

The folding of the cushioning member B and the mouth cushioning member C
The deflector unit b ", c" locking portion 3 formed return Shi edge fold
Are abutted against the front and rear inner peripheral sides of the box A, so that the cushioning member B and the mouth cushioning member C can be stably stored in the box A without slipping. The effect will be exhibited well.

Further, the zigzag interval between each folded plate portion b "of the zigzag support plate portion b and each folded plate portion c" of the zigzag support plate portion c is changed by changing the zigzag inclination angle of each folded plate portion b ".c". Thus, the interval can be easily adjusted, and the zigzag interval adjustment can correspond to bottles 1 having various sizes and shapes.

As described above, in this embodiment, the bottle body 1 is supported and held by the buffer member B and the mouth buffer member C, so that the bottle storage box has a very good buffer effect and is excellent in practicality.

[0024]

Since the present invention is constructed as described above, it is not necessary to dispose a cushioning material such as styrene foam at the bottom of the box as in the prior art, so that it can be easily recycled without harming the environment. Also, the buffering member can be formed by simply forming a locking hole for penetrating and locking the bottle body in the cardboard and turning it back in a zigzag shape, so that a small amount of paper material is required, and assembly and manufacture are easy. It becomes a bottle storage box with an extremely excellent buffering effect.

The zigzag support plate has a folded plate portion.
Since the locking portion is provided at the folded edge , the locking portion abuts and locks on the inner peripheral surface of the box so that the cushioning member can be stably stored in the box. , said form a zigzag support plate portion of the folded plate portion of the folded edge to the cutting line of the cushioning member, because they constitute the cutting line edge when forming folding the folded edge portions, simply cut cardboard A zigzag support plate portion having a locking portion that easily exerts a good locking function can be easily constituted simply by forming a line and folding it back in a zigzag shape along the cutting line. Since the outer edge (locking portion) of the cutting line stably abuts and locks on the inner wall of the box in a non-slip state, the buffer member is stably stored in the box, and the buffering action on the bottle is reduced. A very good bottle storage box that will be very well demonstrated

[Brief description of the drawings]

FIG. 1 is an explanatory side sectional view of a use state of the present embodiment.

FIG. 2 is an explanatory perspective view of a state in which the bottle is supported and held by the buffer member and the mouth buffer member of the present embodiment.

FIG. 3 is an explanatory developed plan view of a buffer member and a mouth buffer member of the present embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Bottle body 2 Locking hole 2 'Small diameter locking hole 3 Locking part 4 Cutting line A Box body B Buffer member b Zigzag support plate part b' Placement plate part b "Folding plate part

Claims (1)

(57) [Claims] 1. A bottle storage box comprising: a cardboard box; and a cardboard cushioning member that fits into the bottom of the bottle to be stored in the box and supports and supports the bottle. And a zigzag support plate portion in which a zigzag folded plate portion is continuously provided on the upper portion of the mounting plate portion that supports the bottom of the bottle body, and each zigzag support plate portion of the zigzag support plate portion is connected. The zigzag support plate is formed with a small diameter locking hole that penetrates through the mouth of the bottle body by forming a locking hole that penetrates the bottle body and supports the body of the bottle body at the inner edge. And
The buffer member is formed by providing a locking portion for abuttingly locking the inner peripheral surface of the box at the folded edge of the folded plate portion of the zigzag support plate portion, and forming the buffer portion with the zigzag of the buffer member. Form a cutting line at the folded edge of the folded part of the support plate,
A bottle storage box characterized in that the folded edge portion is constituted by the outer edge of the cutting line when the folded edge is formed .