JP3168186U - Label damage prevention device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a label damage prevention tool capable of preventing a label affixed to a bottle container from being damaged in a box storing the bottle container. SOLUTION: A first buffer part 16 installed along the inner wall of the cardboard box 1 and a second buffer part 27 installed between the bottle containers 5 adjacent to each other in the cardboard box 1. In the surface of the first buffer portion 16 that forms the label damage prevention tool 15 and contacts the body portion 6 of the bottle container 5, a portion facing the label 11 attached to the bottle container 5 is hollowed out. In the surface of the second buffer portion 27 that contacts the body portion 6 of the 5, a portion facing the label 11 affixed to the bottle container 5 is hollowed out. [Selection] Figure 4

Description

  [Technical Field] The present invention relates to a label damage prevention tool used in a box that accommodates a bottle container having a label attached to a body.

  Various beverages and other items are packed in bottles and distributed in the market. Products packed in bottle containers at factories are often shipped from factories in boxes such as cardboard boxes. By shipping the bottle container in a cardboard box or the like, the bottle container is prevented from being damaged during transportation, and handling is facilitated. In order to improve handling efficiency, a plurality of bottle containers are often placed in a box.

Numerous boxes have been proposed to contain bottle containers. As an example of such a box, a box body that contains a bottle container, and a lid member that is connected to the box body and covers an opening of the box body is formed by a single cardboard, and the box body is formed by packing and There is a box in which a buffer member is provided integrally (see Patent Document 1).
In the box for accommodating the bottle container, the surface of the bottle container put in the box is in contact with the inner wall of the box.

JP 2002-154528 A

Usually, a label printed with the product name is attached to a bottle container filled with a beverage or the like. When transporting a box containing a bottle container, the surface of the bottle container is rubbed against the inner wall of the box. As a result, the label affixed to the bottle container is liable to be scratched and the label is broken in some cases. If there are scratches or tears on the label, the value of the product will be reduced, and consumers may be reluctant to purchase the product.
The present invention solves the above-mentioned problems, and an object of the present invention is to provide a label damage prevention device capable of preventing a label affixed to a bottle container from being damaged in a box storing the bottle container. Is to provide.

  The present invention has the following configuration in order to solve the problem. The label damage prevention device according to the invention of claim 1 is a label damage prevention device used in a box containing a bottle container having a label affixed to the body, and is a box facing the body of the bottle container. In the surface of the said buffer part which has a buffer part installed along an inner wall and contacts the trunk | drum part of a bottle container, the part facing the label affixed on the bottle container is hollowed out.

  In the box that accommodates the bottle container with the label attached to the body part, the body part of the bottle container comes into contact with the buffer part and is restrained from moving in the box, thereby preventing the bottle container from being damaged. Moreover, the part which opposes the label affixed on the bottle container in the surface of the buffer part which contacts the trunk | drum of a bottle container is hollowed out. For this reason, the label does not hit the buffer portion, and damage to the label is prevented.

  The label damage prevention device according to the invention of claim 2 is a label damage prevention device used in a box containing a bottle container having a label affixed to the body, and is a box facing the body of the bottle container. In the surface of the buffer part that has a buffer part installed along the inner wall and contacts the body part of the bottle container, the part facing the label affixed to the bottle container is formed lower than the other parts Has been.

  In the box that houses the bottle container with the label attached to the body, the buffering section prevents the bottle container from being damaged. Moreover, in the surface of the buffer part which contacts the trunk | drum of a bottle container, the part facing the label affixed on the bottle container is formed lower than another part. For this reason, a gap is formed between the label and the buffer portion, so that the label does not hit the buffer portion and damage to the label is prevented.

  A label damage prevention device according to claim 3 is a label damage prevention device for use in a box containing a plurality of bottle containers with labels attached to the body portion, and is opposed to the body portion of the bottle container. A first buffer part installed along the inner wall of the box and a second buffer part installed between the bottle containers adjacent to each other in the box. In the surface of the first buffer portion that contacts, the portion facing the label affixed to the bottle container is hollowed out, and in the surface of the second buffer portion that contacts the barrel portion of the bottle container, The part facing the label affixed to the bottle container is hollowed out.

  In a box containing a plurality of bottle containers with labels attached to the body part, the body part of the bottle container is brought into contact with the first buffer part or the second buffer part and the movement in the box is suppressed, Moreover, bottle containers do not collide with each other. Therefore, the bottle container is prevented from being damaged. Moreover, in the surface of the 1st buffer part which contacts the trunk | drum of a bottle container, the part facing the label affixed on the bottle container is hollowed out, and the 2nd buffer which contacts the trunk | drum of a bottle container Also in the surface of the part, the part facing the label affixed to the bottle container is hollowed out. For this reason, this label does not hit the first buffer portion or the second buffer portion, and damage to the label is prevented.

  The label damage prevention device according to claim 4 is a label damage prevention device for use in a box containing a plurality of bottle containers with labels attached to the body portion, and is opposed to the body portion of the bottle container. A first buffer part installed along the inner wall of the box and a second buffer part installed between the bottle containers adjacent to each other in the box. In the surface of the first buffer portion that comes into contact, the portion facing the label affixed to the bottle container is formed lower than the other portions, and the second buffer portion is in contact with the barrel portion of the bottle container. In this plane, the portion facing the label attached to the bottle container is formed lower than the other portions.

  In a box that accommodates a plurality of bottle containers with labels attached to the body part, the first buffer part and the second buffer part prevent the bottle container from being damaged. Moreover, in the surface of the 1st buffer part which contacts the trunk | drum of a bottle container, the part facing the label affixed on the bottle container is formed lower than other parts, and it contacts the trunk | drum of a bottle container Even in the plane of the second buffer portion, the portion facing the label affixed to the bottle container is formed lower than the other portions. For this reason, a gap is formed between the label and the first buffer portion, and a gap is also formed between the label and the second buffer portion, so that the label is the first buffer portion or the second buffer portion. The label is prevented from being damaged.

The label damage prevention device according to the invention of claim 5 is a label damage prevention device used in a box containing a plurality of bottle containers having labels attached to the body portion, and is opposed to the body portion of the bottle container. A first buffer part installed along the inner wall of the box and a second buffer part installed between the bottle containers adjacent to each other in the box. The label affixed to the bottle container in one of the surface of the first buffer part that contacts and the surface of the second buffer part that contacts the body part of the bottle container. The portion facing the surface is hollowed out, and the portion facing the label attached to the bottle container is formed lower in the other surface than the other portions in the surface.
In the box containing a plurality of bottle containers with labels attached to the body, the first buffer section and the second buffer section prevent the bottle container from being damaged. Further, the label does not hit the first buffer portion or the second buffer portion, and the label is prevented from being damaged.

  Since the label damage prevention tool is as described above, it is possible to prevent the label attached to the bottle container from being damaged in the box that houses the bottle container.

It is explanatory drawing of the damage prevention tool of a label, (i) is a perspective view of a 1st buffer part, (ii) is a perspective view of the plate-shaped body which forms a 2nd buffer part, (iii) is a label damage The perspective view of a prevention tool, (iv) is a perspective view of the cardboard box which has a damage prevention tool of a label. It is explanatory drawing of a bottle container. It is explanatory drawing of the positional relationship of the damage prevention tool of a label in a cardboard box, and a bottle container, (i) is a cross-sectional view of the cardboard box in the height of the shoulder side surface part of a bottle container, (ii) is a bottle container (Iii) is a cross-sectional view of the cardboard box at the height of the bottom surface portion of the bottle container. It is a fragmentary longitudinal cross-section explaining the positional relationship of the damage prevention tool of a label in a cardboard box, and a bottle container.

An embodiment of the present invention will be described with reference to FIGS.
As shown in FIG. 1 (iv), the cardboard box 1 is a rectangular parallelepiped, and has a surface that forms an upper lid, a lower bottom surface, and the remaining four side surfaces. The vertical and horizontal lengths of the cardboard box 1 are the same dimensions, and the vertical length is a dimension corresponding to the height of the bottle container 5 to be described later. It has a volume that can be accommodated side by side.

As shown in FIGS. 2 and 4, the bottle container 5 is a vertically long glass bottle, and has a cylindrical body part 6, a shoulder part 9 connected above the body part 6, and an elongated neck part connected above the shoulder part 9. 10 and. Barrel 6, forms a cylindrical circular cross-section with a diameter L ₁ are continuous vertically.
A rectangular paper label 11 continuous in the circumferential direction is attached to the body portion 6. The length of the label 11 in the vertical direction is shorter than the length of the trunk portion 6 in the vertical direction, the shoulder-side surface portion 7 of the trunk portion 6 is exposed above the label 11, and the bottom-side surface portion 8 of the trunk portion 6 is exposed. It is exposed on the lower side of the label 11. Vertical distance between the uppermost end of the uppermost end and the body 6 of the label 11 (i.e., the vertical length of the shoulder side surface portion 7) is L _2. Vertical distance between the lowermost end of the lowermost end and the body 6 of the label 11 (i.e., the vertical length of the bottom surface portion 8) is L _3. The distance in the vertical direction between the uppermost end and the lowermost end of the label 11 is L ₄ .

As shown in FIG. 1 (iii), as shown in FIG. 1, the label damage prevention tool 15 includes a first buffer portion 16 and a second buffer portion 27, and the first buffer portion 16 and the second buffer portion 27 are provided. Both of the buffer portions 27 are formed of thick cardboard.
As shown in FIGS. 1 (i), (iii), and (iv), the first buffer portion 16 has a cylindrical shape and is composed of four rectangular plate-like bodies 17. Each plate-like body 17 is continuously connected in the circumferential direction of the cylinder forming the first buffer portion 16. When the first buffer portion 16 is viewed from above and below, it forms a mouth shape, and the mouth-shaped cross section is continuous in the vertical direction. And the upper end and lower end of the 1st buffer part 16 are each open | released.

  Each plate-like body 17 has an upper edge 18 and a lower edge 19 that are parallel to each other, and two edges in the vertical direction that are parallel to each other. The size of each plate-like body 17 is slightly smaller than the size of each side surface of the cardboard box 1, and the first buffer portion 16 has a size that can enter the cardboard box 1 without a gap. In each plate-like body 17, a virtual line connecting between the center of the upper edge 18 and the center of the lower edge 19 is a center line C1 (not shown).

Each plate-like body 17 has two oval-shaped portions (hereinafter referred to as “recessed portions 22”). The elliptical long axis forming the hollow portion 22 and the center line C1 are parallel to each other. The length of the major axis of the oval shape of the hollow portion 22 is L ₄ + 2ΔL. ΔL is shorter than L ₂ and shorter than L ₃ .
In one plate-like body 17, the elliptical long axis of one hollowed portion 22 extends from the center line C 1 of the plate-like body 17 to _one edge in the vertical direction by (L ₁ + T ₁ ) / 2. The elliptical long axis of the other hollowed portion 22 is located on the other vertical edge side by (L ₁ + T ₁ ) / 2 from the center line C 1 of the plate-like body 17. Here, T ₁ is the thickness of the plate-like body 28 described later.

The distance in the vertical direction between the lowermost end of the hollow portion 22 and the lower edge 19 of the plate-like body 17 on which the hollow portion 22 is formed is L ₃ −ΔL.
As shown in FIGS. 1 (ii) to (iv), the second buffer portion 27 is composed of two rectangular plate-like bodies 28. Each plate-like body 28 has an upper edge 29 and a lower edge 30 that are parallel to each other, and two vertical edges 31 and 32 that are parallel to each other. The thickness of each plate-like body 28 is T ₁ (see FIG. 4). In each plate-like body 17, a virtual line connecting the center of the upper edge 29 and the center of the lower edge 30 is a center line C2 (not shown).

  One plate-like body 28 has a cut line 34 from the upper edge 29 toward the lower edge 30 along the center line C2, and the other plate-like body 28 extends from the lower edge 30 along the center line C2. A cut line 35 is provided toward the upper edge 29 side. The portion of the cut line 34 of one plate-like body 28 is inserted into the cut line 35 of the other plate-like body 28, and the two plate-like bodies 28 are combined together.

  When the second buffer portion 27 is viewed from above and below, it forms a cross shape, and the cross section of the cross shape is continuous in the vertical direction. In this cross-shaped cross section, the distances from the intersections of the plate-like bodies 28 to the end points of the plate-like bodies 28 are all equal. The length of the plate-like body 28 in the vertical direction is the same as the length of the plate-like body 17 in the vertical direction, and the length of the plate-like body 28 in the left-right direction is slightly smaller than the length of the plate-like body 17 in the left-right direction. Small.

Each plate-like body 28 has two oval-shaped portions (hereinafter, this hollowed portion is referred to as “recessed portion 33”). The elliptical long axis forming the hollow portion 33 and the center line C2 are parallel to each other. The oval shape of the hollow portion 33 has the same shape and size as the oval shape of the hollow portion 22.
In one plate-like body 28, the elliptical long axis of one hollow portion 33 is located on the edge 32 side by L _1/2 from the edge 31 of the plate-like body 28, and the other hollow portion 33 has The major axis of the ellipse is located on the edge 31 side by L _1/2 from the edge 32 of the plate-like body 28.
The distance in the vertical direction between the lowermost end of the hollow portion 33 and the lower edge 30 of the plate-like body 28 where the hollow portion 33 is formed is L ₃ −ΔL.

As shown in FIG. 1 (iii) and FIGS. 3 (i) to (iii), the second buffer 27 is inserted inside the cylinder formed by the first buffer 16 to prevent damage to the label. When the tool 15 is viewed from above and below, it forms a rice field, and the cross section of the rice field is continuous in the vertical direction. A label damage prevention tool 15 is inserted into the cardboard box 1.
In the cardboard box 1, the lower edge 19 of each plate-like body 17 and the lower edge 30 of each plate-like body 28 are in line contact with the bottom surface in the cardboard box 1. Further, the outer surface of the cylinder formed by the first buffer portion 16 is in surface contact with the inner side of the side surface of the cardboard box 1.

The label damage prevention tool 15 has the above-described configuration. Next, the function and effect of the label damage prevention tool 15 will be described.
As shown in FIGS. 1 (iii) and 3 (i) to (iii), when the lid of the cardboard box 1 is opened, the upper end portion of the label damage prevention device 15 looks like a rice field, and the first buffer There is no gap between the outer peripheral surface of the portion 16 and the inner surface of the cardboard box 1. A label damage prevention tool 15 divides the cardboard box 1 into four spaces. Place one bottle container 5 in each space with the neck 10 facing up (see FIG. 4).

In each space delimited by the label damage prevention tool 15, the bottle container 5 is surrounded by four surfaces formed by two plate-like bodies 17 and two plate-like bodies 28. . On the four surfaces surrounding the bottle container 5, there are the cutout portion 22 or the cutout portion 33.
A portion above the hollowed portion 22 of each plate-like body 17 and a portion above the hollowed-out portion 33 of each plate-like body 28 are in contact with the shoulder side surface portion 7 of the barrel portion 6 of the bottle container 5. (See FIG. 3 (i) and FIG. 4). A portion below each hollow portion 22 of each plate-like body 17 and a portion below each hollow portion 33 of each plate-like body 28 are in contact with the bottom surface portion 8 of the trunk portion 6 (see FIG. 3 (iii) and FIG. 4).

Further, the label 11 attached to the body portion 6 of the bottle container 5 faces the cutout portion 22 or the cutout portion 33. There is a gap between the label 11 and the plate-like body 17, and there is also a gap between the label 11 and the plate-like body 28. The label 11 is composed of the plate-like body 17, the plate-like body 28, and the cardboard box. It does not contact the inner wall of 1 (see FIGS. 3 (ii) and 4).
When one bottle container 5 is put in each space delimited by the label damage prevention tool 15, the lid of the cardboard box 1 is closed (see FIG. 4). The upper and lower ends of the bottle container 5 are pressed by the lid and the bottom of the cardboard box 1 and the vertical movement in the cardboard box 1 is suppressed. Further, the bottle container 5 is held in the corrugated box 1 by being pressed by the plate-like body 17 and the plate-like body 28 around the shoulder-side surface portion 7 and the bottom-side surface portion 8 of the trunk portion 6. Directional movement is suppressed. As a result, the bottle container 5 cannot move in the cardboard box 1, and the bottle container 5 is prevented from being damaged.

Further, since the label 11 attached to the body portion 6 of the bottle container 5 is not in contact with the plate-like body 17, the plate-like body 28, and the inner wall of the cardboard box 1, the label 11 is not scratched or torn. .
In the present embodiment, the cardboard box 1 that accommodates six bottle containers 5 has been described as an example, but the number of bottle containers 5 that the cardboard box 1 accommodates is not limited to six.

  In accordance with the number of bottle containers 5 to be accommodated, the number of the plate-like bodies 28 is increased or decreased, and the second buffer portions 27 are formed by combining the plate-like bodies 28 in a lattice shape when viewed from above. Can be divided into spaces into which one bottle container 5 can be placed by the label damage prevention tool 15. And the hollow part 22 of the number according to the number of the bottle containers 5 which oppose each plate-like body 17 is formed in each plate-like body 17 which opposes the trunk | drum 6 of the bottle container 5, The trunk | drum of the bottle container 5 The number of hollow portions 33 corresponding to the number of bottle containers 5 facing each plate 28 may be formed on each plate 28 facing 6.

Moreover, in this Embodiment, although the plate-shaped body 17 has the hollow part 22 and the plate-shaped body 28 has the hollow part 33, it is good also as the following structures instead.
On the inner side of the cylinder forming the first buffer portion 16, an elliptical depression having the same size, shape and position as the hollow portion 22 is formed on the surface of each plate-like body 17. Further, in the second buffer portion 27, elliptical depressions having the same size, shape, and position as the hollow portion 33 are formed on both surfaces of each plate-like body 28.

  By forming such a depression, it faces the label 11 affixed to the body 6 in each surface of the first buffer 16 and the second buffer 27 buffer that contacts the body 6 of the bottle container 5. The portion to be formed is formed lower than the other portions. As a result, the label 11 does not contact the plate-like body 17, the plate-like body 28, and the inner wall of the cardboard box 1. In addition, when forming an elliptical hollow, the plate-shaped body 17 and the plate-shaped body 28 should just be pressed with an elliptical type | mold, for example.

DESCRIPTION OF SYMBOLS 1 Cardboard box 5 Bottle container 6 Trunk part 7 Shoulder side surface part of trunk | drum 8 Bottom side surface part of trunk | drum 11 Label 15 Label damage prevention tool 16 1st buffer part 27 2nd buffer part 17, 28 Plate shape Body 22, 33 hollow part

Claims (5)

A label damage prevention tool used in a box containing a bottle container with a label affixed to the body,
It has a buffer part installed along the inner wall in the box facing the body part of the bottle container,
A label damage prevention tool, wherein a portion facing a label affixed to a bottle container is hollowed out in a plane of the buffer portion that contacts the barrel part of the bottle container. A label damage prevention tool used in a box containing a bottle container with a label affixed to the body,
It has a buffer part installed along the inner wall in the box facing the body part of the bottle container,
A label damage prevention device, wherein a portion facing a label affixed to a bottle container is formed lower than the other part in the surface of the buffer portion contacting the barrel portion of the bottle container. A label damage prevention tool for use in a box containing a plurality of bottle containers with labels attached to the body,
A first buffer part installed along the inner wall of the box facing the barrel part of the bottle container; and a second buffer part installed between bottle containers adjacent to each other in the box. ,
In the plane of the first buffer portion that contacts the barrel portion of the bottle container, the portion facing the label affixed to the bottle container is hollowed out,
A label damage prevention tool, wherein a portion facing a label affixed to a bottle container is hollowed out in a plane of the second buffer portion that contacts the barrel part of the bottle container. A label damage prevention tool for use in a box containing a plurality of bottle containers with labels attached to the body,
A first buffer part installed along the inner wall of the box facing the barrel part of the bottle container; and a second buffer part installed between bottle containers adjacent to each other in the box. ,
In the plane of the first buffer part that contacts the barrel part of the bottle container, the part facing the label affixed to the bottle container is formed lower than the other part,
In the plane of the second buffer portion that contacts the barrel portion of the bottle container, the portion facing the label affixed to the bottle container is formed lower than the other portions to prevent damage to the label Ingredients. A label damage prevention tool for use in a box containing a plurality of bottle containers with labels attached to the body,
A first buffer part installed along the inner wall of the box facing the barrel part of the bottle container; and a second buffer part installed between bottle containers adjacent to each other in the box. ,
In either one of the plane of the first buffer portion that contacts the barrel portion of the bottle container and the plane of the second buffer portion that contacts the barrel portion of the bottle container, the bottle The part facing the label affixed to the container is hollowed out, and the part facing the label affixed to the bottle container is formed lower in the other surface than the other part in this surface Label damage prevention device characterized by.

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