JP3117367U - Bottle packaging structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a packaging box that can be safely transported in a packaging box in which a bottle filled with wine, sake or the like can be stored horizontally in a packaging box regardless of its shape.
In a packaging box 110, a partition 30 configured by a mountain-shaped support 51, a central bottom plate 33, and a second partition surface plate 34 is housed. The neck portions of the three bottles 111, 112, 113 are supported by the respective recessed portions 35, 36, 37 formed in the mountain-shaped support portion 51. This is a bottle packaging structure in which a body part of a bottle is supported on a flat second partition surface 34, and wall plates 42 and 48 standing vertically are arranged at the boundary between adjacent bottles.
[Selection] Figure 5

Description

  The present invention relates to a packaging structure for bottles that can be easily transported in a fragile and filled bottle filled with wine, whiskey, sake or the like.

Conventionally, as a packaging box for storing fragile bottles such as glassware or pottery filled with wine, whiskey, sake, etc., the bottles are stably stored regardless of their weight, and multiple bottles are mutually connected. It is desired that the battery can be easily and safely carried without causing a collision, and that the cost is low.
Many of these packaging boxes have been formed by bending cardboard, etc., but these packaging boxes have problems with their shape and strength in order to accommodate and package multiple bottles at the same time. However, there is a problem that the bottle body is easily broken due to the buffer capacity. For this purpose, as proposed in Japanese Utility Model Publication No. 7-6136, a cosmetic box that individually accommodates a bottle filled with wine and sake is suspended, and a slit is formed in the decorative box. It has been necessary to ensure safety in such a manner that a large number of decorative boxes are housed in a transport box and packed together with the hanging members by engaging through the neck.

On the other hand, as a packaging box containing a plurality of bottles as they are, in Japanese Utility Model Publication No. 3-33616, a cardboard is appropriately bent along a fold line and fixed at a predetermined position with an adhesive, and the upper part is narrowed down to multiplex the handle part There has been proposed a packaging box that accommodates a plurality of bottles filled with wine that is stable in strength and has a structure that is stable and can be carried in a suspended state.

  However, since all of these packaging boxes are stored with the bottle filled with wine placed vertically with the neck facing up, there is a problem that the cork used for clogging the wine dries. . To prevent this, it is said that it is optimal to lay the packaging box sideways and store the bottle filled with wine in a horizontal position. However, in such a packaging box, the neck portion and the body portion of the bottle body are not firmly fixed, and it is difficult to safely lay the packaging box sideways without damaging the bottle body in view of its shape.

As a packaging box that solves the problems of bottles filled with these wines, the inventor has a neck part and a body part of the bottle body in the recesses formed in the two triangular mountain-shaped support parts, respectively. We have devised a packaging structure for bottles that contains a supported partition, and have already filed an application for packaging boxes in which the bottles are firmly fixed in the packaging box and do not have a risk of coming off the fixed position due to vibration during transportation (practical use). New model registration No. 3111308).
Utility Model Registration No. 3111308 Japanese Utility Model Publication 3-33616 Japanese Utility Model Publication No. 7-6136

  However, the wine bottles that are widely distributed are the shoulder bottles such as the Bordeaux type, the shoulder bottles such as the Burgundy type and the Loire type, the slender and smart bottles such as the Alsace type, German wine, and the Chambagne type. Various types of wine bottles have been shipped to the market, such as bottles with a thick trunk and a slightly elongated shoulder neck. On the other hand, the packaging box already filed by the present inventor has a shape of the recessed portion of the partition that supports the body of the bottle in order to store the bottle according to the shape of each wine bottle. It was found that this was not a universal packaging box that could accommodate all the various wine bottles.

The inventor has reached the present invention as a result of various studies in order to solve the problems of the already applied packaging box.
The purpose of the present invention is to provide a packaging box that can be stored horizontally and can be transported safely regardless of the shape of the bottle filled with wine, whiskey, sake, etc. is there.
Another object of the present invention is that a plurality of bottles can be placed horizontally at the same time regardless of the shape of the bottle filled with wine, whiskey, sake, etc., and can be transported safely and inexpensively. To provide a packaging box.

That is, the present invention is a long rectangular plate that can be bent via a ruled line and is divided into a partition face plate and a bottom face plate, and the partition face plate is bent via the ruled line to form a triangular mountain shape. The support part is formed, and a recessed part that is recessed to a size that can support the neck part of the bottle body is formed on the inclined outer wall and the inclined inner wall inclined from the ridge line part of the mountain-shaped support part. And is a middle partition composed of a bottom plate coupled to the partition face plate and having a length corresponding to the size of the bottle body, and at least one side of the bottle body whose neck is supported by the recessed portion can be opened and closed. A packaging structure for bottles housed in a simple packaging box.

As the square plate, it is possible to assemble from any material such as cardboard plate, plastic plate, wood plate, etc. Among them, cardboard is excellent in cushioning effect, and is preferable from the viewpoint of moldability, shape retention, light weight and cost. .
The bottle packaging structure of the present invention is such that the neck portion of the bottle body is supported by the recessed portion formed in the triangular mountain-shaped support portion of the partition, so that the neck portion of the bottle body is a packaging box It is firmly fixed inside and does not come off the fixed position due to vibration during transportation. In addition, the triangular mountain-shaped support portion is supported by a bottom plate of the inner side wall of the packaging box at the lower end side of the inclined outer wall and a bottom plate that is coupled to the lower end side of the inclined inner wall. The support portion has a high shape retaining property and has a strength that sufficiently holds the neck portion of the bottle filled with wine or whiskey. Furthermore, since the bottom plate coupled to the partition plate has a length corresponding to the size of the bottle and a width substantially corresponding to the outer diameter of the body of the bottle, it corresponds to bottles having various shapes. Can be secured safely.

Further, in the bottle packaging structure according to the present invention, the partition face plate has at least two recessed portions that are recessed to a size that allows the neck portion of the bottle to be supported by the mountain-shaped supporting portion, The bottom plate on which the body part of the body is supported is a bottle packaging structure in which a partition plate that stands vertically to the boundary between adjacent bottles is provided.
The neck portion of the bottle body is disposed in parallel with the recessed portion of the mountain-shaped support portion and is supported, so that it is easy to confirm the top and bottom of the bottle body when the consignee opens the packaging box. In addition, the bottom plate is provided with a partition plate that stands vertically to the boundary of the bottle body, thereby preventing a bottle body filled with wine or the like from being damaged by contact during transportation.

  Furthermore, the present invention provides a bottle packaging structure that can be bent through a ruled line, and is formed of a long rectangular plate that is sequentially coupled to and divided into a first partition face plate, a central bottom face plate, and a second partition face plate. The first partition face plate is bent through a ruled line to form a triangular first mountain-shaped support portion, and the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion And at least two recessed portions that are recessed to a size that allows the neck portion of the bottle to be supported, and the second partition face plate is formed on the boundary line with the center bottom face plate outside the body portion of the bottle body. A wall plate provided with a notch line having a length substantially corresponding to the diameter, and a ruled line formed from the end of the notch line along the body portion of the bottle body is bent upward to support the bottom plate The bottom surface plate is coupled to the central bottom surface plate, and is a ruled line extending in a direction perpendicular to the end of the notch line. Are formed by bending the top plate in an upward direction and the bottom plate are alternately coupled via the wall plate, and the neck portion is formed in the recessed portion, and the trunk portion is formed in the cut portion and the bottom plate. The received bottle body is a bottle packaging structure in which at least one surface is housed in a packaging box that can be opened and closed.

  Since the wall plate provided at the boundary between the adjacent bottle bodies stands up against the bottom plate, the wall plate does not move from a fixed position due to vibration during transportation, and is filled with wine or the like. Can be transported safely. Also, the lower part of the bottle body is alternately supported by the notch part and the bottom plate, and the lower part of the body part of the bottle body arranged in the notch part is surrounded by a step with the square plate of the central bottom plate and the wall plate. The bottle body is stably supported by being installed in the depression of the packaging box bottom plate.

The bottle packaging structure of the present invention is such that only the neck of the bottle is fixed to the recessed portion formed in the triangular mountain-shaped support, and the body of the bottle has a width substantially corresponding to the outer diameter of the body. Since it is configured to be supported by a flat bottom plate surrounded by side plates, the partition is divided each time according to the shape of each wine bottle, like the packaging box already filed by the inventor. It is a universal packaging box that can store various wine bottles without the need to change and use them properly.
In addition, the bottle packaging structure of the present invention can firmly fix the neck of the bottle to the recessed part formed in the triangular mountain-shaped support part, and the bottle can be removed from the fixed position by vibration during transportation. It will not come off. As a result, conventionally, when a broken object such as a bottle is transported, it is possible to save the trouble of packaging the bottle one by one with a cushioning material or storing it in an inner box and then in an outer box. I can do it now.

In addition, when the bottle body is conventionally boxed, the label may come into contact with the box or the partition and may become dirty or damaged. However, the bottle packaging structure of the present invention is supported by the neck portion of each bottle in a straight line. As a result, the bottle was firmly fixed and the label was not rubbed and soiled.
Furthermore, as a result of the fact that bottles filled with wine can be stored horizontally in the packaging box, the wine is stored by inverting the packaging box during storage, as compared with the conventional packaging box accommodated vertically. This saves time and eliminates the problems associated with wine beverages where starch accumulates inside the cork. And the cork stopper can be prevented from drying, and the wine can be securely held in the bottle with a bottle stopper.

Hereinafter, an example of implementation of the present invention will be described with reference to the drawings.
FIG. 1 is a development view showing an example of a partition used in the present invention. The middle partition 1 is a rectangular plate that is long in the horizontal direction, and a partition face plate 2 and a bottom face plate 3 are coupled and sectioned via a ruled line a. A ruled line b is formed in the vicinity of the center of the partition surface plate 2 in the horizontal direction. A notch 4 is formed. Both end portions of the recess 4 have a semicircular shape, but may have a square shape or a sawtooth shape. In a rectangular plate that is long in the lateral direction, a flat bottom plate 3 is formed so as to be coupled to the partition plate 2. The length of the bottom plate 3, that is, the distance between the ruled line a and the right end side 6 of the partition 1, can be freely changed depending on the length of the bottle.

FIG. 2 is a side view of the packaging box containing the partition of FIG. The middle partition 1 is formed with a triangular mountain-shaped support portion 7 by bending the ruled lines a and b of the partition face plate 2. A recessed portion 4 (not shown) is formed in the inclined outer wall 9 and the inclined inner wall 10 which are inclined from the ridge line portion 8 of the mountain-shaped supporting portion 7 so as to be able to receive the neck portion of the bottle. Is done. In the packaging box 101, the partition 1 has a structure in which the mountain-shaped support portion 7 and the flat bottom plate 3 are assembled together. The length of the left end side 5 of the partition face plate 2 and the right end side 6 of the bottom face plate 3, that is, the size in the width direction of the inner partition in FIG. 1 is a size substantially corresponding to the outer diameter of the bottle body. The body torso is surrounded by both side walls (not shown) of the packaging box 101 and is supported by the bottom plate 3.

Both end sides of the inner partition 1, that is, the left end side 5 of the inner partition 1 and the right end side 6 of the bottom plate 3 are supported by the side wall bottoms 102 and 103 of the packaging box 101 in the packaging box 101. The neck portion of the bottle body is supported by the recessed portion 4 of the mountain-shaped support portion 7 and the body portion is supported by the flat bottom plate 3. The left edge 5 or the right edge 6 of the middle partition 1 is coupled to either the side wall bottom 102 or 103 of the packaging box 101 to manufacture a packaging box in which the middle partition 1 is integrated and accommodated in the packaging box 101. Can do. The packaging box manufactured by such a method can increase the strength of the mountain-shaped support 7 and can reduce the manufacturing cost because the partition 1 is integrated with the packaging box.

FIG. 3 is a development view showing an example of a partition that supports a plurality of bottles. The middle partition 20 is a rectangular plate 21 that is long in the horizontal direction. The partition surface plate 22 and the bottom surface plate 23 are coupled and sectioned via a ruled line c. A size in which a ruled line d is formed in the same direction as the ruled line c in the vicinity of the center of the partition face plate 22 in the horizontal direction, and the neck portion of the bottle that is recessed to the same length in the horizontal direction around the ruled line d can be supported. A first recess 25 is formed in the recess. Next, next to the first recessed portion 25, that is, in the longitudinal center portion of the partition face plate 22, the neck portion of the bottle that is recessed to the same length in the left-right direction around the ruled line d can be supported. A second recessed portion 26 that is recessed in size is formed. Further, next to the second recessed portion 26, that is, at the lower portion in the vertical direction of the partition face plate 22, the neck portion of the bottle that is recessed to the same length in the left-right direction around the ruled line d can be supported. A third recessed portion 27 that is recessed is formed. The distance between adjacent recesses, that is, the distance between the first recess 25 and the second recess 26 and the distance between the second recess 26 and the third recess 27 is supported by the respective bottom plate 23. It is arbitrarily determined by the outer diameter of the body of the bottle. Both end portions of the recessed portion have a semicircular shape, but may have a square shape or a sawtooth shape.

On the other hand, the flat bottom plate 23 is formed to be coupled to the partition surface plate 22 of the rectangular plate 21 that is long in the lateral direction, and the length thereof, that is, the distance between the ruled line c and the right edge 24 of the rectangular plate 21 is It is arbitrarily determined by the length of the bottle. In the packaging box, the inner partition 20 is bent as shown in FIG. 2 around the ruled line d of the partition face plate 22 to form a triangular mountain-shaped support portion. Three recessed portions 25, 26, 27 are formed in the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the mountain-shaped supporting portion, and are recessed to a size that allows the neck of the bottle to be supported. . In the packaging box, the partition 20 has a structure in which a mountain-shaped support portion (not shown) and a flat bottom plate 23 are assembled and assembled. In a packaging box containing three wine bottles etc., partition plates 28 and 29 are installed at the boundary with the body of the adjacent bottle body, and the bottle body comes into contact with and breaks during transportation. Prevent in advance. Further, when the right end side 24 of the rectangular plate 21 is coupled to one side of the packaging box, the packaging box containing the partition 20 can be assembled integrally.

FIG. 4 is a development view showing another example of a partition that supports a plurality of bottles. The middle partition 30 is a rectangular plate 31 that is long in the horizontal direction, and the first partition face plate 32, the center bottom face plate 33, and the second partition face plate 34 are coupled and sectioned through ruled lines e and f. A ruled line g is formed near the center in the horizontal direction of the first partition surface plate 32, and the neck part of the bottle that is notched to the same length in the left-right direction around the ruled line g is recessed so as to be supported. A first recess 35 is formed. Next, next to the first recessed portion 35, that is, in the longitudinal center portion of the first partition face plate 32, the neck portion of the bottle that is recessed to the same length in the left-right direction around the ruled line g is supported. A second recessed portion 36 is formed that is recessed to a size that can be formed. Further, next to the second recessed portion 36, that is, at the lowermost portion of the first partition face plate 32 in the vertical direction, the neck portion of the bottle that is recessed to the same length in the left-right direction around the ruled line g is supported. A third recessed portion 37 that is recessed to a size that can be formed is formed.

On the other hand, the second partition surface plate 34 has a boundary line with the central bottom plate 33, i.e., a ruled line f, and a first notch line 38 having a length substantially corresponding to the outer diameter of the barrel portion of the bottle body. From 39 to the folding point 40 is formed. A ruled line h extending from the bending point 40 to the right end side 41 of the rectangular plate 31 along the body portion direction of the bottle is formed. The ruled line h is bent upward when the partition 30 is accommodated in the packaging box, and forms the first wall plate 42 at the boundary with the adjacent bottle body part. As a result, the body of the bottle whose neck is supported by the first recess 35 is installed in the first notch 43 in which the rectangular plate 31 is notched, and the bottom plate 114 of the packaging box 110 shown in FIG. To be received. Therefore, the bottom part of the body of the bottle is the bottom plate 114 of the packaging box 110 surrounded by the thick wall 52, the first wall plate 42 and the side plates 115 and 117 of the packaging box 110 shown in FIG. It is installed stably in the depression.

Next, the central portion in the vertical direction of the second partition surface plate 34, which is adjacent to the first cutout portion 43, includes a bottom surface plate 44 that is coupled to the central bottom surface plate 33. The bottom plate 44 has a width substantially corresponding to the outer diameter of the bottle, that is, a length between the ruled line h and the ruled line j. The body of the bottle whose neck is supported by the second recess 36 has the first wall plate 42 and the second wall plate 48 standing up against the bottom plate 44 so that the bottle moves during transportation. Never do. Next to the bottom plate 44, that is, the lowermost portion of the second partition plate 34 extends from the bending point 45 on the ruled line f to the lower end side 46 of the rectangular plate 31 to form a second cut line 47. The ruled line j extending from the folding point 45 to the right end side 41 of the rectangular plate 31 along the body portion direction of the bottle body is bent upward and accommodates the adjacent bottle body when the partition 30 is accommodated in the packaging box. A second wall plate 48 is formed at the boundary. As a result, the body portion of the bottle whose neck is supported by the third recessed portion 37 is installed in the second notched portion 49 formed by notching the partition 30 and the packaging box shown in FIG. It is supported on the bottom plate 114. Therefore, the barrel portion of the bottle body is stably installed in a concave area surrounded by the thick wall 52, the second wall plate 48 and the side plates 116 and 117 of the packaging box 110 shown in FIG. . Since the second wall plate 48 also stands on the bottom plate 44, the second wall plate 48 does not move during transportation and stably supports the bottle.

  The height of the first wall plate 42 and the second wall plate 48 is preferably 40% to 70% of the length of the first cut line 38 and the second cut line 47. If it is less than 40%, there is a risk of the bottle body coming into contact with each other and the bottle body may be damaged, and if it exceeds 70%, the upper part of the wall plate is bent and the support of the bottle body tends to be unstable. There is. The wall plate may be bent to be used as a double wall, or the upper part may be cut to a preferred height. Further, when the left end side 50 of the rectangular plate 31 is coupled to one side of the packaging box, the packaging box containing the partition 30 can be assembled integrally. A bottle packaging structure manufactured by a method of integrally assembling the partition and the packaging box by coupling the edge of the rectangular plate constituting the partition and the edge of the square plate constituting the packaging box is also provided. It is included in the scope of rights of the device.

FIG. 5 is a perspective view of a packaging box in which a bottle is received and accommodated in the partition of FIG.
The packaging box 110 accommodates a partition 30 composed of a chevron support 51, a central bottom plate 33 and a second partition face plate 34, and a first recess formed in the chevron support 51. The neck portions of the three bottles 111, 112, 113 are supported on the portion 35, the second recessed portion 36 and the third recessed portion 37. The second partition face plate 34 has the lower portion of the body portion of the bottle 111 disposed in the first cutout portion 43 and is surrounded by the thick wall 52 of the central bottom plate 33, the first wall plate 42 and the side plates 115 and 117 of the packaging box 110. It is stably supported by the recess of the bottom plate 114 of the packaging box 110. The lower portion of the body portion of the bottle 112 is supported by the bottom plate 44 of the partition 31 surrounded by the side plate 117, the first wall plate 42, and the second wall plate 48 of the packaging box 110. The lower portion of the body portion of the bottle 113 is disposed in the second cutout portion 49, and the bottom plate 114 of the packaging box 110 surrounded by the thick wall 52 of the central bottom plate 33, the second wall plate 48, and the side plates 116 and 117 of the packaging box 110. It is supported by the depression. At the boundary between the lower body portion of the adjacent bottle body 111 and the bottle body 112, the first wall plate 42 erected from the bottom plate 44, and at the boundary between the lower body portion of the adjacent bottle body 112 and the bottle body 114, A second wall plate 48 erected from the face plate 44 is provided to prevent the bottles from being damaged due to contact between adjacent bottles.

Development view showing an example of the partition used in the present invention Side view of the packaging box containing the partition in FIG. Development view showing an example of a partition for receiving a plurality of bottles Development view showing another example of a partition for receiving a plurality of bottles The perspective view of the packaging box which received and accommodated the bottle in the partition of FIG.

Explanation of symbols

1, 20, 30 Partition 2, 22 Partition face plate
32 First partition plate 3, 23, 44 Bottom plate
33 Center bottom plate
34 Second partition faceplate
25, 35 1st notch
26, 36 Second notch
27, 37 Third recess
101,110 Packing box 7,51 Mountain type receiving part
28, 29 Partition plate
42, 48 wallboard
43, 49 Notch

Claims (3)

It is a long rectangular plate that can be bent through a ruled line and is divided into a partition face plate and a bottom plate, and the partition face plate is bent through the ruled line to form a triangular mountain-shaped support part. The partition face plate is formed with a recessed portion that is recessed to a size that allows the neck portion of the bottle to be supported on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the mountain-shaped supporting portion. And a bottom plate having a length corresponding to the size of the bottle body, and the bottle body whose neck is supported by the recess is housed in a packaging box that can be opened and closed at least on one side. A packaging structure for bottles. The partition surface plate has at least two recessed portions that are recessed to a size that allows the neck portion of the bottle to be supported by the mountain-shaped supporting portion, and is a bottom plate that supports the body of the bottle. The packaging structure for bottles according to claim 1, further comprising a partition plate that stands vertically to a boundary between adjacent bottle bodies. It can be bent via a ruled line, and consists of a long rectangular plate that is sequentially connected to the first partition face plate, the center bottom face plate, and the second partition face plate, and the first partition face plate is connected via the ruled line. A size that can be bent to form a first mountain-shaped support portion having a triangular shape, and the neck portion of the bottle body can be supported on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion. The second partition face plate is provided with a notch line having a length substantially corresponding to the outer diameter of the body portion of the bottle body at the boundary line with the center bottom face plate. A wall plate is formed by bending a ruled line formed from the end portion of the notch line along the body portion direction of the bottle body upward to support the bottom plate, and the bottom plate is the central bottom plate. And a notch formed by bending a ruled line extending in a direction perpendicular to the end of the notch line upward. And a bottom plate that is alternately coupled to the bottom plate through the wall plate, the bottle having the neck portion, the notch portion, and the bottom plate supported by the bottom plate at least on one side. A bottle packaging structure housed in an openable and closable packaging box.

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