WO2006112319A1

WO2006112319A1 - Partition and packaging structure for bottle

Info

Publication number: WO2006112319A1
Application number: PCT/JP2006/307729
Authority: WO
Inventors: Eishi Okamoto
Original assignee: Eishi Okamoto
Priority date: 2005-04-13
Filing date: 2006-04-12
Publication date: 2006-10-26

Abstract

A packaging structure for bottles, comprising a packaging box capable of storing bottles filled with wine and rice wine in a horizontally placed state, safely transportable, and manufacturable at low cost. A partition formed by continuously connecting a first chevron-shaped supportingly receiving part (31), a center bottom face plate (23), and a second chevron-shaped supportingly receiving part (32) to each other is stored in the packaging box (110). Three bottles (111), (112), and (113) are supportingly received in recessed parts formed in the first chevron-shaped supportingly receiving part (31) and the second chevron-shaped supportingly receiving part (32). Since the neck parts and the body parts of the bottles are supportingly received in the recessed parts formed in the two triangular chevron-shaped supportingly receiving parts of the partition, the bottles can be securely fixed in the packaging box, and cannot be displaced from their fixed positions by vibration caused during transportation.

Description

Specification

Partition and bottle packaging structure

Technical field

[0001] The present invention relates to a partition and a packaging structure for bottles, and is particularly useful when applied to the stable transportation of broken bottles filled with wine, whiskey, sake, etc. is there.

Background art

[0002] Conventionally, glass products or pottery filled with wine, whiskey, sake, etc. are fragile! As a packaging box for storing bottles, the bottles are stored and held stably regardless of their weight. It is desired that these bottles can be easily and safely carried without colliding with each other and are inexpensive in terms of cost.

[0003] Many such packaging boxes have been proposed which are formed by bending cardboard or the like, but these packaging boxes have a shape or shape for receiving and packaging a plurality of bottles simultaneously. There were many problems with strength, and there was a problem that the bottle body was easily damaged due to lack of buffering capacity!

[0004] For this reason, as proposed in Japanese Utility Model Publication No. 7-6136, a decorative box containing individual bottles filled with wine and sake is suspended, and a slit formed in the decorative box. It was necessary to ensure safety in such a way as to pierce and engage the neck of the bottle and store a large number of decorative boxes together with the suspension members in the transport box.

[0005] On the other hand, as a packaging box that accommodates a plurality of bottles as they are, in Japanese Utility Model Publication No. 3-33616, a cardboard is appropriately folded along a fold line and a predetermined position is fixed with an adhesive, and the upper part is narrowed down. There has been proposed a packaging box in which a plurality of bottles filled with wine that is stable in strength and can be carried in a suspended state are accommodated as they are by making the structure multi-layered.

[0006] Patent Document 1: Japanese Utility Model Publication 3-33616

Patent Document 2: Japanese Utility Model Publication No. 7-6136

Disclosure of the invention

Problems to be solved by the invention [0007] However, all of these packaging boxes are used for bottling wine because bottles filled with wine are stored vertically with the neck up. There was a problem of cork drying out. To prevent this, it is said that it is best to lay the packaging box on its side and store the bottle filled with wine. However, in such a packaging box, the neck part and the body part of the bottle body are not firmly fixed, and it was difficult to safely lay the packaging box sideways without damaging the bottle body in view of its shape. . For this reason, a packaging box that contains bottles filled with wine in a vertical position is usually stored upside down. The power cork is a means of storing wine deposits such as starch. When I was drinking wine, I had a problem with entering S-S wine.

[0008] In view of the above-described prior art, the present invention provides a partition and a packaging structure for bottles that can be safely transported by placing the bottle body related to the shape of the bottle body filled with wine, whiskey, sake, etc. The purpose is to provide.

Means for solving the problem

[0009] The first aspect of the present invention is:

It can be bent via a ridge line, and is a long rectangular plate that is coupled to the first partition face plate, the center bottom face plate, and the second partition face plate in order, and the first partition face plate is The first neck-shaped support portion having a triangular shape is formed by being bent through a wire, and the neck portion of the bottle body or the inclined inner wall and the inclined inner wall are inclined from the ridge line portion of the first mountain-shaped support portion. A first recess is formed in a size that allows the body to be supported, and the second partition face plate is bent through a shoreline to form a triangular second chevron support. The body portion or the neck portion on the opposite side of the bottle body supported by the first recessed portion is supported on the inclined outer wall and the inclined inner wall formed and inclined from the ridge line portion of the second mountain-shaped support portion. A partition having a structure in which a second recessed portion that is recessed to a size that can be received is formed.

[0010] As the rectangular plate in this embodiment, it is possible to assemble any material force such as cardboard plate, plastic plate, wood plate, etc. Among them, corrugated cardboard is excellent in cushioning effect, moldability, shape retention, light weight and Also preferred from a cost standpoint.

[0011] According to this aspect, 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 packaged. Tightening and fixing in the box The fixed position force will not be lost due to vibration during transportation. In addition, since the lower end side of the inclined outer wall is supported by the bottom of the inner side wall of the packaging box and the lower end side of the inclined inner side wall is supported by the bottom plate that is coupled to the triangular outer support, The mold support is high and retains shape, and has sufficient strength to hold the neck of a 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 barrel body, it corresponds to bottles having various shapes. Can be secured safely.

[0012] A second aspect of the present invention provides:

It can be bent via a ridge line, and is a long rectangular plate that is coupled to the first partition face plate, the center bottom face plate, and the second partition face plate in order, and the first partition face plate is The first neck-shaped support portion having a triangular shape is formed by being bent through a wire, and the neck portion of the bottle body or the inclined inner wall and the inclined inner wall are inclined from the ridge line portion of the first mountain-shaped support portion. A first recess is formed in a size that allows the body to be supported, and the second partition face plate is bent through a shoreline to form a triangular second chevron support. The body portion or the neck portion on the opposite side of the bottle body supported by the first recessed portion is supported on the inclined outer wall and the inclined inner wall formed and inclined from the ridge line portion of the second mountain-shaped support portion. It is a configuration in which a second recessed portion that is recessed to a size that can be received is formed,

Moreover, at least two recessed portions are formed in the first and second mountain-shaped support portions, respectively, and the neck portion and the body portion of the bottle body are alternately supported in the adjacent recessed portions. The partition is characterized by being arranged in different sizes.

[0013] According to this aspect, since the adjacent recessed portions of the two mountain-shaped support portions are arranged in different sizes so as to be alternately supported by the neck portion and the body portion of the bottle body, When a bottle filled with whiskey is stored in a packaging box, the weight distribution of the entire packaging box becomes uniform and transportation becomes easy.

[0014] A third aspect of the present invention provides:

It consists of a long rectangular plate that can be bent through a shoreline and is connected to and divided into a partition face plate and a bottom face plate, and the partition face plate is bent through a shore line to form a triangular mountain bearing Formed on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the mountain-shaped support portion It has a bottom plate that is formed with a recessed portion that is recessed to a size that the neck of the bottle can be supported, and that is coupled to the partition face plate and has a length corresponding to the size of the bottle. It is a featured divider.

[0015] The rectangular plate in this embodiment can be assembled from any material such as cardboard, plastic, wood, etc. Among them, corrugated cardboard has an excellent cushioning effect, moldability, shape retention and light weight. And also preferred from a cost standpoint.

[0016] According to this aspect, 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 packaged. It is firmly fixed in the box, and the fixed position force is not released by vibration during transportation. In addition, since the lower end side of the inclined outer wall is supported by the bottom of the inner side wall of the packaging box and the lower end side of the inclined inner side wall is supported by the bottom plate that is coupled to the triangular outer support, The mold support is high and retains shape, and has sufficient strength to hold the neck of a 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 barrel body, it corresponds to bottles having various shapes. Can be secured safely.

[0017] A fourth aspect of the present invention provides:

It consists of a long rectangular plate that can be bent through a shoreline and is connected to and divided into a partition face plate and a bottom face plate. A recessed portion that is recessed in such a size that 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 mountain-shaped supporting portion, It has a bottom plate that is coupled to the partition face plate and has a length corresponding to the size of the bottle, and at least two recesses that are notched to a size that allows the neck of the bottle to be supported by the mountain-shaped support. On the other hand, the bottom plate is provided with a partition plate that stands upright on the boundary between adjacent bottles so that the body of the bottle is supported.

[0018] According to this aspect, the neck portion of the bottle body is disposed in parallel and supported by the recessed portion of the mountain-shaped support section, so that when the consignee opens the packaging box, the top and bottom of the bottle body Confirmation becomes easier. In addition, the bottom plate is provided with a partition plate that stands vertically to the boundary of the bottle, so that the danger of the bottle filled with wine etc. coming into contact with the bottle during transportation is prevented. [0019] A fifth aspect of the present invention provides:

It can be bent through a shoreline, and is a long rectangular plate that is divided into a series of first partition face plate, central bottom face plate, and second partition face plate, and the first partition face plate is It is bent through a ridgeline to form a triangular first mountain-shaped support portion, and the bottle body is inclined to the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion. The neck part is formed with at least two recessed parts that are recessed to a size that can be supported, and the second partition face plate is roughly equivalent to the outer diameter of the body of the bottle at the boundary line with the center bottom plate. A notch line is provided, and the shoreline formed along the bottle body direction from the end of the notch line is bent upward to form a wall plate that stands up with the bottom plate as a support. The bottom plate is coupled to the central bottom plate, and the edge force of the notch line is formed by bending a ridge line extending in a direction perpendicular to the upper direction. A partition in which is characterized by comprising form communicating alternately with the cutout portion and the bottom plate through the wall plate.

[0020] According to this aspect, 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 by a fixed position force due to vibration during transportation. Bottles filled with wine can be safely transported. 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 placed in the notch part is surrounded by a step with the square plate of the center bottom plate and the wall plate. The bottle is placed in a recessed area on the bottom plate of the packaging box and is supported stably.

[0021] A sixth aspect of the present invention provides:

6. A bottle packaging structure comprising: the partition according to any one of claims 1 to 5; and a packaging box that is openable and closable on one surface that accommodates the partition.

[0022] According to this aspect, since the position of the bottle can be set horizontally and the position of the bottle can be regulated by the partition, the bottle is kept in a state where the cork stopper is appropriately moistened when transporting wine or the like. The body can be firmly fixed in the packaging box, and the fixed position force is not released due to vibration during transportation, and the bottle and its label can be transported well without damage.

[0023] A seventh aspect of the present invention provides:

The partition according to any one of claims 1 to 5 is disposed in the packaging box so that the bottles are alternately supported in at least two stages and adjacent upper and lower stages. Fit The bottle packaging structure is characterized in that a partition plate is provided between the middle partitions of the steps.

[0024] According to this aspect, rational transportation can be performed in a state where the bottles are stacked in a plurality of stages.

The invention's effect

[0025] According to one aspect of the present invention, the bottle body can be firmly fixed to the recesses formed in the two triangular mountain-shaped support portions, and the bottle body is fixed by vibration during transportation. The position force will not be lost. As a result, it has become possible to save the trouble of spreading the bottles one by one with cushioning material and storing them in the packaging box when transporting broken objects like conventional bottles.

In addition, when a bottle is conventionally packed in a box, the label may come into contact with the box or the partition and become dirty or damaged. However, in one aspect of the present invention, the neck and body of the bottle are supported by lines. As a result, the bottle is firmly fixed and the label does not rub and become dirty.

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 compared to conventional packaging boxes stored vertically. This saves time and eliminates the problems associated with wine beverages where starch accumulates inside the cork. Cork stoppers can be prevented from drying out, and wine can be held in bottles with a squeeze bottle.

Furthermore, it is possible to use the packaging box many times without changing the outer packaging box by changing only the inner partition, which not only saves energy but also has many advantages of packaging and transporting bottles of various shapes. Have.

[0026] Further, according to another aspect of the present invention, only the neck of the bottle is fixed to the recessed portion formed in the triangular mountain-shaped support, and the barrel of the bottle is the barrel. There is also a component force supported by a flat bottom plate surrounded by a side plate with a width approximately equivalent to the outer diameter, so depending on the shape of each wine bottle, the partition is changed and used separately. It is a universal packaging box that can hold various wine bottles.

[0027] Further, the neck of the bottle can be firmly fixed to the recessed portion formed in the triangular mountain-shaped support, and the fixing force of the bottle can be released due to vibration during transportation. There is no. As a result, conventionally, when transporting broken objects such as bottles, it is possible to save the trouble of packing bottles one by one with cushioning material or storing them in an inner box and storing them in an outer box. Be able to I

Brief Description of Drawings

FIG. 1 is a development view showing a partition according to a first embodiment of the present invention.

[FIG. 2] A side view of the packaging box containing the partition shown in FIG.

FIG. 3 is a development view showing a partition according to a second embodiment of the present invention.

FIG. 4 is a perspective view of a packaging box that receives and accommodates a bottle in the partition shown in FIG.

FIG. 5 is a side view of a packaging box containing six bottles with two partitions of the configuration shown in FIG.

FIG. 6 is a development view showing a partition according to a third embodiment of the present invention.

FIG. 7 is a side view of a packaging box that houses the partition shown in FIG.

FIG. 8 is a development view showing a partition according to a fourth embodiment of the present invention.

FIG. 9 is a development view showing a partition according to a fifth embodiment of the present invention.

FIG. 10 is a perspective view of a packaging box that receives and accommodates bottles in the partition shown in FIG.

BEST MODE FOR CARRYING OUT THE INVENTION

[0029] Hereinafter, an example of implementation of the present invention will be described with reference to the drawings.

FIG. 1 is a developed view showing a partition according to the first embodiment of the present invention. As shown in the figure, the partition 1 is a rectangular plate that is long in the horizontal direction, and is connected to the first partition face plate 2, the central bottom face plate 3, and the second partition face plate 4 through the windings a and b. They are sequentially coupled and divided. The neck of the bottle body is formed with a ridge line c formed in the same direction as the ridge lines a and b near the center of the first partition face plate 2 in the same direction as the ridge line c, and is recessed to the same length in the horizontal direction around the ridge line c. The first recessed portion 5 is formed to be recessed to a size that can be supported. On the other hand, in the same way as the first partition face plate 2, the second partition plate 4 also has a shoreline d formed in the same direction as the shoreline a and b near the center of the second partition plate 4 in the horizontal direction. As a result, a second recessed portion 6 that is recessed to a size that can support the body portion of the bottle that is recessed to the same length in the left-right direction is formed. Both end portions of the first recessed portion 5 and the second recessed portion 6 have a semicircular shape, but may have a square shape, a sawtooth shape, or the like. The central part of the rectangular plate that is long in the horizontal direction consists of a flat central bottom plate 3, and the horizontal length, that is, the distance between the wires a and b, is freely deformable depending on the length of the bottle. is there.

FIG. 2 is a side view of a packaging box that houses the partition shown in FIG. The middle partition 1 is formed with a triangular first mountain-shaped support 7 by bending the ridges a and c of the first partition face plate 2. . A first recessed portion 5 is formed in the inclined outer wall 9 and the inclined inner wall 10 inclined from the ridge line portion 8 of the first mountain-shaped supporting portion 7 so that the neck portion of the bottle can be supported. The The second partition face plate 4 is formed with a triangular second mountain-shaped support portion 11 by bending the ridges b and d, and an inclined outer wall 13 inclined from the ridgeline portion 12 of the second mountain-shaped support portion 11. In addition, the inclined inner wall 14 is formed with a second recessed portion 6 that is recessed to a size that allows the body portion of the bottle to be supported. In the packaging box 101, the partition 1 has a structure in which the first mountain-shaped support portion 7, the flat central bottom plate 3 and the second mountain-shaped support portion 11 are assembled and assembled.

[0032] Both side edges of the middle partition 1, that is, the first edge 15 of the first partition face plate 2 and the second edge 16 of the second partition face plate 4 are within the packaging box 101 and the bottom side wall 102 of the packaging box 101 and Supports the weight of the bottles supported by 103 and supported by the first and second mountain-shaped support portions 7 and 11, respectively. The first end 15 and the second end 16 are provided with an end piece (not shown) such as a glue piece if necessary, and are provided with a first chevron support 7 and a second chevron support 11 You may hold the shape of

FIG. 3 is a development view showing an example of a partition that supports a plurality of bottles. As shown in the figure, the partition 20 is a rectangular plate 21 that is long in the horizontal direction, and is sequentially coupled to the first cut surface plate 22, the central bottom plate 23, and the second partition plate 24 through the winding e. To be divided. The neck of the bottle body is formed with a shoreline g formed in the same direction as the shoreline e and f near the center of the first partitioning face plate 22 in the same direction as the shoreline g. A first recess 25 is formed that is recessed to a size that can be supported. Next, next to the first recessed portion 25, that is, in the longitudinal center portion of the first partition face plate 22, there is a body portion of the bottle body that is recessed to the same length in the left-right direction around the shoreline g. A first recess 26 is formed that is recessed to a size that can be supported. Further, next to the first recessed portion 26, that is, at the lower portion in the vertical direction of the first partition face plate 22, the neck portion of the bottle that is recessed to the same length in the left-right direction around the shoreline g is supported. A first recessed portion 27 is formed that is recessed to a size that can be formed. Both end portions of each of the first recessed portions have a semicircular shape, but may have a square shape or a sawtooth shape.

On the other hand, in the same way as the first partition surface plate 22, the second partition surface plate 24 is also formed with a shore line h in the same direction as the shore line e and f near the center of the second partition surface plate 24 in the lateral direction. A second notch that is recessed to a size that can support the body of the bottle that is recessed to the same length in the left-right direction with h as the center. Is formed. Next, next to the second recessed portion 28, that is, in the longitudinal central portion of the second partition face plate 24, the neck portion of the bottle that is recessed to the same length in the left-right direction around the shoreline h is supported. A second recessed portion 29 that is recessed to a size that can be received is formed. Further, next to the second recessed portion 29, that is, in the lower portion in the vertical direction of the second partition face plate 24, the body portion of the bottle body that is recessed to the same length in the left-right direction around the shoreline h is supported. A second recess 30 is formed that is recessed to a size that can be received. The central portion of the rectangular plate 21 that is long in the horizontal direction is composed of a flat central bottom plate 23. The horizontal length, that is, the distance between the shoreline e and f, can be deformed depending on the length of the bottle. It is.

FIG. 4 is a perspective view of a packaging box in which a bottle is received and accommodated in the partition of FIG. As shown in the figure, the packaging box 110 accommodates a partition 20 composed of a first chevron-shaped support 31, a central bottom plate 23, and a second chevron-shaped support 32. Three bottles 111, 112, and 113 are supported by the first and second recessed portions formed in the mountain-shaped support portion 31 and the second mountain-shaped support portion 32, respectively. The adjacent recesses are arranged so that the neck and the body of the bottle are alternately different in size, and the bottle is arranged so that the neck and the body are alternately different. As a result, when the bottle is stored in the packaging box, the weight distribution of the entire packaging box becomes uniform and transportation becomes easy.

FIG. 5 is a side view of a packaging box that accommodates six bottles with two partitions of the configuration shown in FIG. As shown in the figure, the partition 20 shown in FIG. 3 is disposed in the upper stage of the packaging box 200, and the barrel 111 of the bottle 111 is placed in the second recesses 28, 29, and 30 of the second mountain-shaped support 32. , The neck of the bottle 112, and the body of the bottle 113 are sequentially supported. The lower part of the packaging box 200 is formed with a concave part of the mountain-shaped support part 45 so that the upper part and the bottle body are reversed, and the second concave part that supports the body part of the bottle body. The lower part of the part 28 is a recessed part 41 that supports the neck part of the bottle body 114, the second recessed part part that supports the neck part of the bottle body 112, and the lower part of 9 is a recessed part that supports the body part of the bottle body 115. A partition is arranged so that the lower part of the second recessed part 30 that supports the part 42 and the body part of the bottle body 113 becomes a recessed part 43 that supports the neck part of the bottle body 116. A partition plate 50 is provided between the upper partition 20 having the second chevron support 32 and the lower partition 40 having the chevron support 45 to stably hold the upper partition 20. At the same time, it supports the weight of the upper bottle. As a result, when a bottle filled with wine or whiskey is stored in the packaging box, the weight distribution of the entire packaging box becomes uniform and transportation becomes easy. [0037] The partition according to the first or second embodiment is not universally usable in widely distributed wine bottles. In other words, a bottle with a shoulder like Bordeaux, a shoulder bottle like Burgundy, a mouth whirl, a slender and slender bottle like Alsace, German wine, and a thick neck like a Chambagne, but a shoulder neck In the first or second embodiment, the shape of each wine bottle is different from that of wine bottles of various shapes, such as bottles that are stretched slightly longer. In order to store the bottles accordingly, it is necessary to change the shape of the recessed part of the partition that supports the body part of the bottles and use them accordingly. Therefore, a universal partition that can accommodate all the various wine bottles and a packaging box having the same will be described as third to fifth embodiments.

FIG. 6 is a development view showing an example of a partition according to the third embodiment of the present invention. The middle partition 61 is a rectangular plate that is long in the horizontal direction. The partition face plate 62 and the bottom face plate 63 are coupled and separated through a winding line i. A ridge line j is formed near the center in the horizontal direction of the partition face plate 62, and the bottle neck that is recessed to the same length in the left-right direction around the shore line j is recessed to a size that can be supported. A recessed portion 64 is formed. Both end portions of the recessed portion 64 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 63 is formed so as to be coupled to the cut surface plate 62. The length of the bottom plate 63, that is, the distance between the ridge line i and the right edge 66 of the partition 61 is freely deformable depending on the length of the bottle.

FIG. 7 is a side view of a packaging box that houses the partition shown in FIG. The middle partition 61 is formed with a triangular mountain-shaped support 67 by bending the ridges i and j of the partition face plate 62. A recessed portion 64 (not shown) is formed in the inclined outer wall 69 and the inclined inner wall 70 that are inclined from the ridge 68 of the chevron-shaped receiving portion 67 so as to allow the neck portion of the bottle to be supported. Is done. In the packaging box 161, the partition 61 has a structure in which a mountain-shaped support portion 67 and a flat bottom plate 63 are combined. The length of the left end side 65 of the partition face plate 62 and the right end side 66 of the bottom face plate 63, that is, the size in the width direction of the inner partition in FIG. 6 is substantially the size corresponding to the outer diameter of the bottle body. The body of the bottle is surrounded by both side walls (not shown) of the packaging box 161 and supported by the bottom plate 63.

[0040] Both end sides of the inner partition 61, that is, the left end side 65 of the inner partition 61 and the right end side 66 of the bottom plate 63 are supported by the bottom side walls 162 and 163 of the packaging box 161 in the packaging box 161. And The neck portion of the bottle body is supported by the recessed portion 64 of the mountain-shaped support portion 67 and the body portion is supported by the flat bottom plate 63, respectively. The left edge 65 or right edge 66 of the partition 61 is coupled to either the side wall bottom 162 or 163 of the packaging box 161 to manufacture a packaging box in which the partition 61 is integrated into the packaging box 161. Can do. The packaging box manufactured by the forceful method increases the strength of the mountain-shaped support portion 67 and lowers the manufacturing cost because the partition 61 is integrated with the packaging box.

FIG. 8 is a developed view showing an example of a partition that supports a plurality of bottles. The middle partition 80 is a rectangular plate 81 that is long in the lateral direction, and a partition face plate 82 and a bottom face plate 83 are coupled and sectioned through a winding k. Near the center in the horizontal direction of the partition face plate 82, a shoreline 1 is formed in the same direction as the shoreline k, and the neck of the bottle body that is recessed to the same length in the lateral direction around the shoreline 1 is supported. A first recessed portion 85 that is recessed to a size that can be formed is formed. Next, next to the first notch 85, that is, in the longitudinal center of the partition face plate 82, the neck of the bottle that is notched to the same length in the left-right direction around the shoreline 1 is supported. A second recessed portion 86 is formed that is recessed to a size that can be formed. Further, next to the second recessed portion 86, that is, the lower portion in the vertical direction of the partition face plate 82, the neck portion of the bottle that is recessed to the same length in the left-right direction around the shoreline 1 is supported. A third recessed portion 87 that is recessed to a size that can be formed is formed. The distance between adjacent notches, that is, the distance between the first notch 85 and the second notch 86, and the distance between the second notch 86 and the third notch 87 is supported by the respective bottom plate 83. It is arbitrarily determined by the outer diameter of the barrel of the bottle received. 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 83 is formed to be coupled to the partition surface plate 82 of the rectangular plate 81 that is long in the lateral direction, and its length, that is, the ridge line k and the right end side 84 of the rectangular plate 81, The distance is arbitrarily determined by the length of the bottle. In the packaging box, the triangular partition 80 is formed by bending the partition 80 as shown in FIG. Three recessed parts 85, 86, 87 are formed in the inclined outer wall and the inclined inner wall, which are inclined from the ridge line part of the mountain-shaped support part, with the size of the bottle part being recessed so as to be supported. . In the packaging box, the partition 80 has a configuration in which a mountain-shaped support portion (not shown) and a flat bottom plate 83 are combined and assembled. In a packaging box containing three wine bottles, partition plates 88 and 89 are installed at the boundary with the body of adjacent bottles, and the bottles come into contact during transportation. To prevent damage. Further, if the right end side 84 of the rectangular plate 81 is connected to one side of the packaging box, the packaging box containing the partition 80 can be assembled integrally.

FIG. 9 is a development view showing a partition that supports a plurality of bottles according to the fifth embodiment of the present invention. As shown in the figure, the partition 90 is a rectangular plate 91 that is long in the lateral direction, and the first partition face plate 92, the central bottom face plate 93, and the second partition face plate 94 are coupled via the windings m and n. It is divided. A ridge line o is formed near the center of the first partition face plate 92 in the lateral direction, and the neck portion of the bottle body that is recessed to the same length in the left-right direction around the ridge line o can be supported. A recessed first recess portion 95 is formed. Next, next to the first notch 95, that is, in the longitudinal center of the first partition face plate 92, the neck of the bottle that is notched to the same length in the left-right direction around the shoreline o. A second recessed portion 96 that is recessed to a size that can be supported is formed. Further, next to the second recessed portion 96, that is, at the lowermost portion of the first partition face plate 92 in the vertical direction, the neck portion of the bottle body that is recessed to the same length in the left-right direction around the shoreline o is supported. A third recessed portion 97 is formed that is recessed to a size that can be received.

[0044] On the other hand, the second partition face plate 94 has a boundary line with the central bottom face plate 93, that is, a shoreline n, and a first notch line 98 having a length substantially corresponding to the outer diameter of the body of the bottle body is a rectangular plate It is formed from the upper edge 99 of 91 to the turning point 100. A shoreline p extending from the bending point 100 to the right edge 101 of the rectangular plate 91 along the body direction of the bottle is formed. When the partition p is accommodated in the packaging box, the shoreline p is bent upward to form the first wall plate 102 at the boundary with the adjacent bottle body. As a result, the body of the bottle whose neck is supported by the first concave notch 95 is installed in the first notch 103 where the rectangular plate 91 is notched, and the bottom plate 174 of the packaging box 170 shown in FIG. Will be accepted. Therefore, the bottom of the bottle body is the bottom plate of the packaging box 170 surrounded by the thick wall 122, the first wall plate 102 and the side plates 175 and 177 of the packaging box 170 shown in FIG. Installed stably in 174 depressions.

Next, the first notch 103, that is, the central portion in the vertical direction of the second partition surface plate 94 is composed of a bottom plate 104 that is continuous with the central bottom plate 93. The bottom plate 104 has a width substantially corresponding to the outer diameter of the bottle, that is, a length between the shoreline p and the shoreline q. The body of the bottle whose neck is supported by the second recess 96 has the first wall plate 102 and the second wall plate 108 erected with the bottom plate 104 as a support, so the bottle body cannot be moved during transportation. Never move. Next to the bottom plate 104, that is, the second finish The lowermost portion of the cut surface plate 94 extends from the bending point 105 on the ridge line n to the lower end side 106 of the rectangular plate 91 to form a second notch line 107. The shoreline q extending from the folding point 105 to the right edge 101 of the rectangular plate 91 along the body part direction of the bottle body is bent and adjoined when the partition 90 is accommodated in the packaging box. A second wall plate 108 is formed at the boundary with the bottle. As a result, the body of the bottle whose neck is supported by the third concave notch 97 is installed in the second notch 109 formed by cutting out the partition 90, and the packaging box shown in FIG. It is supported on the bottom plate 174 of the machine. For this reason, the body of the bottle is stably placed in a concave surrounded by the thick plate 102, the second wall plate 108 and the side plates 176 and 177 of the packaging box 170 shown in FIG. The The second wall plate 108 also stands on the bottom plate 104 to support the bottle body that does not move during transportation.

[0046] The height of the first wall plate 102 and the second wall plate 108 is preferably 40% to 70% of the length of the first cutout line 98 and the second cutout line 107. If it is less than 40%, there is a risk of the bottle body coming into contact with each other, and if it exceeds 70%, the upper part of the wall plate tends to bend and the support of the bottle tends to become 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 120 of the rectangular plate 91 is coupled to one side of the packaging box, the packaging box containing the partition 90 can be assembled integrally. A bottle packaging structure manufactured by a method in which the end of the rectangular plate constituting the partition and the end of the rectangular plate constituting the packaging box are joined together to integrally assemble the partition and the packaging box is also provided. Included within the scope of the invention.

FIG. 10 is a perspective view of a packaging box that receives and accommodates a bottle in the partition of FIG. As shown in the figure, the packaging box 170 accommodates a partition 90 composed of a chevron support 121, a central bottom plate 93 and a second partition face 94, and the chevron support 121. The necks of the three bottles 171, 172, and 173 are supported by the first recess 95, the second recess 96, and the third recess 97. The second partitioning face plate 94 is disposed in the first notch 103 at the lower part of the body portion of the bottle 171 and is surrounded by the thick wall 122 of the central bottom plate 93, the first wall plate 102, and the side plates 175 and 177 of the packaging box 170. It is supported stably in the recess of the bottom plate 174 of the packaging box 170. The lower portion of the body portion of the bottle 172 is supported by the bottom plate 104 of the partition 91 surrounded by the side plate 177, the first wall plate 102, and the second wall plate 108 of the packaging box 170. The lower part of the body of bottle 173 is placed in the second notch 109. Placed on the bottom plate 174 of the packaging box 170 surrounded by the thick wall 122 of the central bottom plate 93, the second wall plate 108, and the side plates 176 and 177 of the packaging box 170. At the boundary between the lower body part of the adjacent bottle body 171 and bottle body 172, the first wall plate 102 erected from the bottom plate 104, and at the boundary between the lower body part of the adjacent bottle body 172 and bottle body 174, A second wall plate 108 erected from the face plate 104 is provided to prevent the bottles from being damaged due to contact between adjacent bottles.

Claims

The scope of the claims

[1] It can be bent through a shoreline, and is a long rectangular plate that is divided into a first partition face plate, a central bottom face plate, and a second partition face plate, and is divided into a first partition face plate. Is bent through a ridgeline to form a triangular first mountain-shaped support portion, and a bottle is formed on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion. The first notch is recessed to a size that can be supported by the neck or torso of the body, and the second partition face plate is bent via a shoreline to form a triangular second mountain-shaped support. Forming a receiving portion, and on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the second chevron-shaped supporting portion, the body portion on the opposite side of the bottle supported by the first concave portion or A partition having a configuration in which a second recessed portion is formed in which a neck portion is recessed to a size that can be supported.

[2] It can be bent through a winding line, and is a long rectangular plate that is divided into a first partition face plate, a central bottom face plate, and a second partition face plate, and is divided into a first partition face plate. Is bent through a ridgeline to form a triangular first mountain-shaped support portion, and a bottle is formed on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion. The first notch is recessed to a size that can be supported by the neck or torso of the body, and the second partition face plate is bent via a shoreline to form a triangular second mountain-shaped support. Forming a receiving portion, and on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the second chevron-shaped supporting portion, the body portion on the opposite side of the bottle supported by the first concave portion or It is a configuration in which a second recessed portion that is recessed to a size that allows the neck to be supported is formed,

Moreover, at least two recessed portions are formed in the first and second mountain-shaped support portions, respectively, and the neck portion and the body portion of the bottle body are alternately supported in the adjacent recessed portions. A partition characterized by being arranged in different sizes.

[3] It consists of a long rectangular plate that can be bent through a shoreline and is connected to and divided into a partition face plate and a bottom face plate, and the partition face plate is bent through a shore line to form a triangular mountain shape A supporting portion is formed, and a recessed portion that is recessed to a size that can support the neck of the bottle is formed on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the mountain-shaped supporting portion. A partition having a bottom plate coupled to the partition face plate and having a length corresponding to the size of the bottle.

[4] It consists of a long rectangular plate that can be bent through a shoreline and is connected to and divided into a partition face plate and a bottom face plate, and the partition face plate is bent through a shore line to form a triangular mountain shape A supporting portion is formed, and a recessed portion that is recessed to a size that can support the neck of the bottle is formed on the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the mountain-shaped supporting portion. A bottom plate that is coupled to the partition face plate and has a length corresponding to the size of the bottle body, and is recessed at least in a size that allows the neck portion of the bottle body to be supported by the mountain-shaped support portion. On the other hand, the bottom plate is provided with a partition plate that stands perpendicularly to the boundary between adjacent bottles so that the bottle body is supported on the bottom plate. .

[5] It can be bent via a shoreline, and is a long rectangular plate that is divided into a series of first partition face plate, central bottom face plate, and second partition face plate, and is divided into the first partition The face plate is bent through a ridgeline to form a triangular first mountain-shaped support portion, and is inclined to the inclined outer wall and the inclined inner wall inclined from the ridge line portion of the first mountain-shaped support portion. At least two notches that are recessed to the size that can be supported by the neck of the bottle are formed, and the second partitioning face plate has an outer diameter of the bottle body at the boundary with the center bottom face plate. A wall is provided with a notch line approximately equivalent to the length of the notch line, and a shoreline formed along the barrel direction of the bottle body is bent upward from the end of the notch line to stand on the bottom plate A plate is formed, the bottom plate is coupled to the central bottom plate, and the edge force of the notch wire is formed by bending a ridge line extending in a direction perpendicular to the upper direction. Partition in characterized by comprising form communicating alternately the a cutout portion and the bottom plate through the wall plate.

[6] A packaging structure for bottles, comprising: the partition according to any one of claims 1 to 5; and a packaging box that is openable and closable on one side of the partition.

[7] The partition according to any one of claims 1 to 5 is disposed in the packaging box so that the bottles are alternately supported in at least two stages, adjacent upper and lower stages, A packaging structure for bottles, characterized in that a partition plate is provided between the inner partitions of adjacent stages.