JP5774184B1 - Packing material - Google Patents

Abstract

[PROBLEMS] To reduce the transportation cost and the production cost of the packaging material and to improve the efficiency of the packaging work. A first member 11 disposed between a body part 71 of a bottle 70b and a shoulder part 72 and a mouth part 73 of the bottle 70e, a shoulder part 72 and a mouth part 73 of the bottle 70b, and a body part 71 of the bottle 70e. The second member 12, the shoulders 72 and the mouth portions 73 of the bottles 70a and 70c, and the third members 13a and 13b respectively disposed between the body portions 71 of the bottles 70d and 70f. The main plate 10 provided, the first auxiliary plates 20a and 20b disposed between the bottle 70b and the bottles 70a and 70c, and the second auxiliary plate 30a disposed between the bottle 70e and the bottles 70d and 70f, respectively. , 30b are integrally formed, the first auxiliary plates 20a, 20b are formed by being bent from both sides of the first member 11, and the second auxiliary plates 30a, 30b are divided from the third members 13a, 13b. It is formed by bending the divided part . [Selection] Figure 5

Description

  The present invention relates to a packaging material made of corrugated cardboard that is disposed in a storage box when a plurality of bottles are stored in the storage box and packed.

  As a packaging material used when packing a plurality of bottles, a bottle protection case disclosed in Patent Document 1 (second to fourth examples in the same document) is known. This bottle protection case is equipped with a main body, side cushioning material, inter-bottle cushioning material and bottom cushioning material, each made of corrugated cardboard, and can accommodate multiple bottles with each bottom facing up It is configured. Further, in this bottle protection case, slits are formed in the side cushioning material, the buffering material between the bottles, and the bottom cushioning material, and each cushioning material in a state of being assembled into a cross-girder shape by engaging the formed portions of the slits Is housed in the main body. Moreover, in this bottle protection case, each bottle is accommodated in a plurality of regions partitioned by a buffer material.

JP 2009-280277 A (pages 5-6 and 5-8)

  However, this conventional bottle protection case has the following problems to be improved. That is, the conventional bottle protection case is configured to accommodate a plurality of bottles in a state where each bottle stands upright. In this case, for example, when a shoulder-shaped bottle such as a wine bottle is stored in a conventional bottle protection case, the upper part (the part from the shoulder part to the mouth part) of these bottles is the lower part of the bottle (the body). Therefore, a gap larger than the lower part (the part in which the lower part of each bottle is accommodated) is formed in the upper part of the main body of the bottle protection case (the part in which the upper part of each bottle is accommodated). For this reason, there is a problem that the bottle protection case (packing form) is increased in size by the gap and it is difficult to reduce the transportation cost. Moreover, since many materials are used for the size of the bottle protection case, there is a problem that it is difficult to reduce the production cost of the bottle protection case. Furthermore, in the conventional bottle protection case, it is necessary to assemble each cushioning material in a cross-girder type by engaging the slit forming parts formed in the side cushioning material, the cushioning material between the bottles, and the bottom cushioning material, respectively. There is also a problem that the assembly work is complicated and it is difficult to improve the efficiency of the packing work.

  This invention is made | formed in view of this subject, and it aims at providing the packaging material which can implement | achieve the reduction of the conveyance cost and the production cost of a packaging material, and the improvement of the efficiency of a packaging operation | work.

In order to achieve the above object, the packaging material according to claim 1 is a packaging material made of corrugated cardboard, which is disposed in the storage box when a plurality of bottles are stored in the storage box and packed. Three bottles accommodated as the first stage on the bottom side of the storage box in the first storage posture that is laid sideways in the same direction, and laid sideways with their mouths facing away from the first storage posture A main plate disposed so as to be opposed to the bottom surface between the three bottles stored in the storage box in a second storage posture and stacked on the first-stage bottles as a second stage. Two first auxiliary plates respectively disposed between the bottle located at the center of the first stage and the two bottles adjacent to the bottle; the bottle located at the center of the second stage; Two main auxiliary plates each disposed between two bottles adjacent to the bottle, the main plate, front The first auxiliary plate and the second auxiliary plate are integrally formed, and the main plate includes a body part of the bottle located at the center of the first stage, a shoulder part of the bottle located at the center of the second stage, and A first member arranged between the mouth part, the shoulder part of the bottle located in the center of the first stage and connected to the first member, and the center of the second stage A second member disposed between the bottle body and the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member. Two third members respectively disposed between the shoulders of the bottle and the mouth parts and the two bottle bodies adjacent to the bottle located in the center of the second stage. The first auxiliary plates are connected to both side portions of the first member, and are directed from the both side portions to the bottom surface side. Each of the second auxiliary plates is formed by being bent, and the second member is divided from the third member by providing a cut in the third member from the boundary between the second member and the third member. The main plate is formed to be bent on the opposite side to the bottom surface side, and the main plate is connected to each side portion on the opposite side of the boundary portion of each third member and on each third member. Two fourth members arranged in a folded state on each of the boundary portions so as to overlap each other are further provided .

The packaging material according to claim 2 is a packaging material made of corrugated cardboard that is disposed in the storage box when a plurality of bottles are stored and packed in the storage box, and each mouth portion is oriented in the same direction. Three bottles housed as the first stage on the bottom side of the housing box in the first housing posture that has been laid down sideways, and a second that has been laid sideways with each mouth portion facing away from the first housing posture. A main plate disposed so as to face the bottom surface between the three bottles stored in the storage box as a second level on each first level bottle in the storage posture; Two first auxiliary plates respectively disposed between the bottle located at the center of the eye and the two bottles adjacent to the bottle, the bottle located at the center of the second stage, and adjacent to the bottle Two second auxiliary plates respectively disposed between the two bottles, and the main plate, the first auxiliary plate and the second auxiliary plate. And the second auxiliary plate is integrally formed, and the main plate includes a body part of the bottle located at the center of the first stage, a shoulder part of the bottle located at the center of the second stage, and the mouth part. A first member disposed between the first member and the shoulder and mouth of the bottle located at the center of the first stage and the center of the second stage. A second member disposed between the bottle body and each shoulder of the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member. And each of the mouths and two third members respectively disposed between two bottle bodies adjacent to the bottle located at the center of the second stage. The first auxiliary plates are respectively connected to both side portions of the first member and folded from the both side portions toward the bottom surface side. Each of the second auxiliary plates is formed by cutting the third member from the boundary between the second member and the third member by dividing the third member by providing a notch in the third member. the side is formed by bending toward the opposite side, the second member comprises the folded portion which is formed by providing a notch in the second member, the folded portion, the folded portion of the second member It is arranged in a folded state so as to be overlaid on other parts.

The packaging material according to claim 3 is a packaging material made of corrugated cardboard, which is disposed in the storage box when a plurality of bottles are stored and packed in the storage box, and each mouth portion is oriented in the same direction. Three bottles housed as the first stage on the bottom side of the housing box in the first housing posture that has been laid down sideways, and a second that has been laid sideways with each mouth portion facing away from the first housing posture. A main plate disposed so as to face the bottom surface between the three bottles stored in the storage box as a second level on each first level bottle in the storage posture; Two first auxiliary plates respectively disposed between the bottle located at the center of the eye and the two bottles adjacent to the bottle, the bottle located at the center of the second stage, and adjacent to the bottle Two second auxiliary plates respectively disposed between the two bottles, and the main plate, the first auxiliary plate and the second auxiliary plate. And the second auxiliary plate is integrally formed, and the main plate includes a body part of the bottle located at the center of the first stage, a shoulder part of the bottle located at the center of the second stage, and the mouth part. A first member disposed between the first member and the shoulder and mouth of the bottle located at the center of the first stage and the center of the second stage. A second member disposed between the bottle body and each shoulder of the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member. And each of the mouths and two third members respectively disposed between two bottle bodies adjacent to the bottle located at the center of the second stage. The first auxiliary plates are respectively connected to both side portions of the first member and folded from the both side portions toward the bottom surface side. Each of the second auxiliary plates is formed by cutting the third member from the boundary between the second member and the third member by dividing the third member by providing a notch in the third member. The second auxiliary plate is formed by being bent toward the opposite side to the side, and the first member side of the portion that becomes the lower end in the state bent toward the opposite side is separated from the surface of the boundary portion. It is formed to do.

  In the packing material according to claim 1, the first member, the second member, and the third member are provided, and the first-stage three bottles and the second-stage three bottles stacked on the first-stage bottles. The main plate disposed between the bottles and the two first plates respectively bent between the two adjacent bottles in the first stage by being bent from both side portions of the first member toward the bottom surface side of the storage box. An auxiliary plate, and two second auxiliary plates that are respectively disposed between two adjacent bottles in the second stage by bending a divided portion divided from the third member by cutting toward the side opposite to the bottom surface side. It is integrally formed. Therefore, by using this packing material, since six bottles can be accommodated in a two-tiered state in which the mouth portions are opposite to each other, the container box can be miniaturized. Further, by using this packing material, when the second-stage bottle is placed on the first-stage bottle via the packing material, the main plate (second member, third member and fourth member) Due to the deformation, the body part of each bottle in the second stage moves downward, and the height from the bottom surface of the container box to the uppermost part of the second bottle is lowered, so that the container box can be further reduced in size. . Therefore, according to this packing material, the transportation cost of the package packed using the packing material can be sufficiently reduced. Moreover, according to this packing material, since it has a simple configuration in which the respective parts are integrally formed, the production cost of the packing material can be sufficiently reduced, and the storage box can be downsized. The storage box manufacturing cost can be sufficiently reduced. Moreover, according to this packing material, as a result of being able to perform the assembly only by bending the first auxiliary plate and the second auxiliary plate, the assembly efficiency is improved as compared with the conventional configuration in which a plurality of cushioning materials are assembled in a cross-beam type. It can be improved sufficiently. Moreover, in the packing operation using this packing material, the packing material is set on the first three bottles stored therein, and six bottles are simply set by placing the three bottles thereon. Bottles can be packed. Therefore, according to this packing material, the efficiency of the packing work can be sufficiently improved.

Moreover, according to this packing material, two 4th arrange | positioned in the state each folded by the side of each boundary part so that it might be provided in succession on each side part of each 3rd member, and to overlap on each 3rd member. By providing the member, since the two members of the third member and the fourth member can be arranged between the first-stage bottle and the second-stage bottle, the function as a cushioning material is further enhanced. Can do.

Moreover, according to the packaging material of Claim 2 , when the structure which superimposes another member (4th member) on the 3rd member is employ | adopted by forming the folding | turning part in the 2nd member, for example Since the thickness of the second member can be made equal to the thickness of the other portion (the portion in which the other member is superimposed on the third member) by folding the folded portion, two steps As a result of aligning the heights of the three bottles of the eyes, it is possible to reliably prevent the bottles from rattling due to the difference in height. Moreover, since the folding | turning part can be functioned as a shock absorbing material, the function as a shock absorbing material of a packing material can be improved further.

Moreover, in the packing material of Claim 3, in the state bent toward the opposite side to the bottom face side, each 2nd auxiliary | assistant board so that the 1st member side of the site | part used as a lower end part may space apart from the surface of a boundary part. Is formed. For this reason, according to this packing material, the 1st member side (part facing the 1st member side of a lower end part) of the 2nd member, the 3rd member, and the 4th member is as much as the clearance gap from other parts. As a result, the height from the bottom of the storage box to the top of the second-stage bottle can be further reduced, and the storage box can be further miniaturized.

1 is a perspective view showing a configuration of a packaging material 1. FIG. It is a top view of the blank 100 for comprising the packing material 1. FIG. It is the 1st explanatory view explaining the packing method of the bottle using packing material. It is the 2nd explanatory view explaining the packing method of the bottle using packing material 1. It is the 3rd explanatory view explaining the packing method of the bottle using packing material. It is the 4th explanatory view explaining the packing method of the bottle using packing material 1. It is the 5th explanatory view explaining the packing method of the bottle using packing material 1.

  Hereinafter, embodiments of the packaging material will be described with reference to the accompanying drawings.

  First, the configuration of the packaging material 1 shown in FIG. 1 will be described. The packaging material 1 is a packaging material that is arranged in a storage box when a plurality of bottles are stored in a storage box, and in particular, the six bottles 70a to 70f in the shape of shoulders shown in FIG. 5 (as an example, A burgundy-type wine bottle, which is preferably configured as a packaging material used when the bottles 70a to 70f are stored in the storage box 50 and packed in the storage box 50. In the following description, the term “bottle” includes both a container in which a container is accommodated and a container in which a container is not accommodated.

  Further, the packaging material 1 is assembled by folding or folding a predetermined portion in a blank 100 (see FIG. 2) produced by performing various processes on the cardboard.

  As shown in FIG. 5, the packing material 1 has a posture in which each mouth portion 73 is laid down in the same direction (in the same direction as the left side in the figure) (hereinafter, this posture is referred to as a “first housing posture”). ), The three bottles 70a to 70c are accommodated as the first stage on the bottom surface 51 side of the accommodating box 50, and each mouth portion 73 is directed in the direction opposite to the first accommodating posture (in the same figure, the direction facing the lower right). ), And the three bottles 70d to 70f are stacked and accommodated on the first bottles 70a to 70c as the second tier (hereinafter referred to as the “second accommodation posture”). In other words, when a total of six bottles 70 are accommodated), it has a function as a cushioning material that is disposed (intervened) between the bottles 70 to absorb impacts on the bottles 70 and protect the bottles 70. doing. In addition, the packaging material 1 can be efficiently assembled into a shape to be arranged in the storage box 50 (operation for assembling the packaging material 1 from the blank 100) and the operation of accommodating each bottle 70, that is, the packaging operation. It is configured.

  Specifically, as shown in FIGS. 1 and 2, the packing material 1 includes a main plate 10, first auxiliary plates 20 a and 20 b (hereinafter, also referred to as “first auxiliary plate 20” when not distinguished) and a second auxiliary plate. 30a, 30b (hereinafter also referred to as “second auxiliary plate 30” when not distinguished), and these plates 10, 20, 30 are integrally formed.

  As shown in FIGS. 1 and 2, the main plate 10 includes a first member 11, a second member 12, third members 13 a and 13 b (hereinafter also referred to as “third member 13” when not distinguished), and a fourth member 14 a. , 14b (hereinafter also referred to as “fourth member 14” when not distinguished), and as shown in FIG. 5, the first stage accommodated on the bottom surface 51 side of the accommodation box 50 in the first accommodation posture described above. Between the three bottles 70a to 70c of the eyes and the three bottles 70d to 70f of the second stage accommodated on the first stage bottles 70a to 70c in the second accommodation posture described above, It arrange | positions so that the bottom face 51 of the storage box 50 may be opposed.

  As shown in FIG. 5, the first member 11 includes the body 71 of the bottle 70 b located in the center of the three first-stage bottles 70 a to 70 c accommodated in the accommodation box 50, and the second-stage 3. It arrange | positions between the shoulder part 72 and the opening part 73 of the bottle 70e located in the center of the two bottles 70d-70f.

  As shown in FIG. 5, the second member 12 is connected to the first member 11 and is positioned at the shoulder 72 and the mouth 73 of the bottle 70 b located at the center of the first stage and at the center of the second stage. It arrange | positions between the trunk | drum 71 of the bottle 70e to do. Moreover, the 2nd member 12 is provided with the folding | turning part 122 formed by providing the notch A1 in the 2nd member 12, as shown in FIG. In this case, as shown in FIG. 6, the folded portion 122 is arranged in a folded state so as to be superimposed on other portions of the second member 12 excluding the folded portion 122. Further, the folded portion 122 is formed with a notch portion 123 for hooking a fingertip when performing folding.

  As shown in FIG. 2, the third members 13 a and 13 b are connected to both side parts 121 a and 121 b of the second member 12, respectively. In this case, as shown in FIG. 5, the third member 13a includes the shoulder 72 and the mouth 73 of the bottle 70a adjacent to the bottle 70b located at the center of the first stage, and the bottle located at the center of the second stage. It arrange | positions between the trunk | drum 71 of the bottle 70d adjacent to 70e. The third member 13b includes a shoulder 72 and a mouth 73 of the bottle 70c adjacent to the bottle 70b located at the center of the first stage, and a body of the bottle 70f adjacent to the bottle 70e located at the center of the second stage. It arrange | positions between the parts 71.

  As shown in FIG. 2, the fourth member 14a is connected to the side portion 131a of the third member 13a and overlaps the third member 13a as shown in FIG. 11 and the third member 13a are arranged in a folded state on the side of the boundary portion 15a. Further, as shown in FIG. 2, the fourth member 14b is connected to the side portion 131b of the third member 13b (hereinafter also referred to as “side portion 131” when the side portion 131a and the side portion 131b are not distinguished from each other). As shown in FIG. 1, a boundary portion 15b between the first member 11 and the third member 13b (hereinafter referred to as the boundary portion 15a and the boundary portion 15b described above) is superimposed on the third member 13b. When not distinguished from each other, it is also referred to as “boundary portion 15”).

  The first auxiliary plate 20a is connected to the side portion 111a of the first member 11 as shown in FIG. 2, and as shown in FIG. 5 is a bottom surface 51 side in a state where it is disposed in the storage box 50, and is formed by being bent toward the “lower side”, and is located at the center of the first stage as shown in FIG. 70b and the bottle 70a adjacent to the bottle 70b.

  As shown in FIG. 2, the first auxiliary plate 20 b is connected to the side portion 111 b of the first member 11 (hereinafter also referred to as “side portion 111” when the side portion 111 a and the side portion 111 b are not distinguished from each other). As shown in FIG. 1, the bottle 70b is formed by being bent downward from the side portion 111b, and as shown in FIG. 5, the bottle 70b located at the center of the first stage and the bottle adjacent to the bottle 70b. 70c.

  As shown in FIG. 2, the second auxiliary plate 30 a includes a third member 13 a provided with a cut A <b> 2 and a divided portion 130 a divided from the third member 13 a, as shown in FIG. 1. It is formed by bending from the boundary portion 15a with the member 13a toward the side opposite to the bottom surface 51 (see FIG. 5) side (hereinafter also referred to as “upper side”) of the storage box 50, and as shown in FIG. It arrange | positions between the bottle 70e located in the center of eyes, and the bottle 70d adjacent to the bottle 70e. Further, as shown in FIG. 1, the second auxiliary plate 30a is formed with a notch 301 for hooking a fingertip when the second auxiliary plate 30a (divided portion 130a) is bent. Further, as shown in FIG. 1, the second auxiliary plate 30 a is arranged such that the first member 11 side in the portion that becomes the lower end portion 31 in the state bent upward is spaced upward from the surface 151 of the boundary portion 15 a. (It is formed between the lower end portion 31 and the surface 151 with a gap).

  As shown in FIG. 2, the second auxiliary plate 30b is provided with a cut A2 in the third member 13b and divided from the third member 13b (hereinafter, when the divided portion 130a and the divided portion 130b are not distinguished from each other). As shown in FIG. 1, the “divided portion 130” is defined as a boundary portion 15b between the second member 12 and the third member 13b (hereinafter referred to as “boundary portion” when the boundary portion 15a and the boundary portion 15b are not distinguished from each other). As shown in FIG. 5, it is disposed between a bottle 70e located at the center of the second stage and a bottle 70f adjacent to the bottle 70e. Further, as shown in FIG. 1, the second auxiliary plate 30b is formed with a notch 301 for hooking a fingertip when the second auxiliary plate 30b (divided portion 130b) is bent. Similarly to the second auxiliary plate 30a, the second auxiliary plate 30b is spaced upward from the surface 151 of the boundary portion 15b at the first member 11 side in the portion that becomes the lower end portion 31 when bent upward. It is formed to do.

  Here, the packaging material 1 is assembled from the blank 100 shown in FIG. 2 as described above. In this case, the blank 100 has notches for forming (partitioning) each part constituting the packing material 1, and lead rules, half-cuts (half-cuts), and ruled lines (hereinafter, referred to as easy to bend and deform each part). These are also referred to as “ruled lines or the like”). In FIG. 2, the cuts are illustrated by solid lines, and the ruled lines and the like are illustrated by broken lines. In FIG. 2, the boundary between the second member 12 and the third member 13 is illustrated by a one-dot chain line. Moreover, in this packing material 1 (blank 100), it forms so that the boundary line of the 1st member 11 and the 2nd member 12 may follow the eye direction (direction of arrow A shown in the figure) of a cardboard. Therefore, when the second-stage bottle 70 is accommodated on the packaging material 1 placed (set) on each first-stage bottle 70, the second member 12 depends on the weight of the second-stage bottle 70. The third member 13 and the fourth member 14 can be easily deformed along the shape of the first shoulder portion 72.

  Next, an example of a packing operation procedure for packing the bottle 70 using the packing material 1 will be described with reference to the drawings.

  First, the packaging material 1 is assembled from the blank 100 shown in FIG. First, as shown in FIG. 1, the first auxiliary plate 20a is bent downward from the side portion 111a of the first member 11, and the first auxiliary plate 20b is bent downward from the side portion 111b of the first member 11. Bend towards.

  Next, a fingertip is hung on the notch 301 (see FIG. 2) of the second auxiliary plate 30a (divided portion 130a) to raise the second auxiliary plate 30a, and as shown in FIG. The second auxiliary plate 30a is bent upward from the boundary portion 15a with the member 13a. Similarly, the fingertip is put on the notch 301 of the second auxiliary plate 30b (divided portion 130b) to cause the second auxiliary plate 30b, and from the boundary 15b between the second member 12 and the third member 13b. The second auxiliary plate 30b is bent toward the upper side.

  Subsequently, the fourth member 14a (see FIG. 2) connected to the side portion 131a of the third member 13a is overlapped on the third member 13a as shown in FIG. The member 11 and the third member 13a are folded back toward the boundary 15a. Similarly, the fourth member 14b connected to the side 131b of the third member 13b is overlapped on the third member 13b so that the first member 11 and the third member 13b are overlapped. Fold back to the boundary 15b side. Next, the folded portion 122 formed on the second member 12 is folded.

  The packaging material 1 is assembled by the above. In this packing material 1, as described above, the first auxiliary plates 20a and 20b and the second auxiliary plates 30a and 30b are folded, and the fourth material 14a and 14b and the folded portion 122 of the second member 12 are simply folded. 1 is assembled. For this reason, in this packing material 1, as compared with the conventional structure which assembles a plurality of buffer materials into a cross-girder type, assembling in a short time is possible, and as a result, assembly efficiency can be sufficiently improved. .

  Next, a cushioning sheet (for example, a bubble cushioning material) outside the figure so as to be hooked on two (for example, the side surfaces 52a and 52c) of the bottom surface 51 and the side surfaces 52a to 52d (see FIG. 3) of the storage box 50. Laying. It should be noted that the laying of the buffer sheet can be omitted according to the weight of the bottle 70 (for example, when the bottle 70 is light). Subsequently, as shown in the figure, three bottles are placed on the bottom 51 side of the containing box 50 in the first containing posture in which each mouth portion 73 is laid down in the same direction (in the same direction as the left side in the figure). 70a to 70c are accommodated as the first stage.

  Next, the packaging material 1 is set on the first-stage bottles 70a to 70c. Specifically, as shown in FIG. 4, the first member 11 is positioned on the barrel 71 of the bottle 70b located at the center of the first stage, and between the barrels 71 of the bottle 70b and the bottle 70a. The first auxiliary plate 20a is positioned, and the first auxiliary plate 20b is positioned between the body portions 71 of the bottle 70b and the bottle 70c. The second member 12 is positioned on the shoulder 72 and the mouth 73 of the bottle 70b, and the third members 13a and 13b are respectively positioned on the shoulder 72 and the mouth 73 of the bottle 70b and the bottle 70a. .

  Subsequently, as shown in FIGS. 5 and 6, the second-stage bottle 70 is stored in the storage box 50. Specifically, each of the mouth portions 73 is reversed in the opposite direction to the first accommodation posture (in the direction facing the left side in FIG. 5 and in the direction facing the upper side in FIG. 6). The bottles 70d to 70f are stacked on the first-stage bottles 70a to 70c via the main plate 10 of the packing material 1 and accommodated. In this case, the body portion 71 of the bottle 70e is located in the central space partitioned by the two second auxiliary plates 30a and 30b, and the bottle 70d is located in the space adjacent to the central space via the second auxiliary plate 30a. The bottles 70d to 70f are accommodated so that the barrel 71 of the bottle 70f is located in a space adjacent to the central space via the second auxiliary plate 30b.

  At this time, as shown in FIG. 7, each second-stage bottle 70 presses each member 12, 13, 14 downward by its own weight, and each of the members 12, 13, 14 becomes the first-stage bottle 70. It deform | transforms so that it may bend along the shape of each shoulder part 72 of this. In this case, in this packing material 1, since the boundary line between the first member 11 and the second member 12 is formed so as to be along the eye direction of the cardboard (the direction of the arrow A shown in FIG. 2), each member 12 , 13, 14 are easily deformed. Further, due to this deformation, the body portion 71 of each bottle 70 in the second stage moves downward. In addition, in the same figure, the position of the bottle 70 before the movement is illustrated by a broken line, and the position of the bottle 70 after the movement is illustrated by a solid line.

  As shown in FIG. 7, the movement of each second-stage bottle 70 described above reduces the height from the bottom surface 51 of the storage box 50 to the top of the second-stage bottle 70. As described above, by using the packing material 1, the height up to the top of the bottle 70 accommodated in the storage box 50 is reduced, so that the height of the storage box 50 is reduced, that is, the storage box 50 is reduced in size. It is possible to do. In this case, as shown in FIG. 1, before deformation, the first member 11 side of the lower end portion 31 of each second auxiliary plate 30 is spaced upward from the surface 151 of the boundary portion 15a (a gap is created). . Therefore, as shown in FIG. 7, the first member 11 side of each member 12, 13, 14 (the portion on the right side in FIG. As a result of deforming larger than the other part (the left part in the figure) by the gap, the height from the bottom surface 51 of the storage box 50 to the top of the second-stage bottle 70 can be made lower. As a result, the storage box 50 can be further downsized.

  Next, the lids 53a to 53d (see FIG. 3) of the storage box 50 are closed and fixed with an adhesive tape or the like. Thus, the packing operation for storing and packing the six bottles 70 in the storage box 50 is completed. In this case, in this packing operation, six bottles 70 stacked in two stages can be stored in the storage box 50 with only one packing material 1, so the amount of cardboard used for packing can be reduced. It can be sufficiently reduced. Moreover, since the storage box 50 can be reduced in size, it is possible to reduce the amount of cardboard used to manufacture the storage box 50.

  Moreover, since the packaging material 1 can be assembled in a short time as described above, the assembling efficiency is improved. In addition, in the packing operation using the packing material 1, the packing material 1 is set on the first three bottles 70 stored in the storage box 50, and the three bottles 70 are mounted thereon. It is possible to pack the six bottles 70 with a simple operation of simply placing them. For this reason, in the packing work using this packing material 1, the packing work can be made sufficiently efficient.

  Thus, in this packing material 1, the first member 11, the second member 12, and the third member 13 are provided and stacked on the first stage three bottles 70 and the first stage bottles 70. The main plate 10 disposed between the three bottles 70 in the stage and the two adjacent bottles 70 in the first stage by being bent downward from the side portion 111 of the first member 11. Two first auxiliary plates 20 and two second auxiliary plates which are respectively disposed between two adjacent bottles 70 in the second stage by bending upward the divided portion 130 divided from the third member by the cut A2. 30 are integrally formed. Therefore, by using this packing material 1, the six bottles 70 can be accommodated in a two-tiered state in which the respective mouth portions 73 are opposite to each other, so that the accommodation box 50 can be downsized. it can. Further, by using this packaging material 1, when the second-stage bottle 70 is placed on the first-stage bottle 70 via the packaging material 1, the main plate 10 (second member 12, third member). 13 and the fourth member 14), the barrel 71 of each second-stage bottle 70 moves downward, and the height from the bottom surface 51 of the storage box 50 to the top of the second-stage bottle 70 is low. Therefore, the storage box 50 can be further downsized. Therefore, according to this packing material 1, the transportation cost of the package packed using the packing material 1 can be reduced sufficiently. Moreover, according to this packing material 1, since it becomes the simple structure which formed each part integrally, while the preparation cost of the packing material 1 can fully be reduced, the storage box 50 can be reduced in size. As a result, the production cost of the storage box 50 can be sufficiently reduced. Moreover, according to this packing material 1, as a result of being able to assemble only by bending the first auxiliary plate 20 and the second auxiliary plate 30, as compared with the conventional configuration in which a plurality of cushioning materials are assembled into a cross-beam type, Assembly efficiency can be sufficiently improved. Further, in the packing work using this packing material 1, the simple work of simply setting the packing material 1 on the stored first three bottles 70 and placing the three bottles 70 thereon. 6 bottles 70 can be packed. Therefore, according to this packing material 1, the efficiency of packing work can be improved sufficiently.

  Further, according to the packing material 1, the packing material 1 is arranged in a folded state on the side of each boundary portion 15 so as to be continuous with each side portion 131 of each third member 13 and to be superimposed on each third member 13. Since the two fourth members 14 are provided, the two members of the third member 13 and the fourth member 14 can be disposed between the first-stage bottle 70 and the second-stage bottle 70. The function as a buffer material can be further enhanced.

  Moreover, according to this packing material 1, when the structure which superimposes another member (4th member 14) on the 3rd member 13 is employ | adopted by forming the folding | turning part 122 in the 2nd member 12, for example. In addition, by folding back the folded portion 122, the thickness of the second member 12 can be the same as the thickness of the other two portions (the portion where the other member is superimposed on the third member 13). Therefore, the height of the three bottles 70 in the second stage can be made uniform, and as a result, rattling of the bottle 70 due to the difference in height can be reliably prevented. Moreover, since the folding | turning part 122 can be functioned as a shock absorbing material, the function as a shock absorbing material of the packing material 1 can be improved further.

  Further, in this packing material 1, each second auxiliary plate 30 is formed so that the first member 11 side of the portion that becomes the lower end portion 31 in the state bent upward is separated from the surface 151 of the boundary portion 15. . For this reason, according to this packing material 1, the 1st member 11 side (part which opposes the 1st member 11 side of the lower end part 31) of each member 12,13,14 is the part of the clearance gap from other parts. As a result, the height from the bottom surface 51 of the storage box 50 to the uppermost portion of the second-stage bottle 70 can be further reduced, and the storage box 50 can be further miniaturized.

  The configuration of the packaging material is not limited to the configuration of the packaging material 1 described above. For example, a configuration that does not include the fourth member 14 can be employed. Further, the shape of the second auxiliary plates 30a and 30b and the shape of the folded portion 122 are not limited to the shapes described above, and can be changed as appropriate. Further, a configuration in which the folded portion 122 is not formed on the second member 12 may be employed.

  Further, the types of lead ruled lines, half-cuts (half-cuts) and ruled lines (ruled lines etc.) formed on the blank 100 can be changed as appropriate. Also, the formation position and length of ruled lines and the like can be arbitrarily changed. Furthermore, although it described above about the example which formed the packing material 1 so that the boundary line of the 1st member 11 and the 2nd member 12 followed the eye direction of a cardboard, the boundary line of the 1st member 11 and the 2nd member 12 is The packaging material 1 can also be formed so as to be orthogonal to or intersecting with the eye direction. In this case, in the configuration in which the boundary line is orthogonal or intersects with the eye direction, the rigidity of each member 12, 13, 14 can be increased. Can be used effectively.

  Moreover, although the burgundy type wine bottle was described as an example as the bottle 70, other types of wine bottles, bottles other than wine bottles (for example, sake bottles for sake, bottles for liquor, and juice) Of course, the packaging material 1 can be used when packaging the bottles, etc., and also in this case, the above-described effects can be realized.

DESCRIPTION OF SYMBOLS 1 Packing material 10 Main board 11 1st member 12 2nd member 13a, 13b 3rd member 14a, 14b 4th member 15a, 15b Boundary part 20a, 20b 1st auxiliary board 30a, 30b 2nd auxiliary board 31 Lower end part 50 Storage box 51 Bottom 70a-70f Bottle 71 Body 72 Shoulder 73 Mouth 111a, 111b Side 121a, 121b Side 122 Fold-up 130a, 130b Dividing part 151 Surface A1, A2 Notch

Claims (3)

A packaging material made of corrugated cardboard that is placed in the storage box when storing and packing a plurality of bottles in the storage box,
Three bottles housed as the first stage on the bottom side of the storage box in a first storage posture in which each mouth portion is laid down in the same direction, and each mouth portion is opposite to the first storage posture Arranged so as to face the bottom surface between the three bottles stored in the storage box in the second storage posture in a second storage posture that is turned sideways and stacked on the first stage bottle as a second stage. A main board to be made,
Two first auxiliary plates respectively disposed between the bottle located in the center of the first stage and the two bottles adjacent to the bottle;
The main plate, the first auxiliary plate, and the second auxiliary plate respectively disposed between the bottle located in the center of the second stage and two bottles adjacent to the bottle. A second auxiliary plate is integrally formed;
The main plate includes a first member disposed between a body portion of the bottle located at the center of the first step and a shoulder portion and the mouth portion of the bottle located at the center of the second step; The first member is disposed between the shoulder and the mouth of the bottle located in the center of the first stage and the trunk of the bottle located in the center of the second stage. Two members, and the shoulders and the mouths of the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member, and the second stage. Two third members respectively disposed between two bottle bodies adjacent to the bottle located in the center,
Each of the first auxiliary plates is connected to both sides of the first member, and is formed by being bent from the both sides toward the bottom surface,
Each of the second auxiliary plates is provided with a cut in the third member so that the divided portion is divided from the third member from the boundary between the second member and the third member to the side opposite to the bottom surface side. is formed by bending toward,
The main plate is connected to each side portion opposite to the boundary portion of each third member, and is folded back to each boundary portion side so as to be superimposed on each third member. The packaging material further provided with the 2nd 4 member arrange | positioned by . A packaging material made of corrugated cardboard that is placed in the storage box when storing and packing a plurality of bottles in the storage box,
Three bottles housed as the first stage on the bottom side of the storage box in a first storage posture in which each mouth portion is laid down in the same direction, and each mouth portion is opposite to the first storage posture Arranged so as to face the bottom surface between the three bottles stored in the storage box in the second storage posture in a second storage posture that is turned sideways and stacked on the first stage bottle as a second stage. A main board to be made,
Two first auxiliary plates respectively disposed between the bottle located in the center of the first stage and the two bottles adjacent to the bottle;
The main plate, the first auxiliary plate, and the second auxiliary plate respectively disposed between the bottle located in the center of the second stage and two bottles adjacent to the bottle. A second auxiliary plate is integrally formed;
The main plate includes a first member disposed between a body portion of the bottle located at the center of the first step and a shoulder portion and the mouth portion of the bottle located at the center of the second step; The first member is disposed between the shoulder and the mouth of the bottle located in the center of the first stage and the trunk of the bottle located in the center of the second stage. Two members, and the shoulders and the mouths of the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member, and the second stage. Two third members respectively disposed between two bottle bodies adjacent to the bottle located in the center,
Each of the first auxiliary plates is connected to both sides of the first member, and is formed by being bent from the both sides toward the bottom surface,
Each of the second auxiliary plates is provided with a cut in the third member so that the divided portion is divided from the third member from the boundary between the second member and the third member to the side opposite to the bottom surface side. It is formed by bending towards
The second member includes a folded portion formed by providing a cut in the second member,
The folded portion, the packing material that will be placed in a state folded so as to superimpose on the other portion except the folded portion of the second member. A packaging material made of corrugated cardboard that is placed in the storage box when storing and packing a plurality of bottles in the storage box,
Three bottles housed as the first stage on the bottom side of the storage box in a first storage posture in which each mouth portion is laid down in the same direction, and each mouth portion is opposite to the first storage posture Arranged so as to face the bottom surface between the three bottles stored in the storage box in the second storage posture in a second storage posture that is turned sideways and stacked on the first stage bottle as a second stage. A main board to be made,
Two first auxiliary plates respectively disposed between the bottle located in the center of the first stage and the two bottles adjacent to the bottle;
The main plate, the first auxiliary plate, and the second auxiliary plate respectively disposed between the bottle located in the center of the second stage and two bottles adjacent to the bottle. A second auxiliary plate is integrally formed;
The main plate includes a first member disposed between a body portion of the bottle located at the center of the first step and a shoulder portion and the mouth portion of the bottle located at the center of the second step; The first member is disposed between the shoulder and the mouth of the bottle located in the center of the first stage and the trunk of the bottle located in the center of the second stage. Two members, and the shoulders and the mouths of the two bottles adjacent to the bottle located in the center of the first stage and connected to both sides of the second member, and the second stage. Two third members respectively disposed between two bottle bodies adjacent to the bottle located in the center,
Each of the first auxiliary plates is connected to both sides of the first member, and is formed by being bent from the both sides toward the bottom surface,
Each of the second auxiliary plates is provided with a cut in the third member so that the divided portion is divided from the third member from the boundary between the second member and the third member to the side opposite to the bottom surface side. It is formed by bending towards
Wherein each of the second auxiliary plate, packing material the first member side of the portion to be the lower end portion in a state bent toward the side opposite that is formed so as to be separated from the surface of the boundary portion.

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