JPH076116U - Partition - Google Patents

Abstract

(57) [Summary] [Purpose] It is possible to form multiple partitions by making the outer shapes of the mounts the same regardless of the number of the mounts and by making the outer shapes of the partition plate forming members the same. Provides a partition. [Structure] Mount 1 having first adhesive pieces 9 and 10 on the left and right sides
Secondly, provided with partition plates 4 to 6 and breakable lines 32 and 33
The partition plate forming member 21 in which the adhesive pieces 22 to 25 are alternately arranged is sequentially adhered. Another mount 3 having the same shape is adhered onto the partition plate forming member 21. The first adhesive piece 10 at the right end of the lowermost mount 1 is folded back and adhered to the first adhesive piece 18 at the right end of the other mount 3, and the first adhesive strip 11 at the left end of the uppermost mount 2 is folded back. To the first adhesive piece 16 at the left end of the other mount 3, and the side wall plates 19 and 20 to the first adhesive pieces 9, 10, 13, 14, 14, 16 and 18 of the mounts 1 to 3, The partition plates A, 5 are formed by erected the partition plates 4, 5, 6 of the partition plate forming member 21 while breaking the breakable lines 32, 33, respectively.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a partition used to divide the inside of a packaging box into a plurality of compartments.

[0002]

[Prior art]

 Conventionally, a partition body as disclosed in Japanese Patent Publication No. 60-10935 is known.

As shown in FIG. 8 (a), this type of partition body 300 includes sheet-shaped upper, lower, middle mounts 301, 302 and 303 and sheet-shaped upper and lower sheets provided between them. The partition plates 304a, 305a, 304b, and 305b are laminated and manufactured in a flat state, and as shown in FIGS. 8B and 8C, the upper and lower partition plates 304a, 305a, 304b, and 305b are formed. The rupturable lines 306 provided are erected while being ruptured. Among the mounts 301, 302, 303, the upper mount 301 and the lower mount 303 are provided with side wall plates 315, 316, respectively.

In such a partition body 300, first, a lower partition plate 305a is superposed on the upper surface of the lower mount 303 and adhered by a predetermined adhesive portion 308, and the lower partition plate 305a is bonded to the upper partition plate 305a. An upper partition plate 304a that forms a partition part 314 together with 305a is shifted from the lower partition plate 305a toward one side in the width direction, overlapped, and bonded by a predetermined bonding part 309. The backing sheet 302 is overlaid on the upper side and bonded at a predetermined bonding portion 310. Further, another lower partition plate 305b is overlaid on the upper surface of the middle mount 302 and adhered by a predetermined adhesive portion 311 and a partition portion 314 is formed on the upper side of the other lower partition plate 305b together with the other lower partition plate 305b. The other upper partition plate 304b is overlapped by shifting the position from the other lower partition plate 305b toward one side in the width direction, and is adhered by a predetermined adhesive portion 312 to the upper side of the other upper partition plate 304b. The upper mount 301 is overlapped and bonded with a predetermined bonding portion 113. As a result, the mounts 301, 302, 303 and the upper and lower partition plates 304a, 305a, 304b, 305b are laminated on each other to form a flat state. Further, by supplying a large number of each mount and each upper and lower partition plates in parallel with each of the mounts 301, 302, 303 and each upper and lower partition plates 304a, 305a, 304b, 305b, a larger number of mounts and upper and lower partition plates are provided. It is also possible to stack the partition plates, thereby forming a plurality of rows of partition parts 314.

After that, the laminated plate materials are cut in an arbitrary length in the width direction, and the breakable lines 306 provided on the upper and lower partition plates 304a, 305a, 304b, 305b are broken. The partition 300 is formed by standing up.

However, the partitioning body 300 is not particularly limited when the plurality of upper and lower partition plates 304a, 305a, 304b, 305b are stacked to form a plurality of rows of partitioning portions 314. In comparison with the number of stacked plates 304a, 305a, 304b, 305b, the side wall plates 315, 316 of the upper mount 301 and the lower mount 303 must be provided in a large size, and therefore, the partition 300 in the flat state is to be provided. There is a disadvantage that the width t in the left-right direction also becomes large.

In addition, according to the partition body 300 as described above, in order to form the partition sections 314 in multiple rows, the side walls of the upper mount 301 and the lower mount 303 corresponding to the number of rows of the partition sections 314 are formed. It is necessary to set the plates 315 and 316. For example, when changing the number of rows of the partition 314, there is a disadvantage that the size t of the upper mount 301 and the lower mount 303 must be changed.

[0008]

[Problems to be solved by the device]

 By eliminating such inconvenience, the present invention makes it possible to form a plurality of partitions by making the outer shapes of the mounts the same regardless of the quantity of the mounts and making the outer shapes of the partition plate forming members the same. The purpose is to provide an easy partition.

[0009]

Means for Solving the Problems In order to achieve the above object, the present invention provides a plurality of mounts having the same shape, which include a pair of first adhesive pieces on the left and right sides with fold lines, and a plurality of partition plates. A plurality of second adhesive pieces are alternately arranged in the left-right direction via fold lines, and the second adhesive pieces except the pair of second adhesive pieces located at the left and right ends of each second adhesive piece are arranged in the left-right direction. It is composed of a plurality of partition plate forming members of the same shape with a plurality of breakable lines that can be divided into two parts, and a pair of side wall plates, and is on the upper surface of the mount excluding the first adhesive piece. , The lower surface of the second adhesive piece located at the right end of the partition plate forming member and the left lower surface of the rupturable line of the second adhesive piece on which the rupturable line is formed are adhered to each other, and A second contact located at the left end of the partition plate forming member on the lower surface of the left end excluding the first contact piece. The partition plate forming member is provided between each of the plurality of mounts in order by adhering the upper surface of the piece and the upper surface on the right side of the breakable line of the second adhesive piece on which the breakable line is formed. , The first adhesive piece at the right end of the lowermost mount is folded back along the fold line to be polymerized with the first adhesive piece at the right end of the other mount located directly above the mount and both the first adhesive pieces The first adhesive piece at the left end of the top mount is folded back along the fold line to be polymerized with the first adhesive piece at the left end of the other mount located directly below the mount and The first adhesive piece is adhered, the side wall plates are adhered to the outer surface sides of the first adhesive pieces of the respective mounts, and the partition plates of the partition plate forming member are respectively mounted while breaking the breakable lines. It is characterized by being formed so as to stand upright.

Further, according to the present invention, when assembling a packaging box including a pair of rectangular side wall plates in which a first side wall portion and a second side wall portion are continuously provided via a fold line, the inside of the box is assembled. A plurality of identical shaped mounts having a pair of first adhesive pieces on the left and right sides with fold lines on the left and right sides, a plurality of partition plates and a plurality of second adhesive pieces. A plurality of ruptures that are arranged in a row in the left-right direction through the line of sight and that allow the second adhesive piece to be divided in the left-right direction, excluding the pair of second adhesive pieces located at the left and right ends of each second adhesive piece. A plurality of partition plate forming members having the same shape and formed with a movable line, and a second adhesive located at the right end of the partition plate forming member on the upper surface of the mount excluding the first adhesive piece. Bonding the lower surface of the piece and bonding the lower surface on the left side of the breakable line of the second bonding piece on which the breakable line is formed, To the lower surface of the other end of the mount excluding the first adhesive piece, the upper surface of the second adhesive piece located at the left end portion of the partition plate forming member is adhered, and the second adhesive piece having the breakable line is formed. The upper right side of the breakable line is adhered, the partition plate forming member is sequentially provided between each of the plurality of mounts, and the first adhesive piece at the right end of the lowermost mount is placed upward through the crease line. Fold it to the first adhesive piece at the right end of the other mount located immediately above the mount, and bond both first adhesive pieces together, and the first adhesive piece at the left end of the top mount is the crease line. And the first adhesive piece at the left end of the other mount located immediately below the mount is polymerized and both first adhesive pieces are adhered to form the packaging box. The lowermost mount is adhered onto one side wall, and the left side of each mount is adhered onto the second side wall adjacent to the first side wall. The outer surface side of the first adhesive piece of each part, and the first side wall portion of the other side wall plate forming the packaging box is adhered onto the uppermost mount, and the first adhesive piece at the right end of each mount is attached. The second side wall portion adjacent to the first side wall portion is adhered to the outer surface side of each of the side wall plates, and the fold lines are bent at right angles in the directions in which the side wall plates are separated from each other. The partition plate of the partition plate forming member is formed so as to stand upright on each mount.

The present invention also provides a method of assembling a packaging box, which comprises a rectangular side wall plate in which a pair of first side wall portions and a pair of second side wall portions are connected to each other via a fold line. In this case, the partition body is formed inside the box, and has a plurality of mounts of the same shape, which includes a pair of first adhesive pieces on the left and right sides with fold lines, a plurality of partition plates and a plurality of second adhesive pieces. And a plurality of second adhesive pieces, which are alternately arranged in the left-right direction via fold lines, and which can divide the second adhesive piece in the left-right direction excluding a pair of second adhesive pieces located at the left and right end portions of each second adhesive piece. A plurality of partition plate forming members of the same shape in which breakable lines are formed, the first end of the partition plate forming member located on the right end of the mount excluding the first adhesive piece. The lower left side of the rupturable line of the second adhesive piece in which the rupturable line is formed while bonding the lower surfaces of the two adhesive pieces The surface is adhered, and the upper surface of the second adhesive piece located at the left end of the partition plate forming member is adhered to the lower surface excluding the first adhesive piece at the left end of the other mount and a breakable line is formed. The right upper surface of the rupturable line of the second adhesive piece is adhered, the partition plate forming member is sequentially provided between each of the plurality of mounts, and the first adhesive piece at the right end of the lowermost mount is attached. Fold back upward through the fold line and superimpose it on the first adhesive piece on the right end of the other mount located directly above the mount, and bond both first adhesive pieces to the first adhesive piece on the left end of the top mount. 1 Adhesive pieces are folded back along the fold line to be polymerized with the first adhesive piece at the left end of another mount located directly below the mount, and both the first adhesive pieces are adhered to the left side of the side wall plate. The lowermost mount is adhered onto one of the first side walls located, and one of the second side walls adjacent to the left side of the first side wall is attached. The outer surface side of the first adhesive piece at the left end of each mount is adhered onto the wall portion, and the other second side wall portion and the other first side wall portion are connected via the fold line on the right side edge of the first side wall portion. Fold back and bond the other first side wall portion of the side wall plate to the uppermost mount, and the other side of the first side wall portion adjacent to the outer surface of the first adhesive piece at the right end of each mount. 2 The side wall portions are adhered to each other, and the fold lines are bent at right angles in the directions in which the first side wall portions and the second side wall portions are separated from each other, and at the same time, the rupturable lines are ruptured and the partition plate forming member is partitioned. It is characterized in that the plate is formed so as to stand upright on each mount.

[0012]

[Action]

 In the partition body of the present invention, the rupturable line is formed on each second adhesive piece of the partition plate forming member, and each second adhesive piece has one lower surface through the rupturable line and the lower surface is the upper surface of the mount. Since the upper surface of the other is bonded to the lower surface of the other mount, each breakable line is broken by separating the mounts from each other in the vertical direction when the partition body is in a flat state. The fold line at the boundary between each second adhesive piece and the partition plate, which is divided into the left and right, is bent, and a plurality of partition plates are formed between each mount.

In the step of forming the partition body, a partition plate forming member is provided by being bonded between each of the plurality of mounts. Then, since it is only necessary to fold back the first adhesive piece at the left end of the mount located at the top and the first adhesive piece at the right end of the mount located at the bottom, the work is extremely simplified and the partition body is Can be formed.

Further, the partition body of the present invention can be provided so as to be formed inside the packaging box when the packaging box is assembled. That is, the packaging box is formed in a box shape by facing a pair of side wall plates in which the first side wall portion and the second side wall portion are connected to each other through a fold line and bending each fold line at a right angle. In this structure, the partition bodies are provided between both side wall plates by adhering them to the respective side wall plates, so that the fold lines can be bent at right angles in the directions in which the side wall plates are separated from each other, and at the same time, each of the breakable parts can be broken. While the lines are broken, the partition plates of the partition plate forming member are respectively erected on the respective mounts, and at the same time when the packaging box is assembled, a plurality of partition plates can be formed in the packaging box.

Further, in the partition body of the present invention, the packaging box is provided with side wall plates in which a pair of first side wall portions and a pair of second side wall portions are alternately arranged via fold lines, and When the structure is formed in a box-like shape by bending the line of sight at a right angle, the first and second side wall portions on the other side are connected to the second and the other side of the other side through the fold line located at the center of the side wall plate. 1 By overlapping the side wall portions and providing the partition bodies by bonding them between them, the fold lines are bent at right angles in the directions in which the side wall plates are separated from each other, and at the same time, the breakable lines are broken. The partition plates of the partition plate forming member are respectively erected with respect to the respective mounts, and the plurality of partition plates can be formed in the packaging box at the same time when the packaging box is assembled.

[0016]

【Example】

 An embodiment of the present invention will be described with reference to the drawings.

The partition body of the present invention is used, for example, for being inserted into a packaging box and dividing the interior thereof into a plurality of compartments. In the first embodiment, the basic structure of the partition body of the present invention will be described, and in the second and third embodiments, the case where the partition body of the present invention is provided in a packaging box will be described. .

First, a first embodiment of the present invention will be described.

As shown in FIG. 1, the partition A has a lower mount 1 located at the bottom in the figure, an upper mount 2 located at the top, and a parallel mount between the lower mount 1 and the upper mount 2. And a plurality of partition plates 4, 5 and 6 for partitioning the lower mount 1, the upper mount 2 and the respective middle mounts 3 into a plurality of horizontally long rectangular shapes. . The lower mount 1 is provided with first adhesive pieces 9 and 10 which are erected along the left and right edges of the lower mount 1 through fold lines 7 and 8, respectively. The upper mount 2 is also provided with first adhesive pieces 13 and 14 that are bent downward at right angles along the left and right edges of the upper mount 2 via the fold lines 11 and 12, respectively. Further, each middle mount 3 is bent downward at a right angle via the first adhesive piece 16 standing up along the left edge in the figure via the fold line 15 and along the right edge in the figure via the fold line 17. And a first adhesive piece 18.

Further, rectangular side wall plates 19 and 20 are provided on the outer surface side of each of the first adhesive pieces 9, 10, 13, 14, 16, and 18.

The lower mount 1, the upper mount 2 and the respective middle mounts 3 are all formed in the same shape. The partition plates 4, 5 and 6 are formed by a partition plate forming member 21 in a flat state as described later.

As shown in FIG. 2, in the partition plate forming member 21, the partition plates 4, 5, 6 and the second adhesive pieces 22, 23, 24, 25 are folded lines 26, 27, 28, 29. , 30 and 31 are alternately arranged in the left-right direction, and the second adhesive pieces 23 and 24 are respectively arranged in the left-right direction in the pair of second adhesive pieces 23 and 24 located in the central portion. Breakable lines 32 and 33 are formed so as to be capable of being divided.

Next, a manufacturing process of the partition A in the first embodiment will be described.

First, as shown in FIG. 2, the partition plate forming member 21 is adhered to the upper surface of the lower mount 1 in the flat state. At this time, the right edge of the second adhesive piece 25 located at the right end of the partition plate forming member 21 is aligned with the fold line 8 of the first adhesive piece 10 at the right end of the lower mount 1 for positioning. When the partition plate forming member 21 is adhered to the lower mount 1, the pair of second adhesive pieces 23 located at the lower surface and the central portion of the second adhesive piece 25 located at the right end of the partition plate forming member 21. , 24, a bonding material a is provided on the lower surface on the left side of the breakable lines 32, 33 and bonded.

Next, the middle mount 3 is adhered onto the partition plate forming member 21. At this time, positioning is performed by aligning the right edge of the first adhesive piece 17 located at the right end of the middle mount 3 with the right edge of the second adhesive piece 25 located at the right end of the partition plate forming member 21. When the backing sheet 3 is adhered to the partition plate forming member 21, the pair of second adhesive pieces 23, 2 located on the upper surface and the central portion of the second adhesive piece 22 located at the left end portion of the partition plate forming member 21. An adhesive material b is provided on the upper surface on the right side of the breakable lines 32 and 33 in FIG.

By repeating the above steps, the partition plate forming members 21 are bonded between the respective middle mounts 3, and then the upper mount 2 is bonded to the partition plate forming member 21 located at the uppermost position.

Further, as shown by an arrow in FIG. 3, the first adhesive piece 10 at the right end portion of the lower mount 1 is folded back upward along the fold line 8 to remove the middle mount 3 directly above the lower mount 1. The first adhesive piece 18 at the right end is adhered to the outer surface, and the first adhesive piece 13 at the left end of the upper mount 2 is folded back along the fold line 11 to the left end of the middle mount 3 directly below the upper mount 2. To the outer surface of the first adhesive piece 16.

Next, one side wall plate 19 is adhered to the outer surface of the first adhesive piece 9, 13, 16 at the left end of each mount 1, 2, 3, and the first end of the right end of each mount 1, 2, 3 is attached. The other side wall plate 20 is adhered to the outer surfaces of the adhesive pieces 10, 14, and 18.

Then, while breaking the breakable lines 32 and 33, the lower mount 1 and the upper mount 2 are separated from each other in the vertical direction, and the second adhesive pieces 22, 23, 24, 25 and the partition plate are separated from each other. The crease lines 26, 27, 28, 29, 30, 31 at the boundaries with the 4,5, 6 are bent up and down alternately to raise the partition plates 4, 5, 6. As described above, as shown in FIG. 1, the partition A is divided into a plurality of predetermined shapes.

Next, a second embodiment of the present invention will be described.

The partition B described in the second embodiment is formed at the same time when the packaging box C is formed as will be described later, and the partition A of the above embodiment and its side wall plate 19, The configuration except 20 is the same.

As shown in FIG. 4, the packaging box C includes two side wall plates 34 and 35 having the same shape. The side wall plates 34 and 35 are respectively the first side wall portions 36 and 37 and the second side wall portions. The parts 38 and 39 are connected to each other via fold lines 40 and 41. Further, top flaps 42, 43 and bottom flaps 44, 45 are continuously provided on both end edges of each of the first side wall portions 36, 37, and similarly, top flaps are provided on both end edges of each of the second side wall portions 38, 39. 46, 47 and bottom flaps 48, 49 are connected in series. The packaging box C has a structure in which each fold line 40, 41 is bent at a right angle to form a box when the respective edges are in contact with each other.

When the packaging box C is formed, the partition B is interposed between the side wall plates 34 and 35. That is, the lower surface of the lower mount 1 is adhered onto the first side wall 37 of one side wall plate 35, and the mounts 1, 2 and 3 are attached onto the second side wall 39 adjacent to the first side wall 37. The outer surface side of the first bonding pieces 9, 13, 16 at the left end is bonded. In addition, the first side wall portion 36 of the other side wall plate 34 is adhered onto the upper mount 2, and the first adhesive piece 10, 14, 18 at the right end of each mount 1, 2, 3 is provided with the first side wall 36. The second side wall portion 38 adjacent to the first side wall portion 36 is bonded.

Then, the folding lines 40, 41 are bent at right angles in a direction in which the side wall plates 34, 35 are separated from each other, and at the same time, the breakable lines 32, 33 are broken while the lower mount 1 and the upper mount 2 are broken. And are separated from each other in the vertical direction. As a result, as shown in FIG. 5, a packaging box C is formed, and a partition B that divides the inside of the packaging box C into a plurality of predetermined shapes is formed inside the packaging box C.

Next, a third embodiment of the present invention will be described.

The partition body D described in the third embodiment is formed at the same time when the packaging box E is formed as will be described later similarly to the second embodiment. The structure is the same except A and its side wall plates 19 and 20.

As shown in FIG. 6, the packaging box E is provided with one rectangular side wall plate 50, and the side wall plate 50 has first side wall parts 51, 52 and second side wall parts 53, 54. And are alternately connected in series via fold lines 55, 56 and 57. Further, top flaps 58, 59 and bottom flaps 60, 61 are continuously provided at both end edges of each first side wall portion 51, 52, and similarly, top flaps are provided at both end edges of each second side wall portion 53, 54. 62, 63 and bottom flaps 64, 65 are connected in series. The packaging box E has a structure in which each fold line 55, 56, 57 is bent at a right angle to form a box when one edge is in contact with the other edge.

When forming the packaging box E, when the side wall plate 50 is folded through the fold line 56 located at the center of the side wall plate 50, the partition body D is interposed therebetween. That is, the lower surface of the lower mount 1 is adhered onto the first side wall 52 located below, and the left end of each mount 1, 2, 3 is mounted on the second side wall 54 adjacent to the first side wall 52. The outer surface side of the first connecting pieces 9, 13, 16 are bonded. Further, the first side wall portion 51 located on the other side is adhered onto the upper mount 2, and the first side wall 51 on the outer side of the first adhesive piece 10, 14, 18 at the right end of each mount 1, 2, 3 is connected to the first side wall 51. The second side wall portion 53 adjacent to the side wall portion 51 is bonded.

Then, the fold lines 55, 56, 57 are bent at right angles in a direction in which the side wall portions 51, 52, 53, 54 are separated from each other, and at the same time, the rupturable lines 32, 33 are ruptured. The lower mount 1 and the upper mount 2 are vertically separated from each other. As a result, as shown in FIG. 7, a packaging box E is formed, and inside the packaging box E, a partition body D that divides the inside of the packaging box E into a plurality of predetermined shapes is formed.

[0040]

[Effect of device]

 As is clear from the above, the partition body of the present invention is configured such that the breakable lines formed on the respective second adhesive pieces of the partition plate forming member allow each mount to be mounted when the partition body is in a flat state. By separating them from each other in the vertical direction, each breakable line is broken, and the fold line at the boundary between each second adhesive piece and the partition plate, which is divided into the left and right, is bent, so that the partition plate can be easily formed.

Further, in the step of forming the partition body, a partition plate forming member is provided between a plurality of mounts by being adhered to each other, and the first adhesive piece at the left end portion of the mount located at the top of the partition plate forming member and the bottom of the mount are positioned at the bottom. It can be formed very simply by simply folding back the first adhesive piece on the right end of the mount to be placed.

Further, in the partition body of the present invention, in the packaging box, a pair of side wall plates in which the first side wall portion and the second side wall portion are continuously provided via a fold line are opposed to each other, and each fold line is formed at a right angle. When the structure is formed by folding it into a box shape, the partition bodies are provided between both side wall plates by adhering them to the respective side wall plates, and each fold line is formed at a right angle in the direction in which the both side wall plates are separated from each other. Since the partition plates of the partition plate forming member are erected against the respective mounts while the respective breakable lines are broken by folding the partition plates into the respective boxes, the partition plates partitioning the inside of the packaging box can be easily manufactured. You can

Further, in the partition body of the present invention, the packaging box is provided with side wall plates in which a pair of first side wall portions and a pair of second side wall portions are alternately arranged through fold lines, and When the structure is formed in a box-like shape by bending the line of sight at a right angle, the first and second side wall portions on the other side are connected to the second and the other side of the other side through the fold line located at the center of the side wall plate. 1 By overlapping the side wall parts and bonding the partition body between them, and bending the fold lines at right angles in the direction in which the side wall plates are separated from each other to form a packaging box, the breakable lines are formed. Since the partition plates of the partition plate forming member are erected on the respective mounts while being broken, the partition plates partitioning the inside of the packaging box can be easily manufactured.

Therefore, according to the present invention, it is possible to provide an easily manufacturable partition body in which each mount has the same outer shape and each partition plate forming member has the same outer shape to form a plurality of partitions. You can

[Brief description of drawings]

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

FIG. 2 is an exploded explanatory view of a partition body according to the present embodiment.

FIG. 3 is an exploded explanatory view of a partition body according to the present embodiment.

FIG. 4 is an exploded perspective view showing a second embodiment.

FIG. 5 is a plan view showing a partition body according to a second embodiment.

FIG. 6 is an exploded perspective view showing a third embodiment.

FIG. 7 is a plan view showing a partition body according to a third embodiment.

FIG. 8 is an explanatory view showing a conventional partition body.

[Explanation of symbols]

1, 2, 3 ... Mount, 4, 5, 6 ... Partition plate, 9, 10, 1
3, 14, 16, 18 ... First adhesive piece, 19, 20, 3
4, 35, 50 ... Side wall plate, 21 ... Partition plate forming member, 2
2, 23, 24, 25 ... Second adhesive piece, 32, 33 ... Breakable line, 36, 37, 51, 52 ... First side wall portion, 38,
39, 53, 54 ... Second side wall portion, A, B, D ... Partition body,
C, E ... Packaging box.

Claims (3)

[Scope of utility model registration request] 1. A plurality of mounts of the same shape having a pair of first adhesive pieces on the left and right sides with a fold line, a plurality of partition plates and a plurality of second adhesive pieces extending in the left-right direction via the fold lines. A plurality of breakable lines that are alternately arranged and that form a plurality of rupturable lines that can divide the second adhesive piece except the pair of second adhesive pieces located at the left and right end portions of each second adhesive piece in the left-right direction A partition plate forming member having the same shape and a pair of side wall plates, and a lower surface of a second adhesive piece located at a right end portion of the partition plate forming member on an upper surface of the mount excluding the first adhesive piece. And the lower surface on the left side of the rupturable line of the second adhesive piece on which the rupturable line is formed is adhered, and the lower surface excluding the first adhesive piece at the left end of the other mount has the partition plate forming member. A second adhesive piece in which a rupturable line is formed while the upper surface of the second adhesive piece located at the left end is adhered The right upper surface of the breakable line is adhered, and the partition plate forming member is sequentially provided between each of the plurality of mounts, and the first adhesive piece at the right end of the lowermost mount is moved upward through the crease line. Fold it back to superimpose it on the first adhesive piece at the right end of the other mount located directly above the mount, and bond both first adhesive pieces together, and attach the first adhesive piece at the left end of the top mount through the crease line. And folds it downward to superimpose it on the first adhesive piece at the left end of the other mount located directly below the mount,
An adhesive piece is adhered, each side wall plate is adhered to an outer surface side of the first adhesive piece of each mount, and each partition plate of the partition plate forming member is attached to each mount while breaking each breakable line. A partition body characterized by being formed by standing upright. 2. A packaging box comprising a pair of rectangular side wall plates in which a first side wall portion and a second side wall portion are continuously provided via a fold line, and is formed inside the box during assembly. A partition body, a plurality of mounts of the same shape having a pair of first adhesive pieces on the left and right sides with fold lines, a plurality of partition plates and a plurality of second adhesive pieces with a fold line in the left-right direction A plurality of rupturable lines that can divide the second adhesive pieces except the pair of second adhesive pieces located at the left and right ends of the respective second adhesive pieces in the left-right direction. And a lower surface of a second adhesive piece located at the right end of the partition plate forming member is bonded to the upper surface of the mount other than the first adhesive piece at the right end of the mount and is broken. The second adhesive piece on which the feasible line is formed is adhered to the lower left side of the breakable line, and the left end portion of the other mount is attached. The upper surface of the second adhesive piece located at the left end of the partition plate forming member is bonded to the lower surface excluding the first adhesive piece, and the right upper surface of the rupturable line of the second adhesive piece on which the rupturable line is formed. The partition plate forming member is sequentially provided between each of the plurality of mounts by bonding, and the first adhesive piece at the right end of the lowermost mount is folded back along the fold line and positioned directly above the mount. The first adhesive piece at the right end of the other mount is polymerized and both first adhesive pieces are adhered, and the first adhesive piece at the left end of the uppermost mount is folded back along the crease line and The first adhesive piece at the left end of the other mount located immediately below is superposed on the first adhesive piece and
On the first side wall portion of one side wall plate that adheres the adhesive piece and forms the packaging box,
The lowermost mount is adhered, and the outer surface side of the first adhesive piece at the left end of each mount is adhered onto the second side wall portion adjacent to the first side wall part, and the packaging box is placed on the uppermost mount. The first side wall portion of the other side wall plate that forms the first side wall portion is bonded to the outer surface side of the first bonding piece at the right end of each mount, and the second side wall portion adjacent to the first side wall portion is bonded. At the same time as folding each fold line in a direction away from each other at a right angle, the partition plate of the partition plate forming member is formed upright with respect to each mount while breaking each breakable line. Partition to be used. 3. The inside of the box at the time of assembling a packaging box including a rectangular side wall plate in which a pair of first side wall portions and a pair of second side wall portions are alternately arranged via fold lines. A plurality of mounts of the same shape having a pair of first adhesive pieces on the left-right side via a fold line, a plurality of partition plates and a plurality of second adhesive pieces form a fold line. A plurality of breakable lines that are alternately arranged in the left-right direction and that can divide the second adhesive pieces except the pair of second adhesive pieces located at the left-right end portions of the second adhesive pieces in the left-right direction. And a bottom surface of a second adhesive piece located at the right end of the partition plate forming member on the upper surface of the mount other than the first adhesive piece at the right end of the mount. The second lower surface of the second adhesive piece, which is adhered and has a rupturable line formed, is adhered to the left lower surface of the rupturable line, The upper surface of the second adhesive piece located at the left end portion of the partition plate forming member is adhered to the lower surface of the paper excluding the first adhesive piece, and the rupturable line of the second adhesive piece having the rupturable line is formed. The right upper surface of the line is adhered, the partition plate forming member is sequentially provided between each of the plurality of mounts, and the first adhesive piece at the right end of the lowermost mount is folded back over the crease line to The first adhesive piece at the right end of the other mount placed immediately above the mount is polymerized and both first adhesive pieces are adhered, and the first adhesive piece at the left end of the uppermost mount is moved downward through the crease line. The first adhesive piece at the left end of the other mount, which is folded back and is directly below the mount, is polymerized and both
An adhesive piece is adhered, a lowermost mount is adhered on one of the first side wall portions located on the left side of the side wall plate, and on one of the second side wall portions adjacent to the left side of the first side wall portion, The outer surface side of the first adhesive piece at the left end of each mount is adhered, and the other second side wall portion and the other first side wall portion are folded back through the fold line on the right side edge of the first side wall portion to form the uppermost portion. The other first side wall portion of the side wall plate is adhered onto the mount, and the other second side wall portion adjacent to the first side wall portion is adhered to the outer surface side of the first adhesive piece at the right end of each mount. Then, each fold line is bent at a right angle in a direction in which the first side wall portion and the second side wall portion are separated from each other, and at the same time, the partition plates of the partition plate forming member are respectively mounted while the rupturable lines are ruptured. A partition body that is formed so as to stand upright.