JPH1159665A - Assembling case - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an assembly case of which the umber of parts is small and the packing work can be simplfied and the cost for the keeping space and management can be reduced. SOLUTION: This assembly case is constituted of partitions 6, 7, 16, 17 folded to the inside of the assembly case 1 at ruled lines, and base seats 110, 111 having a specified shape, connected at a specified position of notches 43-48 with a specified shapes formed at specified positions of the end of the partition or at the end of the partitions through ruled lines and integrally formed with the partitions. The partitions connected to two bottom face plates 4, 14 of the partitions through ruled lines are mutually joined back to back to divide the inside of the assembly case into two sections and the partitions connected to two bottom flaps 5, 15 of the partitions through ruled lines cross the partitions connected to two bottom face plates through ruled lines and fixed thereto.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an assembling box, and more particularly, to a partition plate capable of storing products separately and a notch or pedestal capable of storing products in a floating state. The present invention relates to an assembly box pre-integrated with a box body, and more particularly, to an assembly box which does not require or minimize tape or staples for forming the assembly box.

[0002]

2. Description of the Related Art Conventionally, packing materials used for packing products to be shipped usually contain a molded product such as a partition plate for separating a box body and a product to be packed, styrofoam for fixing the product to be packed, or small items. They are small boxes and the like, and they are provided for each product type. These parts have a considerable number of points, and the storage space and management cost associated therewith are large.

[0003] When packing a product to be shipped, after assembling the box body, an appropriate partition plate or molded product is set in the box body in accordance with the shape and number of the product to be shipped. Was packed. The work of setting the partition plate and the molded product on the box body is also extremely complicated from the point of view of the lineup of the box body, the partition plate, and the molded product.
In some cases, the box packed above is placed in an outer box such as a decorative box, which is even more complicated.

Further, when a sufficient buffering effect cannot be obtained by using a box body, a partition plate, a molded product, or the like, the box body, the partition plate, or the like may be formed by using an adhesive tape or a staple, or a hot melt adhesive. Molded products must be fixed securely, and when assembling small boxes for storing small items, adhesive tape, staples, hot melt adhesives, etc. are required, and these operations are also difficult In addition, the cost involved was not ridiculous, and the appearance fixed by them was by no means good-looking.
Further, when a molded product made of styrene foam or the like is used, there is an environmental problem in disposal or the like.

[0005]

SUMMARY OF THE INVENTION Accordingly, the present invention has been made in view of the above circumstances, and reduces the number of parts of a packing material used for packing a product to be shipped, thereby reducing storage space and management. An assembling box with a cutout or pedestal pre-integrated with the box body that reduces costs and simplifies the packing operation when packing products to be shipped, and allows the products to be shipped to be securely fixed in a floating state And an assembling box that can be stored in a beautiful state.

[0006]

Means for Solving the Problems In order to achieve the above object, the present inventors have set forth an assembly box according to the first aspect of the present invention, which is a rectangular parallelepiped assembly box having a top surface, side walls, and a bottom surface. In the above, the bottom portion of the assembly box includes two bottom plates and two bottom flaps, and one end of the two bottom plates is formed of a pair of opposed first side walls forming the side walls. Each of the lower edges is connected to each of the lower edges by a crease, and one end of each of the two bottom flaps is creased at each of the lower edges of the opposing second pair of side wall plates forming the side walls. One end of the two bottom plates and one end of the two bottom flaps are connected to each other via a crease,
When assembling the assembling box into a box shape, a partition plate that is folded inside by a crease to form a partition, and a notch having a predetermined shape provided at a predetermined position at the other end of the partition plate or the partition. It is connected to a predetermined position at the other end of the plate via a crease, and comprises a pedestal of a predetermined shape integrated with the partition plate. Each of the two bottom plates of the partition plate is provided with a crease. The connecting partition plates are aligned back to back to divide the inside of the assembly box into two parts, and the two bottom flaps of the partition plate are connected to each other via folds on the two bottom flaps. The present invention is characterized in that it is configured to intersect with and engage with a partition plate connected to each other via a crease. By adopting such a configuration, it is possible to provide an assembly box having both a partition and fixing of a product, and it is possible to reduce a storage space and a management cost per unit of the packing material, which were conventionally required, and to reduce the cost. The notch or pedestal that secures the box body, partition plate and product is formed integrally to increase the strength of the box itself, and use tape, staples, hot melt adhesive, etc. to form the bottom of the box. No more need.

[0007] The invention described in claim 2 is the first invention.
Wherein the height dimension of the partition plate is smaller than the dimension between the upper edge portion and the lower edge portion of the side wall plate, and the top surface portion of the assembly box is at least one top plate and two sheets. And one end of each of the two top flaps is connected to an upper edge of each of the side wall plates of one of the first or second pair via a crease, respectively, and One end of the at least one top panel is connected to an upper edge of at least one side wall of the other pair of the first or second pair via a crease, and the two top flaps are One end is connected to each other end via a crease, and when assembling the assembly box into a box shape, the other end of the partition plate and the side wall plate are bent inside the assembly box by a crease. A storage wall defining a storage space between the storage wall and the upper edge of the storage wall; And it is characterized in that comprising a buffer plate and which is connected via a Orikei to. With such a configuration, an assembly box having two upper and lower product storage sections can be provided, and an assembly box having a buffering action against external pressure from the top surface can be provided.

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION Specific embodiments of the present invention will be described below in more detail with reference to the drawings.
1 is an exploded view showing a first embodiment of an assembly box according to the present invention, FIG. 2 is a perspective view in which the exploded view of FIG. 1 is assembled into a box shape, and FIG. 3 is a second view of the assembly box according to the present invention. FIG. 4 is a perspective view in which the developed view of FIG. 3 is assembled into a box shape, and 1, 1 ′ in the figure are assembled boxes;
2,3,12,13 are side wall plates, 4,14 are bottom plate, 5,5 ', 15
Is a bottom flap, 6,6 ', 7,7', 16,16'17,17 'is a partition plate, 8 is a top plate, 9,19,9', 19 'is a top flap, 11 is a glued piece, 20 is a cutout for locking, 21 is a locking projection, 25, 26, 28, 91 ', 99' is a cut line, 31, 33 is a storage wall,
35 and 37 are buffer plates, 35 'is a support plate, 42, 42', 43, 43 ',
44, 45, 45 ', 46, 47, 47', 48, 48 'are cutouts, 49 is a rectangular cutout, 52, 62, 54, 64 is a cutout, 53, 63 are strip-shaped slits, 71, 72, 72 ', 75, 76, 77, 78, 81,
82, 83, 84, 85, 86, 88, 89, 91, 92, 93, 94, 95, 9
9, 102, 104, 106 and 108 are folded lines, 110, 110 'and 111
, 111 'are pedestal pieces, 120 is an engagement projection, and 121 is an insertion hole.

FIG. 1 is an exploded view showing a first embodiment of an assembly box according to the present invention. The assembly box 1 of the present invention comprises a glue piece 11, side wall plates 2, 3, 12, and 13. Crease line 7
5, 76, 77, and 78, the glue pieces 11 and the back surface of the side wall plate 13 are bonded to each other to form a side wall of the assembly box 1. A pair of side wall plates, and the side wall plates 3 and 13 become a second pair of side wall plates. Also, one ends of the bottom plates 4 and 14 are connected to lower edges of the first pair of side walls 2 and 12 via folds 82 and 92, and folds 84 and The partition plates 6 and 16 are connected via 94. Further, the partition plates 6 and 16 are provided with cuts 52, 62 and 54, 64 at two places, respectively. Also,
Notches 42 for fixing products are provided in the partition plates 6 and 16.
44, 46, and 48 are provided in accordance with the shape and size of the product, and a part of the partition plate 6 is engaged with a pedestal piece 110, which is cut out at two places in a circular shape, and at two places at the tip. Protrusion 12
The base plate 111 having a zero is connected via the creases 102 and 104, and the partition plate 6 is folded when folded by the creases 102 and 104.
And a part thereof is integrated into a substantially U-shaped pedestal. The product can be fixed in a floating state by setting the product at two places cut out in the circular shape.

A crease is formed on the upper edge of the first pair of side wall plates 2.
One end of the top plate 8 is connected to the other end of the top plate 8 via the crease 86, and the other end of the top plate 8 is connected to the insertion flap 10 via the crease 88. A cutout 20 is formed, and two cut lines 26, 28 are provided at the center of the upper edge of the first pair of side wall plates 12 from the upper edge, and are separated by the two cut lines 26, 28. The said side plate
12 protruding from the upper edge of the side wall plate 12
A locking projection 21 integrated with the section defined by 26 and 28 is provided. When the assembly box 1 is assembled in a box shape, the locking projection 21 engages with the locking cutout 20. However, the top panel 8 is not opened unless the user unconsciously performs the unpacking operation. Also, the locking projections 21 are provided with folds 106, 10 for facilitating engagement with the locking cutouts 20.
8 are provided.

Next, one ends of the bottom flaps 5, 15 are connected to lower edges of the second pair of side walls 3, 13 via folds 83, 93, respectively. The partition plates 7, 17 are connected to the ends via folding lines 85, 95. Further, notches 43, 45, 47 for fixing the product are provided in the partition plates 7, 17 according to the shape and size of the product, and are connected to the bottom flap 5 via a crease 85. The creases 93 to 95 are connected to the partition plate 17 which is connected to the partition plate 7 via the band-shaped slit 53 extending from the crease 83 over the crease 85, the bottom flap 15 and the crease 95. A band-like slit 63 extending beyond is formed. Further, a pedestal piece 111 forming the pedestal is attached to the bottom flap 5.
Are provided with two insertion holes 121 for engaging with the two engagement projections 120 provided therein and fixing the pedestal. When the assembling box 1 thus configured is assembled in a box shape, the band-shaped slit 53 and the cuts 52 and 54 are engaged with each other, and the band-shaped slit 63 and the cuts 62 and 64 are formed.
Are engaged with each other.

When the top box flaps 9 and 19 are formed on the upper edges of the second pair of side wall plates 3 and 13 via folds 87 and 97, the assembly box 1 is assembled in a box shape. Further, the top flaps 9, 19 and the top plate 8 provide a reinforcing effect on the top surface of the box and a buffer effect against external pressure from the top surface.

FIG. 2 is a perspective view in which the exploded view of FIG. 1 is assembled into a box shape. The assembled box 1 first includes a glue piece 11 and the side walls 2, 3 in the exploded view shown in FIG. 12,
After folding 13 and 90 inward at the crease 75,76,77,78,
The glued pieces 11 and the back surface of the side wall plate 13 are bonded to form the side wall of the assembly box 1, and then the second pair of side wall plates 3, 13 are provided with folds 83, 93, 85. , 95 and the bottom flaps 5, 15 and the partition plates 7, 17
First, the bottom flaps 5 and 15 are creased 83 and 93,
After being bent 90 degrees inward with respect to 13, the partition plates 7, 17 are bent 90 degrees inward with respect to the bottom flaps 5, 15 by the creases 85, 95, so that the partition plates 7, 17 become the wall plate. 3 and 13 are almost parallel to each other. Next, the bottom plates 4 and 14 and the partition plates 6 and 16 connected to the first pair of side wall plates 2 and 12 via the creases 82 and 92 and the creases 84 and 94 are firstly attached. Bottom plate 4,14 with creases 82,92
Is bent 90 degrees inward with respect to the wall plates 2 and 12, and then the partition plates 6 and 16 are bent 90 degrees inward with respect to the bottom plates 4 and 14 by creases 84 and 94, and the partition plates 6 and 16 are bent. Notches formed in the partition plate 6 so as to match each other back to back
The notch formed in the partition plate 6 and the notch 54 formed in the partition plate 16 are engaged with the band-shaped slit 53 provided in the bottom flap 5 and the partition plate 7. The partition plates 6 and 16 are fitted so that 62 and the cuts 64 formed in the partition plate 16 are engaged with the bottom flaps 15 and the band-shaped slits 63 provided in the partition plate 17. A pedestal piece 110 connected at one end to a part of the partition plate 6 via a crease 102, and a pedestal piece connected to the other end of the pedestal piece 110 via a crease 104
FIG. 11 shows a state in which 111 is folded in a substantially U-shape with creases 102 and 104, and an engaging projection 120 formed at the tip of the pedestal piece 111 is inserted into an insertion hole 121 formed in the bottom flap 5. Things.

FIG. 3 is an exploded view showing a second embodiment of the assembly box according to the present invention. The assembly box 1 'of the present invention comprises a glue piece 11, side wall plates 2, 3, 12, and 13. Is creased 7
5, 76, 77, and 78, the glue pieces 11 and the back surface of the side wall plate 13 are bonded to form a side wall of the assembly box 1 '. , And the side wall plates 3 and 13 become the second pair of side wall plates. Also, one ends of the bottom plates 4 and 14 are connected to lower edges of the first pair of side walls 2 and 12 via folds 82 and 92, and folds 84 and The partition plates 6 'and 16' are connected to each other via 94. Further, the partition plates 6 ', 16' are provided with cuts 52, 62 and 54, 64 at two places, respectively. Notches 4 for fixing products are provided in the partition plates 6 'and 16'.
2 ′ and 48 ′ are provided according to the shape and size of the product, and a part of the partition plate 6 ′ includes a pedestal piece 110 ′ and a pedestal piece 111 ′ that are cut out at two locations in a circular shape. Creases 102, 10
4 and are integrated with a part of the partition plate 6 ′ to form a substantially U-shaped pedestal when folded by the creases 102 and 104. By setting, the product can be fixed in a floating state.

A crease is formed on the upper edge of the first pair of side wall plates 2.
One end of the top plate 8 is connected to the other end of the top plate 8 via the crease 86, and the other end of the top plate 8 is connected to the insertion flap 10 via the crease 88. A cutout 20 is formed, and two cut lines 26, 28 are provided at the center of the upper edge of the first pair of side wall plates 12 from the upper edge, and are separated by the two cut lines 26, 28. The said side plate
12 protruding from the upper edge of the side wall plate 12
A locking projection 21 integrated with the section defined by 26 and 28 is provided. When the assembly box 1 ′ is assembled in a box shape, the locking projection 21 engages with the locking cutout 20. In this case, the top panel 8 is not opened unless the user unconsciously performs the unpacking operation. Also, the locking projections 21 are provided with folds 106, 10 for facilitating engagement with the locking cutouts 20.
8 are provided.

Next, one ends of the bottom flaps 5 ', 15 are connected to lower edges of the side walls 3, 13 of the second pair via folds 83, 93, and the bottom flaps 5', 15 are connected. The partitioning plates 7 ', 17' are connected to the other end of the partition via folding lines 85, 95. Further, the partition plates 7 ', 17' have notches 43 ', 45' for fixing the product,
47 ′ is provided according to the shape and size of the product, and the partition plate 7 ′ connected to the bottom flap 5 ′ via the crease 85 extends from the crease 83 over the crease 85. A strip-shaped slit 63 extending from the crease 93 and beyond the crease 95 is formed in the partition plate 17 'connected to the extending strip-shaped slit 53, the bottom flap 15, and the crease 95. When assembling the assembly box 1 ′ thus configured into a box shape, the band-shaped slit 53 and the cuts 52, 54 are formed.
Are engaged with each other, and the band-shaped slit 63 and the cuts 62 and 64 are engaged with each other.

Further, top flaps 9 ', 19', one end of which are connected to each other via folds 87, 97, are formed at the upper edges of the side walls 3, 13 of the second pair. Further, the other end of the top flap 9 'is formed with a storage wall 31 having one end connected thereto via a crease 81 and a buffer plate 35 connected to the other end of the storage wall 31 via a crease 89. Further, a support plate 35 ′ is provided on the buffer plate 35 via a crease 71, and the support plate 35 ′ is formed by a cut line 25 formed in a part of the crease 89.
When the assembly box 1 ′ is bent 90 degrees with respect to 35 to assemble the assembly box 1 ′ into a box shape, the tip of the support plate 35 ′ is
It is supported by 110 '. Also, the top flap
At the other end of 19 ′, a storage wall 33 connected at one end via a fold 91 and a buffer plate 37 connected at another end of the storage wall 33 via a fold 99 are formed. 33 has a rectangular cutout 49 extending from the crease 91 to the crease 99 at the center of the storage wall 33, and is provided on both sides of the rectangular cutout 49 in parallel with the rectangular cutout 49. Crease
72, 72 'are provided, and the crease 72 and the crease 72' are further provided.
A cut line 91 'and a cut line 99' are formed in the crease 91 and the crease 99 therebetween, so that the storage wall 33 can be folded in a double-folded manner by the crease 72 and the crease 72 '. .

When assembling the assembly box 1 'thus constructed into a box shape, the top flaps 9', 19 ', the storage walls 31, 33, and the buffer plates 35, 37 are connected to the side wall plate 3, 13 against creases 87, 81, 89 and creases 97, 91, 99
By folding 90 degrees in the order of mountain fold, mountain fold, and valley fold, the top flaps 9 ′, 19 ′ and the storage wall 31,
A storage space formed by 33 and the buffer plates 35 and 37 is formed. Further, the buffer plates 35 and 37 are stored in a space partitioned by products stored in the storage space and a lower portion of the storage space, that is, partitions 6 ′, 7 ′, 16 ′, 17 ′ and the like. It separates the product and provides a buffering effect.

FIG. 4 is a perspective view in which the exploded view of FIG. 3 is assembled into a box shape, and the assembled box 1 'is first shown in the exploded view of FIG. , 12,
After folding 13 and 90 inward at the crease 75,76,77,78,
The glued pieces 11 and the back surface of the side wall plate 13 are bonded to form a side wall of the assembly box 1 ′, and then the second pair of side wall plates 3, 13 are provided with creases 83, 93, and creases Bottom flaps 5 ', 15 and articulation plates 7', 17 'connected via 85, 95
First, the bottom flaps 5 ′ and 15 are creased with the creases 83 and 93,
After being bent 90 degrees inward with respect to 13, the partition plates 7 ′ and 17 ′ are bent 90 degrees inward with respect to the bottom flaps 5 ′ and 15 by the creases 85 and 95, thereby forming the partition plates 7 ′ and 17. Is substantially parallel to the wall plates 3 and 13.
Next, the bottom plates 4, 14 and the partition plates 6 ', 16' connected to the first pair of side wall plates 2, 12 via the creases 82, 92 and the creases 84, 94 are attached to the first pair of side wall plates 2, 12. First, the bottom plate 4,
After bending 14 inward with respect to the wall plates 2 and 12 by 90 degrees,
The dividing plates 6 'and 16' are folded with the creases 84 and 94 to the bottom plates 4 and 14.
Bending 90 degrees inward, the partition plates 6 ', 16' are matched to each other back to back, and the cut 52 formed in the partition plate 6 'and the cut 54 formed in the partition plate 16' are the bottom flap. 5 ′ and a notch 62 formed in the partition plate 6 ′ and a notch 64 formed in the partition plate 16 ′ so as to engage with the strip-shaped slit 53 provided in the partition plate 7 ′. Are fitted so that the bottom flaps 15 and the strip-shaped slits 63 provided on the partition plate 17 'are engaged with each other, and thereafter, they are folded into a part of the partition plate 6'. A pedestal piece 110 ', one end of which is connected via a crease 102, and a pedestal piece 111', which is connected to the other end of the pedestal piece 110 'via a crease 104, are folded into substantially U-shapes by the creases 102, 104. Further, the top flaps 9 ′, 19 ′ and the storage wall 31,
33 and the cushioning plates 35 and 37 are folded 90 degrees to the side wall plates 3 and 13 in the order of folds 87, 81, 89 and folds 97, 91, 99 in the order of mountain fold, mountain fold, and valley fold. This shows a state in which a storage space formed by the top flaps 9 ′, 19 ′, the storage walls 31, 33 and the buffer plates 35, 37 is formed.

The above-described first and second embodiments of the assembly box according to the present invention are merely examples of the present invention, and the number of products to be stored in the assembly box, its shape, dimensions, and the like are different. Needless to say, the number, position, size, shape, and the like of the partition plates, notches, pedestals, and the like are provided as appropriate. It goes without saying that the same applies to the top flap and the storage wall.

[0021]

As has been described so far, the assembly box of the present invention reduces the number of parts of packing materials used for packing products to be shipped, thereby reducing storage space and management costs, In addition, it simplifies the packing work when packing products to be shipped, and also makes it possible to float and securely fix the products to be shipped, protect the products from external pressure, and make the storage state of the products beautiful. It has various useful effects.

[Brief description of the drawings]

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

FIG. 2 is a perspective view in which the developed view of FIG. 1 is assembled into a box shape.

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

FIG. 4 is a perspective view in which the developed view of FIG. 3 is assembled into a box shape.

[Explanation of symbols]

 1,1 'assembly box 2,3,12,13 side wall plate 4,14, bottom plate 5,5', 15 bottom flap 6,6 ', 7,7' partition plate 16,16'17,17 'partition plate 8 Top plate 9,19,9 ', 19' Top flap 11 Glue piece 20 Cutout for locking 21 Locking protruding piece 25,26,28,91 ', 99' Cut line 31,33 Storage wall 35,37 Buffer plate 35 'support plate 42, 42', 43, 43 'notch 44, 45, 45', 46 notch 47, 47 ', 48, 48' notch 49 rectangular cutout 52, 62, 54, 64 cutout 53, 63 strip Slits 71, 72, 72 ', 75, 76, 77 creases 78, 81, 82, 83, 84, 85, 86 creases 88, 89, 91, 92, 93, 94, 95 creases 99, 102, 104, 106, 108 Folding rule 110, 110 ', 111, 111' Pedestal piece 120 Engagement projection 121 Insertion hole

Claims (2)

[Claims] 1. A rectangular parallelepiped assembly box having a top surface, side walls, and a bottom surface, wherein the bottom surface of the assembly box includes two bottom plates and two bottom flaps.
One end of each of the bottom plates is connected to a lower edge of each of the first pair of side walls forming the side wall via a crease, and one end of the two bottom flaps is connected to the side wall. A lower edge of each of the second pair of side wall plates facing each other is connected via a crease, and a crease is applied to the other end of each of the two bottom plates and the two bottom flaps. When one end is connected through, when assembling the assembly box into a box shape,
A partition plate which is bent inside the assembly box by a crease to form a partition; and a notch of a predetermined shape provided at a predetermined position at the other end of the partition plate or a crease at a predetermined position at the other end of the partition plate. And a pedestal having a predetermined shape integrated with the partition plate.
A partition plate connected to each of the bottom plates via a crease matches each other back to back, divides the inside of the assembly box into two parts, and separates each of the two bottom flaps of the partition plate through a crease. An assembling box, wherein a connecting partition plate intersects and engages a partition plate connected to each of the two bottom plates via a crease rule. 2. The assembly box according to claim 1, wherein a height dimension of the partition plate is smaller than a dimension between an upper edge portion and a lower edge portion of the side wall plate, and the top surface portion of the assembly box is at least one. One top plate and two top flaps, one end of each of the two top flaps being creased at the upper edge of each of the side walls of one of the first or second pair. And one end of the at least one top plate is connected to an upper edge of at least one side wall plate of the other pair of the first or second pair via a crease, One end is connected to the other end of each of the two top flaps via a crease, and when assembling the assembly box into a box shape, the partition flap is bent inside the assembly box by the crease and the partition plate A storage wall that forms a storage space between the other end of the side wall and the upper edge of the side wall plate; And a buffer plate connected to the other end of the storage wall via a crease.