JP5516111B2 - Storage box - Google Patents

Description

  The present invention relates to a vertically long rectangular parallelepiped storage box that is integrally provided with two storage portions from which contents can be taken out from above.

  2. Description of the Related Art Conventionally, a rectangular parallelepiped storage box has a front panel portion for closing the front surface, an upper surface panel portion for closing the upper portion, a pair of side panel portions for closing both side surfaces, and the rear surface. Therefore, the rear panel portion and the lower panel portion for closing the lower portion are formed, and the accommodating portion is formed inside. For example, a long and narrow candy is stored in the storage unit. Then, the upper panel (lid) provided at the upper part is lifted to take out the candy (contents) from the storage box, and then the upper panel is closed again.

  In such a storage box, for example, there is a demand for distinguishing and storing two different types of sweets. In such a case, it is necessary to provide a partition part in the accommodating part and divide the accommodating part into two in the vertical direction. For example, Patent Document 1 discloses a storage box in which a storage portion is provided with a partition portion and the storage portion is divided into two.

JP 2007-290749 A

  However, in the storage box of Patent Document 1, the partition portion is not fixed, and when this technique is applied to the tall storage box, the partition portion moves and efficiency is increased in the process of filling sweets. There was a problem of making it worse.

  Accordingly, an object of the present invention is to provide a storage box in which the work of filling the contents is made efficient.

For this reason, the invention according to claim 1 is a vertically long rectangular parallelepiped storage box that integrally includes two storage portions from which contents can be taken out from above.
Each of the two accommodating parts
A substantially rectangular top panel for closing the top,
A substantially rectangular front panel portion provided continuously to the upper surface panel portion for closing the front surface;
A substantially rectangular outer surface panel portion that is provided continuously to the front panel portion and the upper surface panel portion and closes the outer surface;
A substantially rectangular rear panel portion that is provided so as to be continuous with the upper panel portion and opposed to the front panel portion, and closes the rear surface;
A substantially rectangular inner side panel part for forming an inner side surface provided to be continuous with the rear side panel part and facing the outer side panel part;
A substantially rectangular bottom panel portion that is provided to be continuous with the front panel portion and to face the top panel portion, and closes a lower portion;
An upper panel insertion portion for being provided continuously with the upper panel portion, and being inserted along the rear panel portion of the housing portion to keep the housing portion closed in the upper panel portion;
A bottom panel insertion portion provided continuously to the bottom panel portion, and inserted along the rear panel portion of the housing portion to keep the housing portion closed at the bottom panel portion;
A front panel portion provided in each of the two housing portions is integrally formed, and
A joining part is provided continuously at one end of the inner side panel part provided in each of the two accommodating parts, and the joining part is fixed to the back surface of the front panel part.

  According to a second aspect of the present invention, in the storage box according to the first aspect, the lower surface panel portion and the lower surface panel insertion portion respectively provided in the two accommodating portions are integrally formed. .

  According to a third aspect of the present invention, in the storage box according to the first aspect, the upper surface panel portion and the upper surface panel insertion portion respectively provided in the two storage portions are integrally formed. .

  According to a fourth aspect of the present invention, in the storage box according to the first aspect, a notch is provided in the rear panel portion of the two accommodating portions.

  The invention according to claim 5 is the storage box according to claim 1, wherein the two storage portions are provided in parallel with a certain distance between the two storage portions, In addition, the front panel portion is provided with a perforation or a zipper, and the two accommodating portions can be separated by the perforation or the zipper.

The invention according to claim 6 is provided with two accommodating portions that are integrally provided with a plurality of substantially rectangular panel portions via a bent portion on a single plate-like member, and are folded and assembled along the bent portion. In a vertically long rectangular parallelepiped storage box,
The outer side panel part on both sides of the front panel part,
A rear panel part on the opposite side of the front panel part of each outer side panel part,
An inner side panel part on the opposite side of the outer side panel part of each rear panel part,
A joining panel part on the opposite side of the rear panel part of each inner side panel part,
An upper surface panel portion above the front panel portion,
An upper panel plug portion on the upper panel portion,
A lower surface panel part on the lower side of the front panel part,
A storage box having a lower panel insertion portion on the lower side of the lower panel,
After folding the two joining panel parts inward to match the inner side panel part,
After applying an adhesive on the outer surface of the bonding panel portion, bending the inner panel so as to match the outer surface panel portion together with the rear panel portion, and sticking the bonding panel portion to the back side of the front panel portion,
The outer side panel part is substantially perpendicular to the inner side with respect to the front panel part and the rear panel part, and the inner side panel part is substantially perpendicular to the inner side with respect to the front panel part and the rear panel part. Bend like
The lower panel portion is bent inward at a substantially right angle with respect to the front panel portion, the lower panel insertion portion is bent inward with respect to the lower panel portion, and the lower panel insertion portion is While plugging inside the rear panel,
The upper surface panel portion is bent inward at a substantially right angle with respect to the front panel portion, the upper surface panel insertion portion is further bent inward with respect to the upper surface panel portion, and the upper surface panel insertion portion is A storage box that is inserted into the rear panel portion to form the two storage portions,
Two front panel portions respectively provided in the two accommodating portions are integrally formed,
Two upper panel portions respectively provided in the two accommodating portions are integrally formed,
The two lower surface panel portions respectively provided in the two housing portions are integrally formed.

  According to a seventh aspect of the present invention, in the storage box according to the sixth aspect, a notch is provided in the rear panel portion of the two storage portions.

  The invention according to claim 8 is the storage box according to claim 6, wherein the two storage portions are provided in parallel with a fixed distance between the two storage portions, In addition, the front panel portion is provided with a perforation or a zipper, and the two accommodating portions can be separated by the perforation or the zipper.

  According to the first aspect of the present invention, in the vertically long rectangular parallelepiped storage box that is integrally provided with two storage portions from which contents can be taken out from above, each of the two storage portions is an abbreviation for closing the top. A rectangular top panel portion, provided continuously to the top panel portion, and substantially rectangular front panel portion for closing the front, and provided continuously to the front panel portion and the top panel portion, for closing the outer surface A substantially rectangular outer surface panel portion, which is continuous with the upper surface panel portion and is provided so as to face the front panel portion, and is substantially rectangular rear surface panel portion for closing the rear surface. A substantially rectangular inner surface panel for forming the inner surface, and a substantially rectangular for connecting the front panel and facing the upper panel, and closing the lower side. A bottom panel portion, a top panel plug-in portion that is provided continuously to the top panel portion and is inserted along the rear panel portion of the housing portion to keep the housing portion closed by the top panel portion, and the bottom panel A bottom panel insertion portion that is provided along the rear panel portion of the housing portion to keep the housing portion closed by the lower surface panel portion, and is provided in each of the two housing portions. The front panel portion is formed integrally, and a joint portion is provided continuously at one end of the inner surface panel portion (that is, the partition portion of the two housing portions) provided in each of the two housing portions, and the joint portion is the front panel portion. Secure to the back of the. Therefore, by fixing the inner side panel part, it becomes easier to fill the contents in the accommodating part, and the working efficiency of the manufacturing process can be improved. Therefore, it is possible to provide a storage box that improves the efficiency of filling the contents.

  In addition, when a fragile object is accommodated in the accommodating portion, the inner side panel portion is provided, so that even if a pressing force is applied from the front panel portion and the rear panel portion, the inner side panel portion is pressed. Resist the pressure and prevent the storage box from being bent and crushed.

  According to the second aspect of the present invention, since the lower surface panel portion and the lower surface panel insertion portion respectively provided in the two accommodating portions are integrally formed, the lower surfaces of the two accommodating portions can be closed by one operation. Can be done easily.

  According to the third aspect of the present invention, since the upper surface panel portion and the upper surface panel insertion portion respectively provided in the two housing portions are integrally formed, it is possible to close the upper surfaces of the two housing portions in one operation. Can be done easily.

  According to the fourth aspect of the present invention, since the notches are provided in the rear panel portions of the two accommodating portions, the upper panel insertion portion can be easily touched from the notched portions. Thus, by sliding the upper panel insertion portion, the upper panel portion can be easily opened and the upper surface of the storage box can be opened.

  According to the fifth aspect of the present invention, a storage box in which the two storage portions are provided in parallel at a constant distance, and is between the two storage portions and has a perforation or a zipper on the front panel portion. Since the two storage portions can be separated by a perforation or a zipper, for example, when one storage portion becomes unnecessary, it can be separated to make the storage box compact. Moreover, two accommodating parts can be stored in different places. Even if the two accommodating portions are separated, each of the two accommodating portions has six surfaces and functions as a box.

  According to the sixth aspect of the present invention, two housings that are integrally provided with a plurality of substantially rectangular panel portions via a bent portion on a single plate-like member and are folded and assembled along the bent portion. In a vertically long rectangular parallelepiped storage box having a front panel part, an outer side panel part on each side of the front panel part, a rear panel part on the opposite side of the front panel part of each outer side panel part, and each rear panel part The inner side panel part on the opposite side of the outer side panel part, the joining panel part on the opposite side of the rear side panel part of each inner side panel part, the upper panel part on the upper side of the front panel part, and the upper panel part A storage box having an upper panel insertion part on the upper side, a lower panel part on the lower side of the front panel part, and an insertion part for the lower panel on the lower side of the lower panel part, the two joining panel parts being Fold inward to fit the inner panel After bonding, apply an adhesive to the outer surface of the joining panel part, fold it inward to fit the outer panel part together with the rear panel part, and stick the joining panel part to the back side of the front panel part. Bend the part so that it is substantially perpendicular to the inside of the front panel part and the rear panel part, and the inner side panel part (that is, the partition part) is substantially perpendicular to the inside of the front panel part and the rear panel part. The lower panel part is bent inward at a substantially right angle with respect to the front panel part. Further, the lower panel insertion part is bent inward with respect to the lower panel part, and the lower panel insertion part is placed inside the rear panel part. The top panel part is folded inward at a substantially right angle with respect to the front panel part, and the top panel insertion part is folded inward with respect to the top panel part. A storage box that is inserted into the inside of the surface panel portion to form two housing portions, and two front panel portions that are respectively provided in the two housing portions are integrally formed, and two upper surfaces that are respectively provided in the two housing portions. The panel portion is integrally formed, and the two lower surface panel portions respectively provided in the two housing portions are integrally formed. Therefore, it becomes easy to assemble a storage box by fixing an inner surface panel part (partition part), and it can streamline a manufacturing process.

  Moreover, it becomes easy to fill the container with the contents, and the working efficiency of the manufacturing process can be improved. Therefore, it is possible to provide a storage box that improves the efficiency of filling the contents.

  Further, when a fragile object is accommodated in the accommodating portion, the inner surface panel portion is provided, so that even when a pressing force is applied from the front panel portion and the rear panel portion, the inner surface panel portion is pressed. Resist the pressure and prevent the storage box from being bent and crushed.

  According to the seventh aspect of the present invention, since the notches are provided in the rear panel portions of the two accommodating portions, the upper panel insertion portion can be easily touched from these notched portions. Thus, by sliding the upper panel insertion portion, the upper panel portion can be easily opened and the upper surface of the storage box can be opened.

  According to the eighth aspect of the present invention, there is a storage box in which the two storage portions are provided in parallel at a constant distance, between the two storage portions, and a perforation or a zipper on the front panel portion. Since the two storage portions can be separated by a perforation or a zipper, for example, when one storage portion becomes unnecessary, it can be separated to make the storage box compact. Moreover, two accommodating parts can be stored in different places. Even if the two accommodating portions are separated, each of the two accommodating portions has six surfaces and functions as a box.

It is a perspective view of an example of the storage box of this invention. (A) is a front view, (b) is a rear view, (c) is a left side view, and (d) is a right side view. It is the development view. It is the expanded view which showed the dimension. (A), (b) is a figure which shows the procedure of assembling the storage box of FIGS. (A) is a figure which shows the procedure which further assembles the storage box of FIGS. 1-4, (b) is a figure which shows the procedure which fills two contents. It is a perspective view of another example of the storage box of this invention. It is the development view. It is the expanded view which showed the dimension. (A) is a figure for demonstrating a mode that the storage box of FIGS. 7-9 is isolate | separated, (b) is a figure which shows the storage box after isolation | separation. It is a perspective view of another example of the storage box of this invention. (A) is a front view, (b) is a rear view, (c) is a left side view, and (d) is a right side view. It is the development view. It is the expanded view which showed the dimension. (A), (b) is a figure which shows the detail of a zipper. (A), (b) is a figure which shows the procedure of assembling the storage box of FIGS. (A) is a figure which shows the procedure which further assembles the storage box of FIGS. 11-15, (b) is a figure which shows the procedure filled with two contents.

  1-4 show an example of the storage box of the present invention. The storage box 1 in this example is formed in a substantially rectangular parallelepiped shape by appropriately bending one paperboard (blank) (vertically long). Examples of the blank material include, in addition to paperboard, materials (members) having a certain thickness and excellent folding properties, such as composite sheets mainly made of paper and plastic sheets.

  The storage box 1 includes two storage portions, a right storage portion 10A, and a left storage portion 10B in an integrated manner and in parallel with a certain distance. The storage box 1 includes a front panel part 12, a right outer side panel part 13A and a left outer side panel part 13B, a right rear panel part 14A and a left rear panel part 14B, a right inner side panel part 15A and a left inner side panel part 15B, Upper surface panel portion 11, upper surface panel insertion portion 17, lower surface panel portion 16, lower surface panel insertion portion 18, right joint portion (margin portion) 19A, left joint portion (margin portion) 19B, upper right flap 20A and upper left flap 20B, lower right flap 21A, lower left flap 21B, and the like.

  In other words, the right accommodating portion 10A includes the front panel portion 12, the right outer surface panel portion 13A, the right rear surface panel portion 14A, the right inner surface panel portion 15A, the upper surface panel portion 11, the upper surface panel insertion portion 17, and the lower surface panel portion. 16, the lower panel insertion portion 18, the right joint 19A, the upper right flap 20A, and the lower right flap 21A. The left housing portion 10B includes a front panel portion 12, a left outer surface panel portion 13B, a left rear panel portion 14B, a left inner surface panel portion 15B, an upper panel portion 11, an upper panel insertion portion 17, and a lower panel portion 16. The lower panel insertion portion 18, the left joint portion 19B, the upper left flap 20B, and the lower left flap 21B are provided.

  The upper surface panel portion 11 closes the upper surface of the storage box 1 and is formed in a rectangular shape having a length W2 and a width L1. The upper surface panel portion 11 integrally closes the upper surfaces of the right accommodating portion 10A and the left accommodating portion 10B. The front panel unit 12 is for closing the front of the storage box 1 and is provided continuously to the upper panel unit 11 with the ruled line K11 interposed therebetween. The front panel unit 12 is formed in a rectangular shape having a vertical W1 and a horizontal L1. The front panel portion 12 integrally closes the front surfaces of the right housing portion 10A and the left housing portion 10B.

  Note that reference symbol AT1 in the vicinity of the center of the rear surface side of the front panel 12 is an adhesion target region to which a later-described right joint portion 19A is adhered, and reference symbol AT2 is an adhesion target region to be adhered to a later-described left joint portion 19B (adhesion). The target areas AT1, AT2 are set along the vertical direction near the center of the front panel 12 in the width direction). The right outer side panel portion 13A is for closing the right outer side surface of the storage box 1, and is continuously provided on the front panel portion 12 with the ruled line K21 interposed therebetween. The left outer surface panel portion 13B is for closing the left outer surface of the storage box 1, and is provided continuously to the front panel portion 12 with the ruled line K22 interposed therebetween. The right outer surface panel portion 13A and the left outer surface panel portion 13B are formed in a rectangular shape having a vertical W1 and a horizontal L2, respectively.

  The right rear panel portion 14A is for closing the right half of the rear surface of the storage box 1, and is continuously provided on the right outer surface panel portion 13A with the ruled line K31 interposed therebetween. The right rear panel portion 14A is provided with a cutout 30A in a rectangular shape of vertical W1 and horizontal L3. The notch 30A is formed in an arc shape on the upper corner of the right rear panel 14A and on the opposite side of the ruled line K31. In addition, cuts C1 and C2 are provided at the upper and lower ends of the right rear panel portion 14A. The cut C1 is formed continuously with the cutout 30A. On the other hand, the cut C2 is formed from the lower end of the right rear panel portion 14A toward the upper portion. At the end points of the cuts C1 and C2, a ruled line K41 is formed at a position within the right rear panel portion 14A by a predetermined length. Since the right rear panel portion 14A constitutes the right half of the rear surface of the storage box 1, the lateral width L3 is substantially ½ of the lateral width L1 of the front panel portion 12.

  On the other hand, the left rear panel portion 14B is for closing the left half of the rear surface of the storage box 1, and is continuously provided on the left outer surface panel portion 13B with the ruled line K32 interposed therebetween. The left rear panel portion 14B is provided with a cutout 30B in a rectangular shape of length W1 and width L3. The cutout 30B is formed in an arc shape on the upper corner of the left rear panel 14B and on the side opposite to the ruled line K32. In addition, cuts C1 and C2 are provided at the upper and lower ends of the left rear panel portion 14B. The cut C1 is formed continuously with the cutout 30B. On the other hand, the cut C2 is formed from the lower end of the left rear panel portion 14B toward the upper portion. At the end points of the cuts C1 and C2, a ruled line K42 is formed at a position within the left rear panel portion 14B by a predetermined length. Since the left rear panel portion 14B constitutes the left half of the rear surface of the storage box 1, the lateral width L3 is substantially ½ of the lateral width L1 of the front panel portion 12.

  The right inner side panel portion 15A is for forming the inner side surface (partition portion) of the storage box 1, and is provided continuously to the right rear panel portion 14A with the ruled line K41 interposed therebetween. The left inner side panel portion 15B is for forming the inner side surface (partition portion) of the storage box 1, and is provided continuously to the left rear panel portion 14B with the ruled line K42 interposed therebetween. The right inner side panel unit 15A and the left inner side panel unit 15B are respectively provided with arcuate portions 31A and 31B in a rectangle of length W1 and width L4. The arc portion 31A is formed in an arc shape on the upper corner portion of the right inner side panel portion 15A and on the ruled line K31 side (that is, the notch 30A side). The arc portion 31B is formed in an arc shape on the upper corner portion of the left inner side panel portion 15B and on the ruled line K32 side (that is, the notch 30B side). Note that the right inner surface panel portion 15A and the left inner surface panel portion 15B constitute the inner surface of the storage box 1, and therefore, the right outer surface panel portion 13A and the left outer surface panel portion 13B located at positions facing each of them. The width is almost the same.

  The lower panel portion 16 is for closing the lower side of the storage box 1 and is continuously provided on the front panel portion 12 with the ruled line K12 interposed therebetween. The lower panel portion 16 is formed in a rectangular shape having a length W2 and a width L1.

  The upper panel insertion portion 17 is inserted along the right rear panel portion 14A of the right accommodating portion 10A and the left rear panel portion 14B of the left accommodating portion 10B, and the upper panel portion 11 is inserted into the right accommodating portion 10A and the left accommodating portion 10B. It is for fastening. The upper panel insertion portion 17 is provided continuously to the upper panel portion 11 with the ruled line K51 interposed therebetween, and includes arcuate portions 32A and 32B and a fitting portion 32C in a rectangular shape of vertical W4 and horizontal L1. The arc portions 32A and 32B are formed in an arc shape at both upper corner portions (on the opposite side of the ruled line K51) of the upper panel insertion portion 17. The fitting portion 32C includes a cut 32C1. When the top panel portion 11 is closed and the top panel insertion portion 17 is inserted between the right rear panel portion 14A and the left rear panel portion 14B, the cut 32C1 is cut C1. It is designed to fit in. The cut 32C1 is formed at the center in the width direction of the upper panel insertion portion 17 (intermediate position of the width L1).

  The bottom panel insertion section 18 is inserted along the right rear panel section 14A of the right housing section 10A and the left rear panel section 14B of the left housing section 10B, and the lower panel section 16 is inserted into the right housing section 10A and the left housing section 10B. It is for fastening. The lower panel insertion portion 18 is provided continuously to the lower surface panel portion 16 with the ruled line K52 in between, and includes arcuate portions 33A and 33B and a fitting portion 33C in a rectangular shape of length W3 and width L1. The arc portions 33A and 33B are formed in an arc shape at both lower corners (on the side opposite to the ruled line K52) of the lower panel inserting portion 18. The fitting portion 33C is provided with a cut 33C1, and when the bottom panel portion 16 is closed and the bottom panel insertion portion 18 is inserted between the right rear panel portion 14A and the left rear panel portion 14B, the cut 33C1 is cut C2. It is designed to fit in. The notch 33C1 is formed at a substantially center in the width direction of the bottom panel insertion portion 18 (substantially intermediate position of the width L1).

  The upper right flap 20A is provided continuously with the right outer side panel portion 13A and the ruled line K61 in between. The upper right flap 20A includes a notch 34A in a rectangular panel. The upper right flap 20A and the upper panel portion 11 are cut and are not formed continuously. The upper left flap 20B is continuously provided with the left outer side panel portion 13B and the ruled line K62 interposed therebetween. The upper left flap 20B includes a notch 34B in a rectangular panel. The upper left flap 20B and the upper panel portion 11 are cut and are not formed continuously.

  The lower right flap 21A is continuously provided with the right outer side panel portion 13A and the ruled line K71 interposed therebetween. The lower right flap 21A includes a cutout 35A in a rectangular panel. The lower right flap 21A and the lower panel portion 16 are cut and are not formed continuously. The lower left flap 21B is continuously provided with the left outer side panel portion 13B and the ruled line K72 interposed therebetween. The lower left flap 21B includes a cutout 35B in a rectangular panel. The lower left flap 21B and the lower panel portion 16 are cut and are not formed continuously.

  A right joint portion 19A is provided on the opposite side of the right inner surface panel portion 15A to the right rear panel portion 14A. The right joint portion 19A and the right inner side panel portion 15A are continuously formed with the ruled line K81 and the notch C3 interposed therebetween. The ruled line K81 is formed discontinuously with a predetermined interval. The cuts C3 are also formed discontinuously with a predetermined interval. Further, the ruled line K81 and the notch C3 are formed so as to be on a straight line and to be staggered.

  A left joint 19B is provided on the opposite side of the left inner panel 15B to the left rear panel 14B. The left joint portion 19B and the left inner side panel portion 15B are continuously formed with the ruled line K82 and the cut C3 interposed therebetween. The ruled line K82 is formed discontinuously with a predetermined interval. The cuts C3 are also formed discontinuously with a predetermined interval. Further, the ruled lines K82 and the cuts C3 are formed so as to be on a straight line and to be staggered.

  Each of the right joint portion 19A and the left joint portion 19B includes a triangular notch 36 at the upper and lower corners.

  The right accommodating portion 10A and the left accommodating portion 10B are respectively unique members (the right accommodating portion 10A is a right outer surface panel portion 13A, a right rear surface panel portion 14A, a right inner surface panel portion 15A, an upper right flap 20A, and a lower right flap 21A. In addition to the left outer surface panel portion 13B, the left rear surface panel portion 14B, the left inner surface panel portion 15B, the upper left flap 20B, the lower left flap 20B, and the left joint portion 19B), The panel part 11, the front panel part 12, the lower surface panel part 16, the upper panel insertion part 17, and the lower panel insertion part 18 are provided as common members. That is, since the upper panel portion 11 is used in common for the right accommodating portion 10A and the left accommodating portion 10B, the upper panel portion 11 of the right accommodating portion 10A and the upper panel portion 11 of the left accommodating portion 10B are integrally formed. ing. The same applies to the front panel portion 12, the lower surface panel portion 16, the upper surface panel insertion portion 17, and the lower surface panel insertion portion 18. The direction of the paper eyes is the horizontal direction in FIGS.

  Next, a method for assembling the storage box 1 and filling the right storage portion 10A and the left storage portion 10B with sweets will be described. First, the right joint 19A is folded inward so as to cover the right inner panel 15A at the ruled line K81, and the left joint 19B is folded inward so as to cover the left inner panel 15B at the ruled line K82. (FIG. 5 (a)). Then, the right rear panel portion 14A is folded inward so as to cover the front panel portion 12 at the ruled line K31, and the left rear panel portion 14B is folded inward so as to cover the front panel portion 12 at the ruled line K32 (see FIG. 5 (b)). At this time, an adhesive is applied to each of the right joint portion 19A and the left joint portion 19B, and the adhesion target areas AT1 and AT2 on the back surface of the front panel 12 are adhered and fixed.

  Then, the ridgeline R1 formed by the ruled line K31 and the ridgeline R2 formed by the ruled line K32 are pushed in from both sides, and the right outer side panel unit 13A, the left outer side panel unit 13B, the right inner side panel unit 15A, and the left inner side panel. The part 15B is raised (FIG. 6A). Then, while maintaining the state in which the right inner surface panel portion 15A and the left inner surface panel portion 15B are aligned, the lower right flap 21A and the lower left flap 21B are folded inward, and the lower surface panel portion 16 is moved inward along the ruled line K12. Further, the lower panel insertion portion 18 is folded inward along the ruled line K52, the cut 33C1 is fitted into the cut C2, and the lower panel portion 16 closes the lower surface of the storage box 1. In the storage box 1 of this example, since the right joint portion 19A and the left joint portion 19B are fixed to the back surface of the front panel 12 by adhesion, the notch 33C1 of the bottom panel insertion portion 18 can be easily inserted into the right inner portion. It can be fitted into a cut C2 formed in the side panel portion 15A and the left inner side panel portion 15B.

  And as shown in FIG.6 (b), two different kinds of confectionery (contents) CO1 and CO2 are inserted in the right accommodating part 10A and the left accommodating part 10B, respectively (note that the confectionery CO1 and CO2 are the same). May be). Further, the upper right flap 20A and the upper left flap 20B are folded inward while the upper inner panel 15A and the left inner panel 15B are kept in alignment, and the upper panel 11 is folded inward along the ruled line K11. In addition, the upper panel insertion portion 17 is folded inward along the ruled line K51, the cut 32C1 is fitted into the cut C1, and the upper surface of the storage box 1 is closed by the upper panel portion 11.

  In order to take out the confectionery CO1 and CO2 from the storage box 1, place a thumb on the upper panel insertion portion 17 visible in the notches 30A and 30B formed in the left rear panel portion 14B and the left inner panel portion 15B. Then, it is slid upward and removed from the right accommodating portion 10A and the left accommodating portion 10B. Then, the upper surface panel part 11 opens and the right accommodating part 10A and the left accommodating part 10B are opened. Then, a desired candy (here, candy CO1) is taken out.

  In order to close the lid (that is, close the upper surface panel portion 11), the front end portion of the upper surface panel insertion portion 17 extends along the right rear panel portion 14A of the right accommodating portion 10A and the left rear surface panel portion 14B of the left accommodating portion 10B. Plug in. As a result, the right housing portion 10 </ b> A and the left housing portion 10 </ b> B are closed by the top panel portion 11 (a state in which the lid is closed).

  In the storage box 1 of this example, the right inner surface panel portion 15A and the left inner surface panel portion 15B are fixedly provided at the substantially center in the width direction on the back surface side of the front panel portion 12, and therefore the right inner surface panel portion 15A and the left The inner side panel portion 15B is not displaced along the back surface of the front panel portion 12. Also, the right inner panel 15A and the left inner panel 15B and the front panel 12, the right inner panel 15A and the right rear panel 14A, and the left inner panel 15B and the left rear panel 14B are substantially respectively. Easy to hold at right angles. For this reason, when the storage box 1 receives a pressing force from the thickness direction (that is, the width direction of the right inner surface panel portion 15A and the left inner surface panel portion 15B), the right outer surface panel portion 13A and the left outer surface panel portion. In addition to 13B, the right inner surface panel portion 15A and the left inner surface panel portion 15B function to resist this, and the possibility of the contents being damaged can be reduced. Therefore, it becomes possible to accommodate fragile contents (for example, sweets) in the right accommodating portion 10A and the left accommodating portion 10B.

  7 to 9 show a storage box 100 according to another example of the present invention. The storage box 100 is different from the storage box 1 of the previous example in that it includes a perforation M. The storage box 100 is integrally provided with two storage portions, a right storage portion 10A and a left storage portion 10B. The storage box 100 includes a front panel part 112, a right outer side panel part 13A and a left outer side panel part 13B, a right rear panel part 14A and a left rear panel part 14B, a right inner side panel part 15A and a left inner side panel part 15B, Top panel 111, top panel plug 117, bottom panel 116, bottom panel plug 118, right joint 19A, left joint 19B, upper right flap 20A and upper left flap 20B, lower right flap 21 and lower left It consists of a flap 21B and the like. The dimensions of these members are the same as in the above example.

  A series of perforations M are provided at the center in the width direction of the upper panel insertion portion 117, the upper panel portion 111, the front panel portion 112, the lower panel portion 116, and the lower panel insertion portion 118. The perforation M is formed on the same line as the cuts 32C1 and 33C1. The perforation M is composed of a cut portion and a non-cut portion, and the length and interval thereof can be set as appropriate. The adhesion target areas AT1 and AT2 are set so as not to overlap with the perforation M. In other words, the right accommodating portion 10A and the left accommodating portion 10B are provided in parallel at a constant distance 2d, and the perforation M is provided between them. Since other configurations are the same as those in the above-described example, description thereof will be omitted. The method of assembling the storage box 100 and filling the right storage part 10A and the left storage part 10B with sweets is also the same as in the above example, and will not be described.

  The right storage portion 10A and the left storage portion 10B (storage box 100) filled with sweets CO1 and CO2, respectively, can be separated as necessary (for example, when the sweets CO1 has been eaten or the sweets CO1 , When you want to store CO2 separately). In this case, the storage box 100 is pulled left and right as shown in FIG. Then, a tear is formed along the perforation M, and the right housing portion 10A and the left housing portion 10B are separated (FIG. 10B). Since all six surfaces constituting the box are provided independently, the separated right housing portion 10A and left housing portion 10B can function as independent housing boxes.

  FIGS. 11 to 14 show an example of still another storage box according to the present invention. The storage box 200 in this example is formed in a substantially rectangular parallelepiped shape by bending a single paperboard (blank) as appropriate. Examples of the blank material include, in addition to paperboard, materials (members) having a certain thickness and excellent folding properties, such as composite sheets mainly made of paper and plastic sheets.

  The storage box 200 includes two storage units, a right storage unit 210A, and a left storage unit 210B in an integrated manner and in parallel with a certain distance. The storage box 200 includes a front panel part 212, a right outer side panel part 213A and a left outer side panel part 213B, a right rear panel part 214A and a left rear panel part 214B, a right inner side panel part 215A and a left inner side panel part 215B, Upper surface panel portion 211, upper surface panel insertion portion 217, lower surface panel portion 216, lower surface panel insertion portion 218, right joint portion (margin portion) 219A, left joint portion (margin portion) 219B, upper right flap 220A and upper left flap 220B, lower right flap 221 and lower left flap 221B.

  In other words, the right accommodating portion 210A includes the front panel portion 212, the right outer surface panel portion 213A, the right rear surface panel portion 214A, the right inner surface panel portion 215A, the upper surface panel portion 211, the upper surface panel insertion portion 217, and the lower surface panel portion. 216, a bottom panel insertion portion 218, a right joint 219A, an upper right flap 220A, and a lower right flap 221A. The left housing portion 210B includes a front panel portion 212, a left outer surface panel portion 213B, a left rear surface panel portion 214B, a left inner surface panel portion 215B, an upper surface panel portion 211, an upper surface panel insertion portion 217, and a lower surface panel portion 216. , A bottom panel plug 218, a left joint 219B, an upper left flap 220B, and a lower left flap 221B.

  The upper surface panel portion 211 closes the upper surface of the storage box 200 and is formed in a rectangular shape having a vertical W2 and a horizontal L1 ′. The upper surface panel portion 211 integrally closes the upper surfaces of the right housing portion 210A and the left housing portion 210B. The front panel unit 212 is for closing the front of the storage box 200, and is provided continuously to the upper panel unit 211 with the ruled line K211 interposed therebetween. The front panel unit 212 is formed in a rectangular shape having a vertical W1 and a horizontal L1 ′. The front panel portion 12 integrally closes the front surfaces of the right housing portion 10A and the left housing portion 10B. The lower surface panel part 216 is for closing the lower side of the storage box 200, and is continuously provided on the front panel part 212 with the ruled line K212 interposed therebetween. The lower panel portion 216 is formed in a rectangular shape having a vertical W2 and a horizontal L1 ′.

  The upper panel insertion portion 217 is inserted along the right rear panel portion 214A of the right accommodating portion 210A and the left rear panel portion 214B of the left accommodating portion 210B, and the upper panel portion 211 is inserted into the right accommodating portion 210A and the left accommodating portion 210B. It is for fastening. The upper panel insertion portion 217 is provided continuously from the upper panel portion 211 with the ruled line K251 interposed therebetween, and includes rectangular portions 232A, 232B, 232C, 232D and a gap portion 232E in a rectangular shape of W4 ′ and L1 ′. It becomes. The gap portion 232E is a notch formed at substantially the center of the upper end of the upper panel insertion portion 217. An upper end portion of the upper panel insertion portion 217 is divided into an upper right portion 217UA and an upper left portion 217UB (described later in FIG. 15) with the gap portion 232E interposed therebetween.

  The lower panel insertion portion 218 is inserted along the right rear panel portion 214A of the right accommodating portion 210A and the left rear panel portion 214B of the left accommodating portion 210B, and the lower panel portion 216 is inserted into the right accommodating portion 210A and the left accommodating portion 210B. It is for fastening. The lower panel insertion portion 218 is provided continuously to the lower panel portion 216 with the ruled line K252 in between, and includes arcuate portions 233A, 233B, 233C, 233D, and a gap portion 233E in a rectangular shape of vertical W3 ′ and horizontal L1 ′. It becomes. The gap portion 233E is a notch formed at substantially the center of the upper end of the bottom panel insertion portion 218. The lower end portion of the bottom panel insertion portion 218 is divided into two portions, a lower end right portion 218DA and a lower end left portion 218DB (described later in FIG. 15) with the gap portion 233E interposed therebetween.

  A zipper Z composed of two perforations is formed at the center of the upper panel insertion portion 217, the upper panel portion 211, the front panel portion 212, the lower panel portion 216, and the lower panel insertion portion 218. The zipper Z is formed in the vertical W5 and the horizontal L7 (L7 + 2 × L6 = L1 ′. Details of the zipper Z will be described later in FIG. 15).

  Reference symbols AT1 ′ and AT2 ′ on both sides of the zipper Z on the back surface side of the front panel 212 are adhesion target areas, which are bonded to the right joint 219A (described later) and the left joint 219B (described later), respectively. (Adhesion target areas AT1 ′, AT2 ′ are set on both sides of the zipper Z of the front panel 212 and along the zipper Z).

  The right outer surface panel portion 213A is for closing the outer surface of the storage box 200, and is continuously provided on the front panel portion 212 with the ruled line K221 interposed therebetween. The left outer side panel portion 213B is for closing the outer side surface of the storage box 200, and is continuously provided on the front panel portion 212 with the ruled line K222 interposed therebetween. The right outer side panel unit 213A and the left outer side panel unit 213B are respectively formed in a rectangular shape having a vertical W1 and a horizontal L2.

  The right rear panel portion 214A is for closing the right portion of the rear surface of the storage box 200, and is provided continuously to the right outer surface panel portion 213A with the ruled line K231 interposed therebetween. The right rear panel portion 214A is provided with a cutout 230A in a rectangular shape of length W1 and width L3 ′. The notch 230A is formed in an arc shape on the upper corner of the right rear panel 214A and on the side opposite to the ruled line K231. In addition, cuts C1 and C2 are provided at the upper and lower ends of the right rear panel portion 214A. The cut C1 is formed continuously with the cutout 230A. On the other hand, the cut C2 is formed from the lower end of the right rear panel portion 214A toward the upper portion. At the end points of the cuts C1 and C2, a ruled line K241 is formed at a position within the right rear panel portion 214A by a predetermined length.

  On the other hand, the left rear panel portion 214B is for closing the left portion of the rear surface of the storage box 200, and is provided continuously to the left outer surface panel portion 213B with the ruled line K232 interposed therebetween. The left rear panel unit 214B includes a cutout 230B in a rectangular shape of length W1 and width L3 ′. The notch 230B is formed in an arc shape on the upper corner of the left rear panel 214B and on the side opposite to the ruled line K232. In addition, cuts C1 and C2 are provided at the upper and lower ends of the left rear panel portion 214B. The cut C1 is formed continuously with the cutout 230B. On the other hand, the cut C2 is formed from the lower end of the left rear panel portion 214B toward the upper portion. At the end points of the cuts C1 and C2, a ruled line K242 is formed at a position within the left rear panel portion 214B by a predetermined length.

  The right inner side panel portion 215A is for closing the inner side surface of the storage box 200, and is provided continuously to the right rear panel portion 214A across the ruled line K241. The left inner side panel portion 215B is for closing the inner side surface of the storage box 200, and is provided continuously to the left rear panel portion 214B across the ruled line K242. The right inner side panel portion 215A and the left inner side panel portion 215B are respectively provided with arcuate portions 231A and 231B in a rectangular shape of vertical W1 and horizontal L4. The arc portion 231A is formed in an arc shape on the upper corner portion of the right inner side panel portion 215A and on the ruled line K231 side (that is, the notch 230A side). The arc portion 231B is formed in an arc shape on the upper corner portion of the left inner side panel portion 215B and on the ruled line K232 side (that is, the notch 230B side). Note that the right inner surface panel portion 215A and the left inner surface panel portion 215B constitute the inner surface of the storage box 200, and therefore the right outer surface panel portion 213A and the left outer surface panel portion 213B, which are in positions facing each of them, Are almost the same width.

  The upper right flap 220A is continuously provided with the right outer side panel portion 213A and the ruled line K261 interposed therebetween. The upper right flap 220A includes a notch 234A in a rectangular panel. Note that the upper right flap 220A and the upper panel portion 211 are cut and are not formed continuously. An upper left flap 220B is continuously provided with the left outer side panel portion 213B and the ruled line K262 interposed therebetween. The upper left flap 220B includes a notch 234B in a rectangular panel. The upper left flap 220B and the upper panel portion 211 are cut and are not formed continuously.

  A lower right flap 221A is provided continuously with the right outer side panel portion 213A and the ruled line K271 in between. The lower right flap 221A includes a notch 235A in a rectangular panel. The lower right flap 221A and the lower panel portion 216 are cut and are not formed continuously. A lower left flap 221B is continuously provided with the left outer side panel portion 213B and the ruled line K272 interposed therebetween. The lower left flap 221B includes a notch 235B in a rectangular panel. In addition, the lower left flap 221B and the lower surface panel part 216 are cut | disconnected and are not formed continuously.

  A right joint 219A is provided on the opposite side of the right inner panel 215A to the right rear panel 214A. The right joint portion 219A and the right inner side panel portion 215A are continuously formed with the ruled line K281 and the notch C3 interposed therebetween. The ruled line K281 is formed discontinuously with a predetermined interval. The cuts C3 are also formed discontinuously with a predetermined interval. Further, the ruled line K281 and the cuts C3 are formed so as to be on a straight line and to be staggered.

  A left joint 219B is provided on the opposite side of the left inner panel 215B to the left rear panel 214B. The left joint portion 219B and the left inner side panel portion 215B are continuously formed with the ruled line K282 and the notch C3 interposed therebetween. The ruled line K282 is formed discontinuously with a predetermined interval. The cuts C3 are also formed discontinuously with a predetermined interval. Further, the ruled lines K282 and the cuts C3 are formed so as to be on a straight line and to be staggered.

  Each of the right joint 219A and the left joint 219B includes a triangular notch 236 at the upper and lower corners.

  The right accommodating portion 210A and the left accommodating portion 210B are respectively unique members (the right accommodating portion 210A is a right outer side panel portion 213A, a right rear surface panel portion 214A, a right inner side panel portion 215A, an upper right flap 220A, and a lower right flap 221A. , Right joint 219A, left housing 210B, upper left side panel 213B, left rear panel 214B, left inner side panel 215B, upper left flap 220B, lower left flap 220B, left joint 219B), upper surface The panel part 211, the front panel part 212, the lower panel part 216, the upper panel insertion part 217, and the lower panel insertion part 218 are provided as common members. That is, since the upper surface panel portion 211 is used in common for the right housing portion 210A and the left housing portion 210B, the upper surface panel portion 211 of the right housing portion 210A and the upper surface panel portion 211 of the left housing portion 210B are integrally formed. ing. The same applies to the front panel portion 212, the lower surface panel portion 216, the upper surface panel insertion portion 217, and the lower surface panel insertion portion 218. The direction of the paper eyes is the horizontal direction in FIG.

  The details of the zipper Z are shown in FIGS. The upper end portion of the upper panel insertion portion 217 is divided into an upper end right portion 217UA and an upper end left portion 217UB with the gap portion 232E interposed therebetween. Both corners of the upper right portion 217UA are cut into an arc shape to form arc portions 232A and 232B. Both corners of the upper left portion 217UB are cut out in an arc shape to form arc portions 232C and 232D. A lower end portion of the bottom panel insertion portion 218 is divided into a lower end right portion 218DA and a lower end left portion 218DB with the gap portion 233E interposed therebetween. Both corners of the lower right portion 218DA are cut into an arc shape to form arc portions 233A and 233B. Both corners of the lower left portion 218DB are cut into an arc shape to form arc portions 233C and 233D.

  The starting point ZS of the zipper Z is formed continuously with the gap 232E, and the end point ZE of the zipper Z is formed continuously with the gap 233E (note that the starting point and the end point may be reversed). The zipper Z is formed by forming a zipper unit ZA with a substantially letter-shaped guide portion ZA1 and a linear following portion ZA2, and providing a plurality of sets of zipper units ZA in succession.

  The zipper unit ZA is formed from a position that enters the inner side by a predetermined amount D3 from the upper side 217UL of the upper panel insertion portion 217 (in FIG. 15A, the follower ZA2 is formed near the starting point ZS. But is not limited to this). Then, it is formed from the lower side 218BL of the lower panel insertion portion 218 to a position that is inside by a predetermined amount D4 (D3 = D4 may be satisfied). Adjacent zipper units ZA are formed at a predetermined interval D5.

  Next, a method of assembling the storage box 200 and filling the right storage part 210A and the left storage part 210B with sweets will be described. First, the right joint portion 219A is folded inward so as to cover the right inner surface panel portion 215A at the ruled line K281, and the left joint portion 219B is folded inward so as to cover the left inner surface panel portion 215B at the ruled line K282. (FIG. 16A). Then, the right rear panel portion 214A is folded inward so as to cover the front panel portion 212 at the ruled line K231, and the left rear panel portion 214B is folded inward so as to cover the front panel portion 212 at the ruled line K232 (see FIG. 16 (b)). At this time, an adhesive is applied to each of the right joint portion 219A and the left joint portion 219B, and the adhesion target areas AT1 ′ and AT2 ′ on the back surface of the front panel 212 are adhered and fixed.

  Then, the ridgeline R1 ′ formed by the ruled line K231 and the ridgeline R2 ′ formed by the ruled line K232 are pushed in from both sides, and the right outer side panel unit 213A, the left outer panel unit 213B, the right inner panel unit 215A, The side panel portion 215B is set up (FIG. 17A). Then, the lower right flap 221A and the lower left flap 221B are folded inward, the lower panel portion 216 is folded inward along the ruled line K212, and the lower panel insert portion 218 is folded inward along the ruled line K252, so that the lower right portion 218DA And the lower left portion 218DB are inserted into the right accommodating portions 210A and 210B, respectively, and the lower surface panel portion 216 closes the lower surface of the storage box 200.

  And as shown in FIG.17 (b), two different kinds of confectionery CO1 and CO2 are each inserted in the right accommodating part 210A and the left accommodating part 210B (Note that the confectionery CO1 and CO2 are the same thing). Also good). Further, the upper right flap 220A and the upper left flap 220B are folded inward, the upper panel 211 is folded inward along the ruled line K211, and the upper panel insert 217 is folded inward along the ruled line K251, and the upper right 217UA The upper left portion 217UB is inserted into the right accommodating portions 210A and 210B, respectively, and the upper surface of the storage box 200 is closed by the upper surface panel portion 211.

  In order to take out the confectionery CO1 and CO2 from the storage box 200, a thumb is applied to the upper panel insertion portion 217 that is visible in the notches 230A and 230B formed in the left rear panel portion 214B and the left inner surface panel portion 215B. Then, it is slid upward and removed from the right accommodating portion 210A and the left accommodating portion 210B. Then, the upper surface panel part 211 is opened, and the right housing part 210A and the left housing part 210B are opened. Then, a desired candy (here, candy CO1) is taken out.

  In order to close the lid (that is, close the upper surface panel portion 211), the front end portion of the upper panel insertion portion 217 extends along the right rear panel portion 214A of the right housing portion 210A and the left rear panel portion 214B of the left housing portion 210B. Plug in. As a result, the right housing portion 210 </ b> A and the left housing portion 210 </ b> B are closed by the top panel portion 211 (a state where the lid is closed).

  The right housing part 210A and the left housing part 210B (storage box 200) respectively filled with the candy CO1 and CO2 can be separated as necessary (for example, when the candy CO1 has been eaten, For example, when you want to store confectionery CO1 and CO2 separately). In this case, the start point ZS or the end point ZE of the zipper Z is pinched with a finger and pulled along the zipper Z. Then, the zipper Z is detached from the storage box 200, and the right storage portion 210A and the left storage portion 210B are separated. By providing the zipper Z between the right accommodating portion 210A and the left accommodating portion 210B, the right zipper Z is more reliably compared to the previous example in which the perforation M is provided between the right accommodating portion 10A and the left accommodating portion 10B. A tear can be formed between the housing portion 210A and the left housing portion 210B. Therefore, the right accommodating part 210A and the left accommodating part 210B can be separated more easily.

  In the storage box 200 of this example, the right inner side panel unit 215A and the left inner side panel unit 215B are fixed and provided at substantially the center in the width direction on the back surface side of the front panel unit 212, so the right inner side panel unit 215A and the left The inner side panel part 215B and the front panel part 212, the right inner side panel part 215A and the right rear panel part 214A, and the left inner side panel part 215B and the left rear panel part 214B can be easily held at substantially right angles. Therefore, when the storage box 200 receives a pressing force from the thickness direction (that is, the width direction of the right inner surface panel portion 215A and the left inner surface panel portion 215B), the right outer surface panel portion 213A and the left outer surface panel portion. In addition to 213B, the right inner surface panel portion 215A and the left inner surface panel portion 215B function to resist this, and the possibility of the contents being damaged can be reduced. Therefore, it becomes possible to accommodate the fragile contents (for example, candy) in the right accommodating portion 210A and the left accommodating portion 210B.

  In the present invention, the contents stored in the storage box are not limited to sweets. The storage box of the present invention can be applied not only to a relatively small storage box for storing sweets but also to a large storage box.

1,100,200 Storage box 10A, 210A Right housing part 10B, 210B Left housing part 11, 111, 211 Top panel part 12, 112, 212 Front panel part 13A, 213A Right outer side panel part 13B, 213B Left outer side panel Part 14A, 214A Right rear panel part 14B, 214B Left rear panel part 15A, 215A Right inner side panel part 15B, 215B Left inner side panel part 16, 116, 216 Lower panel part 17, 117, 217 Upper panel insertion part 18, 118, 218 Bottom panel plug 19A, 219A Right joint 19B, 219B Left joint 20A, 220A Upper right flap 20B, 220B Upper left flap 21A, 221A Lower right flap 21B, 221B Lower left flap 30A, 30B, 34A, 34B, 35A, 35B, 36, 230A, 230B, 234A, 234B, 235A, 235B, 236 Notch 31A, 31B, 32A, 32B, 33A, 33B, 231A, 231B, 232A, 232B, 233A, 233B Arc part 32C Fitting part 32C1, 33C1 Notch 217UA Upper right part 217UB Upper left part 217UL Upper side 218BL Lower side 218DA Lower right part 218DB Lower left part 232E, 233E Gap part AT1, AT2, AT1 ', AT2' Adhesion target area C1, C2, C3 Cut CO1, CO2 object)
K11, K12, K21, K22, K31, K32, K41, K42, K51, K52, K61, K62, K71, K72, K81, K82, K211, K212, K221, K222, K231, K232, K241, K242, K251, K252, K261, K262, K271, K272, K281, K282 Ruled line M perforation R1, R2, R1 ', R2'
Z Zipper ZA Zipper unit ZA1 Guide part ZA2 Following part ZS (Zipper) start point ZE (Zipper) end point

Claims (8)

In a vertically long rectangular parallelepiped storage box that is integrally provided with two storage portions from which contents can be taken out from above,
Each of the two accommodating parts
A substantially rectangular top panel for closing the top,
A substantially rectangular front panel portion provided continuously to the upper surface panel portion for closing the front surface;
A substantially rectangular outer surface panel portion that is provided continuously to the front panel portion and the upper surface panel portion and closes the outer surface;
A substantially rectangular rear panel portion that is provided so as to be continuous with the upper panel portion and opposed to the front panel portion, and closes the rear surface;
A substantially rectangular inner side panel part for forming an inner side surface provided to be continuous with the rear side panel part and facing the outer side panel part;
A substantially rectangular bottom panel portion that is provided to be continuous with the front panel portion and to face the top panel portion, and closes a lower portion;
An upper panel insertion portion for being provided continuously with the upper panel portion, and being inserted along the rear panel portion of the housing portion to keep the housing portion closed in the upper panel portion;
A bottom panel insertion portion provided continuously to the bottom panel portion, and inserted along the rear panel portion of the housing portion to keep the housing portion closed at the bottom panel portion;
A front panel portion provided in each of the two housing portions is integrally formed, and
A storage box, wherein a joint portion is provided continuously at one end of each of the inner side panel portions provided in each of the two housing portions, and the joint portion is fixed to the back surface of the front panel portion.   The storage box according to claim 1, wherein the bottom panel part and the bottom panel insertion part respectively provided in the two storage parts are integrally formed.   2. The storage box according to claim 1, wherein the upper panel portion and the upper panel insertion portion provided in each of the two storage portions are integrally formed.   The storage box according to claim 1, wherein a notch is provided in the rear panel portion of the two storage portions.   A storage box in which the two storage portions are provided in parallel at a fixed distance, and is between the two storage portions, and includes a perforation or a zipper in the front panel portion, and the perforation or the zipper The storage box according to claim 1, wherein the two storage portions are separable. A vertically long rectangular parallelepiped storage box having two storage portions, which are integrally provided with a plurality of substantially rectangular panel portions on a single plate-like member via a bent portion, and are folded along the bent portion. In
The outer side panel part on both sides of the front panel part,
A rear panel part on the opposite side of the front panel part of each outer side panel part,
An inner side panel part on the opposite side of the outer side panel part of each rear panel part,
A joining panel part on the opposite side of the rear panel part of each inner side panel part,
An upper surface panel portion above the front panel portion,
An upper panel plug portion on the upper panel portion,
A lower surface panel part on the lower side of the front panel part,
A storage box having a lower panel insertion portion on the lower side of the lower panel,
After folding the two joining panel parts inward to match the inner side panel part,
After applying an adhesive on the outer surface of the bonding panel portion, bending the inner panel so as to match the outer surface panel portion together with the rear panel portion, and sticking the bonding panel portion to the back side of the front panel portion,
The outer side panel part is substantially perpendicular to the inner side with respect to the front panel part and the rear panel part, and the inner side panel part is substantially perpendicular to the inner side with respect to the front panel part and the rear panel part. Bend like
The lower panel portion is bent inward at a substantially right angle with respect to the front panel portion, the lower panel insertion portion is bent inward with respect to the lower panel portion, and the lower panel insertion portion is While plugging inside the rear panel,
The upper surface panel portion is bent inward at a substantially right angle with respect to the front panel portion, the upper surface panel insertion portion is further bent inward with respect to the upper surface panel portion, and the upper surface panel insertion portion is A storage box that is inserted into the rear panel portion to form the two storage portions,
Two front panel portions respectively provided in the two accommodating portions are integrally formed,
Two upper panel portions respectively provided in the two accommodating portions are integrally formed,
The storage box, wherein two bottom panel portions respectively provided in the two storage portions are integrally formed.   The storage box according to claim 6, wherein a notch is provided in the rear panel portion of the two storage portions.   A storage box in which the two storage portions are provided in parallel at a fixed distance, and is between the two storage portions, and includes a perforation or a zipper in the front panel portion, and the perforation or the zipper The storage box according to claim 6, wherein the two storage portions are separable by each other.

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