JP2011042395A - Bending box - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enhance the shape keeping characteristic of a bending box for surely dividing and storing a content and for protecting the same from a foreign substance, etc. <P>SOLUTION: In this bending box keeping a plurality of storage parts 1 connected through a bending part 2, the storage parts 1 are formed by adjoiningly providing an outside face panel 3, both side face panels 4 and an inside face panel 5 in an angulated tubular shape, and one storage part 1 of the adjoining storage parts 1 is provided with a partition panel 7 which forms the end of the panel 5. With the bending of the part 2, the panel 7 is inserted in the other storage part 1 or the bending part 2 for sectioning the inside space of the adjoining storage parts 1. Because the storage parts 1 are in an angulated tubular shape, they are superior in self-shape-keeping characteristic and even when the panels 4 are pushed, no gap is formed in the parts 1 for surely dividing the content to be stored in each part 1 and for protecting the same from a foreign substance. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a bent box in which a plurality of storage portions capable of sorting and storing confectionery and various small items for each type are connected via a bent portion.

  Conventionally, as a bent box having a characteristic appearance and enhanced appeal, a patent document 1 described below includes an annular storage portion 51 and a center storage portion 52 as shown in FIG. The annular storage portion 51 is formed by connecting eight storage portions 53 via a bent portion 54, and the bent portion 54 is a crease line placed at the boundary between adjacent storage portions 53.

  As shown in FIG. 17, each storage portion 53 is described in a state before the annular storage portion 51 is bent. A trapezoidal side plate 56 is continuously provided on both sides of the outer surface plate 55, and the partition standing from the outer surface plate 55. It is assumed that the plate 57 is passed between one oblique side of the side plates 56. Further, a cover plate 58 and a joint plate 59 are connected to the storage portion 53 at one end of the annular storage portion 51.

  In order to assemble such an annular storage portion 51, eight storage portions 53 are arranged in an annular shape as the bending portion 54 is bent, and the cover plate 58 is placed so that the contents do not jump out of the storage portion 53 at one end. The joint plate 59 is closed and fixed to the other storage portion 53 with a hook 60 to maintain the shape of the annular storage portion 51, and the octagonal cylindrical central storage portion 52 is inserted into the hole formed in the central portion thereof. To do.

Registered Utility Model No. 3132176

  However, in the bent box as described above, when the side plate 56 is pushed inward, a gap is formed between the adjacent storage portions 53, and foreign matter may be mixed into the storage portion 53 from this gap by mischief. is there.

  Further, when the central storage portion 52 is extracted, there is a problem that the shape retaining property is impaired and the contents stored in the storage portions 53 are popped out.

  Accordingly, an object of the present invention is to improve the shape retention of the bent box, to ensure that the contents can be sorted and stored, and to be protected from foreign matters.

  In order to solve the above-described problems, the present invention provides a bent box in which a plurality of storage portions are connected via a bent portion, and the storage portion is formed by connecting an outer surface plate, both side surface plates, and an inner surface plate in a rectangular tube shape. Then, of the adjacent storage portions, one of the storage portions is provided with a partition plate portion that forms an end of the inner surface plate, and the partition plate portion is inserted into the other storage portion or the bent portion as the bent portion is bent. Thus, the internal spaces of the adjacent storage units are partitioned.

  In this bent box, the storage part is in the shape of a square tube, so it is excellent in self-holding properties, and there is no gap in the storage part even when the side plate is pressed, and the contents can be reliably secured by the partition plate part. And can be stored in each storage unit, and can be protected from foreign matter.

The perspective view which shows the bending box which concerns on 1st Embodiment of this invention. Sectional view along the line II-II in FIG. The figure which shows the blank of the bending box same as above The perspective view which shows the state which assembled the storage part same as the above in the cylinder shape The perspective view which shows the bending process of a bending part same as the above. The perspective view which shows the opening process of the bending box same as the above The perspective view which shows the bending box which concerns on 2nd Embodiment of this invention. Sectional view along line VIII-VIII in FIG. The figure which shows the blank of the bending box same as above The perspective view which shows the state which assembled the storage part same as the above in the cylinder shape The perspective view which shows the bending process of a bending part same as the above. The perspective view which shows the opening process of the bending box same as the above The perspective view which shows the bending box which concerns on 3rd Embodiment of this invention. The figure which shows the blank of the bending box same as above The perspective view which shows the bending process of a bending part same as the above. A perspective view showing a conventional bent box The perspective view which shows the state in which the accommodating part same as the above was located in a line.

  First, a first embodiment of the present invention will be described with reference to FIGS.

  As shown in FIGS. 1 and 2, this bent box is formed by connecting three storage parts 1 via a bent part 2, and is formed from a single paperboard blank as shown in FIG. .

  In this blank, the portions forming the three storage portions 1 are arranged in a line, and the portions forming the storage portions 1 are attached to one side of the outer surface plate 3 on the side plate 4, the inner surface plate 5, the side plate 4, and the adhesive. It is assumed that the pieces 6 are successively arranged through the crease line of the ruled line.

  The outer surface plates 3 of the adjacent storage units 1 are connected to each other through a crease line of the ruled line, and the crease line is a bent part 2. The adhesive piece 6 of each storage unit 1 is also connected via a bent portion 2 formed of a crease line of a ruled line. And a pair of side plate 4 and the inner surface board 5 of the adjacent storage part 1 are cut away.

  The side plate 4 has a trapezoidal shape narrowed from the boundary between the outer surface plate 3 and the adhesive piece 6 to the boundary with the inner surface plate 5, and the oblique sides on both sides are folded at the boundary between the outer surface plate 3 and the adhesive piece 6. It is supposed to make an angle of 60 ° with the line of sight. One end edge of the inner surface plate 5 is continuous with one oblique side of the side surface plate 4, and the other end edge of the inner surface plate 5 is retreated from the inner end of the other oblique side of the side surface plate 4.

  A partition plate portion 7 is provided at one end portion of the inner surface plate 5 continuous with the oblique side of the side plate 4. The partition plate portion 7 has a crease line 7a made of a lead ruled in a V shape with the center of the outer edge as a vertex, and a crease line 7b of a ruled line is put between the outer ends of the crease line 7a. ing.

  In the storage portion 1 at one end of the blank, a bent piece 4a is connected to the outer end of the side plate 4 via a crease crease line, and is folded to the outer end of the outer face plate 3 via a crease crease line. A piece 3a is continuously provided. The outer surface plate 3 is provided with zipper-type cut lines 3b extending obliquely inward from both ends of the boundary with the bent piece 3a, and a crease line 3c is formed between the inner ends. .

  In the storage portion 1 at the other end of the blank, a sealing piece 3d is continuously connected to the outer end of the outer surface plate 3 through a crease line of a ruled line. A notch 3e is provided, and a crease crease line 3f inclined outward from the notch 3e to the base end side is provided.

  When assembling such a blank, as shown in FIG. 4, the outer surface plate 3, the pair of side surface plates 4 and the inner surface plate 5 are bent into a rectangular tube shape, and the adhesive piece 6 is attached to the outer surface plate 3. The three storage units 1 are arranged in a line, and contents such as confectionery are stored in each storage unit 1.

  Next, as shown in FIG. 5, the bent portion 2 is folded in the mountain fold direction, and the partition plate portion 7 is recessed along the crease lines 7 a and 7 b, while the distance between the side surface plates 4 at one end of the storage portion 1. And the portion is inserted between the side surface plates 4 at the other end of the adjacent storage portion 1.

  Then, when the bent pieces 3a and 4a are sequentially bent inward, and the sealing piece 3d is inserted between the bent pieces 3a and 4a, as shown in FIG. 1 and FIG. The sealing piece 3d is engaged with the bent piece 4a and sealed.

  In the bent box as described above, since each storage portion 1 has a rectangular tube shape, it is excellent in self-holding property, and there is no gap in the storage portion 1 even when the side plate 4 is pressed. An object can be reliably divided by the partition plate portion 7 and stored in each storage portion 1 and can be protected from foreign matter.

  In addition, since the three storage parts 1 have an annular shape and have a shape with a hole in the central part, when displaying at a confectionery store in a retail store, the attention of consumers compared to a normal rectangular parallelepiped packaging box Can be expected, and sales promotion effect can be expected.

  On the other hand, when opening the bent box, as shown in FIG. 6, the portion sandwiched between the cut lines 3b of the outer surface plate 3 is opened with the crease line 3c as an axis along with the cutting of the cut lines 3b, and sealed. When the stop piece 3d is bent along the crease line 3f and the finger is placed on the notch 3e and pulled out from between the bent pieces 3a and 4a, the bent portion 2 is extended and the contents from each storage portion 1 are extracted. Can be taken out.

  Next, a second embodiment of the present invention will be described with reference to FIGS.

  As shown in FIGS. 7 and 8, this bent box is formed by connecting six storage portions 1 via bent portions 2, and is formed from a single paperboard blank as shown in FIG. .

  In this blank, the portions forming the six storage portions 1 are arranged in a line, and the portions forming the storage portions 1 are attached to one side of the outer surface plate 3 on the side plate 4, the inner surface plate 5, the side plate 4, and the adhesive. It is assumed that the pieces 6 are successively arranged through the crease line of the ruled line.

  The outer surface plates 3 of the adjacent storage units 1 are connected to each other through a crease line of the ruled line, and the crease line is a bent part 2. The adhesive piece 6 of each storage unit 1 is also connected via a bent portion 2 formed of a crease line of a ruled line. And a pair of side surface board 4 and the inner surface board 5 of the adjacent storage part 1 are cut | disconnected via the score line.

  The side plate 4 is a parallelogram, and the hypotenuses on both sides of the side plate 4 form an angle of 60 ° with respect to the direction perpendicular to the crease line at the boundary between the inner plate 5 and the adhesive piece 6. Yes.

  A partition plate portion 7 is provided at one end portion of the inner surface plate 5 adjacent to the corner portion having an acute angle of the side plate 4. The partition plate portion 7 is provided with a crease line 7a made of a lead ruled in a V shape with the center of the outer edge as a vertex.

  In the storage portion 1 at one end of the blank, a bent piece 4a is connected to the outer end of the side plate 4 via a crease crease line, and is folded to the outer end of the outer face plate 3 via a crease crease line. A piece 3a is continuously provided. The outer surface plate 3 is provided with zipper-type cut lines 3b extending obliquely inward from both ends of the boundary with the bent piece 3a, and a crease line 3c is formed between the inner ends. .

  In the storage portion 1 at the other end of the blank, a sealing piece 3d is continuously connected to the outer end of the outer surface plate 3 through a crease line of a ruled line. A notch 3e is provided, and a crease crease line 3f inclined outward from the notch 3e to the base end side is provided.

  When assembling such a blank, as shown in FIG. 10, the outer plate 3, the pair of side plates 4 and the inner plate 5 are bent into a rectangular tube shape, and the adhesive piece 6 is attached to the outer plate 3 to form a three-dimensional structure. 6 storage parts 1 arranged in a line, and in the state where the bent part 2 is folded in the valley fold direction so that the opposing surfaces of the adjacent storage parts 1 are opened, each storage part 1 has a confectionery etc. Store the contents.

  Next, as shown in FIG. 11, the bent portion 2 is bent in the mountain fold direction, and the partition plate portion 7 is recessed along the crease line 7a, while the interval between the side plates 4 at one end of the storage portion 1 is narrowed. Then, the portion is inserted between both side plates 4 at the other end of the adjacent storage portion 1.

  When the bent pieces 3a and 4a are sequentially bent inward and the sealing piece 3d is inserted between the bent pieces 3a and 4a, as shown in FIGS. The sealing piece 3d is engaged with the bent piece 4a and sealed.

  In the bent box as described above, since each storage portion 1 has a rectangular tube shape, it is excellent in self-holding property, and there is no gap in the storage portion 1 even when the side plate 4 is pressed. An object can be reliably divided by the partition plate portion 7 and stored in each storage portion 1 and can be protected from foreign matter.

  In addition, since the six storage parts 1 are formed in a ring shape and have a hole in the center part, when displayed at a confectionery store in a retail store, the attention of consumers compared to a normal rectangular box Can be expected, and sales promotion effect can be expected.

  On the other hand, when opening the bent box, as shown in FIG. 12, the portion sandwiched between the cut lines 3b of the outer plate 3 is opened with the crease line 3c as an axis along with the cutting of the cut lines 3b, and sealed. While bending the stop piece 3d along the crease line 3f, putting the finger on the cut 3e and pulling it out between the bent pieces 3a and 4a, the bent portion 2 is extended, and further bent in the valley folding direction. The opposing surfaces of the adjacent storage units 1 can be opened, and the contents can be taken out from each storage unit 1.

  Next, a third embodiment of the present invention will be described with reference to FIGS.

  As shown in FIG. 13, this bent box is formed by connecting two storage portions 1 via the bent portion 2, and is formed from a single paperboard blank as shown in FIG. 14.

  In this blank, the portions that form the two storage portions 1 are arranged in a line, and the portions that form the storage portions 1 are attached to one side of the outer surface plate 3 on the side plate 4, the inner surface plate 5, the side plate 4, and the adhesive. It is assumed that the pieces 6 are successively arranged through the crease line of the ruled line.

  The outer surface plates 3 and the side surface plates 4 of the adjacent storage portions 1 are connected to each other via the bent portion 2, and the inner surface plates 5 are separated from each other.

  A plurality of crease lines 2a of ruled lines are put in parallel between both sides of the bent portion 2 connecting the outer surface plates 3. The adhesive pieces 6 of the storage portions 1 are also connected via the bent portion 2, and a large number of crease lines 2 a are also inserted in the bent portion 2.

  A large number of crease lines 2b, which are alternately inclined in opposite directions, are formed at the bent portion 2 connecting the side plates 4 with the crease line 2a as one apex. A thing and the thing only of a ruled line are arrange | positioned so that it may line up in V shape alternately.

  One inner surface plate 5 is provided with a partition plate portion 7 toward the other inner surface plate 5. A bent piece 7c is connected to the front end of the partition plate portion 7 via a crease line of a ruled line.

  A bent piece 4a is connected to the outer end of the side plate 4 via a crease crease line, and a cover plate 8 and an insertion piece 8a are sequentially placed on the crease line of the crease at the outer end of the inner surface plate 5. It is connected through.

  A holding plate 9 and an insertion piece 9a are sequentially connected to the outer end of one outer surface plate 3 through a crease line of a ruled line, and a slit-shaped sealing hole 9b is provided at the base of the insertion piece 9a. It has been. A sealing piece 3g is provided at the outer end of the other outer surface plate 3 so that the portion between the two cuts protrudes, and a crease line of the ruled line is placed in the width direction in the middle portion. .

  When assembling such a blank, as shown in FIG. 15, the outer surface plate 3, the pair of side surface plates 4 and the inner surface plate 5 are bent into a rectangular tube shape, and the adhesive piece 6 is attached to the outer surface plate 3. The two storage parts 1 are arranged in a line, the contents such as confectionery are stored in each storage part 1, the bent piece 4a is bent inward, the lid plate 8 is closed, and the insertion piece 8a Is inserted into the storage unit 1.

  Next, the bent piece 7c is bent from the partition plate portion 7, and the bent portion 2 connecting the side plates 4 is bent in a bellows shape along the fold line 2b, while the bent portion 2 connecting the outer plate 3 is moved along the fold line 2a. When the inner plates 5 of the two storage portions 1 are overlapped with each other, the partition plate portion 7 protruding from one storage portion 1 bisects the internal space of the bent portion 2.

  Then, the holding plate 9 is bent so as to pass along the cover plate 8 of the two storage portions 1, and the insertion piece 9a is inserted between the outer surface plate 3 and the insertion piece 8a of the other storage portion 1, and sealed. When the stopper 3g is bent and inserted into the sealing hole 9b, as shown in FIG. 13, the two storage portions 1 are overlapped with each other in a state where each storage portion 1 is sealed. State is maintained.

  In the bent box as described above, since each storage portion 1 has a rectangular tube shape, it is excellent in self-holding property, and there is no gap in the storage portion 1 even when the side plate 4 is pressed. An object can be reliably divided by the partition plate portion 7 and stored in each storage portion 1 and can be protected from foreign matter.

  In the above-described embodiments, the storage units 1 having the same size and shape are illustrated, but storage units 1 having different sizes and shapes may be connected via the bent portion 2.

  Furthermore, although the thing which the outer surface board 3 of each accommodating part 1 became a single plane was illustrated, the outer surface board 3 is good also as what is comprised from the several plane which makes an angle via a crease line.

DESCRIPTION OF SYMBOLS 1 Storage part 2 Bending part 2a, 2b Folding line 3 Outer surface board 3a Folding piece 3b Folding line 3c Folding line 3d Sealing piece 3e Notch 3f Folding line 3g Sealing piece 4 Side plate 4a Folding piece 5 Inner surface plate 6 Adhesion Piece 7 Partition plate portion 7a, 7b Fold line 7c Bending piece 8 Lid plate 8a Insert piece 9 Holding plate 9a Insert piece 9b Sealing hole

Claims (1)

  In a bent box in which a plurality of storage portions (1) are connected via a bent portion (2), the storage portion (1) is connected to an outer surface plate (3), both side surface plates (4) and an inner surface plate (5). In the adjacent storage portions (1), one of the storage portions (1) is provided with a partition plate portion (7) that forms the end of the inner surface plate (5), and the bent portion Along with the bending of (2), the partition plate part (7) is inserted into the other storage part (1) or the bent part (2) to partition the internal space of the adjacent storage part (1). Flex box to do.

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