JP2019199267A - Packaging box - Google Patents

Abstract

To provide a holding member capable of holding a non-packaged object inside a packaging box further surely, even if the non-packaged object is smaller than the size of the packaging box.SOLUTION: A holding member 5 is formed of one plate material, and has an upper face on an upper end of a rear face, a lower face on a lower end, and a front face extending further upward at a front end of the upper face. By folding an intermediate part cut by two cutting lines vertically extending from the rear face toward the upper face, a second lower face is formed above the lower face and a second front face is formed behind the front face, an article is placed thereon, right and left sides of the article are held by the cutting line of the rear face, and the upper side is pressed with the upper face. An opening part and a push-open face at the upper side thereof are formed at the rear face of a packaging box 2 by partitioning with a breaking line. By setting the push-open face, when pushed in, to be pushed in at a position above the rear face upper end of the holding member, opening work can be easily done. By storing an enclosed document between the rear face and the article, the document serves as a cushioning material to behind, and, when opening, the document can be taken out prior to the article, causing an opening person to pay attention to the document.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a packaging box for storing articles, and more particularly to a packaging box in which a holding member is provided to fix an article inside the box, and further, this is sealed and stored.

  For example, when a “main product” such as a camera or printer is used as an “accessory” for a replacement battery, an ink cartridge, or the like to be mounted there, they are often packed in a packaging box that is considerably larger than the actual product. This is because even if the “accessory” itself is small, a box that is one size larger is necessary to describe the written contents, or a buffer space that prevents the influence of a drop impact is secured. In addition, when storing glass or products that are vulnerable to impact, the buffer space is more important.In addition, from the viewpoint of hygiene and prevention of counterfeiting, a sealed structure box is adopted so that the box can be destroyed and cannot be resealed when opened. There are many things that I made.

  For example, Patent Document 1 is a package that forms a holding member that holds an article and stores the article in a box while holding the article. In the box, the article is held flat and held in the vertical and horizontal directions, and is stable without rattling. When opened, one side of the box can be released to take out the article.

  Further, Patent Document 2 is a package body in which a medical article or the like is fitted and held on a holding member and then stored in a box, and the box is sealed. Use a holding member molded according to the article to enhance cushioning.When opening, break the breaking line provided on one side of the box and open it largely, and remove the article from the holding member or remove the holding member from the box. It is devised so that it can be put out.

JP-A-2006-175657 Japanese Patent No. 6242607

  By the way, when the types of accessories increase, it is necessary to reduce the cost by using as many boxes as possible. In this case, in Patent Document 1, a holding member that is slightly larger in the vertical and horizontal directions than the article and a box corresponding to the holding member are used. Therefore, if the article has a slightly different vertical and horizontal direction, the dimensions of the holding member should be set accordingly. You can use a common box. However, if the thickness direction of the article is different, it is necessary to provide a new box according to the thickness direction, or to increase the thickness of the box in advance and adjust the thickness separately using a spacer or the like.

  In addition, it is necessary to provide a sealing structure and an opening means for accessories that require protective measures such as forgery prevention. However, in the system as in Patent Document 2, a break line is provided over the entire box in order to take out the article, so that the strength of the box tends to decrease.

  SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to support various kinds of stored items having different dimensions in a packaging box in which a holding member is provided and an article is fixed inside the box. Is to provide a simple packaging box.

In order to achieve the above object, the present invention provides:
In the holding member that holds the article and stores it in the packaging box,
The holding member is formed by folding a single plate,
A rear surface, an upper surface extending forward via a first folding line and a second folding line collinear with the first folding line at an upper end of the rear surface, a lower surface extending forward via a third folding line to a lower end of the rear surface, A front surface extending upward through a fourth folding line at the front end of the upper surface;
Have
The rear surface has a first line extending in the vertical direction and having an upper end reaching the first folding line, a second cutting line having an upper end reaching the second folding line, and a fifth folding line connecting the lower ends of the first and second cutting lines. And
A third cut line extending in the front-rear direction on the upper surface and having a rear end reaching the upper end of the first line, a fourth cut line reaching the upper end of the second cut line, and a third cut line of the third and fourth cut lines. It has a sixth fold line connecting the front ends,
Fold the front from the fifth fold line to form the second lower surface,
Folded upward from the seventh fold line at the front end of the second lower surface to form a second front surface, and the upper end of the second front surface is connected to the upper surface via the sixth fold line,
The left and right sides of the article are sandwiched between the first and second cutting lines on the rear surface, the lower side of the article is held on the second lower surface, and the front side of the article is held on the second front surface and stored in the packaging box To do,
It is characterized by.
Furthermore, the present invention provides
The third tangent line and the fourth tangent line are bent so as to approach each other from the rear end to the front to form a first protrusion and a second protrusion on the upper surface,
Holding the upper side of the article with the first and second protrusions of the upper surface;
It is characterized by.
Furthermore, the present invention provides
The fifth folding line is divided into left and right, and the middle part thereof is turned upward and the third cutting part is formed on the rear surface by cutting into a substantially U-shape at the fifth cutting line,
Holding the rear side of the article with the third protrusion on the rear surface;
It is characterized by.
Furthermore, the present invention provides
An opening part that is divided by a breaking line at the center of the rear surface of the packaging box, and a right and left side and an upper side of the rear surface of the packaging box that are adjacent to the upper end of the opening part by a breaking line from the rear surface of the packaging box. Having a compartmented surface
When the article is held by the holding member and stored in the packaging box, the pushing surface is disposed above the first fold line and the second fold line of the holding member;
It is characterized by.
Furthermore, the present invention provides
Storing the document (6) to be bundled with the article between the rear surface of the packaging box and the article;
It is characterized by.

  According to the present invention, the left and right sides of the article are held by the first and second cutting lines on the rear surface of the holding member, the lower side of the article is held by the second lower surface, and the front side of the article is held by the second front surface. The front side of the article can be lifted with the second front face and held with the rear face directly against the inside of the box. Furthermore, since the upper side of the article is held by the first and second protrusions on the upper surface and the rear side of the article is held by the third protrusion on the rear surface, the article can be held more reliably. Further, at the time of opening, the opening surface can be pushed with a finger to turn the opening portion at the same time, and at the same time, the upper side of the article can be hooked and quickly removed from the holding member and taken out. In addition, if the document to be packed with the article is stored between the back and the article, the document can also function as a cushioning material in the rear direction, and when the packaging box is opened, the document can be taken out before the article. You can call attention to documents.

Overall view of packaging member according to the present invention Development view of packaging box according to the present invention Illustration of the procedure for folding the packaging box Overall view of an object to be packed (battery) according to the present invention FIG. Diagram of the procedure for folding the holding member Illustration of the procedure for assembling the packaging box Diagram of the procedure for fixing the battery to the holding member Illustration of the procedure for packing a battery in a packaging box Illustration of the procedure for opening the packaging box

  Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[Example 1]
Hereinafter, the packaging box by the Example of this invention is demonstrated. FIG. 1 is an overall view of a packaging member according to the present invention. 1 is a packaging body, 2 is a packaging box, 3 is a battery to be packaged, 4 is a battery cover that covers the battery 3, 5 is a holding member that holds the battery 3 and stores it in the packaging box 2, and 6 This is a description of the battery 3.

  First, details of the packaging box 2 will be described. The packaging box 2 is a so-called hanging box, which is formed of coated cardboard, and FIG. 2 is a development view of the packaging box 2. 11 is a front surface, the upper surface 13 is adjacent via the folding line 12, and the suspended lower surface 15 is adjacent via the folding line 14, and a hanging hole 16a is provided here. Further, the rear surface 18 is adjacent to the folding line 17 and a hanging hole 16b is also provided here.

  Further, an opening 19 is provided on the rear surface 18. This is formed by dividing the central portion of the rear surface 18 by break lines 20 and 21 and ruled lines 22 and 23, and is arranged at the approximate center of the rear surface 18. Further, a push-out surface 24 is provided on the upper side of the opening portion 19, which is divided by a break line 25 and a ruled line 23 connected to the break lines 20 and 21, with the upper side being the apex and the lower side being the lateral width of the opening portion 19. The shape is a substantially triangular shape. Here, the dimension from the lower end of the rear surface 18 to the ruled line 23 is L1.

  Next, the lower surface 27 is adjacent to the front surface 11 via the folding line 26, and the bonding surface 29 is further adjacent to the front surface 11 via the folding line 28. Further, the left surface 32 and the right surface 33 are adjacent to the rear surface 18 via folding lines 30 and 31, and the insertion surfaces 36 and 37 are adjacent to each other via folding lines 34 and 35, respectively. Further, flaps 40 and 41 are adjacent to the upper surface 13 via folding lines 38 and 39, and flaps 44 and 45 are adjacent to the lower surface 27 via folding lines 42 and 43. In addition, each part provided in the rear surface 18 is comprised in the left-right symmetric shape centering on the rear surface 18, and the opening part 19 and the pushing surface 24 are also in the left-right symmetric center position.

  The packaging box 2 is turned upside down as shown in FIG. 3a, folds the fold line 26 as shown in FIG. 3b, overlaps the bonding surface 29 on the front surface 11, and further folds the fold line 17 as shown in FIG. 3c. 18 is superimposed on the suspended lower surface 15. Then, the suspension holes 16a and 16b overlap to form the suspension hole 16. Further, the bonding surface 29 is bonded to the rear surface 18, and the suspended lower surface 15 is bonded to the rear surface 18, and the state shown in FIG.

  Next, the details of the battery 3 will be described with reference to FIG. The battery 3 has a substantially rectangular parallelepiped shape, and the vertical and horizontal heights of the packaging box 2 are reduced. The battery 3 is held by the holding member 5 and stored in the packaging box 2. A battery cover 4 for protecting the electrode is mounted on the upper side, and the upper side is larger. At this time, the thickness of the battery is dimension L2, and the thickness of the battery cover 4 is dimension L3.

  Next, details of the holding member 5 will be described. The holding member 5 is formed by folding a single plate material. FIG. 5 is a development view of the holding member 5, and 51 is a symbol representing the eye direction, which indicates the vertical direction. A rear surface 52 has an upper surface 55 via a first fold line 53 and a second fold line 54 provided on the same line at the upper end. The lower end has a lower surface 57 through a third folding line 56 and the upper surface 55 has a front surface 59 through a fourth folding line 58.

  Here, the vertical dimension of the rear surface 52 is L4, and the vertical dimension of the front surface 59 is L5. The rear surface 52 includes a first line 60 that extends in the vertical direction and has an upper end that reaches the first folding line 53, and a second cutting line 61 that also extends in the vertical direction and has an upper end that reaches the second folding line 54. There is a fifth fold line 62 that connects the lower ends of the first line 60 and the second cut line 61, which is divided into a left line 62a and a right line 62b as will be described later. The vertical dimension L6 from the third fold line 56 to the fifth fold line 62 is set substantially equal to the vertical dimension L5 of the front surface 59 described above.

  Further, on the upper surface 55, a third cutting line 63 extending from the upper end of the first cutting line 60 and a fourth cutting line 64 extending from the upper end of the second cutting line 61, and a sixth folding line connecting the tips of the third cutting line 63 and the fourth cutting line 64 are connected. There are 65. The third cut line 63 and the fourth cut line 64 are bent and extended so as to approach each other, and therefore, a first protrusion 66 and a second protrusion 67 that protrude toward each other are formed on the upper surface 55. Here, the dimension from the first fold line 53 and the second fold line 54 to the sixth fold line 65 on the upper surface 55 is L7, which is set to be smaller than the thickness dimension L3 of the battery cover 4 described above.

  Further, as described above, the fifth folding line 62 of the rear surface 52 is divided into a left line 62a and a right line 62b, and a middle portion thereof is cut upward in a substantially U shape by a fifth cutting line 68. A protrusion 69 is formed. And there is a second lower surface 70 above the fifth fold line 62 and the third protrusion 69, and there is a second front surface 72 via a seventh fold line 71, which is connected to the upper surface 55 via a sixth fold line 65. Yes. Here, the vertical dimension of the second lower surface 70 is set to L8, which is set to be larger than the thickness dimension L2 of the battery 3 described above. In addition, this holding member 5 is comprised in the left-right symmetric shape, and the 2nd lower surface 70 and the 2nd front surface 72 are in the left-right center position.

  6A, the first folding line 53, the second folding line 54, the fifth folding line 62 and the sixth folding line 65 are folded in a mountain, and the seventh folding line 71 is valley-folded. Follow 6c. Further, the third fold line 56 is folded in a mountain and the fourth fold line 58 is folded in a valley so that the state shown in FIG. Then, the lower surface 57 of the holding member 5 extends to the lower end of the rear surface 52 via the third folding line 56, and the upper surface 55 of the upper surface of the rear surface 52 extends to the front via the first folding line 53 and the second folding line 54. A front surface 59 extends upward through a fourth folding line 58 at the front end of 55.

  The third cut line 63 of the upper surface 55 extends in the front-rear direction and the rear end reaches the upper end of the first line 60. The fourth cut line 64 also extends in the front-rear direction and the rear end reaches the upper end of the second cut line 61. 63 and the front end of the fourth cut line 64 are connected by a sixth fold line 65. Since the third cut line 63 and the fourth cut line 64 are bent so as to approach each other as described above, a first protrusion 66 and a second protrusion 67 that protrude toward each other are formed on the upper surface 55. The

  The second lower surface 70 extends forward from the fifth fold line 62, the second front surface 72 extends upward from the seventh fold line 71 at the front end, and the upper end thereof is connected to the upper surface 55 via the sixth fold line 65. As described above, the fifth folding line 62 is divided into a left line 62a and a right line 62b, and the middle is cut upward in a substantially U-shape by a fifth cutting line 68, so that the rear surface 52 faces upward. A protruding third protrusion 69 is formed.

  Further, as described above, the second front surface 72 is at the center position of the symmetrical shape of the holding member 5 and the dimension L6 from the third fold line 56 to the fifth fold line 62 is substantially equal to the dimension L5 of the front surface 59. The two front surfaces 72 are substantially at the center of the entire holding member 5 when viewed from the rear. Finally, the instruction manual 6 describes how to use the battery 3 and the guarantee contents on an A3 size sheet, which is diffracted 5 times into a size of 74 mm in length and 52 mm in width.

  The packaging body by this invention is comprised by the above components. Next, a method for packaging this package will be described. First, the packaging box 2 is assembled. The packaging box 2 is folded at the folding lines 12, 14 and 28 from FIG. 7a, and the folding line 26 is raised to the state of FIG. 7b. Next, the flaps 40 and 44 are folded at the fold lines 38 and 42, the left surface 32 is folded at the fold line 30 and the insertion surface 36 is folded at the fold line 34 and bonded, as shown in FIG. 7c.

  Next, the battery 3 is fixed to the holding member 5. First, the lower side of the battery 3 is inserted in front of the third protrusion 69 as shown in FIGS. 8a to 8b. Then, as described above, since the dimension L8 of the second lower surface 70 is set to be larger than the thickness dimension L2 of the battery 3, the lower side of the battery 3 is accommodated in the front side of the third protrusion 69 and is second. It strikes against the lower surface 70 and the second front surface 72. If the battery 3 is pushed forward as shown in FIG. 8c, the battery cover 4 comes into contact with the second front surface 72. At this time, as described above, the thickness dimension L3 of the battery cover 4 is larger than the dimension L7 from the first fold line 53 and the second fold line 54 to the sixth fold line 65 of the upper surface 55, so the front side of the battery cover 4 is the second front surface. Even if it hits 72, the rear side protrudes rearward from the rear surface 52.

  The protruding portion is sandwiched between the first line 60 and the second cut line 61 on the rear surface 52 in the left-right direction. That is, the holding member 5 holds the left and right sides of the battery cover 4 with the first line 60 and the second cut line 61 of the rear surface 52, holds the lower side of the battery 3 with the second lower surface 70, and holds the battery with the second front surface 72. 3 and the front side of the battery cover 4 can be held. In particular, since the front side of the battery 3 is lifted by the second front surface 72, the portion with a small thickness of the battery 3 can be reliably held. If the size L3 of the battery cover 4 is small, or if the battery cover 4 itself is not present and only the battery 3 is held, the rear side is similarly set to the rear surface if the size L7 of the holding member 5 is set to be reduced accordingly. It can be held in a state of protruding backward from 52.

  In addition, since the battery 3 holds the upper surface of the battery cover 4 by the first protrusion 66 and the second protrusion 67, the battery 3 can be held more reliably. Furthermore, since the battery 3 is sandwiched between the second front surface 72 and the third protrusion 69 in the lower front-rear direction, the rear side of the battery 3 can be more reliably held by the third protrusion 69.

  At this time, as described above, the space between the first protrusion 66 and the second protrusion 67 is opened upward, and the battery cover 4 of the battery 3 is exposed. Further, as described above, the second front surface 72 is substantially at the center of the entire holding member 5 when viewed from the rear, so that the battery 3 is held at the approximate center of the whole when viewed from the rear of the holding member 5. .

  Next, as shown in FIG. 9 a, the instruction manual 6 is stacked behind the battery 3 on the holding member 5 to which the battery 3 is mounted, and is stored together as shown in FIG. 9 b. 9C, the lower surface 57 of the holding member 5 is adjacent to the lower surface 27 of the packaging box 2, and the front end of the lower surface 57 abuts against the corner between the lower surface 27 of the packaging box 2 and the front surface 11. The front surface 59 of the holding member 5 is also adjacent to the front surface 11 of the packaging box 2, and the upper end of the front surface 59 abuts against the corner between the front surface 11 and the upper surface 13 of the packaging box 2. Then, the flaps 41 and 45 of the packaging box 2 are folded, and the insertion surface 37 is inserted and bonded while folding the right surface 33, as shown in FIG. 9d. Note that the order of the left surface 32 and the right surface 33 before the holding member 5 is inserted may be reversed.

  The package 1 according to the present invention is packaged as described above. The hanging hole 16 is hooked and displayed at a store or the like for sale. At this time, as described above, the unsealing part 19 exists only at the approximate center of the rear surface 52 and is not on the corner or ridge line of the packaging box 2, so even if the packaging box 2 is dropped carelessly, an impact is applied to the unsealing part 19. Hateful. Further, since the battery 3 is held in the packaging box 2 by the holding member 5 at the top, bottom, left and right, and the front side, the impact on the battery 3 can be reduced. Further, since the folded instruction manual 6 is inserted between the rear surface 52 of the packaging box 2 and the battery 3, the instruction manual 6 serves as a cushion, and the impact on the rear side of the battery 3 can be reduced.

  Next, a method for opening the package will be described. First, as shown in FIG. 10 a, the pushing surface 24 provided on the packaging box 2 is pushed forward with a finger, the breaking line 25 is broken, and the ruled line 23 is folded forward. At this time, since the pushing surface 24 has a substantially triangular shape with the top at the top, it is easy to push from the top first to open, and the lower side is adjusted to the width of the opening 19, so if you push it in as it is, it will easily fill the width of the opening 19 Can open up to. At this time, as described above, the longitudinal dimension L4 of the rear surface 52 of the holding member 5 is set to be shorter than the dimension L1 from the lower surface 57 of the packaging box 2 to the ruled line 23.

  Therefore, as shown in FIG. 10B, the pushing surface 24 is located above the upper end of the rear surface 52 of the holding member 5, so that the pushing surface 24 can be pushed all the way in without being disturbed by the rear surface 52. Next, as shown in FIG. 10c, the push-out surface 24 is pulled backward while being hooked with a finger, and the opening 19 is caused backward while breaking the break lines 20 and 21. Then, as shown in FIG. 10d, the battery 3 and the instruction manual 6 can be taken out. As described above, since the manual 6 is stored between the rear surface 52 of the packaging box 2 and the battery 3, it can be taken out together with the battery 3 when opened, so that the opener is alerted to the manual 6. be able to.

  Further, as described above, the space between the first protrusion 66 and the second protrusion 67 of the holding member 5 is opened upward, and the battery cover 4 of the battery 3 is exposed. The surface 24 can be pushed all the way in, and the battery cover 4 can be hooked on the back surface of the pushing surface 24 as shown in FIG.

1: packaging body, 2: packaging box, 3: battery, 4: battery cover, 5: holding member, 6: instructions,
11: Front surface, 12: Fold line, 13: Upper surface, 14: Fold line, 15: Suspended bottom surface, 16: Suspended hole, 16a-16b: Suspended hole, 17: Folded line, 18: Rear surface, 19: Unsealed part, 20 21: Break line, 22-23: Ruled line, 24: Pushed surface, 25: Break line, 26: Fold line, 27: Lower surface, 28: Fold line, 29: Bonding surface, 30-31: Fold line, 32: Left surface 33: right side, 34-35: fold line, 36-37: insertion surface, 38-39: fold line, 40-41: flap, 42-43: fold line, 44-45: flap, 51: symbol indicating eye direction, 52: rear surface, 53: first folding line, 54: second folding line, 55: upper surface, 56: third folding line, 57: lower surface, 58: fourth folding line, 59: front surface, 60: first line, 61: first line Double cut line, 62: Fifth folding line, 62a: Left line, 62b: Right line, 63: Third cut line, 64: Fourth cut line, 65: No. Polygonal line, 66: first peak, 67: Second protrusion 68: a fifth cut line, 69: third projection, 70: second lower surface, 71: seventh fold line, 72: second front,

Claims (5)

In the holding member (5) for holding the article (3, 4) and storing it in the packaging box (2),
The holding member is formed by folding a single plate,
A rear surface (52), a top surface (55) extending forward via a first folding line (53) and a second folding line (54) collinear with the first folding line at the upper end of the rear surface, and a lower surface of the rear surface A lower surface (57) extending forward through the second folding line (54), and a front surface (59) extending upward through the fourth folding line (58) at the front end of the upper surface;
Have
A first line (60) extending in the vertical direction on the rear surface and having an upper end reaching the first folding line, a second cutting line (61) reaching the second folding line, and a lower end of the first and second cutting lines. It has a fifth folding line (68) that connects,
A third cut line (63) extending in the front-rear direction on the upper surface and having a rear end reaching the upper end of the first line; a fourth cut line (64) reaching the upper end of the second cut line; And a sixth fold line (65) connecting the front ends of the fourth cut line,
Fold forward from the fifth fold line to form the second lower surface (70),
Folded upward from the seventh fold line (71) at the front end of the second lower surface to form a second front surface (72), and the upper end of the second front surface is connected to the upper surface via the sixth fold line,
The left and right sides of the article are sandwiched between the first and second cutting lines on the rear surface, the lower side of the article is held on the second lower surface, and the front side of the article is held on the second front surface and stored in the packaging box To do,
A holding member.
(Effect: The left and right sides of the article are held by the first and second cut lines on the rear surface, the lower side of the article is held by the second lower surface, and the front side of the article is held by the second front surface. The rear surface can be lifted at the front side and held directly against the inside of the box) The third tangent line and the fourth tangent line are bent so as to approach each other from the rear end to the front to form a first protrusion (66) and a second protrusion (67) on the upper surface,
Holding the upper side of the article with the first and second protrusions of the upper surface;
The holding member according to claim 1, wherein:
(Effect: Since the upper side of the article is further held by the first and second protrusions on the upper surface, the article can be held more securely) The fifth folding line is divided into left and right, the middle portion thereof is directed upward, and a fifth protrusion line (68) is cut into a U-shape to form a third protrusion (69) on the rear surface,
Holding the rear side of the article with the third protrusion on the rear surface;
The holding member according to claim 1, wherein:

(Effect: Further, since the rear side of the article is held by the rear third protrusion, the article can be held more reliably.) An opening part (19) in which the left and right sides are defined by a break line (20, 21) at the center of the rear surface (18) of the packaging box, and the left and right sides and upper side of the rear surface of the packaging box adjacent to the upper end of the opening part A pushing surface (24) defined by a breaking line (25) from the rear surface of the packaging box;
When the article is held by the holding member and stored in the packaging box, the pushing surface is disposed above the second fold line of the holding member;
The holding member according to any one of claims 1 to 3, wherein
(Effect: There is an opening part on the rear face of the box with a breaking line and a pushing face at the upper end, and there is no rear face of the holding member inside the pushing face, so if you push the pushing face with your finger, the holding member The push-up surface can be pushed all the way in without being obstructed by the present invention. When opening the opening with a finger that has been pushed in, the upper side of the article can be hooked on the back side of the opening surface at the same time and quickly removed from the holding member) Storing the document (6) to be bundled with the article between the rear surface of the packaging box and the article;
The holding member according to any one of claims 1 to 4, wherein
(Effect: Since the documents enclosed with the article are stored between the back and the article, the document can also function as a cushioning material in the rear direction, and when the packaging box is opened, the document can be taken out together with the goods. Can call attention to documents)