JPH0439135Y2 - - Google Patents

Description

[Detailed description of the invention] [Field of industrial application] This invention relates to a packaging box that also serves as a display stand.

[Conventional technology]

2. Description of the Related Art Packaging boxes that can serve as display stands have become popular, as they can store and transport products and can be displayed and sold at stores immediately after being unpacked. Figure 9 shows the first conventional example, which is described in Japanese Utility Model Application Publication No. 56-617. It consists of an outer box A and an inner box B that is stored inside the outer box A. During transportation, the outer box is An inner box is stored inside, and the inner box is filled with products. At the store, each lid flap 31 at the top opening of the outer box is folded inward and reinforced to form a stand leg, and the inner box's lid flaps 32 on three sides are folded outward and fitted diagonally into the upper opening of the stand leg. When the lid is inserted, the two come into close contact due to the intervening lid flap.

FIG. 10 shows a second conventional example, which is described in Japanese Utility Model Publication No. 57-49714, in which a plurality of, for example, two inner boxes B ₁ and B ₂ are stored in an outer box A in a vertically overlapping manner. transported. A pair of crosscuts 33 are provided at each of the four corners of the side wall of the outer box A, located slightly above the center. In stores, the top inner box B ₁
The inner box _B1 inserted into the outer box A is placed on this holder and is put on display. This inner box B ₁
When the item B2 is sold, the lower inner box _B2 is put on display in the same way.

[Problem that the invention attempts to solve]

However, in the first conventional example, the inner box is simply fitted diagonally into the upper opening of the outer box during display, and the exposed surface of the product in the inner box only faces upward. There was a problem that stable display was not possible, and when the exposed surface of the product was tilted at a nearly vertical angle, the fitting part with the outer box became small, making it easy for the product to come off the outer box and fall over.

In the second conventional example, there is a problem that the inner box _B1 is in a horizontal state during display, making it difficult to see the products and reducing the display effect.In particular, if the inner box is deep, products near the bottom cannot be seen, and the inner box is shallow. In some cases, there is a problem in that the display position becomes low, and in addition, in the case where a large number of inner boxes are combined into one outer box, there are other problems in that the unit quantity of products becomes large.

[Means for solving problems]

In order to solve the above-mentioned problems, this design consists of an outer box with four lid flaps on the top end of a rectangular cylinder with a bottom, and an inner box that is stored inside this outer box. , a break line longer than the depth of the outer box is provided at both ends of the front wall of the outer box, pointing downward from the upper end, and a transverse crease line connecting the lower ends of both break lines is provided, and a corner portion at both ends of the rear wall is provided. A double-shaped cross cut is provided at a position lower than the horizontal fold line, the part between the double-shaped cross cuts is pushed in to form a pedestal, and the upper part of the front plate is cut horizontally by tearing at the breaking line. It is possible to form a receiving plate for the inner box downward from the rear by bending it from the fold line and bringing it into contact with the receiving stand.

[Effect]

This design creates a double box that is strong and provides great product protection during transportation, and when displaying products with a deformed outer box, there is a stable receiving plate for the inner box that hangs backwards, and the inner box is placed on this receiving plate. When the box is placed on the product, the entire product is easy to see, and since the inner box is placed on a receiving plate and both sides abut against the outer box, it exhibits good stability and a large load capacity.

〔Example〕

1 to 4 show a first embodiment of this invention. It consists of a rectangular parallelepiped outer box A made of cardboard or other thick paper, and an inner box B for stuffing products that is tightly stored inside this outer box A. A bend has been created.

The punched blank a has side walls 3 connected to both side edges of a rectangular front wall 1 via a vertical fold line 2, and a rear wall 5 connected to a side edge of one side wall 3 via a vertical fold line 4.
In addition, glue allowances 6 are connected to the side edges of the other side wall 3 via vertical fold lines 4, and bottom flaps 8 are also provided at the lower edges of the front and rear walls via horizontal fold lines 7 at the upper edges. Lid flaps 10 are connected to each other through the horizontal fold line 9, and folding pieces 11 are connected to the lower and upper edges of each side wall 3, respectively.

At both ends of the front wall 1, a pair of perforation-like break lines 12, which are longer than the width dimension of the side wall 3, are provided downward from the upper end, and a transverse fold line 13 connecting the lower ends of both break lines 12 is provided. It is being Further, a transverse fold line 14 is provided in the lid flap 10 which is connected to the front wall in parallel to the transverse fold line 9.

A short double-shaped cross cut 15 is cut across the vertical fold line 4 at a position lower than the horizontal fold line 13 at both end corners (including the glue allowance) of the rear wall 5,
A short cross cut 15' that overlaps with this cross cut 15 is also carved on the edge of the rear wall 5 that overlaps with the glue allowance 6,
Each cross-slice is provided with a fold 16 that connects both ends thereof.

When transforming the outer box A into a display stand, push the part surrounded by the cross-cutting line 15 and the fold line 16 inward, and a cradle 17 (see FIG. 3 and (see Figure 4) can be formed. Also, if you tear the break line 12 and fold the plate part X above the horizontal fold line 13 of the front wall 1 from the horizontal fold line 13, this plate part ), so that the horizontal fold line 14 comes into contact with the pedestal 17.

Note that it is important that the length l of the plate portion X on the front wall 1 be made longer than the width of the side wall 3 by a required amount and reach the pedestal 17.

The inner box B is a rectangular parallelepiped box with one side open and a lid plate 18 attached thereto, and a transverse fold line 19 is provided in the center of the lid plate 18.

When the packaging box that also serves as a display stand is used for transportation, the inner box B filled with products is stored in the outer box A to form a double box (see Figure 1) and the packaging is reduced.

When transforming into a display stand, open the package, take out the inner box B, empty the outer box A, push in the pair of cross-cuts 15 to create a pedestal 17, tear the break line 12, and remove the inner box B from the outer box A. Make the half plate part X free and bend it into the box from the horizontal fold line 13 to form the horizontal fold line 1.
4 is bent and brought into contact with the pedestal 17 to create a receiving plate for the inner box that is inclined backward downward, and the other lid flap 1 is bent.
0 and folding piece 11 are respectively folded inward, the ends of the lid flap and the folding piece come into contact and are locked, completing the deformation of the outer box.

The inner box B can be used as an advertising board by bending the front wall 18 into a mountain shape from the horizontal fold line 19 and fixing the tip to the back surface. Note that C indicates a small box-shaped product. When the inner box B is placed on the deformed outer box, it is placed on the back-sloping receiving plate in an inclined manner, and the bottom of the inner box is brought into contact with the upper edge of the rear wall so as to lean against it.

5 to 8 show a second embodiment of this invention. This embodiment consists of a combination of an outer box A, an inner box B, and a reinforcing plate D having a V-shaped cross section that is fitted under a receiving plate for supporting the inner box during display.

As shown in the exploded view of FIG. 6, the outer box A is provided with a diagonal fold line 20 on each side wall 3 from the end of the horizontal fold line 13 to the upper end of the vertical fold line 4. When deformed, the upper part is folded inward from the diagonal crease line 20, and in this case, the inner box fitted here has the effect of being firmly fixed.

As shown in the developed view of FIG. 7, the reinforcing plate D has vertical fold lines 23 on both side edges of a front plate 22 having approximately the same shape as the front wall 1 of the outer box A and having a V-shaped notch 21 in the upper half.
A center fold line 25 is provided at the center of the front plate, and a diagonal fold line 26 with an inclination angle θ that descends from the upper end of the center fold line 25 toward both sides is the side plate. It is provided to the end. In addition,
The V-shaped cut 21 is for making it possible to fold back the upper part from the diagonal fold line 26.

In this reinforcing plate D, the length m of the center fold line 25 is approximately the same as the length of the front wall 1 of the outer box A from the horizontal fold line 13 to the lower edge. Outer box A and inner box B during transportation
When the front plate 22 is inscribed in the front wall 1 and the side plate 24 is inscribed in the side wall 3, the break line 1
It serves as reinforcement for 2. In addition, when transforming into a display stand, as shown in FIG. When it is bent into a letter shape and inserted into an empty outer box with the center fold line facing forward, both edges come into contact with both end corners of the rear wall 5 of the outer box, so that it does not rattle inside.

Furthermore, the upper edge formed by bending the diagonal fold line 26 is formed so as to just contact the lower surface of the inner box support plate and support it from below, so it exhibits great load resistance. I can do it.

〔effect〕

As described above, according to the packaging box that doubles as a display stand according to this invention, it can be easily transformed from a transportation form to a display form, and the display stand formed by deforming the outer box has an inner box inside that is downward-sloping. Because there is a support plate, the inner box placed on this plate and tilted backwards is very stable and can be tilted at an almost vertical angle, making it highly effective for display. Moreover, it is possible to provide an excellent display form that can withstand even heavy products.

[Brief explanation of the drawing]

Fig. 1 is an exploded perspective view showing the first embodiment of this invention, Fig. 2 is an exploded view of the outer box of the above, and Figs. 3 and 4 are exploded perspective views showing the same as the above in a transformed state into a display stand. Fig. 5 is an explanatory diagram showing the procedure for transforming the second embodiment of this invention into a display stand, Fig. 6 is a developed view of the outer box of the same, and Fig. 7 is used for the same. A developed view of the reinforcing plate, FIG. 8 is an assembled vertical sectional view showing the state transformed into the display stand of the same as above, FIG. 9 is a perspective view showing the state transformed into the display stand of the first conventional example, and FIG.
FIG. 0 is a perspective view showing a modified state of the display stand of the second conventional example. 1...Front wall, 3...Side wall, 5...Rear wall,
15, 33... crosscut, 17, 34... pedestal,
7, 9, 13, 14, 19...horizontal view, 12...
...Break line, 20, 26...Diagonal fold line, A...Outer box, B...Inner box, C...Product, D...Reinforcement plate.

Claims (1)

[Scope of utility model registration request] It consists of an outer box with four lid flaps on the top end of a square cylinder with a bottom, and an inner box that is stored inside this outer box. A long break line is provided downward from the top edge, and a transverse crease line is provided that connects the lower ends of both break lines, and a double-shaped cross cut is provided at a position lower than the transverse crease line at both end corners of the rear wall. , push the part sandwiched between the double-shaped horizontal lines to form a pedestal, tear the break line, bend the upper part of the front plate from the horizontal fold line, and bring it into contact with the pedestal to form a pedestal. A packaging box that also serves as a display stand, characterized in that a receiving plate for the inner box can be formed.