JPH09220779A - Mount, container fitted with mount and production thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To fold up a mount at a time of transfer and to strongly use the same at a time of assembling by providing a plurality of article placing or dividing inclined plates turned in the same direction between both double left and right edge plates with predetermined width. SOLUTION: Edge plates 4, 5 with predetermined width are provided to both left and right edge parts of a rectangular paper board l through edge folds 2, 3 and slits 6, 6 of an angle θ are parallelly provided between the edge folds at a predetermined equal interval. Folds 7, 7 right-angled to the respective slits 6, 6 are provided from the intersecting points O of the slits 6, 6 and the edge folds 2, 3. The angle of inclination of a placing plate 12 is determined by the supplementary angleα of the angle 8 of the slits 6, 6. Since the placing plate 12 is supported by the strong edge plates 4, 5, the mount has no fear getting out of shape even when an article is heavy. Articles are regularly displayed and supported on the placing plate 12.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mount for assembling an article mounting mount or a container with a mount to be housed in a box from a single paper board and a method for manufacturing the mount.

[0002]

2. Description of the Related Art Conventionally, in most of this type of mount, a paper board is bent stepwise. In addition, in the structure in which the edge plate is provided, the edge plate and the mounting plate are used as one piece, and they are attached to each other to manufacture.

[0003]

The conventional step-like bending in the above-mentioned mount often has poor stability, and there is a problem in that the shape of a relatively heavy article may be lost.

Further, in the sticking method, since the edge plate and the placing plate are separate, there is a problem that the assembly (sticking) of both has to rely on manual work. .

[0005]

SUMMARY OF THE INVENTION According to the present invention, an edge plate having a predetermined width is provided on both right and left edges of a rectangular plate through a fold, and a cut having a predetermined angle is formed between the two folds to form the edge plate. Since it was stuck from the fold, it was possible to assemble the mount automatically by applying the means of cut, fold, and stick to the square plate of one plate, and the above-mentioned conventional problems were solved. is there.

That is, the invention of the product is a mount characterized in that a plurality of inclined plates for placing or sorting articles which are oriented in the same direction are provided in the center of the double left and right edge plates having a predetermined width. Yes,
The space between the front edge and the rear edge of the adjacent inclined plate is cut off to form a through hole. Also, between the left and right double-sided plate of a predetermined width,
A plurality of inclined plates for placing articles that face the same direction are provided,
The mount is characterized in that a supporting plate for preventing deformation of each inclined plate is bent downwardly and continuously provided at a high side edge of each inclined plate.

Another aspect of the present invention is that a plurality of inclined plates for placing or sorting articles which are oriented in the same direction are provided between double left and right edge plates each having a predetermined width, and are connected to either one of the left and right edge plates. The container with a mount is characterized in that the bottom plate is installed under the inclined plate. Another aspect of the present invention is to provide edge plates having a predetermined width in series on both left and right edges of a rectangular paper board through edge folds, and to provide inclined cuts in parallel at predetermined intervals between the folds, From the intersection of the cut and the fold, a fold perpendicular to the cut is provided, and the edge fold of the edge plate, a portion surrounded by the cut and the fold perpendicular to the cut, and the mutual A method of manufacturing a mount, characterized in that an edge plate folded in the opposite direction is attached, and the angle of the inclined plate formed between the cuts is regulated by the angle between the cut and the fold of the edge plate. It is characterized by that. Next, the folds of the edge plate are characterized by pressure folds, cuts at regular intervals or cuts of a predetermined depth, and the height of the mount is regulated by the width of the edge plate. It is characterized by. Still another aspect of the invention is to provide edge plates each having a predetermined width at both left and right ends of a rectangular paper board via edge folds, and fold the edge plates in opposite directions at the folds to form a fold. There are two positions, a high position and a low position, and a plurality of slanted cuts are provided in parallel at a predetermined interval between the low fold side and the end edge that is the edge plate width in front of the high fold, and the adjacent To the middle part of the oblique cut, from the high-order side edge to the high-order fold, a stopper fold parallel to the oblique cut is provided, and both end edges of the oblique cut and both end edges of the stopper fold, While tying each at the edge fold,
Manufacture of a mount characterized in that the stopper fold has a predetermined width in the central portion, left and right are cuts, and the edge fold and the trapezoidal portion surrounded by the stopper cuts are brought into contact with the inside of the edge plate. Is the way. In another invention, a fold parallel to the long side is provided in the central portion of the rectangular paper board, one side of the fold is a mount paper, and the other side is a bottom board paper. Edge plates having a predetermined width are respectively provided in series on both left and right edges of the mount paper via edge folds, and inclined cuts are provided in parallel with each other at the same width between the left and right edge folds, A fold is provided at a right angle from the intersection of the inclined cut and the edge fold toward the inclined cut, and the fold, the portion surrounded by the three sides of the edge fold and the cut, and the opposite of each other. A container with a mount, characterized in that a bottom plate is attached to the mount, and a bottom plate is attached to the mount, and the bottom board is bent to the mount side, and the bottom plate is attached to the mount. Is.

When manufacturing the above-mentioned mount, folds and cuts can be made at the same time, and since it is sufficient to apply a pressure-sensitive adhesive to the sticking portion in advance, the edge plates are bent to the opposite sides and pressure-bonded. If you do it, it will be completed.

Since the edge plate is doubled by being bent and attached, it has strength and shape-retaining property, and even a relatively heavy article can be properly placed.

The fold line is not particularly limited, but it must have a predetermined strength so that it cannot be easily cut and it can be easily folded.

In the above, when the mounting plate 12 is steeply inclined (for example, about 70 degrees), it serves as a partition plate for articles.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION In the present invention, a fold,
Notches are provided and both left and right edge plates are folded to form double edges. Further, by regulating the cut angle, it is possible to provide a predetermined angle of the mounting plate.

[0013]

Embodiment 1 An embodiment of the present invention will be described with reference to FIGS.

Edge plates 4 and 5 having a predetermined width are continuously provided on both left and right edges of the rectangular paper board 1 via edge folds 2 and 3, and the edge folds 2 and 3 are formed.
In between, cuts 6 having an angle θ are provided in parallel at predetermined equal intervals. Folds 7, 7 are provided at right angles from the intersection 0 between the cuts 6, 6 and the edge folds 2, 3 to the respective cuts 6, 6. The inclination angle of the mounting plate 12 is determined by the supplementary angle α of the angle θ of the cut lines 6, 6.

From the edge folds 2 and 3, the edge plates 4 and 5 are shown in FIG.
Bent in the directions of the middle arrows 8 and 9, and triangular portions 10 and 10 surrounded by the cuts 6, the folds 7 and part of the edge folds 2 and 3,
The edge plates 4 and 5 are attached to each other with an adhesive,
By mounting 5 upright, the mount 11 of the present invention can be obtained.

FIG. 5 shows the mount 11 when the inclination angle of the mounting plate 12 is steeply inclined (50 degrees), and FIG. 6 is the inclination angle of the mounting plate 12 is further steeply inclined (70 degrees). It shows the mount 11 in the case of doing.

The mount according to the present invention is installed in parallel in the packaging box 13, and the article 14 (for example, soap) is placed (or leans against) on the placing plate 12 and stably supported.

According to the above-described embodiment, in any of the cases shown in FIGS. 4, 5 and 6, the mounting plate 12 is provided by the firm edge plates 4 and 5.
Supports the backing 1 so that even when the article 14 is heavy, the mount 1
There is no possibility that the shape of 1 will be lost. The goods are neatly displayed and supported to achieve the intended purpose.

[0019]

[Embodiment 2] An embodiment of the present invention will be described with reference to FIGS.

A fold 16 parallel to the long side is provided in the central portion of the rectangular paper board 15, and one side is a mount paper 17 and the other side is a bottom board paper 18. Edge plates 4 and 5 having a predetermined width are continuously provided on both right and left edges of the mount paper 17 through edge folds 2 and 3, and cuts 6 and 6 having an angle θ are predetermined between the edge folds 2 and 3. Are provided in parallel at equal intervals. Folds 7 and 7 are formed at right angles from the intersection 0 of the cuts 6 and 6 and the edge folds 2 and 3 to the cuts 6 and 6, and the mounting plate 12 is formed by the complementary angle α of the angle θ of the cuts 6 and 6. The inclination angle of is determined.

The edge plates 4 and 5 are respectively bent from the edge folds 2 and 3 to the opposite sides, and the cut line 6, the fold line 7 and the edge line fold 2,
3, triangular portions 10 and 10 surrounded by a part of 3, and the edge plate 4,
5 and 5 are adhered with an adhesive, and the edge plates 4 and 5 are upright, so that the mount 11 is formed.

Next, the bottom plate paper 18 is bent to the bottom of the mount 11, and the edge plate 19 at the edge thereof is attached to the edge plate 4, whereby the mount-equipped container 20 of the present invention can be obtained. The container 20 with the mount can be used as it is (as a tray), and can also be put in another paper box and used.

Next, FIG. 11 shows an embodiment in which the edge plates 4 and 5 are made relatively high.

[0024]

[Embodiment 3] FIG. 1 shows an embodiment in which a supporting plate of the present invention is provided.
A description will be given based on Nos. 2 and 13.

Edge folds 2 are formed on both right and left edges of the rectangular paper board 21.
Edge plates 24 and 25 having a predetermined width are continuously provided via 2 and 23, and imaginary lines 27 and 28 are assumed inside the edge folds 22 and 23 at the same width as the edge plates 24 and 25. Then, cuts 26, 26 having an angle θ are provided in parallel between the edge fold 22 and the imaginary line 28 at a predetermined equal interval, and the cuts 26, 26 and a small interval (corresponding to the height of the mounting plate). Fold) and fold 23
And folds 29, 29 having an angle α between the virtual lines 27 and. The intersections of the cuts 26 and the edge folds 22 and the intersections of the folds 29 and the edge folds 23 are defined as P, and the intersections of the virtual lines 27 and 28 and the cuts 26 and the folds 29 are defined as O, respectively. A fold 34 is provided for tying. The fold 29 has a slight width in the central portion, and the left and right sides of the fold 29 are cuts 30 and 30a.
The trapezoidal support plate 33 is cut out by providing inclined cuts 32 and 32a from both ends toward the cut 26. Then, the edge folds 22 and 23, the cuts 30 and 30a, and the fold 34
By attaching the reinforcing plates 35 and 35 surrounded by and to the edge plates 24 and 25, respectively, and bending the supporting plates 33 downward, the mount 37 (FIG. 13) of the present invention can be obtained.

In the above-described embodiment, the mounting plate 3 is supported by the support plate 33.
Since 6 is supported, the mounting plate 36 can maintain the correct shape without being deformed even when the mounted article is heavy.

[0027]

Fourth Embodiment Another embodiment of the present invention will be described with reference to FIGS. The same parts as those in Example 3 are designated by the same reference numerals, and only new parts are designated by different reference numerals. An edge plate 2 having a predetermined width is provided on both left and right ends of the rectangular plate 21 with edge folds 22 and 23 interposed therebetween.
4 and 25 are arranged in series, and inside the edge folds 22 and 23,
Virtual lines 27, 28 are provided at the same width as the edge plates 24, 25.
Assuming that, a notch 26, 26 having a predetermined angle is formed between a point m inside the edge O of the edge fold 22 by a length L and a point O outside the intersection n of the imaginary line 28 by L. The folds 29, 29 are provided in parallel with each other at predetermined equal intervals and at a small interval (corresponding to the height of the mounting plate) with the cuts 26, 26. The intersection point of the cut line 26 and the edge fold line 22 is O, the intersection point of the fold line 29 and the edge fold line 23 is P, and an imaginary line 27,
The intersection points of 28, the cut line 26, and the fold line 29 are defined as Q, and a fold line 34 connecting P and Q is provided. The fold 29 has a slight width in the center, and the left and right sides are cuts 30 and 30a.
The trapezoidal support plate 33 is cut out by providing inclined cuts 32 and 32a from both ends of the groove 9 toward the cut 26. Then, the reinforcing plates 35 and 35 surrounded by the edge folds 22 and 23 and the cuts 32a, 30a and the folds 34 are attached to the edge plates 24 and 25, respectively, and the support plate 33 is moved downward from the fold 29. When folded, the mount 38 (FIG. 15) of the present invention is formed.

In the above-mentioned embodiment, the mounting plate 3 is supported by the support plate 33.
Since 6 is supported, even if the placed article is heavy, the placing plate 36 can support the article while maintaining the correct shape without being deformed. In the above, the cuts 26, 26
Is slightly shifted to the right without intersecting the fold line 22 or the imaginary line 28, so that the mounting plate 36 has a slightly raised lower portion as shown in FIG. 16B. Therefore, it is located above the lower edges of the edge plates 24 and 25, and there is a gap h. Depending on the article placed on the placing plate, it may be preferable that there is a gap on the lower surface, so the structure is as shown in FIGS. 14 and 15, but the other parts are completely the same as those in FIG. When used, both have similar effects.

[0029]

According to the present invention, since the inclined plate for placing articles is provided at the center of the double left and right edge plates, it is folded at the time of transfer and firmly used at the time of assembly. There is an effect to obtain.

Next, if a supporting plate is provided, there is no possibility that the mounting plate will be deformed even when a relatively heavy article is mounted.

Further, since one square paper board can be cut, folded, and stuck to be molded, fully automatic molding is possible, and at the same time, scraps and the like produced during manufacturing can be minimized. Further, a container (tray) can be made by combining the mount of the present invention with a bottom plate.

[Brief description of drawings]

FIG. 1 is a plan view of a rectangular paper board according to an embodiment of the present invention.

FIG. 2 is a perspective view showing a state where the edge plate is also bent.

FIG. 3 is a perspective view showing a state in which an edge plate is also attached.

FIG. 4 is an assembled perspective view of a completed mount, which is also partially cut away.

FIG. 5 is an assembled perspective view of another embodiment.

FIG. 6 is an assembled perspective view of an embodiment having the same large inclination.

FIG. 7 is a perspective view of the same use state.

FIG. 8 is a development view of a container with a mount according to another embodiment.

FIG. 9 is an assembled perspective view of a container with a mount.

FIG. 10 is a partially enlarged view of the same.

FIG. 11 is a perspective view of an embodiment in which the edge plate is also relatively high.

FIG. 12 is a plan view of a rectangular paper board of an embodiment in which a support plate is also provided.

FIG. 13 is a perspective view showing a partially cross-section of the same finished product.

FIG. 14 is a plan view of a rectangular paper board of another embodiment similarly provided with a support plate.

FIG. 15 is a perspective view showing a partially cross-section of the same finished product.

16 (a) is a partially enlarged cross-sectional view of FIG. (B) Similarly, a partially enlarged cross-sectional view of FIG. 15.

[Explanation of symbols]

 1 Rectangular paper board 2, 3, 7 Folds 4, 5 Edge board 6 Cuts 10 Triangular part 11 Mount 12 Place plate 13 Packaging box 14 Articles 15 Square paper board 16 Fold 17 Mount paper 18 Bottom board paper 19 Edge board 20 Container with mount 21 Square paper board 22, 23 Fold 24, 25 Edge plate 26 Cut 27, 28 Virtual line 29 Fold 30, 30a, 31 Cut 32, 32a Inclined cut 33 Support plate 34 Fold 35 Reinforcement plate 36 Mounting plate 37, 38 Mount

Claims (9)

[Claims] 1. A mount comprising a plurality of inclined plates for placing or sorting articles which are oriented in the same direction between double left and right edge plates having a predetermined width. 2. The front edge and the rear edge of adjacent inclined plates are cut off from each other,
The mount according to claim 1, wherein a through hole is formed. 3. A plurality of inclined plates for placing articles, which are oriented in the same direction, are provided between the left and right double-sided plates having a predetermined width, and the inclined plates for preventing deformation of the inclined plates are provided on the high side edges of the inclined plates. A mount characterized in that the support plates are bent downward and are continuously arranged. 4. A plurality of inclined plates for placing or sorting articles which are oriented in the same direction are provided between double left and right edge plates each having a predetermined width, and a bottom plate connected to either one of the left and right edge plates is provided. A container with a mount, which is installed below the inclined plate. 5. A rectangular paper board is provided with edge plates each having a predetermined width continuously on both left and right edges of the rectangular paper board through edge folds, and inclined cuts are provided in parallel with each other at predetermined predetermined widths between the folds. From the intersection of the cut and the fold, a fold perpendicular to the cut is provided, and the edge fold of the edge plate, a portion surrounded by the cut and the fold perpendicular to the cut, and the mutual A method for manufacturing a mount, which comprises sticking an edge plate folded in the opposite direction. 6. The method for manufacturing a mount according to claim 5, wherein the angle of the inclined plate formed between the cuts is regulated by the angle between the cuts and the folds of the edge plate. 7. The method of manufacturing a mount according to claim 5, wherein the folds of the edge plate are pressure folds, cuts at regular intervals, or cuts having a predetermined depth. 8. An edge plate having a predetermined width is provided at both left and right ends of a rectangular paper board via edge folds, and the edge plates are folded in opposite directions at the folds to set a high fold position. And two low positions, and a plurality of diagonal cuts are provided in parallel at a predetermined interval between the low folding side and the edge of the high folding that is the front edge of the width of the edge plate. To the middle part of the, from the edge of the high-level side to the fold of the high-level side, a stopper fold parallel to the oblique cut is provided, and both end edges of the oblique cut and both end edges of the stopper fold are respectively folded. Along with tying with eyes, the stopper fold has a predetermined width in the central part and left and right are cuts, and the edge fold and the trapezoidal part surrounded by the stopper cuts are brought into contact with the inside of the edge plate. And the method of manufacturing the mount. 9. A fold parallel to the long side is provided at the center of a rectangular paper board, and one side of the fold is used as a backing sheet and the other side is used as a bottom sheet. Edge plates having a predetermined width are respectively provided in series on both left and right edges of the mount paper via edge folds, and inclined cuts are provided in parallel with each other at the same width between the left and right edge folds, With beveled cuts,
A fold is formed at a right angle from the intersection with the edge fold toward the inclined cut, and the fold, a portion surrounded by the three sides of the edge fold and the cut, and the two are folded in the opposite directions. A container with a mount, characterized in that the base plate is attached to the base plate, the bottom board is bent toward the mount side, the edge portion is adhered to the edge plate, and the base plate is attached to the base plate.