JPS64153Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an exhibition stand, which can be used as a sturdy and beautiful exhibition stand when in use, and can be folded into a flat plate when not in use.

A variety of product display stands have been provided in the past, but all of them have the disadvantage of requiring a large storage space when not in use, are heavy and have few good designs, and are also expensive. It had some drawbacks.

Therefore, the present invention was devised to eliminate the various drawbacks of conventional display stands.
When in use, it can be turned into a display stand with a single touch, is light and strong, has an excellent design, is inexpensive, and if it is made entirely of paper, it can be incinerated when disposed of, so it does not cause waste pollution. The gist of this is that two side plates are installed facing each other, and between these side plates there is an appropriate number of partition plates parallel to the side plates, and a number of upright thin walls that can be folded into strips. The invention consists in that a rectangular tube is arranged, and the outer surface of the rectangular tube in the folding direction is connected to a side plate or a partition plate.

The present invention will be explained below according to an embodiment shown in the drawings. The present invention is formed by a main body 4 of the exhibition stand consisting of two side plates 1, a number of rectangular tubes 2, and a partition plate 3, and a top plate 5 placed on the main body 4 if necessary. There is.

The side plate 1 has an appropriate shape considering design elements.
For example, as shown in the figure, it is formed into an elephant shape.

The rectangular tube 2 has a shape, for example, a hexagonal tube shape, which can be folded into a strip shape such that at least one set of opposing surfaces are in contact with each other.

The partition plate 3 can be formed into any suitable shape, but if it is formed into substantially the same shape as the side plate 1 as shown in the illustrated example, it will not only be sturdy during assembly, but also have a design effect.

Next, the assembly of the main body 4 of the exhibition stand with the side plate 1, square tube 2, and partition plate 3 will be explained assuming that the same direction as the side plate 1 is the x-axis and the direction perpendicular to the side plate 1 is the y-axis in the plan view. do. First, one side plate 1 is set up, and square tubes 2 are set up and arranged at equal intervals so that when folded on one side of the side board 1, their tip sides do not overlap.
One side of each rectangular tube 2 is adhered to the side plate 1. Next, the surface of the rectangular tube 2 opposite to the side bonded to the side plate 1 is bonded to one side of the partition plate 3, and the back side of the partition plate 3 is also bonded.
Glue one side of another vertical tube 2 so that they are aligned on the axis, and then similarly, alternately attach the partition plate 3 and the square tube 2 so that each square tube 2 is aligned on the y-axis. Glue. When the length in the y-axis direction reaches a predetermined length, the side plate 1 is glued in place of the partition plate 3, and the main body 4 is completed. At this time, the side plates 1 and the partition plates 3 are arranged in a direction parallel to the x-axis, and the rectangular tubes 2 are arranged between the side plates 1 in a grid pattern.

In the present invention, the rectangular tube 2 is foldable, so when the side plate 1 is pushed in the y-axis direction, the main body 4 collapses, and the main body 4 has the thickness of the two side plates 1 and the rectangular tubes 2 arranged in the y-axis direction. The plate-like body has a thickness equal to the sum of the number multiplied by twice the plate thickness of the rectangular tube 2 and the thickness multiplied by the number of partition plates 3 used. Therefore, when not in use or when being transported, it can be folded up and does not require a large space. In addition, when in use, the top surface of the main body 4 can be used as a display stand by a one-touch action of simply pulling the side plates 1, so the work efficiency is high.

If we consider the compression parallel to the axis of the rectangular cylinder 2, it is the compression of a thin cylindrical column in a flat plate structure,
This is because the flat plates that make up each wall exert elastic restraints on each other, so even though the wall thickness is thin, it is extremely resistant to compression. In the present invention, the rectangular tube 2, which is strong against compression, is further immovably connected to both the x-axis and the y-axis through the partition plate 3, so that the elastic restraint effect is further strengthened, making it more robust against compression. It has become a thing. In addition, since the rectangular tubes 2 are connected to each other via the partition plate 3, the upper end becomes similar to a fixed end during buckling, and buckling is less likely to occur. Therefore, the present invention hardly collapses or buckles due to compression, making it possible to display heavy objects. Furthermore, since the rectangular tube 2 has a thin wall structure, it can be made lightweight.

Since the present invention has a structure that is resistant to compression or buckling, it can also be made from paperboard. When made from paperboard, you can color, print, and design as you wish, making it not only beautiful, but also lightweight and inexpensive. Furthermore, if it is made of paper, it can be incinerated when disposed of, so it does not cause waste pollution.

Although the rectangular tube 2 is shown as a hexagonal tube in the illustrated example, it can be formed into any shape such as a rectangular tube as long as it can be folded into a strip shape. However, if the rectangular tube 2 is formed into a hexagonal tube, not only can the rectangular tube 2, side plate 1, and partition plate 3 all be moved parallel to the y-axis when folding and assembling, but also when assembling, If the square tube is maintained, the two free ends that are not connected to the side plate 1 or the partition plate 3 will serve as supports in the x-axis direction, making the display stand even more robust. Note that if the square tube is changed to a square tube, the connecting portion with the side plate 1 or the partition plate 3 will be wide, resulting in a sturdy display stand.

When the square tube 2 and the partition plate 3 are each grounded to the installation surface of the exhibition stand, the weight of the exhibit placed on them can be supported by the square tube 2 and the partition plate 3, and heavy objects can be Can be used for mounting. Although exhibits may be placed directly on the top of the display stand, even small objects can be displayed by placing the top plate 5 on the top of the display stand and placing the exhibits on top of the top plate 5.
The top plate 5 can be made of paperboard, but if it is made of a transparent material such as acrylic resin, it will be durable and beautiful.

In the illustrated example, square tubes 2 and partition plates 3 are arranged alternately in the y-axis direction between both side plates 1, but a different arrangement, for example, two square tubes 2 and one partition plate 3, is possible. They may be arranged alternately.

Also, when using it as an exhibition stand, if appropriate fixing is applied to the top and bottom of the main body 4 so that the main body 4 does not move in the y-axis direction,
Improved shape retention and stable use.

Although not shown, if casters or wheels are provided on the lower surface of the main body 4, when a heavy object is placed on it, it can be easily moved while it is placed thereon.

When exhibits are placed directly on the top surface of an exhibition stand, a wide placement surface can be obtained by arranging a large number of main bodies 4 in the x-axis or y-axis direction.

In the illustrated example, the side plate 1 and the partition plate 3 are formed into an elephant shape to add interest, but this can be changed as appropriate depending on the exhibit.

As mentioned above, the present invention does not require space because it can be folded when not in use or when being transported.
Light and easy to assemble with one touch when in use.
It is sturdy and has an excellent design, and the use of a hexagonal tube makes it even more sturdy.If it is made entirely of paper, it can be incinerated when disposed of, so it is extremely practical as it does not cause waste pollution. It is.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention; FIG. 1 is a perspective view, and FIG. 1... Side plate, 2... Square tube, 3... Partition plate, 4...
...Main body, 5...Top plate.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. Two side plates are provided facing each other, and between these side plates there is an appropriate number of partition plates parallel to the side plates, and a large number of upright thin walls that can be folded into strips. Arranged with a square tube,
An exhibition stand characterized in that the outer surface of the rectangular tube in the folding direction is connected to a side plate or a partition plate. 2. The display stand according to claim 1 of the utility model registration claim, wherein the square tube is a hexagonal tube. 3. The display stand according to claim 1 of the utility model registration claim, wherein the square tube is a square tube.