JPH0245888Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a rectangular tube-shaped display, and its usage forms range from small ones such as counter displays and hanger displays to large ones such as life-sized displays. You can respond in a variety of ways.

The feature of this invention is that these prismatic cylindrical displays can be folded flat even if they are triangular or pentagonal cylindrical.

Conventional technology Despite its simple structure, rectangular tubular displays have a strong display effect that can be viewed 360 degrees, and have been very useful at the forefront of advertising activities from ancient times to the present.

Among these rectangular cylindrical display bodies, the ones commonly used are for some reason limited to square or hexagonal cylindrical bodies formed by sequentially connecting each side plate, and occasionally irregular triangular shapes, It was limited to seeing pentagonal shapes.

Problems to be solved by the invention The reason why many of the conventional displays mentioned above were square or hexagonal cylindrical bodies was due to problems with ease of use during transportation, storage, or use at stores. A rectangular cylindrical body can be easily folded flat along each ridge line, but it is completely impossible to collapse a hexagonal cylindrical body as it is, so it is impossible to fold the hexagonal cylindrical body into a flat shape along each ridge line. They were equipped with removable connecting members, and were assembled into a rectangular tube shape or folded flat using these connecting members. The pentagonal cylindrical body had to be made with a connecting part in the same way as the triangular cylindrical body, or if it was to be folded as is, the horizontal length of each side plate had to be adjusted to create an irregular pentagonal shape. .

However, triangular and pentagonal cylindrical shapes also have interesting shapes and different angles that can be seen, and in particular, a triangular cylindrical body has a larger surface area than a rectangular cylindrical body for the same paper tray, which means it can secure a larger advertising surface. It has started to attract a lot of attention due to the fact that it is possible.

Therefore, the present invention proposes a rectangular cylindrical display body that looks exactly the same as a triangular or pentagonal cylindrical body, but can be folded into a flat shape by simply squeezing it.

() Structure of the invention Specific means for solving the problem Three or more independent display boards are erected one after another to form a rectangular tube, and adjacent display boards are Adhesive plates each fixed to the inner surface of the display board are successively connected via fold lines with bonding plates on both sides, and the appearance is square cylindrical, and the adhesive plates can be easily folded flat through the fold lines of the bonding plates. Obtain a display body that can be used.

Action To fold the above-mentioned display, push the adjacent sides of each display board inward, and it can be folded flat via the fold lines on both sides of the internal joint board. At this time, the sides of the display boards that were adjacent to each other are separated.

Example In order to make the present invention more clear, we will explain it in detail according to the example shown in the drawings below.

Although this invention can use any rectangular tube as long as it is triangular or larger, this example uses a hanger-type equilateral triangular tube.

Rectangular side plates 2, 2, 2 of the same size are sequentially arranged vertically so that both ends are adjacent to each other to form an equilateral triangular cylindrical display body 1. The bonding plates 3, 3, 3 and the bonding plates 4, 4, 4, each having a horizontal length one third of the side plate 2, are successively connected to each other via the broken line l. Fix the mounting plates 4, 4, and 4 in correspondence with each other. At this time, the joining plates 3 are installed so as to straddle the corners of the equilateral triangular cylindrical body 1.

After that, a cross-shaped reinforcing plate is inserted into the regular hexagonal cylindrical body as a reinforcing member for maintaining the equilateral triangular cylindrical body, or a triangular reinforcing plate having the same cross-sectional shape as the equilateral triangular cylindrical body can be raised and lowered. Then, attach it to the inner surface of one of the side plates of the triangular cylindrical body to complete the process.

To fold this invention flat, after releasing the reinforcing member, fold the inner regular hexagonal cylindrical body flat along each fold line as you would with a regular hexagonal cylinder. At this time, the outer equilateral triangular cylindrical body is folded so that the sides of the side plates that form two corners are separated, and the sides of the two side plates that form one remaining corner are overlapped. Masu. In other words, even though it has a triangular cylindrical appearance, it can be folded in the same way as folding an internal hexagonal cylindrical body.

The present invention is not limited to the above-described embodiments; for example, when the display body is a rectangular cylindrical body, the internal core member is an octagonal cylindrical body, and when the display body is a pentagonal body, the internal core member is a decagonal cylindrical body. If the sequential display body is an n-gonal cylindrical body (n = 3, 4, 5,...), then the internal core member will have a joint plate and an adhesive plate connected to each other via a broken line on every other side plate. It is sufficient to use a 2n square cylindrical body.

In addition, in the above embodiment, the joint plate and the adhesive plate were provided as each side plate of the rectangular tube, but this was done for ease of manufacturing.
This comes from the ease of positioning when attaching the adhesive plate to the side panel of the external display body.
The bonding plate is divided at the bonding plate portion, and a bonding plate having bonding plates on both sides is provided through a fold line as one unit, and the bonding plates are respectively fixed to the inner surfaces of adjacent side display plates of the external display body. You can also do this by What you need to be careful about at this time is that whether the joining plate is included in a rectangular tube or installed independently, the setting must be such that the entire joining plate can be folded into two flatly via each fold line on both sides of the joining plate. Have to.

Furthermore, the horizontal length of the joint plate does not need to be one-third of the external display body side plate as in the above example, and can be set freely to a certain extent. In the above example, the length of the side plate is one-third because the external display body is an equilateral triangular cylindrical body, and the internal core member including the joint plate is a regular hexagonal cylindrical body. Yes, at this time, if you set the horizontal length of the joint plate as described above, when folded, the lengths of the overlapping side plates of the display will be different, so that the length of the side plate is equal to the length of the joint plate. This will be 1. Also, since all the corners are set to such lengths, you can fold it flat no matter which corner overlaps. In other words, the horizontal length of the joint plate must be equal to or greater than the horizontal length of the overlapping part of the side plates (the part outside the fold line of the joint plate when the adhesive plate of the joint plate is fixed).

() Effects of the invention As mentioned above, the present invention can be used not only for rectangular and hexagonal cylindrical displays, but also for rectangular cylindrical displays such as triangular shapes that cannot normally be folded flat. Since it can be folded with one touch, it can be transported and stored in an extremely compact state, and it can be easily assembled into its original square tube shape at the store.

In addition, the components used can be made up of only the side panels for the display body, each of which is installed independently, and the joint plate, which is provided inside the display body and has adhesive plates on both sides via folded lines.

[Brief explanation of drawings]

What is shown in the drawings is one embodiment of the present invention; Fig. 1 is an assembled perspective view, Fig. 2 is a plan view, and Fig. 3 is a plan view showing the folded state. 1...Display body, 2...Side plate, 3...Joining plate, 4
...Adhesive board, l...Fold line.

Claims (1)

[Scope of utility model registration request] An adhesive board that forms a rectangular tube by erecting three or more independent display boards one after another, and also fixes adjacent display boards to the inner surfaces of two adjacent display boards. A prismatic cylindrical display body, which is made up of sequentially connected joint plates on both sides through fold lines, and can be folded flat through each fold line of the joint plates.