JP3161056U - Glowing banner - Google Patents

Abstract

[PROBLEMS] To provide a three-dimensional, shining banner that is easy to entangle with a cage, improving visibility both day and night. Using a thin light-transmitting material, the head is made into a cylindrical or prismatic bag shape, and a light source is attached to the inside. An independent structure that is not connected to the upper and lower parts inside is attached, and a spherical weight is built in the bottom structure. [Selection] Figure 1

Description

The present invention relates to a technology in which a banner is made into a bag shape, and has a role of a banner in the daytime and a lantern in the night, and reduces the entanglement of the banner, and has an initial position restoring force. .

The traditional flag was extremely poor at night and was only a daytime advertisement.
Some of the visibility was obtained with light from indirect lighting such as stores and streetlights, but night visibility was extremely low compared to daytime.
Therefore, at night, the role of advertising materials was barely achieved by indirect lighting.
There are some indirect lighting types that use LED light sources for the flag banners, the lower part of the anchor fixtures, and the upper part of the flag banner attachments, but they are only indirect lighting. .

The banner is often entangled easily by the wind and often significantly impairs the role of advertising.

At night stalls, advertising materials that can be used at night other than paper lanterns were extremely limited.

Actual climbing 31187771

Noto 3029859

I want to improve night visibility on the banner and give it the same or better advertising effect in the daytime

I want to improve that the banner is entangled with the wind by the wind and the advertisement surface is difficult to see

I want to change the concept of banners so that I can make a three-dimensional shape that changes.

I want to have an action that can always be restored to the original position.

I want to spread the field of advertising to the banners, I want to make universal banners that can be used in cars, used as stalls, and used day and night.

The banner is essentially a single piece of fabric that is visible through it, and has improved visibility by swaying in the wind.
The present invention does not increase visibility by swaying the rising flag in the wind, but combines two thin light-transmitting sheets into a bag shape and uses the unique three-dimensional shape and light-transmitting material on the advertising surface. It is designed to improve the visibility of banner flags by using a built-in light source to improve visibility both day and night.

In order to form a bag-like shape, a structure that can be made hollow at the top of the main body of the banner advertising material was directly fixed to the advertising surface.
Similarly, a structure that can be hollowed under the banner is also fixed to the advertising surface.
Since the upper structure and the lower structure are not connected, they can be made smaller during storage.

The upper structure and the lower structure are not connected, and the weight of the sphere is placed at the lower part of the flag so that the shape of the flag can be maintained, so that the hollow shape of the flag can always be maintained by gravity.

By using an independent structure that does not connect the upper structure and the lower structure, the flag is changed by the wind.
It also has the effect of reducing wind resistance.

By changing the shape of the upper and unconnected lower structures, various shapes can be manufactured.

In addition, the light source is waterproofed and a shock-absorbing cover is attached to improve safety and prevent gusts and rain.

In order to improve the winding of the wiring, the wiring for the light source is built into the head of the flag flag.

The installation was made for the traditional flag banner. The advertising surface was made of materials that can be printed easily.

Since the banner is hollow, it has a net-like structure that prevents small animals from entering from the top and bottom.

A spherical weight is built into the bottom of the banner so that it can always be restored to its original position.

The LED light source for 12V can be used so that it can be easily used for stalls and mobile vehicles. In addition, by changing the structure of the upper and lower parts, it is easy to create a shape that suits the industry. This is a new idea that has never existed before.

The internal illumination type light source has improved the night visibility of the banner.

The shining flag can be easily stored by removing the outlet for wiring and removing it from the eaves so that it can be attached to the eaves for elevating in general.
It can be easily stored during uncontrollable times and windy days, making it easier to manage the main unit safely.

Since the light source is internally lit, it is possible to efficiently raise the flag with a small illuminance, and as a result, the visibility can be improved more efficiently than indirect illumination.

Since the light source can be used as a light bulb type fluorescent light or LED lamp, it does not generate heat from the light bulb.

Since most calibration parts are composed of general distribution products, the production cost can be reduced.

Since it is equipped with waterproof parts and impact prevention parts, the shape of the flag itself is a bag, so it acts as a cushion, making it difficult to break even if it hits a building etc. The durability of the body itself has been improved.

Also, by making the weight built in the lower part into a sphere, the action of gravity can be used efficiently, and it serves to prevent the body itself from rotating. It also has the effect of preventing entanglement of the banner.
There is also a position restoration effect.

Since 100V and 12V light sources can be selected for mobile sales vehicles, high visibility advertisements were born at night.

As shown in Fig. 1, the flag is made into a bag shape, a light source is provided inside it, and the flag is illuminated from the inside, thereby improving night visibility and making the flag in a three-dimensional structure. It is designed to express a unique shape that stands out.

As shown in No. 2, the banners in the structure, which were fixed to the upper and lower parts with binding bands, etc., were three-dimensionalized. Moreover, it was made into a net-like structure to prevent entry of small animals.

As shown in No. 6, a light source is provided inside the banner. There are 100V and 12V.

As shown in No. 7, the entanglement of the wiring is reduced by incorporating the light source wiring in the rising flag cylinder.

As shown in No. 8, a spherical weight is built in the bottom of the banner.

The light source is waterproofed as shown in FIG.

Like No. 12, in order to protect the light source from impact and rain, a cylindrical protective cover is put on.

Like No. 15 and No. 16, air holes and drain holes were provided.

If you look at the banner at night, it ’s a daylight.
It is clear that the night advertising effect is useless without indirect lighting or lighting devices.
The interior lighting type banner can be expected to have a sufficient advertising effect even in dark parking lots and rooftops.
Can cope with sudden bad weather. It can be easily stored by pulling out the outlet and removing the shining banner from the stand.
Differentiation is now required. The shining banner of the present invention can express the individuality of the industry and the shop owner, and can be shaped. The beer method, the yakitori method, the fish shape, the vehicle method, and the ideas are endless.
It will show great power in a unique differentiation strategy. It ’s exciting to create.
If there is a shining upside of beer, I am convinced that the store's suction power is outstanding.
In addition, when I showed the sample to the restaurant owner, I got a happy word that I would like to introduce it, I want to spread it quickly to the world, I want to discover unique creations with this eye and create myself, I want to enjoy,
Therefore, it seems that the number of industries used is enormous.

FIG. 1 is a diagram of a flag banner body, a light source and a weight. FIG. 2 is an enlarged view of the light source. FIG. 3 shows the upper and lower objects.

1 It is a cylindrical banner flag body. It is also an advertisement printing surface.
2 It is a model for preventing small animals from entering at the same time as the shape of the upper part of the banner is modeled.
3 A shaped object for preventing small animals from entering at the same time as the shape of the lower part of the banner is formed.
4 This is a commercially available general-purpose banner.
5 Upper ear fixed at the top of the banner.
6 This is a cylindrical ear that attaches the 7 flag, which is the light source inside the flag, to the bag.
8 is a spherical weight provided in the lower part of the climber.
9 Wiring for light source.
10 Light source.
12 A light source cover.
13 Wiring for light source.
14 This is a light source wiring through hole, and a sealed place so that water and dust do not enter.
15 is an air hole, 16 is a drain hole for a light source.
It is an upper and lower structure that shapes 17 banners. A charcoal grill was substituted.

Claims (4)

Unlike a stream printed on an existing sheet of cloth, the stream was made into a bag using a thin light-transmitting material, and a waterproof light source was attached inside.
In the daytime, it is used as a banner, and in the night, it is a lantern. In order to maintain the bag-like form, independent structures that are not connected to the upper and lower parts inside were attached.
Furthermore, a spherical weight was built in the bottom structure so that the shape was stabilized by using gravity, and the weight was adjusted so that it was shaken or deformed to some extent by the wind.
In addition, since the weight is always at the bottom by the action of gravity by attaching a slight inclination at the time of installation, the shining flag of claim 1 also serves to prevent entanglement of the flag and to act as a restoring force. Electric wiring was built in the main body of the climber to prevent the cables from getting tangled. It is claim 1. The shining banner has been changed to a 12V LED so that it can be mounted on stalls and rear cars using car batteries. It is claim 1.