KR200265611Y1 - Luminous flower - Google Patents

Abstract

The present invention relates to a luminous flower (10), in order to shine in a dark place, to apply a photoluminescent liquid (1) to a specific part of the flower, or to produce a flower in the luminous material luminous This is to mix the powder and luminous pigment material so that it can emit light even in the dark.

Description

Noctilucent flower {omitted}

The present invention relates to a luminous flower (造 花) (10), it is to enhance the value of flowers by allowing the flower to be distinguished even in the dark where light is emitted without a separate additional device.

Conventionally, decorative flowers that emit light using a power source have been provided, but there are inconveniences of having to install a separate device and disadvantages of having a power source, and flowers that use fluorescent materials have been provided. Due to its characteristics, light is emitted only while it is shining, so it has a problem that light is not emitted where there is no light.

Therefore, the luminous flower 10 of the present invention was devised to solve the above problems, and when the flower was produced, it was made to mix the phosphorescent powder and the luminescent pigment material in the raw material resin so that the flower itself was emitted. Alternatively, the photoluminescent liquid 1 is applied to a specific portion of the flower 10 to emit light.

For example, by inserting a photoluminescent phrase (2) or a pattern (3) that acts as a phosphorescent (phosphorescence) on the petal (11) of the flower (10) to emit light at night, Splendor and value can be added.

The photoluminescent liquid 1 accumulates the light received from the outside and emits light, thus eliminating the need for a separate power source or device.

1 is a perspective view showing a conventional luminous flower.

2 is a perspective view of a luminous harmonic flower to which the present invention is applied.

Figure 2a is an exploded perspective view showing an application state of the luminous harmonics of the present invention.

* Explanation of symbols for main parts of the drawings

1. Photoluminescent liquid 10. Luminous harmony

2. Phosphorescent phrase 11.Petals

3. Luminous Glyph

In order to achieve the above object, the luminous flower of the present invention can be produced by mixing the photoluminescent liquid with the raw material resin during the production of the artificial flower so that the petal itself of the luminous flower is emitted. It can also be applied (inserted) on a specific part of the flower, so that only the part where the photoluminescent liquid is applied (inserted) can be emitted. It is made to emit light by the photoluminescent liquid without. Phosphorescent fluid does not emit light by itself, but accumulates light from outside and emits light. In general, when you look at red ink under fluorescent light at night, you can see that it turns blue. In addition, the skin and nails reflected by mercury lamps appear yellow-green, because they absorb green, blue, and yellow-green visible light, which are longer than the wavelength of light absorbed by the colorless ultraviolet rays emitted by sunlight and mercury lamps.

These materials are divided into two types depending on the time it takes to absorb and emit light, which emits light at a longer wavelength than the absorbed light when it is received: 'fluorescence' that only emits light while it's shining and disappears It is classified as 'phosphorescence' which emits light even afterwards.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

1 is a perspective view showing a conventional harmonic 10.

Figure 2 is a perspective view of the luminous flower arrangement (造 花) 10 to which the present invention is applied

As shown, when producing petals of luminous flowers 10, the phosphorescent liquid may be mixed with the raw material resin of harmony, and the petal itself may be emitted. Only the site where the photoluminescent liquid is applied (inserted) can be emitted.

Figure 2a is a perspective view showing an application state of the present invention

As shown in the figure, the petals of the luminous flowers 10 are luminous by the luminous solution, and the luminous flowers or patterns are applied (inserted) by the luminous solution that emits different light to the petals of the luminous flowers. This is to ensure that the phosphorescent texts or patterns applied (inserted) on a specific part of the petals are simultaneously emitted.For example, when producing petals of luminous flowers, the phosphors of luminous flowers are mixed with red phosphorescent solution. A luminous phosphor or luminous pattern is applied to the petals of luminous flowers that emit red color in the dark and emit red color. In the dark, the petals of the red luminous flowers in the dark, the blue word or pattern shines at the same time, adding splendor and mystery.

As described above, the luminous flowers 10 according to the present invention emit light at night without a separate device or a power source, and thus can be used practically and semi-permanently, thereby further increasing the value of flowers.

Claims (2)

In luminous flowers, the petals of flowers are made of luminous by the luminous solution and the luminous flowers or luminous patterns are applied to the luminous flowers. Luminous flowers characterized in that the phosphorescent or phosphorescent patterns applied (inserted) on the petals and the specific parts of the petals are simultaneously emitted In the flower, only the part where the photoluminescent liquid 1 is inserted (coated) by applying (inserting) the photoluminescent phrase 2 or the photoluminescent pattern 3 to the petal 11 of general harmony with the photoluminescent liquid 1 Luminous flower, characterized in that it emits light in the dark