JPS6253916A - Fluorescent and phosphorescent manicure enamel - Google Patents

Abstract

PURPOSE:To provide a fluorescent and phosphorescent manicure enamel emitting bright light in light place as well as dark place, by mixing a fluorescent pigment and a phosphorescent pigment in clear manicure enamel. CONSTITUTION:The objective fluorescent and phosphorescent manicure enamel can be produced by mixing a clear manicure enamel with a fluorescent pigment 2 and a phosphorescent pigment 1 (e.g. luminous pigment, light-accumulating pigment, etc.) separately or attaching the former pigment to the surface of the latter pigment. The clear manicure enamel 3 is a nitrocellulose-based liquid such as cellulose nitrate lacquer, acrylic lacquer, etc. Since the enamel has high specific gravity, both pigments are mixed homogeneously with each other in a state that the phosphorescent pigment particle is encircled with the fluorescent pigment particles having smaller particle size. Accordingly, the product emits extremely bright color having a luminance brighter than any of Munsell color standard tablets in light place such as under the sunlight or a fluorescent lamp. In a dark place, the fluorescent pigment particles 2 encircling the phosphorescent pigment 1 emit bright fluorescent color excited by the light emitted from the phosphorescent pigment.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a nail polish that emits bright light regardless of whether it is bright or dark.

PRIOR ART Conventional nail polish removers are only available in normal colors, and are only useful in bright places such as daylight or under lighting equipment.

Therefore, there was nothing that could be seen in dark places such as at night or in the dark, so the only option was to scatter bright gold or silver glitter and enjoy the reflected light.

The problem that the invention aims to solve is that in bright places it is just a normal color, and in dark places it emits no light at all, making it impossible to see.

However, in today's fashion-oriented world, there is a strong demand for nail polish polishes that are as bright as possible, that can be seen even in the dark, and that emit bright light. It was because of this.

Therefore, the present invention eliminates these drawbacks of conventional nail polish liquid, and emits extremely vivid colors that are too bright to match any of the Munsell color charts in bright places. It also emits a variety of bright colors even in the dark.
It aims to provide a completely new nail polish solution.

Means for Solving the Problem In the present invention, a fluorescent pigment and a phosphorescent pigment are mixed into a clear nail polish liquid to obtain a fluorescent/phosphorescent nail polish liquid.

By the way, the phenomenon of emitting cold light due to external stimulation can be classified as fluorescence based on the length of the cold light emission period.
scence) and phosphorescence
ce), but fluorescence is classified as 10' [
Phosphorescence refers to something with a luminescence period of 5eC1 or less, or longer.

However, in the present invention, these two are mixed,
There is a large difference in particle size and specific gravity between the two (for example, in terms of particle size, fluorescent light is 1.5 [μTrL], while phosphorescence is 20 [μTrL], and in terms of specific gravity, the former is 1.3 [μTrL]).
On the other hand, in the latter case, there is a difference of 4°1), and even with so-called binders, the fluorescence and phosphorescence are completely separated in the liquid, as seen when thinner is used, and the drying time is Therefore, the two cannot be uniformly mixed and solidified,
All of them were unsuitable for realizing the purpose of the present invention. There is no point in eating 9 things at all.

In this regard, the present invention first discovered the most suitable binder in the form of a transparent nail polish liquid, and first achieved the invention as a paint.

This nail polish clear liquid is also called a cleaner.
Nitrocelluloid-based liquids such as nitrocotton lacquer, acrylic lacquer, and others. In addition, due to their high specific gravity, the fluorescent pigment and phosphorescent pigment mix well, and even if they are temporarily separated, they can be homogenized again by slight stirring.
It also has the advantage that the two do not separate between the time it is applied to the nail surface and the time it dries.

In addition, in the present invention, phosphorescent substances are classified into so-called noctilucent substances and phosphorescent substances, the former being light emitted by atomic decay, and the latter being light emitted by external stimulation, and both can be used in the present invention. It is something that can be done.

Function The nail polish liquid of the present invention follows the conventional usage method, but as mentioned above, the fluorescent pigment and the phosphorescent pigment mix well, and the fluorescent pigment with small particle size forms a shape surrounding the phosphorescent pigment. Therefore, it is easily stimulated in bright places such as daylight or under fluorescent lights, exhibits good coloration that is brighter than any of the Munsell color charts, and has high visual acuity, making it visible even from a distance. It is.

In addition, in a dark place, when receiving the light emitted from the phosphorescent pigment, the fluorescent pigment surrounding the phosphorescent pigment emits a bright fluorescent color light.

Embodiments Next, some embodiments of the present invention will be described in detail based on the drawings.

FIG. 1 is a schematic diagram of a first embodiment of the present invention.

As the phosphorescent pigment, a luminescent pigment (1) is used in this example, and the luminescent pigment (1) and a fluorescent face.

The fluorescent pigment (2) is attached around the particles of the luminescent pigment (1) by tri-blending the pigment (2) with the fluorescent pigment (2), and then mixed into the transparent nail polish liquid (3).

In this way, it is important to use a clear nail polish liquid (3), and thinner or turpentine oil will dissolve and separate the fluorescent pigment on the surface of the phosphorescent particles, making the adhesion relationship created by the triblend meaningless. However, in this embodiment, such a negative phenomenon does not occur at all, and an extremely stable state is obtained.

Furthermore, when this nail polish liquid is applied to the surface of the nail, the liquid dries quickly and both pigments solidify without separating.
A really good film can be obtained.

However, unlike conventional products, the fluorescent material does not have the property of emitting light in the dark, and we have succeeded in obtaining sufficient performance except for the complaints that there is no nail polish that glows in the dark. ing.

Further, FIG. 2 is a schematic diagram of a second embodiment of the present invention.

In this second example, a fluorescent pigment (2) and a luminescent pigment (1) are used.
The article deals with a product in which the nail polish is mixed directly into the transparent nail polish liquid (3).

This is a nail polish liquid in which the fluorescent substance (2) and the phosphorescent substance (1) can be dispersed almost uniformly as required.

Then, just apply this nail polish to the surface of your nails.
This results in a nail polish film that emits bright light regardless of whether it is bright or dark. In other words, the bright light emitted by the phosphorescent material makes the fluorescent material substantially glow, not only in a bright place, but even in a dark place.

In addition, in the above-mentioned two examples, both phosphorescent pigments (1
), the fluorescent pigment (2) and the transparent nail polish liquid (3) are equally divided at 1:1:1, respectively.

Furthermore, an organic fluorescent pigment is used as the fluorescent pigment (2), and it emits light with very high efficiency.

In addition, although the expression "transparent nail polish liquid" is used in the present invention, even if it is a colored nail polish liquid, if the pigments are considered to belong to fluorescent pigments, the nail polish liquid is substantially transparent. It is reasonable to think that there is, and that is how I understand it.

All of the above-mentioned substances are harmless to the human body, and the same applies to their mixtures.

This fluorescent/phosphorescent nail polish liquid is placed in a container such as a glass bottle, and if a small ball is added to the container, it can be used for light stirring. By gently shaking the glass bottle, the pigments become extremely uniform and the maximum effect can be achieved.

Effects of the Invention Due to the above configuration and operation, the effects of the present invention can be broadly divided into the following two categories, and all problems to be solved are eliminated.

(1) We have succeeded in producing 1 q of nail polish that emits extremely bright light in both bright and dark places, something that conventional nail polish does not have.

In other words, in bright places you can enjoy even brighter fluorescent colors, and in dark places you can enjoy the light emitted from the phosphorescent material.
After all, it can be seen in fluorescent color. .

Therefore, it is possible to create eye-catching makeup and performances even in modern entertainment facilities with extremely low lighting levels.

(2) With conventional binders such as thinners, it is difficult to properly mix two or more types of particles with large differences in particle size and specific gravity, and to prevent them from separating and solidifying when applied. This was not possible, but they successfully solved this problem by using clear nail polish liquid without changing the state or properties of the contaminant.

As a result, the small particle size of the fluorescent pigment surrounds the much larger phosphorescent substance, making it possible to exhibit the synergistic effect of the two as described above, and even when applied to the nail, it is extremely A good film can be quickly obtained.

In this way, we have eliminated the double-bind disadvantage of conventional nail polish remover that does not glow in the dark and fluorescent pigments that cannot be seen in the dark. It was possible to obtain a nail polish that emits bright light anywhere and achieves the intended purpose well.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram of the first embodiment, FIG. 2 is a schematic diagram of the second embodiment. 1. Luminescent pigment 2. fluorescent pigment 3. Nail polish clear liquid

Claims (1)

[Scope of Claims] 1. A fluorescent/phosphorescent nail polish liquid comprising a fluorescent pigment and a phosphorescent pigment mixed into a transparent nail polish liquid. 2. A fluorescent/phosphorescent nail polish liquid according to claim 1, characterized in that a fluorescent pigment is attached to the surface of a phosphorescent pigment.