KR20130016517A

KR20130016517A - Sticker for tattooing and manufacturing method thereof and pigment composition for tattooing

Info

Publication number: KR20130016517A
Application number: KR1020110078511A
Authority: KR
Inventors: 채용진; 권영배; 최성현; 장영민
Original assignee: 채용진; 서재인; 채성진
Priority date: 2011-08-08
Filing date: 2011-08-08
Publication date: 2013-02-18

Abstract

The present invention relates to a tattoo sticker, a method for manufacturing the tattoo sticker and a pigment composition for improving the aesthetics of the tattoo by changing according to the temperature, the intensity of light shining on the skin, the brightness of the light, the sticker for the tattoo, the coated paper (11) And a release agent 12 coated on an upper surface of the coated paper 11, an offset print layer 13 on which various tattoo patterns are printed on an upper surface of the release agent 12, and an upper surface of the offset print layer 13. Pigment composition (14), which is applied in various colors and exhibits Zion, luminous and photoluminescent effects, and adhesive (15) applied to the upper surface of the pigment composition (14), 14) is characterized by consisting of 12% by weight of the luminous pigment, 10% by weight of the Zion pigment and 9% by weight of the phosphorescent pigment with respect to 100% by weight of the transparent transfer ink.

Description

Tattoo sticker, manufacturing method thereof and pigment composition for tattoos {STICKER FOR TATTOOING AND MANUFACTURING METHOD THEREOF AND PIGMENT COMPOSITION FOR TATTOOING}

The present invention relates to a tattoo sticker, a method of manufacturing the same and a pigment composition for tattoo, and more particularly, to improve the aesthetics of the tattoo by changing the tattoo sticker adhered to the skin according to temperature, intensity of light shining and brightness of light. A tattoo sticker, a manufacturing method thereof, and a pigment composition for a tattoo.

Looking at the dictionary meaning of tattoos, tattoos are those that injure skin or subcutaneous tissue and inscribe paints, letters, pictures, patterns, etc., literally on the body and at the same time not to be erased. The written word is a tattoo.

And the tattoo by the primitive method is painful and time-consuming due to the shaping of the tattoo, and the problem that the tattoo is not erased naturally, which gives the viewer a great aversion, mainly used only in specific people It was.

However, in recent years, tattoos are used on the body, such as face, arms, hands, feet, back, shoulders, chests, as a joke, or as a memorial, for the purpose of heights or to direct a sporting event or personality. Currently, enthusiasts are emerging to activate these fashion tattoos.

In the case of permanent tattoos, side effects such as the use of indiscriminate tattoo culture and unproven tattoos, which are indestructible among young people, are increasing.

The general tattoo method is to injure the skin and inject ink between the wounds to count permanent sentences or symbols permanently. Such a method has a problem that it is not easy to erase the tattoo and it costs a lot to erase.

That is, in the case of a tattoo, the pattern is semi-permanent, so surgical treatment is required for removal. Therefore, this technique is not suitable for people who want to apply and remove tattoos in an easy way.

Thus, instead of semi-permanent tattoos, tattoo pigments have been developed to obtain the effect of temporary tattoos. However, the tattoo pigment contains an acrylate copolymer, polyvinylpyrrolidone, and pigment, which are water-soluble polymers, in an aqueous base, and as a dispersion stabilizer, include an aqueous thickener such as sodium metaphosphate, chelating agent, and sodium magnesium silicate. . Such a composition easily falls on contact with moisture or water in the air when applied to the skin, and disappears without lasting a long time. This is because the main base is water system. It is even more so when the humidity which contains much moisture in air | atmosphere is high. It can be clearly seen by directly contacting moisture on the pattern actually applied. In addition, the aqueous dispersion system has a problem that the evaporation of moisture in the system during storage of the product is hardened and the contents are hardened, thereby the product life is very short.

In addition, such a conventional pigment for tattoo has a problem that does not change the color depending on the temperature and brightness does not increase the aesthetic sense of the tattoo.

The present invention has been made in order to solve the problems described above, the tattoo sticker that is attached to the skin to change according to the temperature and the intensity of the light, the brightness of the light to increase the aesthetics in the tattoo and its manufacture A method and a tattoo pigment composition are provided.

Tattoo sticker according to the first embodiment of the present invention, the coated paper 11, the release agent 12 applied to the upper surface of the coated paper 11, and the various tattoo patterns are printed on the upper surface of the release agent 12 offset A pigment composition 14 coated on the printing layer 13, an upper surface of the offset printing layer 13 in various colors and exhibiting Zion, luminous and photoluminescent effects, and an adhesive applied to the upper surface of the pigment composition 14 ( Characterized in that consisting of 15).

In the pigment composition 14 applied to the tattoo sticker according to the second embodiment of the present invention, 12 wt% of the luminous pigment, 10 wt% of the zion pigment and 9 wt% of the photoluminescent pigment are mixed with 100 wt% of the transparent transfer ink. Characterized in that made.

Tattoo sticker manufacturing method according to a third embodiment of the present invention is a first step of applying ink ink to the outline of the various patterns and graphics printed on the offset printing layer 13 on the coated paper 11, and the offset printing layer (13) a second step of preparing the pigment composition 14 applied on the mixture by mixing 12% by weight of the light pigment, 10% by weight of the Zion pigment and 9% by weight of the phosphorescent pigment with respect to 100% by weight of the transparent transfer ink; And a third step of sequentially applying and drying the pigment composition 14 on the offset printing layer 13 by color, and an adhesive 15 for attaching to the skin on the upper surface of the pigment composition 14 dried in the third step. ) Is characterized by consisting of a fourth step of applying.

According to the present invention, by preparing a sticker for a tattoo using a pigment composition made by mixing a Zion, a light, a photoluminescent pigment in a transparent ink, the tattoo adhered to the skin to change according to the temperature, the intensity of the light shining, the brightness of the light The gorgeous color is maintained in harmony, which enhances the aesthetics of the tattoo.

1 is a cross-sectional view showing a tattoo sticker of the present invention,
Figure 2 is a photograph showing a tattoo sticker of the present invention 1.
Figure 3 is a photograph showing a tattoo sticker of the present invention 2.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

[Example]

1 is a cross-sectional view showing a tattoo sticker of the present invention, Figure 2 is a photograph 1 showing a tattoo sticker of the present invention, Figure 3 is a photograph 2 showing a tattoo sticker of the present invention.

As shown in FIG. 1, the tattoo sticker 10 includes a coated paper 11, a release agent 12 applied to an upper surface of the coated paper 11, and various tattoo patterns printed on an upper surface of the release agent 12. Applied to the offset printing layer 13 and the upper surface of the offset printing layer 13, the pigment composition 14, which exhibits Zion, luminous and photoluminescent effects, and the upper surface of the pigment composition 14 It consists of an adhesive 15.

The pigment composition (14) is made by mixing 12% by weight of the light pigment, 10% by weight of the pigment and 9% by weight of the phosphorescent pigment with respect to 100% by weight of the transparent transfer ink.

Here, the optical pigment, that is, the photosensitive pigment is a pigment that absorbs light to bring about a structural change in a different form and develops a different color, and when the light is blocked, it returns to its original form and discolors (color disappears).

Luminous pigments are a type of luminous pigments that emit light for a certain period of time in the dark.

Zion pigments are pigments whose color changes with temperature.

As a method of applying the release agent 12, a spray coating method, a coating method by dipping, a coating method using a brush, and the like are known.

Spray coating method, for example, by spraying the setter with a solution containing the BN powder to the setter, coating method by dipping, for example, MgO in a solvent (water) to form a suspension and put the counterpart to put the solution, and then to dry the solution will be.

The light, zion and photoluminescent pigments contain natural pigments.

The tattoo sticker made in this way is manufactured by the following method. That is, the tattoo sticker manufacturing method, the first step of applying ink ink to the outline of the various patterns and graphics printed on the offset printing layer 13 on the coated paper 11, and on the offset printing layer 13 A second step of preparing the pigment composition 14 to be applied by mixing 12% by weight of the luminous pigment, 10% by weight of the Zion pigment and 9% by weight of the photoluminescent pigment with respect to 100% by weight of the transparent transfer ink, and the offset printing. A third step of sequentially applying and drying the pigment composition 14 by color on the layer 13, and the adhesive 15 for applying to the skin on the upper surface of the pigment composition 14 dried in the third step The fourth step is made.

In the first step, the offset printing layer 13 is applied to the edges of various figures or patterns by silk printing. In this case, a general black printing ink may be used, and the pigment composition applied to the inside of the edge ( 14), that is, it is also possible to apply in the same color as the color of the sight, zion and photoluminescent pigments.

In the second step, the pigment composition 14 is prepared by mixing 12 wt% of the luminous pigment, 10 wt% of the Zion pigment and 9 wt% of the photoluminescent pigment with respect to 100 wt% of the transparent transfer ink for 15 minutes.

In addition, the three pigments include natural colors to appear color.

In the third step, the edges of the patterns and figures formed on the offset printing layer 13 are applied by a conventional silk screen printing method, and the ink used for the edges is different from the photosensitive ink. This is preferably used. After the edge is dried, the pigment composition 14 having various pigments inside the edge is repeatedly applied and dried by the silk screen printing method described above. That is, to apply yellow and light blue color within the edge of the offset printing layer 13, the pigment composition is repeatedly applied and dried twice as shown in the photograph 1 of FIG. 2.

And when the yellow, pink, light blue is applied, as shown in the photograph 2 of FIG. 3, the pigment composition is repeatedly applied and dried three times.

The silk screen printing is one of a stencil printing similar to a printing plate, and attaches a grainy tulle to a frame, covers a portion that is not to be printed, with cover or paper, and presses ink with a rubber roller on the printing. In particular, the ink can be thickened so that the color is clear and is mainly used for paper. The silk screen printing method is widely known and used for the purpose of clarifying color by overlapping inks, so a specific configuration or operation will be omitted.

In the fourth step, after the adhesive 15 is applied to the upper surface of the dried pigment composition to prevent foreign matters from being applied to the pigment composition, the vinyl protective film (not shown) is attached to complete the manufacture of the tattooer's stretcher. .

The above adhesive is applied to the upper surface of the dried pigment composition 14, the protective film is disposed on the upper surface of the adhesive, and when used, the protective film is removed, and then the adhesive 15 is brought into contact with the user's skin to dry the pigment. The composition 14 may adhere to the skin of the user.

In order to adhere the tattoo sticker including the pigment composition prepared by the above method to the skin, the user first removes the protective film attached to the upper surface and then arranges the adhesive applied on the upper part of the pigment composition to contact the user's skin. After pressing and rubbing the back of the coated paper 11 lightly using a finger or the like, and then peeling off the transfer paper, the pigment composition 14 dried by the adhesive 15 is adhered to the user's skin.

The tattoo sticker of Fig. 1 of FIG. 2 adhered to the user's skin has yellow or light blue color when the user's body temperature rises (in exercise) or enters warm water in a facility such as a sauna. Discoloration, Zion), and black offset printed layers are only visible.

When the user comes out of the bath and the temperature of the body reaches room temperature, yellow color appears again (Zion phenomenon), and the user enters a dark place or becomes a dark place at night, and only yellow and light blue are exposed (luminescence (glow) Phenomenon), black is not visible.

In addition, when the user is located in a place where sunlight is bright or where it is not very dark and dim, yellow and sky blue are changed to different colors (light phenomenon).

As described above, the sticker for tattoo according to the present invention manufactures a tattoo sticker using a pigment composition made by mixing Zion, a light, and a photoluminescent pigment in a transparent ink, so that the temperature and light intensity of the tattoo adhered to the skin are increased. By changing the brightness, colorful colors are maintained in harmony, which enhances the aesthetics of the tattoo.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. And will be included in the described technical idea.

10 tattoo sticker 11: coated paper
12: release agent 13: offset printed layer
14 Pigment Composition 15 Adhesive

Claims

Coated paper 11, a release agent 12 applied to the upper surface of the coated paper 11, the offset printing layer 13, the various tattoo patterns are printed on the upper surface of the release agent 12, and the offset printing layer 13 A tattoo sticker comprising a pigment composition (14) coated on the upper surface of a) and exhibiting Zion, luminous and photoluminescent effects, and an adhesive (15) applied on the upper surface of the pigment composition (14).

The pigment composition 14 to be applied to the tattoo sticker according to claim 1, characterized in that made by mixing 12% by weight of the luminous pigment, 10% by weight of the Zion pigment and 9% by weight of the luminous pigment with respect to 100% by weight of the transparent transfer ink. Pigment composition to be applied to a tattoo sticker.

A first step of applying ink ink to the outlines of various patterns and figures printed on the offset printing layer 13 on the coated paper 11;
The pigment composition 14 applied on the offset printing layer 13 is prepared by mixing 12% by weight of the luminous pigment, 10% by weight of the Zion pigment and 9% by weight of the photoluminescent pigment with respect to 100% by weight of the transparent transfer ink. With the second step,
A third step of sequentially applying and drying the pigment composition 14 for each color on the offset printing layer 13;
Tattoo sticker manufacturing method comprising a fourth step of applying an adhesive (15) for attaching to the skin on the upper surface of the pigment composition (14) dried in the third step.