Ink tattoo sticker based on genipin coloring principle

Abstract

The invention provides an ink tattoo sticker based on a genipin coloring principle. The ink tattoo sticker comprises a paper base with a water-soluble sliding layer and release paper or film, and further comprises colorless viscose A arranged between the paper base and the release paper or film and colorless viscose B containing genipin, wherein the viscose A and the viscose B are sequentially overlapped and printed on the paper base by using a silk-screen printing technology on the paper base, and the release paper covers the paper base printed with the viscose A and the viscose B. Accordingto the ink tattoo sticker, the colorless viscose B and the viscose A with patterns are pasted on the surface of skin, the paper base is wetted by water, so that the viscose B and the viscose A with the patterns can be transferred to the skin, the genipin in the viscose B and amino acid in the skin of a human body generate a physical reaction, the patterns can be slowly displayed and gradually become blue black within 12-24 hours, the effect very close to that of a real tattoo is achieved, and the effect can be kept for 14 days or longer.

Description

technical field [0001] The invention relates to the technical field of tattoo stickers, in particular to an ink tattoo sticker based on the Genipin coloring principle. Background technique [0002] Tattoo is a technology with many years of history. It uses needles with ink to penetrate the bottom layer of the skin to create some patterns or words on the skin, so as to achieve the effect of leaving marks on the skin for a long time. However, once the tattoo on the skin is completed, it is difficult to erase it. At the same time, the irregular tattooing process is likely to cause the spread of infectious diseases. In order to avoid tattoos that are difficult to erase and hygiene problems, people have created tattoo stickers instead of permanent tattoo technology, which can achieve the effect of creating some patterns or words on the skin. [0003] The production of existing tattoo stickers generally uses ink-printed water-soluble sliding layer on the porous paper base, and th...

AI Technical Summary

Problems solved by technology

[0003] The production of existing tattoo stickers generally uses ink-printed water-soluble sliding layer on the porous paper base, and then sticks the ink-printed layer on the skin. Although the existing tattoo stickers will not cause trauma to the skin, its disadvantage is that the color remains Generally only 3-7 days, and the effect is not realistic, the color is not natural, with a certain luster, not up to the look and feel of a real tattoo

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