TW201300595A - Counterfeit-proof mark having multiple identification method - Google Patents

Abstract

This invention provides a counterfeit-proof mark having multiple identification method formed by combining a multifunctional fiber bundle with a multifunctional ink into a main body. The character of the invention is that the multifunctional fiber bundle is composed of one or more than one auxiliary fiber filaments and ordinary fiber filaments. Each auxiliary fiber filament has characteristics of photosensitive color change, temperature sensitive color change, fragrance spreading or light emitting in darkness. After the auxiliary fiber filaments and similar functional ink are combined and arranged, the multifunctional fiber bundle having identification characteristic of various correspondingly angular color change and flavored fragrance and printing effect can be generated. Accordingly, the counterfeit-proof mark made of the multifunctional fiber bundle and the similar functional ink can have multiple identification methods, thereby achieving counterfeit-proof effect.

Description

Anti-counterfeiting mark with multiple identification method

The invention provides an anti-counterfeit trademark mark, in particular to an anti-counterfeit mark with multiple identification methods made by multi-functional fiber and similar function ink printing.

Generally speaking, most of the brand-name products will be embroidered or printed with the logo of the brand. Most of these marks are used by the manufacturers to express the trademark of the product, such as the well-known sports brand NIKE. The NIKE brand logo will be embroidered on clothes, pants or shoes.

Marks made of trademarks must be used for the specified goods in accordance with the provisions of the Trademark Law. At the same time, when the mark is equal to the mark of the mark, it involves issues such as territorialism and pre-registrationism. Therefore, in some countries The well-known commodity brands do not necessarily have the same reputation in other countries, resulting in the so-called counterfeit goods.

Most counterfeit goods are quite similar in the article itself, but the price is mostly less than half of the original product. However, when the real manufacturer proves the counterfeit goods, it must deal with the trademark of the counterfeit goods, and also refers to the same product. If the trademark mark used for the product is completely different, it cannot effectively claim the rights it deserves.

However, in order to improve the sales profits of counterfeit goods, most counterfeiters will use trademark marks similar to those of genuine products, such as opposite directions and partial letters, in an attempt to shake users to purchase counterfeit goods.

Therefore, how to solve the problem of improving the user identification of counterfeit goods to reduce the loss of the industry, and at the same time enabling consumers to easily identify, is the direction of the inventors of the invention and the related manufacturers engaged in the industry. By.

Therefore, the above problems will be the difficulties that the technicians in this field want to solve.

Therefore, the inventors of the present invention have proposed an anti-counterfeit mark with multiple identification methods in view of the above-mentioned deficiencies of the prior art, and the main purpose thereof is to provide an anti-counterfeit mark with multiple identification methods by a multi-functional fiber bundle combination and the like. The ink is printed on a body, wherein the multi-functional fiber bundle is composed of one or more auxiliary fiber filaments and a general fiber filament, and the auxiliary fiber filaments themselves have photosensitive color change, temperature change, fragrance or The characteristic of illuminating in the dark, the auxiliary fiber filaments and the similar function ink printing are arranged and combined to produce a multi-functional fiber bundle having various corresponding identification characteristics of angular discoloration and aromatic taste, so that the multi-functional fiber bundle and The anti-counterfeiting mark formed by the ink printing of similar functions has multiple identification methods, so the anti-counterfeiting effect can be achieved, because the above-mentioned technology can make the composite fiber change the photosensitive or temperature-sensing characteristics according to the user's demand as the coding. A variety of changes are not easy to imitate, and the counterfeiting that exists for the use of customary trademark marks Problems to be breakthrough, reaching correctness easier to identify all kinds of signs, as well as reduce the practical progress of counterfeit and other issues have incurred.

In order to achieve the above objects and effects, a preferred embodiment will be described in conjunction with the drawings, and those of ordinary skill in the art can implement the present invention.

First, please refer to the first to eighth figures, which are perspective views, partial schematic views and preferred embodiments of the present invention. The figure clearly indicates a multi-identification anti-counterfeit mark 1 which is composed of a multi-functional fiber bundle. 13 is combined with a body 10, which may be one of non-woven fabric, nylon cloth, leather, rubber cloth or rayon fabric, and the multi-functional fiber bundle 13 is composed of one or more auxiliary filaments 131 and Generally, the fiber filaments 130 are formed, and each of the auxiliary fiber filaments 131 has the characteristics of being photochromic, thermochromic, fragrant or emitting light in the dark, and the auxiliary fiber filaments 131 are arranged and combined to produce an angular discoloration and aroma. The multi-functional fiber bundle 13 having a corresponding identification characteristic and the ink printing effect of a similar function, so that the anti-counterfeit mark 1 composed of the multi-functional fiber bundle and the similar function ink printing 13 has a method of multiple identification, so The anti-counterfeiting effect can be achieved; the auxiliary fiber filaments 131 can be roughly divided into six types, and their functions are as follows:

(1) The auxiliary fiber filament 131 may change color after absorbing ultraviolet energy, and the auxiliary fiber filament 131 may be coated with a sensitizing dye, a photosensitive water emulsion, a photosensitive microcapsule powder or a photosensitive PS powder, and the processed auxiliary fiber filament 131 passes through sunlight or After ultraviolet radiation, it can absorb the energy of sunlight or ultraviolet light, which can change the molecular structure, resulting in a change in absorption wavelength and color change. When the sunlight or ultraviolet energy is lost, it will return to the original molecular structure, thereby reducing the original structure. s color;

(2) The color of the auxiliary fiber filament 131 can be changed or faded by the change of the temperature, and the auxiliary fiber filament 131 can be coated with the microcapsule powder, and the microcapsule 11 is coated with the invisible dye, the color former and the temperature control agent. Color materials with different temperature intervals can be selected by different temperature control materials, and the temperature range is from -15 ° C to 70 ° C, and each color can provide 15 colors (70 ° C only provides black and blue). The principle of discoloration is low temperature color development and high temperature colorless;

(3) The auxiliary fiber filaments 131 have a plurality of microcapsules 11 which can slowly release the fragrance by pressure, friction, heating or natural diffusion, and the release time of the fragrance of the microcapsules 11 can be more than half a year. The scent includes roses, lavender, jasmine, eucalyptus, citronella, mint, strawberry, lemon, orange, apple, grape, eucalyptus, camphor, honey, cinnamon, and ginger.

(4) The auxiliary fiber filament 131 can be coated with a luminous luminescent pigment, which is an energy-saving material capable of automatically emitting light at night, and the main component thereof is a rare earth metal or an inorganic pigment, which has the characteristics of long service life and good luminescent effect, and can be absorbed. It stores light energy and heat energy, and can slowly release energy in the dark in the form of light, and can be recycled indefinitely;

(5) The auxiliary fiber filaments 131 have a fluorescent material 12, which is a special kind of phosphor powder, which exhibits a near-white effect when exposed to general visible light, and is mixed in a transparent colorless paint, printed, coated or When dyed on a white background, almost only see the white background and almost invisible state. After absorbing the energy of ultraviolet light or infrared light, the fluorescent material 12 can quickly release energy and display vivid color fluorescent effect. After the light source is removed, the light is immediately stopped, and the original invisible state is restored, so that it can be white or transparent under normal light, and bright colors under ultraviolet light or infrared light;

The auxiliary fiber yarns 131 may be cotton yarn, hemp yarn, silk yarn, polyester fiber yarn, nylon yarn, human fiber yarn, acrylic fiber yarn, acetate yarn, elastic fiber yarn, Teda fiber yarn, Tencel cotton yarn material, which can be made to have the above functions by spinning, printing and dip dyeing.

The invention can specifically solve the problem of the counterfeiting industry. In order to improve the sales profit of the counterfeit goods, a trademark mark similar to the real product is manufactured, for example, the opposite direction and the partial letters are different, in an attempt to shake the user to purchase the counterfeit. In the manner of the product, the anti-counterfeiting mark 1 with multiple identification methods of the present invention can be easily recognized by the consumer to reduce the loss of the operator, that is, the inventor of the present invention and the related manufacturers engaged in the industry desire to study and improve. Where the direction is, the specific implementation method is as follows:

The well-known sports brand NIKE designs a new hat T, on which the NIKE letter can be designed as a multi-identification anti-counterfeiting mark 1 and the NIKE four letters are divided into different multi-functional fiber bundles 13 to form a surface. Look at the four letters are dark red, "N" is the use of UV fiber energy to produce a change in color of the auxiliary fiber 131, because it is added to the photosensitive powder and PP, PET, NYLON plastic particles after grinding and spinning It is made to be bright red when exposed to sunlight, and "I" is an auxiliary fiber filament 131 coated with microcapsule powder coated with a stealth dye, a color former and a temperature control agent, and the surface is usually dark red. However, if the human body temperature is contacted or rubbed at 36 ° C, the font will turn pale blue, and the "K" auxiliary fiber filament 131 has a plurality of microcapsules 11 which can slowly release the fragrance of the apple by friction or heating. And "E" is added to the fluorescent material 12, and after being irradiated by ultraviolet light for 10 minutes, a fluorescent red color is generated, whereby the genuine product can be clearly recognized.

In the above, the above is a preferred embodiment of the present invention, and the scope of the patent is not limited thereby, and the scope of the patent should be determined by the scope of the patent application attached below.

1. . . Security sign

10. . . Ontology

11. . . Microcapsules

12. . . Fluorescent material

13. . . Multi-functional fiber bundle

130. . . General fiber

131. . . Auxiliary fiber

The first figure is a three-dimensional appearance of the present invention.

The second figure is a partial schematic view 1 of the present invention.

The third figure is a partial schematic diagram 2 of the present invention.

The fourth figure is a first embodiment of the present invention.

The fifth drawing is a second embodiment of the preferred embodiment of the invention.

Figure 6 is a third embodiment of the preferred embodiment of the present invention.

Figure 7 is a fourth embodiment of the preferred embodiment of the present invention.

The eighth figure is a fifth embodiment of the preferred embodiment of the present invention.

1. . . Anti-counterfeiting mark with multiple identification method

10. . . Ontology

11. . . Microcapsules

12. . . Fluorescent material

13. . . Multi-functional fiber bundle

Claims (9)

An anti-counterfeiting mark with multiple identification methods, which is composed of a multi-functional fiber bundle combined with a body, wherein the multi-functional fiber bundle is composed of one or more auxiliary fiber filaments and a general fiber filament, the auxiliary fiber Each of the filaments has the characteristics of being photochromic, thermochromic, emitting fragrance or emitting light in the dark, and the auxiliary fiber filaments are arranged and combined to produce a multi-functional fiber bundle having various corresponding identification characteristics of angular discoloration and aromatic taste. Therefore, with the function of multiple identification, the anti-counterfeiting effect can be achieved. For example, the anti-counterfeiting mark with the multi-identification method described in claim 1 wherein the auxiliary fiber filament can absorb the ultraviolet energy to produce a change in color, and the auxiliary fiber filament can be coated with and/or printed with the sensitizing dye and the photosensitive water emulsion. Photosensitive microcapsule powder or pulverized with photosensitive powder and PP, PET, NYLON plastic granules, and the auxiliary fiber after processing can absorb sunlight or ultraviolet energy after being irradiated by sunlight or ultraviolet rays, which can change the molecular structure. It causes a change in the absorption wavelength to produce a change in color; when it loses sunlight or ultraviolet energy, it returns to its original molecular structure, thereby reducing it to its original color. For example, the anti-counterfeiting mark with multiple identification method described in claim 1 wherein the auxiliary fiber filament can change its color or fade color by using a change in temperature, and the auxiliary fiber filament can be coated with microcapsule powder. The microcapsules are coated with the invisible dye, the color forming agent and the temperature control agent, and the color materials with different temperature intervals can be selected by different temperature control materials, and the temperature ranges from -15 ° C to 70 ° C, and each temperature Available in 15 colors (70°C available in black and blue only), the color change principle is low temperature color development and high temperature colorless. The anti-counterfeit mark having the multiple identification method described in claim 1, wherein the auxiliary fiber has a plurality of microcapsules, and the fragrance can be slowly released by pressure, friction, heating or natural diffusion, the microcapsule The release time of the fragrance can be more than half a year. The anti-counterfeit mark having the multiple identification method described in claim 1, wherein the auxiliary fiber has a fluorescent material, and the fluorescent material can be white or transparent under normal light, and under ultraviolet light or infrared light. It is brightly colored. For example, the anti-counterfeiting mark with multiple identification method described in claim 1 of the patent scope, wherein the auxiliary fiber yarn can be coated with a luminous luminescent pigment, which is an energy-saving material capable of automatically illuminating at night, and the main component thereof is rare earth metal or inorganic The pigment-like pigment has the characteristics of long service life and good luminescent effect. It can absorb and store light energy and heat energy, and can release energy slowly in the dark, and can be used repeatedly. For example, the anti-counterfeiting mark with multiple identification method described in claim 1 of the patent scope, wherein the auxiliary fiber yarn can be cotton yarn, hemp yarn, silk yarn, polyester fiber yarn, nylon yarn, human fiber yarn, Acrylic fiber yarn, acetate fiber yarn, elastic fiber yarn, Teda fiber yarn, Tencel cotton yarn material. For example, the anti-counterfeiting mark with multiple identification method described in claim 1 of the patent scope, wherein the body may be one of non-woven fabric, nylon cloth, leather, rubber cloth or man-made fiber cloth. For example, the anti-counterfeiting mark with multiple identification method described in the first claim of the patent scope, wherein the multi-functional fiber bundle and the auxiliary fiber yarn can be printed by ink to achieve various corresponding identification characteristics of angular discoloration and aromatic taste.