KR102251741B1 - The sticker process method and sticker thereof - Google Patents

Abstract

The present invention relates to a sticker and a method of manufacturing the same, and more specifically, a first PET fabric and a second PET fabric having different thicknesses are laminated and then separated, and after roller cutting and sheet cutting, on the upper portion of the printing coating layer coated with urethane. After laminating the UV coating layer, compressing the third PET layer, which is a release film, and separating it, use a color selected from metals in gold, silver, fluorescence, pink, blue, and black by Physical Vapor Deposition (PVD) method. By coating a large number of nail shapes on a single large-area sheet to manufacture a sticker, a separate protective tape is not required, and large-area stickers can be manufactured in various shapes at once, providing excellent mass-producibility and uniform metal film formation. It can be controlled to coat the vacuum deposition layer, and by making it in various sizes of A4, A3, and B4 paper, the operator can give freedom in selecting print paper, gold, silver, fluorescent, pink, blue, black By laminating a special coating layer on the top of the vacuum deposition layer deposited by depositing in a selected color from among them, the gloss is excellent and the quality is improved. It can be used immediately and can be applied not only to nail stickers, but also to fancy items such as ballpoint pens, sharps, notebooks, rulers, and tiles for bathroom decoration. Since it can be applied by attaching it to wallpaper and glass, its application target has a wide range of effects.

Description

BACKGROUND OF THE INVENTION [0002] A method of manufacturing a sticker and a sticker manufactured thereby

In the present invention, the first PET fabric and the second PET fabric having different thicknesses are laminated and then separated, and after roller cutting and sheet cutting, a UV coating layer is laminated on top of the printing coating layer coated with urethane, and a third PET layer as a release film is formed. After compressing and separating, numerous nail shapes are coated on a single large-area sheet with a color selected from gold, silver, fluorescent, pink, blue, and black metals by Physical Vapor Deposition (PVD) method. By manufacturing the sticker, a separate protective tape is not required, as well as a large-area sticker can be manufactured in various shapes at once, so it is excellent in mass production and can uniformly control the metal film to coat the vacuum deposition layer. By fabricating in various sizes of A4, A3, B4 paper, it is possible to give freedom in selecting print paper, and it is deposited in a color selected from gold, silver, fluorescent, pink, blue, and black on the top of the vacuum deposition layer stacked. By laminating a special coating layer, not only the gloss is excellent, but also the quality is improved, and the finished film by laminating a special coating layer can be used as a nail sticker by thompson, which can be used as a nail sticker, and can be applied to a nail sticker. Of course, it can be applied to fancy items such as ballpoint pens, sharps, notebooks, rulers, and bathroom decorative tiles, and can be applied by attaching to various decorative items for home and office, mirrors, wallpaper and glass as well as accessories for mobile phones. This is a technology related to the manufacturing method of this wide range of stickers and the stickers manufactured thereby.

The modern nail beauty industry is showing rapid growth with the development of the service industry, and today nail decoration is becoming a part of fashion and is a trend that is positioned as a necessity for everyday life. This has become popular regardless of age and plays an important role in expressing oneself with self-satisfaction of self-realization, and it is a situation in which cases of expressing one's own personality and beauty are increasing according to diversification, individualization, and high-end. Various nail materials and design techniques are being studied that reflect the preferences of modern young people who always seek new things. However, in the case of nail art that applies manicure to the nails, not only is the work very cumbersome and tricky, but there are inconveniences that require a long time.

As such, in the case of nail art described above, it is not easy to draw by yourself, so in most cases, you pay a high cost and receive services from a specialist. In the case of the above, various shapes or letters printed on the nails are few due to frequent hand washing. As it was erased without being able to work, there was a problem that the effect was insufficient compared to the high cost expenditure.

On the other hand, when artificial nails are purchased and used on the market, artificial nails do not have adhesive means on the back of the artificial nails, so adhesives can be attached thereto. In this case, the adhesive attached to the back of the artificial nails is used. Therefore, when the adhesive is removed, the back of the artificial nail is dirty, and there is a problem that the artificial nail cannot be recycled, and skin trouble may occur while using a remover to remove the adhesive attached to the back of the artificial nail. In addition, in order to overcome this problem, adhesive stickers for artificial nails have been developed, but there is a problem that bubbles are generated while attaching the adhesive sticker to the back of the artificial nail, so that the adhesive strength is significantly lowered. There is a problem that contamination occurs.

On the other hand, although it is used by attaching stickers to nails in a different way, most of them are not only in a flat and simple structure, but also by simply forming a printed layer to manufacture a sticker, so that the gloss and beauty of the sticker cannot be created. Is somewhat insufficient to satisfy the diverse tastes of consumers.

In addition, in the case of printing by treating various coating films on the adhesive, the printing process is complicated and cumbersome, and the cost of the product is high because printing must be performed in multiple processes according to the color of the pattern.

Therefore, the first PET fabric and the second PET fabric having different thicknesses are laminated and then separated, and after roller cutting and sheet cutting, a UV coating layer is laminated on the top of the printing coating layer coated with urethane, and the third PET layer, which is a release film, is pressed. After separating, a sticker is prepared by coating numerous nail shapes on a single large-area sheet with a physical vacuum deposition (PVD) method in a color selected from metals that are gold, silver, fluorescent, pink, blue, and black. Not only does it require a protective tape, but it is also capable of manufacturing large-area stickers in various shapes at once, so it is excellent in mass production and can coat the vacuum deposition layer by uniformly controlling the metal film, and the operator can use A4, A3, B4 paper. By making it in various sizes, it is possible to give freedom in selecting print paper, and it is glossy because a special coating layer is laminated on the vacuum deposition layer deposited by depositing in a color selected from gold, silver, fluorescent, pink, blue, and black. There is an urgent need for a method of manufacturing a sticker that is excellent in quality as well as improving quality, and the development of a sticker manufactured thereby.

KR 10-2011-0109165 (2011.10.06)

Accordingly, the present invention was conceived to solve the above problems, and the first PET fabric and the second PET fabric having different thicknesses are laminated and then separated, and after the roller cutting and sheet cutting, the UV coating layer on the top of the printing coating layer coated with urethane Is stacked, the third PET layer, which is a release film, is pressed, separated, and then separated by one physical vacuum deposition (PVD) method with a color selected from metals in gold, silver, fluorescence, pink, blue, and black. By coating a large number of nail shapes on a large-area sheet to manufacture a sticker, a separate protective tape is not required, and large-area stickers can be manufactured in various shapes at once, providing excellent mass-producibility and uniform control of the metal film. An object thereof is to provide a method of manufacturing a sticker capable of coating a vacuum deposition layer and a sticker manufactured thereby.

It is also an object of the present invention to provide a method of manufacturing a sticker capable of giving freedom in selecting a print paper by manufacturing a worker in various sizes of A4, A3, B4 paper, and a sticker manufactured thereby.

In addition, it is an object of the present invention to manufacture a sticker that improves quality as well as excellent gloss by depositing a special coating layer on top of the vacuum deposition layer deposited by depositing in a color selected from gold, silver, fluorescence, pink, blue, and black. It is to provide a method and a sticker manufactured thereby.

In addition, it is an object of the present invention to provide a method of manufacturing a sticker that can be used directly as a nail sticker by laminating a special coating layer to obtain a finished film into a nail shape, and a sticker manufactured thereby.

In addition, the object of the present invention can be applied not only to nail stickers, but also to fancy goods such as ballpoint pens, sharps, notebooks, rulers, and tiles for bathroom decoration, as well as accessories for mobile phones, as well as various decorative products and mirrors for home and office use. Since it can be applied by attaching it to wallpaper and glass, the object of application is to provide a wide range of sticker manufacturing methods and stickers manufactured thereby.

A method of manufacturing a sticker according to a preferred embodiment of the present invention for achieving the above object comprises the steps of (a) forming a release layer by attaching a release agent to the top of a first PET paper fabric having a thickness of 20 to 80 μm; (B) forming a met layer by performing a met treatment on the back surface of the first PET paper fabric by a screen printing method; (C) forming a release layer by attaching a release agent to an upper portion of a second PET paper fabric having a thickness of 60 to 160 μm; (D) forming a met layer by performing a met treatment on the back surface of the second PET paper fabric by a screen printing method; Urethane, acrylic, ABS resin-based or acrylic-based coated in a method selected from a screen printing method, an offset printing method, and a comma coating method on the top of the mat-treated mat layer on the back of the first PET paper fabric, and the thickness is 20 to (E) forming a printing coating layer having a thickness of 50 μm; (F) forming an adhesive layer on the release layer of the second PET paper fabric by a screen printing method and then laminating it with the first PET paper fabric on which the printing coating layer is formed; (G) separating the first PET paper fabric on which the release layer is formed and the met layer is formed on the back side; Step (h) of roller cutting to meet both standards of the sheet to be cut; (I) cutting the sheet into various sizes of A4, A3, and B4; (J) forming a UV coating layer by applying UV coating on an upper portion of the printing coating layer by a screen printing method after cutting the sheet; A step (k) of compressing and then separating the third PET layer, which is a release film, on the UV coating layer; Sputtering, E-beam evaporation, to form a uniform thin film that enables uniform control of the thin film as well as excellent mass productivity because it is possible to manufacture a large-area sticker in various shapes at once. Physical vapor deposition (physical vapor deposition) that is deposited by any one of coating methods among thermal evaporation, laser molecular beam epitaxy (L-MBE), and pulsed laser deposition (PLD). vapor deposition: forming a vacuum deposition layer for depositing a color selected from gold, silver, fluorescent, pink, blue, and black metals in a PVD) method; Forming a special coating layer on the vacuum deposition layer to prevent color change and maintain gloss (m); A step (n) of laminating the special coating layer so that the finished film can be directly used as a nail sticker by thompsoning the finished film in the shape of a nail; It characterized in that it includes.

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In the present invention, the fabric is characterized in that it includes a selection of PET paper fabric, imitation paper, art paper, snow paper, and CCP paper.

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In the present invention, it is characterized in that it is manufactured by the method of manufacturing the sticker.

The manufacturing method of the sticker according to the present invention and the sticker manufactured thereby exhibits the following effects.

First, in the present invention, the first PET fabric and the second PET fabric having different thicknesses are laminated and then separated, and after roller cutting and sheet cutting, a UV coating layer is laminated on the top of the printing coating layer coated with urethane, and a release film of the third PET After pressing and separating the layers, it is a physical vapor deposition (PVD) method with a color selected from gold, silver, fluorescent, pink, blue, and black metals to form countless nails on a single large-area sheet. By manufacturing a sticker by coating them, a separate protective tape is not required, as well as a large area sticker can be manufactured in various shapes at once, so that it is possible to coat a vacuum deposition layer by controlling the metal film uniformly and having excellent mass productivity.

Second, according to the present invention, the operator can provide freedom in selecting a print paper by manufacturing it in various sizes such as A4, A3, and B4 paper.

Third, in the present invention, a special coating layer is deposited on the vacuum deposition layer deposited by depositing in a color selected from gold, silver, fluorescence, pink, blue, and black, thereby improving the quality as well as excellent gloss.

Fourth, the present invention can be used directly as a nail sticker by laminating a special coating layer to make a Thomson, which takes the finished film in the shape of a nail.

Fifth, the present invention can be applied not only to nail stickers, but also to fancy goods such as ballpoint pens, sharps, notebooks, rulers, and bathroom decorative tiles, and various decorative supplies and mirrors for home and office, as well as accessories for mobile phones, Since it can be applied by attaching it to wallpaper and glass, its application target is wide.

1 is a view showing the structure of a sticker according to an embodiment of the present invention.
2 is a flow chart of manufacturing a sticker according to an embodiment of the present invention.

Hereinafter, a look at a preferred embodiment of the present invention together with the accompanying drawings is as follows. When it is determined that a detailed description of a related known technology or configuration may unnecessarily obscure the subject matter of the present invention in describing the present invention, the detailed Description will be omitted, and terms to be described later are terms defined in consideration of functions in the present invention and may vary according to the intentions or customs of users and operators. It should be made based on the contents throughout this specification describing the sticker.

Hereinafter, a structure of a sticker according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the structure of a sticker according to an embodiment of the present invention.

As shown in Figure 1, looking at the function of the technical means constituting the structure of the sticker is as follows.

A release layer 11 is formed by attaching a release agent to the upper portion of the first PET paper fabric 10, and a mat layer 12 is formed on the back side by a screen printing method, and the first PET paper fabric ( 10) On the back side of the mat-treated mat layer 12, a resin-based or acrylic-based printing coating layer 13 such as urethane, acrylic, and ABS coated by a screen printing method is formed. Here, the thickness of the first PET paper fabric 10 is 20 to 80㎛. In addition, the fabric may be imitation paper, art paper, snow paper, and CCP in addition to the first PET paper fabric 10. In addition, the thickness of the printing coating layer 13 is 20 to 50㎛.

A release layer 11 is formed by attaching a release agent to the upper portion of the second PET paper fabric 20, and a mat layer 22 is formed on the back side by a screen printing method, and a second PET paper fabric ( 20) After forming the adhesive layer 23 on the back side of the mat-treated mat layer 22 by a screen printing method, the first PET paper fabric 10 on which the printing coating layer 13 is formed is laminated.

It is to separate the first PET paper fabric 10 on which the release layer 11 is formed and the met layer 12 is formed on the back side.

In addition, a UV coating layer 24 is formed on the printed coating layer 13 of the second PET paper fabric 20, and then the third PET layer 30, which is a release film, is compressed to the UV coating layer 24 and then separated. After that, the UV coating layer 24 is deposited by a physical vacuum deposition method in a color selected from gold, silver, fluorescent, pink, blue, and black metals by a physical vacuum deposition method to form a vacuum deposition layer 25, A special coating layer 26 is formed on the vacuum deposition layer 25 to prevent color change and maintain gloss.

Here, in the process of forming the vacuum deposition coating layer 25, a physical vapor deposition (PVD) method of sputtering, an electron beam evaporation method, and a thermal evaporation method to form a uniform thin film. (Thermal evaporation), laser molecular beam deposition (L-MBE, Laser Molecular Beam Epitaxy), and pulsed laser deposition (PLD).

In addition, by laminating the special coating layer 26, the finished film is thomsoned in the shape of a fingernail so that it can be used directly as a fingernail sticker.

2 is a flow chart of manufacturing a sticker according to an embodiment of the present invention.

As shown in Figure 2, the manufacturing method of the sticker includes the step (a) of forming a release layer 11 by attaching a release agent on the first PET paper fabric 10; (B) forming a mat layer 12 on the back side of the first PET paper fabric 10 by a screen printing method; (C) forming a release layer 21 by attaching a release agent to the second PET paper fabric 20; (D) forming a mat layer 22 on the back side of the second PET paper fabric 20 by performing a met treatment in a screen printing method; Forming a resin-based or acrylic-based printing coating layer 13 of urethane, acrylic, and ABS coated by a screen printing method on the mat-treated mat layer 12 on the back side of the first PET paper fabric 10 (e )Wow; After forming the adhesive layer 23 on the release layer 21 of the second PET paper fabric 20 by a screen printing method, the first PET paper fabric 10 on which the printing coating layer 13 is formed is laminated. Step (f); Separating (g) the first PET paper fabric 10 on which the release layer 11 is formed and the met layer 12 is formed on the back side; Step (h) of roller cutting to meet both standards of the sheet to be cut; (I) cutting the sheet into various sizes of A4, A3, and B4; (J) forming a UV coating layer 24 by applying UV coating on the top of the printing coating layer 13 after the sheet cutting by a screen printing method; A step (k) of compressing and then separating the third PET layer 30, which is a release film, on the UV coating layer 24; Gold, silver, fluorescence, pink, blue, black as a physical vacuum evaporation method that enables uniform control of thin films as well as excellent mass productivity because it is possible to manufacture a large-area sticker on top of the UV coating layer in various shapes at once. (L) forming a vacuum deposition layer 25 by depositing in a color selected from among metals having a physical vacuum by a physical vacuum deposition method; Forming a special coating layer 26 on the vacuum deposition layer 25 to prevent color discoloration and maintain gloss (m); And, after the step (m), a step (n) of laminating the special coating layer 26 so that the finished film can be directly used as a nail sticker by thomsoning the finished film into a nail shape; It has more.

Looking at the manufacturing flow of the sticker in detail as follows.

First, step S1 is a step (a) of forming a release layer on top of the first PET paper fabric, in which a release agent is attached to the top of the first PET paper fabric 10 to form the release layer 11. Here, the thickness of the first PET paper fabric 10 is 20 to 80㎛. In addition, the fabric may be imitation paper, art paper, snow paper, and CCP in addition to the first PET paper fabric 10.

The next step S2 is a step (b) of forming a met layer on the first PET paper fabric, in which the met layer 12 is formed on the back side of the first PET paper fabric 10 by screen printing.

The next step S3 is a step (c) of forming a release layer on the second PET paper fabric, in which a release agent is attached to the second PET paper fabric 20 to form the release layer 21. Here, the thickness of the second PET paper fabric 20 is 60 to 160 μm. In addition, the fabric may be imitation paper, art paper, snow paper, and CCP in addition to the second PET paper fabric 20.

The next step S4 is a step (d) of forming a met layer on the second PET paper fabric, in which the met layer 22 is formed on the back side of the second PET paper fabric 20 by performing a screen printing method.

The next step S5 is a step (e) of forming a printing coating layer on the back of the first PET paper fabric and on the top of the mat-treated mat layer, and a screen on the top of the met-treated mat layer 12 on the back of the first PET paper fabric 10 To form a resin-based or acrylic-based printing coating layer 13 of urethane, acrylic, ABS, which is coated by a printing method. Here, the thickness of the printing coating layer is 20 to 50㎛.

In addition, the formation of the printing coating layer is selected from a screen printing method, an offset printing method, and a comma coating method.

The next step S6 is a step (f) of forming an adhesive layer on the upper part of the release layer 21 of the second PET paper fabric and then laminating it with the first PET paper fabric on which the printing coating layer is formed. After forming the adhesive layer 23 on the top of the release layer 21 of) by a screen printing method, the first PET paper fabric 10 on which the printing coating layer 13 is formed is laminated.

The next step S7 is a step (g) of separating the first PET paper fabric on which a release layer is formed and a mat-treated mat layer is formed on the rear surface, wherein the release layer 11 is formed and the mat-treated mat layer 12 is formed on the rear surface. This is to separate the formed first PET paper fabric (10).

The next step S8 is a step (h) of roller cutting that meets both specifications of the sheet to be cut, and roller cutting that meets both specifications of the sheet to be cut is performed.

The next step S9 is a step (i) of cutting the sheet into various sizes, and cutting the sheet into various sizes of A4, A3, and B4.

The next step S10 is a step (j) of forming a UV coating layer on the print coating layer after cutting the sheet, and forming the UV coating layer 24 by performing UV coating on the print coating layer 13 after the sheet cutting by a screen printing method. will be.

The next step S11 is a step (k) of compressing the third PET layer, which is a release film, to the UV coating layer, and then separating the third PET layer 30, which is a release film, to the UV coating layer 24 and then separating.

The next step S12 is a step (l) of forming a vacuum deposition layer on the UV coating layer, and it is possible to manufacture a large-area stickers in various shapes on top of the UV coating layer 24 at once, so that mass production is excellent as well as uniformity. As a physical vacuum deposition method that enables the control of the thin film, the vacuum deposition layer 25 is formed by depositing in a color selected from metals in gold, silver, fluorescence, pink, blue, and black by a physical vacuum deposition method.

Here, in the process of forming the vacuum deposition coating layer 25, a physical vapor deposition (PVD) method of sputtering, an electron beam evaporation method, and a thermal evaporation method to form a uniform thin film. (Thermal evaporation), laser molecular beam deposition (L-MBE, Laser Molecular Beam Epitaxy), and pulsed laser deposition (PLD).

The next step S13 is a step (m) of forming a special coating layer on the vacuum deposition layer, and a special coating layer 26 is formed on the vacuum deposition layer 25 to prevent color change and maintain gloss.

The next step S14 is a step (n) of laminating the special coating layer and using the finished film as a nail sticker by thompsoning the special coating layer 26, and then thomsoning the finished film in the shape of a fingernail by laminating the special coating layer 26 to make a nail sticker Is to be used immediately.

As described above, the sticker can be applied to nails as well as to fancy goods such as ballpoint pens, sharpeners, erasers, and rulers. In addition, since it can be applied by attaching it to various decorative items for home and office, mirrors, wallpaper, and glass as well as accessories for mobile phones, its application target is wide.

Optimal embodiments have been disclosed in the drawings and specification, and terms used herein are used only for the purpose of describing the present invention, and are not used to limit the meaning or the scope of the present invention described in the claims. Therefore, those of ordinary skill in the art will be able to make various modifications and other equivalent embodiments therefrom, and thus, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

10: first PET paper fabric 11: release layer
12: met layer 13: printed coating layer
20: second PET paper fabric 21: release layer
22: met layer 23: adhesive layer
24: UV coating layer 25: vacuum deposition layer
26: special coating layer 30: third PET layer

Claims (7)

In the manufacturing method of the sticker,
(A) forming a release layer by attaching a release agent to the top of the first PET paper fabric having a thickness of 20 to 80㎛;
(B) forming a met layer by performing a met treatment on the back surface of the first PET paper fabric by a screen printing method;
(C) forming a release layer by attaching a release agent to an upper portion of a second PET paper fabric having a thickness of 60 to 160 μm;
(D) forming a met layer by performing a met treatment on the rear surface of the second PET paper fabric by a screen printing method;
It is a resin-based or acrylic-based urethane, acrylic, ABS resin-based or acrylic-based coating method selected from a screen printing method, an offset printing method, and a comma coating method on the top of the mat-treated mat layer on the back of the first PET paper fabric, and has a thickness of 20 to (E) forming a printing coating layer having a thickness of 50 μm;
(F) forming an adhesive layer on the release layer of the second PET paper fabric by a screen printing method and then laminating it with the first PET paper fabric on which the printing coating layer is formed;
Separating (g) the first PET paper fabric on which the release layer is formed and the met layer is formed on the back side;
Step (h) of roller cutting to meet both standards of the sheet to be cut;
(I) cutting the sheet into various sizes of A4, A3, and B4;
(J) forming a UV coating layer by applying UV coating on an upper portion of the printing coating layer by using a screen printing method after cutting the sheet;
A step (k) of compressing and then separating the third PET layer, which is a release film, on the UV coating layer;
Sputtering, E-beam evaporation, to form a uniform thin film that enables uniform control of the thin film as well as excellent mass productivity because it is possible to manufacture a large-area sticker in various shapes at once. Physical vapor deposition (physical vapor deposition) that is deposited by any one of the coating methods among thermal evaporation, laser molecular beam epitaxy (L-MBE), and pulsed laser deposition (PLD). vapor deposition: forming a vacuum deposition layer for depositing a color selected from gold, silver, fluorescent, pink, blue, and black metals in a PVD) method;
Forming a special coating layer on the vacuum deposition layer to prevent color change and maintain gloss (m);
A step (n) of laminating the special coating layer so that the finished film can be directly used as a nail sticker by thomsoning the finished film in the shape of a nail; A method of manufacturing a sticker comprising a. delete delete The method of claim 1,
The fabric is a method of manufacturing a sticker, characterized in that it includes a selection of PET paper fabric, imitation paper, art paper, snow paper, and CCP paper. delete delete A sticker, characterized in that produced by the method of claim 1.

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