KR100588523B1 - Buffer of pattern color unchangeability and the manufacture method - Google Patents

Abstract

  The present invention relates to a non-changing color nail cosmetics and a method of manufacturing the same color to give a new feeling at all times by doubling the beauty effect of the nail as well as the pattern printed on the product itself even after long-term use.

 The manufacturing method of the present invention includes a printing process of forming a printing pattern layer having a variety of colors with a uniform thickness by a direct printing method on the entire surface of the back surface of the printing fabric attached to the adhesive surface on one side; An adhesive coating step of uniformly applying an adhesive to a release paper; A pressure-sensitive adhesive coating step of attaching the pressure-sensitive adhesive coated release paper to the upper surface of the printing fabric on which the printing pattern layer is formed by the printing process and coating the pressure-sensitive adhesive with a uniform thickness; A polishing particle applying step of removing the release paper from the printing fabric after the pressure-sensitive adhesive coating process and then applying the abrasive particles in powder form uniformly pulverized on the pressure-coated coating surface; A coalescing step of removing the adhesive surface paper of the two pieces of abrasive members produced through the above steps with a separate reinforcing plate having a proper elasticity therebetween and then intimately coalescing on both sides of the reinforcing plate; It is characterized in that the cutting process of cutting to a predetermined standard after the coalescing process, and the printing film having the first adhesive layer by the adhesive surface on the back and printed on the upper side of the printing fabric in various colors to form an ink film A second adhesive layer formed by transparent coating with a uniform thickness by means of a release paper coated with a pressure-sensitive adhesive on the upper surface of the printing glyph layer and the printing glyph layer, and an abrasive grain powder layer uniformly coated on the upper surface of the second adhesive layer. It is characterized by consisting of a polishing member made.

 Nail polish, printing glyph layer, first adhesive layer, second adhesive layer, abrasive grain powder layer

Description

Imprint nail cosmetics and its manufacturing method. {Buffer of Pattern color unchangeability and the manufacture method}

1 is a cross-sectional view showing the structure of an abrasive member applied to the present invention.

Figure 2 is a perspective view showing one embodiment of the nail beauty device completed by the present invention.

Figure 3 is a cross-sectional view taken along line AA 'of Figure 2 as showing the configuration of the nail beauty device according to the present invention.

4 is a manufacturing process diagram of the present invention.

Figure 5a is a cross-sectional view showing a conventional nail beauty device structure

5B is an enlarged view of a conventional nail beauty tool polishing surface.

Figure 6 is a front view showing a conventional nail beauty device sheet configuration.

* Explanation of symbols for main parts of the drawings

100: printing

110: adhesive surface 111: first adhesive layer

120: printing film

130: release paper 131: second adhesive layer

140: abrasive grain powder layer

200: gusset

 The present invention relates to a nail beauty device, more specifically, to enhance the beauty effect of the nail, and even the long-term use of the beautiful pattern printed on the product itself does not discolor the pattern color unchanged nail beauty equipment to always give a new feeling and It relates to a manufacturing method.

Hand care is very important, and especially women who are interested in beauty are very interested in nails, such as applying a manicure on the nail surface or attaching artificial nails to make the nails beautiful.

As a tool for the management of such hands, the nail file and the surface of the nail are ground and polished evenly by forming an uneven shape directly on the surface of the metal material or by attaching a sheet having an abrasive layer on a rigid plate such as metal or plastic. There is a buffer to make it glossy.

These nail cosmetics are printed in various colors and patterns on the surface to improve the product quality.

The present invention relates to a buffer which is mainly used to polish the nail surface. As a related art, Korean Patent Laid-Open Publication No. 2000-0037098 shown in FIG. 5 shows a silkscreen on one or one surface of a flat substrate 20b. After printing the ink layer in the shape of a net or the like by the printing method, before spraying the ink layer completely, spray the abrasive particles for nail beauty evenly on the ink layer and add a strong adhesive on the abrasive particle layer attached in the shape of the printed ink layer. It has been disclosed that the 30 is strongly adhered to the substrate together with the ink layer.

The characteristic of the prior art is that the first portion 34 to which the polishing layer is applied to the surface of the nail care device and the printing ink are not adhered to the surface of the nail beauty device, so that the polishing layer is not applied and the substrate is exposed. The portion 38 has an uneven surface alternately arranged to form a pattern directly by the abrasive grain layer 30.

Therefore, the pattern is rough, the quality of the product is deteriorated, and the polishing area is relatively small, so that the polishing function is easily lost or roughly polished.

As another prior art, Patent Publication No. 10-2004-0003920 shown in Fig. 6 is a soft sponge sheet 11 of low density; An adhesive layer 12 having an adhesive applied to an upper surface of the sponge sheet 11; The upper surface of the adhesive layer 12 is sprayed with fine particles of white alumina and applied to fix or fix the polishing gloss layer 13 by pressing with a roller.

In order to form a separate pattern, the pattern is formed by forming a pattern on the surface of the polishing gloss layer by transferring the printing pattern formed by the printing film on the release paper by thermal transfer.

However, since the printing surface according to the prior art is formed on the outer surface (abrasive particle surface) of the polishing gloss layer, there is a problem that the printed portion is worn out and blurred easily during use, and the printing color is not uniform because it is a pattern forming method by thermal transfer. There was a problem.

That is, since it is not easy to maintain a constant temperature of the titration during the thermal transfer process, it is difficult to express uniform color due to the temperature difference, and thus there is a problem in that a uniform pattern is not expressed when manufacturing a large quantity of standardized products.

In addition, cumbersome problems in the pattern printing process and a large amount of release paper after the thermal transfer has been a factor that increases the manufacturing cost of the product.

In order to improve the above problems, the present invention enables to print in a uniform color while simplifying the processing process of the product, and in particular, the pattern-color unchanged nails to improve the quality of the product while preventing the printing surface from being erased during use. Its purpose is to provide a beauty instrument and a method of manufacturing the same.

The manufacturing method of the present invention for achieving the above object is a printing process of forming a printing pattern layer of a variety of colors with a uniform thickness by a direct printing method on the entire surface of the back surface of the printing fabric attached to the adhesive surface on one side and; An adhesive coating step of uniformly applying an adhesive to a release paper; A pressure-sensitive adhesive coating step of attaching the pressure-sensitive adhesive coated release paper to the upper surface of the printing fabric on which the printing pattern layer is formed by the printing process and coating the pressure-sensitive adhesive with a uniform thickness; A polishing particle applying step of removing the release paper from the printing fabric after the pressure-sensitive adhesive coating process and then applying the abrasive particles in powder form uniformly pulverized on the pressure-coated coating surface; A coalescing step of removing the adhesive surface sheets attached to the two pieces of abrasive members produced through the above-described processes with separate reinforcement plates having appropriate elasticity therebetween and then intimately coalescing on both sides of the reinforcing plates; After the coalescence process is characterized in that the cutting process of cutting to a predetermined standard.

In another aspect, the present invention is a printing material layer having the first adhesive layer by the adhesive surface on the back and the printing pattern layer and the printing to form an ink film by printing in various colors directly on the upper side of the printing fabric through the above process An abrasive member comprising a second adhesive layer formed by transparently coating a uniform thickness with a release paper coated with an adhesive on a top surface of the pattern layer and an abrasive grain powder layer uniformly coated on an upper surface of the second adhesive layer; A reinforcing plate having an appropriate elasticity is inserted between the two polishing members from which the adhesive surface paper of the first adhesive layer on the back side of the polishing member is removed and integrally incorporated, and the two polishing members comprise the particle size of the abrasive grains. Characterized in that different from each other.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a cross-sectional view showing the structure of the polishing member applied to the present invention, Figure 2 is a perspective view showing an embodiment of the nail cosmetics completed by the present invention, Figure 3 is a cross-sectional view taken along line AA 'of FIG. It shows the configuration of the nail cosmetics according to the invention.

The polishing member according to the present invention includes a printing fabric 100 having a first adhesive layer 111 on the back surface as shown in FIG. 1; A printing pattern layer 120 formed on the upper surface of the printing fabric 100 by printing in various colors to form an ink film; A second adhesive layer 131 formed by transparent coating to a uniform thickness by a release paper 130 coated with an adhesive on an upper surface of the printed pattern layer 120; It consists of an abrasive particle powder layer 140 uniformly coated on the upper surface of the second adhesive layer 131.

The adhesive surface papers 110 of the back side first adhesive layer 111 of the two polishing members configured as described above are respectively removed, and then merged with the reinforcing plate 200 interposed therebetween.

That is, the reinforcing plate 200 having an appropriate elasticity is inserted between the polishing members as shown in FIG. 3, united integrally, and then cut to a proper standard.

Polishing members attached to both sides of the reinforcing plate 200, so that both sides have an abrasive particle powder layer 140 having a particle size of different specifications to enable a polishing function and a gloss function, respectively.

In the present invention, the manufacturing process of the polishing member includes a printing process of printing a pattern in various colors on one side of the printing fabric 100 as shown in FIG. An adhesive coating step of applying an adhesive to a separate release paper; A pressure-sensitive adhesive coating process of attaching a release paper 130 coated with a pressure-sensitive adhesive uniformly on a top surface of the printing pattern layer 120 of the printing fabric 100 and then removing the release paper; After the pressure-sensitive adhesive coating is carried out in the abrasive particle coating process of applying the abrasive grain powder.

The printing process is a process of forming a printing pattern layer 120 having various colors with a uniform thickness directly on the entire surface of the back side of the printing fabric 100 having the adhesive surface paper 110 attached to one side thereof.

Since the printing process of the present invention is performed by a conventional printing method, it is possible to maintain a uniform color and shape, and in particular, it is possible to print a variety of colors (tea ceremony printing) by direct printing.

In addition to the printing process, a pressure-sensitive adhesive coating process for uniformly applying an adhesive on a separate release paper 130 is performed.

 It is preferable that the adhesive applied to this invention uses the acrylic adhesive which has a copolymer of acrylic ester as a main component.

The biggest feature of the present invention is to form a printing pattern layer 120 by direct printing on the printing fabric 100 and then to form an adhesive layer 131 and the abrasive grain powder layer 140 thereon.

The pressure-sensitive adhesive coating step is to attach the release paper 130 coated with the pressure-sensitive adhesive to the upper surface of the printing fabric 100, the printing pattern layer 120 is formed by the printing process so that the pressure-sensitive adhesive is coated with a uniform thickness.

After the pressure-sensitive adhesive coating process, the release paper 130 is removed from the printing fabric 100, and then the abrasive particle coating process of applying the abrasive particles in the form of powder uniformly pulverized on the pressure-coated coating surface is performed.

After completing the polishing member according to the present invention through the above process, as shown in Figure 3 of the two pieces of abrasive member produced through the above process with a separate reinforcing plate 200 having an appropriate elasticity therebetween After the adhesive surface 110 is removed, a coalescing process is performed to be in close contact with both sides of the reinforcing plate 200.

After the coalescence process, the nail cutting device is manufactured as shown in FIG. 2 by the cutting process of cutting to a predetermined standard and can be used by cutting in various forms according to the characteristics of the product.

As described above, the present invention enables the printing pattern layer to be formed inside the abrasive grain powder layer while simplifying the manufacturing process of the buffer, thereby improving the product quality by preventing the change of the pattern, and the pattern color by a conventional printing method. It is a very useful technology that maintains the product's quality in vivid colors at all times by minimizing the change of color even when using it for a long time.

Claims (3)

A printing process of forming a print pattern layer 120 having various colors with a uniform thickness by a direct printing method on the entire surface of the back surface of the printing fabric 100 having the adhesive surface paper 110 attached to one side thereof; An adhesive coating step of uniformly applying an adhesive to the release paper 130; A pressure-sensitive adhesive coating process of attaching the pressure-sensitive adhesive coated release paper 130 to an upper surface of the printing fabric 100 on which the printing pattern layer 120 is formed by the printing process and coating the pressure-sensitive adhesive with a uniform thickness; Removing the release paper 130 from the printing fabric 100 after the pressure-sensitive adhesive coating process, and then applying the abrasive particles in a powder form uniformly pulverized on the pressure-coated coating surface; Remove the adhesive surface 110 of the two pieces of abrasive members produced through the above process with a separate reinforcing plate 200 having an appropriate elasticity between the coalescing in close contact with both sides of the reinforcing plate 200 Process; Method of producing a colorless imprint nail cosmetics, characterized in that made of a cutting process of cutting to a predetermined standard after the coalescence process. A print pattern formed by printing the printing film 100 having the first adhesive layer 111 on the back surface of the adhesive surface paper 110 and the upper surface of the printing fabric 100 by printing in various colors by a direct printing method. The second adhesive layer 131 and the second adhesive layer 131 formed by transparently coating a uniform thickness by a release paper 130 coated with an adhesive on the upper surface of the layer 120 and the printed glyph layer 120. An abrasive member made of an abrasive particle powder layer 140 uniformly coated on an upper surface of the abrasive member; The reinforcing plate 200 having an appropriate elasticity is inserted between the two polishing members from which the adhesive surface 110 of the first adhesive layer 111 of the back side of the polishing member is removed and integrally integrated. Pattern color constant nail beauty tool  The method of claim 2, Polishing members attached to both sides of the reinforcing plate 200 is a pattern of color invariant nail beauty equipment, characterized in that both sides have a abrasive grain powder layer 140 having different sizes of different specifications

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