KR20060013132A - Nail file and manufacturing method for nail file - Google Patents

Abstract

The present invention relates to a nail polish and a method for manufacturing the nail polish, wherein the adhesive is applied to the surface of the nail polish material by the silk screen method and the abrasive stone is attached, the adhesive coating process, the abrasive stone powder input process, After the hot air drying process, the adhesive is coated again using the same silk screen method, and then another heat drying process is used to produce a more robust product, and to go out and provide better quality nail care tools. There is a purpose.

Characteristic implementation means of the present invention for achieving the above object is an adhesive coating process for applying an adhesive to have a predetermined pattern, using a silk-screen film on the surface of the material of the prepared wood or synthetic resin material, abrasive stone powder spraying the abrasive stone powder on the adhesive Seating process, adhesive 1st drying process to apply the predetermined heat for a predetermined time so that the abrasive stone powder is fixed in the seated position due to the adhesive as it is, the same position applied in the adhesive coating process using the silk screen film as it is It is characterized in that it is completed through the adhesive coating step of applying the adhesive to the adhesive again, the second drying step of the adhesive to apply a predetermined heat for a predetermined time to ensure that the abrasive stone powder is firmly bonded.

Description

Manufacturing method of nail care device and nail care device manufactured according to the method {NAIL FILE AND MANUFACTURING METHOD FOR NAIL FILE}             

1 is a perspective view showing a nail care device of the present invention

Figure 2 is a partially enlarged cross-sectional view of the nail polish of the present invention

Figure 3 is a process chart for explaining the manufacturing process of the present invention

<Code Description of Main Parts of Drawing>

1: material

2: abrasive stone powder

3: adhesive layer

11: body

12: handle

The present invention relates to a nail polish and a method for manufacturing the nail polish, more specifically, the abrasive stone powder is adhered to the surface of the nail polish material, heat-drying the adhesive layer and the adhesive coated again including the adhesive layer on the surface By repeating the process of the method is to be able to bond more firmly.

In general, the nail trimmer is used to trim the rough surface of the nail tip or to arbitrarily change the shape of the nail tip after cutting the nail. In particular, in recent years, the use of artificial nails is increasing due to the increased demand for artificial nails. ought.

Conventional nail polishes used in this way are widely used products of metal materials having a cutting edge formed on the surface, and synthetic resin materials made of abrasive stone powder.

Metal nail trims are made by finely cutting the surface of the metal to make the blade, and while durable, it is difficult to manufacture, and the frequency of use is gradually decreasing because only one direction can be trimmed in use.

On the other hand, the nail polish of synthetic resin material is increasingly used because the material cost is cheap, easy to manufacture, and easy to use.

However, the problem with the conventional synthetic resin nail polish as described above is a durability problem.

That is, conventional nail care tools are known in Korea Patent Application No. 10-1999-0044401 (nail beauty instruments and its manufacturing method), and domestic utility model No. 20-0338751 (synthetic resin nail care equipment), etc. In the former case, the ink layer is printed to have a predetermined shape on one or both sides of the flat substrate, and the abrasive grain layer is placed thereon, followed by the addition of an adhesive so that the abrasive grains are attached. In this case, after the pattern layer was formed on the surface of the sheet of synthetic resin material by a transfer method, an adhesive layer was applied thereon, and abrasive stone powder was applied and adhered to the upper surface thereof.

Conventional nail polishes made of the above-described manufacturing method or structure have a great deal of detachment of the abrasive stone powder because the abrasive stone powder is attached and fixed depending on the adhesive applied once.

Therefore, the present invention has been made in view of the conventional problems as described above to solve the complement, the main object of the invention is to create a file (File) -shaped material by the method of injection mold or finishing using synthetic resin or wood After the adhesive is applied to the surface of the material by the silk screen method and the abrasive stone powder is attached, the adhesive is coated by the same silk screen method after the adhesive coating process, the grinding stone powder input process and the hot air drying process. In addition, it is intended to produce a more robust product by going through the heat drying process, and to provide a better quality nail care tools.

Characteristic implementation means of the present invention for achieving the above object is a material preparation step of preparing a material by a method of synthetic resin injection mold or wood finishing to have a suitable size, length and shape as a nail trimmer, prepared in the material preparation process described above An adhesive coating step of applying an adhesive to have a predetermined pattern by using a silk screen film on the surface of the material; Adhesive first drying process to apply the predetermined heat for a predetermined time to the finished material of the abrasive stone powder seating process so that the abrasive stone powder is attached and fixed as it is in the seated position due to the adhesive, onto the surface of the material which has finished the adhesive drying process Adhesive coating process using the silk screen film as it is After the adhesive coating step of applying the adhesive again in the same position applied in the standing, and the second drying step of the adhesive to apply a predetermined heat to the material subjected to the adhesive coating process for a predetermined time to ensure that the abrasive stone powder is firmly bonded. It is characterized by.

In this case, in the adhesive coating process, the adhesive is coated to an arbitrary thickness, and the coating thickness thereof is after the second drying process, and the thickness melted to the surface of the material is at least 1 relative to the particle size of the abrasive stone powder. It is desirable to maintain a height of 1/2 or more.

Hereinafter, a method for manufacturing a nail polish according to the present invention will be described in detail.

1 is a perspective view of a nail polish prepared according to the manufacturing method of the present invention, Figure 2 is an enlarged cross-sectional view of the main portion of FIG.

3 is a process chart of the present invention, showing an adhesive coating step, an abrasive stone powder sitting step, an adhesive first drying step, an adhesive coating step, and an adhesive second drying step from a material preparation step.

First, the nail polish is usually made of a file (file) in the shape of the main body 11 and the handle 12, the injection molding method of the synthetic resin material or by cutting the wood, such as appropriate cutting Prepare the material by the method.

Since the material is variable in width, length, and shape of the body suitable for cleaning nails, the overall dimensions and shapes thereof are not particularly limited.

In the adhesive application step described above, it is a step of applying an adhesive so as to have a predetermined pattern by using a silk screen film on the surface of the material prepared in the material preparation step.

In other words, when the adhesive is applied to have a desired pattern as a silkscreen film by applying a silkscreen printing method, only a part of the abrasive stone is adhered, thereby improving the overall aesthetics when the product is finished.

Abrasive stone powder The seating process is to spray the abrasive stone on the surface of the material on which the adhesive is applied in the adhesive applying process, so that it is so as to be as high as possible as a whole, and then shake off again so that the abrasive stone adheres only to the portion where the adhesive is applied. .

Next, in the adhesive primary drying step, the abrasive stone powder is completely fixed by the adhesive by applying a predetermined heat for a predetermined time to the material to which the abrasive stone powder is attached in the abrasive stone powder sitting process.

At this time, the temperature and time of the heat applied vary depending on other conditions including the adhesive, and thus detailed description thereof is omitted.

The next adhesive coating process is to coat the adhesive again on the surface of the material after the adhesive drying process.

In other words, the silkscreen film used previously may be used as it is, or another silkscreen film manufactured in the same manner may be used. An important point is that the adhesive is applied again at the same position as the adhesive applied in the adhesive application process. It is to be painted.

After the adhesive coating process as described above, the abrasive stone powder is firmly adhered by applying a predetermined heat for a predetermined time in the second drying process.

At this time, the amount of adhesive to be provided in the adhesive coating process is a very important point in the present invention.

That is, when the adhesive melts and hardens by the heat applied in the second drying process, the thickness of the adhesive coated on the surface of the material is preferably at least about 1/2 of the height of the abrasive stone powder.

Nail polish made by the manufacturing method of the present invention as described above, as shown in Figure 1 or 2, leaving only the sharp upper ends of the abrasive stone powder (2) is fixed on the surface of the material (1) and the remaining portion is the adhesive layer It is buried in (3) and it becomes the product which maintains a very solid state.

On the other hand, the abrasive stone powder used in the present invention is to increase the aesthetics of the product when using a different abrasive stone powder made of a variety of colors, respectively.

In some cases, two or more silkscreen films having different shapes may be provided, and if two or more adhesive coating processes and two or more adhesive drying processes are performed, the two or more abrasive stone powders having different colors may be fixed to each other. You can complete colorful and different products.

Of course, in the case of such an embodiment it is the same to complete through the adhesive coating process and the secondary adhesive drying process.

The present invention as described in detail above is applied to the surface of the nail care material by using a silkscreen method and attaching the abrasive stone powder, but after the adhesive coating process, the abrasive stone powder input process, hot air drying process again the same After the adhesive was coated again using a silk screen film, it was also subjected to another heat drying process, so that the particles of the abrasive stone were buried about 1/2 or more, so that a very solid product could be produced. It has the advantage of being able to provide better quality nail care.

Claims (4)

Material preparation process for preparing the material by synthetic resin injection mold or wood finishing method to have proper size, length and shape as nail care tool, An adhesive coating step of applying an adhesive to have a predetermined pattern by using a silk screen film on the surface of the material prepared in the material preparation step; Abrasive stone powder sitting step of spraying the abrasive stone powder on the surface of the material after the adhesive coating process, Adhesive first drying process to apply a predetermined heat for a predetermined time to the finished material of the abrasive stone powder seating process so that the abrasive stone powder is attached and fixed as it is seated due to the adhesive; Adhesive coating process of applying the adhesive again to the same position applied in the adhesive coating process using the silk screen film on the surface of the material after the adhesive drying process, A method of manufacturing a nail care tool, characterized in that the material is subjected to the adhesive coating process, by applying a predetermined heat for a predetermined time, and then completing the secondary drying process of the adhesive to firmly adhere the abrasive stone powder. The method of claim 1, In the adhesive coating process, the adhesive may be coated to an arbitrary thickness, and the coating thickness may be at least 1/2 of the particle size of the abrasive stone powder after the second drying process, and the thickness of the adhesive melted to the surface of the material. A method for manufacturing a nail care tool, characterized in that the above height is maintained. The method of claim 1, Said abrasive stone powder is a method for manufacturing a nail polish, characterized in that each using at least two or more colors. A nail care device comprising an adhesive layer 3 and a polishing stone powder 2 fixed on the surface of a material 1 having a predetermined size and length is manufactured by the method of claim 1. Nail care tool characterized in that it became.

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