JP2019506267A - Nail sticker or gel paint application method using the same - Google Patents

Abstract

  The nail sticker according to the present invention includes a plurality of indented portions including a circular main portion and an indented portion formed inwardly from one side around the main portion along the periphery of the main portion. Basically, by applying the gel paint on the surface of the nail, the area of the nail surface that directly contacts the gel paint is minimized, and when removing the gel paint from the nail, it is applied to the nail surface. Ensure that damage is minimized.

Description

  INDUSTRIAL APPLICABILITY The present invention is a water decal type nail sticker designed to improve the convenience during nail art treatment and increase the degree of completion, and a gel paint which is a disadvantage of gel nail by applying this to gel nail treatment The present invention relates to a gel paint application method capable of minimizing damage to the surface of the nail during removal.

  In South Korea, the nail industry began to be recognized as a beauty industry since the 1980s, and recently, by forming artificial designs on the outer surface of nails, the number of people who want to express their personality has increased rapidly. Various techniques have been developed.

  As part of this, a gel nail method that is strongly cured within about 1 minute under UV conditions has been developed to eliminate the disadvantages of conventional enamel nail polish, such as long drying time, gloss maintenance period, and human harm. Has been in the limelight recently. Gel paint applied to the gel nail method has advantages such as short drying time, gloss and long maintenance period, but the process of removing the gel paint on the nail is generally done by scraping the surface of the nail There was a fatal drawback that caused damage to the nails, which made it impossible to perform repetitive treatment within a certain period of time.

  In order to overcome these drawbacks, Korean Patent No. 1342492 “Nail Sticker for Applying UV Gel Layer and Application Method” applies a UV gel layer on a nail sticker on a natural nail to apply a UV gel layer. Not only can the high-class effect it has as it is, but also the nail sticker can be easily removed when the UV gel is peeled off, and the UV gel can be easily removed without using harmful organic solvents. It is described as having advantages. However, in the case of a nail sticker applied to a conventional gel nail including the above-mentioned prior art, there is a thickness on the material of the hard sticker, it is not closely attached to the entire surface of the uneven nail, floating, wrinkle phenomenon occurs, There was a drawback that the gel paint was not applied smoothly on the top of the sticker. In addition, even if you recognize the fact that a floating phenomenon occurred in the process of bonding the sticker to the surface of the nail, simple correction is impossible, and it is troublesome to peel off the bonded sticker and re-operate on a new product did.

  On the other hand, a claw sticker has been developed and activated on the stuffed surface to achieve a more successfully designed shape, but it can be attached to the surface of the nail in a stable and comfortable manner. Water decal type (water transfer type) soft stickers tend to be preferred. The conventional water decal method cuts out the part where the desired design is printed, puts it on water, passes the fixed time, and the release paper and the film are separated. This is not only a great deal of time and effort, but also difficult to attach precisely to the desired shape. In addition, the separated film itself has no adhesive force and may be fixed stably with a nail unless another coating process is performed through a top coat or the like.

  There is a need to develop a nail sticker that can further adhere to the surface of the curved nail without causing the film to float while simplifying the treatment process to maximize the convenience of the treatment.

  Accordingly, a new and advanced nail sticker which improves the above-mentioned problems and enables a more complete nail art treatment without relying on a skilled manicurist, and a gel paint application method using the same Development is necessary.

  The present invention is generally performed in the process of removing the gel paint from the conventional nail by inserting and arranging the nail adhesion film in a part of the area between the gel paint and the surface of the nail. The main purpose is to fundamentally block the possibility of nail damage caused by the process of scraping the surface of the nail.

Another object of the present invention is to apply the water decal method, but it can be further adhered to the surface of the nail by a simple method different from the conventional method, and can be completed in a short time even without a skilled artist. The aim is to enable a high degree of self-nail treatment.
Another aim of the present invention is that the shape of the nail adhering film includes an indented part and a tail part, and the nail grows and the curvature changes while the gel paint is applied ergonomically designed. In some cases, it is possible to effectively maintain a close contact state without a sense of incongruity.

  In order to achieve the above object, the shape of the nail sticker according to the present invention includes a circular main portion, and the indented portion including an indented portion formed inwardly from one side around the main portion. A plurality of the main portions are formed along the periphery.

  In addition, the nail sticker is embodied in a shape including a tail portion extending outward from between two adjacent indentations.

  In addition, the indented portion includes an upper indented portion that is indented at the upper center of the main portion, four side-indented portions that are symmetrically formed from both sides of the main portion, and the main indented portion. It is formed in two lower surface indentations formed from two points respectively separated from the lower center of the part.

  Further, the tail is extended outward from between the two lower surface indentations.

  Further, the indented portion is formed to be rounded from one side around the main portion to the highest indented point.

  The laminated structure of the nail sticker of the present invention comprises a nail adhering film in which a temporary adhesive layer adhering in contact with the surface of the nail is formed on the upper surface, and a moisture absorption adhering to the lower surface of the nail adhering film via the starch layer. Art transfer paper including release paper; Release film adhered to the lower surface of the moisture-absorbing release paper; Covering the temporary adhesive layer of the art transfer paper, one side of the corner is one side of the corner of the nail adhesion film And the art transfer paper forms a design cut portion that is an outer cut portion having a specific shape, and the design cut portion is the art transfer paper. Separated from the other parts inside, it is separated from the release film.

  The nail adhering film of the design cut portion further includes a tapered portion formed so that the thickness gradually decreases toward the outer contour.

  As a gel paint application method using the nail sticker of the present invention, in the art transfer paper, a film separation step for sequentially separating the cover film and the release film; the temporary adhesive layer and the surface of the nail are in contact with each other Temporary adhesion stage to be disposed on; Moisture supply stage that provides a small amount of water to the moisture-absorbing release paper; Moisture absorption that separates the moisture-absorbing release paper from the nail adhesion film that is adhered to the surface of the nail through the temporary adhesion layer Release paper separation step; a nail adhesion film fixing step in which the nail adhesion film is pressed to the nail side to adhere to the nail surface; the remaining moisture is removed, and a gel is applied to a part of the nail surface and the surface of the nail adhesion film. A gel coating step of applying a coating; and a curing step of curing the gel coating under a lamp.

  The fixing step of the nail adhering film further includes a position correcting step of moving the position of the nail adhering film by adding a small amount of water and then applying pressure in a desired direction.

  In addition, the temporary adhesion step may be arranged and fixed such that an extension direction of the tail portion of the nail adhesion film faces a growth direction of the nail.

The nail sticker according to the present invention and a gel paint application method using the same are as follows:
1) The nail adhesion film is inserted and arranged in a part of the area between the gel paint and the surface of the nail, so that the nail is generally used in the process of removing the gel paint with a conventional nail. Fundamentally blocking the possibility of nail damage caused by the process of carving the surface,
2) Although the water decal method is applied, it can be further adhered to the surface of the nail by a simple method different from the conventional method, so that even if there is no skilled artist, self can be completed in a short time To make nails possible,
3) By making the shape of the nail adhesion film include the indentation and the tail, even when the nail grows and the curvature changes while the gel paint is applied ergonomically, it feels strange There is an effect of effectively maintaining a close contact state.

The perspective view which showed the whole shape of the sticker for nail which concerns on this invention. The top view which shows one Example of the sticker for nails of this invention. Sectional drawing which shows the laminated structure of the sticker for nails of this invention. The flow chart which showed the gel paint application method using the sticker for nail of the present invention. The photograph which showed the Example of the gel paint application method using the sticker for nail of this invention. The photograph which showed the process of removing the gel paint formed on the surface of the nail | claw using the gel paint application method using the sticker for nails of this invention.

  Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Like reference numbers in the various drawings indicate like elements.

  The nail sticker of the present invention is bonded to the surface of the nail so as to ensure more stable adhesion, fixing force and convenience, and has a shape feature that appears on a plane and a function that is implemented in a laminated configuration. Has characteristics at the same time.

  FIG. 1 is a photograph showing the overall shape of a nail sticker according to the present invention, and FIG. 2 is a perspective view showing an embodiment of a nail sticker according to the present invention.

  With reference to FIGS. 1 and 2, the shape and configuration of the nail sticker of the present invention, particularly the nail sticker applied to the gel coating process, will be described in detail. As shown, the shape of the design cut part (200A), which is a part separated from the release film (300) formed on the back surface by being designed and cut in the sticker for all nail (1). It can be understood, and if necessary, the entire shape of the nail sticker of the present invention itself may be embodied to have the configuration described later.

  The nail sticker includes a main portion (200-1) embodied in a circular shape, an indented portion (200-2) formed in an indentation around the main portion (200-1), and a main portion (200- 1) includes a tail (200-3) extending outward from one side of the perimeter.

  The main part (200-1) is an nail sticker, preferably the overall shape of the design cut part (200A), and has a circular shape that secures a certain area so as to be easily bonded to the surface of the nail. It is embodied and may be formed in an oval shape as necessary.

  The intrusion part (200-2) is for realizing a concavo-convex shape around the main part (200-1), and has a certain depth inward from one side around the circle of the main part (200-1). Now it is invaginated. At this time, the indented part 200-2 is preferably formed so as to be entirely rounded without an angular part in order to minimize the floating phenomenon when applied to the surface of the nail. That is, a point bent to be indented from one side around the main part (200-1), that is, from the indentation start point to the highest intrusion point of the indentation part (200-2). It has been processed so that it is all rounded so that there are no corners. A plurality of these recessed portions (200-2) are formed along the periphery of the main portion (200-1).

  At this time, in order to more stably apply the nail sticker to the surface of the nail formed with a curved surface, the formation position of the indented part (200-2) and the tail part (200-3) is specified. Therefore, the indentation (200-2) is divided into one upper indentation (200-2a), a total of four side indentations (200-2b), and two lower indentations (200-2c). It is formed.

  Referring to FIG. 2, based on the fact that the main part (200-1) is divided into four parts including the upper side, the lower side, the left side, and the right side, the upper invagination part (200-2a) It is formed in the upper center part of the part (200-1).

  The side recesses (200-2b) are symmetrically formed from both sides of the main part (200-1), and the main part ( 200-1) is formed indented toward the center, and a total of four are formed so as to be symmetrical with respect to the center as shown in the drawing.

The lower surface indented portion (200-2c) is indented and formed at points on both sides of the lower central point of the main portion (200-1), and is symmetrical with the upper indented portion (200-2a). These are two indentations formed on both sides of the main portion (200-1).
In addition, the tail part (200-3) is formed to extend long outwardly between the two lower surface indentations (200-2c), and is arranged in line with the upper indentation (200-2a). Can be formed.

  FIG. 3 is a cross-sectional view showing the laminated structure of the nail sticker of the present invention.

  The laminated structure of the nail sticker will be described with reference to FIG. 3. The nail sticker mainly includes an art transfer paper (200), a release film (300), and a cover film (100).

  The art transfer paper (200) is a soft film directly adhered to the surface of the nail, the nail adhesion film (210), the moisture absorption adhering via the bottom surface of the nail adhesion film (210) and the starch layer (220). Release paper (230) is included. The art transfer paper (200) has a structure corresponding to a conventional water transfer paper as a structure for enabling adhesion of a water decal system, but characteristically on the surface of the nail adhesion film (210). It includes a temporary adhesive layer (210a) that is formed and adhered directly to the surface of the nail.

  The temporary adhesive layer (210a) is provided so that the state where the art transfer paper (200) is arranged on the surface of the nail can be maintained at a certain level in the course of the treatment, and is relatively few. It is desirable to apply a small amount of adhesive so as to have adhesive strength. The composition constituting the temporary adhesive layer (210a) can include an acrylic resin, elastomer, butyl rubber, vinyl acetate, etc., which are elastomers. Unless high adhesive strength is required, starch containing modified starch as the main raw material It can be formed with an adhesive.

  The release film (300) is attached to the lower surface of the moisture-absorbing release paper (230) so as to be detachable, and is formed to be separated from the moisture-absorbing release paper (230) by an external force in a dry environment.

  The cover film (100) is preferably formed to cover the upper surface of the temporary adhesive layer (210a) so that it can be repeatedly separated from the cover as necessary. In the case of (100), that is, in principle, a separate adhesive is not applied to the surface that comes into contact with the upper surface of the temporary adhesive layer (210a), and the nail adhering film in which the temporary adhesive layer (210a) is formed ( 210) and one side of the cover film (100), preferably one side of the corner, are formed to be partially bonded completely, and are lost in the process of opening and closing the cover film (100). You can prevent it from happening.

  At this time, the art transfer paper (200) is a design cut portion (200A) that is an outer cut portion having a specific shape so that the user can use the nail sticker of the present invention more conveniently. ), The design cut part (200A) can be formed so as to be separated from the release film (300) separately from other parts in the art transfer paper (200).

  In addition, the nail adhering film (210) of the design cut part (200A), that is, the nail adhering film (210) rising on the surface of the nail is a tapered part (tapered so that the thickness gradually decreases toward the outer contour) 211), it is possible to further prevent the frame portion of the nail adhesion film (210) from being lifted in adhesion to the nail, thereby enhancing physical stability. The tapered portion (211) is formed by the peripheral portion of the nail adhesion film (210) of the design cut portion (200A), and is formed on the upper surface so as to face the temporary thin film layer, or the moisture-absorbing release paper (230). ) Side, or can be formed on the upper surface and the lower surface at the same time.

  The nail sticker of the present invention having the above-described laminated structure adheres to the surface of the nail before the gel paint is applied in the gel nail treatment, and minimizes the portion where the gel paint and the nail are directly bonded, thereby removing the gel paint. In this case, it can be used for the purpose of preventing damage to the surface of the nail, and between the nail adhesion film (210) and the temporary adhesive layer (210a), that is, the nail adhesion film (210). It is also possible to use the nail sticker decoratively by additionally forming a printing layer (not shown) on which another image is printed on the upper surface. In this case, the printed layer is protected from external stimuli by the temporary adhesive layer (210a). As will be described later, the temporary adhesive layer (210a) is in direct contact with the nail, unlike the existing water decal method. The nail sticker according to the present invention is applied to the surface of the nail, and after being applied to the surface of the nail, the printed layer is protected from external stimuli by the nail adhesion film (210), thereby printing the image on the printed layer. Is very unlikely to be compromised and has a more efficient maintainable feature.

  FIG. 4 is a flow chart showing a gel paint application method using the nail sticker of the present invention, and FIG. 5 is a photograph showing an embodiment of the gel paint application method using the nail sticker of the present invention.

  Referring to FIGS. 4 and 5, the gel coating method of the present invention includes a film separation step (S1), a temporary adhesion step (S2), a moisture supply step (S3), a moisture-absorbing release paper separation step (S4), Through the nail adhesion film fixing step (S5), the nail sticker is fixed to the surface of the nail, and then the gel paint application step (S6) and the curing step (S7) are executed to complete the gel nail treatment. .

  In the film separation step (S1), the step of separating the cover film (100) and the release film (300) in order from the art transfer paper (200) and the upper surface of the art transfer paper (200), that is, the temporary adhesive layer (210a) Preferably, the design cut portion (200A) is separated from the release film (300) with the cover film (100) to be protected removed.

  In the temporary adhesion step (S2), the temporary adhesive layer (210a) of the separated design cut portion (200A) is arranged so as to be aligned with the surface of the nail. -1) The design cut part (200A) including the invagination part (200-2) and the tail part (200-3) has the main part (200-1) on the inside of the nail and the tail part (200-3) on the outside of the nail. The nail adhesion film (210) and the nail are arranged on the surface of the nail so that the extending direction of the tail (200-3) faces the growth direction of the nail. Basically, the gel paint applied to form part of the surface and the bonding surface is formed more stably on the nail, and the curvature of the nail tip as the nail grows in the future That changes naturally , And to minimize the floating phenomenon caused by the growth of the nails with minimal area of stickers to be applied to the site.

The moisture supply step (S3) is a step of wetting a small amount of water on the moisture-absorbing release paper (230) exposed on the top of the nail in the temporary adhesion procedure, and a small amount of water may be sufficient at this time. .
The moisture-absorbing release paper separating step (S4) is a step of separating the moisture-absorbing release paper (230) from the nail adhering film (210) disposed on the nail surface through the temporary adhesive layer (210a). That is, the moisture-absorbing release paper (230) that has absorbed moisture transmits moisture to the starch layer (220), and thus the moisture-absorbing release paper (230) is naturally released from the nail-coated film (210). However, the stripping process will be completed within a few seconds.

  In the nail adhering film fixing step (S5), the nail adhering film (210), which is temporarily incompletely fixed only by the adhesive layer (210a) in a state where the moisture-absorbing release paper (230) is separated, is stabilized on the surface of the nail. It is performed in the process of pressing and pressing the nail-attached film (210) gently toward the nail side by tightly fixing to. At this time, if the nail adhesion film 210 is not fixed at a desired position due to a mistake in the pressurization process, a position correction step (S5-1) may be further included.

  The position correction step (S5-1) is a step of adding a small amount of water to the nail adhering film (210) disposed at an undesired position, and then pressing and pressing in a desired direction, and a small amount provided additionally. This is to move the position of the nail adhesion film (210) using the principle that the adhesion of the nail adhesion film (210) to the surface of the nail is reduced by the water. Even if the nail adhesion film (210) is brought into close contact with an unnecessary position as the position correcting step is applied, it is not necessary to apply a new product, and the position can be changed and is economical.

  In the gel coating step (S6), the remaining moisture on the nail is simply wiped off using cotton or a cotton swab, and then the surface of the nail adhesion film (210) and the nail adhesion film (210) are formed. The gel coating is applied to the remaining part of the surface of the nail that has not been processed, and the process proceeds to the same process as a general nail coloring process. In the curing step (S7), the applied gel coating is applied to the UV lamp. It is a stage where it is placed and cured for a certain period of time.

  FIG. 6 is a photograph showing a process of removing the gel paint formed on the surface of the nail using the gel paint application method using the nail sticker of the present invention.

  As can be seen from FIG. 6, it was confirmed that the gel paint formed on the surface of the nail using the gel paint application method of the present invention can be removed through a simple process without damaging the nail surface. . Apply oil to the cuticle area to remove gel paint and leave it for a specified time to induce smooth peeling between the gel paint and the surface of the nail. Apply the gel paint using a wood stick. A partial separation stage that allows the cuticle side central part of the part to be partially separated from the surface of the nail, and slides out in the frame direction from the central part separated through the partial separation stage to separate the whole This is a whole separation stage, and a stage in which foreign matter remaining on the surface of the nail is removed using a removing solution such as acetone.

  The partial separation step is preferably applied to a portion corresponding to the upper indentation (200-2a) side, and the gel paint partially separated thereby is applied to the nail adhesion film (210) and the nail in the whole separation step. With the natural separation of the surface, it is more stably separated from the surface of the nail more stably.

  Thus, if the gel coating method of the present invention is used, the gel coating can be physically and easily performed smoothly and without performing troublesome and harmful processes such as immersing in another solution to dissolve the gel coating. It is safe and convenient to remove.

  As described above, the configuration and operation of the nail sticker according to the present invention and the gel paint application method and removal method using the nail sticker are expressed in the above description and drawings. Needless to say, the idea of the present invention is not limited to the above description and drawings, and various changes and modifications can be made without departing from the technical idea of the present invention.

DESCRIPTION OF SYMBOLS 1 Nail sticker 100 Cover film 200 Art transfer paper 200A Design cut part 200-1 Main part 200-2 Indented part 200-2a Upper indented part 200-2b Side indented part 200-2c Bottom indented part 200-3 Tail part 210 Nail adhesion Membrane 210a Temporary Adhesive Layer 211 Tapered Part 220 Starch Layer 230 Moisture Absorption Release Paper 300 Release Film S1 Film Separation Stage S2 Temporary Adhesion Stage S3 Moisture Supply Stage S4 Moisture Absorption Release Paper Separation Stage S5 Nail Adhesive Film Fixing Stage S5-1 Position Correction Stage S6 Gel paint application stage S7 Curing stage

Claims (10)

A circular main part,
Including an invaginated part formed inwardly indented from one side around the main part,
The nail sticker according to claim 1, wherein a plurality of the recessed portions are formed along the periphery of the main portion. In item 1,
The nail sticker is
A nail sticker characterized in that the sticker is embodied in a shape including a tail extending outwardly between two adjacent indentations. In Section 2,
The invagination is
An upper invagination formed in the upper center of the main part;
Four side-surface intrusions formed symmetrically from each side of the main part two by two, and
The nail sticker according to claim 1, wherein the nail sticker is formed on two lower surface indented portions formed from two points respectively separated from the lower center of the main portion. In Section 3,
The tail is
A nail sticker extending outward from between the two bottom surface indentations. In item 1,
The invagination is
A nail sticker, wherein the sticker is formed so as to be rounded from one side around the main portion to a maximum indentation point. Art transfer paper comprising a nail adhesion film having a temporary adhesion layer that is adhered to the upper surface in contact with the surface of the nail, and a moisture-absorbing release paper adhered to the lower surface of the nail adhesion film via a starch layer;
A release film adhered to the lower surface of the moisture-absorbing release paper;
Covering a temporary adhesive layer of the art transfer paper so that one side of the corner is partially fixed and bonded to one side of the corner of the nail adhesion film;
The art transfer paper is
Form a design cut part that is a part that has been externally cut to have a specific shape,
The nail sticker, wherein the design cut part is separated from the release film separately from other parts in the art transfer paper. In Section 6,
The nail adhesion film of the design cut part is
The nail sticker further comprising a taper portion formed so that the thickness gradually decreases toward the outer shell. In a gel paint application method using a nail sticker in which a cover film, a nail adhesion film including a temporary adhesive layer, an art transfer paper including a moisture-absorbing release paper, and a release film are sequentially laminated,
In the art transfer paper, a film separation step of sequentially separating the cover film and the release film;
A temporary adhesion stage in which the temporary adhesive layer and the surface of the nail are arranged to touch each other;
A moisture supply step for providing a small amount of water to the moisture-absorbing release paper;
A moisture-absorbing release paper separating step for separating the moisture-absorbing release paper from the nail adhering film disposed on the surface of the nail through the temporary adhesive layer;
A nail adhesion film fixing step of pressurizing the nail adhesion film on the nail side and closely contacting the nail surface;
A gel paint application step of removing the remaining moisture and applying a gel paint to a part of the nail surface and the surface of the nail adhesion film;
A method of applying a gel paint using a nail sticker, comprising: a curing step of curing the gel paint under a lamp. In item 8,
The fixing step of the nail adhesion film includes:
A method of applying a gel paint using a nail sticker, further comprising: a position correcting step of adding a small amount of water and then applying pressure in a desired direction to move the position of the nail adhesion film. In item 8,
The nail adhesion film is
An invaginated portion formed inwardly on one side includes a plurality of circular main portions formed along the periphery, and a tail portion extending outward from between two adjacent indented portions;
The temporary adhesion stage includes
A gel paint application method using a nail sticker, characterized in that the nail adhering film is arranged and fixed so that an extending direction of the tail portion is directed to a growth direction of a nail.