KR20210051821A - High glossy finger nail and tow nail shiner and foot-dead skin remover to make smooth feet - Google Patents

Abstract

The present invention provides a high-gloss nail polisher and a foot exfoliator for managing smooth heels by removing dead skin cells from the soles of the feet without damaging the skin by using a protrusion structure suggested by the present invention on a hard material such as glass. A typical protrusion shape for implementing the present invention is to make a stripe protrusion (g) having a width of 50 to 1000 μm with an interval (h) of 50 to 1000 μm and a depth of 5 to 1000 μm as shown in FIG. 4. In the nail polisher and foot exfoliator made in this way, regardless of the horizontal or vertical direction, the stripe protrusion (g) does not generate any scratches on the nail, and the nail reflects light to maintain high gloss. In addition, it is possible to remove dead skin cells in a flat and clean manner without damaging the skin on a foot dead skin cell formation part on the heel of the sole, so smooth sole skin is possible.

Description

High glossy finger nail and tow nail shiner and foot-dead skin remover to make smooth feet}

The present invention provides a high gloss to the nails without applying a commonly used manicure or using a nail buffer, and a hard glass such as a glass that can trim or shape the nails without using a nail file. It is a nail care tool made of materials, an eco-friendly high-gloss nail polish device that removes dead skin cells without damaging the living skin and creates a smooth sole, and a technology related to a foot exfoliator that creates a safe and smooth foot.

Nails and toenails are hard and have fine irregularities on the surface, so they are generally blurred and not beautiful in appearance. In addition, dead skin cells are tissues that peel off from the skin because the skin is hardened and fall out like dust, spreading athlete's foot bacteria or causing impurity in the daily life environment.

The human fingernails, toenails, and dead skin cells of the human body have a solid structure as a protein, and to make the uneven parts of the nails and toenails clean and shiny, manicure is applied or a buffer made of fine sand paper (sandpaper) is used. To grind the rough surface to give it a shine. In addition, to remove dead skin cells, the skin of the soles of the feet is cleansed by soaking in water and peeling them off, or using expensive cosmetics for removing dead skin cells or a rough grinder.

1 is a product made of glass known as a nail polisher. By using a metal layer 10-3 on the surface of a glass substrate 10-1, irregularities 10-2 are formed at regular intervals to prevent irregularities on the nails. It is a nail care tool that flattens the nails by removing them and trims the nails at the same time. A nail polisher made of a glass substrate is an important condition in manufacturing a nail polisher because the degree of nail polish varies greatly depending on the size, spacing, and depth of the irregularities. In the present invention, the depth of the irregularities of the nail polisher and the exfoliator is 5 ~ 1000㎛, the size of the irregularities is 50 ~ 1000㎛, and the distance between the irregularities is maintained at a distance of 50 ~ 1000㎛.

Existing nail polishers form a regular pattern on the surface of the glass at regular intervals as shown in FIG. 2 and rub the nails to polish or trim the nails. The arrangement of the protrusions of the existing nail polisher minimizes the occurrence of scratches when the hexagonal honeycomb shape is formed. In order to polish the nails well, the hexagonal projections are arranged. However, in the case of rubbing in the horizontal (70) direction in the hexagonal pattern structure as shown in FIG. 2, there is almost no gap between the protruding part 20 and the part (a) without the protrusion, but when rubbing in the vertical direction (80), the protruding part The gap (b) between (20) and the part without the protrusion is large, causing scratches on the nails. Of course, even when rubbing in the oblique direction 90, a gap (c) between the protruding portion 20 and the portion without the protrusion occurs, resulting in a scratch on the nail. Therefore, if you rub your nails with a nail polisher, it produces gloss, but there is a drawback that it is not well polished because there are a lot of scratches on the nails, and if you rub it to remove dead skin cells, there is a drawback that can seriously hurt the skin. .

In the present invention, the protrusion and the neighboring protrusion overlap so that the gap between the protrusion and the protrusion is not structurally generated or minimized to create high gloss on the nails, which are part of the human body, and even the hard foot keratin formed on the heel of the foot is safe without damaging the skin. We devised a nail polisher and a foot exfoliator to make it smooth.

The present invention is formed so that the gap between the protrusion and the protrusion formed in the nail polisher and the exfoliator can be overlapped. 3, the protrusion is arranged on the substrate in a hexagonal structure, and the protrusions are arranged so that they overlap each other (e, f) in the horizontal direction 100 and the vertical direction 110 so that scratches do not occur on the nail. That is, when the nail is rubbed in the horizontal direction (100), the scratch of the nail made by the uneven portion between the projection (30-1) and the projection (30-2) is removed by the projection (30-3). The scratch disappears. And when the nail is rubbed in the vertical direction (110), the scratches generated by the irregularities between the projections (30-4) and the projections (30-5) are removed by the projections (30-6). The scratch disappears immediately. In the arrangement of the protrusions, even if the adjacent protrusions are completely overlapped in the horizontal and vertical directions, a gap d between the protrusions and the protrusions may occur at a special angle 120, resulting in fine scratches. However, the degree of scratch is very slight, so the gloss of the nails is greatly improved, and the dead skin cells are also removed cleanly, so you can safely take care of your feet without damaging the skin.

Figure 4 is a plan view of the nail polisher and the exfoliator at the same time that does not generate scratches devised in the present invention. In the present invention, it is composed of a straight stripe protrusion g and a concave portion h spaced apart from each other. In the stripe protrusion (g) structure according to the present invention, when the fingernail is pushed in the horizontal direction 130, scratches do not occur at all, and fine protrusions formed on the fingernail can be removed, so that high-gloss nail care is possible. Even if there is a concave part between the protrusion and the protrusion in the stripe-shaped protrusion (g) structure, if the protrusion and the protrusion are pushed in the vertical direction 140, scratches do not occur at all because both protrusion and protrusion cannot remove the irregularities of the nail. Of course, even when the nails are pushed in the diagonal or inclined direction 150, scratches do not occur at all, and thus high-gloss nails can be made.

5 is a scratch generated in the arrangement of the protrusions 50-1 by repeatedly arranging the protrusion arrangement 50-1 and the stripe arrangement 50-2 in the vertical direction in order to manufacture the high-gloss nail polisher according to the present invention. The following stripe protrusion (50-2) is a structure that immediately removes, and it is possible to maintain clean soles by smoothly removing high-gloss nails and dead skin cells.

Figure 6 is a nail polisher and a foot exfoliator devised in the present invention to shorten the nail polish and foot exfoliation time, make the nail polish more efficiently, and make the skin of the foot clean in multiple areas. First, in the area A, the distance between the protrusions and the protrusions is wide, so that the large protrusions of the nail or the large keratin of the sole of the foot are easily crushed, and then the fine protrusions and keratins are crushed in the area B, where the protrusions and the protrusions are narrow. So, in the area A, the gloss of the nails and the angle of the foot are removed in a short time, and in the area B, the nails have a high gloss and the skin of the soles is kept smooth.

Of course, the nail polisher according to the present invention can easily trim the nail or shape the nail by pushing the tip of the nail.

As a way to manage nails beautifully, conventionally, nails were managed using tools such as manicure, buffer, and file. Manicure is composed of chemicals, so when used for a long period of time, it has a disadvantage that can adversely affect the nails and skin, and the buffer is in the form of a sponge, so it has a short lifespan and a large volume, which contaminates the environment. In addition, since nail files must be used separately to trim nails, nail care is most often used in a nail shop rather than personally. If you use a nail shop, you need enough leisure time because you have to invest time as well as cost.

The high-gloss nail polisher according to the present invention does not cause scratches on the nails, so it is possible to manage high-gloss nails. The high-gloss nail polisher can produce high-gloss nails in a short time because it can be polished evenly by pushing the nails evenly. Also, it has the feature that it can trim and shape the nails into a desired shape. It can be easily used anytime, anywhere, so it has a great economic effect. In particular, the nail polisher is made of glass with a hardness superior to that of nails, so it can be used for a long time, so the effect of improving the environment is great.

And the same structure of the foot exfoliator removes dead skin cells from the soles of the feet without damaging the skin and keeps the skin smooth, so it is a health-friendly product and has the effect of easily keeping the cleanliness of the body.

Figure 1: Cross-sectional view of nail polisher and exfoliator
Figure 2: Top view of nail polisher and exfoliator
Fig. 3: A plan view of a nail polisher and an exfoliator with a protrusion arrangement of an overlapping structure according to the present invention.
Figure 4: A plan view of a nail polisher and an exfoliator having a stripe protrusion structure according to the present invention
Fig. 5: A plan view of a nail polisher and an exfoliator in which protrusions and stripe protrusions, such as circular or ellipse, are periodically formed according to the present invention

Figure 6: A plan view of a multi-zone nail polisher and exfoliator according to the present invention

A high-gloss nail polisher for removing dead skin cells and fine protrusions of the nails according to the present invention and an exfoliator for exfoliating the skin are posted.

The manufacturing process of the nail polish reporter exfoliator in the present invention is as follows. It forms chromium and metal with excellent chemical resistance such as chromium on a hard substrate such as glass. However, the chemical-resistant metal used here can be omitted when the PR mask forming the pattern is a resin-based resin having high acid resistance such as epoxy or PP and PE. Then, a photosensitive film such as PR to DFR is coated to form a protrusion pattern on the glass. In the next step, in order to form the protrusions of the nail polisher, a mask with a protrusion-shaped pattern is placed on a PR thin film (or DFR film, etc.), and when UV exposure is performed, the protrusion-shaped image is photosensitive to the photosensitive film. Next, when the UV-irradiated glass substrate is immersed in a developer, a PR (or DRF) pattern is created. Now, when the Cr formed under the PR and the glass are sequentially etched, protrusions are formed on the glass. At this time, the size of the protrusion is made into a size of 50 to 1000 μm, and the distance between the protrusion and the protrusion is also maintained at 50 to 1000 μm. And the glass is etched so that the height of the protrusion becomes 50~1000㎛.

As an embodiment for making a nail polisher of high gloss in the present invention, the arrangement is arranged so as to overlap adjacent protrusions in the horizontal direction and the vertical direction as shown in FIG. 3. 3 is a plan view according to the present invention, and projections 30-1 (30-2) adjacent to the projections 30-3 overlap each other when viewed in the horizontal direction. Thus, when the nail is pushed in the horizontal direction, the fingernails are made very flat because the protrusion 30-3 removes the part of the scratch that occurs in the gap (e) between the protrusion 30-1 and the protrusion 30-2. Becomes and creates a polished nail. Also, in the vertical direction, the protrusion 30-4 and the protrusion 30-5 adjacent to the protrusion 30-6 are overlapped, so that the distance f between the protrusion 30-4 and the protrusion 30-5 Because the protrusion (30-6) cleanly removes the scratch made in the nail, the nail becomes flat and gives off high gloss. In the protrusion structure made by overlapping in the horizontal and vertical directions, there is room for a portion (d) that does not overlap slightly depending on the shape of the protrusion in some oblique directions, but if the shape of the protrusion is designed more precisely Even this part can be designed to be completely overlapped.

Figure 4, which is another embodiment for manufacturing a high-gloss nail polisher according to the present invention, has a stripe-shaped projection (g) arranged at regular intervals (h). If the star life protrusion (g) is formed in the vertical direction, when the nail is rubbed in the horizontal direction 130, there is no gap in the horizontal direction, so that no scratches occur on the nail at all. In the stripe protrusion structure, even if the nail is pushed in the diagonal direction 150, no scratches occur at all. In the case of pushing in the vertical direction 140, the protrusion g and the gap h between the protrusion and the protrusion are not able to grind the fingernail, so that a scratch does not occur. Therefore, in the striped protrusion structure, since no scratches occur on the nail, high-gloss nail management is possible.

Fig. 5, which is another embodiment for manufacturing a high-gloss nail polisher according to the present invention, is a projection 50-1 by repeatedly arranging a vertical projection 50-1 and a vertical stripe arrangement 50-2. The next stripe protrusion (50-2) immediately removes the scratches generated from the arrangement, so that high-gloss nail care and dead skin cells are completely removed to maintain a clean sole.

In the high-gloss nail polisher according to the present invention, the nails and dead skin cells are more effectively finished in a short time, and are arranged in multiple structures to form a more excellent gloss. Fig. 6-1 shows the composition of the nail polisher and the exfoliator divided into area A and area B, and in area A, the gap between the protrusions is widened to quickly remove large projections or angles of the nail and the sole of the foot, and area B. In Esau, the gap between the protrusions is narrowed to remove small and fine protrusions or dead skin cells left on the nails and soles of the feet. By arranging the protrusions in the divided areas, in the area A, the nails are polished in a short time, and in the area B, the fine nail protrusions and the leg legs are removed to create excellent high gloss. In the multiple structure of the area A and the area B in FIG. 5, the shape of the protrusion and the stripe protrusion can be arranged in combination.

As an example, FIG. 6-2 shows a case in which circular protrusions having a wide spacing of protrusions are arranged in part A1, and a case where the spacing of protrusions is narrow in part B1 or a combination of protrusions of an overlapping structure is arranged.

6-3 is a plan view in which the stripe protrusions are arranged so that the spacing of the stripe protrusions is wide in the portion A2, and the stripe protrusions are arranged so that the spacing of the stripe protrusions is narrow in the portion B2.

Although not specified in the drawings in the present invention, it is naturally possible to arrange circular protrusions in area A and stripe protrusions in area B. In addition, although not specified in the drawings in the present invention, the multi-region may further improve efficiency by disposing different protrusions in two or more regions.

In the present invention, a nail polisher and an exfoliating device in which the stripe protrusions are arranged between the protrusions and the protrusions so that the stripe protrusions remove the scratches generated between the protrusions and the protrusions can also obtain the same effect.

10-1: Glass substrate with projections formed on the surface
10-2: protrusion part of the glass substrate
10-3: Metal (metal)
20, 30-1, 30-2, 30-3, 30-4, 30-5, 30-6, 50-1: protrusion
70, 100, 130: horizontal direction
80, 110, 140: vertical direction
90, 120, 150: diagonal direction
a, b, c, d: spacing between protrusions and protrusions
e, f: length of protrusion and protrusion
h: spacing between stripe projections
g, 50-2: stripe protrusion
A, A1, A2: Among the multiple areas of the nail polisher, the spacing of the protrusions is wide (small)
B, B1, B2: Part of the multiple areas of the nail polisher where the spacing of the protrusions is tight

Claims (5)

In the nail polisher and exfoliator made by forming projections at regular intervals on a hard material such as glass, the nail polisher and exfoliator arranged so that the projections and neighboring protrusions overlap each other in the horizontal and vertical directions.
Nail polisher and exfoliator made by forming stripe-shaped projections at regular intervals on hard materials such as glass
Nail polisher and exfoliator made by periodically forming round, oval, or rhombus projections and stripe projections at regular intervals on a hard material such as glass
It is composed of two or more multiple regions on a hard material such as glass. In the first region, the gaps between the protrusions are wide, and in the second region, the gaps between the protrusions are arranged narrower than in the first region. Nail polisher and exfoliator in which the gaps in the previous stage are arranged more closely than the gaps
The method of claim 4, wherein the protrusion includes circular, elliptical, and striped protrusions.

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