KR20090119541A - Manicure applicator - Google Patents

Abstract

PURPOSE: A manicure applying apparatus is provided, which can be manufactured at a low price and removes troublesome to apply manicure on a nail many times. CONSTITUTION: A manicure applying apparatus comprises a brush rod(10); and brushes(20) formed in the lower part of the brush rod. The brush comprises first brushes(20a) which are combined by being inserted in the insertion hole(11) formed in the brush rod; and second brushes(20b) which are adjacently or closely arranged to the first brushes. The insertion hole comprises a first insertion hole(11a) to which the first brushes are combined; and a second insertion hole which is formed to be adjacent to the first insertion hole to be combined with the second brushes.

Description

Nail Polish Applicator {MANICURE APPLICATOR}

The present invention relates to a nail polish applicator, and more particularly, to a nail polish applicator used when applied to a predetermined part of the body, such as nails by buried liquid cosmetics such as nail polish liquid.

In general, the nail polish applicator is composed of a cylindrical brush rod (1) made integrally with the lid or combined with the lid as shown in Figure 1, and a brush (3) inserted and fixed to the lower portion of the brush rod (1) If the brush (3) is inserted into the container and the liquid cosmetics are buried, the brush 3 is removed from the container and then repeatedly applied to a predetermined part.

There are a number of such nail polish applicators, including a brush for applying nail vanish and method of US Patent No. 5,588,447, wherein the brush 3 has a middle portion of a tuft, which is a bundle of bristles cut to a predetermined length. Fold in half using a staple (4) to be inserted into the insertion groove (2) of the needle bar to form a fixed form in the brush bar (1).

As the plurality of hairs constituting the brush are press-connected to the brush bar in a state in which they are densified by the staples and restrained in place, the longer lengths of the staples which come into contact with the plurality of hairs restrain the hairs. When the pressing force is weakened, when the transverse length of the staple and the cross-sectional length of the skew exceed a certain range, there is a problem in that a plurality of hairs constituting the brush cannot be firmly fixed.

Therefore, despite the advantage that the use of the staples as described above can be more inexpensive production by the automated process, the horizontal length can not be limited to only a small number, the user has to apply several times when applying to the nail Although there was an inconvenience of having to clean several times to remove the texture due to the texture of the coating liquid each time, the various forms suitable for uniform application of the coating liquid with fewer times throughout the nail, especially There is a limit that it is difficult to apply the coating liquid and the like uniformly and easily in accordance with the purpose of use because it cannot be manufactured in a form having an extension length in the horizontal direction.

The present invention devised to solve the problems as described above, can be easily manufactured at low cost by an automated process of fixing the brush to the brush using a staple of the unknown, while the user has to apply several times when applying to the nail And, and to provide a nail polish applicator that can reduce the inconvenience of having to care again several times in order to eliminate the texture of the coating liquid that occurs every time the application.

In the present invention for achieving the above object, in the nail polish applicator consisting of a brush rod 10 and a brush 20 formed on the lower portion of the brush rod 10, the brush 20 is the brush rod 10 A first brush 20a fitted into and inserted into the insertion groove 11 formed in the second groove; And a second brush (20b) disposed adjacent or in close proximity to the first brush (20a) to provide a coating surface continuous to the first brush (20a) in the horizontal direction. Shall be.

Here, the insertion groove 11, the first insertion groove (11a) is coupled to the first brush (20a); And a second insertion groove 11b formed adjacent to the first insertion groove 11a so that the second brush 20b is fitted and coupled thereto.

In addition, the first insertion groove (11a) and the second insertion groove (11b), the first brush (20a) and the second brush (20b) together any one of a straight, semi-circular, semi-elliptic, square, triangular It is preferable to be arranged continuously in the transverse direction to form a cross-sectional shape of.

In addition, the lower portion of the stand 10, the partition 12 for partitioning the first insertion groove (11a), the first insertion groove (11a) and the second insertion groove (11b), the second insertion groove ( It is preferred that 11b) has a structure in which it is continuously aligned.

In addition, the partition wall 12 of the lower part of the rod is the first insertion groove (in consideration of the simulated material, length, shape, density at the adjacent portion or the connecting portion of the first brush (20a) and the second brush (20b) ( It is preferable that the end is located above or below the inner wall opposite the 11a) and the second insertion groove 11b, and the end is chamfered or rounded.

The first brush 20a and the second brush 20b are formed by the staples 30 which are inserted into and fixed to the insertion grooves 11 of the bristles while restraining an intermediate portion of the hair bundle cut to a predetermined length. It is preferable that the lower portion of the brush rod 10 is fixed to the designated shape.

In addition, it is preferable that the first brush 20a and the second brush 20b have a shape in which end portions of each of the hairs are sharp.

The present invention having the configuration as described above, by continuously arranging the first brush and the second brush can be manufactured in a variety of forms having a wider width in the horizontal direction, so that the user must apply a number of times when applying to the coating surface In order to eliminate the hassle and the texture of the coating liquid which is generated every time, it is possible to reduce the hassle that needs to be repaired several times, and also to improve applicability.

In addition, it can be easily manufactured at low cost by an automated process of fixing the hair of the first brush and the second brush to the brush bar using staples, and the tufts of the specified shape are joined by respectively joining the hairs of the first brush and the second brush. When applied to the process of fixing to the brush after making it has a different effect that it can be produced in a variety of forms than conventional.

In addition, according to the shape of the first insertion groove, the second insertion groove and the partition of the brush, the cross-sectional shape and density of the brush, the cross-sectional shape of the brush can be variously configured, and the first brush and the second brush are generally applied. Another effect is that various embodiments may be implemented, such as configuring the simulated density or distribution over a constant or continuous change, or concentrating on a particular point.

The nail polish applicator according to the present invention having the configuration as described above will be described in more detail with reference to the following drawings.

Figure 2 is a perspective view showing a first embodiment of the nail polish applicator according to the present invention, Figure 3 is a partial exploded perspective view of Figure 2, Figure 4 is a cross-sectional view showing various embodiments of the insertion hole and the brush, Figure 5 Is a longitudinal sectional view showing various embodiments of the insertion hole and the brush.

2 and 3, the nail polish applicator according to the present invention relates to a nail polish applicator consisting of a brush rod 10 and a brush 20 formed under the brush rod 10, the brush 20 ) Is inserted into the insertion groove 11 formed in the handle 10, the first brush (20a) and the first brush (20a) to provide a coating surface that is continuous in the horizontal direction to the first brush (20a). It has a structure consisting of a second brush (20b) disposed adjacent to or in close contact with.

In the present invention, the transverse direction means a transverse direction that is not limited to a specific direction including left and right directions, front and rear directions, and the horizontally continuous application surface means that the brush 20 is applied to an application object such as a nail. In the contacted state, the first brush 20a and the second brush 20b move in a direction not extending and apply a coating liquid to an adjacent portion between the first brush 20a and the second brush 20b. Or it means the contact surface which continuously makes contact with the coating object, such as a nail | nail, so that break | off of a coating liquid is not outstanding in a close part.

By the above structure, the first brush 20a and the second brush 20b together form a continuous coating surface having a length extending in the horizontal direction, wherein the first brush 20a and the second brush ( When the number, thickness, and length of the simulations constituting the 20b) are the same, the density or distribution of the simulations constituting the first brush 20a and the second brush 20b is kept constant along the horizontal direction or sequentially changed. In the configuration, the insertion groove 11 is composed of a first insertion groove (11a) to which the first brush (20a) is coupled, and a second insertion groove (11b) to which the second brush (20a) is coupled, The second insertion groove (11b) is the same as the first insertion groove (11a) or the first so that the second brush (20b) is coupled to the brush rod 10 in the same manner as the first brush (20a). While having a predetermined depth difference in which the distal position of the brush 20a and the second brush 20b does not shift, First it is preferred that the insertion groove (11a) so as to have a cross sectional shape of the straight line to the curve that is continuous to the first formation and adjacent to one end of the insertion groove (11a) on.

Even if the first insertion grooves 11a and the second insertion grooves 11b have the same shape, the brush 20 if the number, thickness, and length of the mock-ups constituting the first brush 20a and the second brush 20b are different. ) The spread form of the coated surface in the overall form of the distal end portion or in pressure contact with the coating object is changed, it is possible to implement various embodiments depending on the surface of the coating object and the purpose of use.

In the case where the number, thickness, and length of the simulations constituting the first brush 20a and the second brush 20b are the same, the simulation density or distribution chart constituting the first brush 20a and the second brush 20b In the configuration so that it is not evenly or continuously distributed along the lateral direction and is concentrated at a specific point, the insertion groove 11 includes a first insertion groove 11a to which the first brush 20a is coupled, and a second brush. Consists of a second insertion groove (11b) that is coupled to (20a), have a different depth difference, or the adjacent end between the first insertion groove (11a) and the second insertion groove (11b) is the first The width of the brush 20a and the second brush 20b in a direction in which the brush 20a does not extend may be formed to be different from each other.

According to the shape of the first insertion groove (11a) and the second insertion groove (11b) as described above to the extent that the adjacent portion between the first brush (20a) and the second brush (20b) is continuous without interruption, in the extending direction The degree of simulation density and the degree of simulation distribution are determined. More specifically, the first insertion groove 11a and the second insertion groove 11b are linear, semicircular, semi-elliptic, square, and triangular as shown in FIG. 4. By continually disposed in the transverse direction to form a cross-sectional shape of any one of the straight, semi-circular, semi-elliptic, square, triangular shape corresponding to the first insertion groove (11a) and the second insertion groove (11b) as a whole The brush 20 may be formed to have one cross-sectional shape.

As shown in FIG. 4, the first insertion groove 11a and the second insertion groove 11b are the first insertion groove 11a, the first insertion groove 11a and the second insertion groove 11b. When the partition wall 12 and the second insertion groove 11b are configured to have a cross-sectional shape continuously aligned, the distal end portions of the first brush 20a and the second brush 20b may be formed as a whole. The first and second insertion grooves 11a and 2 have cross-sectional shapes corresponding to the insertion grooves 11a and the second insertion grooves 11b to offset the widths separated by the partition wall 12. It has a shape extending outward than the boundary of the insertion groove (11b) has a continuous cross-section as a whole.

When the first insertion groove (11a) and the second insertion groove (11b) is configured in a straight shape as shown in Figure 4 (a), it can be made easier than the shape having a curved portion or bent portion When applying to a coating object having a flat arched surface, such as a nail, the hair is located on the edge side based on the adjacent portion or the connection portion between the first brush 20a and the second brush 20b while being connected to the surface of the nail. Along the curved surface of the nail is pushed toward the edge of the nail to form an overall application surface.

If the first insertion groove (11a) and the second insertion groove (11b) is configured in a semicircular shape as shown in Fig. 4 (b), in contrast to the embodiment shown in Fig. 4 (a) described above Adjacent portions or connecting portions between the first brush 20a and the second brush 20b are not most clearly connected to the surface of the nail, but between the first brush 20a and the second brush 20b. Adjacent to the connection is the last connection is made, it can be more clearly applied to the edge side of the nail.

If the first insertion groove (11a) and the second insertion groove (11b) is configured in a semi-ellipse shape corresponding to the surface shape of the nail as shown in Fig. 4 (c), and the first brush (20a) Adjacent to the connection between the second brush (20b), and the hairs located at the edges can be applied at the same pressure throughout the curved surface of the nail as a whole and the hair is evenly distributed.

If the first insertion groove (11a) and the second insertion groove (11b) is configured as a c-shape as shown in Figure 4 (d), adjacent between the first brush (20a) and the second brush (20b). The application can be made in a state where the portion to the connection portion and the edge portion are more clearly connected to the surface of the nail than the U-shaped corner portion.

If the first insertion groove (11a) and the second insertion groove (11b) is configured in a V shape as shown in Fig. 4 (e), the embodiment shown in (d) of FIG. On the contrary, the adjacent portion or the connection portion between the first brush 20a and the second brush 20b and the intermediate portion of the first brush 20a and the second brush 20b, which are not edges, are more clearly displayed on the surface of the nail. Application can be made in a state where connections are made.

In the configuration of the brush rod 10 in the cross-sectional shape as described above, as shown in (b), (c), (d), (e) of FIG. When the brush 20a and the second brush 20b are formed at one side and the other side of the recess 13, the recess 13 is filled with a coating liquid such as a coating liquid. By flowing into the first brush 20a and the second brush 20b, a thick coating layer can be obtained in a wider area, and raw materials can be saved as compared with the structure in which the recess 13 is not formed.

Since the partition 12 of the lower part of the sole bar determines the simulated density or distribution of the adjacent portion or the connecting portion between the first brush 20a and the second brush 20b according to its shape, it constitutes an end position or an end shape. As shown in (a) of FIG. 5, it has the same distal position and end shape as the inner wall opposite to the first insertion groove 11a and the second insertion groove 11b facing the partition 12. Although it may be configured in the simplest form, the first insertion groove (11a) in consideration of the simulation density or material, the overall shape, length, size, etc. constituting the first brush (20a) and the second brush (20b). It is also preferably formed differently from the inner wall opposite to the second insertion groove (11b).

As shown in (b) of FIG. 5, the edge may be chamfered with the distal position at an upper side than the inner wall facing the partition 12, and as shown in (c) of FIG. 5. When the edge of the first brush (20a) and the second brush (20b) has an inclined front shape, the edge may be rounded at a lower end position than the inner wall facing the partition wall 12. As shown in (d) of FIG. 5, the first brush 20a is disposed so that the inner wall opposite to the first brush 20a, the partition 12, and the inner wall opposite to the second brush 20b are sequentially positioned upward. ) And the hairs constituting the second brush 20b may be configured such that the lengths deviating from the restrained state from the first insertion grooves 11a and the second insertion grooves 11b are generally even.

The first brush 20a and the second brush 20b may be generally configured by cutting a plurality of hairs in a transverse direction to have a cylindrical end portion shape, but a simulated distal end portion to realize a wider coating area. By grinding at various angles may be configured so that each end of the hair has a pointed shape.

According to the nail polish applicator according to the present invention, the brush is easily manufactured in various forms having a length extending in the horizontal direction by the coating surface formed by the first brush (20a) and the second brush (20b) continuously. It is possible to apply the coating liquid uniformly and easily by constructing in a more various form suitable for the purpose of use, and thus the user has to apply several times when applying to the application surface, and the coating liquid generated every time This can reduce the hassle of having to re-manage several times to eliminate grains, and can also significantly improve applicability.

By using a plurality of brush members including the first brush 20a and the second brush 20b without limiting the extension length in the horizontal direction, in the state of restraining the middle portion of the hair bundle cut to a specified length The staples 30 inserted into and fixed to the insertion grooves 11 of the brush rod can be easily implemented by a method of fixing the brush 20 to a designated shape under the brush rod 10.

Accordingly, the first brush 20a and the second brush 20b may be easily manufactured at low cost by an automated process of fixing the hair of the first brush 20a and the second brush 20b to the brush rod 10 using the staples 30. When the first brush 20a and the second brush 20b are joined to each other to form a tuft of a designated shape, and then applied to a process of fixing the tufts to the brush rod 10, the first brush 20a and the second brush 20b may be manufactured in various forms.

Then, the cross-sectional shape of the brush 20 according to the shape of the first insertion groove (11a), the second insertion groove (11b) and the partition wall 12, the cross-sectional shape and density of the brush 20 of the brush rod. Not only can it be configured in various ways, but it is also configured to change the simulation density or distribution uniformly or continuously throughout the first brush 20a and the second brush 20b, or to concentrate on a specific point. Various embodiments can be readily implemented.

The present invention has been described with reference to preferred embodiments of the present invention, but the present invention is not limited to these embodiments, and the claims and detailed description of the present invention together with the embodiments in which the above embodiments are simply combined with existing known technologies. In the present invention, it can be seen that the technology that can be modified and used by those skilled in the art are naturally included in the technical scope of the present invention.

1-a partial partial perspective view showing a first embodiment of a nail polish applicator according to the prior art

2-a perspective view showing a first embodiment of a nail polish applicator according to the present invention

Figure 3-A partial exploded perspective view of Figure 2

4-Cross section view showing various embodiments of insertion holes and brushes

5 is a longitudinal sectional view showing various embodiments of the insertion hole and the brush.

<Description of Major Symbols Used in Drawings>

10: brush 11: insertion groove

11a: first insertion groove 11b: second insertion groove

12: partition 13: recess

20: brush 20a: first brush

20b: second brush 30: staples

Claims (7)

In the nail polish applicator consisting of a brush and a brush formed on the lower portion of the handle, The brush, A first brush inserted into and inserted into an insertion groove formed in the brush rod; And A second brush disposed adjacent or intimately to the first brush to provide an application surface continuous in the first brush direction in a lateral direction; Nail polish applicator characterized in that it comprises a. The method of claim 1, wherein the insertion groove, A first insertion groove to which the first brush is coupled; And A second insertion groove formed adjacent to the first insertion groove so that the second brush is fitted and coupled; Nail polish applicator, characterized in that comprising a. The method of claim 2, wherein the first insertion groove and the second insertion groove, Nail polish applicator, characterized in that the first brush and the second brush are arranged in a horizontal direction to form a cross-sectional shape of any one of a straight, semi-circular, semi-elliptic, c-shaped, V-shaped together. According to claim 2, wherein the lower part of the rod, And the first insertion groove, the partition wall partitioning the first insertion groove and the second insertion groove, and the second insertion groove have a structure in which the second insertion groove is continuously aligned. The barrier rib of claim 4, wherein The end is positioned above or below the inner wall opposite to the first insertion groove and the second insertion groove in consideration of the material, length, shape, and density of the simulation at the adjacent portion or the connection portion of the first brush and the second brush. Nail polish applicator characterized in that the chamfer or rounding is formed. The method of claim 1, wherein the first brush and the second brush, And a staple inserted into and fixed to the insertion groove of the handle to fix the middle portion of the hair bundle cut to a predetermined length, to the lower portion of the handle. The method of claim 1, wherein the first brush and the second brush, Nail polish applicator, characterized in that each end of the hair has a pointed shape.

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