JP3104492U - Nail polish - Google Patents

Abstract

PROBLEM TO BE SOLVED: To make it possible to polish only a toe in a good state without damaging a fingertip, with a simple structure and low cost.
SOLUTION: A nail polish recess 4 having an inner peripheral wall having an arc-shaped cross section and opening to the main surface is formed in a main body 2 formed of a flexible material, and nail polish means is provided in the nail polish recess 4. 3 is provided.
[Selection diagram] Fig. 1

Description

  TECHNICAL FIELD The present invention relates to a nail polisher that prepares and smoothes a toe.

  Nail polishing is performed, for example, to finish a sharp and irregular toe with a nail clipper into a smooth shape. Nail polishing is extremely important as a pretreatment when applying nail polish or nail art.For example, a file formed integrally with a nail clipper lever piece is plate-shaped and has a uniform roughness, so It is difficult to achieve a desired smooth and beautiful arc shape, and various nail polishes are used.

  For example, Japanese Unexamined Utility Model Publication No. 7-20105 (Literature 1) discloses a nail polisher in which a file body is joined to the inner surface of a plate piece having a tip portion curved in an arc shape via an adhesive layer. I have. Japanese Patent Application Laid-Open No. 7-8318 (Reference 2) discloses a nail polisher having a plurality of through holes formed in a thin metal plate and having a concave shape. Further, Japanese Patent Application Laid-Open No. 6-209819 (Document 3) discloses a nail polisher in which a sandpaper is provided on a fixed plate formed in an arc shape via a urethane foam layer.

  The nail polisher disclosed in each of the above-mentioned patent documents is configured such that the file part is formed in an arc shape so that the entire nail is hit, so that the toes are arranged in an arc shape and polished smoothly. ing.

  Since the nail polisher of Document 1 is used while being held by hand, when the nail of the dominant arm is polished, it may not be polished well and may be scratched by accidentally rubbing the fingertip. The nail polisher of Literature 2 is not only not able to obtain a smooth finish because it is made of metal but also capable of trimming the toes, but is not suitable for polishing the surface of the nail. Also, the nail polisher of Literature 2 may inadvertently rub and scratch the fingertip.

  The nail polisher of Document 3 has a structure in which a urethane foam layer is lined with sandpaper, so that the nailpaper is bent by being pressed against the nail, so that even if the fingertip is rubbed, scratching is prevented. However, nail polishers are large and complicated in structure, so they are expensive and inconvenient to grip and use, and cannot be polished well by children.

  Therefore, the present invention has been proposed for the purpose of providing an inexpensive nail polisher having a simple structure and capable of polishing only the toe in a good state without damaging the fingertip.

  The nail polisher according to the present invention, which achieves the above-mentioned object, has a nail polisher formed in a main body made of a flexible material, and having a nail polisher recess having an inner peripheral wall having an arc-shaped cross section and opening to a main surface. A nail polishing means is provided on the inner peripheral wall surface of the polishing recess.

  In the nail polish device configured as described above, the fingertip of the other hand is inserted into the concave portion of the nail polish while holding the main body portion with one hand, so that the toe tip can be pressed against the inner peripheral wall surface. In the nail polisher, the fingertip is reciprocated right and left in this state, so that the nail polisher lining the main body formed of a flexible material polishes the nail tip in a smooth state following the arc shape. In the nail polisher, the main body is formed of a flexible material, thereby preventing slippage and making it easy to hold, and also prevents scratches even when the fingertip is rubbed, so that only the nailtip can be polished well.

  The nail polish device according to the present invention includes a first nail polish device provided with a coarse polishing nail polishing means having a large abrasive grain in a main body, and a finishing nail having a small abrasive grain roughness in a main body portion. It is constituted by at least one pair with a second nail polisher provided with polishing means.

  Further, the nail polisher according to the present invention comprises a main body member formed of a flexible material, having an inner peripheral wall having an arc-shaped cross section, and having a fitting recess formed on a main surface thereof, and a fitting member of the main body member. A nail polish body having a nail polish concave portion which is substantially the same shape as the recessed portion, is detachable, and has an arc-shaped cross section formed by dispersing polishing abrasive grains on an inner peripheral surface. You. The nail polisher is provided with at least one pair of nail polishes in which abrasive grains of different roughness are dispersed in the nail polisher recess.

  In the nail polish device configured as described above, a nail polish body for rough polishing in which abrasive grains having a large roughness are dispersed is combined with a main body member to perform rough polishing of a toe. In a nail polisher, after performing rough polishing, remove the rough polishing nail polishing body from the main body member and combine the main body member with a nail polishing body for finishing polishing in which small roughness abrasive particles are dispersed to finish the toe. Let the polish take place.

  According to the nail polish device according to the present invention configured as described above, a simple operation of inserting a fingertip into the nail polish concave portion and reciprocating left and right is used to polish the toe in a smooth state following the arc shape. It is possible to raise. According to the nail polisher, since it is easy to hold and the touch of the fingertip is soft, it is not damaged even if it is rubbed, so that it is easy to use and extremely high in safety.

  Further, according to the nail polisher of the present invention, it is possible to selectively use for rough polishing and finish polishing by a simple operation, and it is possible to perform better nail polishing.

  Hereinafter, a nail polisher shown in the drawings as an embodiment of the present invention will be described in detail. The nail polish 1 shown in FIGS. 1 and 2 as a first embodiment includes a main body member 2 and a nail polish body 3. The nail polisher 1 has a simple structure, which will be described in detail later, and is manufactured and provided at a low cost. Therefore, the nail polisher 1 is used as a so-called disposable that is discarded as it is after a certain number of uses. As will be described later, the nail polisher 1 is provided as a pair of a rough polisher and a finish polisher in which the main body member 2 is used as a common component and a nail polisher 3 having different specifications is combined with the main body member 2.

  The nail polisher 1 is not limited to the above-described use mode, and is configured by, for example, detachably combining the nail polisher 3 with the main body member 2 and repeatedly exchanging only the nail polisher 3. May be used. Further, the nail polisher 1 may be provided as a single unit as a standard specification without being particularly classified into those for rough polishing and those for finish polishing.

  The nail polisher 1 is formed by molding the main body member 2 into a substantially rectangular block shape using a flexible material, for example, a synthetic resin material such as rubber, elastomer, or urethane foam resin. As shown in FIG. 2, the nail polisher 1 is gripped such that the main body member 2 is pinched with a fingertip of one hand, with the first main surface 2a where the nail polishing recess 4 is opened facing upward. The nail polisher 1 is formed by molding the body member 2 from a material having flexibility as described above, so that the outer peripheral portion is slightly elastically deformed into the nail polisher recess 4 so that the fingertip can be prevented from slipping even with a light force. And is firmly held.

  The nail polish recess 4 has a rectangular opening 4a sufficient to insert the fingertip of the average adult's largest thumb and to reciprocate with a predetermined width. The nail polish concave portion 4 is configured such that the inner wall and the bottom wall facing each other in the length direction are formed in an arc shape having a gentle curvature, thereby forming a nail polish body receiving surface 4b. The nail polish recess 4 is formed with a curvature such that the nail polish body receiving surface 4b hits both sides of the nail tip when the inserted fingertip is reciprocated in the length direction.

  The nail polisher 1 may be provided as a set of a plurality of different types of nail polishes having different shapes and sizes of the concave portions 4, so that the user may select a desired one that suits his / her fingertip. The nail polisher 1 may be provided for adults and children, for example, by changing the size of the nail polisher 4.

  The nail polish body 3 is formed of a sandpaper in which abrasive particles are dispersed and adhered by spraying an abrasive such as abrasive particles mixed with an appropriate adhesive on the surface of a base material such as cardboard. The nail polisher 3 is formed such that its outer dimensions are substantially the same width and slightly longer than the opening dimensions of the nail polisher recesses 4. The nail polish body 3 is used, for example, for rough polishing using a slightly larger abrasive grain, for example, about 500, and for finish polishing using a slightly smaller abrasive grain, for example, about 1000. .

  The nail polish body 3 has an adhesive layer 5 formed by applying an adhesive on the back surface side, and is fitted into the nail polish recess 4 through the opening 4a of the nail polish recess 4 so that the adhesive is applied. The back surface is joined to the nail polish body receiving surface 4b via the layer 5. As shown in FIG. 1, the nail polish body 3 is fixed in the nail polish recess 4 following the arc-shaped curved surface of the nail polish body receiving surface 4b.

  Although the nail polish 1 fixes the nail polish body 3 in the nail polish recess 4 with an adhesive, the present invention is not limited to such a structure. The nail polisher 1 is formed, for example, with locking projections integrally formed on the inner walls of the nail polishing recess 4 opposite to each other in the longitudinal direction, slightly inward from the opening 4a. Both ends in the longitudinal direction of the polishing body 3 may be locked and held in the nail polishing recess 4.

  In the nail polish device 1 configured as described above, as shown in FIG. 2, the outer peripheral portion in the width direction of the main body member 2 is gripped with a fingertip of one hand, and the fingertip of the other hand is gripped with a nail polish recess. The toe is inserted into the part 4 and the toe is pressed against the nail polish body 3. In the nail polisher 1, the nail polisher 3 joined to the nail polisher receiving surface 4b is joined to the main body member 2 formed of a flexible material as described above, which is equivalent to a structure in which a cushion material is backed. As a result, a slightly curved state follows the arc-shaped toe.

  In the nail polisher 1, the fingertip inserted in this state is reciprocated right and left, so that the nail polisher 3 polishes the nail tip in an arc shape. In the nail polisher 1, since the main body member 2 is formed of a flexible material, even if the fingertip is rubbed, it is prevented from being damaged, and only the nailtip can be polished well.

  The nail polish device 10 shown in FIG. 3 as the second embodiment also includes a main body member 11 and a nail polish body 12. In the nail polisher 10, the main body member 11 is formed into a cylindrical shape using the same flexible material as the main body member 2 described above. The main body member 11 is formed with a nail polishing recess 13 which is opened in a circular shape on the first main surface 11a. As shown in the figure, the nail polishing recess 13 is formed of a so-called mortar-shaped recess in which the inner peripheral wall gradually decreases in inner diameter in the depth direction, and has a circular arc-shaped cross section.

  The nail polish body 12 is made by dispersing and attaching abrasives such as abrasive grains to the inner peripheral surface of a base material formed into a mortar shape having the same shape as the nail polish recessed portion 13 by, for example, a synthetic resin material. The nail polish body 12 only needs to have a function of supporting the abrasive on the base material, and for example, may be a mortar shape formed of a synthetic resin film or a paper material. A double-sided adhesive tape 14 is bonded to the nail polish body 12 at an appropriate position on the outer peripheral surface.

  As shown in FIG. 3, the nail polisher 10 has a nail polish body 12A for finish polishing in which abrasive grains having the same outer shape but small roughness are adhered to the inner peripheral surface, and abrasive grains having a large roughness. And a nail polish body 12B for rough polishing to which is adhered. In the nail polish device 10, the nail polish body 12A for finish polishing and the nail polish body 12B for rough polishing are selected, and fitted into the nail polish recess 13 using the main body member 11 as a common member. The nail polish body 12 is joined into the nail polish recess 13 by a double-sided adhesive tape 14.

  In the nail polish device 10 configured as described above, the main body member 11 is gripped so as to pinch the outer peripheral portion with the fingertip of one hand, and the fingertip of the other hand is inserted into the nail polish body 12 to press the toe. Can be In the nail polish device 10, the nail polish body 12 joined in the nail polish recess 13 is in a slightly curved state following the arc-shaped toe.

  In the nail polisher 10, the fingertip inserted in this state is moved so as to pivot left and right, and back and forth, so that the nail polisher 12 polishes the nail tip in an arc shape. In the nail polisher 10, the main body member 11 is formed of a flexible material, so that even if the fingertip is rubbed, the nail polisher 10 is prevented from being damaged, so that only the nailtip can be polished well.

  In the nail polish device 10, the nail polish body 12B for rough polishing is used in combination with the nail polish concave portion 13 of the main body member 11, so that the toe can be quickly adjusted in a certain finished state. In the nail polisher 10, the nail polish body 12B for rough polishing is pulled out from the concave portion 13 of the nail polish and replaced with the nail polish body 12A for finish polishing. In the nail polisher 10, the nail polisher 12A for finishing polishes finishes it smoothly. In the nail polish device 10, the nail polish body 12 is formed in a mortar shape, so that not only the toes but also the surface is simultaneously polished smoothly.

  In the nail polish device 10, as described above, the nail polish body 12A for finish polishing and the nail polish body 12B for rough polishing are selected and combined in the concave portion 13 of the nail polish of the main body member 11. When the double-sided adhesive tape 14 having a large bonding strength is used, the removal becomes troublesome. In the nail polisher 10, when the double-sided adhesive tape 14 having a small adhesive force is used to facilitate replacement, the nail polisher 12 is rotated in the nail polisher 13 by turning the fingertip. There is. Therefore, in the nail polish device 10, as shown in FIG. 3, a plurality of engaging concave grooves 15 are formed on the inner peripheral wall of the nail polishing concave portion 13, and an engaging convex portion 16 is formed on the nail polishing body 12 side. The nail polishing body 12 may be prevented from rotating by engaging the engaging concave groove 15 with the engaging convex portion 16.

  In the nail polish device 10, the nail polish body 12 is bonded to the nail polish recess 13 of the main body member 11 by the double-sided adhesive tape 14, but the present invention is not limited to such a structure. The nail polisher 10 forms, for example, a convex portion along the opening edge of the nail polishing concave portion 13, and locks the opening edge of the nail polishing member 12 with the convex portion, thereby attaching the nail polishing member 12 to the main body member 11. You may make it combine detachably.

  The nail polish device 20 shown in FIG. 4 as the third embodiment also has a mortar in which the main body member 21 is formed using the same flexible material as the above-described main body member 2 and is circularly opened on the first main surface 21a. The basic structure in which the nail-shaped concave portion 22 is formed is the same as that of the main body member 11 described above. In the nail polish device 20, the nail polish portion 23 is formed directly by spraying an abrasive such as abrasive grains mixed with an appropriate adhesive on the inner peripheral wall surface of the nail polish concave portion 22.

  The nail polisher 20 is provided as a pair of a nail polisher 20A for finishing polishing to which abrasive grains having small roughness are adhered and a nail polisher 20B for rough polishing to which abrasive grains having large roughness are adhered. So that In the nail polisher 20, since the main body member 21 is manufactured relatively inexpensively and the nail polisher 23 is formed directly on the main body member 21, even if a pair is provided as a set, each nail polisher described above is provided. It can be provided at a price almost equivalent to the units 1 and 10.

It is a partially cutaway perspective view of the nail polish shown as a 1st embodiment. It is a perspective view which shows the use condition of the same nail polisher. It is a perspective view of the nail polish shown as a 2nd embodiment. It is a longitudinal section of a nail polish device shown as a 3rd embodiment.

Explanation of reference numerals

  1 nail polish device, 2 body members, 3 nail polish bodies, 4 nail polish concave portions, 5 adhesive layers, 10 nail polish devices, 11 main body members, 12 nail polish bodies, 13 nail polish concave portions, 20 nail polish devices, 21 body member, 22 nail polishing recess, 23 nail polishing

Claims (3)

  A nail polish recess having an inner peripheral wall having an arc-shaped cross section and opening to the main surface is formed in a main body formed of a flexible material, and nail polish means is provided in the nail polish recess. Nail polisher.   A first nail polisher having a main body portion provided with rough polishing nail polishing means having a large abrasive grain roughness, and a second nail polisher having a main body portion provided with finishing nail polishing means having a small abrasive grain roughness. The nail polisher according to claim 1, wherein the nail polisher is constituted by one set of: A main body member formed by a flexible material, having a fitting concave portion having a circular arc-shaped inner peripheral wall and opening to the main surface,
A nail having a nail polishing recess formed by dispersing polishing abrasive grains on an inner peripheral surface having an arc-shaped cross-section and having substantially the same shape as the fitting recess of the body member and being detachable. It is composed of a polished body and
A nail polisher characterized in that a plurality of nail polishes, each prepared with a different abrasive grain roughness, are selected and combined with the main body member.

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