NAIL DECORATING METHOD AND A DECORATED NAIL

Abstract

The invention relates to a method of decorating a nail which comprises forming a socket in an operatively upper surface of the nail, preferably at a position forward of a free edge of the natural nail, with the socket being complimentary shaped and sized to a pavilion of a cut diamond to be secured in the socket; securing at least part of the pavilion of the diamond in the socket by means of an adhesive that is compatible with the nail and the diamond, covering the operatively upper surface of the artificial nail and the crown and any part of the diamond which may extend above the socket with a clear acrylic layer and a top base gel, curing the top base gel, and shaping and buffing the upper surface of the clear acrylic layer and the cured base gel layer.

Claims

1-17. (canceled)

18. A method of decorating a nail, the method comprising: forming a socket in an operatively upper surface of an artificial nail that is formed onto a natural nail, with the socket being complimentary shaped and sized to a pavilion of a cut diamond that is intended to be secured in the socket, with the diamond having been cut into a shape that includes a crown supported by a pavilion; securing at least part of the pavilion of the diamond in the socket by an adhesive that is compatible with the nail and the diamond; and sealing and finishing the operatively upper surface of the artificial nail and the crown and any part of the diamond which may extend above the socket.

19. The method as claimed in claim 188 wherein the sealing and finishing steps comprise: covering the operatively upper surface of the artificial nail and the crown and any part of the girdle and the pavilion which may extend above the socket with a clear acrylic layer and a top base gel; curing the top base gel; and shaping and buffing the upper surface of the clear acrylic layer and the cured base gel layer.

20. The method as claimed in claim 19 wherein the adhesive comprises a clear base gel, and for both the base gel that acts as an adhesive between the pavilion surface and the socket, and the top base gel that covers the upper surface of the artificial nail, to be cured.

21. The method as claimed in claim 18, further comprising forming the socket into a conical shape.

22. The method as claimed in claim 18, further comprising forming the socket to a depth that is substantially the same as the pavilion depth of the diamond, and drilling the socket with a diameter at the upper surface of the artificial nail that is substantially the same as the diameter of the diamond at a girdle thereof.

23. The method as claimed in claim 18, further comprising: wherein an operatively forward end of the artificial nail extends forward of a free edge of the natural nail; and forming the socket in the upper surface of the artificial nail at a position forward of the free edge of the natural nail.

24. The method as claimed in claim 23, further comprising: drilling the socket through the artificial nail to accommodate a diamond of which the pavilion height exceeds the thickness of the artificial nail; and inserting the diamond with its culet and at least part of facets surrounding the culet to extend from an operatively lower surface of the artificial nail.

25. The method as claimed in claim 24, further comprising covering any portion of the diamond which extends below the operatively lower surface of the artificial nail with a complimentary sized drop of a mixture of solvent and acrylic nail powder.

26. The method as claimed in claim 18, further comprising forming the socket in or through the artificial nail, as the case may be, by drilling the socket into the operatively upper surface of the artificial nail.

27. The method as claimed in claim 26, further comprising drilling the socket with a drill bit of which the drill bit angle is substantially the same as the pavilion angle of the diamond.

28. A method of decorating a nail, the method comprising: forming a socket in an operatively upper surface of a natural nail, with the socket being complimentary shaped and sized to a pavilion of a cut diamond that is intended to be secured in the socket, with the diamond having been cut into a shape that includes a crown supported by a pavilion; securing at least part of the pavilion of the diamond in the socket by means of an adhesive that is compatible with the nail and the diamond; and sealing and finishing the operatively upper surface of the nail and the crown and any part of the diamond which may extend above the socket.

29. The method as claimed in claim 28 wherein the socket is formed at a position forward of the free edge of the natural nail.

30. A decorated artificial nail that is created on a natural nail, the decorated artificial nail comprising: an embedded diamond secured in a socket formed in an operatively upper surface of the decorated artificial nail; and wherein the upper surface of the decorated artificial nail and the crown of the diamond are sealed and finished.

31. The decorated artificial nail as claimed in claim 30 wherein the upper surface of the decorated artificial nail and the crown of the diamond is sealed and finished by being overcoated with a layer of clear top base gel which is cured over the upper surface of the artificial nail and the crown of the diamond, and with the cured layer of clear acrylic and layer of clear top base gel being shaped and buffed.

32. The decorated artificial nail as claimed in claim 30 wherein the socket is formed in the decorated artificial nail forward of the free edge of a natural nail underneath the artificial nail, and the socket extends through the decorated artificial nail to accommodate a diamond of which the pavilion height exceeds the thickness of the decorated artificial nail, and the diamond is inserted with a culet and optionally part of facets surrounding the culet extending from an operatively lower surface of the decorated artificial nail.

33. The decorated artificial nail as claimed in claim 32 wherein any portion of the diamond which extends below the operatively lower surface of the decorated artificial nail is covered with a complimentary sized drop of a mixture of solvent and acrylic nail powder.

34. The decorated artificial nail as claimed in claim 30 wherein the natural nail is a human fingernail.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0033] A preferred embodiment of the invention is described by way of example only and with reference to the accompanying drawings in which:

[0034] FIG. 1 is a cross section view of the typical structure of a diamond;

[0035] FIG. 2 is a perspective top end view of a human finger with an artificial nail formed onto it, to which a real diamond is to be secured using the method of the invention;

[0036] FIG. 3A is a cross sectional end-view of the nail of FIG. 2;

[0037] FIG. 3B is a cross sectional end-view of the nail shown in FIG. 3A with a socket

[0038] FIG. 3C is a cross sectional end-view of the nail shown in FIG. 3B with a diamond secured into the socket;

[0039] FIG. 3D is a cross sectional end-view of the nail shown in FIG. 3C with a clear acrylic overcoat and cured top gel coating it; and

[0040] FIG. 4 is a perspective top end view of the human finger of FIG. 2, with a real diamond secured to the artificial nail formed onto it according to the method of the invention.

DETAILED DESCRIPTION OF THE INVENTION

[0041] A preferred embodiment of the invention is applied to a human fingernail (1). The purpose of the invention is to apply a real diamond (2) which is cut into a shape that includes a crown (11) comprising a central table (12) and an arrangement of facets (13) around it. The crown (11) is supported by a pavilion (14) that is cut into facets (15) and it terminates in a culet (16). The crown (11) and the pavilion (14) are separated by a girdle (17). The total depth of the diamond is comprised of the pavilion (14) depth, the girdle (17) thickness and the crown (11) height. The structure of the diamond is shown in FIG. 1, in this instance for a round cut.

[0042] Due to the angle of the pavilion (14) and its facets (15), it is not possible to properly secure a diamond (2) on its pavilion (14) on top of a curved surface such as a fingernail (1). That would in any event not be desirable since it would direct the crown (2) in a specific orientation that is not perpendicular to the nail's (1) upper surface.

[0043] To properly secure a diamond (2) to a fingernail (1) and orientate the crown (11) perpendicular to the nail top surface (3), the diamond (2) has to be embedded partly into the fingernail (1).

[0044] To achieve this an artificial nail (3) is created on top and in front of a person's natural nail (4), forward of the free edge (5) of the natural nail (4). This is achieved in conventional manner by use of a shaping base, made of paper, that is operatively positioned underneath the tip of a person's nail and extended away from it. The artificial nail (3) is created on top of the natural nail (4) by applying a solution of solvent and acrylic powder and shaping it away from the free edge (5) of the natural nail (4). Through a series of applications of the acrylic powder and solvent the artificial nail (3) is created to the thickness, length and shape required by the customer. A cross section of the artificial nail (3) is shown in FIG. 3A, taken at a line forward of the free edge (5) of the natural nail (4) and through a plane into which the diamond (11) will be embedded (as shown in FIGS. 3B to 3D) in the artificial nail (3).

[0045] Conventionally, additional elements such as glitter and the like could be applied to the top of the artificial nail (3) and overcoated with a protective clear acrylic overcoat layer consisting of solvent and acrylic powder, and a further cured layer of a gel overcoat. With suitable curing the conventional decorative elements would be located inside the layers that are formed on top of the artificial nail (3).

[0046] In this instance, to secure a real diamond (2) with a crown (11), girdle (17) and pavilion (14) a mounting socket (6) is drilled into the upper surface of the artificial nail (3). The socket is drilled at a position forward of the free edge (5) of the natural nail (4). The artificial nail (3) is created with a thickness suitable to enable the socket to be drilled into it, without necessarily extending (7) all the way through the artificial nail (3). This is suitable for smaller diamonds, of which the pavilion depth is less than the thickness of the artificial nail (3).

[0047] The drill bit is chosen to have an angle that is substantially the same as the pavilion (14) angle of the diamond (2) that is to be secured into the nail (3). Since the drill bit will drill a circular socket (6) with a conical shape at its end into the artificial nail (3), the diamond (2) can be located into the socket (6). The socket (6) is drilled very shallow, for which only the front, i.e. angled, part of the drill bit is used. This means the entire socket (6) has a conical shape.

[0048] The similar angles of the drift bit and the pavilion angle means that as long as the cutting depth is limited to the front part of the drill bit (i.e. the angled part), that the diameter of the socket on the surfaced of the artificial nail (3) will be the same as the diameter of the diamond (2) at the level up to which it is inserted into the socket (6). This allows for a close-contact secure fitting of the diamond (2) into the socket (6). To secure the diamond (2) into the socket (6) a layer of adhesive, typically a clear base gel (8), is applied into the socket (6) and the diamond (2) is pressed into the socket (6). This secures at least the majority of the depth of the diamond's (2) pavilion (14) in the socket (6), but still with at least the diamond's (2) crown extending above the upper surface (9) of the artificial nail (3), as shown in FIG. 3C. To achieve the perfect sizing, the socket may be drilled in a few steps with the seating of the diamond checked in between drilling steps to ensure the proper socket depth is obtained for the specific diamond (2).

[0049] In a preferred installation, as shown in FIG. 3C, the entire pavilion (14) height including the diamond's girdle (17) is located in the socket (6), with the only the crown (11) extending above the upper surface (9) of the artificial nail (3). This allows the girdle (17) to be located and secured into the top of the socket (6).

[0050] On the upper surface of the artificial nail (3), it is possible to install additional decorative elements around the diamond. Once the diamond (2) has been installed in the socket (6), a clear acrylic overcoat layer (10A) is applied to the upper surface of the artificial nail (3), and conventional decorative elements such as glitter or ‘dazzle rocks’ may be applied to this layer.

[0051] In the present example, which does not include any additional decorative elements, the mounting of the diamond (2) into the artificial nail (3) is finished by applying a layer of clear acrylic overcoat (10A) to the top of the artificial nail (3), including over the crown (11) of the diamond (2).

[0052] The top of the artificial nail (3) is then shaped with a nail file and is buffed. After proper cleaning with a soap and manicure brush, a top gel layer (10B) is applied over the layer of clear acrylic overcoat (10A) (and thus also over the already covered diamond crown (11)) and cured under a LED and UV lamp. This creates a hard non-porous, non-staining surface that shines like glass for several weeks. Further conventional conditioning treatments, for example to cuticles, may be applied as required.

[0053] This secures the diamond (2) entirely within the structure of the artificial nail (3) that is formed in this manner, but with the crown (11) completely visible through the layer of clear acrylic overcoat (10A) and cured top gel layer (10B), as is shown in FIG. 3D. The result appears as shown in FIG. 4, with the diamond (2) secured into the top of the artificial nail (3).

[0054] The installation of the diamond (2) is intended to be secure for the duration that the artificial nails last, typically a couple of weeks. At that time the natural nails (4) underneath them will have grown out to such an extent that the artificial nails (3) have to be maintained with the addition of a filler acrylic layer behind them (between the nail cuticle and the operative rear edge of the artificial nail), or they may be removed for a fresh application of artificial nails (3). When the artificial nails (3) are removed the diamonds (2) can be recovered and used again.

[0055] It will be appreciated that the embodiment described above is given by way of example only and is not intended to limit the scope of the invention. It is possible to alter aspects of the embodiment without departing from the essence of the invention.

[0056] In cases where larger diamonds are installed, the socket may be drilled partly through the artificial nail. This is for as much as possible of the pavilion to be installed into the socket. In such instances, the culet of the diamond may extend from below the artificial nail, and part of the pavilion and then also the girdle may also extend above the upper surface of the artificial nail. This allows the bulk of the pavilion surface to be contained within the socket, which due to the higher surface area of the pavilion of such a larger diamond provides adequate contact surface to secure such a diamond in such a socket.

[0057] Also, with diamonds that have a high pavilion depth the culet and part of the facets around it may extend below the artificial nail. This is not problematic since artificial nails typically have C-shaped tips (when viewed from the front), which means the culet is located underneath the nail and effectively protected by the edges of the artificial nail that curve around further than what the culet will extend below the lower surface of the artificial nail. If desired, an extending culet can be covered by a small drop of solvent and acrylic nail powder, which can be spread out around it in similar manner to which an acrylic nail is formed.

[0058] It is also, for example, possible to apply the method also to human toenails, and to nails of pets. The process to install the diamond remains the same as described above.

[0059] In instances where diamonds with faceted culets are used the base gel that is inserted into the socket before the diamond are inserted into it will bond to the facetted culet. If the depth of the diamond is higher than the thickness of the artificial nail, a faceted culet may be allowed to extend below the artificial nail and covered with a drop of solvent and acrylic nail powder.

[0060] It is also possible to decorate a natural nail by making use of the method described above. For such the diamond should preferably be installed forward of the free edge of the fingernail to avoid nailbed complications. However, if the correct amount of care is used with an installation and the installation depth kept safely smaller than the natural nail's thickness, the diamond may also be installed behind the free edge of the natural nail.