WO2009139737A1

WO2009139737A1 - Method for shaping artificially lengthened nails, a mould for lengthening and shaping nails and a method for using said mould

Info

Publication number: WO2009139737A1
Application number: PCT/UA2009/000018
Authority: WO
Inventors: Валентина Николаевна ДЕНИСЕНКО
Original assignee: Denisenko Valentina Nikolaevna
Priority date: 2008-05-15
Filing date: 2009-05-05
Publication date: 2009-11-19
Also published as: RU2443379C2; UA86333C2; RU2009114646A

Abstract

The invention relates to the consumer goods industry. The inventive method for shaping artificially lengthened nails involves arranging a pattern under the smile line of a nail bed, clamping the side faces thereof, placing a work-related material in the shaping area, subsequently expanding said material and holding until a hardening process is initiated. The material is expanded on the nail free area to be lengthened according to the shape of the outer surface of the mould and the free edge of the artificial nail is formed during hardening. At the first stage, the material is placed in the area of the nail bed and on the mould surface, at the second stage. At the second stage, an additional face is formed on the surface of the free part of the artificially lengthened nails in such a way that it is Λ-shaped with the aid of a preformed longitudinal strengthening rib. The mould for lengthening and shaping nails comprises a middle longitudinal unit including a nail rule and a two-element detachable part adjacent thereto. The curved line on the side of the nail rule differs from the curvilinear slot between the two elements of the detachable part. The end surface of the detachable element opposite to the nail rule is rectangular, the central longitudinal line of the mould being displayed. A method for using the above-mentioned mould is also disclosed.

Description

METHOD OF MODELING ARTIFICIALLY

EXTENDED NAILS, FORM FOR EXTENSION AND

SIMULATION OF NAILS AND METHOD OF USE

FORMS

The group of inventions relates to the field of nail service in the field of public services. It is intended for professional use and use when building and modeling nails using professional material.

Such forms of artificial nails are known as “oval”, “square”, “stylet”, “pipe” and others [see article “PIPE Form Modeling Concerns” by Viktoria Klopotova, Lecturer at the BIKTOPI Studio Training Center, in the magazine “Natural Aesthetics”, N ° 3 (17), June-July 2006, Kiev, p. 36], in which the figures depict these forms.

A known method of forming artificially built nails, described in the description of the invention of the Russian Federation N ° 2248173 [IPC ⁷ A45D 31/00, publ. 03/20/2005] with the name "Disposable form for building and modeling nails and the way to use the form." In the known method, the form is substituted under the free edge of the nail plate and fixed using lateral longitudinal elements. This ensures the creation of an artificial free edge of the nail plate, as well as perfect bending of the free edge of the nail plate in the longitudinal and transverse directions. Further, with the help of professional material (ultraviolet gel gel for nails, acrylic for nails, etc.), extension services are performed and lengthening the artificial free edge of the nail. A disadvantage of the known method of forming artificial extension nails is that it is applicable only to already known forms such as “oval” and “pipe”. The indicated drawback is due to the fact that the artificial free edge of the nail plate should be a natural extension of the natural nail plate in the longitudinal and transverse directions for the pipe shape and in the longitudinal direction for the oval shape.

The closest in technical essence of the known methods for modeling artificially built-up nails is a modeling method called "stylet" [see the sequence of actions described in the description of the patent of the Russian Federation JV22248173 (publ. March 20, 2005), which is the same for all known methods of modeling artificially built-up nails]. In this method, the template is placed under the smile line of the nail bed, the camouflage material is laid out, followed by stretching and holding it until the curing process sets in, and then the smile line is formed. Then carry out the calculation of simulating the color of nails of pale and pink materials with their subsequent stretching and curing. Before which the lateral faces of the artificial nails are clamped, and after which the free edge of the artificially growing nails is formed. While stretching the laid out material is carried out in accordance with the shape of the outer upper surface of the mold. The final operations are washed down artificially built up nails and polishing their outer surface. In this known method, the free edge is artificially Stacked nails are formed in the form of a stylet, a triangular view of which when looking at the nail from above is closest to that formed in the claimed method. In the known method, one face is formed on the surface of the growing nails with a smooth bend of the free edge of the artificial nail plate in the transverse direction.

A disadvantage of the known method for modeling artificially built-up nails is the low attractiveness of the free part of the built-up nails. This drawback is due to the only difference between the natural and artificial nail plates, which consists in different forms of the natural smile line and the free edge of the expandable nail plate, which has a shape sharpened in the longitudinal direction (stylet). The objective of the first invention is to improve the known method for simulating artificially growing nails by increasing the attractiveness of the hands of a female individual by introducing a new version of the difference between the natural smile line and the free edge of the expandable nail plate, and also due to the lack of congruence between the surfaces of the natural nail bed and the free part of the artificially extended nail plate. The modified shape of the expandable nail plate, including the formed stiffener, increases its wearability due to an increase in the strength characteristics of this form.

The problem is achieved in that in the known method of modeling artificially built-up nails, in which the form is set under the smile line the nail bed, clamping its side faces, laying out professional material in the modeling zone with its subsequent stretching and holding until the curing process sets in, while stretching the professional material in the area of the expandable free part of the nail is carried out in accordance with the shape of the outer surface of the mold, and when curing professional material form a free edge according to the invention that the laying out of professional material is carried out in two stages, carrying out it at the first stage in the area of the nail bed, and in the second on the surface of the mold, forming in the second stage an additional face on the surface of the free part of the artificial nails, giving it an L-shaped shape, for which a longitudinal stiffener is preliminarily formed on the mold.

The formation of a longitudinal stiffening rib on an artificially extended nail plate and giving its surface an L-shaped shape causes the appearance of an unusual shape in the nails, which increases the attractiveness of the hands of a female individual. The implementation of an artificially growing nail in the area of the natural nail plate in the form of a plate smoothly bending in the transverse direction, and in the free part of the artificially growing nail in the form of an L-shaped form, the process of laying out professional material needs to be divided into two stages, which together with stretching of professional material in cuticle provides a successful docking of two parts of the growing nail. The introduction of stiffeners in the free part of the artificial nail provides increase in its strength characteristics, which has long been known in mechanics, since it eliminates breakdowns and cracks.

The unusual form of the free part of the artificial nail plate, called by the author "Edge" (in translation - rib, blade of the sword), includes many advantages over other forms. Edgе shape embodies the sharpness and geometricity of a square shape, the tip and grace of "style", the convenience and comfort of the "pipe" and "oval" shapes.

Modeling nails in the "Edge" shape, unlike other forms, is perfect for all types of nails. An additional advantage is the ability to simulate artificial nails on the template for both the shortest and the longest lengths.

The closest in technical essence and the achieved effect to the claimed form is the form for building and modeling nails specified in the description of the invention according to the patent of the Russian Federation JY ° 2248173 [IPC ⁷ A45D 31/00, publ. 03/20/2005]. The known form contains a plate consisting of two longitudinal elements separated by perforations surrounding the middle longitudinal node of the form, including a nail ruler and a tear-off part adjoining it in the longitudinal direction, consisting of two elements separated in a transverse direction by a curved slot. The longitudinal elements, taking into account their end parts, cover the middle longitudinal node on four sides of its sides. At the same time, the central longitudinal line is discretely selected on the nail ruler and in contact with at least one end of the lateral longitudinal elements, and the tear-off element b middle longitudinal node from the side of the nail ruler has a curved shape. In a known form, the continuation of the central longitudinal line at the end of the side elements is highlighted by perforation, the side elements have protruding parts, some of which have perforation. The curved slot between the two tear-off elements in the middle longitudinal element has a shape that repeats the shape of the line connecting the tear-off element with a portion of the middle longitudinal element having a nail ruler. The specified tear-off element has an area that exceeds the area of the second tear-off element, close to the end part of the side longitudinal elements.

A disadvantage of the known form is that it carries out comfortable improvements of known forms (“square”, “oval”, “pipe”, “style”, etc.), without providing for the transition to new creative forms. Known forms for building and modeling nails provide them with only a transverse bend, calculated in percentages, and have one face on the free part of the artificial nail extension, which does not cause eye-catching attention to the female representatives.

The task of the second and third inventions is to create and use a new creative form for nail extension and modeling, giving them a two-sided structure, which provides the effect of unusualness and additional attractiveness to the female individual, since the transverse bending of the stacked new plate will be calculated as early as angular degrees, as well as the introduction of universality in relation to various options for the nail bed.

The problem as applied to the second invention is achieved by the fact that in a known form for building and modeling nails, containing a middle longitudinal node, including a nail ruler and a detachable part adjacent to it in the longitudinal direction, consisting of two elements separated by a curved slot in the transverse direction , as well as two lateral elements, covering the middle longitudinal node, at least from three sides, while on the nail line and touching on the end of the form from the opposite side a central longitudinal line is allocated to the nail line of the lateral elements, and the detachable part of the middle longitudinal node adjacent to the nail line has a curved shape, according to the invention, the curved line on the side of the nail line is different from the curved slot between the two elements of the tear-off part, and the end side of the tear-off element the opposite of the nail ruler is rectangular, with the central longitudinal line of the shape highlighted.

In a preferred embodiment, the central longitudinal line in the area of the nail ruler is highlighted in color, and a slot form is selected at the end of the side elements opposite the nail line, while the side elements are solid. Geometric lines on the surface of the tear-off part of the form provide its versatility in approaching various options for the smile lines of the nail bed, the selection of the central longitudinal line provides its subsequent transformation, at which the transverse bending of the form will be calculated in angular degrees.

The problem as applied to the third invention is achieved by the fact that in the known method of using the mold when building and modeling nails, in which a tear-off part consisting of two elements is separated from it, while one of these elements is attached to the sticky part of the inner surface of the middle longitudinal unit of the mold under with a nail ruler, substitute the shape under the smile line of the nail bed and fix it on the finger with the help of side elements so that the central longitudinal line of the shape coincides with the central with a single line of a natural nail plate, according to the invention, before stiffening the shape on the finger, a stiffener is formed along the central longitudinal line in the nail ruler by bending the surface to form an Λ-shaped surface in the area of the nail ruler, optionally if the treated nail bed deviates from its normal appearance a tear-off element with a rectangular end face is attached to the middle longitudinal unit with a protrusion from underneath that end of the tear-off element, which in its shape corresponds to and deviating deviation.

Causal relationships between the distinguishing features and the problem to be solved are explained as follows. The formation of a stiffener in the area of the nail line provides a two-sided structure at the free end of the growing nail, which has an Λ-shape. This increases due to the unusual attractiveness of the fingers of a female. Formation of a two-grain structure the free end of the expandable nail plate contributes to the modeling highlight the color of the Central longitudinal line on the nail line, which facilitates the deformation of the middle longitudinal node in the area of the nail line. The difference between the curved slot between the tear-off elements and the form of repeating the pairing line of the tear-off element with a section of the middle longitudinal node during shape transformation by gluing under the middle longitudinal node in the area of the nail ruler contributes to the formation of an artificial expandable nail plate when processing the nail bed with an oval structure of the nail bed.

The presence of a rectangular part in the tear-off element, further located from the nail ruler of the middle longitudinal node, by transforming the shape by appropriately gluing this element under the middle longitudinal node in the zone of the nail ruler contributes to the formation of an artificially expanding nail plate when processing the nail bed with a square-oval structure of the nail bed. The technical nature of the claimed invention is illustrated by figures of graphic images and examples of specific performance.

In FIG. Ia shows the result of modeling according to the known “style” form (side view), in FIG. 16 is a plan view. In FIG. 2a shows the result of modeling according to the well-known “square” shape (side view), in FIG. 26 is a plan view.

In FIG. The result of the simulation according to the well-known “oval” shape (side view) is shown, in FIG. 36 is a plan view In FIG. 4a shows the result of modeling an artificial nail in the well-known “pipe” shape (side view), in FIG. 46 is a plan view.

In FIG. 5a shows the simulation result of the claimed inventions in the form of "Edge" (side view), in FIG. 56 shows a top view.

In FIG. 6 presents a General view of the simulation of the claimed method.

In FIG. 7 shows a form for building and modeling nails in general.

In FIG. Figure 8 shows a form for building and modeling nails, intended for use with a normal nail bed.

In FIG. 9 shows the transformation using a tear-off element 2 form for building and modeling nails for use with an oval nail bed.

In FIG. 10 shows the transformation using a tear-off element 2 form for building and modeling nails for use with a square-oval nail bed. In FIG. 1 1a shows a mold with tear-off elements removed; in FIG. 116 shows one of the tear-off elements of the mold; Fig. l lv shows the second of the tear-off form elements.

In FIG. 12 shows the transformation by bending along a stiffening rib for a nail extension and modeling tool to obtain the L-shape of the nail line of the mold.

In fig. 13a shows a general view of an artificial nail from below; in fig. 136 shows a top view of an artificial nail; on fig. lSv shows the view of the nail from the end; in fig. lzg shows a general view of the nail from the side.

An example of a specific implementation of the claimed form. The form has a middle longitudinal node, consisting of a nail line 1 and adjacent detachable tear-off elements 2 and 3 adjacent to it, as well as two side elements 4 with their end parts 5. Tear-off element 2 has a perforation connection with the nail line 1. Tear-off element 3 has perforation connection with both the side elements 4 and their end part 5, and with the tear-off element 2, along a curved line 6 that does not coincide with the curved line between the nail line 1 and the tear-off element 2. The nail line 1 has a longitudinal d lines and the central longitudinal line 7 highlighted in color, and the end parts 5 of the side elements 4 are provided with a slot 8 coaxially located with the central longitudinal line 7 of the nail line 1. Also, the nail line 1 has transverse lines. The tear-off element 2 is connected to the nail ruler 1 along a curved line having the form of a part of an oval. The tear-off element 3 is connected to the side elements 4 and their end parts 5 in straight lines forming part of a rectangle. A specific example of the method of using the mold for building and modeling nails for the option In the mold (Fig. 7), tear-off elements 2 and 3 are removed, which are disconnected from each other. The tear-off element 3 is attached to the sticky part of the inner surface of the middle longitudinal unit on which the nail line 1 is applied, such so that the rectilinear part of the tear-off element 3 protrudes from under the nail line 1 (Fig. 10). Then, the form is substituted under the free edge of the natural nail plate (not shown in the figures) and fixed on the finger with the help of lateral longitudinal elements 4 (Fig. 12) so that the central longitudinal lines 7 and 8 of the form coincide with the center line of the natural nail plate (on figures not shown). The sticky inner surfaces of the lateral longitudinal elements 4 and their end parts 5 are fixed on the finger. After that, the lateral longitudinal elements 4 are connected on the back side (Fig. 12).

An example of a specific implementation of the method of modeling artificially built-up nails in the form of "Edge". The template is set under the smile line of the nail bed, having a square-oval shape. Elements 2 and 3 are previously removed in the form (Fig. Ha), and element 3 is attached to the sticky part of the inner surface of the middle longitudinal node under the nail ruler 1 (Fig. 10) so that the straight end protrudes from under the nail ruler 1. Form set with a slope slightly up in relation to the nail bed _ to account for the growth of the nail plate.

Professional material in the form of camouflage is laid on the nail bed and the material is stretched along the nail plate towards the cuticle, not reaching it, which allows the growth of natural nails to hide the color border between the artificial material and the natural nail in the cuticle area. Further, while the camouflage material has not yet hardened and is in a wet state, they lay out the pale pink professional material that overlaps the camouflage material. This calculation begins with the cuticle and leads to the smile line. In this regard, in the cuticle area, through the pale pink material, moons are visible (natural effect), and in the area of the smile line, the natural smile is hidden by camouflage material.

When curing the camouflage material applied to the nail bed, it is washed down and its free edge is formed. Then, the shape is fixed on the finger using the side faces 4 and a stiffener is formed on the central longitudinal line of the nail line 7. By bending the shape in the area of the nail ruler using a stiffener in the transverse direction to form a second face on the form in the area of the nail ruler.

Next, carry out the second stage of laying out professional material and lay it out on the form. This material is white in color and is the basis for the artificially scalable part of the nail. Stretching the material in the second stage is also carried out in the direction of the cuticle. In this case, the free part of the artificial nail becomes Λ-shaped. When curing the professional material laid out in the second stage, it is washed down and the free edge of the artificial nail is formed, which also has an Λ-shape. Grinding of hardened professional material is preceded by removal of the mold from the finger. Each of the three claimed inventions meets, in the opinion of the author and applicant, three criteria of the invention.

The modeling of artificially built-up nails passed an experimental test and the appearance of an artificially built-up nail is shown in Figures 13a, 136, lSv, 13g.

Claims

CLAIM

1. A method for simulating artificially growing nails, in which the template is placed under the smile line of the nail bed, clamping its lateral faces, laying out professional material in the modeling zone, followed by stretching and holding it until the curing process sets in, while stretching professional material in the free-growing zone parts of the nail lead in accordance with the shape of the outer surface of the shape, and when curing professional material form the free edge of the artificial nail, The fact is that professional material is laid out in two stages, performing it at the first stage in the area of the nail bed, and in the second at the surface of the mold, forming in the second stage an additional face on the surface of the free part of the artificial nails, giving it an Λ-shaped , for which a longitudinal stiffener is preliminarily formed on the mold.

2. Form for building and modeling nails, containing the middle longitudinal unit, including the nail ruler and adjacent to it in the longitudinal direction of the tear-off part, consisting of two elements separated in the transverse direction by a curved slot, and also two side elements covering the middle longitudinal the node, at least on three sides, while the side elements on the nail ruler and in contact with the end face of the form from the side opposite the nail ruler are highlighted the central longitudinal line, and the detachable part of the middle longitudinal node adjacent to the nail line has a curved shape, characterized in that the curved line on the side of the nail line is different from the curved slot between the two elements of the tear part, and the end side of the tear element is opposite to the nail line of a rectangular, while the central longitudinal line of the form is highlighted.

3. The shape according to claim 2, characterized in that the central longitudinal line in the area of the nail line is highlighted in color, and a slot form is selected at the end of the side elements opposite the nail line, while the side elements are solid.

4. The method of using the mold when building and modeling nails, in which a tear-off part consisting of two elements is separated from it, one of these elements being attached to the sticky part of the inner surface of the middle longitudinal unit of the mold under the nail ruler, the mold is substituted under the smile line of the nail bed and fixed on the finger with the help of side elements so that the central longitudinal line of the form coincides with the center line of the natural nail plate, characterized in that before fixing the form on Alzen formed along the longitudinal center line of the nail in line rib by bending the surface before the formation of the L-shaped zone surface in a nail line, wherein optionally in the presence of the treated nail bed deviation from its normal form the tear element is attached to the rectangular end the middle longitudinal node with a protrusion from under it of that end of the tear-off element, which in its shape corresponds to the existing deviation.

5. The method of using the mold according to claim 4, characterized in that when processing the oval nail bed, the tear-off element is attached to the middle longitudinal unit with a protrusion from under it of an oval end face.

6. The method of using the mold according to claim 4, characterized in that when processing a square-oval nail bed, the tear-off element is attached to the middle longitudinal unit with a protrusion from under it of a rectangular end face.