KR101478490B1 - Method for asymmetrical combination hair cut and perm - Google Patents

Abstract

The present invention relates to a method for an asymmetrical combination haircut and a hair perm. The present invention aims to provide a method by which anyone can cut hair in the same style and even an inexperienced person can reproduce the same hair style. The asymmetrical combination haircut includes the steps of allocating hair on a head into four areas by dividing the hair into two areas by a vertical line passing a top point (T.P) on the center and then by dividing the divided hair into two areas again; cutting the hair on a left side of the vertical line while the hair is held at a high angle of 60° or greater, and the hair on a right side of the vertical line while the hair is held at a low angle of 30° or less; cutting end portions of the hair on the top of a back part (B.P) of the head to be notched in the shape of saw teeth; cutting the hair on a left side into 10 cm while the hair is held at an intermediate angle of 45°; and performing a slide cut on end portions of the hair on the right side contacting end portions on a right side of the back part of the head while the hair is perpendicularly held.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an asymmetrical combination hair cut and perm method,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to asymmetric combination haircuts and methods, and more particularly, to asymmetric combination haircuts and color dyeing methods for dividing a head of hair into a plurality of regions and cutting or staining hair styles desired by a client .

In recent years, it has been emphasizing individuality with various styling implementations according to the personalization age. Especially, hairstyle became an important factor to inform oneself. Therefore, everybody needs to implement their own unique hairstyle, and a variety of hair styling methods are being developed accordingly.

A conventional hair treatment technique is disclosed in Japanese Patent Laid-Open Nos. 60-64722 and 5-91519, wherein a model sheet of a hair design desired by a customer at the time of hair treatment is put on a mirror, and a hair stylist is advised, It is popular to decide. However, it is difficult to realize hairstyle design as desired for customers with different hair styles, and hair styles are more difficult to reproduce.

Japanese Patent Laid-Open Nos. Hei 9-98834 and Hei 10-14655 disclose a method of changing the design of a hair design desired by a customer, A method of designing a hairstyle according to a customer's taste using a predictive pattern of a hairstyle is disclosed. However, when applying stereoscopic visual information on a screen to a hair treatment, there is a problem that it is not necessarily satisfied with a demand of a customer.

Korean Patent Registration No. 0843763 (title of the invention: hair cutting method by dividing a curved surface of a head) divides a curved surface of a head into a plurality of regions to form a diagram, and at least one of the regions A second step of forming a treatment angle for lifting the hair corresponding to the area in a direction parallel to the normal line to the curved surface at the center of the area and cutting the hair of the area lifted in the direction parallel to the normal line at a predetermined angle with respect to the normal line The hair cutting method according to claim 1,

However, in the above-described method, when the styling process is performed once and then the hair is processed, it is necessary to rely on the same hair designer in order to reproduce with the same hair style as the last time. In addition, And it is difficult to implement the same style according to skill difference.

As described above, in order to re-implement various hairstyles or to produce an excellent hairstyle, it was necessary to invest a lot of effort, time, and experience in cosmetics.

In other words, it is not easy to produce a variety of hairstyles except for skilled hair designers because they have to depend on individual skill. Further, the conventional art does not describe a detailed cutting method according to a hairstyle, and it is difficult to repeat the same hairstyle unless it is an expert.

The problem to be solved by the present invention is to define the shape of the cut according to the arrangement of the hair lengths of the respective head parts and to complete the design by cutting the hair by the length arrangement and the angle of the hair, The present invention relates to a hair styling method and a hair styling method.

Another problem to be solved by the present invention is to propose a method of hair-waving with various windings according to a hairstyle.

Another problem to be solved by the present invention is to propose a dyeing method in which three or more colors are used for hair according to the hair style to express the hair design in three dimensions.

To this end, the asymmetric combination hair cutting method of the present invention divides the head part into two parts around a meridian passing through a top point (TP) which is the relatively highest point, which is one of the midline, Dividing the head into four regions by dividing the head into two parts around the line connecting the ear point (EP) at the ear and a back point (BP) positioned at the most protruded point relatively at the head, The right side of the meridian is divided into long hair portions in which the length of the hair at the front end portion is relatively longer than the length of the hair at the rear end portion, At 30 ° elevation, combing with a right-angled distribution that combines, and then lowering the hairs at an angle of less than 30 ° The length of the hair is 5 cm from the nip point NP which is the lowest point of the head of the neck, the BP top of the occipital region is subjected to a nat- ing cut having the saw tooth shape at the end of the hair at the low- The left side is a step of cutting the hair from the side corner point (SCP), which is the lowest point of the hair at the front of the ear, at an intermediate operation angle in which the hair is lifted at an angle of 45 ° so that the length of the hair is 10 cm, And the tip of the hair is connected to the end of the hair located on the right side of the occiput, and the slider is slit and cut along the hair from the lower end to the upper end while the hair is vertically lifted.

The left and right asymmetric combination haircut and color dyeing method according to the present invention divides the head of hair into a plurality of areas and cuts or stains the desired hair style according to the divided areas so that the hair stylist can make a desired hair style regardless of the skill of the practitioner You can direct. In addition, by using the length of the hair, the unskilled person can also produce a hair style desired by the client.

In addition, it is possible to produce a harmonious and natural color by dividing the head of the design technique of repetition, contrast, progression and harmony into at least two regions and staining at different levels for each divided region.

FIG. 1 illustrates an example of dividing a head portion according to an embodiment of the present invention into a plurality of regions.
FIG. 2 is a view illustrating a method of cutting the hair of the occipital region according to an embodiment of the present invention.
FIG. 3 is a view illustrating a method of cutting the left side hair of a head of a head according to an embodiment of the present invention.
FIG. 4 is a view illustrating a method of cutting right side hair of a head according to an embodiment of the present invention.
FIG. 5 is a view illustrating a method of cutting a hair of a front head according to an embodiment of the present invention.
FIG. 6 illustrates a procedure for cutting hair using the length of hair according to an embodiment of the present invention.
7 is a flowchart illustrating a procedure for cutting hair according to an embodiment of the present invention.
FIG. 8 shows an example of performing color staining based on GP according to an embodiment of the present invention.
9 to 12 illustrate an example of how hair is pumped according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The foregoing and further aspects of the present invention will become more apparent from the following detailed description of preferred embodiments with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Reference will now be made in detail to the embodiments of the present invention, examples of which are illustrated in the accompanying drawings.

FIG. 1 illustrates an example of dividing a head portion according to an embodiment of the present invention into a plurality of regions. Hereinafter, an example of dividing a head portion into a plurality of regions and terminology will be described with reference to FIG.

Interior: The two-phase is divided into two regions with a relatively long diameter in the direction of the horizon,

X-terrier: The head is divided into two regions with the longest diameter in the direction of the horizon, and the lower end

Nip point (N.P): The middle part of the end of the hair growth area

Center point (C.P): the center point of the front part of the head

Back point (B.P): Among the line segments connected from the center point (C.P) to the near point (N.P), the most protruding part

Ear point (E.P.): The end point of the part where the upper center hair of the ear is grown

Ear point (E.B.P): Point where the hair grows in the direction of the central horizon of the rear part of the ear

Side corner point (S.C.P): the lowest point of the hair growth area at the front of the ear

Top point (T.P): highest point in head

Ballden Point (GP): Point where the extension line passing from the jaw to the ear and the midline meet

Fig. 2 shows an example of cutting the hair of the occipital region according to an embodiment of the present invention. Hereinafter, a process of cutting the hair of the occiput according to an embodiment of the present invention will be described with reference to FIG.

The head is divided into two regions around the ultraviolet ray passing through T.P, which is one of the midline lines, and the divided regions are divided into four regions by dividing the divided region into two regions centered on a line connecting E.P from another midline line T.P.

In B.P or less, the left side is cut at a high treatment angle with respect to the midline, and the right side is cut at a right angle distribution lower treatment angle with anterior portioning. In this case, the length of the hair is 5 cm at N. P.

The parting means that the hair (or area) is subdivided again to facilitate the cutting of the hair within the area separated for the hair cut. The parting is divided into a vertical parting, a forward parting, a posterior diagonal parting and a horizontal parting. The vertical parting means that the section zone (area) is divided vertically, and the horizontal parting means that the area is divided horizontally . Each elongated parting has an inclined area, and in particular, the hair length of the front end (face side) is relatively long compared to the hair length of the rear end part. After diagonal parting, the area is divided into slopes, and in particular, the length of the hair on the front end face side is relatively short compared to the length of the hair on the rear end side.

The lower angle of the hair is lower than 30 ° and the middle angle is the angle at which the hair is lifted up. 45 °, and a high treatment angle means that the angle at which the hair is lifted is 60 ° or more. Therefore, each cut in the intermediate procedure means that the hair is cut with the hair lifted 45 °.

The distribution means the direction of combing the hair to cut according to the parting, and is divided into natural distribution and perpendicular distribution. Natural distribution refers to combing the hair in a direction of gravity without lifting the hair by brushing to cut the hair, and right angle distribution means brushing with the hair lifted 30 ° with respect to the parting line.

In addition, as shown in FIG. 2, it can be seen that the length of hair on the right side in the occipital region is relatively long compared with the length of the hair on the left side due to the elongated parting.

The upper part of the occiput is nail-cut so that it is connected to the lower end so that the asymmetrical line can be seen with a low operating angle. As described above, the low operating angle means that the angle at which the hair is lifted when the hair is cut is less than 30 degrees. The nacre cut means that the hair end is cut into a saw tooth shape.

FIG. 3 shows an example of cutting the hair on the left side according to an embodiment of the present invention. Hereinafter, a process of cutting the hair on the left side according to an embodiment of the present invention will be described with reference to FIG.

The left side is cut to the mid-treatment angle so that the hair length is 10 cm from the S.C.P (side corner point) after the left side part.

4 shows an example of cutting right side hair according to an embodiment of the present invention. Hereinafter, a process of cutting the right side hair according to an embodiment of the present invention will be described with reference to FIG.

The right side is slide-cut to connect with the occiput on the right side. Slide cut refers to a cutting technique that slides scissors along the hair to cut the hair vertically. Slide cuts indicate lightness and movement at the ends of the hair, and cuts the edges of the hair finely with cutter scissors to show ease, lightness, and movement.

FIG. 5 shows an example of cutting the hair of the front head according to an embodiment of the present invention.

According to FIG. 5, the hair of the front head is cut so that the length of the hair located at 1 cm from the top of the face line is aligned with the line of eyebrows, and both ends of the front head are cut so as to have a posterior diagonal feeling. The posterior diagonal cut means that the length of the rear portion of the hair is longer than that of the front portion of the hair. According to FIG. 5, it can be seen that the hair length on the side of the face is cut relatively long with respect to the hair length in the center of the face.

FIG. 6 illustrates an example of cutting hair using the length of hair according to an embodiment of the present invention. Hereinafter, the process of cutting hair using the length of hair according to an embodiment of the present invention will be described with reference to FIG.

According to FIG. 6, the length of the hair is cut to 5 cm from N.P and the upper part of the occiput is napped and cut to be connected to the hair of B.P or less at a low angle of operation.

And the left side is cut from S.C.P to the mid-treatment angle so that the hair length is 10 cm. Further, the fringe is cut so that the length of the hair located at 1 cm above the face line coincides with the line of eyebrows.

7 is a flowchart illustrating a process of cutting hair according to an embodiment of the present invention. Hereinafter, a process of cutting hair according to an embodiment of the present invention will be described in detail with reference to FIG.

In step S700, the two phases are divided into two parts around the ultraviolet rays passing through TP, which is one of the midline lines. The divided areas are divided into two areas divided into two parts centered on the line connecting the EP to the other midline TP .

In step S710, the posterior part of the occipital region is cut to the left of the midline (the meridian) and the right side is cut to the right angle distribution lower angle with the frontal parting.

In step S720, the upper portion of the B.P of the occiput is napped and cut so that the asymmetric line is connected to the lower end with a low angle of operation.

In step S730, the hair on the left side is cut at an intermediate operation angle such that the hair length is 10 cm from S. CP.

The end of the hair located on the right side is slid cut so as to be connected to the end of the hair located on the right side of the occipital region in step S740.

In step S750, the fringe is cut so that the length of the hair located at 1 cm above the face line is aligned with the eyebrow line, and the face line is cut so as to be connected to the side so as to have a posterior diagonal feeling.

Hereinafter, a method of changing hair color design by color (dyeing) of hair will be described. Hair color design is divided into iteration, contrast, progression, and harmony, and repetition means using one color for all or part of hair to create a light reflection effect on hair. Contrast is due to the opposing elements, dark colors give lightness and cubism, and bright colors look protruding. In general, one color has a level corresponding to luminance, and the number of levels is at least two. Hereinafter, a color different only in the level corresponding to the luminance is defined as the same color.

Progression means using three or more colors to create a stereoscopic effect, and harmony is the blending of two or more colors with natural hair color to create a natural reflection of light.

The color design produces a different color pattern depending on the haircut.

The cuts of the solid type and the gradation are the shape that the short hair of the x-terrier becomes increasingly long as it goes to the interior, and it is characterized by the smooth appearance of the interior. Also, the intensity of reflected light when the light is reflected from the outermost portion of the head is relatively strong. In this case, if the hair has at least two colors, the pattern and texture are created.

The layered hairstyle is characterized by actimized. The uniform layer type hair with a uniform length of hair and an overall layer length of the hair which is longer than the length of the hair from the interior to the x-terrier has a strong texture strength when various colors are seen.

To create a color design, adjust the color application using section breaks and parting patterns. As mentioned above, the dark color looks more retreated while adding brightness, while the bright color looks more protruding and adds a brighter feeling.

You can create a contrasting color design by darkening your bangs hairline to keep your face outline sharp. In addition, applying alternating bright colors to the inside of the outer surface results in the appearance of brightly colored hair.

Repetition uses only one color for each of the two phases. In contrast, the harmony or contrast divides the head part into two parts and makes a pattern for each part. You can easily make harmony or contrast by dividing the head part into two parts. Also, one part can apply one color (dye) and leave the rest as it is, and both parts can be colored with color.

The progression divides the heading into three sections of zone patterns, all three of which can be applied in color, the two applied to the color, and the remaining one left intact. Color can be applied from light color to dark color, from dark color to bright color.

Finally, unlike dividing a head part, you can make a color design or a pattern using a shape such as a rectangle, a triangle, or a circle. The size and position of the shape depends on the design decisions.

Hereinafter, the hair dyeing method will be described in detail with reference to FIG. After parting the left site, divide the heart-shaped block so that the G.P is center-left, then divide into two areas. The first left section applies color at nine levels, and the second section covers twelve levels of color. At this time, the application method of the color is alternately stained by alternating the 9th level color and the 12th level color by applying a repetition rule among design rules. The level indicates the color brightness of the hair when dyed.

In contrast to the left heart, the heart on the right alternates between 12 levels of color and 9 levels of color alternately.

The color application method is as follows. A hair dye having 9 levels of color and a hair dye having 12 levels of color are used in the same ratio. The application slice of the hair dye is divided by 1 cm intervals, and then the hair dye is applied to the section No. 1 on the left side and the hair dye on the level 12 is applied to the section No. 2. Wash the hair.

The heart-shaped dyeing technique of the frontal part is characterized by the combination of two dyeing colors and background color in the case of the left part, and a 3D stereoscopic color is produced. In the case of the right part, the color is expressed in a relatively calm and low- You can express your style.

Hereinafter, it will be described how to cut hair that has been cut.

The right side winds the oblong type base from behind the ear through the side part and back to the right ear in two stages. An oblong is one of the shapes of the base, which means a shape composed of two parallel lines and at least one concave line or convex line, and the oblong is divided into a plurality of rectangular shaped bases.

The left side is centered on the left side corner and the 1/4 circular volume winding is done to the left ear side.

The crown part is based on the midline. On the left side is an alternate winding that alternately winds the volume winding and the indentation winding in order to strongly express the volume. do. On the right side, the volume winding of the oblique line is made in 7 stages. The indentation winding winds the rod in the opposite direction to the inside of the head, reversing it upwards, and achieving a volumeless surface effect.

The left and center of the nape are zigzagged, alternating diagonal lines, and the right of the nape is the contour pattern. The contour pattern winding is a multi-directional end shape, in which the entire side is regarded as a single large ellipse, and the appropriate parting is divided and wound. These partings gradually become horizontal as they form the outline of the head.

Further, the present invention can produce a wig using the above-described cut method or color dyeing method.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the scope of the present invention .

Claims (5)

The head is divided into two parts around a meridian passing through a top point (TP), which is the relatively highest point, which is one of the midline, and each divided area is divided into ear points EP Dividing the image into two regions by dividing the image into four regions around the connecting line;
The lower end of the back of the meridian, which is located at the most protruding point on the occipital region, is cut at a high operation angle, in which the hair is lifted by 60 degrees or more,
The right side of the meridian was combed with a right angle distribution in which the hair was lifted 30 ° with the front part of the forehead and the length of the hair at the front end was relatively longer than the length of the hair at the rear end. Cutting the hair so that the length of the hair is 5 cm from the nip point (NP), which is the lowest point of the hair on the neck;
A BP upper end of the occipital region is subjected to a nailing cut with a saw tooth shape at the end of the hair at the lower operating angle;
The left side is cut at an intermediate operation angle in which the hair is lifted at an angle of 45 degrees such that the length of the hair is 10 cm from the side corner point (SCP) which is the lowest point of the hair at the front portion of the ear;
And a step of cutting the slide which is connected to the end of the hair positioned on the right side of the right side and connected to the end of the hair positioned on the right side and slides the hair from the lower end to the upper end while the hair is vertically lifted and cuts A method of asymmetric combination haircut.
The method according to claim 1,
After cutting the right side,
The length of the hair located at 1 cm above the face line of the front fringe is cut to conform to the line of eyebrows and the end of the hair located on the right side of the front head is cut to be connected to the end of the hair located on the right side, Wherein the end of the hair located on the left side of the hair is cut to be connected to the end of the hair located on the left side.
delete delete A wig produced by any one of claims 1 to 2.

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