KR102415211B1 - Manufacturing method of a carnation using hairs - Google Patents

Abstract

The present invention relates to a method for manufacturing camellia flower using hairs, which comprises: a material preparation step (S1) of preparing materials including a plurality of hairs for camellia flower petals cut to a set length, hairs for camellia flower stamens in the form of a hairpiece, a plurality of hairs for camellia flower leaves cut to a set length, hair dye, water, and a comb; a hair dyeing step (S2) of dyeing the hairs for the camellia flower petals, the hairs for the camellia flower stamens, and the hairs for the camellia flower leaves to have colors corresponding to the colors of actual camellia flower petals, actual camellia flower stamens, and actual camellia flower leaves; a camellia flower petal forming step (S3) of forming the dyed hairs for the camellia flower petals into camellia flower petals; a camellia stamen forming step (S4) of forming the dyed hairs for the camellia flower stamens into camellia flower stamens; a camellia leaf forming step (S5) of forming the dyed hairs for the camellia flower leaves into camellia flower leaves; and a camellia flower completion step (S6) of attaching the camellia flower stamens and camellia flower leaves formed on the formed camellia flower petals to complete a camellia flower.

Description

Camellia flower manufacturing method using hair {Manufacturing method of a carnation using hairs}

The present invention provides a material for preparing a material comprising a plurality of camellia petal hair cut to a set length, camellia stamen hair in the form of a hairpiece, a plurality of camellia leaf hair cut to a set length, dye, water, and a comb preparation step (S1); A hair dyeing step of dyeing the actual camellia petals, the actual camellia stamens, and the hair for the camellia petals, the camellia stamens, and the camellia leaves to have a color corresponding to the color of the actual camellia leaves (S2); Camellia petal forming step (S3) of forming the dyed hair for camellia flower petals into camellia flower petals; Camellia stamen forming step (S4) of forming the dyed camellia stamens hair with camellia stamens; Camellia leaf forming step (S5) of forming the dyed camellia leaf hair into camellia leaves; and a camellia flower completion step (S6) of attaching the camellia stamens and camellia leaves formed on the formed camellia petals to complete the camellia flower.

Hereinafter, looking at the background art together with the accompanying drawings as follows.

In general, people cut their hair to a predetermined length in order to keep their long hair neat and beautiful in a beauty salon, and the cut hair does not rot easily, so it is collected and incinerated or discarded as it is, but this is harmful to the environment and wasted Efforts are being made to collect discarded hair and recycle it for various purposes.

For example, Patent Registration No. 10-1589409 "a bleaching step of inducing bleaching of the hair by applying a bleaching agent consisting of a mixture of bleaching powder and an oxidizing agent after preparing a certain amount of hair; and a drying step of drying the bleached hair; And, a color application step of applying a color to the hair in a gradation technique using an acid color to give a color corresponding to the pre-prepared real photo; A shape fixing step in which the colored hair is placed on the grass, and then the hair is spread in the form of petals using a comb tail, and then the grass is applied and then dried; A cutting step of cutting to match the size and shape; A petal shape step of forming a shape with a hot air balloon so that the cut hair becomes a petal shape; A flower forming a flower shape while fixing several petal-shaped hairs with a glue gun Formation step; After preparing the wire, a shape forming step in which a three-dimensional effect is given to the target wire by expressing the node or thickness with a glue gun to correspond to the flower stem or branch; A shape bonding step of spraying chopped hair after applying the glue to make it adhere; Comprising a flower decoration completion step of interconnecting the stem or branch-shaped wire with the hair obtained from the flower forming step; the bleaching agent in the bleaching step is a mixture of an oxidizing agent and a bleaching powder in a weight ratio of 2:1, respectively. , a method for producing a flower ornament using hair, comprising allowing the bleaching time to be carried out in a sealed state from the outside using a sealing member that does not pass air within the range of 20 to 40 minutes” is disclosed.

However, the conventional method of manufacturing a flower ornament in Patent Registration No. 10-1589409 is to manufacture a flower ornament using hair, and in such a flower ornament, a flower manufactured using hair or a stem or branch shape to which the flower is attached wire is included, but the petals, stamens, or leaves of a camellia flower are not included.

The petals, stamens, or leaves of a camellia flower, that is, the petals, stamens, or leaves of the camellia flower are different from the petals, stamens, or leaves of other flowers in general in color and shape. There has been no suggestion of a method for manufacturing petals, stamens, or leaves using hair.

Registered Patent No. 10-0899553 (2009.05.20.)

The method for producing camellia flowers using hair according to the present invention aims to solve the following issues.

It is an object of the present invention to provide a method for producing a camellia flower using hair in which a camellia flower including petals, stamens, or leaves of the camellia flower is prepared using hair.

Another object of the present invention is to provide a method for producing a camellia flower using hair that prevents the leaves of the camellia from being separated from or falling off the petals of the camellia flower.

In order to solve the above problems, the method for producing camellia flowers using hair according to the present invention,

A material preparation step ( S1); A hair dyeing step of dyeing the actual camellia petals, the actual camellia stamens, and the hair for the camellia petals, the camellia stamens, and the camellia leaves to have a color corresponding to the color of the actual camellia leaves (S2); Camellia petal forming step (S3) of forming the dyed hair for camellia flower petals into camellia flower petals; Camellia stamen forming step (S4) of forming the dyed camellia stamens hair with camellia stamens; Camellia leaf forming step (S5) of forming the dyed camellia leaf hair into camellia leaves; and a camellia flower completion step (S6) of attaching the camellia stamens and camellia leaves formed on the formed camellia petals to form a camellia flower.

The hair dyeing step (S2) includes: a camellia petal hair dyeing step (S2-1) of dyeing the hair for the camellia petals to have a color corresponding to the actual color of the camellia petals; a camellia stamen hair dyeing step (S2-2) of dyeing the camellia stamen hair to have a color corresponding to the actual camellia stamen color; and a hair dyeing step (S2-3) for dyeing the hair for the leaves of the camellia to have a color corresponding to the color of the leaves of the actual camellia.

The hair dyeing step for camellia flower petals (S2-1) is a hair dye preparation step (S2-1a) of preparing carmine red hair nail polish coating dye, rouge red dye, blue dye, and yellow dye (S2-1a) )Wow; Mixing step ( S2-1b) and; and a second mixture application step (S2-1c) of applying the first diluted dye produced by diluting the second mixture in water to the hair for camellia petals and dyeing the hair in the color of camellia petals.

The hair dyeing step (S2-2) for camellia surgery is a dilution step (S2-2a) of squeezing a set amount of orange dye on a plate and diluting it in a set amount of water boiled at 100°C so as to generate a second diluted dye (S2-2a) and ; a dyeing step (S2-2b) of dipping the camellia stamen hair in the form of a hairpiece in the second diluted dye for 10-15 seconds, then taking it out and drying it; It characterized in that it includes a first natural drying step (S2-2c) of naturally drying the dyed camellia stamens hair.

The hair dyeing step for camellia leaves (S2-3) is a mixing step of preparing a green hair nail polish coating dye and a yellow hair nail polish coating dye and mixing them in a weight ratio of 1:1 to create a third mixed solution (S2-3a) )Wow; The resulting third mixed solution was diluted with water at a ratio of water to the third mixed solution at a weight ratio of 1:1.5 to 2 to produce a third diluted dye, and this third diluted dye was applied to the hair for camellia leaves and camellia flowers A third dilution dye application step (S2-3b) of dyeing with the color of leaves; It characterized in that it comprises a drying step (S2-3c) of drying the dyed hair for the camellia leaves.

In the camellia flower petal forming step (S3), woodworking glue is applied using a comb to one end of the hair for camellia flower petals to which the first diluted dye is applied, dried for 5 hours, washed with lukewarm water and naturally dried application and drying step (S3-1); A dividing step (S3-2) of cutting the dried camellia flower petal hair in the longitudinal direction of the woodworking glue application and drying part in the longitudinal direction of the dried camellia flower petal hair and dividing it into 3-4 equal parts; A flat camellia petal manufacturing step (S3-3) of applying woodworking glue to the entire hair for the camellia petals divided into equal parts, spreading them in a fan shape using a comb, and drying them for 24 hours or more to produce flat camellia petals; A three-dimensional camellia petal manufacturing step (S3-4) of manufacturing three-dimensional camellia petals using an iron at 180° C.; It characterized in that it comprises a camellia petal manufacturing step (S3-5) of manufacturing camellia petals by attaching the three-dimensional camellia petals to each other with glue.

The camellia stamen forming step (S4) is a cutting step (S4) of cutting the camellia stamen hair in the form of a hairpiece in a direction perpendicular to the longitudinal direction of the camellia stamens hair at a location spaced apart from the stitched part by a set interval (S4) -1) and; a hair root glue application step (S4-2) of applying the glue to the hair root part just above the stitched part of the camellia flower surgical hair; a camellia stamen forming step (S4-3) of forming a stamen for camellia by rolling the hair for stamens on the side to which the glue is applied; a woodworking glue application step (S4-4) at the upper end of the operating table for applying woodworking glue to the upper end of the formed camellia operating table; A hair powder attachment step (S4-5) of spraying and attaching yellow hair powder formed by cutting yellow-dyed hair to the upper part of the camellia operating table coated with woodworking glue; To form a camellia flower stamen, an anther forming step of spraying a hair powder fixing agent with a spray on the attached hair powder so that the hair powder is fixed to the woodworking glue to form an anther on the top of the operating table and drying it naturally (S4-6) It is characterized in that it includes.

The camellia leaf forming step (S5) includes: a woodworking glue application step (S5-1) of applying woodworking glue to the dyed hair for the camellia leaves; A flat camellia leaf forming step (S5-2) of combing the camellia leaf-covered hair with a comb and again using a comb tail to gather the tips of the camellia leaf hair and spread it out to form a flat camellia leaf; A natural drying step (S5-3) of naturally drying the flat camellia leaves; It characterized in that it comprises a three-dimensional camellia leaf forming step (S5-4) of forming the three-dimensional camellia leaves that are three-dimensionally formed concavely while pressing the naturally-dried flat camellia leaves with an iron at 180°C.

The camellia flower completion step (S6) comprises: a camellia petal mutual attachment step (S6-1) of attaching the lower ends of the formed camellia petals to each other with glue; A camellia stamen attachment step (S6-2) of applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other; The formed three-dimensional camellia leaves are attached to the lower surface of the camellia petals attached to each other with woodworking glue, but when attached, from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off. A camellia leaf attachment step (S6-3) for filling the space formed up to a set interval with woodworking grass; A powder powder attachment step (S6-4) of preparing and spraying powder of the same color as the color of the three-dimensional camellia leaves on the external exposed part of the woodworking grass filled in the space; a natural drying step (S6-5) of natural drying of the woodworking glue filled in the space; and a nail polish application step (S6-6) of applying nail polish to the formed camellia petals and the three-dimensional camellia leaves.

The method for producing camellia flowers using hair according to the present invention is by the above solution,

First, there is an effect of providing a method for producing a camellia flower using hair for producing a camellia flower including petals, stamens, or leaves of the camellia flower using hair.

Second, there is an effect of providing a method for producing a camellia flower using hair that prevents the leaves of the camellia from being separated from or falling off the petals of the camellia flower.

1 is a flowchart of a method for manufacturing a camellia flower using hair according to an embodiment of the present invention.
Figure 2 is a flow chart of the hair dyeing step among the steps of the camellia flower manufacturing method using the hair of Figure 1.
3 is a flowchart of the hair dyeing step for camellia flower petals among the steps of the hair dyeing step of FIG.
4 is a flowchart of the hair dyeing step for camellia surgery among the steps of the hair dyeing step of FIG.
5 is a flowchart of the hair dyeing step for camellia leaves among the steps of the hair dyeing step of FIG.
6 is a flowchart of the step of forming a camellia flower petal among the steps of the method for manufacturing a camellia flower using the hair of FIG. 1 .
Figure 7 is a flow chart of the step of forming camellia stamens among the steps of the method of manufacturing a camellia flower using the hair of Figure 1;
8 is a flowchart of the step of forming camellia leaves among the steps of the method of manufacturing a camellia flower using the hair of FIG. 1 .
9 is a flowchart of the step of completing the camellia flower among the steps of the method for manufacturing the camellia flower using the hair of FIG.
10 is a photograph showing tubes containing carmine red hair nail polish coating dye, rouge red dye, blue dye and yellow dye.
11 is a photograph of a mint red hair nail polish coating dye, a rouge red dye, a blue dye, and a yellow dye squeezed from the tubes of FIG. 11 into a dish.
12 is a photograph showing that the dyes of FIG. 11 are mixed and applied to the hair for camellia petals and dyed with the color of camellia petals.
13 is a photograph showing an orange dye squeezed into a dish.
FIG. 14 is a photograph showing that the orange dye of FIG. 10 is diluted in water boiled at 100° C. FIG.
15 is a photograph showing that camellia stamen hair in the form of a hairpiece is dipped in the diluted dye of FIG. 14;
Figure 16 is a photograph of the dyed camellia stamens hair of Figure 15.
17 is a photograph showing a green hair nail polish coating dye and a yellow hair nail polish coating dye squeezed out on a plate.
18 is a photograph showing that the hair dye of FIG. 17 is applied to the hair for camellia leaves and dyed with the color of camellia leaves.
19 is a photograph showing that woodworking glue is applied using a comb to an area adjacent to one end of the hair for camellia flower petals.
20 is a photograph showing that the woodworking glue of the camellia flower petal hair of FIG. 19 is dried and the woodworking glue application and drying portion of the dried camellia flower petal hair is cut in the longitudinal direction of the dried camellia flower petal hair and divided into equal parts.
FIG. 21 is a photograph showing the preparation of flat camellia petals by applying woodworking glue to the entire hair for camellia petals divided into equal parts of FIG. 20 and then spreading it out in a fan shape using a comb and drying it.
22 is a photograph showing that three-dimensional camellia petals are manufactured from the flat camellia petals of FIG.
23 is a photograph showing the application of glue to the hair root portion immediately above the stitched portion of the cut camellia stamens hair.
24 is a photograph showing the formation of a camellia operating table by rolling the hair for camellia surgery of FIG. 23 toward the side to which the glue is applied.
Figure 25 is a photograph showing the application of wood glue to the upper end of the formed camellia stamens of Figure 24.
26 is a photograph showing that yellow hair powder formed by cutting yellow-dyed hair is sprayed and attached to the upper part of the camellia stamen of FIG. 25 coated with woodworking glue.
27 is a photograph showing that an anther is formed at the top of an operating table by spraying a hair powder fixing agent with a spray on the attached hair powder of FIG. 26 to fix the hair powder to the woodworking glue.
28 is a photograph showing the attachment of three-dimensional camellia leaves to the lower surface of the camellia flower petals attached to each other with wood glue.
29 is a photograph showing the completed camellia flower of the present invention.

Hereinafter, the present invention will be described with reference to the accompanying drawings, and the present invention will be described in detail with reference to preferred embodiments.

Advantages and features of the present invention, and methods for achieving them, will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only the present embodiment serves to complete the disclosure of the present invention, and is common in the technical field to which the present invention pertains. It is provided to fully inform those with knowledge of the scope of the invention, and the present invention is only defined by the scope of the claims. In addition, the same reference numerals refer to the same components throughout the specification.

The present invention is disclosed with respect to a method for producing camellia flowers using hair.

In particular, it should be noted that the present invention relates to a method for producing a camellia flower using hair, in which it is possible to prepare a camellia flower using the hair.

1 is a flowchart of a camellia flower manufacturing method using hair according to an embodiment of the present invention, FIG. 2 is a flowchart of a hair dyeing step among steps of the camellia flower manufacturing method using hair of FIG. 1, and FIG. 3 is the hair of FIG. It is a flowchart of the hair dyeing step for camellia flower petals among the steps of the dyeing step, FIG. 4 is a flowchart of the hair dyeing step for camellia surgery among the steps of the hair dyeing step of FIG. 2, and FIG. 5 is a camellia flower among the steps of the hair dyeing step of FIG. It is a flow chart of the step of dyeing hair for leaves, FIG. 6 is a flowchart of the step of forming camellia petals among the steps of the method for producing a camellia flower using the hair of FIG. 1, and FIG. It is a flow chart of the steps, and FIG. 8 is a flowchart of the step of forming camellia leaves among the steps of the method for producing a camellia flower using hair of FIG. 1 , and FIG.

As shown in FIGS. 1 to 9, the method for producing camellia flowers using hair of the present invention includes a material preparation step (S1), a hair dyeing step (S2), a camellia petal forming step (S3), a camellia stamen forming step (S4) , a camellia leaf formation step (S5), and a camellia flower completion step (S6).

In the material preparation step (S1), a plurality of camellia petal hair cut to a set length, camellia stamen hair in the form of a hairpiece, a plurality of camellia leaf hair cut to a set length, dye, water, and a comb include Prepare the ingredients.

Camellia flower includes petals, stamens and leaves, and 5-7 petals are joined from the bottom and are 3-5cm long. In order to express this camellia flower using hair, a plurality of camellia petal hair cut to a set length, camellia stamen hair in the form of a hairpiece, a plurality of camellia leaf hair cut to a set length, hair dye, water, and a comb to prepare the materials that contain it.

In the hair dyeing step (S2), the hair for camellia petals, hair for camellia stamens, and hair for camellia leaves are respectively applied to have a color corresponding to the color of actual camellia petals, actual camellia stamens, and actual camellia leaves. As a dyeing step, the camellia petal hair dyeing step (S2-1) of dyeing the hair for the camellia petals to have a color corresponding to the actual color of the camellia petals; a camellia stamen hair dyeing step (S2-2) of dyeing the camellia stamen hair to have a color corresponding to the actual camellia stamen color; and a hair dyeing step (S2-3) for dyeing the hair for the leaves of the camellia to have a color corresponding to the color of the leaves of the actual camellia.

10 is a photograph showing tubes containing carmine red hair nail polish coating dye, rouge red dye, blue dye and yellow dye, and FIG. It is a photograph of and rouge red dye, blue dye and yellow dye, and FIG. 12 is a photograph showing that the dyes of FIG. 11 are mixed and applied to the hair for camellia flower petals and dyed with the color of camellia flower petals.

Specifically, the hair dyeing step (S2-1) for camellia petals is, as shown in FIGS. 10 to 12, carmine red hair nail polish coating dye, rouge red dye and blue dye. and a dye preparation step (S2-1a) of preparing a yellow dye; Mixing step ( S2-1b) and; and a second mixed solution application step (S2-1c) of applying the first diluted dye produced by diluting the second mixed solution in water to the hair for camellia petals to dye the camellia petal color.

The carmine red color is very slightly purplish, but generally represents a dark red that is slightly closer to red than crimson, and the rouge red color shows a very black and red color. The second mixture prepared by mixing 10 parts by weight of blue dye and 10 parts by weight of yellow dye to a first mixture of 50 parts by weight and 50 parts by weight of rouge red dye is applied with a first diluted dye produced by diluting in water and dyed The hair for the camellia flower petals that have been made can represent the color of the dark red camellia flower petals well.

13 is a photograph showing that orange dye is squeezed on a plate, FIG. 14 is a photograph showing that the orange dye of FIG. 10 is diluted in water boiled at 100° C., and FIG. 15 is a hairpiece for camellia flower surgery. It is a photograph showing that the hair is dipped in the diluted dye of Figure 14, and Figure 16 is a photograph of the dyed camellia stamens hair of Figure 15.

The hair dyeing step (S2-2) for camellia surgery is, as shown in FIGS. 13 to 16, in a set amount of water boiled at 100°C by squeezing a set amount of orange dye on a plate to produce a second diluted dye. a dilution step of diluting (S2-2a); a dyeing step (S2-2b) of dipping the camellia stamen hair in the form of a hairpiece in the second diluted dye for 10-15 seconds, then taking it out and drying it; It includes a first natural drying step (S2-2c) of naturally drying the dyed camellia stamens hair. Here, although not limited thereto, the amount of orange dye squeezed into the dish is 3 to 7 g, and the amount of water in which 3 to 7 g of the orange dye is diluted is not limited thereto, but is preferably 30 to 50 ml. In this way, squeeze the orange dye in a set amount, that is, 3 to 7 g, and dilute it in a set amount boiled at 100° C., that is, in 30 to 50 ml of water, and add the camellia stamens hair to the second diluted dye for 10-15 seconds. After soaking for a while, taking it out, drying and dyeing, and then drying it naturally, the camellia stamens hair is dyed orange.

17 is a photograph showing that green hair nail polish coating dye and yellow hair nail polish coating dye are woven on a plate, and FIG. 18 is a picture showing that the dye of FIG. 17 is applied to the hair for camellia leaves and dyed with the color of camellia leaves It's a photo.

As shown in FIGS. 17 and 18 , in the hair dyeing step (S2-3) for camellia leaves, a green hair nail polish coating dye and a yellow hair nail polish coating dye are prepared and mixed in a weight ratio of 1:1 to obtain a third mixture. a mixing step (S2-3a) to generate; The resulting third mixed solution was diluted with water at a ratio of water to the third mixed solution in a weight ratio of 1:1.5 to 2 to produce a third diluted dye, and this third diluted dye was applied to the hair for camellia leaves and camellia flowers A third diluted dye application step (S2-3b) of dyeing with the color of leaves; It includes a drying step (S2-3c) of drying the dyed hair for the camellia leaves. In this way, the green hair nail polish coating dye and the yellow hair nail polish coating dye were prepared and mixed in a ratio of 1:1 by weight. By diluting in water to produce a third diluted dye, applying it to the hair for camellia leaves and dyeing, the hair for camellia leaves is dyed with the color of camellia leaves.

19 is a photograph showing that woodworking glue is applied to an area adjacent to one end of the hair for camellia petals using a comb, and FIG. It is a photograph showing that the woodworking glue application and drying site is cut and divided in the longitudinal direction of the dried camellia flower petal hair, and FIG. It is a photograph showing the production of flat camellia petals by spreading and drying in a fan shape, and FIG.

The camellia flower petal forming step (S3) is a step of forming the dyed camellia flower petal hair into camellia flower petals.

Specifically, in the camellia flower petal forming step (S3), as further shown in 19 to 22, the woodworking glue is applied using a comb to the area adjacent to one end of the hair for the camellia flower petals to which the first diluted dye is applied, After drying for 5 hours, washing with lukewarm water and naturally drying wood glue application and drying step (S3-1); A dividing step (S3-2) of cutting the dried camellia flower petal hair in the longitudinal direction of the woodworking glue application and drying part in the longitudinal direction of the dried camellia flower petal hair and dividing it into 3-4 equal parts; A flat camellia petal manufacturing step (S3-3) of applying woodworking glue to the entire hair for the camellia petals divided into equal parts, spreading them in a fan shape using a comb, and drying them for 24 hours or more to produce flat camellia petals; A three-dimensional camellia petal manufacturing step (S3-4) of manufacturing three-dimensional camellia petals using an iron at 180° C.; It includes a camellia petal manufacturing step (S3-5) of manufacturing camellia petals by attaching the three-dimensional camellia petals to each other with glue. In this way, in the woodworking glue application and drying step (S3-1), the woodworking glue is applied using a comb to the part adjacent to one end of the hair for the camellia flower petals to which the first diluted dye has been applied, dried for 5 hours, and then washed with lukewarm water. When it is dried, the parts adjacent to one end of the hair for camellia petals are bound to each other and dried in a clean state, and the woodworking glue application and drying part of the hair for camellia petals dried with it in the equalization step (S3-2) is dried. When the hair for camellia petals is cut in the longitudinal direction and divided into 3-4 equal parts, the hair for camellia petals is divided into 3-4 equal parts, and in the flat camellia petal manufacturing step (S3-3), the entire hair for the camellia petals divided into equal parts After applying woodworking glue to the surface, use a comb to spread it out in a fan shape and dry it for 24 hours or more to produce flat camellia petals. Camellia petals are manufactured, and in the camellia petal manufacturing step (S3-5), the three-dimensional camellia petals are attached to each other with glue to prepare camellia petals. The number is 5-7.

23 is a photograph showing the application of glue to the hair root part immediately above the stitched part of the cut camellia stamens hair, and FIG. 24 is a photo showing the camellia stamens hair of FIG. 23 on the side to which the glue is applied. It is a photograph showing the formation of a camellia stamen, FIG. 25 is a photograph showing applying woodworking glue to the upper part of the formed camellia stamen of FIG. 24, and FIG. 26 is a yellow hair powder formed by cutting yellow-dyed hair It is a photograph showing that the woodworking glue is applied by spraying it on the upper part of the camellia flower operating table of FIG. It is a photograph showing the formation of anthers on the top of the operating table.

The camellia stamen forming step (S4) is a step of forming the dyed camellia stamens using the camellia stamens.

Specifically, the camellia stamen forming step (S4) is, as shown in FIGS. 23 to 26, of the camellia stamens at a location spaced apart from the part where the camellia stamens in the form of hairpieces are sewn at a set interval. A cutting step (S4-1) of cutting in a direction perpendicular to the longitudinal direction; a hair root glue application step (S4-2) of applying the glue to the hair root part just above the stitched part of the camellia flower surgical hair; a camellia stamen forming step (S4-3) of forming a stamen for camellia by rolling the hair for stamens on the side to which the glue is applied; a woodworking glue application step (S4-4) at the upper end of the operating table for applying woodworking glue to the upper end of the formed camellia operating table; A hair powder attachment step (S4-5) of spraying and attaching yellow hair powder formed by cutting yellow-dyed hair to the upper part of the camellia operating table coated with woodworking glue; To form a camellia flower stamen, an anther forming step of spraying a hair powder fixing agent with a spray on the attached hair powder so that the hair powder is fixed to the woodworking glue to form an anther on the top of the operating table and drying it naturally (S4-6) includes

The cutting position in the cutting step (S4-1) is a position spaced apart by a set interval from the part where the camellia stamens in the form of hairpieces are sewn, for example, a position of 3-5 cm, which is the length of the actual camellia stamens. It is preferable, but not limited thereto, and if the camellia petals are made smaller than the actual size, the camellia stamens can be made smaller accordingly. In the hair root glue application step (S4-2), the glue is applied to the hair root part just above the stitched part of the camellia surgery hair, and in the camellia surgery table forming step (S4-3), the glue is applied to the side When the hair for camellia surgery is rolled up, the dried part is not loosened by the applied glue, thereby forming a camellia operating table. In the hair powder attachment step (S4-5), yellow hair powder formed by cutting yellow-dyed hair is sprayed on the upper part of the camellia stamen coated with woodworking glue and attached, and in the anther formation step (S4-6), the attached hair By spraying a hair powder fixing agent on the powder with a spray to make the hair powder adhere to the woodworking glue, an anther is formed on the top of the operating table and dried naturally to form a camellia stamen having an anther yellow when viewed from the outside.

The camellia leaf forming step (S5) is a step of forming the dyed hair for camellia leaves into camellia leaves.

The camellia leaf forming step (S5) includes: a woodworking glue application step (S5-1) of applying woodworking glue to the dyed hair for the camellia leaves; A flat camellia leaf forming step (S5-2) of combing the camellia leaf-covered hair with a comb and again using a comb tail to gather the tips of the camellia leaf hair and spread it out to form a flat camellia leaf; A natural drying step (S5-3) of naturally drying the flat camellia leaves; It includes a three-dimensional camellia leaf forming step (S5-4) of forming the three-dimensional camellia leaves that are three-dimensionally formed concavely while pressing the naturally-dried flat camellia leaves with an iron at 180°C. In this way, the woodworking glue is applied to the hair for the camellia leaves dyed in the woodworking glue application step (S5-1), and the woodwork glue is applied in the flat camellia leaf forming step (S5-2), and the hair for the camellia leaves is combed. After combing with a comb, collect the ends of the hair for camellia leaves using a comb tail and spread them out so that they become flat camellia leaves, and naturally dry the flat camellia leaves in the natural drying step (S5-3), and the three-dimensional camellia leaf formation step (S5) The flat camellia leaves dried naturally in -4) are pressed with an iron at 180° C. to form three-dimensional camellia leaves that are three-dimensionally formed concave.

28 is a photograph showing the attachment of three-dimensional camellia leaves to the lower surface of the camellia petals attached to each other with woodworking glue, and FIG. 29 is a photograph showing the completed camellia flower of the present invention.

The camellia flower completion step (S6) is a step of completing the camellia flower by attaching the camellia stamens and camellia leaves formed on the formed camellia flower petals.

Specifically, the camellia flower completion step (S6) includes, as shown in FIGS. 28 and 29, a camellia petal mutual attachment step (S6-1) of attaching the lower ends of 5-7 formed camellia petals to each other with glue; A camellia stamen attachment step (S6-2) of applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other; The formed three-dimensional camellia leaves are attached to the lower surface of the camellia petals attached to each other with woodworking glue, but when attached, from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off. A camellia leaf attachment step (S6-3) for filling the space formed up to a set interval with woodworking grass; A powder powder attachment step (S6-4) of preparing and spraying powder of the same color as the color of the three-dimensional camellia leaves on the external exposed part of the woodworking grass filled in the space; a natural drying step (S6-5) of natural drying of the woodworking pool filled in the space; and a nail polish application step (S6-6) of applying nail polish to the formed camellia petals and the three-dimensional camellia leaves.

As described above, in the camellia petal mutual attachment step (S6-1), the lower ends of 5-7 petals of the camellia flower formed are attached to each other with glue, and in the camellia stamen attachment step (S6-2), the stitched portion of the bottom of the camellia stamen is Glue is applied on the lower surface to attach the glue application part of the camellia stamen to the center of the concave part formed by the upper surface of the camellia petals attached to each other so that the stamens are attached to the camellia petals, and in the camellia leaf attachment step (S6-3) The formed three-dimensional camellia leaves are attached to the lower surface of the camellia petals attached to each other with woodworking glue, but when attached, from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off. The three-dimensional camellia leaves and camellia petals are attached to widen the attachment area of the three-dimensional camellia leaves and camellia petals so that the space formed up to the set interval is filled with woodworking glue, and the three-dimensional camellia leaves are prevented from falling off, and in the powder powder attachment step (S6-4), the space filled To the external exposed part of woodworking grass, prepare and sprinkle powder powder of the same color as that of the three-dimensional camellia leaves to attach to the three-dimensional camellia leaves. In the natural drying step of woodworking grass (S6-5), the woodworking grass filled in the space is naturally dried, and in the nail polish application step (S6-6), nail polish is applied to the formed camellia petals and the three-dimensional camellia leaves to make the three-dimensional Camellia leaves are smooth, shiny and shiny without damage, so they are smooth, shiny and shiny just like the actual camellia leaves.

In another embodiment, in the step of completing the camellia flower (S6), the step (S6-1) of attaching the lower ends of the 5-7 petals of the camellia formed to each other with glue; Applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other Omitting the camellia stamen attachment step (S6-2) Instead of, the camellia petals formed between the camellia stamen forming step (S4-3) and the stamen upper part woodworking glue application step (S4-4) or after the anther forming step (S4-6) A step of attaching camellia petals to each other with glue; Applying glue to the lower surface of the stitched part at the bottom of the camellia stamen, attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other It is also possible to add a camellia stamen attachment step. .

As described above, the camellia flower manufactured by the method for manufacturing a camellia flower using hair of the present invention is attached to the canvas on which the painting is drawn with adhesive, etc. It can be attached with adhesive and sold as a brooch, or it can be attached to works such as other exhibition crafts as well as painting pus and used as props for exhibition works.

Hereinafter, through Example 1, each step of the method for producing a camellia flower using hair of the present invention is to be understood in detail.

[Material preparation step (S1)]

In the material preparation step (S1), 15 camellia petal hair cut to a length of 4 cm, 3 camellia stamens hair in the form of a hairpiece, 3 camellia leaf hair cut to a set length, hair dye, water, and A material including a comb was prepared.

Camellia flower includes petals, stamens and leaves, and 5-7 petals are joined from the bottom and are 3-5cm long. In order to express this camellia flower using hair, a plurality of camellia petal hair cut to a set length, camellia stamen hair in the form of a hairpiece, a plurality of camellia leaf hair cut to a set length, hair dye, water, and a comb to prepare the materials that contain it.

[Hair dyeing step (S2)]

In the hair dyeing step (S2), the hair for camellia petals, hair for camellia stamens, and hair for camellia leaves are respectively applied to have a color corresponding to the color of actual camellia petals, actual camellia stamens, and actual camellia leaves. As a dyeing step, the camellia petal hair dyeing step (S2-1) of dyeing the hair for the camellia petals to have a color corresponding to the actual color of the camellia petals; a camellia stamen hair dyeing step (S2-2) of dyeing the camellia stamen hair to have a color corresponding to the actual camellia stamen color; and a hair dyeing step (S2-3) for dyeing the hair for the leaves of the camellia to have a color corresponding to the color of the leaves of the actual camellia,

The hair dyeing step for camellia flower petals (S2-1) is a hair dye preparation step (S2-1a) of preparing carmine red hair nail polish coating dye, rouge red dye, blue dye, and yellow dye (S2-1a) )Wow; Mixing step ( S2-1b) and; It was configured to include a second mixed solution application step (S2-1c) of applying the first diluted dye produced by diluting the second mixed solution in water to the hair for camellia flower petals and dyeing the camellia petal color.

Although the carmine red color is very slightly purple, it generally exhibits a deep red color that is slightly closer to red than crimson, and the rouge red color shows a very black and red color. Color hair manicure coating dye 20g and rouge red dye in a first mixture of 10g blue dye and 10g yellow dye in a second mixture prepared by mixing in 60㎖ of water It is applied with a first diluted dye produced by diluting it The dyed hair for camellia flower petals was able to express the color of dark red camellia flower petals well.

The hair dyeing step (S2-2) for camellia surgery is a dilution step of squeezing 5 g of orange dye on a plate and diluting it in 40 ml of water boiled at 100 ° C to produce a second diluted dye (S2-2a) Wow; a dyeing step (S2-2b) of immersing the camellia stamens hair in the form of a hairpiece in the second diluted dye for 12 seconds, then taking it out and drying it; It includes a first natural drying step (S2-2c) of naturally drying the dyed camellia stamens hair. In this way, squeeze 5 g of orange dye in a plate and dilute it in 40 ml of water boiled at 100 ° C. Soak the stamens for the camellia flower in the second diluted dye for 12 seconds, then take it out, dry it and dye it, and then dry it naturally. It can be seen that the hair for surgery is dyed orange.

In the hair dyeing step (S2-3) for camellia leaves, a green hair nail polish coating dye and a yellow hair nail polish coating dye are prepared and mixed in a ratio of 10 g: 10 g, which is a ratio of 1:1 by weight, to produce a third mixed solution mixing step (S2-3a) and; The resulting third mixed solution was diluted with water at a ratio of water to the third mixed solution at a weight ratio of 1:1.5 to 2 to produce a third diluted dye, and this third diluted dye was applied to the hair for camellia leaves and camellia flowers A third dilution dye application step (S2-3b) of dyeing with the color of leaves; It was configured to include a drying step (S2-3c) of drying the dyed camellia leaf hair. In this way, the green hair nail polish coating dye and the yellow hair nail polish coating dye were prepared and mixed in a ratio of 10 g: 10 g, which is a ratio of 1:1 in a weight ratio of 1:1, and a third mixture solution of water to the third mixture solution. The ratio was diluted in water with a weight ratio of 30 g of 1:1.5 to produce a third diluted dye, which was applied to the hair for camellia leaves and dyed. It was confirmed that the hair for camellia leaves was dyed with the color of camellia leaves.

[Camellia petal formation step (S3)]

The camellia flower petal forming step (S3) is a step of forming the dyed camellia flower petal hair into camellia flower petals, and using a comb in the vicinity of one end of the camellia flower petal hair to which the first diluted dye is applied, woodworking glue is used. After applying and drying for 5 hours, washing with lukewarm water and naturally drying the wood glue application and drying step (S3-1); a dividing step (S3-2) of cutting the dried camellia petal hair in the longitudinal direction of the woodworking glue application and drying part in the longitudinal direction of the dried camellia flower petal hair; A flat camellia petal manufacturing step (S3-3) of applying woodworking glue to the entire hair for the camellia petals divided into equal parts, spreading them in a fan shape using a comb, and drying them for 24 hours to produce flat camellia petals; A three-dimensional camellia petal manufacturing step (S3-4) of manufacturing three-dimensional camellia petals using an iron at 180° C.; It includes a camellia petal manufacturing step (S3-5) of manufacturing camellia petals by attaching the three-dimensional camellia petals to each other with glue. In this way, in the woodworking glue application and drying step (S3-1), the parts adjacent to one end of the hair for camellia petals are bound to each other and dried in a clean state, and in the equalization step (S3-2), the hair for camellia petals is In the three-dimensional camellia petal manufacturing step (S3-3), flat camellia petals are prepared, and in the three-dimensional camellia petal manufacturing step (S3-4), a three-dimensional camellia petal shape is used using an iron at 180° C. In the camellia petal manufacturing step (S3-5), five three-dimensional camellia petals were attached to each other with glue to prepare camellia petals.

[Camellia stamen formation stage (S4)]

The camellia stamen forming step (S4) is a step of forming the dyed camellia stamens with camellia stamens. A cutting step of cutting in a direction perpendicular to the longitudinal direction (S4-1) and; a hair root glue application step (S4-2) of applying the glue to the hair root part just above the stitched part of the camellia flower surgical hair; a camellia stamen forming step (S4-3) of forming a stamen for camellia by rolling the hair for stamens on the side to which the glue is applied; a woodworking glue application step (S4-4) at the upper end of the operating table for applying woodworking glue to the upper end of the formed camellia operating table; A hair powder attachment step (S4-5) of spraying and attaching yellow hair powder formed by cutting yellow-dyed hair to the upper part of the camellia operating table coated with woodworking glue; To form a camellia flower stamen, an anther forming step of spraying a hair powder fixing agent with a spray on the attached hair powder so that the hair powder is fixed to the woodworking glue to form an anther on the top of the operating table and drying it naturally (S4-6) It was configured to include

The cutting position in the cutting step (S4-1) was a position at a set interval of 3 cm from the stitched part of the camellia stamen hair in the form of a hairpiece. In the hair root glue application step (S4-2), the glue is applied to the hair root part just above the stitched part of the camellia surgery hair, and in the camellia surgery table forming step (S4-3), the glue is applied to the side When the hair for camellia surgery is rolled up, the dried part is not loosened by the applied glue, thereby forming a camellia operating table. In the hair powder attachment step (S4-5), yellow hair powder formed by cutting yellow-dyed hair is sprayed on the upper part of the camellia stamen coated with woodworking glue and attached, and in the anther formation step (S4-6), the attached hair By spraying a hair powder fixing agent on the powder to make the hair powder adhere to the woodworking glue, an anther was formed on the top of the operating table and dried naturally to form a camellia stamen having an anther yellow when viewed from the outside.

[Camellia leaf formation step (S5)]

The camellia leaf forming step (S5) is a step of forming the dyed hair for camellia leaves into camellia leaves, and a woodworking glue application step of applying woodworking glue to the dyed camellia leaf hair (S5-1); A flat camellia leaf forming step (S5-2) of combing the camellia leaf-covered hair with a comb and again using a comb tail to gather the tips of the camellia leaf hair and spread it out to form a flat camellia leaf; A natural drying step (S5-3) of naturally drying the flat camellia leaves; It was configured to include a three-dimensional camellia leaf forming step (S5-4) of forming the three-dimensional camellia leaves that are three-dimensionally formed concavely while pressing the naturally-dried flat camellia leaves with an iron at 180°C. In this way, the woodworking glue is applied to the hair for the camellia leaves dyed in the woodworking glue application step (S5-1), and the woodwork glue is applied in the flat camellia leaf forming step (S5-2), and the hair for the camellia leaves is combed. After combing with a comb, collect the ends of the hair for camellia leaves using a comb tail and spread them out so that they become flat camellia leaves, and naturally dry the flat camellia leaves in the natural drying step (S5-3), and the three-dimensional camellia leaf formation step (S5) The flat camellia leaves dried naturally in -4) were pressed with an iron at 180° C. to form three-dimensional camellia leaves that are three-dimensionally concave.

[Camellia flower completion step (S6)]

The camellia flower completion step (S6) is a step of attaching the camellia flower stamens and camellia leaves formed on the formed camellia petals to complete the camellia flower, and attaching the lower ends of the formed camellia petals to each other with glue (S6) -1) and; A camellia stamen attachment step (S6-2) of applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other; Attach the formed three-dimensional camellia leaves to the lower surface of the camellia petals attached to each other with woodworking glue, but 2.5 cm from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off when attached Camellia leaf attachment step (S6-3) to fill the space formed up to the portion of the woodworking grass; a powder powder attachment step (S6-4) of preparing and spraying green powder that is the same color as the three-dimensional camellia leaves on the external exposed part of the woodworking grass filled in the space; a natural drying step (S6-5) of natural drying of the woodworking glue filled in the space; It was configured to include a nail polish application step (S6-6) of applying nail polish to the formed camellia flower petals and the three-dimensional camellia flower leaves.

As described above, in the camellia petal mutual attachment step (S6-1), the lower ends of the formed camellia petals are attached to each other with glue, and in the camellia stamen attachment step (S6-2), on the lower surface of the stitched part at the bottom of the camellia stamens By applying glue, the glue application part of the camellia stamens is attached to the center of the concave part formed by the upper surface of the camellia petals attached to each other so that the camellia stamens are attached to the camellia petals, and in the camellia leaf attachment step (S6-3), the formed Attach one three-dimensional camellia leaves to the lower surface of the camellia petals attached to each other with woodworking glue, but 2.5 cm from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off when attached. The three-dimensional camellia leaves and camellia petals are attached to widen the attachment area of the three-dimensional camellia leaves by filling the space formed up to the part, and the three-dimensional camellia leaves are prevented from falling off, and in the powder powder attachment step (S6-4), the outside of the woodworking grass filled in the space To the exposed part, prepare and sprinkle green powder, which is the same color as the color of the three-dimensional camellia leaves, and attach it to the three-dimensional camellia leaves to prevent color mismatch or disturbance of the external exposed part of the woodworking grass filled in the space for the three-dimensional camellia leaves, In the woodworking grass natural drying step (S6-5), the woodworking grass filled in the space is naturally dried, and in the nail polish application step (S6-6), nail polish is applied to the formed camellia flower petals and the three-dimensional camellia leaves, and the three-dimensional camellia leaves As the leaves became smooth, shiny and shiny without any damage, they became smooth, shiny and shiny just like the actual camellia leaves.

Example 2 includes a camellia petal mutual attachment step (S6-1) of attaching the lower ends of the five camellia petals formed in the camellia flower completion step (S6) to each other with glue; Applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other Omitting the camellia stamen attachment step (S6-2) Instead, between the step of forming the camellia stamens (S4-3) and the step of applying woodworking glue to the upper part of the operating table (S4-4), the camellia petals mutual attachment step of attaching the lower ends of the formed camellia petals to each other with glue; ; The camellia stamen attachment step of attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other by applying glue to the lower surface of the stitched part at the bottom of the camellia stamen was added except that was configured to be the same as in Example 1.

As described above, in the step of attaching the camellia petals to each other, the lower ends of the formed camellia petals are attached to each other with glue, and in the step of attaching the camellia stamens, glue is applied to the lower surface of the stitched part at the bottom of the camellia stamens, and the glue application of the camellia stamens The camellia stamens were attached to the camellia petals by attaching the parts to the center of the concave part formed by the upper surface of the camellia petals attached to each other.

Although the present invention described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and various modifications and equivalent other embodiments are possible by those skilled in the art. should be made clear. Accordingly, the true technical protection scope of the present invention should be construed by the appended claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

S1: material preparation step S2: hair dyeing step
S2-1: hair dyeing step for camellia petals S2-1a: dye preparation step
S2-1b: mixing step S2-1c: second mixed solution application step
S2-2: Hair dyeing stage for camellia surgery
S2-2a: dilution step S2-2b: staining step
S2-2c: 1st natural drying step
S2-3: Hair dyeing step for camellia leaves S2-3a: Mixing step
S2-3b: Third diluted dye application step S3: Camellia flower petal formation step
S3-1: Woodworking glue application and drying step S3-2: Equal step
S3-3: Flat camellia petal manufacturing step
S3-4: Three-dimensional camellia petal manufacturing step S3-5: Camellia petal manufacturing step
S4: Camellia stamen formation stage S4-1: Cutting stage
S4-2: hair root glue application step S4-3: camellia flower operating table formation step
S4-4: Woodworking glue application step on the upper part of the operating table S4-5: Hair powder attachment step
S4-6: Anther formation stage S5: Camellia leaf formation stage
S5-1: Woodworking glue application step
S5-2: Flat camellia leaf formation stage S5-3: Natural drying stage
S5-4: Three-dimensional camellia leaf formation stage S6: Camellia flower completion stage
S6-1: Camellia petals mutual attachment step S6-2: Camellia stamen attachment step
S6-3: Camellia leaf attachment step S6-4: Powder powder attachment step
S6-5: Woodworking glue natural drying step S6-6: Nail polish application step

Claims (9)

delete delete A material preparation step ( S1);
A hair dyeing step of dyeing the actual camellia petals, the actual camellia stamens, and the hair for the camellia petals, the camellia stamens, and the camellia leaves to have a color corresponding to the color of the actual camellia leaves (S2);
Camellia petal forming step (S3) of forming the dyed hair for camellia flower petals into camellia flower petals;
Camellia stamen forming step (S4) of forming the dyed camellia stamens hair with camellia stamens;
Camellia leaf forming step (S5) of forming the dyed camellia leaf hair into camellia leaves; and
and a camellia flower completion step (S6) of attaching the camellia stamens and camellia leaves formed on the formed camellia flower petals to complete the camellia flower,
The hair dyeing step (S2),
a hair dyeing step for camellia petals (S2-1) of dyeing the hair for camellia petals to have a color corresponding to the actual color of the camellia petals;
a camellia stamen hair dyeing step (S2-2) of dyeing the camellia stamen hair to have a color corresponding to the actual camellia stamen color;
and a hair dyeing step (S2-3) for dyeing the hair for the leaves of the camellia to have a color corresponding to the color of the leaves of the actual camellia,
The hair dyeing step (S2-1) for camellia petals,
A hair dye preparation step (S2-1a) of preparing carmine red hair nail polish coating dye, rouge red dye, blue dye, and yellow dye;
Mixing step ( S2-1b) and;
A second mixture application step (S2-1c) of applying the first diluted dye produced by diluting the second mixture in water to the hair for camellia petals and dyeing them in the color of camellia petals. Using hair How to make camellia flowers. 4. The method of claim 3,
The hair dyeing step (S2-2) for camellia surgery is,
a dilution step (S2-2a) of squeezing a set amount of orange dye on a plate and diluting it with a set amount of water boiled at 100° C. to generate a second diluted dye;
a dyeing step (S2-2b) of dipping the camellia stamen hair in the form of a hairpiece in the second diluted dye for 10-15 seconds, then taking it out and drying it;
A method for producing camellia flowers using hair, comprising a first natural drying step (S2-2c) of naturally drying the dyed camellia stamens hair. 5. The method of claim 4,
The hair dyeing step (S2-3) for the camellia leaves is,
A mixing step (S2-3a) of preparing a green hair nail polish coating dye and a yellow hair nail polish coating dye and mixing them in a weight ratio of 1:1 to create a third mixed solution;
The resulting third mixed solution was diluted with water at a ratio of water to the third mixed solution at a weight ratio of 1:1.5 to 2 to produce a third diluted dye, and this third diluted dye was applied to the hair for camellia leaves and camellia flowers A third dilution dye application step (S2-3b) of dyeing with the color of leaves;
A method for producing camellia flowers using hair, characterized in that it includes a drying step (S2-3c) of drying the dyed camellia leaves for the hair. 6. The method of claim 5,
The camellia petal forming step (S3) is,
Woodworking glue is applied using a comb to the area adjacent to one end of the hair for camellia flower petals to which the first diluted dye has been applied, dried for 5 hours, washed with lukewarm water and dried naturally (S3-1) and ;
A dividing step (S3-2) of cutting the dried camellia flower petal hair in the longitudinal direction of the woodworking glue application and drying part in the longitudinal direction of the dried camellia flower petal hair and dividing it into 3-4 equal parts;
A flat camellia petal manufacturing step (S3-3) of applying woodworking glue to the entire hair for the camellia petals divided into equal parts, spreading them in a fan shape using a comb, and drying them for 24 hours or more to produce flat camellia petals;
A three-dimensional camellia petal manufacturing step (S3-4) of manufacturing three-dimensional camellia petals using an iron at 180° C.;
A method for producing camellia flowers using hair, characterized in that it includes a camellia petal manufacturing step (S3-5) of manufacturing camellia petals by attaching the three-dimensional camellia flower petals to each other with glue. 7. The method of claim 6,
The camellia stamen forming step (S4) is,
a cutting step (S4-1) of cutting the camellia stamens hair in the form of a hairpiece in a direction perpendicular to the length direction of the camellia stamens hair at a location spaced apart from the stitched part by a set interval;
a hair root glue application step (S4-2) of applying the glue to the hair root part just above the stitched part of the camellia flower surgical hair;
a camellia stamen forming step (S4-3) of forming a stamen for camellia by rolling the hair for stamens on the side to which the glue is applied;
a woodworking glue application step (S4-4) at the upper end of the operating table for applying woodworking glue to the upper end of the formed camellia operating table;
A hair powder attachment step (S4-5) of spraying and attaching yellow hair powder formed by cutting yellow-dyed hair to the upper part of the camellia operating table coated with woodworking glue;
To form a camellia flower stamen, an anther forming step of spraying a hair powder fixing agent with a spray on the attached hair powder so that the hair powder is fixed to the woodworking glue to form an anther on the top of the operating table and drying it naturally (S4-6) A method for producing camellia flowers using hair, comprising: 8. The method of claim 7,
The camellia leaf forming step (S5) is,
a woodworking glue application step (S5-1) of applying woodworking glue to the dyed camellia leaf hair;
A flat camellia leaf forming step (S5-2) of combing the camellia leaf-covered hair with a comb and again using a comb tail to gather the tips of the camellia leaf hair and spread it out to form a flat camellia leaf;
A natural drying step (S5-3) of naturally drying the flat camellia leaves;
A method for producing camellia flowers using hair, characterized in that it includes a three-dimensional camellia leaf forming step (S5-4) of forming the three-dimensional camellia leaves that are three-dimensionally formed concave while pressing the naturally-dried flat camellia leaves with an iron at 180°C. 9. The method of claim 8,
The camellia flower completion step (S6) is,
A camellia petal mutual attachment step (S6-1) of attaching the lower ends of the formed camellia petals to each other with glue;
A camellia stamen attachment step (S6-2) of applying glue to the lower surface of the stitched part at the bottom of the camellia stamen and attaching the glue application part of the camellia stamen to the center of the concave portion formed by the upper surface of the camellia petals attached to each other;
The formed three-dimensional camellia leaves are attached to the lower surface of the camellia petals attached to each other with woodworking glue, but when attached, from the inside of the space between the three-dimensional camellia leaves and the lower surface of the camellia petals to prevent the three-dimensional camellia leaves from falling off. A camellia leaf attachment step (S6-3) for filling the space formed up to a set interval with woodworking grass;
A powder powder attachment step (S6-4) of preparing and spraying powder of the same color as the color of the three-dimensional camellia leaves on the external exposed part of the woodworking grass filled in the space;
a natural drying step (S6-5) of natural drying of the woodworking glue filled in the space;
A method for producing a camellia flower using hair, comprising a nail polish application step (S6-6) of applying nail polish to the formed camellia flower petals and the three-dimensional camellia flower leaves.

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