KR102364394B1 - How to make Orchid plants using hair - Google Patents

Abstract

The present invention relates to a method for producing an orchid decoration using hair. The method comprises: a bleaching step of preparing and bleaching cut hair; a dyeing step of dyeing the bleached hair to a desired color; an arrangement step of washing the dyed hair and longitudinally and thinly arranging the washed hair according to a width corresponding to a leaf of an orchid; a leaf production step of applying an adhesive resin to an external surface of the hair that has undergone the arrangement step so that the adhesive resin is formed in a predetermined thickness and fixing the hair in the arranged form so as to produce a leaf; a core attachment step of attaching a surface-emitting optical fiber to the leaf manufactured through the leaf production step, superimposing a plurality of leaves on the core, and attaching the leaves to the core; a leaf assembly forming step of inserting and fixing the core into a cylindrical clip; and a decoration completion step of inserting the clip portion of the leaf assembly into a case in which an LED light source is installed so that light is emitted from the clip portion. A leaf size-specific preparation step is included between the leaf production step and the core attachment step. In the leaf size-specific preparation step, one end of the leaf, to which the adhesive resin is applied to a certain thickness and which is partially dried, is sharply closed, and the hair is bent like a natural orchid by a middle bending line so that a plurality of leaves with various dimensions and lengths are produced. According to the present invention, the orchid decoration produced thereby exhibits excellent decorative aesthetics, thereby being able to decorate the indoor environment.

Description

How to make Orchid plants using hair

The present invention relates to a method for manufacturing an orchid decoration using hair, and more particularly, to reproduce an orchid decoration with long thin leaves that gives a taste and feeling similar to a natural orchid plant using hair that is cut and discarded at a beauty salon, etc. It relates to a method for manufacturing an orchid decoration using hair.

In general, people's hair grows continuously, so it is neatly cut and organized at a beauty salon, and is cut to a predetermined length in order to change the style.

Most of the hair that is cut and discharged is disposed of in a large amount, but recently, hair ornaments or flower ornaments are made and recycled from the discarded hair.

Inventions related to a method of recycling discarded hair as decorations are disclosed as Patent Nos. 1790999 and 2120325.

This disclosed patent is a method of manufacturing crafts or flower decorations from discarded hair, all of which are cured as hair bleaching, hair dyeing, and hair arrangement adhesives to produce petal shapes or decorations.

However, the disclosed prior art simply decolorizes and dyes hair to make a decoration of a desired shape as an adhesive, and thus the decorative aesthetics are not excellent. there was no

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An object of the present invention is to provide a method for manufacturing an orchid decoration using hair, which provides a decorative effect by manufacturing leaves similar to orchid plants using discarded hair.

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The present invention is a means for achieving this object,
A bleaching step of preparing the cut hair and bleaching it;
a dyeing step of dyeing the bleached hair to a desired color;
an arrangement step of washing the dyed hair and arranging it long and thin with a width corresponding to the leaves of an orchid;
A leaf manufacturing step of manufacturing the leaves by applying an adhesive resin to the outer surface of the hair that has undergone the arrangement step to a predetermined thickness and fixing the arrangement as it is;
a core attachment step of attaching a surface light emitting optical fiber to the leaf manufactured through the leaf manufacturing step and superimposing a plurality of leaves on the core to attach;
A leaf assembly forming step of inserting and fixing the core into a cylindrical clip
A decoration completion step of inserting the clip portion of the leaf assembly into a case in which an LED light source is installed to emit light;
In the decoration manufacturing method using the hair consisting of,
Between the leaf manufacturing step and the core attaching step, an adhesive resin is applied to a predetermined thickness, one end of the partially dried leaf is sharply closed, and bent like a natural orchid by a middle bending line while having a length of various dimensions. There is provided a method for manufacturing an orchid decoration using hair, characterized in that it includes a preparation step for each size of the leaf for producing a plurality of leaves.

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In this way, the present invention composes orchid leaves with discarded hair, but by mixing and arranging surface light emitting optical fibers in both edges and in the middle to compose orchid leaves as in the natural state, draw beautiful curves and reproduce elegant orchid decorations. The dazzling light creates the outer shape of the leaf by the surface-emitting optical fiber mixed with the edge of the leaf, that is, the leaf edge, so it has excellent decorative aesthetics and can decorate the interior more beautifully.

1 is a step-by-step manufacturing process diagram of the present invention;
2 is an exemplary view in which hair is spread and formed to a predetermined width together with a surface-emitting optical fiber;
3 is an exemplary view of a leaf configured to be pointed by pulling one end of the fixed hair spread to a predetermined width;
4 is a cross-sectional view taken along line "A-A" of FIG. 1;
5 is an exemplary view of variously manufactured leaves for each size;
6 is an exemplary view of attaching the leaf to the core
Figure 7 is an example of attaching the leaf to the core overlapping
8 is an exemplary view of a leaf assembly in which a core overlaid with leaves is fixed with a clip
9 is a cross-sectional view along the line "I-I" of FIG.
10 is an exemplary view of a luminescent orchid decoration completed by the present invention

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

1 is a step-by-step manufacturing process diagram of the present invention, and FIGS. 2 to 10 are, as an embodiment of the present invention, a manufacturing that similarly reproduces the decoration of an orchid plant consisting of a long and thin intermediate bent part and a pointed top. The method is shown step by step.

1 to 10, the manufacturing method of an orchid decoration using hair of the present invention includes a bleaching step (S100) of preparing large-cut hair (10, 10') and bleaching;
a dyeing step (S200) of dyeing the bleached hair (10) (10') in a desired color;
an arrangement step (S300) of washing the dyed hair (10) (10') and arranging them long and thin with a width corresponding to the leaf 30 of the orchid;
A leaf manufacturing step of manufacturing the leaf 30 by applying the adhesive resin 20 to the outer surface of the hair 10 and 10 ′ that has undergone the arrangement step S300 to a predetermined thickness and fixing the arrangement as it is (S400) ;
Surface-emitting optical fibers 50 are attached to both edges and in the middle of the leaf 30 manufactured through the leaf manufacturing step (S400), and a plurality of leaves 30 are superimposed on the core 60 to the cylindrical clip 70. Inserting the core attachment step (S600);
A leaf assembly forming step of inserting and fixing the core 60 into the cylindrical clip 70 (S700)
A decoration completion step (S800) of inserting the clip 70 of the leaf assembly into the case 80 in which the LED light source 40 is installed to emit light (S800);
In the decoration manufacturing method using the hair consisting of,
Between the leaf manufacturing step (S400) and the core attaching step (S600), an adhesive resin is applied to a predetermined thickness, and one end of the leaf 30 in a partially dried state is sharply clenched, and by a middle bending line (L2) Method of manufacturing an orchid decoration using hair, characterized in that it includes a preparation step (S500) for each size of the leaf to produce a plurality of leaves 30 having a length of various dimensions while bending like a natural orchid
Hereinafter, each step will be described in more detail.

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[Discoloration step]-S100

After preparing and washing the hair 10 (10') having a cut length, and drying the hair 10 (10') to completely remove the moisture, the hair 10 (10') is subjected to a bleaching process.

At this time, as the bleaching agent, a bleaching solution mixed with an oxidizing agent and an alkali agent is used, and the color particles in the cortex are oxidized and changed in the form of colorless molecules by the oxidizing agent, and the hair 10 (10') by the alkali agent ) is swollen and softened, and the hairs 10 and 10' are immersed in the bleaching for about 10 to 30 minutes to decolorize.

[Dyeing step]-S200

After the bleached hair 10 (10') is dried, it is dyed in a desired color using a hair dye.

At this time, the color can be dyed in multiple colors as well as one color. As an example, when a flower decoration such as an orchid plant is manufactured, the entire color is dyed green like a natural orchid, and other plants to be manufactured are dyed green. It is dyed in a variety of colors to match the type.

[Arrangement Step]-S300

The dyed hair (10) (10') is stretched long, collected in an area corresponding to the width of the leaf (30) and attached to a long and thin arrangement. (See Fig. 2)

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[Leaf manufacturing stage]-S400

In the leaf manufacturing step (S400), an adhesive resin 20 is applied to the outer surface of the arranged hair 10 and 10 ′ and the surface emitting optical fiber 50 to a predetermined thickness, and one end is sharply closed in a partially dried state. It is a step of manufacturing the leaf 30 by bending the intermediate bending line L2 slightly like a natural orchid, and drying it in a curved state that draws a curve like a natural orchid. (See FIGS. 3 to 4)

At this time, the application thickness of the adhesive resin 20 is possible as long as it is firmly fixed so that the hair 10 and 10 ′ and the surface light emitting optical fiber 50 are not separated and are not disturbed. ), it is not easy to deform and breaks, and if applied in too small a quantity, it is not easy to adhere. desirable.

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[Preparation steps for each leaf size]-S500

In the preparation step (S500) for each size of the leaf, an adhesive resin is applied to a predetermined thickness through the leaf manufacturing step (S400), and one end of the leaf 30 in a partially dried state is sharply closed, and the intermediate bending line (L2) ) is a step of manufacturing a plurality of leaves 30 having a length of various dimensions while bending like a natural orchid.
In addition, in the preparation step for each size of the leaf, it is curved by hand in the drying process or is curved in a natural curved state by using a heating device such as an iron in a completely dried state.

At this time, cut the other side of the sharp part correctly.
[Core attachment stage]-S600

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A plurality of long and short leaves 30 prepared by size are attached to the outer surface of the core 60 with the lower end so that the pointed part is located on the upper part, but are attached by length to overlap, and the lower end of the entire leaf 30 is fixed to the core 60 The upper part draws a curve and keeps it open freely. (See FIGS. 6 to 7)

The core 60 is a hard material that does not transmit the illumination light of the LED light source 40 installed in the case 80, for example, resin, wood, cork is used, which is the LED light source 40 The illumination light is not transmitted through the core 60, but only passes through the surface light emitting optical fiber 50 to emit light, thereby preventing the light from being disturbed and allowing the light of the surface light emitting optical fiber 50 to emerge in the form of a more distinct leaf 30. to do

Also, the core 60 has a larger diameter as the number of leaves 30 increases.
In addition, in the above step, by mixing and arranging the surface-emitting optical fibers 50 in the longitudinal direction in the middle and both sides of the long hairs 10 and 10', the edge line L1 of the leaf 30 and the middle bending line ( L2) respectively.
The surface light emitting optical fiber 50 is made of thin glass fiber or silicon, and is made of a bundle by collecting one or several strands of optical fibers 50 and light is emitted over the entire optical fiber 50 subtly. ) is composed of ambient.
In addition, the surface light emitting optical fiber 50 may be additionally arranged between the edge line L1 and the intermediate bending line L2 as needed.
Here, as a method of arranging and fixing the hair 10 (10') and the surface-emitting optical fiber 50, both ends of the hair (10) (10') and the surface-emitting optical fiber 50 are attached to an adhesive tape, It can be carried out by applying glue or adhesive to a glass plate and arranging and pasting them one by one.

[Leaf aggregate formation stage]-S700

The lower ends of the plurality of leaves 30 are attached in an overlapping state and the combined core 60 is inserted into the cylindrical clip 70 and the clip is pressed and fixed so that the lower end of the leaf 30 is integrated with the core 60. A plurality of leaves 30 are fixed to form an orchid leaf assembly in which the upper end draws a free curve around the lower end fixed to the clip 70 . (See FIGS. 8 to 9)

At this time, the clip is preferably a metal material to maintain a strong fixation and center of gravity.

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[Orchid decoration completion stage]-S800

When the clip of the leaf assembly made by the lower end of the leaf 30 is firmly fixed by a clip is inserted into the case 80 in which the LED light source 40 is installed, the orchid decoration 100 is completed, and during the daytime, the dyed hair (10) (10 ') and the surface light emitting optical fiber 50 gives a feeling like a natural orchid by the combination of the long, thin and naturally curved leaves 30, and at night, the LED light source 40 and the surface light emitting fiber Since light is irradiated along the entire outer shape of the leaf 30 by ( 50 ), a beautiful orchid decoration 100 in which the light constituting the lines forms a natural curve and emits light is formed. (See Fig. 10)

Here, the LED light source 40 can be illuminated in various colors by installing LED bulbs of several colors as well as one color at the same time.

The finished luminous orchid decoration 100 is used in its state inserted into the case 80 installed with the LED light source 40 as shown in FIG. 9 or, although not shown, the case 80 is placed in a common flowerpot. It is used together with the soil, and the cut and discarded hair (10) (10 ') is elongated and glued to produce the same as orchid leaf 30, which is formed into a leaf assembly by the core 60 and the clip to form an orchid and Since the same decoration is reproduced, an interior decoration effect can be obtained as an orchid decoration 100 along with recycling of the discarded hair 10, 10', and in particular, the borders of both edges mixed with the hair 10 and 10' When the line L1 and the intermediate bending line L2 arranged in the middle of the leaf 30 are made of the surface light emitting optical fiber 50 and light is irradiated by the LED light source 40, the edge line L1 is the leaf 30 ) and the middle bend line (L2) forms the middle bend of the leaf (30), so the entire shape of the orchid leaf (30) is expressed with beautiful light by the surface light emitting optical fiber (50), so it is very beautiful and for indoor decoration It is possible to obtain a large visual decorative effect when used.

10, 10': Hair 20: Adhesive resin 30: Leaves 40: LED light source 50: Surface light emitting fiber 60: Core 70: Cylindrical clip 80: Case 100: Orchid decoration L1: Border line L2: Intermediate bending line S100: Discoloration step S200 : Dyeing step S300 : Arrangement step S400 : Leaf manufacturing step S500 : Leaf size preparation step S600 : Core attachment step S700 : Leaf aggregate formation step S800 : Orchid decoration completion step

Claims (3)

A bleaching step (S100) of preparing the cut hair (10) (10') and bleaching;
a dyeing step (S200) of dyeing the bleached hair (10) (10') in a desired color;
an arrangement step (S300) of washing the dyed hair (10) (10') and arranging them long and thin with a width corresponding to the leaf 30 of the orchid;
A leaf manufacturing step of manufacturing the leaf 30 by applying the adhesive resin 20 to the outer surface of the hair 10 and 10 ′ that has undergone the arrangement step S300 to a predetermined thickness and fixing the arrangement as it is (S400) ;
A core attachment step (S600) of attaching a surface light emitting optical fiber to the leaf 30 manufactured through the leaf manufacturing step (S400) and superimposing a plurality of leaves 30 on the core 60;
A leaf assembly forming step of inserting and fixing the core 60 into the cylindrical clip 70 (S700)
A decoration completion step of inserting the clip portion of the leaf assembly into the case 80 installed with the LED light source 40 to emit light (S800);
In the decoration manufacturing method using the hair consisting of,
Between the leaf manufacturing step (S400) and the core attaching step (S600), an adhesive resin is applied to a predetermined thickness, and one end of the leaf 30 in a partially dried state is sharply clenched, and by a middle bending line (L2) A method of manufacturing an orchid decoration using hair, characterized in that it includes a preparation step (S500) for each size of the leaf to produce a plurality of leaves 30 having a length of various dimensions while bending like a natural orchid.
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