KR102385584B1 - the cubic picture frame manufacturing method of the radiation orchid ornament using hair and surface emitting optical fiber and cubic picture frame manufactured thereby - Google Patents

Abstract

The present invention relates to a method for manufacturing a three-dimensional frame for a light-emitting orchid decoration using hair and surface light-emitting optical fibers, and to a three-dimensional frame manufactured thereby. More specifically, the present invention relates to a method for manufacturing a three-dimensional frame for a light-emitting orchid decoration using hair and surface light-emitting optical fibers that renders beautiful decorative effects through a stereoscopic sensation and a natural aesthetic, and to a three-dimensional frame manufactured thereby. The method for manufacturing a three-dimensional frame for a light-emitting orchid decoration according to the present invention comprises the steps of: preparing an orchid decoration in the form of a long and lean leaf using hair that are cut and discarded at a beauty salon and surface light-emitting optical fibers; and installing the finished orchid decoration on the base surface of a frame having a natural texture.

Description

The cubic picture frame manufacturing method of the radiation orchid ornament using hair and surface emitting optical fiber and cubic picture frame manufactured thereby

The present invention relates to a method for manufacturing a three-dimensional picture frame of a luminescent orchid decoration using hair and a surface-emitting optical fiber, and to a three-dimensional picture frame manufactured by the method, and more particularly, to an orchid decoration with long thin leaves using hair and surface-emitting optical fiber that are cut and discarded in a beauty salon. It relates to a method for manufacturing a three-dimensional frame of a luminous orchid decoration using hair and surface-emitting optical fiber, which is installed on the background of a frame having a natural texture, to achieve a beautiful decorative effect with a three-dimensional and natural aesthetic, and a three-dimensional frame manufactured by the method.

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

Most of the hair cut and discharged in this way is disposed of in bulk, 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.

All of the disclosed patents are methods 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

And as in Patent No. 10-2136281, a picture frame using hair is disclosed, but it is a hairspray by applying an adhesive to the upper surface of the expression object and the base surface forming figures, letters, numbers, and images, and spraying short cut hair on it. Since it is a fixed structure, it has a unique aspect in that it forms a picture frame by attaching a short cut hair, but it lacks a natural aesthetic feeling and lacks a three-dimensional effect.

In addition, various structures have been disclosed for decorations manufactured using optical fibers, but these are merely decorations that emit light by a light emitting device bundled with optical fibers.

An object of the present invention is to prepare orchid leaves with long thin leaves by mixing discarded hair and surface-emitting optical fibers that beautifully emit light of various colors by means of an LED light source, and using the same, an orchid manufactured in the form of a decoration of an orchid plant An object of the present invention is to provide a method for manufacturing a three-dimensional frame of a luminous orchid decoration using hair and surface-emitting optical fiber, which has a three-dimensional effect and a natural aesthetic effect by attaching the ornament to the base surface of the picture frame that expresses the natural texture.

Another object of the present invention is to provide a three-dimensional picture frame prepared by the above manufacturing method.

The present invention is a means for achieving the above object, the bleaching step of preparing the cut hair and bleaching;

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 the orchid;

an orchid leaf manufacturing step of manufacturing orchid leaves by applying an adhesive resin to the outer surface of the hair subjected to the arrangement step to a predetermined thickness and fixing the arrangement as it is;

In the method for manufacturing a frame of an orchid decoration using hair for decorating the orchid leaf manufactured through the orchid leaf manufacturing step by emitting light with an LED light source,

The arranging step comprises the step of mixing and arranging the surface-emitting optical fibers in the longitudinal direction in the middle and both sides of the hair to be arranged so that the surface-emitting optical fibers constitute the edge line and the middle bending line of the orchid leaf, respectively, and the orchid leaf manufacturing step is Manufacturing step by applying adhesive resin to the hair and the outer surface of the surface-emitting optical fiber to a predetermined thickness, sharply tucking one end in a partially dried state, bending the middle bending line, and drying it in a curved state that draws a curve similar to that of a natural orchid. includes,

The discoloration step, the dyeing step, the arrangement step comprising the step of respectively configuring the border line and the middle bending line of the orchid leaf, and the orchid leaf manufacturing step including the step of drying in a curved state to draw a curve like a natural orchid are sequentially performed A preparation step for each size of orchid leaves to produce a plurality of orchid leaves of various dimensions as long and short lengths;

a core attachment step of attaching a plurality of orchid leaves prepared in the preparation step for each dimension of the orchid leaf so that the lower end overlaps the outer surface of the core;

an orchid leaf assembly forming step of inserting and fixing a core having a plurality of orchid leaf bottoms attached to each other in an overlapping state into a cylindrical clip;

Completing a light-emitting orchid decoration by inserting the clip portion of the orchid leaf assembly prepared in the above step into a case in which a conventional LED light source is installed;

a terrain background part forming step of forming a terrain background part such as soil and rocks on the base surface of a picture frame having a predetermined size;

Providing a three-dimensional frame manufacturing method of a luminescent orchid decoration using hair and a surface light-emitting optical fiber, characterized in that comprising;

The present invention provides a three-dimensional picture frame of a luminescent orchid decoration using hair and a surface emitting optical fiber manufactured by the above manufacturing method.

In addition, the core provides a method for manufacturing a three-dimensional frame of a luminous orchid decoration using hair and a surface-emitting optical fiber, characterized in that the core is made of a material through which light is not transmitted.

As described above, the present invention installs an orchid decoration manufactured like a natural orchid using discarded hair and a surface light emitting fiber integrally on the base of a frame having a natural texture, as if attaching a natural orchid to the base of the frame. In addition, the surface-emitting optical fiber in the form of orchid leaves emits light by the surface-emitting optical fiber installed on the orchid leaf to make the orchid appear splendid and three-dimensional. there is.

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 an orchid leaf configured to be sharp by tucking 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 orchid leaves prepared in various sizes by size;
6 is an exemplary view of attaching orchid leaves to the core
7 is an exemplary view of orchid leaves attached to the core overlapping
8 is an exemplary view of an orchid leaf assembly in which orchid leaves are overlapped with a core secured 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
11 is a side cross-sectional view of a state in which the orchid decoration is installed on the base surface;
12 is an exemplary view of the completed orchid decoration;

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 12 are, as an embodiment of the present invention, forming an intermediate bent part with a long and thin width and similarly reproducing the decoration of an orchid plant consisting of an orchid leaf with a pointed top An orchid decoration and a method of manufacturing a three-dimensional picture frame using the same are shown step by step.

1 to 10, the method for manufacturing a three-dimensional picture frame of a luminescent orchid decoration using hair and a surface emitting optical fiber of the present invention includes a bleaching step (S100) of preparing large-cut hair (10) (10');

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;

An orchid leaf manufacturing step ( S400);

In the method for manufacturing a frame of an orchid decoration using hair (10) (10 ') for decorating the orchid leaf (30) manufactured through the orchid leaf manufacturing step (S400) by emitting light with an LED light source (40),

The arranging step 300 is performed by mixing and arranging the surface emitting optical fibers 50 in the longitudinal direction in the middle and both sides of the hairs 10 and 10' to be arranged so that the surface emitting optical fibers 50 are formed on the edge of the orchid leaf 30. Comprising the step of respectively configuring the line (L1) and the intermediate bending line (L2), the orchid leaf manufacturing step (S400) is an adhesive resin on the outer surface of the hair (10) (10') and the surface-emitting optical fiber (50) (20) is applied to a predetermined thickness, one end is sharply closed in a partially dried state, the middle bend line (L2) is bent, and the manufacturing step is made by drying in a curved state that draws a curve like a natural orchid,

The discoloration step (S100), the dyeing step (S200), the arrangement step (S300), including the step of configuring each of the border line (L1) and the middle bending line (L2) of the orchid leaf 30, natural orchid, such as Preparation step for each dimension of orchid leaves manufacturing a plurality of orchid leaves 30 manufactured by sequentially passing through the orchid leaf manufacturing step (S400) including the step of drying in a curved state to draw a curve, as long and short lengths of various dimensions (S500);

A core attachment step (S600) of attaching a plurality of orchid leaves 30 prepared in the preparation step (S500) for each dimension of the orchid leaf so that the lower end overlaps the outer surface of the core 60;

An orchid leaf assembly forming step (S700) of inserting and fixing a plurality of orchid leaves 30, a core 60 attached to the lower end in an overlapping state into a cylindrical clip 70;

Completing the light-emitting orchid decoration 100 by inserting the clip 70 part of the orchid leaf assembly prepared in the above step into the case 80 in which the conventional LED light source 40 is installed (S800);

A terrain background portion forming step (S900) of forming a terrain background portion 90 such as soil, rocks, etc. on the base surface 91 of the picture frame having a predetermined size;

The step (S1000) of completing the three-dimensional picture frame 200 by installing the orchid decoration 100 on the terrain background part 90 made in the topographic background part forming step (S900) (S1000).

Hereinafter, each step will be described in more detail.

[Discoloration step]-S100

After preparing and washing the hair 10 (10') having a cut length and completely removing the moisture attached to the hair (10) (10'), it undergoes 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 is not only one color, but also multi-color complex dyeing is possible. As an example, when a flower ornament such as an orchid plant is manufactured, the whole is dyed green like a natural orchid, and other plants to be manufactured It is dyed in a variety of colors to match the type.

[Arrangement Step]-S300

The dyed hair (10) (10') is stretched out and arranged in an area corresponding to the width of the orchid leaf (30). (See Fig. 2)

In this process, the edge line (L1) and the middle bending line (L2) of the orchid leaf 30 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' ), 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 more strands of optical fibers 50, and light is subtly emitted over the entire optical fiber 50. It 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.

[Orchid leaf manufacturing stage]-S400

The discoloration step (S100), the dyeing step (S200), the arrangement step (S300), including the step of configuring each of the border line (L1) and the middle bending line (L2) of the orchid leaf 30, natural orchid, such as In addition to the arranged hair 10 and 10 ' of the orchid leaf 30 manufactured through the orchid leaf manufacturing step (S400) sequentially including the step of drying in a curved state to draw a curve and the surface light emitting optical fiber 50 Adhesive resin 20 is applied on the surface to a predetermined thickness, and in a partially dried state, one end is sharply closed, and the middle bending line (L2) is slightly bent like a natural orchid, and dried in a curved state that draws a curve like a natural orchid. to prepare the orchid leaf 30. (See FIGS. 3 to 4)

At this time, the coating 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 emitting optical fiber 50 are not separated and are not disturbed. 30), it is not easy to deform by bending it, and it has the disadvantage that it is easy to break, and if applied in too small amount, it is not easy to adhere. it is preferable

In addition, in forming the orchid leaf 30 in a curved state that draws a curve like a natural orchid, the adhesive resin 20 is applied and curved by hand in the drying process, or using a heating device such as an iron in a completely dried state. It can be formed in a natural curved state.

[Preparation steps for each size of orchid leaf]-S500

Prepared by manufacturing a plurality of long, thin, curved orchid leaves 30 for each dimension of various lengths, which are made through the orchid leaf manufacturing step (S400). (See Fig. 5)

At this time, cut the other side of the sharp part correctly.

[Core attachment stage]-S600

A plurality of long and short orchid 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 by length to overlap, the lower end of the entire orchid leaf 30 is the core 60 It is fixed to the pole, and 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 the light of the surface light emitting optical fiber 50 emerges in the form of a more distinct orchid leaf 30 to make it happen

Also, the core 60 has a larger diameter as the number of orchid leaves 30 increases.

[Orchid leaf aggregate formation stage]-S700

The lower ends of the plurality of orchid leaves 30 are attached in an overlapping state, and the combined core 60 is inserted into the cylindrical clip 70, and the clip 70 is pressed and fixed so that the lower end of the orchid leaf 30 is the core 60. It is fixed so as to be integrated with the plurality of orchid leaves 30 to form an orchid 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 70 is preferably made of a metal material to maintain a firm fixation and a center of gravity.

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[Orchid decoration completion stage]-S800

When the clip 70 of the orchid leaf assembly comprising the lower end of the orchid leaf 30 is firmly fixed by the clip 70 into the case 80 in which the LED light source 40 is installed, the orchid decoration 100 is completed. In the daytime, the dyed hair (10) (10') and the surface-emitting optical fiber 50 give a feeling like a natural orchid by the combination of the long, thin, and naturally curved orchid leaves 30, and at night Since light is irradiated along the entire outer shape of the orchid leaf 30 by the LED light source 40 and the surface-emitting optical fiber 50, the light forming the lines forms a natural curve and emits light in a beautiful orchid decoration 100. will be 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, and the battery 97 or AC power is used.

[Topographic background part formation stage]-(S900)

The terrain background part formation step (S900) is to form a terrain background material including natural objects such as natural soil, stones, rocks, and grass on the base surface 91 of the frame for installing the orchid decoration 100 in a flat or three-dimensional manner Accordingly, as the terrain background part forming step (S900) in which the orchid decoration 100 is installed, the terrain background part 90 targets natural objects such as soil, grass, and rocks, and the soil topography 92 is large and small crushed. The powdered hair 93 dyed in various colors and the crushed large and small fluorescent chips 94 are mixed with a transparent binder and applied in a natural form to the base surface 91 of the frame, and the rocky terrain 95 is As a synthetic resin material, it is a three-dimensional artificial rock with an empty interior, and is made by applying a color paint or fluorescent paint that gives a rock feel to the outer surface, and an optical sensor switch 96 that turns on/off the LED light source 40 and a battery ( 97) is installed so that when the surroundings are dark, the optical sensor switch 96 is turned on to automatically turn on the LED light source 40 and emit light by the fluorescent chip 94 applied to the terrain background part 90. has been

Here, the base surface 91 of the frame is installed inside the frame of the frame and is made of cloth, board, etc., and the blank area other than the terrain background part 90 is also painted in a harmonious color to express it, and the earth type In the case of (92), it is formed by giving unevenness, meandering, and inclination to give a natural and realistic feeling.

[3D picture frame completion stage]-(S1000)

In the three-dimensional frame completion step (S1000), the orchid decoration 100 completed in the orchid decoration completion step (S800) is installed on the rocky terrain 95 of the terrain background part 90 completed in the terrain background part forming step (S900) This is the step to complete the three-dimensional frame.

In the three-dimensional picture frame completed in this way, an orchid decoration that gives a three-dimensional effect like a natural orchid plant is integrally fixed to the rocky terrain 95 of the base surface 91, and the orchid plant grows on a natural rock in harmony with other landforms such as soil. will give you the same feeling as

In particular, the rock formation 95 is a three-dimensional artificial rock shape with an empty interior, and a battery 97 and an optical sensor switch 96 are built-in inside, so that the orchid decoration 100 is automatically turned on and off by turning the LED light source 40 on and off. Because it is illuminated by emitting light, it can be beautifully decorated indoors by emitting light of beautiful colors in a place where there is no light.

The three-dimensional picture frame manufactured by the three-dimensional frame manufacturing method of the luminous orchid decoration 100 using the completed hair 10 and 10 ′ and the surface light emitting optical fiber 50 includes the discarded hair 10 and 10 ′ and The orchid leaf 30 of the orchid plant is reproduced by the surface light emitting optical fiber 50, and the orchid decoration 100 manufactured using it is integrally coupled to the frame forming the terrain background part 90 giving a feeling like nature. By doing so, the orchid decoration 100, which gives a three-dimensional effect by a plurality of long and short orchid leaves 30 forming a natural curve, creates a three-dimensional picture frame that gives a feeling of growing in the natural terrain. It will create a natural beauty.

In addition, the orchid decoration 100 is visually very beautiful at night because the noodles and the optical fiber 50 installed on the orchid leaf 30 emit light of a beautiful color by the LED light source 40. effect can be provided.

10, 10': Hair 20: Adhesive resin 30: Orchid leaf 40: LED light source 50: Surface light emitting fiber 60: Core 70: Cylindrical clip 80: Case 90: Terrain background part 91: Base surface 92: Earth type 93: Hair grinding Water 94: Fluorescent chip 95: Rocky terrain 96: Light sensor switch 97: Battery 100: Orchid decoration L1: Border line L2: Intermediate bending line S100: Decolorization stage S200: Dyeing stage S300: Arrangement stage S400: Orchid leaf manufacturing stage S500: Preparation step by size of orchid leaf S600: core attachment step S700: orchid leaf assembly formation step S800: orchid decoration completion step S900: topographic background part formation step S1000: three-dimensional frame completion step

Claims (3)

A bleaching step (S100) of preparing the cut hair (10) (10') and bleaching;
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;
An orchid leaf manufacturing step ( S400);
In the method for manufacturing a frame of an orchid decoration using hair (10) (10 ') for decorating the orchid leaf (30) manufactured through the orchid leaf manufacturing step (S400) by emitting light with an LED light source (40),
In the arranging step (S300), the surface light emitting optical fibers 50 are mixed and arranged in the longitudinal direction in the middle and both sides of the hairs 10 and 10 ′ to be arranged so that the surface light emitting optical fibers 50 are formed at the edge of the orchid leaf 30 . Comprising the step of respectively configuring the line (L1) and the intermediate bending line (L2), the orchid leaf manufacturing step (S400) is an adhesive resin on the outer surface of the hair (10) (10') and the surface-emitting optical fiber (50) (20) is applied to a predetermined thickness and in a partially dried state, one end is sharply closed, the middle bending line (L2) is bent, and dried in a curved state to draw a curve like a natural orchid,
The discoloration step (S100), the dyeing step (S200), the arrangement step (S300), including the step of configuring each of the border line (L1) and the middle bending line (L2) of the orchid leaf 30, such as natural orchids Preparation step for each dimension of orchid leaves manufacturing a plurality of orchid leaves 30 manufactured by sequentially passing through the orchid leaf manufacturing step (S400) including the step of drying in a curved state to draw a curve, as long and short lengths of various dimensions (S500);
A core attachment step (S600) of attaching a plurality of orchid leaves 30 prepared in the preparation step (S500) for each dimension of the orchid leaf so that the lower end overlaps the outer surface of the core 60;
An orchid leaf assembly forming step (S700) of inserting and fixing a plurality of orchid leaves 30, a core 60 attached to the lower end in an overlapping state into a cylindrical clip 70;
Completing the luminous orchid decoration by inserting the clip 70 of the orchid leaf assembly prepared in the above step into the case 80 in which the conventional LED light source 40 is installed (S800);
A terrain background portion forming step (S900) of forming a terrain background portion 90 such as soil, rocks, etc. on the base surface 91 of the picture frame having a predetermined size;
Light-emitting orchid using hair and surface light-emitting optical fiber, characterized in that it consists of a step (S1000) of completing the three-dimensional picture frame by installing the orchid decoration 100 on the terrain background part 90 made in the topographic background part forming step (S900) (S1000) A method of manufacturing a three-dimensional picture frame for decoration. A three-dimensional picture frame of a luminescent orchid decoration using hair and a surface-emitting optical fiber manufactured by the manufacturing method of claim 1. The method of claim 1, wherein the core 60 is made of a material that does not transmit light.

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