KR20090102005A - Led illuminated radiation necklace - Google Patents

Abstract

PURPOSE: A luminescence necklace is provided, which enables to use the luminescence necklace regardless of day and night or the dark place by the radiated light. CONSTITUTION: A luminescence necklace includes a model body(10), a luminous body, a wire(23), and a battery case(30). The model body is processed in the predetermined color according to the characteristic and is formed in the various shapes. The luminous body is equipped with a light emitting device having an LED as a light source in the center and radiates light. The wire is electrically connected to both sides of the luminous body and comes out through the wire hole formed in the model body. The battery case is connected to the model body of the wire and luminous body opposite side end part.

Description

LED illuminated radiation necklace {LED illuminated radiation necklace}

The present invention relates to a light-emitting necklace decorated with LED lighting, and more particularly, according to the characteristics of the exterior design is a predetermined color is formed in a variety of shapes and the interior is empty so that the light can be diffused from the inside during light emission The present invention relates to a light emitting necklace having an LED lighting decoration that emits light having a light emitting device configured at the inner center of the model body configured to emit light to the outside so that a specific shape of the model shines.

In general, the necklace has the purpose of inducing a differentiated fashion by showing beauty or highlighting personality at the location. Therefore, it can be said that when wearing it, whether it is day or night, as an accessory itself, it must be continuously highlighted, and various forms or various designs are possible.

However, the conventional necklace is only a highlight during the day, there was a problem that can not play its role as a trinket in the dark or at night.

In order to solve the above problem, there was a technology in which the light is directed toward the lower crystal when emitting light by using an LED on the upper side of the crystal formed in a specific shape, but only the upper side of the crystal is particularly bright and the lower side or the left and right sides As the distance from the light source gets darker, the light becomes darker and it is difficult to evenly emit light. Due to the limitation of light emission, it can be carried out only in simple crystals and there is a limitation of various designs due to the impossibility of color surface treatment of crystals. .

In addition, there has been a technique of embedding a plurality of optical fibers in the ornaments in which a plurality of jewelry body is combined, so that light is emitted to the jewelry body by the optical fiber, but the optical fiber is in proportion to the thickness of the optical fiber and in particular the light brightness of the light source The roughness of the cut part of the optical fiber is controlled, but it is difficult to use a large number of optical fibers that are aesthetically related to the composition of the accessory. It is difficult to expect a proper luminous effect because it can not have the optical fiber, and the optical fiber is weak in warpage and is usually used in a straight line. Due to the light emission direction, when the optical fiber is connected to a large number of jewelry, the optical fiber ends are directed toward the jewelry. It can be configured to bend, which makes the operation complicated and the fiber damage problem easily occur. There is a problem.

In addition, there was a technique of emitting a necklace using a chemite as a light source, but this had to be limited only in the luminescent color of the chemite, and thus there was a limit in expressing various luminescent colors. There is a problem in that it is difficult to be popularized due to a decrease in practicality because there is a need to attach a new chemite to fit.

[Document 1] KR 20-0254871 2001.11.08. (Registered)

[Document 2] KR 20-0263374 2002.01.24. (Registration)

[Document 3] KR 10-2000-0050954 2000.08.31.

[Document 4] KR 20-0267563 2002.02.27. (Registration)

The present invention is to emit light at night or in the dark so that the role as an accessory is more prominent, regardless of the place or the presence of light when wearing the necklace, it is possible to implement a variety of forms and designs of various colors, especially from inside to outside The purpose of the present invention is to provide a light emitting necklace having an LED lighting decoration for constituting a model in which light is emitted to the outside so that the design is more emphasized through light, and a light emitting device configured with a light emitting device emits light inside the model.

The present invention relates to a light-emitting necklace decorated with LED lighting that can be implemented in a variety of forms and colors, and can be produced as a trinket without being influenced by external light such as day and night with a unique light emitting effect. It is formed in a specific shape that is hollowed out inside so that it can be diffused and emitted to the outside and is designed in a variety of colors, and is processed in a predetermined color, and when viewed from the side, the middle part is divided up and down to open and combine, The light emitting device and the model that the interior is empty so that light can be diffused from inside, and the light emitting device is composed of an LED as a light source at the inner center of the model and the light emitting device is configured to emit light. Wires with the same length on both sides are formed from the body and the light body. And the battery case and the inside of the battery case is configured to position the wire at the opposite end of the body characterized in that the battery is inserted configuration.

In addition, the model body according to the present invention is a light modeled only in the perforated part by drilling a part of the model body in a predetermined shape in accordance with the characteristics designed when the composition of the material is impossible to transmit light in order to radiate the light inside to the outside It is characterized in that it is configured to diverge to the outside of the sieve.

In addition, the model body according to the present invention is made of a material that can transmit light in order to shed the light to the outside when the part of the model body in the perforated part in a predetermined shape, the light is strongly emitted and not perforated The light is weakly emitted to the entire exterior of the model body, and if the design does not constitute a separate perforation, the exterior of the model body is configured to emit light to the outside.

In addition, the model body according to the present invention is characterized in that the interior space is configured with a height and height of various forms according to the characteristics designed from the side.

In addition, the model body according to the present invention is configured by the concave-convex process in the 'b' shape or '凹凸' shape when the upper and lower sides of the model is coupled for durable coupling, one of the sides of the model body The hinge is configured to be coupled to open and close the hinge to the axis, characterized in that configured to include a light emitter.

In addition, the light emitting body according to the present invention has an empty hemispherical shape divided up and down, the light emitting groove is formed in the center of the lower cap so as to constitute the light emitting device, and the front of the LED is inserted in the center of the light emitting groove so as to face the model body and the upper side The cap and the lower cap is characterized in that the combination is configured.

In addition, the light emitting body according to the present invention is a hemispherical shape of the inside, the light emitting groove is formed in the center of the lower side so that the light emitting device is configured, the front of the LED is inserted in the center of the light emitting groove is directed toward the model body. It features.

In addition, the light emitting body according to the present invention is characterized in that the interior of the light emitting body is formed in the hollow cylinder shape, and the front of the LED is directed toward the model body in the center of the light emitting body perforation so as to constitute the light emitting device. .

In addition, the light emitter according to the present invention is further characterized in that the wire is electrically connected to the left and right of the LED for the electric flow, and the wire inside the light emitter is fixed to one part of the light emitter for durability.

In addition, the wire according to the present invention is configured by twisting a plurality of thin wires formed of a metal for energizing and uniform elasticity, the surface is coated for preventing rust and electric shock and a soft fit, the surface is designed for aesthetics It is further characterized by being configured to be transparent or colored in accordance with characteristics.

The present invention can be implemented in a variety of designs on the appearance, and the effect of the role of the accessory more accentuated through the light emitted from the outside in a variety of forms having an effective diffusion in the shape as well as the necklace itself is more aesthetic Personality is possible, and due to the light emitted, it can be used day and night or in a dark place.

1 is an overall view of a light emitting necklace decorated with LED lighting according to the present invention.

2 is a view showing a state in which a light emitter having an empty interior according to the present invention is inserted into a model body;

Figure 3 is a view of a state in which the interior filled with the light emitter according to the present invention inside the model body.

Figure 4 is a view of a state in which the cylindrical light emitting body according to the present invention is inserted into the model body.

5 is a cross-sectional view of a state in which the light emitter having an empty interior according to the present invention is inserted into a model body;

Figure 6 is a cross-sectional view of a state filled with the light emitting body according to the invention inserted into the model body.

7 is a cross-sectional view of a cylindrical light emitting body according to the present invention inserted into a model body;

8 is a sectional view seen from above and above of a light emitting body having an empty interior according to the present invention;

Fig. 9 is a view of the inside of the light-emitting body according to the present invention and a sectional view seen from above.

10 is a sectional view seen from above and above of a cylindrical light-emitting body according to the present invention;

11 is an embodiment of a model body consisting of perforation according to the present invention.

Figure 12 is an embodiment of a model without perforation and bending according to the present invention.

Figure 13 is an embodiment of a model body consisting of bending according to the present invention.

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

As shown in FIG. 1, the present invention has a predetermined shape such as model body drilling 11, model body bending 12, and the like, according to the designed features on the exterior of the model body 10 to implement various designs. The wire 23 originating from the sieve 10 and having the same length on both sides is configured, and the battery case 30 is configured at the end of the wire 23 positioned at the opposite end of the model 10 so as to supply power. The battery is inserted.

2, 3, and 4, the light emitting body 20 is inserted into the inner center of the model body 10, and the model body 10 has the light of the light emitting body 20 being model body 10. It is composed of a certain space inside so that it can be emitted from the inside of the light and spread.

As shown in FIGS. 5, 6, and 7, the model 10 has the same height on the left, the middle, and the right side, or only the middle part, in a specific shape designed from the side for the implementation of various designs. It is composed of various types of interior spaces, such as having a high height, a rugged shape and an interior space.

And, when the model body 10 is formed of a material that is not possible to transmit the light according to the characteristics designed to emit the light to the outside, shown in Figures 1, 2, 3, 4, 11 As described above, a part of the model body 10 is drilled in a predetermined shape so that light is emitted to the outside of the model body 10 only through the model body drilling 11.

In addition, when the model body 10 is formed of a material that is impossible to transmit light according to the designed characteristics, the light that has not escaped the model body perforation 11 may be internally reflected inside the model body 10 to be diffused. It is configured by reflecting the interior of the model body 10 so that.

When the model body 10 is formed of a material that can transmit light according to a characteristic designed to radiate the internal light to the outside, as shown in FIGS. 1, 2, 3, 4, and 11, FIG. By drilling a portion of the model body 10 in a predetermined shape, light is strongly emitted to the model body drilling 11 and lightly emitted to the non-perforated part as a whole.

In addition, when there is no separate model body perforation 11 or only model body bending 12 in the model body 10 as shown in FIGS. 12 and 13, the material is formed of a material that can transmit light. It is configured to emit light to the outside of the model body as a whole.

5, 6, and 7 as shown in Figure 7, the model body 10 is configured so that the middle portion is divided into the upper and lower sides when viewed from the side, the coupling when the upper and lower sides of the model body 10 is coupled The edges of the side of the biting side are treated with irregularities in the form of 'B' or '凹凸' to form a durable bond, and although not shown, a hinge is formed on a part of the side of the model 10 to open the hinge as an axis. It is configured to close.

As shown in FIGS. 5 and 8, the light emitter 20 has a hollow hemispherical shape 20A divided up and down, and a light emitter groove 21A is formed at the center of a lower cap to form a light emitting device. LED 22 is inserted into the center of the) and is configured to be coupled to cover the upper cap.

As shown in FIGS. 6 and 9, the light emitter 20 has a hemispherical shape 20B filled with an inside, and a light emitter groove 21B is formed at a lower center of the light emitter 20 to form a light emitting device, and a light emitter groove 21B. LED 22 is inserted into the center of the configuration.

As shown in FIG. 7 and FIG. 10, the light emitter 20 has a hollow cylinder shape 20C inside, and a light emitter puncture 21C is formed therein, and an LED (in the center of the light emitter puncture 21C) forms a light emitting device. 22) is inserted and configured.

At this time, the LEDs 22 formed in the light emitting grooves 21A and 21B and the light emitting holes 21C are configured such that the front faces the front of the model 10, and the wires are arranged on the left and right sides of the LED 22 for electric flow. 23 is electrically connected, and the wires 22 located inside the light emitting grooves 21A and 21B and the light emitting holes 21C are connected to one portion of the light emitting grooves 21A and 21B and the light emitting holes 21C. It is fixed with an adhesive and configured to have a certain strength of durability.

In addition, the LED 22 of the required color such as white, yellow, red, pink, purple, green, amber, and blue is used for the variety of colors of light emitted.

And, the wire 23 is composed of a plurality of thin wires made of metal twisted in one direction for a constant elasticity and electrical flow, the surface is coated for preventing rust and electric shock and a soft fit, when coating for aesthetics In accordance with the designed characteristics such as the color of the model body 10 and the emission color of the LED 22, it is configured by being transparent or colored.

Generally, the wire or cable, which is widely used for industrial purposes, is mainly a flow of electricity. Therefore, when it is used inside, most wires or cables are composed of straight lines without being twisted. Several strands of wires are twisted for the purpose, and the wire 23 of the present invention has a certain degree of elasticity even when the necklace is bent or twisted as well as the flow of electricity. It is composed of twisted wires. In the case of general wires or cables, the surface material is not pressed or coated on the inner metal wire in order to easily peel off the sheath with a tool such as nippers or pincers for various work conveniences. Although only covered, the wire 23 of the present invention is coated with the surface material is pressed to the inner metal wire By being coated, and also will have a greater elasticity.

As shown in FIGS. 5, 6, and 7, the wire 23 connected to the light emitting body 20 in the model body 10 is connected to the light emitting body 20 through the wire drilling 13 formed in the model body 10. It is configured to exit outside of.

FIG. 11 shows an embodiment of the model body 10 in which the model body drilling 11 is configured, FIG. 12 shows an embodiment of the model body 10 without the model body drilling 11 and the model body bending 12, and FIG. Model body 10 As an example of the model body 10, the bending 12 is configured as shown in Figures 1, 2, 3, 4, the model body 10 according to the designed characteristics of the model body ( In addition to the overall shape of 10), various forms of model body drilling 11 and model body bending 12 are possible.

Claims (12)

In the luminous necklace decorated with LED lighting, The exterior is processed in a predetermined color according to the designed characteristics and formed in various shapes, and when viewed from the side, the middle part is divided into upper and lower sides, and is coupled to each other, and the inside is empty so that light can be diffused inside when emitting light. A model body configured to emit light from the inside to the outside; A light emitter configured to emit light by using an LED as a light source at an inner center of the model body; A wire electrically connected to both sides of the light emitter and exiting from the outside of the model through wire drilling formed in the model, and having both sides having the same length; A battery case connected to an opposite end of the wire and the model body of the wire; LED lighting decoration, characterized in that the battery is inserted into the battery case is configured to supply power. The method of claim 1, The model body is made of a material that cannot transmit the light to the outside, and the light is emitted to the outside of the model only by drilling a part of the model in a predetermined shape according to the designed feature. Light-emitting necklace decorated with LED lighting, characterized in that configured to be. The method according to claim 1 or 2, When the model body is made of a material that is not able to transmit light, the LED lighting decoration is configured by reflecting the inside of the model so that the light that does not pass through the model body can be internally reflected from the inside of the model body. One luminous necklace. The method of claim 1, The model body is a part that is perforated by drilling a part of the model body in a predetermined shape according to a characteristic designed when the material is configured to transmit light in order to radiate the internal light to the outside, and the light is strongly emitted and not perforated. As the exterior of the model is configured to emit light weakly, the light emitting necklace decorated with LED lighting, characterized in that configured to emit light to the entire appearance of the model when there is no perforation. The method of claim 1, The model body is a light-emitting necklace decorated with LED lighting, characterized in that the interior space is configured with a variety of thickness when viewed from the side for the implementation of various types of designs. The method of claim 1, When the upper and lower sides of the model are combined for the durable coupling, the model body is composed of irregularities in the form of 'B' or '凹凸', and is coupled to the top and bottom after including the light emitting body in the open state. Luminous necklace decorated with LED lighting, characterized in that the configuration. The method according to claim 1 or 6, The model body is a light emitting necklace decorated with LED lighting, characterized in that the hinge is configured to be coupled to one side of the hinge hinged to the axis. The method of claim 1, The light emitter has a hollow hemispherical shape divided into upper and lower parts, and a light emitting groove is formed at the center of the lower cap to form a light emitting device, and the front of the LED is inserted in the center of the light emitting groove so that the front of the LED faces the model body. Luminous necklace decorated with LED lighting, characterized in that combined. The method of claim 1, The light emitter is a hemispherical shape of the inside, the light emitting groove is formed in the lower center to form a light emitting device, the front of the LED is inserted in the center of the light emitting groove is configured to be inserted into the LED lighting decoration, characterized in that One luminous necklace. The method of claim 1, The light emitting body is formed in the interior of the light emitting hole is formed in the interior of the light emitting device, the front of the LED is directed toward the model body in the center of the light emitting body puncture so as to constitute a light emitting device. Luminous necklace. The method of claim 1, The wire is a light emitting necklace decorated with LED lighting, characterized in that the wire is configured to be fixed to the adhesive portion of the inside of the luminous body for durability. The method according to claim 1 or 11, wherein The wire is formed by twisting a plurality of thin wires formed of metal for energizing and uniform elasticity, the surface is coated for rusting and electric shock, and for a soft fit, and the transparent or colored treatment for surface coating for aesthetics. Luminous necklace decorated with LED lights, characterized in that.