KR20010034998A - The non-heat luminous cable with a kitting and braiding epidermis layer - Google Patents

Abstract

PURPOSE: A no heating luminous wire is provided to improve the stress force by wrapping the cable with the braided outer layer. CONSTITUTION: The no heating luminous wire having a braided outer layer comprises a central electrode(11), a dielectric layer(12) surrounding the electrode, an electroluminescence layer(13) surrounding the dielectric layer, a transparent electrode(14) surrounding the electroluminescence layer, a barrier layer(15) surrounding transparent electrode, a polymer(16) surrounding the a barrier layer, and a braided outer layer(16) surrounding the polymer. The electroluminescence layer is composed of an electroluminescence powder and glue. To saturate the electroluminescence layer filling material is filled up the minute hole through the transparent electrode. The barrier layer prevents the filling material from leaking or evaporating.

Description

The non-heat luminous cable with a kitting and braiding epidermis layer}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a heatless light emitting cable, and more particularly, to a heatless light emitting cable having a braided outer skin layer which can be widely applied to various industrial fields by forming a braided layer on the outside and adding high tensile force.

The heat-free light emitting cable is electrically insulated by surrounding the center electrode with a dielectric layer, and forms a EL layer by applying a mixture of electroluminopowder powder and a binder to the center electrode surrounded by the dielectric layer, and surrounds the EL layer with a transparent electrode. Fill the pores of the EL layer with the filler material through the saturation to saturate the EL layer, and surround the transparent electrode with a barrier layer and the barrier layer with an elastic and transparent polymer to prevent the filling material from leaking or evaporating from the pores. It is disclosed in the Republic of Korea Patent Application Publication No. 98-033061 that the transparent electrode emits light when conducting. Here, EL is an electronic heatless luminescent material, which is a new material that can be replaced with a low-voltage, heat-free, free deformation, and low-cost material, compared to a high-voltage, high-temperature, high-cost product like the conventional neon.

The heatless light emitting cable emits heat without generating heat by light even when electricity is applied. In addition, it is thin and thin, free to be deformed, can be adjusted according to usage and taste, has no spot phenomenon, maintains even color tone, and uses DC voltage. Since there is no failure unless the line is broken, there is an effect that can be widely used throughout the industry.

Examples of applications include road signs, signs, car breakdown signs, various signs, building interiors and exteriors, decorations, advertisements, car interiors, license plates, coffee shops, pubs, banks, mobile phones, It can be applied to accessories, such as earphones and souvenirs, and can be applied to electrical and electronic products.

However, the heat-free light emitting cable has a weak tensile strength, so it is easy to cut it when it requires a high tensile force, such as a long stretch in the installation conditions, and maintains a tension.

The present invention was devised to solve the disadvantages of the conventional heatless light emitting cable, and its purpose is to form a braided skin layer around the heatless light emitting cable, thereby increasing the tensile strength and to expand the application range of the heatless light emitting cable. It is to provide a heat-emitting cable having a.

1 is a perspective view showing the structure of a heatless light emitting cable according to the present invention.

Figure 2 is a state connection of the heat-free light emitting cable and the general cable according to the present invention.

Figure 3 is an embodiment using a heatless light emitting cable according to the invention as a tent line.

*** Explanation of symbols for the main parts of the drawing ***

10-Heatless cable 11-Center electrode 12-Dielectric layer

13-EL layer 14-transparent electrode 15-barrier layer

16-Polymer 20-Braided outer layer 22-Metal piece

30-Tent line 31-Collar 32-Jack

In order to achieve the above object, the present invention is to electrically insulate a center electrode by a dielectric layer, add a mixture of electroluminopore powder and a binder to the center electrode surrounded by the dielectric layer to form an EL layer, and make the EL layer transparent. The EL layer is surrounded by the electrode, and the pores of the EL layer are filled with the filling material through the transparent electrode to saturate the EL layer, and the transparent electrode is surrounded by the barrier layer to prevent the filling material from leaking or evaporating from the pores. In the heat-free light-emitting cable that is surrounded by a polymer and configured to emit light when the conductive electrode conducts electricity,

It is achieved by weaving a synthetic yarn thin to the outside of the heat-emitting light-emitting cable to form a braided outer skin layer of the net form.

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

1 is a perspective view showing the structure of a heatless light emitting cable according to the present invention, Figure 2 is a connection state of the heatless light emitting cable 10 and the general rope 23 according to the present invention.

The center electrode 11 is surrounded by the dielectric layer 12 to be electrically insulated, and the EL layer 13 is formed by adding a mixture of electroluminopore powder and a binder to the center electrode 11 surrounded by the dielectric layer 12. By enclosing the EL layer 13 with the transparent electrode 14 and filling the pores of the EL layer 13 with the filling material through the transparent electrode to saturate the EL layer, and preventing the filling material from leaking or evaporating from the pores. In order to surround the transparent electrode with the barrier layer 15 and the barrier layer 15 with the stretchable and transparent polymer 16, the transparent electrode 14 is configured to emit light when conducting electricity.

The braided sheath layer 20 is constructed by weaving synthetic yarns going to the outside of the heatless light emitting cable 10 in a net form.

Since the heat-free light emitting cable 10 emits light as much as possible when it emits electricity by conducting electricity, it is preferable to transmit a lot of light without blocking light even when the braided outer skin layer 20 is formed. Therefore, the braided sheath layer 20 is preferably made of a light-transmissive material so that a lot of light is emitted to the outside, it is preferable that the material having a high tensile strength.

As described above, the heat-free light emitting cable 10 having the braided sheath layer 20 has a high tensile strength, so that even if a tension is applied when necessary, it is not cut.

In addition, when the braided sheath layer 20 is cut in order to use the heat-emitting light emitting cable 10 configured, the braided sheath sheath 20 may be released. For this reason, it is necessary to prevent the both ends of the braided shell layer 20 from being unwound. In order to enable this, the metal piece 22 or a separate clamp is wound and fixed by pressing or by using a heat shrinkable tube that contracts when heat is applied.

3 is an exemplary embodiment using the heat-free light emitting cable 10 according to the present invention as a tent line.

As shown in the drawing, the tent string 30 may be employed to keep the tent taut due to an increase in the tensile force of the heatless light emitting cable 10.

When employed as a tent line 30, an inverter is installed to supply electricity to one side. In order to be connected to this inverter, one end of the connecting jack 32 is installed. In addition, the inverter is provided with a remote on / off device is able to emit the tent line 30 from a distance.

Tent line 30 should be configured to form a ring 31 to be inserted into the pack at one end and the other side can be freely tied. Of course, one end of the heat-emitting cable 10 may be configured directly to the ring 31, it may be configured by connecting a separate ordinary rope 23 or wire.

At this time, the general rope 23 or the wire to the end of the heat-free light emitting cable 10, the metal piece 22 is wound and pressed to connect. In this way, even if the string is pulled to support the tent tightly, it can withstand the tensile force. And the injection molding around the connection part with synthetic resin (rubber material is also possible) so that it is not visible from the outside.

In addition, the heat-free light emitting cable 10 of the present invention may be applied to products used for emergency rescue, such as life jackets or lifeboats, ropes for escape, safety ladders, etc., which require tensile force, and other rope skipping. It can be easily used by adopting a string or a lanyard of a backpack.

As described above, in the present invention, as the braided sheath layer is formed on the outer side of the heatless light emitting cable with low tensile strength, the high tensile force is added, and thus the heatless light emitting cable which can only be applied to the advertisement or the display and the interior and exterior interiors in a narrow manner. It can be used in all areas requiring safety, such as emergency escape or life-saving products, so that the scope of application can be extended.

Claims (3)

The center electrode 11 is surrounded by the dielectric layer 12 and electrically insulated, and the EL layer 13 is formed by adding a mixture of electroluminopore powder and a binder to the center electrode 11 surrounded by the dielectric layer. The transparent electrode 14 is surrounded by the transparent electrode 14, and the pores of the EL layer are filled with the filling material through the transparent electrode to saturate the EL layer, and the transparent electrode is a barrier layer to prevent the filling material from leaking or evaporating from the pores. In the heatless light-emitting cable (10), which is surrounded by (15) and the barrier layer is surrounded by the elastic and transparent polymer (16), the conductive electrode is configured to emit light when conducting electricity. A heat-free light-emitting cable having a braided skin layer, characterized in that the braided skin layer 20 of the net form by weaving a synthetic yarn to the outside of the heat-emitting light-emitting cable (10). The method according to claim 1, wherein the general rope (23) or the wire wound around the heat-emitting light-emitting cable (10) constituting the braided sheath layer (20) wound and connected to the metal piece 22 to form a tent line (30) Heat-free luminescent cable with braided sheath layer. The method of claim 1, wherein the braided outer layer (20) is a heat-free light emitting cable having a braided outer layer, characterized in that the light transmitting.