KR200387584Y1 - The EL Wire with non-continuous linear luminous character - Google Patents

Abstract

The present invention relates to EL wires having non-continuous linear light emission characteristics. More specifically, the present invention is manufactured in the form of a general wire and has a continuous linear light emission characteristic. An EL wire having non-continuous linear light emission characteristics, which has non-continuous linear light emission characteristics by cutting and reconstructing the existing EL wire to a predetermined length by using the EL wire of the present invention.

To this end, the present invention, in the EL wire having a non-continuous linear light emission characteristics, after cutting the existing EL wire having a continuous linear light emission characteristics to a constant length PVC color layer at both ends of the cut EL wire Connection between the center electrode, the center electrode, the center electrode and the added control line 102, 202 by removing the light emitting layers 106 and 206 formed by coating the light emitting bodies on the coatings 104 and 204 and the primary protective coating 105 and 205 and the center electrodes 107 and 207. In this easy preprocessing step, power is individually applied to each of the cut EL wires so that the direction indication function and various dynamic effects can be exhibited according to various types of power application methods. Three control wires (control lines 102 and 202) are added to each other, and the center electrodes B1, B'1, and B " 1 and the center electrodes B2, B'2, and B of the cut wires &Quot; 2) and the center electrodes A, A ', A " Connecting the control lines C1, C2, and C3 to the control lines C1, C2, and C3 sequentially; and after the step, connecting the control lines C1, C2 and C3 to the center electrodes 107 and 207. It is a flame-retardant, waterproof, UV-protective PVC to protect the temperature of the insulation layer of EL wire between the center electrode (107,207) and the light emitting layer (106,206) to maintain the temperature so that it is not broken, the extrusion molding There is this.

Description

EL wire with non-continuous linear luminous character

The present invention relates to EL wires having non-continuous linear light emission characteristics. More specifically, the present invention is manufactured in the form of a general wire and manufactured to have continuous linear light emission characteristics. The present invention relates to an EL wire having a non-continuous linear light emission characteristic that has a non-continuous linear light emission characteristic by cutting and reconfiguring the EL wire to a predetermined length using an existing EL wire.

EL Wire is an EL (electroluminesent) device, which is a light emitting semiconductor that emits light by an electric field method, is uniformly coated on a central copper wire, and an electric wire to be used as an electrode is placed outside the coated EL device. When the AC power is applied to the copper wire and the electric wire, the linear movement of the coaxial structure emits light due to the phase change and the energy conversion occurs. It is an ultra low power self-luminous line having optical characteristics.

In general, EL wire, which is currently commercialized, has continuous linear light emission due to the characteristics of a manufacturing process in which light emitters are deposited on electrodes continuously injected, followed by extrusion molding of PVC protective coating and color layer coating. It only shows the line-shaped characteristics but cannot show the discontinuous linear light-emitting characteristics. As a result, the existing EL wire can only emit light or flicker as a whole by applying power to the entire wire or cutting off the wire. It cannot be made to display or to produce various dynamic effects.

In addition, there is a non-continuous point light emission characteristic of what is called a non-Neon or LopeNeon using a light bulb, which indicates the direction or various dynamic Although it can have an effect, the light emitting area of the light bulb has only a point light emission characteristic, not a linear light emission where a large area emits light. As shown in FIG. 7, the light emitting area is applied to the linear light emitting body. It is very small compared to EL wire, which is a visible light emitter, and it is markedly lower than the wire emitter, and due to light bulb manufacturing characteristics such as the use of filament, it generates a lot of heat and consumes a lot of power, so it can be made thinner or several hundred meters (m). It cannot be used for long connection, and the light bulb inside is very fragile and can be easily broken, so the application range is very limited.

In order to solve the above problems, the present invention has a continuous linear light emission characteristic, generates little heat during light emission, and discontinuous linear light emission using the conventional EL wire having a power consumption of 0.5Watt / m or less. By having the line characteristics, it displays the direction or shows various dynamic effects according to the method of applying the power in various forms, and maintains the linear light emission characteristic with the large light emitting area as it is. The purpose of the present invention is to make an ultra high efficiency energy product with extremely low consumption and easy handling.

In order to achieve the above object, the present invention is an EL wire having a discontinuous linear light emission characteristic, and an existing EL having the above continuous linear light emission characteristic. The light emitting layer formed by cutting a wire to a predetermined length and then applying a light emitter to the PVC color layer coating (104,204), the primary protective coating (105,205) and the center electrode (107,207) at both ends of the cut EL wire. Removing the (106,206) to easily process the connection between the center electrode and the center electrode, the center electrode and the added control lines (102, 202), the direction display function according to various types of power supply method And three rows of control wires 102 and 202 so as to apply power to each of the cut wires individually so as to exhibit various dynamic effects. Of Core electrodes B1, B'1, B "1, center electrodes B2, B'2, B" 2, center electrodes A, A ', A "and the above-described control lines C1, C2 (C3) sequentially connected to the flame retardant, waterproof, and UV functions to protect the connection portions of the control lines (C1, C2, C3) and the center electrode (107,207), including the control lines (102,202) after the step. It is characterized in that the PVC is made of a step of extrusion molding while maintaining the temperature conditions such that the insulation layer of EL wire between the center electrode (107, 207) and the light emitting layer (106,206) is not destroyed.

Hereinafter, described in detail by the accompanying drawings as follows.

1 is a cross-sectional view and a schematic view of EL wire having non-continuous linear light emission characteristics manufactured according to the present invention, wherein the center electrode 107 is formed of a copper wire. And a light emitting layer 106 formed by uniformly applying a light emitter to the center electrode, a first protective coating 105 for protecting them, and a dye of a desired color mixed with PVC to form a desired color, and formed by extrusion molding. Of three lines of control lines 102, 202, C1, C2, and C3 added separately to power the colored sheath 104 and each of the cut EL wires, and the control lines and the center electrode and the center electrode. Of the second protective coating 101 made by the extrusion molding method of PVC having flame-retardant, waterproof and UV-blocking properties for protecting and supporting the connecting portion, the connecting portion between the center electrode and the control line. It consists of a form.

In order to manufacture an EL wire having a discontinuous linear light emitting property having a structure as shown in FIG. 1, as shown in the process of FIG. 4, first, the existing EL wire having a continuous linear light emitting property in a general wire shape is cut to a predetermined length and cut. The PVC color layer coating 401 and the primary protective coating 403 at both ends of the EL wire are peeled off using a heating wire to prevent the core electrode 404 from being damaged, and a light emitting body is uniformly applied to the center electrode. In the light emitting layer 402, the light emitter is carefully peeled off using a sharp blade or a hot wire to prevent damage to the center electrode. By doing so, the center electrodes B1, B'1, B "1, the center electrodes B2, B'2, B" 2, the center electrodes A, A ', A ", and the above-described control line C1 , C2, C3) is easy to connect.

Next, three cut EL wires, which are equal to the number of three additional control lines added as shown in FIG. 5, are prepared, and (A) which is one of the two center electrodes of the first cut EL wire is set to the control line C1. One end B1 of the other center electrode B is connected to the common line of the power source, and the other end B2 is one end of the center electrode B ', which is one of the center electrodes in the middle stage. The other end B'2 of the center electrode B 'at the middle stage is connected to one end B "1 of (B") which is one of the center electrodes of the third stage. One of the center electrodes of the middle stage (A ') is connected to the control line (C2), and the other end (B "2) of one of the center electrodes of the third stage (B") is the center of the next stage. Connect one end of the electrode and the other one of the center electrodes of the third stage (A ") to the control line C3. Repeat this method continuously and discontinuously with the desired length. First, EL wires with linear linear emission characteristics are produced.

After the above process is completed, the control line 102 and the connecting portion of the center electrode 107 and the center electrode, the connecting portion of the center electrode 107 and the control line C1, C2, C3, the cutting In order to protect the EL wires, the second protective coating 101 is covered with PVC having a flame-retardant, waterproof, and UV-resistant property by extrusion molding. In the extrusion molding, the boiling point of PVC should be lowered as much as possible to cover the EL wire, which is formed between the center electrode 107 and the light emitting layer 106 when the light emitting layer 106 is formed by applying the light emitting body to the center electrode 107 of the EL wire. The insulation layer is formed, but the temperature that the insulation layer can withstand is up to 180'C. Extrusion should be performed below this temperature and the PVC protective sheath 101 should be cooled as soon as possible. To do this, the temperature conditions should be 80'C ~ 120'C. However, the temperature at which the PVC is in the liquid state is usually above 150'C, higher than the above temperature. Therefore, in order to ensure maximum safety, the extrusion is divided into two so that the coating is thinly coated so that it can be cooled quickly upon cooling. The first extrusion molding fixes and cuts the added control wire 102 and the cut EL wire. The EL wire is filled with a certain amount of PVC in the connected areas to make a uniform surface as a whole, and the second extrusion molding finally forms the desired thickness and uniform surface. The reason for the two extrusion molding operations as described above is that when the extrusion molding at a time to obtain the EL wire having the desired thickness, the PVC secondary protective coating 101 formed at this time becomes too thick so that the surface is fast when cooling the PVC. It can be cooled, but the inside can not be cooled quickly, which is why EL wire is in a high temperature state for a long time, which may destroy the insulation layer of EL wire. Therefore, it is possible to cool PVC more quickly by performing extrusion molding twice so that the insulation layer of EL wire can be prevented from being destroyed at high temperature, and it can be molded to have more uniform surface than the protective coating of desired thickness at one time. Can be. In addition, EL wire having non-continuous linear light emission characteristics having strong durability can be made by using PVC having flame retardant, waterproof and UV blocking properties.

Also, as shown in FIG. 2, the cut EL wire is pretreated, a control line 202 is added, and the center electrode 207 of the EL wire is connected to the control line by the above method, and the first extrusion molding is performed. In order to increase the tensile strength of EL Wire, which has non-continuous linear light emission characteristics produced by the method of the present invention during the second extrusion molding after the step of (208) is put and extruded together. Thus, the reinforced EL wire with non-continuous linear luminescence characteristics made by the method of the present invention can be used where there is a high tension force such as a structural rope without any problem. This makes it possible to further expand the application range of ELWIRE having non-continuous linear light emission characteristics.

As described above, the present invention, EL wire having a discontinuous linear light emission characteristic produced by the above method has many advantages, but the control line (C1) added by the above method By repeatedly applying power sequentially to C2 and C3, as shown in FIG. 6, a visible effect such as light flowing in one direction can be achieved, thereby making it easy to implement a function of displaying a direction. When used as a guide line or rescue line, it not only ensures the best visibility, safety, and reliability, but also provides various dynamics by applying power to the control line in a desired pattern. Can be effective.

In addition, when three lines of control lines 102 and 202 are added, the three lines of control lines C1, C2 and C3 are sequentially compared with the conventional EL wires having continuous linear light emission characteristics. When power is applied, only one control line of the three lines is applied at any time, so that power consumption can be reduced to 1/3 or less compared with conventional EL wires having continuous linear emission characteristics. It is also increased by three times or more than continuous light emission. In addition, it is possible to drive EL wires having non-continuous linear light emission characteristics manufactured by the method of the present invention to three times longer than conventional EL wires having continuous linear light emission characteristics with the same power source. do.

In addition, EL wire having a discontinuous linear luminescence property produced by the method of the present invention has a conventional non-neon fluorescence characteristic having a discontinuous point luminescence property. Compared with Neon or Lope Neon, there is little heat generation and there is little risk of fire. Power consumption is also less than 1/10. It is a highly efficient energy product and it is very safe because it is not broken like a light bulb. In addition, the thickness can be made from several millimeters (mm) to several tens of millimeters (mm), so it is very easy to process and handle, and it can be applied to any material such as wood, glass, acrylic, paper, and fiber because it generates little heat.

1 is a cross-sectional view and a configuration diagram of a basic type of EL wire having a discontinuous linear light emitting property produced by the present invention,

Figure 2 has a non-continuous linear light-emitting characteristic produced by the method of extrusion molding by inserting a metal reinforcing wire 208 to increase the tensile strength of the basic type of EL wire having a discontinuous linear light-emitting characteristic produced by the present invention It is sectional drawing and structure diagram of EL wire reinforced type,

3 is a cross-sectional view and a configuration diagram of a conventional EL wire having a continuous linear light emission characteristics,

4 is a conceptual diagram showing a step of pretreating by removing a PVC coating 301 and 302 and a light emitting layer 303 by cutting a conventional EL wire having a continuous linear light emission characteristic to a predetermined length,

FIG. 5 shows the center electrodes B1, B'1, and B "1, the center electrodes B2, B'2, and B" 2, and the center electrodes A, respectively, to apply power to each cut EL wire separately. A ', A ") and the connection diagram showing the connection method between the control lines (C1, C2, C3) added,

FIG. 6 is a flowchart for sequentially indicating power by applying power to control lines C1, C2, and C3 of ELWIRE having a discontinuous linear emission characteristic according to the present invention, so that light appears to flow to one side. ,

7 is a light emitting state and a light emitting area of a light emitting body having a discontinuous point light emitting characteristic (A) and a light emitting state and a light emitting area of an EL wire having a non-continuous linear light emitting characteristic produced by the present invention It is a comparison diagram of (B).

<Code Description of Main Parts of Drawing>

101,201: secondary protective coating 102,202, C1, C2, C3: control line

103,203: Control line coating 104,204,301,401: Color layer coating

105,205,302,403: Primary protective coating 106,206,303,402: Light emitting layer

107,207,304,404: center electrode 208: metal reinforcing wire

Claims (3)

In the EL wire having a discontinuous linear light emission characteristic on one surface and a manufacturing method thereof, a conventional EL wire having the above continuous linear light emission characteristic is fixed to a certain length. The light emitting layers 106 and 206 formed by applying a light emitter to the PVC color layer coatings 104 and 204, the primary protective coatings 105 and 205, and the center electrodes 107 and 207 at both ends of the cut EL wire. A first step of removing and preprocessing the center electrode, the center electrode, and the connection between the center electrode and the added control lines (102,202) with ease; Three lines of control lines 102 and 202 to individually apply power to each of the cut EL wires so as to display direction functions and various dynamic effects according to various types of power supply methods. Add and add the center electrode (107, 207) and the center electrode, the center electrode (B1, B'1, B "1) and the center electrode (B2, B'2, B" 2), the center of each of the cut EL wire A second process of sequentially connecting the electrodes A, A ', A "and the added control lines C1, C2, C3, and After the step to protect the connection line between the control line (C1, C2, C3) and the center electrode (107, 207), including the control line (102,202) and the center electrode (107,207) Discontinuous linear light emission, characterized in that the third step of the extrusion molding step while maintaining the temperature conditions such that the insulation layer of the EL wire between the light emitting layer (106,206) is not destroyed EL wire with characteristics. The method according to claim 1, wherein the power can be applied to each of the cut EL wires individually to be able to exhibit a direction indication function and various dynamic effects according to various types of power application method during the second process. Add three rows of control wires (control lines 102 and 202) so that the center electrode (B1, B'1, B "1) and center electrode (B2, B'2, B" of each cut EL wire are 2), the step of sequentially connecting to the center electrode (A, A ', A ") and the control line (C1, C2, C3) added; instead of adding three control wires (control line) 2 EL wire having non-continuous linear light emission characteristics, characterized in that the addition of four, four or more control lines to exhibit various dynamic effects. 2. The flame retardant, waterproof, and UV-protective properties of claim 1 to protect a connection portion between the control lines C1, C2, C3 and the center electrode 107, 207 including the control lines 102 and 202 during the third process. Extrusion molding with PVC having a temperature condition such that the insulating layer of EL wire between the center electrodes 107 and 207 and the light emitting layers 106 and 206 is not destroyed; As shown in FIG. 2, the EL wire having the discontinuous linear light emitting property has a higher tensile strength. As shown in FIG. 2, an additional metal reinforcing wire is inserted when the second extrusion is completed. EL wire having a discontinuous linear light emission characteristic, characterized in that the extrusion molding.