KR20070093769A - Free sticking pannel, belt, wire, free sticking led, free sticking led module and sign board - Google Patents

Abstract

A free sticking type panel, a belt, an electric wire, a free sticking type LED, a free sticking type LED module, and an electric signboard are provided to induce various color changes by using three or more sheets of conductive panel parts. A free sticking type panel includes a first conductive panel part(03), a first insulating part(04), a second conductive panel part(05), a second insulating part(06), and a third conductive panel part(07). The first insulating part and the second insulating part are positioned among the first conductive panel part, the second conductive panel part, and the third conductive panel part. The first conductive panel part, the second conductive panel part, and the third conductive panel part are connected with one of a positive pole terminal and a negative pole terminal of a power supply unit.

Description

Free sticking panel, strip, wire, free attaching light emitting device, free attaching light emitting device module and electronic board using the same {Free sticking pannel, belt, wire, free sticking LED, free sticking LED module and sign board}

1 is a panel configuration according to an embodiment of the present invention

2 is a plan view of an approximate band according to an embodiment of the present invention;

3 is a cross-sectional view of the wire according to an embodiment of the present invention;

4 is a cross-sectional view illustrating an insertion state of a light emitting device according to an exemplary embodiment of the present invention.

5 is a perspective view of a light emitting device module according to an embodiment of the present invention;

6 is a schematic view of an electronic sign according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

01: Panel 03: First conductive panel part

04: Insulation part 05: Second conductive panel part

06: Insulation part 07: 3rd conductive panel part

      11: strip 21: electric wire

34 light emitting element 51 light emitting element module

61: electronic board

The present invention relates to a panel, a strip, a wire, a light emitting device, a light emitting device module, and an electric light plate formed by using the same, which are configured to easily assemble the light emitting device at an arbitrary position with a single touch. By using a strip or wire, such that the terminal of the light emitting device or light emitting device module is inserted and inserted therein, it can be coupled to any position of the panel, and also for a light emitting device or light emitting device module inserted at any position This is to enable energization.

Recently, advertisements and content transmission methods through light emission have been in the spotlight, and in particular, a method of displaying letters and figures by constructing advertisements and signboards through small light emitting devices and LEDs is mainly used. In the case of the electronic display for displaying the changing characters and figures, it is possible to vertically and horizontally arrange a plurality of light emitting elements, and to control the light emission one by one to deliver the changed content. In this case, a plurality of light emitting devices should be regularly and evenly arranged in the panel area. By the way, in the case of the display board of the type that transmits the content of a certain character, figure in a fixed position, rather than the complicated display board of this type, it is sufficient to provide the light emitting element only in the required position. For example, in the case of an electronic display board which functions only by blinking a letter of the shape of "coffee", it is not necessary to attach the light emitting element to the blank portion without the letter.

The prior art is application number 85-1658 (1985.2.16) 'tack-type small socket' filed by the inventor. The contents are explained as follows. Tack small socket that allows two needles protruding from the socket wall to act as an electric wire when inserted into electric wires. It is intended to be convenient. However, such a configuration is considered to be convenient, but it is also true that there are many inconveniences in constructing a font using a plurality of light emitting elements. Another conventional technology is the application number 20-2005-0014811 (May 25, 2005) 'Free-attached light emitting device, panel and an electronic signboard using the same' and the contents are as follows. Regarding the light emitting device and panel configured to assemble the device in an arbitrary position, and the electric light plate formed using the same, more specifically using a conductive panel of a non-rigid material, so that the terminal of the light emitting device is inserted and inserted, It can be coupled to any position of the panel, it is to enable the energization of the light emitting element inserted in any position, the configuration of the present invention, in the panel to which the light emitting element is attached, the first conductive panel portion, the insulating portion And a second conductive panel portion, wherein the insulating portion is positioned between the first conductive panel portion and the second conductive panel portion, The first conductive panel portion and the second conductive panel portion may be connected to each end of the power source The present invention allows the light emitting device to be freely inserted at an arbitrary position, and the position and number of the light emitting devices may be arbitrarily determined. In addition, the present invention has the effect of allowing the construction to be made in accordance with the situation directly on the job site, and to allow the user to select and change the position, shape, and quantity of the light emitting elements inserted into the panel without limitation. The present invention eliminates the need for a separate conductive wire for supplying power to the light emitting device, thereby simplifying the construction and simplifying the construction.In addition, the present invention requires only the light emitting device to be inserted into a panel. Consumers and users can easily change the configuration and color of the light emitting device according to their needs. It has the effect of making it possible.

However, the prior art has a problem in that a simple structure of the panel makes it difficult to partially flicker the light emitting device, and there is a waste element that requires the conductive panel to be formed on the entire surface of the panel. There is this. In addition, there is a disadvantage that the design of the light emitting device is a single one takes a lot of time and appearance is not so beautiful.

The present invention is to solve the above problems of the prior art, the panel to which the light emitting device is attached, the first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. An object of the present invention is to provide a light emitting device freely attaching panel, wherein the two conductive panel portions and the third conductive panel portion are connected to one end of a cathode anode of a power source, respectively.

In addition, the present invention is a band to which the light emitting element is attached, the first conductive band portion; Strip insulation; And a second conductive strip portion, wherein the strip insulation portion is positioned between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel portion are formed of a power source. An object of the present invention is to provide a light emitting device freely attachable strip which is connected to one end of a cathode anode, and further comprising: a first conductive band portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. A second conductive strip panel portion and the third conductive strip panel portion is to provide a light emitting element free-attachable strip, characterized in that connected to one end of each of the cathode anode of the power supply, and the wire to which the light emitting element is attached A first conductive wire portion; Insulation; And a second conductive wire portion; An insulating part, wherein the insulating part is positioned between the first conductive wire part and the second conductive wire part, or a single insulating part is located between the first conductive wire part and the second conductive wire part, The first conductive wire portion and the second conductive wire portion is characterized in that connected to each end of the power source and at the same time to provide a light emitting device free-attachable wire easy to attach and detach the light emitting device, the light emitting device A panel to which a module is attached, comprising: a first conductive panel portion; Insulation; And a second conductive panel portion, wherein the insulation portions are respectively located between the first conductive panel portion and the second conductive panel portion, and the first conductive panel portion and the second conductive panel portion are each of a power source. An object of the present invention is to provide a light emitting device module freely attachable panel, which is connected to one end of a cathode anode, and further comprising: a first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. It is an object of the present invention to provide a light emitting device module freely attachable panel, characterized in that the second conductive panel portion and the third conductive panel portion are connected to one end of a cathode anode of a power supply. A first conductive band portion; Strip insulation; And a second conductive strip portion, wherein the strip insulation portions are located between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel are each a power source. An object of the present invention is to provide a light emitting device module freely attachable strip which is connected to one end of a cathode anode of the present invention, further comprising: a first conductive strip portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. The second conductive strip panel portion and the third conductive strip panel portion is to provide a light emitting device module free-attachable strip, characterized in that each connected to one end of the cathode anode of the power source, and furthermore, An electric wire comprising: a first conductive electric wire part; Insulation; And a second conductive wire portion; An insulation portion, wherein the insulation portion is positioned between the first conductive wire portion and the second conductive wire portion, or a single insulation portion is located between the first conductive wire portion and the second conductive wire portion, The first conductive wire portion and the second conductive wire portion is characterized in that it is connected to each end of the power source and at the same time to provide a light emitting device module free-attachable wire easy to attach and detach the light emitting device.

In addition, an object of the present invention is that the panel portion or the band portion or the wire or the insulating portion has a non-rigid nature, and can be easily formed a light emitting device or light emitting device module, characterized in that In order to provide an attachable panel or strip or wire, and the first, second, third conductive panel portion or strip portion of the light emitting device or light emitting device module freely attaching panel or strip, characterized in that using a conductive synthetic resin foam. The light emitting device or the light emitting device module freely attaching panel or strip, wherein a conductor for supplying power is in contact with a part or all of the edges of the first, second and third conductive panel parts or the band part. Is to provide.

In addition, an object of the present invention is a light emitting device, comprising a light emitting unit and a first electrode terminal and a second electrode terminal protruding toward one side of the light emitting unit, the first and second electrode terminals are different in length and the first To provide a free-attached light emitting device light emitting device characterized in that it is insulated by a predetermined length to cope with the application of various polarities of the 2, 3 conductive panel, and in the light emitting device, the light emitting portion and one side of the light emitting portion And a first electrode terminal and a second electrode terminal protruding to each other, and the first and second electrode terminals have the same length and have a predetermined length so as to correspond to various polarity applications of the first, second and third conductive panels. It is intended to provide a free-attached light emitting device light emitting device characterized in that the insulation is as much as, in the light emitting device, the light emitting portion and protruded to one side of the light emitting portion And a first electrode terminal and a second electrode terminal, wherein the first and second electrode terminals have the same length and are insulated by a predetermined length so as to correspond to the polarity of the first and second conductive panels. It is to provide an adhesive light emitting device.

The present invention also provides a light emitting device module comprising: at least two light emitting devices constituting an alphabet-like image; An electric substrate for mounting or inserting the light emitting device to be bonded; The present invention provides a light emitting device module comprising a tack needle electrode terminal as an electrode terminal for supplying a (+) (-) power supply formed on an opposite surface of an electric substrate having a light emitting device.

In addition, the present invention provides a light emitting device or a light emitting device module freely attachable panel in which the conductive panel portion is N sheets, the insulation portion is (N-1), and N> 3 for various color conversion and partial flashing. An element or light emitting device module comprising: a light emitting unit and a first electrode terminal and a second electrode terminal protruding to one side of the light emitting unit, wherein the first and second electrode terminals are equal to or different in length from each other and are N sheets; The present invention provides a freely attachable light emitting device or light emitting device module, which is partially insulated by a predetermined length to cope with various polarity applications of a conductive panel panel of> 3.

The present invention also provides an electric light plate including a component and a body part in which the panel, the strip, the wire, the light emitting device, and the light emitting device module are partially or entirely combined.

The present invention provides a panel to which a light emitting element is attached, comprising: a first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. The second conductive panel portion and the third conductive panel portion are each connected to one end of the cathode anode of the power supply. In addition, the present invention is a band to which the light emitting element is attached, the first conductive band portion; Strip insulation; And a second conductive strip portion, wherein the strip insulation portion is positioned between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel portion are a cathode of a power source. It is characterized in that it is connected to one end of the anode. In addition, a band to which the light emitting element is attached, the band includes: a first conductive band portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. The second conductive strip panel portion and the third conductive strip panel portion are each connected to one end of the cathode anode of the power source, and further comprising: a first conductive wire portion to which the light emitting element is attached; Insulation; And a second conductive wire portion; An insulating part, wherein the insulating part is positioned between the first conductive wire part and the second conductive wire part, or a single insulating part is located between the first conductive wire part and the second conductive wire part, The first conductive wire portion and the second conductive wire portion are characterized in that connected to each end of the power source and at the same time represents a light emitting device free-attachable wire easy to attach and detach the light emitting device, and also to the panel to which the light emitting device module is attached A first conductive panel portion; Insulation; And a second conductive panel portion, wherein the insulation portions are respectively located between the first conductive panel portion and the second conductive panel portion, and the first conductive panel portion and the second conductive panel portion are each of a power source. It is characterized in that it is connected to one end of the cathode anode.

In addition, a panel to which the light emitting device module is attached, the panel comprising: a first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. The second conductive panel portion and the third conductive panel portion are each connected to one end of the cathode anode of the power source, and further comprising: a first conductive strip portion in which the light emitting device module is attached; Strip insulation; And a second conductive strip portion, wherein the strip insulation portions are located between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel are each a power source. In the strip to which the light emitting device module is attached, characterized in that connected to one end of the cathode anode of the first conductive band portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. A second conductive strip panel portion and the third conductive strip panel portion is characterized in that connected to one end of each of the cathode anode of the power source, the wire to which the light emitting device module is attached, the first conductive wire portion; Insulation; And a second conductive wire portion; An insulating part, wherein the insulating part is positioned between the first conductive wire part and the second conductive wire part, or a single insulating part is located between the first conductive wire part and the second conductive wire part, The first conductive wire part and the second conductive wire part may be connected to each end of a power source, and at the same time, the light emitting device module may be freely attached to the light emitting device module.

In addition, the panel portion, the band portion, the electric wire, or the insulating portion has a non-rigid property, and the hole formation can be facilitated.

In addition, the first, second, third conductive panel portion or the band portion is characterized in that using a conductive synthetic resin foam, and also to supply power to a part or all of the edge of the first, second, third conductive panel portion or the band portion. It is characterized in that the conductive wire for contact.

In addition, the light emitting device includes a light emitting part and a first electrode terminal and a second electrode terminal protruding to one side of the light emitting part, and the first and second electrode terminals have different lengths and the first, second and third conductivity. It is characterized by being insulated by a predetermined length to correspond to the application of various polarities of the panel, and further comprising a light emitting part and a first electrode terminal, a second electrode terminal protruding to one side of the light emitting part, The first and second electrode terminals have the same length and are insulated by a predetermined length to cope with various polarity applications of the first, second and third conductive panels. And a first electrode terminal and a second electrode terminal protruding to one side of the light emitting unit, wherein the first and second electrode terminals have the same length and correspond to the polarity of the first and second conductive panels. It is characterized by being insulated by a predetermined length.

The present invention also provides a light emitting device module comprising: at least two light emitting devices constituting an image such as an alphabet; An electric substrate for mounting or inserting the light emitting device to be bonded; A light emitting device module comprising a tack needle-shaped electrode terminal as an electrode terminal for supplying a (+) (-) power provided on an opposite surface of an electric substrate having a light emitting element.

In addition, the present invention represents a light emitting device or a light emitting device module free-attachable panel having N conductive plates, N (1), and N> 3 for various color conversion and partial flashing. Or a light emitting device module comprising a light emitting part and a first electrode terminal and a second electrode terminal protruding to one side of the light emitting part, wherein the first and second electrode terminals have the same length or different lengths and are each N pieces; It is characterized in that the part is partially insulated by a predetermined length to cope with various polarity application of the conductive panel panel three.

Also included in the present invention is an electronic signboard comprising components and body parts in which the panel, the strip, the wire, the light emitting element and the light emitting element module are combined in part or in whole.

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

However, these drawings are for illustrative purposes only and the present invention is not limited thereto. The present invention will be described in detail through the following examples. However, these examples are for illustrative purposes only and the present invention is not limited thereto.

1 is a block diagram of a panel (01) according to an embodiment of the present invention 1 is a finish material (02) and the first conductive panel portion 03 and the insulator (04) and the first 2 shows a panel in which the conductive panel portion 05, the insulator portion 06, the third conductive panel portion 07 and the finishing material 08 are stacked in this order, and the second conductive panel portion (-) of the power supply portion 09 It shows that the pole is connected and the (+) pole is connected to the first and third conductive panel parts, and there is an advantage of enabling partial blinking. The panel basically includes first, second and third conductive panels, and the light emitting device is powered by the first, second and third conductive panels. Since each of the first, second, and third conductive panel portions should not be in direct contact with each other, insulating parts are provided therebetween to prevent mutual contact by the insulating parts. The insulating part may be configured in a sandwich type by using an insulating sheet, and in addition, the first conductive panel part, the second conductive panel part, and the third conductive panel part may be variously configured in a wire rod or plate shape having various shapes. Can be configured.

The outer side of the first conductive panel portion and the third conductive panel portion further includes a finish. The finishing portion serves to form the outer surface while protecting the first conductive panel portion and the third conductive panel portion as a portion forming the outer cover.

The first, second, and third conductive panel portions are all non-rigid materials, not rigid materials. Non-rigid material refers to a property such as styrofoam, corkboard that can be easily inserted into a pointed object without a hard surface. As the first, second and third conductive panel portions, conductive urethane foam, conductive polyethylene foam, conductive polymer foam and the like are mainly used. Of these, since the electrical conductivity of the patented conductive urethane foam is the most excellent, it is preferable to use the conductive urethane foam.

Polyurethane foam is generally made of polyurethane obtained by the reaction of an isocyanate compound with a polyol as a constituent material, and uses carbon dioxide produced by the reaction of the isocyanate of the component with water used as a crosslinking agent, or A foam produced by adding a volatile solvent such as Freon as a blowing agent. The urethane foam is not conductive, but recently, a method of mixing and processing a conductive material, a film, and the like has been developed, and a urethane foam capable of flowing a current has been proposed.

The conductive urethane foam used in the present invention can be easily formed through the original properties of the urethane foam, that is, styrofoam and cork board while the electricity is supplied, and the inserted object has the property of maintaining a fixed state.

Accordingly, the first conductive panel portion and the second conductive panel portion are easily penetrated by other objects, and the conductive portion of the first conductive panel portion and the second conductive panel portion are in contact with each other. In addition, other components of the panel, such as insulation and finishing, should be similarly used so that other objects can be easily penetrated or penetrated.

In addition, the light emitting device module to be mentioned later may have a harder terminal compared to the electrode terminal of the light emitting device, so that the panel-related materials may be harder. In addition, when the electrode terminal of the light emitting device is made of a stronger material, the panel materials may be selected as a harder material.

Figure 2 is a plan view of the approximate band 11 according to an embodiment of the present invention in the case of the panel because the area that is not energized compared to the part that is energized because there is a waste element, but the band 12 is narrow width 12 It indicates that the electrode terminal is to be arranged in the form of the site attached to the portion to be bent is to be able to be configured freely by part incision (13). This configuration is somewhat inconvenient, but advantageous in cost reduction.

3 is a cross-sectional view of an electric wire 21 according to an embodiment of the present invention and a first conductive electric wire part 22; Insulation 23; And a second conductive wire portion; It is comprised including an insulation part. Electrode terminals such as light-emitting elements penetrate the conductive wire portion, thereby fulfilling the task of conducting electricity, thereby facilitating assembly work.

4 is a cross-sectional view illustrating an insertion state of a light emitting device according to an exemplary embodiment of the present invention, and includes a finishing material 40, a first conductive panel portion 41, an insulating portion 42, and a second conductive panel portion 43 and an insulating portion. (44), the third conductive panel portion 45 and the finishing material 46 is a panel laminated in order, and the second conductive panel portion (-) (33) pole of the power supply is connected to the first, third conductive (+) (32) poles are connected to the panel, and the light emitting elements 34, 35, 36 are inserted. In the case of the first light emitting element 34, the first electrode terminal 38 The first conductive panel portion 41 is in contact with the second electrode terminal 39 in contact with the second conductive panel portion 43 and is energized (37). In the second light emitting device 35, the first electrode terminal has a third conductive panel. The second electrode terminal is in contact with the 45 and the second electrode terminal 43 is in contact with the second conductive panel portion 43 and is energized 37. In order to satisfy this, the insulation coating or the insulation coating is not specifically indicated except for the contact portion. That is, it is preferable that the electrode terminals of the light emitting device have different insulating coatings or insulating coatings according to the conditions of the conductive panel portion. Compared to the blinking or continuous lighting form, it can cause a higher advertising effect, and this configuration has the advantage of utilizing both sides of the panel.

5 is a perspective view of a light emitting device module 51 according to an embodiment of the present invention, and includes a plurality of light emitting devices 53 constituting an alphabet-like image; An electric substrate 52 for mounting or inserting the light emitting device to be bonded to each other; A light emitting device module composed of a tack needle electrode as a positive electrode terminal 54 for supplying power to the opposite side of the surface of the electric substrate having the light emitting device is shown. Although not shown in the drawings, the electrode terminal is configured with different (+) (-) poles per component. Such a light emitting device module has many advantages in terms of aesthetics compared to the conventional method of inserting one by one, and can drastically reduce working time. Also, considering that there are various images and characters in the world, related industries can be newly created. Will be.

Recently, a large number of LEDs, called display boards, were created to fill the vertical and horizontal sides of the display board, but it can be seen that it causes discomfort. As I try to be able to see well only to maximize the advertising effect, I feel unpleasant because of too bright brightness, and I may be able to prompt attention by using splendid movements, but this can also cause discomfort and rejection. There is no phenomenon. On the contrary, the present invention has the advantage of inducing an aesthetic inspiration every time an excellent aesthetic sense is achieved because only the necessary image is constructed using the corresponding LED. In addition, since the fonts can be modularized into a, b, a, b, c, d, etc. and combined to form sentences, it is convenient when the sentence changes a lot and can basically use a stable image. In addition, there are many advantageous parts in composing images as well as fonts.

Although not shown in the drawings when explaining the form in which the conductive wire is in contact with the conductive panel of the present invention. In the coupling form for supplying power to each conductive panel, grooves are formed at the side edges of the first conductive panel portion having a predetermined thickness, and the wires are wound and contacted along the grooves. A groove having a width of about 0.18 mm is formed on the side of the conductive urethane foam, and the wire is inserted therein so that the wire cannot be easily separated or separated.

The conductive wire is connected to one end of the power source, and the conductive wire is in contact with four sides of the first conductive panel portion in the form of a plate, so that current flows relatively evenly in the first conductive panel portion 22. In addition, the conductive wire may be contacted to the conductive panel unit in various ways, and copper foil tape or the like may be used in addition to the conductive wire.

6 is a schematic view of an electronic sign according to an embodiment of the present invention. The panel 62, the band 11, the electric wire 21, the light emitting element 34 and the light emitting element module 51 is a light-emitting plate composed of a component and the body portion 65 in combination of some or all of the light emitting element module 51 And the needle-shaped electrode terminal 64 is not yet inserted. When the panel is composed of three conductive panel parts, it is possible to cause some of the flashing to cause a more dynamic advertising effect. Although not shown in the drawings, an internal circuit diagram of an electronic board configured to emit light of a single intensity is preferable, and a circuit inside the electronic board configured to adjust the light intensity by a variable resistor is preferably included. For example, when the combined value of each resistor is 400 ~ 600Ω, the current is about 8 ~ 10mA and the light is very bright.When the resistance is 1400 ~ 1600Ω, the light is very bright due to the current of about 3 ~ 4mA. When the resistance is about 2000Ω, the current flows about 2 ~ 3mA and the light intensity is normal.

There is a difference in resistance value according to the nature and width of the conductive panel, and there is a difference in light intensity. In the case of freely adjusting the intensity of light, although not shown in the drawings, a switch is provided by a separate variable resistor to adjust the intensity of the current and thus the brightness of the light emitting device.

In addition, although not shown in the drawings, the configuration in which the number of the conductive panel portions exceeds three sheets is also included in the present invention, and the electrode terminals of the light emitting device may also have different insulating coatings or insulating coatings according to the conditions of the conductive panel portions. It is desirable that this is done. Such a configuration has the advantage of displaying a variety of colors through the partial blinking as well as inducing a higher advertising effect than the simple flashing or continuous lighting in the case of the display board to attract the customer's attention. For example, it is well known that three LEDs can produce seven ideas. In any case, as the number of quality panels increases, less than one insulation shall be provided.

As the number of conductive panel parts increases, a more precise insulation coating is required, and for this purpose, there is a need for an equipment capable of performing an immediate insulation coating or an insulation coating, and the present invention is also included in the present invention.

In addition, it is also included in the present invention that the marking is provided in the electrode terminal in order to enable a more precise insulation coating.

On the contrary, if the whole is provided to the customer in an insulating coating state, the customer may peel or dissolve so that only a specific position is energized, and the present method is also included in the present invention.

Basically, when the light emitting device is provided to the customer, it may be desirable to distinguish between the insulating part and the peeling or melting part.

In the case of the optoelectronic device, it is preferable that the processing is provided in a completed state, and the optoelectronic device module is preferably selected by the customer.

Although not shown in the drawings, the light emitting device module may include one or more sets of the same or similar electrode terminals in addition to the first electrode terminal and the second electrode terminal, thereby allowing various colors to be switched. do.

Such a configuration can be difficult to convert a variety of colors in the case of a light emitting device module, unlike a single light emitting device, it can be easily solved by providing a plurality of light emitting devices included in the module to match the electrode terminal to each group Will be.

Modularity of the light emitting device induces aesthetic inspiration, and at the same time, it is easy to manufacture, and by applying three or more conductive panel parts, partial flashing is possible, which induces various color changes, and in some cases, both sides of the panel There is an advantage to use.

In addition, although the panel form wastes material costs, it is possible to reduce costs by arranging the strip around the portion where the needle is inserted in the form of a strip.

The display device by the freely attachable method has many elements that can catch people's eyes compared to the existing display boards that cause discomfort, which can cause a better advertising effect and maximize cost reduction.

 It is obvious that such a billboard that stimulates human emotion will be more effective than a full-fledged commercial billboard.

Claims (20)

In the panel to which the light emitting element is attached, A first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. 2. The panel of claim 1, wherein the conductive panel portion and the third conductive panel portion are connected to one end of the cathode anode of the power supply. In the band to which the light emitting element is attached, A first conductive band portion; Strip insulation; And a second conductive strip portion, wherein the strip insulation portion is positioned between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel portion are a cathode of a power source. A light emitting element freely attachable strip, characterized in that connected to one end of the anode. In the band to which the light emitting element is attached, A first conductive band portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. And a second conductive strip panel portion and the third conductive strip panel portion are connected to one end of a cathode anode of a power supply, respectively. In the wire to which the light emitting element is attached, A first conductive wire portion; Insulation; And a second conductive wire portion; An insulating part, wherein the insulating part is positioned between the first conductive wire part and the second conductive wire part, or a single insulating part is located between the first conductive wire part and the second conductive wire part, The first conductive wire portion and the second conductive wire portion is characterized in that connected to each end of the power source and at the same time the light emitting element free-attachable wire easy to attach and detach the light emitting element. In the panel to which the light emitting device module is attached, A first conductive panel portion; Insulation; And a second conductive panel portion, wherein the insulation portions are respectively located between the first conductive panel portion and the second conductive panel portion, and the first conductive panel portion and the second conductive panel portion are each of a power source. A light emitting device module freely attachable panel, characterized in that connected to one end of the cathode anode. In the panel to which the light emitting device module is attached, A first conductive panel portion; Insulation; And a second conductive panel portion; Insulation; And a third conductive panel portion, wherein the insulating portions are positioned between the first conductive panel portion, the second conductive panel portion, and the third conductive panel portion, respectively, and the first conductive panel portion and the first conductive panel portion. 2. The panel of claim 1, wherein the conductive panel portion and the third conductive panel portion are connected to one end of the cathode anode of the power supply. In the band to which the light emitting device module is attached, A first conductive band portion; Strip insulation; And a second conductive strip portion, wherein the strip insulation portions are located between the first conductive strip portion and the second conductive strip portion, and the first conductive strip panel portion and the second conductive strip panel are each a power source. Light-emitting device module freely attachable strip, characterized in that connected to one end of the cathode anode. In the band to which the light emitting device module is attached, A first conductive band portion; Strip insulation; And a second conductive strip portion; Strip insulation; And a third conductive strip portion, wherein the strip insulation portions are positioned between the first conductive strip portion, the second conductive strip portion, and the third conductive strip portion, respectively, and the first conductive strip panel portion and the first conductive strip portion are disposed. And a second conductive strip panel portion and the third conductive strip panel portion are connected to one end of a cathode anode of a power supply, respectively. In the wire to which the light emitting device module is attached, A first conductive wire portion; Insulation; And a second conductive wire portion; An insulating part, wherein the insulating part is positioned between the first conductive wire part and the second conductive wire part, or a single insulating part is located between the first conductive wire part and the second conductive wire part, The first conductive wire part and the second conductive wire part is characterized in that connected to each end of the power source and at the same time the light emitting device module free-attachable wire easy to attach and detach the light emitting device. The method according to claim 1 or 2 or 3 or 5 or 6 or 7 or 8, The panel portion or the strip portion or the wire or the insulating portion has a non-rigid property, and can easily form a hole. . The method of claim 10, The first, second, third conductive panel portion or strip portion of the light emitting device or the light emitting device module freely attachable panel or strip characterized in that using a conductive synthetic resin foam. The method of claim 10 or 11, The light emitting device or the light emitting device module freely attachable panel or strip, characterized in that the conductor for supplying power is in contact with part or all of the edge of the first, second, third conductive panel portion or the band portion. In the light emitting device, It includes a light emitting unit and a first electrode terminal, a second electrode terminal protruding toward one side of the light emitting unit, The first and second electrode terminals have different lengths and are freely insulated from each other by a predetermined length so as to correspond to various polarity applications of the first, second and third conductive panels. In the light emitting device, It includes a light emitting unit and a first electrode terminal, a second electrode terminal protruding toward one side of the light emitting unit, The first and second electrode terminals have the same length and are insulated by a predetermined length so as to correspond to various polarity applications of the first, second and third conductive panels. In the light emitting device, It includes a light emitting unit and a first electrode terminal, a second electrode terminal protruding toward one side of the light emitting unit, The first and second electrode terminals have the same length and are insulated by a predetermined length so as to correspond to the application of the polarity of the first and second conductive panels. In the light emitting device module, At least two light emitting elements constituting an image such as an alphabet; An electric substrate for mounting or inserting the light emitting device to be bonded; A light emitting device module comprising a tack needle-shaped electrode terminal as an electrode terminal for supplying (+) (-) power provided on an opposite surface of an electric substrate having the light emitting element. Light-emitting device or light-emitting device module freely attachable panel having N conductive plates, N-1, and N> 3 for various color conversion and partial flashing. In the light emitting device or light emitting device module, It includes a light emitting unit and a first electrode terminal, a second electrode terminal protruding toward one side of the light emitting unit, The first and second electrode terminals have the same or different lengths and are partially insulated by a predetermined length so as to cope with various polarity applications of the N and N> 3 conductive panel panels. Or a light emitting device module. The method of claim 18, The light emitting device module has a light emitting device module, characterized in that a variety of colors can be changed by at least one set of the same or similar electrode terminal in addition to the first electrode terminal, the second electrode terminal. And a panel and a component in which the panel, the strip, the wire, the light emitting device, and the light emitting device module are partially or entirely combined.

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