Claims (1)
1V14Z/043 六、申請專利範圍: 1·一種薄型發光看板,係包含有: 固定於主框架其 一固定框架,係包含有一主框架及 中一外側的固定架; 二透光圖案板’其間夾設-透明導光板,該透明導光 板與二透光圖案板疊合的二相對面各形成有_導光層;A 中該二透光圖案板及該透明導光板疊合的外側係固定於該 固定框架的主框架内側;及1V14Z/043 VI. Scope of application: 1. A thin type of illuminating kanban, comprising: a fixing frame fixed to the main frame, comprising a main frame and a fixing frame on the outer side; and a second transparent pattern plate a transparent light guide plate is formed, and two opposite surfaces of the transparent light guide plate and the two transparent light pattern plates are respectively formed with a light guiding layer; wherein the two light transmitting pattern plates and the outer side of the transparent light guiding plate are fixed to each other The inside of the main frame of the fixed frame; and
至少一 LED燈條,係設置於該固定框架之主框架内側 並對準該透明導光板之外側。 2.如申請專利範圍第!項所述之薄型發光看板,該透明 導光板的二㈣面上的導光層包含有複數網點且其中靠 近led燈條的複數網點分布密度較較遠離led燈條的複數 網點分布密集低。 ’ 3. 如申請專利範圍第1或2項所述之薄型發光看板,係 包含有二個LED燈條,且該主框架係呈一矩形,該主框架 四内側均形成有-相互連通的卡槽,使該二透光圖案板及 該透明導光板ϋ定㈣卡财,㈣二LED燈條則分別設 置於該矩形的主框架其中二相對内側。 4. 如申請專利範圍第3項所述之薄型發光看板,該主框 架包含有: 一门形框條;及 —直框條’其二端的内側各焊接有—連接板,且該二 連接板鉚合於該门形框條開口的内側壁面上。 5·如申清專利範圍第4項所述之薄型發光看板,該门形 9 M427643 框條及該直框條的縱戴面係由一板體的二相對長側邊向 上、向内再向下f折形成,而呈凹字型,以於該二相對長 侧邊之間形成該卡槽。 6. 如申請專利範圍第4項所述之薄型發光看板該门形 框條及該直框條的縱截面係由一板體二相對側向上響折, 而呈倒门字型以形成該卡槽。 7. 如申請專利範圍第…項所述之薄型發光看扳,該 固丈架係包含-内套及—外封套,該内套係固定於該主框 架的其中一外側,且該内套内設置有-電源模組,該電源 模組係與該至少-LED燈條電連接,且設有—組電源線, 該外封套則套設並鉚合於該内套上,且外封套相對於主框 架的外側之一側形成有複數固定孔及一電線孔,該電線孔 係供該電蟬模組的該組電源線穿出。 8. 如申請專利範圍第5項所述之薄型發光看板,該固定 架係包含一内套及一外封套,該内套係固定於該主框架的 其中一外側,且該内套内設置有一電源模組,該電源模組 係與s亥至少一 led燈條電連接,且設有一組電源線,該外 封套則套設並鉚合於該内套上,且外封套相對於主框架的 外側之一側形成有複數固定孔及一電線孔,該電線孔係供 該電源模組的該組電源線穿出。 9·如申請專利範圍第6項所述之薄型發光看板,該固定 架係包含一内套及一外封套’該内套係固定於該主框架的 其中一外側,且該内套内設置有一電源模組,該電源模組 係與該至少一 LED燈條電連接,且設有一組電源線,該外 封套則套設並鉚合於該内套上,且外封套相對於主框架的 10 IVI^Z/〇4J /倒之一側形成有複數固定孔及一電線孔,該電線孔係供 該電源模組的該組電源線穿出。 、 ^ 1〇.如申請專利範圍第1或2項所述之薄型發光看板, 該至y — LED燈條係於對應主框架内側的壁面上依序形成 黏貼層及一彈性層,而相對該黏貼層及該彈性層的壁面 上則設置有複數LED燈,並以該彈性層固定於主框架内側。 11. 如申請專利範圍第8項所述之薄型發光看板該至 少一 LED燈條係於對應主框架内側的壁面上依序形成一黏 貼層及一彈性層,而相對該黏貼層及該彈性層的壁面上則 設置有複數LED燈,並以該彈性層固定於主框架内側。 12. 如申請專利範圍第9項所述之薄型發光看板,該至 少一 LED燈條係於對應主框架内側的壁面上依序形成一黏 贴層及一彈性層,而相對該黏貼層及該彈性層的壁面上則 設置有複數LED燈,並以該彈性層固定於主框架内側。 七、圖式•(如次頁)At least one LED strip is disposed inside the main frame of the fixing frame and aligned with the outer side of the transparent light guide. 2. If you apply for a patent scope! In the thin illuminating kanban of the present invention, the light guiding layer on the two (four) sides of the transparent light guiding plate comprises a plurality of dots, and the plurality of dots distributed near the led light bar are densely distributed and are densely distributed from the plurality of dots. 3. The thin type illuminating banter according to claim 1 or 2, comprising two LED strips, wherein the main frame has a rectangular shape, and the inner side of the main frame is formed with - mutually connected cards. The slot is configured to set the two transparent pattern plates and the transparent light guide plate to be (four), and the (four) two LED strips are respectively disposed on opposite sides of the rectangular main frame. 4. The thin illuminating kanban according to claim 3, wherein the main frame comprises: a door frame strip; and the straight frame strip has a connecting plate on the inner side of the two ends, and the two connecting plates Riveted to the inner wall surface of the opening of the sash. 5. According to the thin illuminating kanban according to item 4 of the patent application scope, the door-shaped 9 M427643 frame strip and the longitudinal wearing surface of the straight frame strip are upwardly and inwardly directed by two relatively long sides of a plate body. The lower f-fold is formed in a concave shape to form the card slot between the two relatively long sides. 6. The thin-type illuminated banter according to claim 4, wherein the sash and the longitudinal section of the sash are folded from opposite sides of a plate body, and are inverted to form the card. groove. 7. The thin-type illuminating panel as claimed in claim 5, wherein the truss frame comprises an inner sleeve and an outer envelope, wherein the inner sleeve is fixed to one of the outer sides of the main frame, and the inner sleeve is Provided with a power module, the power module is electrically connected to the at least-LED strip, and is provided with a set of power lines, the outer sleeve is sleeved and riveted to the inner sleeve, and the outer envelope is opposite to the outer sleeve One side of the outer side of the main frame is formed with a plurality of fixing holes and a wire hole for the set of power wires of the electric power module to pass through. 8. The thin illuminating lanyard according to claim 5, wherein the fixing frame comprises an inner sleeve and an outer sleeve, wherein the inner sleeve is fixed to one of the outer sides of the main frame, and the inner sleeve is provided with a a power module, the power module is electrically connected to at least one led light strip of the shai, and is provided with a set of power lines, the outer sleeve is sleeved and riveted on the inner sleeve, and the outer envelope is opposite to the main frame One side of the outer side is formed with a plurality of fixing holes and a wire hole for the set of power lines of the power module to pass through. 9. The thin illuminating kanban according to claim 6, wherein the fixing frame comprises an inner sleeve and an outer sleeve, wherein the inner sleeve is fixed to one of the outer sides of the main frame, and the inner sleeve is provided with a a power module, the power module is electrically connected to the at least one LED strip, and is provided with a set of power lines, the outer sleeve is sleeved and riveted on the inner sleeve, and the outer envelope is opposite to the main frame 10 One side of the IVI^Z/〇4J/reverse side is formed with a plurality of fixing holes and a wire hole for the power supply line of the power module to pass through. The thin illuminating kanban according to claim 1 or 2, wherein the y-LED strip is sequentially formed on the inner wall of the corresponding main frame to form an adhesive layer and an elastic layer, and the opposite A plurality of LED lamps are disposed on the adhesive layer and the wall surface of the elastic layer, and are fixed to the inner side of the main frame by the elastic layer. 11. The thin-type light-emitting banter according to claim 8, wherein the at least one LED light strip is sequentially formed with an adhesive layer and an elastic layer on a wall surface corresponding to the inner side of the main frame, and the adhesive layer and the elastic layer are opposite to the adhesive layer and the elastic layer. The wall is provided with a plurality of LED lights, and is fixed to the inner side of the main frame by the elastic layer. 12. The thin-type light-emitting banter according to claim 9, wherein the at least one LED light strip is sequentially formed with an adhesive layer and an elastic layer on a wall surface corresponding to the inner side of the main frame, and the adhesive layer and the adhesive layer A plurality of LED lamps are disposed on the wall surface of the elastic layer, and are fixed to the inner side of the main frame by the elastic layer. Seven, schema • (such as the next page)