1246362 九、發明說明： 【發明所屬技術領域】 本發明係關於一種電力導通構造，特別是一種平板式氣體放電燈之電力導 通構造。 【先前技術】 按’近年來由於可攜式電子產品及通訊相關產業的蓬勃發展，液晶顯示器 呈現大幅的成長。而這類產品在應用面的要求除了輕薄短小之外，還有_個重 要考量，就是製造業者於構造上的改良需更簡易，不僅方便製成，且更節省成 本。一般而s，背光模組(Backlight Unit, BLU)泛指可提供產品一個背面光源 的組件，其典型的應用就是作為液晶顯示器這類平面顯示器的光源提供者。就 使用的發光元件種類而言，目前主要有：電激發光（Electr〇n luminescen EL) Q 陰極螢光燈（c〇id Cathode Fluorescent Lamps，CCFL)以及發光二極 體（light emitting diode，LED)三種類型，依光源分佈位置不同則分為側背式 和直下式。 工 現就以市面上被運肖於背光統的_種平板式氣·電燈配合圖式及勺 明:敘述如後，其構造如「第i圖」所示；其主要的運作原理，是透過促❹ 應，體（-般為惰性氣體)放電的手段，來激發塗佈在出光側的勞光材料發光， 而”所需的電力係由-背光板電源供應器20 (Bac 。 ::二支二辦—中華民國專利公告第5 213 ◦ ◦號「底板和蓋板之=有= 件之；丨弘貝阻P羊式放電用之放電燈」。 而這類平板式氣體放電燈依其中電極 圖」）與内部電極式（見「第3円h马外“極式（見弟2 氣體，豆中卜屬 山才1的脸體12，在此腔體12中填充有反應 在腔體丨2的嶋近表=;==嫩娜部丨〇丨， 近背光__塗佈有反_ 14’下層賴η之内壁靠 光線，外部電極式的下層玻璃 二進(即朝向背光側行進 > 的 絕緣層16包覆著電極15a仰·表面貼附者電極⑸，15b，另外還以-設於密閉的腔體12之二Γ「第^部電極式的差異處則是將電極15a，15b 弟3圖」），並利用—支撐件17用以支樓上層 1246362 ，离10和下層玻璃u。電極⑸，伽接受背光板電源供應器⑼⑻冰 換後的電流，促輪體12内部的反應氣體產生放電現像放出紫外 線進而激發螢光材料13發光。 卜 都个述—種的平板式氣體放電燈，不論是外部電極式（見「第2圖」）或内 ㈣轉線或以印刷電路板⑽)佈線（layQut)的方式以佈設電極 ，b (以外部電極式為例，係於下層玻璃11的外側表面貼附著電極15a ’以内部電極式為例，係將電極15a，15b設於密閉的腔體12之内部），最 \、，進仃封裝即可，但此種習知作法，在佈設電極15a，15b時，補製程繁雜， 2平m織電㈣尺相树，败該倾的設計後方可決定佈線位 又之tol5a，15b產生斷路且未及時發現時，更增加後續處理程序， 為紫去/更/良費業者之生產成本（時間、人力），因此，前述之麵問題，實 馮業者一大亟欲待解之課題。 、 【發明内容】 本發明之主要目的，在於解決上述之問題，避免問題的存在，本發明係 /、種製程簡易且兼具省時、低成本的平板式氣體放電燈之電力導通構造y 這種平板式氣體放電燈之電力導通構造的基本構造包括有：二個導電體。 為達上述之目的，本發明係侧前述二料電體分別包覆於前述放電燈之 壬可-相對應之端面，以提供電源供應器與放紐—觀力傳輸的功效。 有關本發明之較佳實例與技術内容，茲配合圖式說明如下· 【實施方式】 本發明係以簡易的元件設置，即可達到電力導通的效果，不做盖習知以 2或_電路板⑽)佈線(layout)的方式佈設電極所需進行的繁細呈，更 11具省時、省成本的優點’現就本發明之平板式氣體放電 配合圖式標航縣的制，敘述如下： 通構k 細^閱^第4、5、6圖」，係為本發明連接有電源供應器之外觀立體圖、分 1及。杨圖，如圖所示，包括有一放電燈30(其包括有一上破璃基板咖及一1246362 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a power conduction structure, particularly a power conduction structure of a flat-plate gas discharge lamp. [Previous technology] According to the recent years, due to the booming development of portable electronic products and communication related industries, liquid crystal displays have grown significantly. In addition to the lightness, shortness, and shortness of this type of product, there are important considerations, that is, manufacturers need to make structural improvements easier, not only convenient to make, but also more cost-effective. Generally speaking, the backlight unit (Backlight Unit, BLU) generally refers to a component that can provide a back light source for a product, and its typical application is as a light source provider for flat-panel displays such as liquid crystal displays. In terms of the types of light-emitting elements used, currently there are mainly: Electron luminescen EL, Q Cathode Fluorescent Lamps (CCFL), and light emitting diodes (LEDs) There are three types, which are divided into side-back type and direct-down type according to the position of the light source. Now, the company uses the _ flat panel gas and electric lamps that are used in the backlight system to match the diagram and spoon. The description is as follows, and its structure is shown in "Picture i". Its main operating principle is through The means of promoting the discharge of the body (generally an inert gas) to stimulate the light-emitting materials coated on the light-emitting side to emit light, and "the required power is provided by the backlight power supply 20 (Bac. :: 二Supporting the Second Office-Patent Publication No. 5 213 of the Republic of China Patent No. "the bottom plate and the cover plate = there are = pieces; 丨 Hong Bei resistance P sheep-type discharge lamp". And this type of flat-type gas discharge lamp according to it Electrode diagram ") and internal electrode type (see" 3 第 h out of the horse "polar type (see brother 2 gas, bean in the bean genus 1) face 12, the cavity 12 is filled with the reaction in the cavity丨 2's near table =; == Nena Department 丨 〇 丨, near backlight __coated with anti_14 'lower layer and inner wall relying on light, external electrode type lower glass is double (that is, heading towards the backlight side) > The insulating layer 16 covers the electrode 15a and the surface-attached electrode ⑸, 15b, and is further provided in the closed cavity 12bis The difference is that the electrodes 15a, 15b and 3 are used. ”), And the support member 17 is used to support the upper floor 1246362, away from 10 and the lower glass u. The electrodes ⑸, 接受 accept backlight power supply ⑼⑻ ice replacement The subsequent current promotes the discharge of reactive gas inside the wheel body 12 and emits ultraviolet light to excite the fluorescent material 13. Budu's description—A kind of flat-plate gas discharge lamp, whether it is an external electrode type (see "Figure 2" ) Or internal wiring or printed circuit board ⑽) wiring (layQut) to route the electrodes, b (take external electrode type as an example, attached to the outer surface of the lower glass 11 attached electrode 15a 'with the internal electrode type as For example, the electrodes 15a and 15b are provided inside the closed cavity 12). Most of them can be packaged. However, in this conventional practice, when the electrodes 15a and 15b are arranged, the replenishment process is complicated. m Weaving electric stalks and phase trees, the design of the wiring can not be determined until the tol5a, 15b has a disconnection and is not found in a timely manner, the follow-up process is added, which is the production cost of the purple / more / good suppliers Time, manpower), so before This problem is one of the most urgent problems that Feng industry has to solve. [Summary of the invention] The main purpose of the present invention is to solve the above problems and avoid the existence of the problems. The present invention is simple, and has a provincial manufacturing process. The electric conduction structure of the flat and low-cost flat-type gas discharge lamp at this time, the basic structure of the electric conduction structure of the flat-type gas discharge lamp includes: two electric conductors. In order to achieve the above-mentioned object, the present invention is based on the foregoing two materials. The electric bodies are respectively covered on the corresponding end faces of the foregoing discharge lamps to provide the power supply and the button-viewing force transmission effect. The preferred examples and technical contents of the present invention are described below in conjunction with the drawings. · [Embodiment] The present invention uses a simple component setting to achieve the effect of power conduction, without the need to cover the detailed presentation required to lay out the electrodes in a 2 or _ circuit board ⑽ layout. Moreover, it has 11 time-saving and cost-saving advantages. Now, the system of the flat-type gas discharge according to the present invention in accordance with the present invention is described as follows: General structure k ^^^^ 4, 4, 6 " This invention Then there is an external perspective view of the power supply, and a division. Yang Tu, as shown, includes a discharge lamp 30 (which includes a top glass substrate and a
LfJTL且於上玻璃基板細及下玻璃基板3G1之間所形成之密閉腔室 ’填充有反應氣體’其中腔室观靠近上玻璃基板議的表面塗佈有榮光材 1246362 m，並，下玻璃基板3〇1靠近腔室302的表面則塗佈有反光材料謝)及二 成、Λ體3_ia、31b(其係為一正電極及一負電極，且最佳實施方式係以鎳材質製 ，亚以則述二個導電體31a、31b分別包覆於前述放電燈3〇之任何二相對應 面’以提供激發放電燈30發亮之電源供應器4〇與放電燈3〇 一種電力傳輸 豆2 ’其中電源供應器们系為背光板電源供應器（驗Inverter)， 貝％方式可為壓電式變壓器（piez〇e丨ectric斤㈣如·)或繞線式變慶器 寸==贿），若使用壓電式變壓器，更可利用其高壓的輸出電力，激發大尺 、主2上述對於本發明平板式氣體放電燈30之電力導通構造的構造敘述中，可 本發明係以二個導電體31a、31b分別包覆於前述放電燈30之任何< 二40^之乂取代習知以繁瑣的佈線過程所製作出之電極，以供電源供應 ^將電力傳輸至放電燈3G，令放電燈30發光，故本 即可達到電力導通的效果，不僅於製程時，更簡便， /、即物間、㈣成本的伽，故實絲此產紅之—大貢獻。 β 、本^月連接有甩源供應為40之作動作一說明，請繼續參閱「第4、5、 回」=圖所不，係以一電源供應器4〇(背光板電源供應器（此灿咖 電7==^=胖__燈3_力_造_狀態，此 吟qn，、―贿供電力經由二個導電體灿、31b傳輸至放電燈3〇，令放帝 之電力義ί + 料，如鳩本赦蝴《放電燈3〇 另請參閱「第7圖」，係為本發明之另一實施例，如圖所示 Push-Pull)的方式連接有二個電源供應器、她(其最佳實施方式 : 士變:器)’以其正、負半週電力相加的原理(如輸出 半 =咖 _，讓_ 工02内部的反應氣體產生放電現像而激發上玻璃美& 3nf) # & 7 1246362 上列詳細說明係針對本發明之可行實施例具體說明，惟該實施例並非限制 本發明之專利範圍，凡未脫離本發明之發明技藝精神之等效實施或變更，均應 包含於本案之專利範圍内。 1246362 【圖式簡單說明】 第1圖，係為習知平板式氣體放電燈的外觀構造圖。 第2圖，係為習知外部電極式之平板式氣體放電燈的斷面構造圖。 第3圖，係為習知内部電極式之平板式氣體放電燈的斷面構造圖。 第4圖，係為本發明連接有電源供應器之外觀立體圖。 第5圖，係為本發明連接有電源供應器之分解圖。 第6圖，係為本發明連接有電源供應器之剖面圖。 第7圖，係為本發明之另一實施例。 【主要元件符號說明】 【習知】 $ 10 ......上層玻璃 101......支撐部 11 ······下層玻璃 12 ......腔體 13 ······螢光材料 14 ......反光材料 15a, 15b......電極 16 ......絕緣層 17 ......支撐件 0 20......背光板電源供應器（Backlight Inverter) 【本發明】 30......放電燈 300 ......上玻璃基板 301 ......下玻璃基板 302 ......腔室 303 ......螢光材料 304 ......反光材料 31a、31b......導電體 40、40a、40b......電源供應器 9LfJTL and a closed chamber formed between the upper glass substrate and the lower glass substrate 3G1 are filled with a reaction gas. The surface of the chamber near the upper glass substrate is coated with glory material 1246362 m, and the lower glass substrate The surface of the 301 near the chamber 302 is coated with a reflective material (Xie), and 20%, Λ body 3_ia, 31b (which is a positive electrode and a negative electrode, and the best embodiment is made of nickel material, sub- The two conductors 31a and 31b are respectively covered on any two corresponding surfaces of the foregoing discharge lamp 30 to provide a power supply 40 for exciting the discharge lamp 30 and a discharge lamp 30 as a kind of power transmission bean. 2 'Where the power supply is a backlight power supply (inverter), the method can be a piezoelectric transformer (piez〇e 丨 ectric catty such as ·) or a wire-wound transformer inch == bribe ), If a piezoelectric transformer is used, the high-voltage output power can be used to excite the large ruler and the main body 2 In the above structural description of the electric conduction structure of the flat-plate gas discharge lamp 30 of the present invention, the present invention is based on two The conductors 31a and 31b are respectively covered with the discharge lamp Any of 30 < two 40 ^ 乂 replaces the electrode made by the conventional wiring process with tedious wiring for the power supply ^ Transfer power to the discharge lamp 3G, so that the discharge lamp 30 emits light, so the power can be achieved The effect is not only simpler in the manufacturing process, but also the cost of Gamma, which means that the real silk makes a great contribution. β. This month, a description is given of the operation of a power source supply of 40. Please continue to refer to "4th, 5th, back" = not shown in the figure, with a power supply 40 (backlight power supply (this Chanka Electric 7 == ^ = Fat __lamp 3_force_made_state, this yin qn, ―the power supply of the bribe is transmitted to the discharge lamp 30 through the two conductors Can, 31b, so that the power of Emperor Fang ί + material, such as the "discharge lamp 30. Please refer to" Figure 7 ", is another embodiment of the present invention, as shown in the figure Push-Pull) Two power supply is connected She (its best embodiment: Shibian: Qi) 'uses its positive and negative half-cycle power addition principle (such as output half = coffee, let the reaction gas inside _02 work to generate a discharge phenomenon and excite the upper glass美 & 3nf) # & 7 1246362 The detailed description above is a specific description of the feasible embodiments of the present invention, but this embodiment is not intended to limit the scope of the patent of the invention, and any equivalent implementation that does not depart from the spirit of the invention Or changes should be included in the patent scope of this case. 1246362 [Simplified illustration of the figure] Figure 1, is a conventional flat type Appearance and structure diagram of a gas discharge lamp. Figure 2 is a sectional structure diagram of a conventional flat electrode gas discharge lamp of external electrode type. Figure 3 is a diagram of a conventional flat electrode gas discharge lamp of internal electrode type. Figure 4 is a perspective view of the appearance of a power supply connected to the present invention. Figure 5 is an exploded view of a power supply connected to the present invention. Figure 6 is a power supply connected to the present invention. Sectional view of the device. Fig. 7 is another embodiment of the present invention. [Description of Symbols of Main Components] [Knowledge] $ 10 ...... Upper glass 101 ... Supporting section 11 · ..... Lower glass 12 ... Cavity 13 ... Fluorescent material 14 ... Reflective material 15a, 15b ... Electrode 16 ... .. Insulating layer 17 ... Support 0 20 ... Backlight Inverter [Invention] 30 ... Discharge lamp 300 ... Upper glass substrate 301 ... lower glass substrate 302 ... cavity 303 ... fluorescent material 304 ... reflective material 31a, 31b ... Electrical conductors 40, 40a, 40b ... power supply 9