M395209 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種發光鍵盤，特別是指一種利用可 撓式有機發光二極體(FOLED)面板為背光源的鍵盤結構者。 【先前技術】 按目前筆記型電腦由於具有便於隨身攜帶及處理大 量文書資料之功能，故而廣受市場業者及使用者之肯定及 採用，而目前筆記型電腦鍵盤所採用之薄型按鍵結構，其 主要係於字鍵之鍵帽與底板間組裝連結有一剪刀式或架 橋式支撐結構；經查有關美國專利第6,545,232號及本國 專利公告第570235號「薄型透光鍵盤」專利案，該專利前 案係藉由一冷光板以提供照明光源，俾使鍵帽上之鏤刻字 體符號得以呈現單一顏色之透光狀態； 近日由於科技發展快速，而以觸控板或觸控螢幕作為 指令輸入裝置已廣泛應用於行動電話及電腦等電子產 品，且由於近日有機發光二極體(Organic Light Emitting Diode， OLED)面板已廣泛應用於電器照明及電子產品等用途上， 而有機發光二極體（OLED)面板其基本架構係利用電能激 發封裝之發光物質以發出螢光或磷光，其具有耗電量低不 發熱、體積輕薄及具高亮度照明等特性，故其在背光源應 用方面則更是受到業界肯定。 既有的發光鍵盤，如中華民國專利證書號數第 3 M395209 1242737號「發光鍵盤結構」發明 / 例如LED的點光源進行反射，將點“水，係以反射板對 反射的作用進人按鍵總成之中，藉光源所發出的光線經由 效果。前述發*鍵盤雖可利用反^達W鍵盤的發光照明 生的光線反射並用於照明，#&i方式’將點光源所產M395209 V. New Description: [New Technology Field] This creation is about an illuminated keyboard, especially a keyboard structure that uses a flexible organic light-emitting diode (FOLED) panel as a backlight. [Prior Art] According to the current notebook computer, it has the function of being easy to carry and handle a large amount of paperwork, so it is widely recognized and adopted by market players and users. The thin key structure of the current notebook computer keyboard is mainly A scissor-type or bridge-type support structure is assembled between the keycap and the bottom plate of the word key; and the patent pending case is disclosed in the U.S. Patent No. 6,545,232 and the National Patent Publication No. 570235 "Thin-type Transparent Keyboard" Patent. By providing a illuminating light source to provide an illumination source, the enamel lettering symbol on the keycap can be displayed in a single color. Recently, due to the rapid development of technology, the touch panel or the touch screen has been widely used as an instruction input device. For electronic products such as mobile phones and computers, and because of the recent use of Organic Light Emitting Diode (OLED) panels, they have been widely used in electrical lighting and electronic products, and organic light-emitting diode (OLED) panels The basic architecture uses electrical energy to excite the luminescent material of the package to emit fluorescent or phosphorescent light. Low power consumption is not heat, with high brightness and thin volume lighting characteristics, so the backlight in terms of application by the industry is even more sure. The existing illuminated keyboard, such as the Republic of China Patent Certificate No. 3 M395209 1242737 "illuminated keyboard structure" invention / for example, the point light source of the LED reflects, the point "water, the effect of the reflector on the reflection into the button total In the process, the light emitted by the light source passes through the effect. Although the above-mentioned hair* keyboard can be reflected and used for illumination by the illumination of the illumination of the anti-W keyboard, the #&i method will produce the light source.
的光線係被動的反射，且所發出的光線=:如二D產生 各處，因此背光的光源仍不夠 、· ^、、均勻分散鍵盤 改良的空間。 ：使得照明的效果還有 有鏗於此’本案創作人谨 、止艿外斗奋玫y^ /、夕年從事電腦鍵盤之製 la_及〇又计只矛乃經驗，而積極 製作及測試，終致完成本創作。良’並經多次實物樣品 【新型内容】 因此，本創作目的係A认初1 ^ 在於解決上述問題，而提供一種 於可撓性鍵盤本體内設置一 λ 狁性有機發光二極體面板，The light is passively reflected, and the emitted light =: as the two D are generated everywhere, so the backlight source is still not enough, · ^, and evenly disperse the keyboard to improve the space. : The effect of lighting is still there. The author of this case is loyal to the singer, and the singer of the computer keyboard is la_ and 〇 计 只 乃 is the experience, but actively produced and tested , the end of the creation of this creation. Good' and many physical samples [New content] Therefore, the purpose of this creation is to solve the above problems, and to provide a λ 有机 organic light-emitting diode panel in the flexible keyboard body.
错此不但給予鍵盤平均的昔 ^ ^ 牙先源，而達到鍵盤背光較佳的 ^播更可讀低的操作電壓，達到降低耗電量的發光鍵 盤結構。 故為達上述目的’本創作係提出一種發光鍵盤結 構’其係、^ 4光觸控板、-印·及-可撓式有機發光 -極體面板，其中該觸控板係具可挽性及透光特性，並與一觸控 板控制器電性連接而組成—觸控板模組，而該觸控板控制器係電 連接於該觸控板及-微處理單元之間；該印麵片，係一可換性 4 M395209 矩形薄臈狀的印刷膜片，對應設置在該觸控板底面；而該可撓式 有機發光_一極體面板係電性地連接一光源控制器，並組成·一可撓 式有機發光二極體模組，而該可撓式有機發光二極體面板係對應 位設於該印刷膜片及該觸控板之底面，該光源控制器係電連接於 该可撓式有機發光二極體面板及該微處理單元之間，其藉由該光 源控制器之設定以調整該可撓式有機發光二極體面板之亮度者。 而為達上述目的’本創作更提出一種發光鍵盤結構，包 括：一透光觸控板、一電子紙及一可撓式有機發光二極體板，其 中.該电子紙係具可挽性且大致呈矩形，並與一電子紙控制哭電 性連接而組成一電子紙模組，而該電子紙係對應組設於透光觸控 板底面，而該電子紙控制器係電連接於該電子紙及該微處理器 間，該電子紙係藉由觸控切換以選取顯示所儲存之字鍵符號頁 面；而該可撓式有機發光二極體面板係電性地連接一光源控制 器而、、且成可挽式有機發光二極體模組，而該可挽式有機發光 二極體面板係對應位設於該電子紙及該透光觸控板之底面該光 源控制器係電連接於該可撓式有機發光二極體面板及—微處理單 兀之間，而其藉由該光源控制器之設定以調整該可撓式有機發光 二極體面板之亮度。 進而，本創作更進一步提出一種發光鍵盤結構，包括：複數 個透光鍵帽、複數個架橋結構、—橡膠墊片、—薄膜電路板、一 紹板及-可撓式核發光二極體面板；其巾該透級帽其係概 呈方形之透光按壓元件；該架橋結構，其係由第—框架及第二框 5 M395209 架所乂又軸樞成之-體旋動結構，而各該架橋結構之頂緣及底緣 係分別對應她連結於各該透光鍵帽及—域之間；該橡膠塾 ' #，其猶且其設置在複數健架橋結構絲；該薄膜電 . 路板’其係位於該橡膠塾片及-铭板之間；該铭板，其係一概呈 枝形之按鍵支該可撓式有機發光二極體面板係電性地連 . 接一光源控制器，而組成一可撓式有機發光二極體模組，其藉由 φ 該錢控繼之設定機該可撓式有機發光二極體面板之亮度。 本創作上述之目的及優點’不難從下述所翻實施例之詳細 說明與關中’獲得深人瞭解。當然，本創作在某些另件上或 另件之安排上容許有所不同，但所選用之實施例，則於本說明書 中，予以詳細說明，並於附圖中展示其構造。 【實施方式】 關於本創作藉以達到上述目的之技術手段，兹以下列實施型 態配合圖示於下文作詳細說明，俾令貴審深入瞭解。 -· 請同時參考圖1及圖2，其中，圖1係表示本創作發光鍵盤 . 結構第一實施例的立體分解圖，圖2係表示本創作發光鍵 • 盤結構第一實施例部分架構的方塊圖。 本創作第一實施例的發光鍵盤結構1係包括一觸控 板模組11、一虛擬鍵片（於本實施例為一印刷膜片12)、 一可撓式有機發光二極體(Flexible Organic Light Emitting Diode， FOLED)模組13、一可撓式底板14及一微處理單元15。 一觸控板模組11包括一大致呈矩形且具可撓性的透 6 M395209 光觸控板111及一觸控板控制器112,該觸控板1U係具有 透光之導電玻璃層（ITO Glass Layer)及導電薄膜層（ITO Film)者 (圖未示，因屬習知技術故不贅述），俾達到透光觸控之效 能，而該觸控板控制器112係電性地連接在該觸控板1U 及一微處理單元15間，進而電性連接於一電腦主機（圖未 示），其中，該觸控板控制器112係將使用者碰觸該觸控板 111所產生的類比訊號轉換為數位訊號，並取得其觸控座標 位置資sfl，再將此座標位置資訊轉換成按鍵訊號，並透過 序列傳輸界面將觸控座標資料傳輸至該微處理單元丨5，俾 達到操作該觸控板模組11進行輸入訊號之效能；再者，觸 控按鍵訊號亦可同步啟動一揚聲器或一振動器（圖未示）發 出嗶聲提示音或發出振動，以提示確認觸控按鍵已有作用。 一虛擬鍵片，於本實施例為一印刷膜片12，該印刷 膜片12係大致呈矩形透光且具可撓性的薄膜狀結構，其係 對應設置在透光之觸控板111底面，於該印刷膜片12表面 係印製有複數個虛擬按鍵121及一手勢觸控區122，而各 虛擬按鍵121則對應標示有預設的字母/數字或功能符號， 俾能由該透光觸控板111頂面以對應透視該虛擬按鍵121 及手勢觸控區122，進而方便使用者操作該觸控板模組u 以達到子鍵符號輸入及操作如滑鼠手勢觸控之功能者。 可撓式有機發光二極體模組13係包括大致呈矩形的 —可撓式有機發光二極體(FOLED)面板131及一光源控制器 7 132(如圖2所示）’而該可撓性有機發光二極體面板ι31係 對應設置在該印刷膜片12及透光觸控板m之底面，俾能 提供發光鍵盤結構1之背光源，且藉由光源控制器132設 定調整該可撓式有機發光二極體面板131之光源亮度。 請參考圖3，係表示本創作第一實施例中可撓式有機 發光二極體面板131的結構示意圖，該可撓性有機發光二 極體面板131的結構包括最底層的高分子塑膠基板1311， 以及依序往上疊層的一水氧阻隔層1312、一金屬陰極層 1313、一發光層1314、一陽極層1315，其中，高分子塑膠 基板1311係具有可挽性材質所製成，金屬陰極層1313為 鎂/銀合金材質，發光層1314為有機電激發材料，陽極層 1315為銦錫氧化物(no)材質，而有機電激發光材料對水氧非 常敏感，而一般的塑膠基板於室溫下對水的穿透度約為每平方公 尺每天0.1〜100公克(100-10’1 g/m2/day(25c>c)) ’無法完全阻隔水氣 及氧氣的穿透；為了達到阻隔水氧氣之目的，必須在塑膠基 板1311和金屬陰極層1313(無機導電層）之間塗覆緻密的特 殊材料以阻隔防止水氧的滲透及擴散，且因為有機及無機 材質之間界面的問題，因此水氧阻隔層1312材料的選取必 須在塗覆過程中能無缺陷地均勻成膜(Defect_Free)、不會產生 針孔(PinHoles)、而具高透光性及避免對可見光的吸收，且以 多層膜的製程方式來達成FOLED基板機能需求。 再者，有機發光二極體(FOLED)具有下列特性：（!）自 體發光層之電激發光，其視角遠 、优月逹165以上；（2)反應時間 快，約小於心；（3)高發光效率；（4)低操作電壓，約Μ 伙特直流€1 ; (5)面板厚㈣’可製做大尺悄可撓性面 板；因此，本創作的發光鍵盤結^使用可撓式有機發光 二極體(删D)面板131當作背光源'，可以達到降低成本、 提咼發光效率以及降低耗電量的功效。 底板Η係為大致王矩形且具有可撓性的絕緣板結 構’而底板Μ係對應設置在可撓式有機發光二極體(删d) 面板的底面’以提供整體崎切作用及反光作用者。 微處理單元15係分別電性連接在觸控板控制器112 及光源㈣n m’践而電性連接於—電齡機，俾達 到處理使用者操作觸控板模組u之輸人訊號的效能。This error not only gives the keyboard the average source of the past, but achieves a better audible and low operating voltage for the keyboard backlight, and achieves a light-emitting keyboard structure that reduces power consumption. Therefore, in order to achieve the above purpose, the present invention proposes an illuminated keyboard structure, a system, a 4 optical touch panel, an -print and a flexible organic light-emitting body panel, wherein the touch panel is manageable. The light transmission characteristic is electrically connected to a touch panel controller to form a touch panel module, and the touch panel controller is electrically connected between the touch panel and the micro processing unit; The mask is a replaceable 4 M395209 rectangular thin printed print film correspondingly disposed on the bottom surface of the touch panel; and the flexible organic light-emitting layer is electrically connected to a light source controller. And forming a flexible organic light emitting diode module, wherein the flexible organic light emitting diode panel is correspondingly disposed on the printed film and the bottom surface of the touch panel, and the light source controller is electrically connected Between the flexible organic light emitting diode panel and the micro processing unit, the brightness of the flexible organic light emitting diode panel is adjusted by setting the light source controller. In order to achieve the above purpose, the present invention further provides an illuminated keyboard structure, comprising: a transparent touch panel, an electronic paper and a flexible organic light emitting diode board, wherein the electronic paper is portable and An electronic paper module is formed in a rectangular shape and is connected to an electronic paper to form an electronic paper module. The electronic paper is correspondingly disposed on the bottom surface of the transparent touch panel, and the electronic paper controller is electrically connected to the electronic device. Between the paper and the microprocessor, the electronic paper is switched by touch to select and display the stored key symbol page; and the flexible organic light emitting diode panel is electrically connected to a light source controller, And the portable organic light emitting diode module is disposed on the bottom surface of the electronic paper and the transparent touch panel. The light source controller is electrically connected to the light source controller. The flexible organic light emitting diode panel and the micro processing unit are disposed between the light source controller and the brightness of the flexible organic light emitting diode panel is adjusted. Furthermore, the present invention further proposes an illuminated keyboard structure, comprising: a plurality of transparent keycaps, a plurality of bridging structures, a rubber gasket, a thin film circuit board, a slab and a flexible nuclear light emitting diode panel; The through-the-hood cap of the towel is a square light-transmitting pressing element; the bridge structure is a body-rotating structure which is pivoted by the first frame and the second frame 5 M395209. The top edge and the bottom edge of the bridging structure are respectively connected to each of the light-transmitting keycaps and the domain; the rubber 塾'#, which is disposed on the plurality of health-stayed bridge structure wires; the film electric circuit board 'The system is located between the rubber cymbal and the nameplate; the nameplate is a button-shaped button. The flexible OLED panel is electrically connected. Connected to a light source controller, And forming a flexible organic light emitting diode module, which is controlled by the φ to control the brightness of the flexible organic light emitting diode panel. The above objects and advantages of the present invention are not difficult to understand from the detailed description of the embodiments and the following. Of course, the present invention is tolerated on certain parts or arrangements of the other parts, but the selected embodiments are described in detail in the present specification, and the construction thereof is shown in the drawings. [Embodiment] The technical means by which the above-mentioned objects are achieved by the present invention will be described in detail below with reference to the following embodiments, and will be explained in depth. - Please refer to FIG. 1 and FIG. 2 at the same time, wherein FIG. 1 is a perspective exploded view showing the first embodiment of the present invention, and FIG. 2 is a partial structural view showing the first embodiment of the present invention. Block diagram. The illuminating keyboard structure 1 of the first embodiment of the present invention includes a touch panel module 11, a virtual key sheet (in this embodiment, a printing film 12), and a flexible organic light emitting diode (Flexible Organic). Light Emitting Diode (FOLED) module 13, a flexible bottom plate 14 and a micro processing unit 15. A touch panel module 11 includes a substantially rectangular and flexible 6 M395209 optical touch panel 111 and a touch panel controller 112. The touch panel 1U has a transparent conductive glass layer (ITO). The glass layer) and the ITO film (not shown, as described in the prior art), achieve the performance of transparent touch, and the touch panel controller 112 is electrically connected The touch panel 1U and a micro processing unit 15 are electrically connected to a computer mainframe (not shown), wherein the touch panel controller 112 touches the touch panel 111 by the user. The analog signal is converted into a digital signal, and the touch coordinate position information sfl is obtained, and the coordinate position information is converted into a key signal, and the touch coordinate data is transmitted to the micro processing unit 丨5 through the sequence transmission interface, and the operation is achieved. The touch panel module 11 performs the function of inputting signals; in addition, the touch button signal can also simultaneously activate a speaker or a vibrator (not shown) to emit a beeping sound or vibrate to prompt the confirmation of the touch button. Has a role. A virtual key sheet, in this embodiment, is a printed film 12, which is a substantially rectangular light-transmissive and flexible film-like structure, which is correspondingly disposed on the bottom surface of the light-transmitting touch panel 111. A plurality of virtual buttons 121 and a gesture touch area 122 are printed on the surface of the printed film 12, and each virtual button 121 is correspondingly marked with a preset letter/number or function symbol, and the light can be transmitted by the light. The top surface of the touch panel 111 is corresponding to the virtual button 121 and the gesture touch area 122, so that the user can operate the touch panel module u to achieve the function of sub-key symbol input and operation such as mouse gesture touch. The flexible organic light emitting diode module 13 includes a substantially rectangular-flexible organic light emitting diode (FOLED) panel 131 and a light source controller 7 132 (shown in FIG. 2) and the flexible The organic light-emitting diode panel ι31 is disposed on the bottom surface of the printed film 12 and the transparent touch panel m, and can provide a backlight of the illuminated keyboard structure 1 and is adjusted by the light source controller 132. The brightness of the light source of the organic light-emitting diode panel 131. Referring to FIG. 3, it is a schematic structural view of a flexible organic light emitting diode panel 131 according to the first embodiment of the present invention. The structure of the flexible organic light emitting diode panel 131 includes a bottommost polymer plastic substrate 1311. And a water-oxygen barrier layer 1312, a metal cathode layer 1313, a light-emitting layer 1314, and an anode layer 1315 which are sequentially stacked upward, wherein the polymer plastic substrate 1311 is made of a removable material, and the metal The cathode layer 1313 is made of magnesium/silver alloy, the luminescent layer 1314 is an organic electro-active material, the anode layer 1315 is made of indium tin oxide (no) material, and the organic electro-excitation material is very sensitive to water oxygen, and the general plastic substrate is The penetration of water at room temperature is about 0.1 to 100 grams per square meter per day (100-10'1 g/m2/day (25c>c)) 'cannot completely block the penetration of moisture and oxygen; To achieve the purpose of blocking water oxygen, a dense special material must be applied between the plastic substrate 1311 and the metal cathode layer 1313 (inorganic conductive layer) to prevent penetration and diffusion of water and oxygen, and because of the interface between organic and inorganic materials. Problem The material of the water-oxygen barrier layer 1312 must be uniformly film-free (Defect_Free), pinhole-free (PinHoles), high light transmission and avoidance of absorption of visible light, and multi-layered during the coating process. The process of the film is to achieve the functional requirements of the FOLED substrate. Furthermore, the organic light-emitting diode (FOLED) has the following characteristics: (!) the self-excited light of the self-luminous layer, the viewing angle is far, the peak is more than 165; (2) the reaction time is fast, about less than the heart; (3) ) high luminous efficiency; (4) low operating voltage, about 伙 特 直流 DC € 1 ; (5) panel thickness (four) 'can be made into a large-scale flexible flexible panel; therefore, the creation of the illuminated keyboard knot ^ use flexible The organic light-emitting diode (deleted D) panel 131 is used as a backlight, which can reduce the cost, improve the luminous efficiency, and reduce the power consumption. The bottom plate is a substantially king-shaped rectangular shape and has a flexible insulating plate structure', and the bottom plate is correspondingly disposed on the bottom surface of the flexible organic light-emitting diode (deleted) panel to provide an overall rugged effect and a reflective effect. . The micro-processing unit 15 is electrically connected to the touch panel controller 112 and the light source (4) n m', and is electrically connected to the electric-powered machine to achieve the performance of the user's operation of the touch panel module u. .
另一實施態樣(圖未示）’其係使具有可撓性之觸控板1U a又置在一虛擬鍵片（或印刷膜片12)及一可撓式有機發光 一極體(FOLED)面板131的底面，其同樣能達到提供鍵盤光 源的功效。 睛同時參考本創作第二實施例之圖4至圖6所示，其 中’圖4係表示本創作發光鍵盤結構第二實施例的立體分 解圖’圖5係表示本創作發光鍵盤結構第二實施例部分架 構的方塊圖，圖6係表示本創作發光鍵盤結構第二實施例 中電子紙控制器的結構方塊圖。 為使前述本創作第一實施例的發光鍵盤結構1能得 到更多的運用，太名丨丨^ 本旬作弟二實施利的發光鍵盤結構1係以 一電子紙模組12，取你穿Ah 取代第一貫施例的發光鍵盤結構1中之 印刷臈片12,具體古夕甘产 。、’其係以一虛擬鍵片之電子紙121’ 取代該印刷膜片12。 電子紙模組12，係包括一大致呈矩形且具可挽性之虛 鍵片（於本實施例為一電子紙⑵，）及一電子紙控制器ID，， 而該電子紙121，係對應組設於—透光觸控板⑴底面其中電 子紙控制裔122係包括：一顯示微控器1221，，用以控制電子紙 ⑵’之顯示字鍵信號1其係電性地連接至―微處理單元⑴ 一驅動晶片1222’ ’用以將顯示字鍵信號由顯示微控器1221，傳送 至電子紙121，，· -靜態隨機存取記憶_讀，誠細__Another embodiment (not shown) is configured to place the flexible touch panel 1U a on a virtual key sheet (or printed film 12) and a flexible organic light emitting body (FOLED). The bottom surface of the panel 131 can also achieve the function of providing a keyboard light source. Referring to FIG. 4 to FIG. 6 of the second embodiment of the present invention, FIG. 4 is a perspective exploded view showing the second embodiment of the present illuminating keyboard structure. FIG. 5 is a second embodiment of the present illuminating keyboard structure. FIG. 6 is a block diagram showing the structure of an electronic paper controller in a second embodiment of the present illuminating keyboard structure. In order to enable the above-mentioned illuminating keyboard structure 1 of the first embodiment of the present invention to be used more, the name of the illuminating keyboard structure 1 is implemented by an electronic paper module 12, which is worn by you. Ah replaces the printed cymbal 12 in the illuminated keyboard structure 1 of the first embodiment, which is specifically produced in ancient times. The print film 12 is replaced by an electronic paper 121' of a virtual key sheet. The electronic paper module 12 includes a substantially rectangular and flexible virtual key piece (in this embodiment, an electronic paper (2)) and an electronic paper controller ID, and the electronic paper 121 corresponds to The group is disposed on the bottom surface of the transparent touch panel (1), wherein the electronic paper control family 122 includes: a display micro controller 1221 for controlling the display word key signal 1 of the electronic paper (2)' to be electrically connected to the micro Processing unit (1) A driving chip 1222'' is used to transfer the display word key signal from the display micro-controller 1221 to the electronic paper 121, - Static random access memory _ reading, sincerity __
Memory) 1223’ ’肖财轉複數胃馳按鍵之字難歧符號等資 料；-電源供應器！224,，其係在該顯示微控器1221，的控制下以 供電至驅動晶片1222,。 再者，該電子紙121，則與有線路圖案的電極驅動背板(圖未 示)結合，祕電子紙⑵，_裝有色帶餘子與電介f液體且 其係受到調節電場所驅動影響，進而使得有色帶電粒子會在電介 質液體中上下移動，如果白色帶電粒子移動到上層，則使用者會 在那一個區域看到反射的白色，且電子紙丨21，具有影像記情效 應，即使將電源關閉，則其顯示影像内容依然存在，其歸功於影 像雙穩態(Bistable Image)的特性，即只有在需要更新畫面時才需要 使用電力，故其具有醒目易讀性及節能省電之效能；而該電子紙 =頁由觸控切換選擇鍵(圖未示)以選取顯示所儲存之字鍵 ' ，利於使用者觸控虛擬鍵片以達到輸入的操作效 入方式=、.，不不_字鍵符號，以供使用者枝使用不同的輸 另-實施態樣(圖未示），其係使具有可撓性之— 控板111設置在—虛擬鍵片（或電子紙121，）及 機發光二極體、品把， 八有 . 體（OLED)面板131的底面，其同樣可達到變 不不同科鍵符號’及同樣能達到提供鍵盤光源的功效。’ 八盆再凊同時參考本創作第三實施例之圖7至圖1〇所 不^中’圖7係表示本創作發光鍵盤結構第三實施例的 立：分解圖，目8係表示創作發光鍵盤結構第三實施例顯 不早按鍵的局部放大立體分解圖，圖9係表*本創作發 光鍵盤結構第三實施例之單—按鍵的組合剖視圖，圖㈣ 表丁本創作發紐盤結鮮三實施例之鍵帽的局部放大剖 視圖0 本創作第三實施例的發光鍵盤i係、由複數個透光鍵 帽10、複數個架橋結構20、_橡勝塾片30、一薄膜電路板4〇、 一銘板50及—可撓式有機發光二極體模組13所組成。 透光鍵帽10係大致呈矩形的一透光按壓元件，於透 光T帽10之底面上成型有二對稱之樞接槽1〇4及二對 應導滑槽1〇6,而於其中央位置則成㈣—按壓部1〇8, M395209 且一樞接槽104及二導滑槽106係對應樞接於架橋結構 2〇之頂緣；於透光鍵帽1〇頂面四端側係分別塗覆有多 顏色之透光顏料層10卜且多顏色之透光顏料層101係 使透光鍵帽四端側呈現不同區域之色彩變化設計， 繼而，於多顏色透光顏料層101之頂面係塗覆有一不透 光塗料層1G2 ’且其係藉由雷射雕刻以去除不透光塗料 1102上之部份遮覆塗料，俾使透光鍵帽1G四端側所 雕刻之字體符號得以顯露且呈多色彩之透光狀態者，繼 而於透光鍵帽10之最頂層上塗覆有一透光保護層 103’俾藉以透光保護其下層所鏤刻之字體符號圖案 者’本實施例係藉由多種特定顏色以分別歸類凸顯於透 光鍵帽1G頂面端側之英文字母或注音部首符號，俾進 而增進使用者利用特定標示顏色以快速判別同類字母 或部首符號之透光鍵帽1G，且達到利於鍵錢作之使用 • 效能者。 架橋結構20係由一第一框架21及一第二框架η 所交又健成之-體旋動結構，而第—框架η頂缘二 側向内延伸之二對應滑軸211係滑_接於透光鍵帽1〇 底面之二對應導滑槽1G6内，另第二框架”頂緣之二 對應極轴221則係可轉動地掩接在透光鍵帽H)底面之 二對應樞接槽HM内，繼而，第二框架22底緣二側向 外延伸之二對應挪222係可轉動㈣接在-紹板5〇 M395209 之向上彎折的二對應承接座52内，而第一框架21底緣 之對應滑軸212則係呈可滑動地容設在鋁板5〇之向上 彎折的對應導滑座51内，是以，複數個架橋結構2〇之 頂緣及底緣得以分別樞接連結於複數個透光鍵帽1〇及 紹板50之間，俾分別形成一架橋式按鍵結構。 橡膠墊片30係為透光材質且設置在複數個架橋結 構20底面，於橡膠墊片30上係設有複數個彈性件38， 而各彈性件38係相對應設置在各透光鍵帽1〇底面，俾 使架橋結構20具有彈性復位之作用，而於橡膠墊片3〇上 係穿設有複數個穿孔32，且複數個穿孔32係對應於架 橋結構20底緣之滑軸212及樞軸222位置。 薄膜電路板40係導通按鍵訊號之一長片狀薄膜電 路板’係位於橡膠墊片30及鋁板5〇之間，於薄膜電路 板40上係穿設有複數個開孔42,且複數個開孔42係對 應於架橋結構20底緣之滑軸212及樞軸222位置。 銘板50係大致呈矩形之支撐板，於鋁板5〇上係 對應樞接有複數個架橋結構2〇，即於鋁板50上係向上 對應延设有複數個承接座52及導滑座51，俾供對應框 接連結於複數個架橋結構2〇底緣之樞轴222及滑軸212 部位’且於铭板50上係穿設有有複數個透光孔53，且 複數個透光孔53係對應設置在各透光鍵帽10之底面位 置’俾能藉由各透光孔53以提供光線至透光鍵帽1〇。 13 可撓式有機發光二極體模組13係包括大致呈矩形的 一可挽式有機發光二極體面板131及一光源控制器132(如 圖2所示），該光源控制器132係電連接於該可撓式有機發 光二極體面板131及一微處理單元15之間，而可撓性有機 發光二極體面板丨31係藉由電源導通以提供發光照明之光源， 且可撓性有機發光二極體面板131對應於各個透光鍵帽1〇位 置係可呈現特定不同顏色之光源，俾使透光鍵帽10以呈現多顏色 透光狀態，並進而能透光顯示於透光鍵帽1〇上之字體符號源，且 藉由光源控制器132之設定調整該可撓式有機發光二極體 面板131之亮度者。 本實施例的發光鍵盤結構係使可撓式有機發光二極體 面板131組設於該銘板5 0底面，而使橡膠塾片3 〇及薄膜 電路板40組設於該銘板50頂面’俾增進整體發光鍵盤結 構之組裝維修效率及其使用效能，繼而，本實施例更藉由 透光鍵帽10頂面之多顏色透光顏料層與可繞式有機發光 二極體面板131所投射光源間以產生鏤刻字體符號之混合 調配顏色變化，俾達到多色透光顯示透光鍵帽1〇上之鐘刻 字體符號的功效。 另，該可撓式有機發光二極體面板131亦可設置在該 鋁板50與薄膜電路板40之間’或設置在該薄膜電路板 40與橡膠墊片30間（圖未示），同樣都可以達到提供光 源給透光鍵帽1 〇的功效。 14 M395209 以上所述實施型態之揭示係用以說明本創作，並非 用以限制本創作，故舉凡數值之變更或等效元件之置換 仍應隸屬本創作之範疇。由以上詳細說明，可使熟知本 項技藝者明瞭本創作的確可達成前述目的，實已符合專 利法之規定，爰提出專利申請。 【圖式簡單說明】 固1係本創作發光鍵盤結構第一實施例之立體分解圖。 圖2:係本創作發光鍵盤結構第一實施例部分架構的方 塊圖。 圖3 :係本創作第一實施例中可撓式有機發光二極體面 板的結構不意圖。 圖4 :係本創作發光鍵盤第二實施例之立體分解圖。 圖5 :係本創作發光鍵盤第二實施例部分架構的方塊 圖。 圖6:係本創作發光鍵盤第二實施例中電子紙控制器的 結構方塊圖。 圖7 :係本創作發光鍵盤第三實施例之立體分解圖。 圖8 :係本創作發光鍵盤第三實施例顯示單一按鍵的局 部放大立體分解圖。 圖9:係本創作發光鍵盤第三實施例之按鍵的組合剖視 圖。 圖10:係本創作發光鍵盤第三實施例之鍵帽的局部放 大剖視圖。 15 M395209 【主要元件符號說明】 I 發光鍵盤結構 II 觸控板模組 III 觸控板 112 觸控板控制器 12 印刷膜片 121 虛擬按鍵 122 手勢觸控區 13 可撓式有機發光二極體模組 131 可撓式有機發光二極體面板 1311 高分子塑膠基板 1312 水氧阻隔層 1313 金屬陰極層 1314 發光層 1315 陽極層 132 光源控制器 14 底板 15 微處理單元 12’ 電子紙模組 121’ 電子紙 122’ 電子紙控制器 1221’顯示微控器 1222’驅動晶片 1223’靜態隨機存取記憶體 1224’電源供應器 10 透光鍵帽 16 M395209Memory) 1223’ ‘Xiao Cai’s turn to the number of vomiting buttons, such as the symbol of difficulty; and – power supply! 224, which is powered by the display microcontroller 1221 to drive the wafer 1222. Furthermore, the electronic paper 121 is combined with an electrode-driven backplane (not shown) having a line pattern, and the secret electronic paper (2), _ is equipped with a ribbon remainder and a dielectric f liquid, and is affected by the adjustment electric field drive. In turn, the colored charged particles move up and down in the dielectric liquid. If the white charged particles move to the upper layer, the user will see the reflected white in that area, and the electronic paper cassette 21 has an image sensation effect, even if When the power is turned off, the displayed image content still exists, which is attributed to the characteristics of the image bistable image, that is, the power needs to be used only when the screen needs to be updated, so it has the advantages of eye-catching and easy-to-read performance and energy saving. And the electronic paper=page is switched by the touch selection button (not shown) to select and display the stored word key ', which is convenient for the user to touch the virtual key sheet to achieve the input operation effect=,. _ word key symbol for the user to use different input-implementation aspects (not shown), which enables flexible - control panel 111 to be placed on - virtual key sheet (or electronic paper 121,) Machine Diode, the products, there are eight. The bottom surface of the body panel 131 (the OLED), which can achieve the same variable key symbol is not different families' and the keyboard light provided to achieve the same effect. 'Eight basins and 凊 凊 凊 凊 凊 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 第三 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The third embodiment of the keyboard structure shows a partially enlarged perspective exploded view of the button, and FIG. 9 is a sectional view of the single-key of the third embodiment of the creation of the illuminated keyboard structure, and the figure (4) shows the creation of the button. A partial enlarged cross-sectional view of the keycap of the embodiment. The illuminated keyboard i of the third embodiment is composed of a plurality of light-transmitting keycaps 10, a plurality of bridging structures 20, a rubber sheet 30, and a thin film circuit board. A nameplate 50 and a flexible organic light emitting diode module 13 are formed. The light-transmitting keycap 10 is a light-transmissive pressing element having a substantially rectangular shape, and two symmetric pivoting grooves 1〇4 and two corresponding guiding grooves 1〇6 are formed on the bottom surface of the transparent T-cap 10, and in the center thereof The position is (4)—the pressing portion 1〇8, M395209 and a pivoting groove 104 and the two guiding chute 106 are pivotally connected to the top edge of the bridging structure 2〇; The light-transmitting pigment layer 101 coated with a plurality of colors and the multi-color light-transmitting pigment layer 101 respectively make the four-end side of the light-transmitting keycap exhibit a color change design of different regions, and then, in the multi-color light-transmitting pigment layer 101 The top surface is coated with an opaque coating layer 1G2' and is laser engraved to remove a portion of the opaque coating on the opaque coating 1102, so that the font engraved on the four-terminal side of the transparent keycap 1G The symbol is exposed and is in a multi-colored light-transmissive state, and then a light-transmissive protective layer 103' is coated on the topmost layer of the transparent keycap 10, and the font symbol pattern engraved by the lower layer is protected by light transmission. The alphabet is highlighted by a plurality of specific colors to be highlighted on the top end side of the light-transmitting keycap 1G. Radical phonetic symbols, to serve and enhance the user into using a particular color to indicate the rapid identification of similar letters or symbols of radical translucent keycap 1G, and reach beneficial for the bond money by using • effectiveness. The bridging structure 20 is a body-rotating structure which is formed by a first frame 21 and a second frame η, and the two sides of the first frame θ are extended inwardly corresponding to the sliding shaft 211. In the two corresponding guide slots 1G6 of the bottom surface of the transparent keycap 1 ,, the second corresponding pole 221 of the second frame "top edge" is rotatably shielded from the bottom of the transparent keycap H) In the groove HM, then, the two sides of the bottom edge of the second frame 22 extend outwardly, and the two corresponding 222 series are rotatable (four) connected to the upwardly bent two corresponding sockets 52 of the M 315209, and the first frame The corresponding sliding shaft 212 of the bottom edge of the 21 is slidably received in the corresponding guiding slide 51 bent upward of the aluminum plate 5, so that the top edge and the bottom edge of the plurality of bridging structures are respectively pivoted The connection is formed between a plurality of transparent keycaps 1 and the lower plate 50, and a bridge type button structure is respectively formed. The rubber gasket 30 is a light-transmitting material and is disposed on the bottom surface of the plurality of bridge structures 20 for the rubber gasket. 30 is provided with a plurality of elastic members 38, and each elastic member 38 is correspondingly disposed on the bottom surface of each of the transparent keycaps 1俾, so that the bridge is bridged The structure 20 has an elastic restoring function, and a plurality of perforations 32 are bored on the rubber gasket 3, and a plurality of perforations 32 correspond to the positions of the sliding shaft 212 and the pivot 222 of the bottom edge of the bridging structure 20. The plate 40 is a long film-like film circuit board that is disposed between the rubber gasket 30 and the aluminum plate 5〇. The film circuit board 40 is provided with a plurality of openings 42 and a plurality of openings 42. Corresponding to the position of the sliding shaft 212 and the pivot 222 of the bottom edge of the bridging structure 20. The nameplate 50 is a substantially rectangular supporting plate, and the plurality of bridging structures are pivotally connected to the aluminum plate 5〇, that is, on the aluminum plate 50. The plurality of sockets 52 and the guide rails 51 are extended upwardly, and are connected to the pivots 222 and the sliding shaft 212 of the bottom edges of the plurality of bridge structures 2 and are threaded on the nameplate 50. A plurality of light-transmissive holes 53 are provided, and a plurality of light-transmissive holes 53 are correspondingly disposed at the bottom surface of each of the light-transmitting keycaps 10, and can be provided by the respective light-transmitting holes 53 to provide light to the light-transmitting keycaps. 13 The flexible organic light emitting diode module 13 includes a substantially rectangular one that is The light-emitting diode panel 131 and a light source controller 132 (shown in FIG. 2 ) are electrically connected between the flexible organic light-emitting diode panel 131 and a micro processing unit 15 . The flexible organic light emitting diode panel 31 is provided by a power source to provide a light source for illuminating illumination, and the flexible organic light emitting diode panel 131 can display a specific color corresponding to each of the transparent keycaps. The light source causes the light-transmitting keycap 10 to exhibit a multi-color light transmitting state, and further transmits the font symbol source displayed on the light-transmitting keycap 1〇, and the flexible is adjusted by the setting of the light source controller 132. The brightness of the organic light-emitting diode panel 131. The illuminating keyboard structure of the present embodiment is such that the flexible OLED panel 131 is assembled on the bottom surface of the nameplate 50, and the rubber cymbal 3 〇 and the thin film circuit board 40 are disposed on the top surface of the nameplate 50. The assembly and maintenance efficiency of the overall illuminated keyboard structure and the efficiency of use thereof are improved. Then, in this embodiment, the multi-color light-transmitting pigment layer on the top surface of the transparent keycap 10 and the light source of the wraparound organic light-emitting diode panel 131 are projected. In order to produce a color change of the 镂 镂 lettering symbol, the 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 俾 。 。 。 。 In addition, the flexible organic light emitting diode panel 131 may be disposed between the aluminum plate 50 and the thin film circuit board 40 or disposed between the thin film circuit board 40 and the rubber spacer 30 (not shown). It can achieve the effect of providing light source to the light-transmitting keycap 1 。. 14 M395209 The above description of the embodiments is used to illustrate the creation and is not intended to limit the creation of the present invention. Therefore, changes in numerical values or replacement of equivalent elements are still subject to the scope of this creation. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives and is in compliance with the provisions of the Patent Law. [Simple description of the drawing] Solid 1 is an exploded perspective view of the first embodiment of the present luminous keyboard structure. Figure 2 is a block diagram showing a portion of the architecture of the first embodiment of the present illuminated keyboard structure. Fig. 3 is a view showing the structure of the flexible organic light-emitting diode panel in the first embodiment of the present invention. Figure 4 is an exploded perspective view of a second embodiment of the present illuminated keyboard. Figure 5 is a block diagram showing a portion of the architecture of the second embodiment of the present illuminated keyboard. Fig. 6 is a block diagram showing the structure of an electronic paper controller in the second embodiment of the present illuminated keyboard. Figure 7 is a perspective exploded view of a third embodiment of the present illuminated keyboard. Fig. 8 is a partially enlarged perspective exploded view showing a single button in the third embodiment of the present illuminating keyboard. Figure 9 is a cross-sectional view showing the combination of the keys of the third embodiment of the present illuminated keyboard. Figure 10 is a partial enlarged cross-sectional view showing the keycap of the third embodiment of the present illuminated keyboard. 15 M395209 [Main component symbol description] I Illuminated keyboard structure II Touchpad module III Touchpad 112 Touchpad controller 12 Printed diaphragm 121 Virtual button 122 Gesture touch area 13 Flexible organic light-emitting diode Group 131 flexible organic light emitting diode panel 1311 polymer plastic substrate 1312 water oxygen barrier layer 1313 metal cathode layer 1314 light emitting layer 1315 anode layer 132 light source controller 14 bottom plate 15 micro processing unit 12' electronic paper module 121' electronic Paper 122' electronic paper controller 1221' display micro controller 1222' drive wafer 1223' static random access memory 1224' power supply 10 light transmission key cap 16 M395209
101 透光顏料層 102 不透光塗料層 103 透光保護層 104 樞接槽 106 導滑槽 108 按壓部 20 架橋結構 21 第一框架 211 滑轴 212 滑軸 22 第二框架 221 樞軸 222 樞軸 30 橡膠墊片 32 穿孔 38 彈性件 40 薄膜電路板 42 開孔 50 鋁板 51 導滑座 52 承接座 53 透光孔 17101 light-transmitting pigment layer 102 opaque paint layer 103 light-transmissive protective layer 104 pivot groove 106 guide groove 108 pressing portion 20 bridging structure 21 first frame 211 sliding shaft 212 sliding shaft 22 second frame 221 pivot 222 pivot 30 rubber gasket 32 perforation 38 elastic member 40 thin film circuit board 42 opening 50 aluminum plate 51 guide seat 52 receiving seat 53 light transmission hole 17
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