五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種鍵盤，特別是指一麵盤發光電 路之組裝結構。 【先前技術】 按目前筆記型電腦及手機裝置由於具有便於隨身攜帶及 處=書資料和即時通訊之功能，故而廣受市場業者及使用者 之肯定及_ ’而目前筆記型電職錢手機裝置之按鍵之發 光模組係騎發光二極體LED設·魏下方之型式以賴 鍵白有相同且均勻之光量，且無需另外使用導光層進行導 光；惟’w知之發賴盤只能藉供電之多寡而令整體產生光度 月曰之麦化其發光模式貫顯單調，且無太大的變化性，使用 者於使用_L也缺乏乡樣化的視覺^及趣味性，故，如何設計 出令鍵盤之發賴式有更純的變化並兼具有趣味性，而令使 用$使用時不再只是面對單調的發光鍵盤，此問題實應為鍵盤 之6又计者及其製造者所應研究、解決及改良； 有鑑於此，本案創作人遂以其多年從事電腦鍵盤之製造 及"又计只務經驗，而積極研究改良，並經多次實物樣品製作及 測試，進而具體改良習知鍵盤之上述缺點，終致完成本創作。 【新型内容】 本創作目的係在於解決上述習知發光鍵盤之發光模 式單調及其發光電路缺少設計變化之問題，因而研發提供一 種於發光鍵盤上具有可控制之複數個發光二極體L肋顯干 區塊，以達到可依需求令單一或複數個發光二極體= 顯示區塊具有持續或週期變化性等多種顯示效果，俾令 發光鍵盤上之發光二極體led顯示模式具變化多樣性。v 故’為達上述目的，本創作係提出一種鍵盤發光電路之 組裝結構’其係包括__電路板、—橡料板發光二 極體LED t路板以及若干按鍵，其中該薄膜電路细爾: 該按鍵的矩軸置與魏而姆觸财同的職；該橡膠塾 板係設置在該薄膜電路板上方，並具有若干彈性件，而各該彈 性件係相對應設置在相對應的其中之—該等按鍵下$，且該彈 性件内具有-按馳；該發光二極體LED電路板餘設有複 數組發光二極體LED顯示區塊，於每組發光二極體LED顯示 區塊内係連财紐㈣的複油發光二極體LED，於各組 發光二極體LED顯示區塊二端分別延財—陽極線路及一陰 極線路’藉由電源模組對各該顯示區塊二端之供電控制，而達V. New description: [New technology field] This creation department has a kind of keyboard, especially the assembly structure of one panel light-emitting circuit. [Prior Art] According to the current notebook computer and mobile phone device, it is widely recognized by market players and users because of its convenient function of carrying and storing books and instant messaging. The light-emitting module of the button is a light-emitting diode LED set. The type below Wei has the same and uniform light quantity, and there is no need to use a light guiding layer for guiding light; By means of the power supply, the overall luminosity of the luminosity of the moonlight is monotonous, and there is not much variability. The user also lacks the visual and humorous use of _L, so how Designed to make the keyboard's hair style more purely changeable and interesting, so that when using $, it is no longer just a monotonous illuminated keyboard. This problem should be the keyboard and its manufacture. In view of this, the creators of this case have been actively researching and improving, and have made many physical sample production and testing, for many years of experience in the manufacture of computer keyboards and their own experience. Further, the above disadvantages of the conventional keyboard are specifically improved, and the creation is finally completed. [New content] The purpose of this creation is to solve the problem that the illumination mode of the above-mentioned conventional illuminated keyboard is monotonous and the design of the illumination circuit lacks design changes, so that a plurality of LEDs with controllable LEDs are provided on the illuminated keyboard. Dry block to achieve a variety of display effects such as single or multiple LEDs = display block with continuous or periodic variability, so that the LED display mode on the illuminated keyboard has varied diversity . v Therefore, in order to achieve the above objectives, the present invention proposes an assembly structure of a keyboard lighting circuit, which includes a __circuit board, a rubber plate LED diode t-plate, and a plurality of buttons, wherein the film circuit is thin. : The moment axis of the button is placed in the same position as Wei Erm; the rubber raft is disposed above the film circuit board and has a plurality of elastic members, and each of the elastic members is correspondingly disposed in the corresponding one. - the keys are under $, and the elastic member has - press; the light emitting diode circuit board is provided with a complex array of light emitting diode LED display blocks, in each group of LED display areas The re-oil-emitting diode LEDs in the block are connected to the financial display (four), and the two ends of each of the LED display blocks of the respective groups of LEDs are respectively extended with the anode-anode line and a cathode line by the power module for each display area. Power supply control at the second end of the block
到使發光鍵盤上之發光二極體㈣顯示模式具變化多樣 性效能者D 本創作上述之目的及優點，不難從下述所選用實施例之 4、’’田A明與附圖令’獲得深入瞭解。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t，予以詳細說明，並於附圖令展示其構造。 【實施方式】 有關本創作鍵盤發光電路之组裝結構之第一實施例則請 參考圖1至圖4所示，本創作的發光鍵盤結構丨係包括一底 板2、-發光二極|| LED電路板3、一間隔板*、—薄膜電路 板5、一橡膠墊板6以及若干按鍵7;其中： s亥底板2係為防水材質，而間隔板4係設置在底板2上 方’或間隔板4係為!gS材質或者是塑膠材質，且該間隔板* 相對應單-按鍵7處係、具有二第—樞接部41及二第一嵌接部 42，俾得以組裝相對應之單一按鍵7。 該薄膜電路板5係設置在橡膠墊板6下方及該間隔板4 上方，並具有一第一電路51及若干斷路點52，各斷路點52 係相對應設置在一按鍵7下方，而薄膜電路板5係針對每一按 鍵7的矩陣位置與功能而相對應傳輸不同的訊號；再者，在單 一按鍵7下，薄膜電路板5相對應間隔板4的二第—樞接部 41及二第一嵌接部42之位置’設置有貫孔53，以供相對應的 第一樞接部41及第一嵌接部42穿過。 該橡膠墊板6係設置在發光二極體LED電路板3下方， 並具有若干彈性件61 ’而各彈性件61係相對應設置在一按鍵 7下方’且一彈性件61更相對應薄膜電路板5的一斷路點& 設置’而在單一按鍵7下，該橡膠墊板6相對應間隔板4的二 第一框接部41及二第一嵌接部42之位置，以及相對應薄膜電 路板5的貫孔53之位置，係設置有相對應的透孔62，以供相 對應的第一樞接部41及第一嵌接部42穿經；另，彈性件61 膜電路 板5的斷路點52 (因其係屬習知構造，故不贅述）。 該發光二極體LED電路板3係設置在該橡膠塾板6上 方:其係組設有複數組發光二極體咖顯示區塊Μ ,於每組 顯不區塊31内係連接有電性相同的複數個發光二極體咖 32，各該顯示區塊31内之發光二極體咖&相互電性相接， 胁該顯示區塊31之二端分別延伸連接有—獨立之陽極線路 及-獨立之陰極線路34，各該陽極線路33之間係相互獨立 2線路且各該陰極線路34之間亦為相互獨立之線路，藉由一 電源模組(圖未繪示)分別控制提供各該發光二_咖曰領干 區塊31二端之電力，各該發光二極體咖顯示區塊31係可 為字母鍵區塊、功能鍵區塊、數字鍵區塊或其他按鍵區塊等， ^亥發光二極體LED顯·塊31之發光二極體藉由 =源模組之供電控制，可依需求而產生單—顯示區塊3! ^光 1閃燦、複數顯示區塊31之組合同時發光或閃料所需求之 發光模式，如：當電源模組控制僅供電予字母鍵區塊之發光二 極體咖顯示區塊31時，則使字母籠塊單獨發光，^電源 =组控或變化地供訂字母_塊時，舰字母鍵區 。’之’交化效果’又，電源模組啊控餘電予字母鍵 二鬼功把鍵區塊、數字鍵區塊或其他按鍵區塊之複數顯示區 31 2光組合’則所受控制供電之發光二極體哪顯示區塊 1發光’或電源模組週期性或變化地供電予複數顯示區塊 31 ’則所控制供電之發光二極體LED顯示區塊31發生閃燥之 變化效果，或如跑馬燈之發光效果，當所分割之發光二極體 LED顯示區塊31愈多時，則可組合出更多具變化之發光顯示 效果，另’ s亥發光一極體LED電路板3於各該發光二極體led 32側緣係分別穿設有對應之圓孔37，以供該彈性件&穿經， 且各該發一極體LED 32係對應位設於一按鍵之下方位置， 又，該發光二極體LED電路板3於該間隔板4之二第一枢接 部41及二第一嵌接部42之相對位置係對應開設有透孔39以 供其組合時穿經； 該按鍵7係大致以矩陣排列而設置在發光二極體LED電 路板3及橡膠墊板6上方，且每一按鍵7係由一按鍵板71及 一架橋72所構成，架橋72係設置在發光二極體lED電路板 3上方，且架橋72之一側上下部，係分別具有二滑軸721 及一承接部722，各架橋72之另一側上下部，係分別 具有一枢軸723及一導滑部724，且架橋72的中心部 位係具有一穿孔725 ’按鍵板71係設置在架橋72上方， 且按鍵板71鄰近架橋72的一側面係具有二第二樞接部 711 一弟一肷接部712及支柱713，第二極接部711 與第一敗接部712係分別地相對應第一樞接部41與第 一嵌接部42位置而設置。 其中，架橋72的二滑軸721及承接部722係分別 地可轉動地嵌接在第二嵌接部712及第一嵌接部42， 而架橋72的樞軸723及導滑部724係分別地可轉動地 第一拖接邹711及第一樞接部41，且按鍵板71 侍'抵止在橡膠墊板6的彈性件61頂部。 作時%1 下其中—按键7而進行一按壓動 彈神徠^ ^鍵板的支柱713壓下該彈性件61，使 52並將其按昼的^壓柱611接觸薄膜電路板5的斷路點 的發光二_ 由於發光二減LED電路板3上 咬m #、可❹電__龍供電力 ;時=供:同電力，而使用者在欲進行按壓4 月"1侍照明及不同顯示之效果。 硬 有關本創作鍵盤發光電路之組裝結構之第二 例則請參相5所心其與第—實施例之不同處係^ X光極體LED電路板3中各發光二極體LED顯示區 塊31内之各該陽極線路33予以短路以形成—共陽‘ 路33卜使該電源模組只需對相互獨立之各該陰極線 進行ϋ即可達到控制各該發光二極體led顯示 31之顯示效果； 思 有關本創作鍵盤發光電路之組裳結構之第三實^ 例則請參考圖6所示，其與第二實_之不同處係 該發光二極體LED電路板3中各該發光二極體咖辱卜 f塊31内之各該陰極線路34予以短路以形成一共陰、 線路34卜使該電源模組只f對相互獨立之各該陽 路33進行控制即可達到控制各該發光二極體哪顯示 揀31之顯示效果； ^ M416800 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。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】 圖1 係表示本創作之發光鍵盤結構的立體分解圖 圖2 係表示圖1發光鍵盤相對應單一按鍵之實施例 的立體分解圖。 圖3 係表示圖2相對應單一按鍵的剖視圖。 圖4 係表示本創作第一實施例之發光二極體LED電路 佈線示意圖。 圖5 係表示本創作第二實施例之發光二極體LED電路 佈線示意圖。 圖6 係表示本創作第三實施例之發光二極體LED電路 佈線示意圖。 【主要元件符號說明】 1 發光鍵盤結構 2 底板 3 發光二極體LED電路板 31 顯示區塊 32 發光二極體LED 33 陽極線路 331 共陽極線路 M416800In order to make the light-emitting diode (4) on the illuminated keyboard display mode change diversity efficiency, the above-mentioned objects and advantages are not difficult to select from the following selected embodiment 4, ''Tian A Ming and the drawing order' Get a deeper understanding. Of course, this creation is tolerated on certain parts or arrangements of parts, but the selected embodiment is described in detail in this specification, and its construction is shown in the accompanying drawings. [Embodiment] With regard to the first embodiment of the assembly structure of the keyboard lighting circuit of the present invention, please refer to FIG. 1 to FIG. 4, the illuminated keyboard structure of the present invention includes a bottom plate 2, a light emitting diode || a circuit board 3, a partition board*, a thin film circuit board 5, a rubber backing board 6, and a plurality of buttons 7; wherein: the s-floor 2 is a waterproof material, and the partition 4 is disposed above the bottom plate 2 or a partition plate The 4 series is a gS material or a plastic material, and the partition plate* corresponds to the single-button 7 system, has two first-portion portions 41 and two first engagement portions 42, and the corresponding single button is assembled. 7. The thin film circuit board 5 is disposed under the rubber backing plate 6 and above the partitioning plate 4, and has a first circuit 51 and a plurality of breaking points 52. Each of the breaking points 52 is correspondingly disposed under a button 7, and the thin film circuit The board 5 transmits different signals corresponding to the matrix position and function of each button 7; further, under a single button 7, the thin film circuit board 5 corresponds to the two first pivoting portions 41 and two of the spacer 4 A position of the engaging portion 42 is provided with a through hole 53 for the corresponding first pivoting portion 41 and the first engaging portion 42 to pass through. The rubber pad 6 is disposed under the LED board 3 and has a plurality of elastic members 61 ′ and the elastic members 61 are disposed under a button 7 ′ and an elastic member 61 corresponds to the film circuit. a breaking point & setting of the board 5, and under the single button 7, the position of the rubber mat 6 corresponding to the two first frame portions 41 and the two first engaging portions 42 of the partition plate 4, and the corresponding film The through hole 53 of the circuit board 5 is disposed with a corresponding through hole 62 for the corresponding first pivoting portion 41 and the first engaging portion 42 to pass through; and, the elastic member 61, the film circuit board 5 The break point 52 (because it is a conventional structure, it will not be described). The LED board 3 is disposed above the rubber raft 6: a plurality of illuminating diode display blocks Μ are arranged in the group, and the electrical connection is connected in each group of the display blocks 31. The same plurality of LEDs 32, the LEDs in the display block 31 are electrically connected to each other, and the two ends of the display block 31 are respectively connected with an independent anode line. And a separate cathode line 34, each of the anode lines 33 is independent of two lines and each of the cathode lines 34 is also independent of each other, and is separately controlled by a power module (not shown) The power of each of the two light-emitting diode blocks 31 can be a letter key block, a function key block, a numeric keypad or other button block. Etc., the light-emitting diode of the LED light-emitting diode LED block 31 is controlled by the power supply of the source module, and can generate a single-display block 3 according to the demand! ^Light 1 flash, multiple display blocks The combination of 31 is the illumination mode required for simultaneous illumination or flashing, such as when the power module control only supplies power to the letter keys. When the block LED is displayed in the block 31, the letter block is separately illuminated, ^ power = group control or variably when the letter_block is used, the ship letter keypad. 'The 'intersection effect', the power module control the residual power to the letter key two ghosts to the key block, the numeric keypad or other key block of the plural display area 31 2 light combination 'is controlled by the power supply The light-emitting diode display block 1 emits light or the power supply module periodically or variably supplies power to the plurality of display blocks 31', and the light-emitting diode LED display block 31 controlled by the power supply has a flashing change effect. Or, as the illuminating effect of the marquee, when the divided LED display blocks 31 are divided, more variably illuminating display effects can be combined, and the other s illuminating one-pole LED circuit board 3 Corresponding circular holes 37 are respectively formed in the side edges of each of the LEDs 32 for the elastic members to pass through, and each of the LEDs 32 is disposed below a button. In a position, the relative positions of the first pivoting portion 41 and the two first engaging portions 42 of the LED board 3 are correspondingly provided with through holes 39 for the combination thereof to be worn. The button 7 is arranged substantially in a matrix and arranged on the LED board 3 and the rubber Above the pad 6, each button 7 is composed of a button plate 71 and a bridge 72. The bridge 72 is disposed above the LED board 3 of the LED, and the upper and lower sides of the bridge 72 have respectively The two sliding shafts 721 and one receiving portion 722, the upper and lower portions of the other side of each of the bridges 72 have a pivot 723 and a guiding portion 724, respectively, and the central portion of the bridge 72 has a through hole 725 'key plate 71 system setting Above the bridge 72, the side of the button plate 71 adjacent to the bridge 72 has two second pivoting portions 711, a first connecting portion 712 and a strut 713, and the second connecting portion 711 and the first defeating portion 712 are respectively The ground is disposed corresponding to the position of the first pivoting portion 41 and the first engaging portion 42. The two sliding shafts 721 and the receiving portion 722 of the bridge 72 are rotatably engaged with the second engaging portion 712 and the first engaging portion 42, respectively, and the pivot 723 and the guiding portion 724 of the bridge 72 are respectively The first slidable bracket 711 and the first pivoting portion 41 are rotatably first, and the key plate 71 abuts against the top of the elastic member 61 of the rubber pad 6. When the button 1 is pressed, the button 7 is pressed to press the elastic member 61, and the pressing member 611 is pressed to contact the breaking point of the film circuit board 5. The illuminating two _ due to the illuminating two minus LED circuit board 3 bite m #, can be ❹ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The effect. For the second example of the assembly structure of the keyboard light-emitting circuit of the present invention, please refer to the difference between the first embodiment and the first embodiment. The LED LED display panel in each of the X-electrode LED circuit boards 3 Each of the anode lines 33 in the 31 is short-circuited to form a common anode road 33. The power supply module only needs to perform the enthalpy of each of the cathode lines independently to control the display of each of the LED display 31. The third embodiment of the group structure of the keyboard light-emitting circuit of the present invention is as shown in FIG. 6, which is different from the second one, and the light-emitting diode circuit board 3 is respectively illuminated. Each of the cathode lines 34 in the diode package 31 is short-circuited to form a common cathode, and the line 34 allows the power module to control only the mutually independent anodes 33 to achieve control. The light-emitting diode shows the display effect of the pick 31; ^ M416800 The above description of the embodiment is used to illustrate the creation, and is not intended to limit the creation of the present invention. 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 has been in compliance with the provisions of the Patent Law and has filed a patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view showing the structure of the illuminated keyboard of the present invention. Fig. 2 is an exploded perspective view showing an embodiment of the illuminated keyboard of Fig. 1 corresponding to a single button. Figure 3 is a cross-sectional view showing the corresponding single button of Figure 2. Fig. 4 is a view showing the wiring of the LED circuit of the first embodiment of the present invention. Fig. 5 is a view showing the wiring of the LED circuit of the second embodiment of the present invention. Fig. 6 is a view showing the wiring of the LED circuit of the third embodiment of the present invention. [Main component symbol description] 1 Illuminated keyboard structure 2 Backplane 3 LEDs LED circuit board 31 Display block 32 LEDs 33 Anode lines 331 Common anode lines M416800
34 陰極線路 341 共陰極線路 37 圓孔 39 透孔 4 間隔板 41 第一樞接部 42 第一嵌接部 5 薄膜電路板 51 第二電路 52 斷路點 53 貫孔 57 透孔 6 橡膠墊板 61 彈性件 611 按壓柱 62 透孔 67 透孔 7 按鍵 71 按鍵板 711 第二枢接部 712 第二嵌接部 713 支柱 72 架橋 721 滑轴 722 承接部 723 框軸 M416800 724 導滑部 725 穿孔34 Cathode line 341 Common cathode line 37 Round hole 39 Through hole 4 Spacer plate 41 First pivoting portion 42 First engaging portion 5 Thin film circuit board 51 Second circuit 52 Breaking point 53 Through hole 57 Through hole 6 Rubber backing plate 61 Elastic member 611 pressing column 62 through hole 67 through hole 7 button 71 button plate 711 second pivoting portion 712 second engaging portion 713 strut 72 bridging 721 sliding shaft 722 receiving portion 723 frame shaft M416800 724 guiding portion 725 perforation