M395208 五、新型說明： 【新型所屬之技術領域】 本創作係有關於觸控鍵盤，且尤其有關於一種以電 子紙作為觸控鍵盤之顯示字鍵符號的裝置。 【先前技術】 近年來，觸控板及觸控螢幕作為指令輸入工具已廣M395208 V. New description: [New technical field] This creation is about touch keyboard, and especially relates to a device that uses electronic paper as the display key symbol of the touch keyboard. [Prior Art] In recent years, touchpads and touchscreens have been widely used as command input tools.
泛應用於行動電話、電腦等電子產品。以觸控螢幕為 例’使用者可以方便地使用手接觸該觸控勞幕以輸入指 令。另外，以裝設在鍵盤上的觸控板為例，使用者可以 用手指輕觸觸控板或是在上面滑動，以類似滑鼠操作的 方式，向電腦發出操作指令。It is widely used in mobile phones, computers and other electronic products. Taking a touch screen as an example, a user can conveniently use the hand to touch the touch screen to input an instruction. In addition, taking the touchpad mounted on the keyboard as an example, the user can tap the touchpad with a finger or slide on it to issue an operation command to the computer in a mouse-like manner.
准驾知觸控板鍵盤之虛擬按鍵的字鍵符號是利用 P刷子膜>{以黏貼於觸控板上面^而當使用者因需要 更換不时鍵符號之印料W時，料造成極大之困 擾及不便，即有些人需要到不同的國家出差時例如某 人因公需求而時常往返於台灣與西班牙而這個人會有 利用其攜帶的筆e型電腦輪人西班牙文的機會，但該筆 5己型電腦之觸控鍵盤若是標準中文鍵盤的字鍵符號，即 其觸控鍵盤上面印製有英文字母及至少—射文輸入 法的符號’但該習知電腦觸控鍵盤卻無法轉換成輸入西 班牙文所使用的字鍵符號，因此他必須使用當地的電腦 作化不僅而要多花錢購買另一台電腦，而且保管攜 3 帶二台電腦則造成很大的困擾。 是以，如果能有一種電腦觸控鍵盤是具有可以直接 轉換成不同輸入法的字鍵符號設計，則將可以滿足上述 特定使用族群的需求。 緣是，本創作人乃針對上述需求，本著鍥而不捨的 精神與精益求精之目的，積極不斷的加以研究改良，並 經常期之努力與試驗，終於開發設計出本創作。 【新型内容】 本創作主要目的係提供一種觸控鍵盤之電子紙顯 示裝置，其係解決習知電腦觸控鍵盤上面僅印製單一字 鍵符號的缺點，而本創作即針對習知之問題點，而加以 研發改良突破，以期使本創作觸控鍵盤具有選擇多種字 鍵符號切換頁面之多用途輸入功效。 本創作係提供一種觸控鍵盤之電子紙顯示裝置，其包 括：一觸控板模組、一電子紙模組及一微處理器；其中該 觸控板模組係包括一可撓性矩形透光觸控板及一觸控板控 制器，而該電子纸模組係包括一可撓性矩形電子紙及一電 子紙控制器，且該電子紙係對應組設於該透光觸控板之底 面位置，而該電子紙則可藉由觸控切換以選取顯示所儲 存之字鍵符號頁面，俾利於使用者多用途觸控字鍵輸入 的操作效能；且該電子紙具有影像記憶效應，故其亦具 有醒目易讀性及節能省電之效能者。 M395208 以下謹以具體實施例，且佐以圖式作詳細說明，俾 使審查委員對本創作之技術特徵，有更進一步之了解。 【實施方式】 首先請參考本創作圖1至圖4之第一實施例所示’本創 作觸控鍵盤之電子紙顯示裝置係包括：一觸控板模組10、 一電子紙模組20及一微處理器30;其中’ 該觸控板模組1〇 ,其係包括一可撓性矩形透光觸控 板101及一觸控板控制器1〇2，該透光觸控板1〇1係具有 透光之導電玻璃層（IT0 Glass)及導電薄膜層（IT0 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1〇2係電連接於該透光觸控板1〇1 及一微處理器30 ’進而電連接於電腦主機，其中該觸控板 控制器102係將使用者碰觸該透光觸控板ι〇1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訊，再 將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器3〇，俾達到觸控鍵盤輪入 5札號之效能；至於，該觸控按鍵訊號亦可同步啟動一揚聲 益或—振動器（圖未示）以發出如嗶聲的提示音或發出振 動的提示觸控按鍵作用； 忒電子紙模組20，其係包括一可撓性矩形電子紙2〇 1 及—電子紙控制器202 ’而該電子紙201係對應組設於 •亥透光觸控板101之底面，其中該電子紙控制器2〇2係 5 M395208 包括：一顯示微控器2021，用以控制電子紙之顯示字鍵 信號，且其係電連接至該微處理器30 ; —驅動晶片 2022，用以將顯示字鍵信號由該顯示微控器2021傳送 至該電子紙201 ; —靜態隨機存取記憶體（SRAM，Static Random Access Memory) 2023，用以儲存複數頁觸控按鍵 之字鍵信號及符號等資料；一電源供應器2024，其係在 該顯示微控器2021的控制下以供電至該驅動晶片2022 者。至於，該電子紙201則係與有線路圖案的電極驅動 背板（圖未示）結合，而於該電子紙201内封裝的有色 帶電粒子與電介質液體則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，且該電子紙201具有影像記憶 效應，即使將電源關閉，則其顯示影像内容依然存在， 歸功其影像雙穩態（Bistable Image)的特性，只有在需 要更新晝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201則可藉由觸控切換選 擇鍵201a、201b以選取顯示所儲存之字鍵符號頁面， 俾利於使用者之觸控輸入的操作效能； 該微處理器30,其係分別電連接於該觸控板控制器 102及該電子紙控制器202,並進而電連接於一電腦主機， 俾達到處理觸控鍵盤輸入訊號之效能者。 6 M395208 有關該可撓性透光觸控板1〇1及可撓性電子紙2〇1 係可對應組設於一可撓性絕緣底板40上，而該底板40係 提供整體觸控鍵盤之組裝支撐及絕緣保護作用者； 有關本創作觸控冷光鍵盤裝置之第二實施例則請參 考圖5至圖7所示，其係包括：一觸控板模組10、—電子紙 模組20及一微處理器30 ;而第二實施例之電子紙模組2〇及 微處理器30係相同於第一實施例，故不贅述，其第一、二 實施例主要不同處係在於以一不透光觸控板丨〇 5取代該透 光觸控板101 ’且該不透光觸控板1〇5係組設於該電子紙2〇1 之底面位置（如圖5所示）；其中， §亥觸控板模組10，係包括一可撓性矩形不透光觸控板 105及一觸控板控制器1〇2;且該不透光觸控板1〇5係組設 於一可撓性電子紙201底面，而使用者係於該電子紙201 薄膜表面上觸控操作字鍵輸入動作，並藉以間接向下施 力而觸動該不透光觸控板105。至於該不透光觸控板1〇5 係屬一電阻式觸控板，其包括一上基板（由聚對苯二甲酸 乙二醇醋（polyethylene terephthalate)PET 製成）1051 ; —第一導電層1052，其與該上基板1051接合；一第一 感測層（由感測材料（sens ing materi a 1)製成）1053，其上 方與第一導電層1052接合而其下方則向内凸出；一第 二感測層（由感測材料製成）1054，其與第一感測層1053 相隔一段距離；一第二導電層1055，其上端與第二感測 7 M395208 層1054接合；一下基板1058，其亦由PET製成。 在第一導電層1052與第二導電層1055之間則設置 複數個柱體1057，該柱體1057下端接合第二導電層 1055，而該柱體1057上端則藉由一框膠層1056而與第 一導電層1052固定接合，其中該柱體1057與第一感測 層1053係呈平行間隔交錯配置。 有關該不透光觸控板105係藉由該觸控板控制器102 以將使用者碰觸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訊，再將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 器30，俾達到觸控鍵盤輸入訊號之效能； 有關本創作觸控鍵盤之電子紙顯示裝置之主要構造 特徵及實際使用效能，則謹作扼要說明如下：本創作主要 係包括一觸控板模組10、一電子紙模組20及一微處理器 30;其中該觸控板模組10係包括一可撓性矩形透光觸控板 101及一觸控板控制器102，而該電子紙模組20係包括一 可撓性矩形電子紙201及一電子紙控制器202，且該電子 紙201係對應組設於該透光觸控板101之底面位置，而該 電子紙201則可藉由觸控切換以選取顯示所儲存之字鍵 符號頁面，俾利於使用者多用途觸控字鍵輸入的操作效 能；且該電子紙201具有影像記憶效應，故其亦具有醒 目易讀性及節能省電之效能者。 8 M395208 上述貫施例僅為說明本創作之原理及功效，並非用 以限制本創作之主要技術特徵及範圍。因此習於此技術 之人士對上述實施例進行修改及變化仍不脫本創作之 精神。本創作已具備產業上利用性、新穎性及進步性， 並符合新型專利要件，爰依法提起申請。 【圖式簡單說明】 圖丨.係本創作觸控鍵盤之電子紙顯示裝置的立體分 解圖； 圖2:係本創作觸控鍵盤之電子紙顯示裝置的系統方塊 結構圖.； 圖3 :係圖2之電子紙模組的方塊結構圖； 圖4:係本創作觸控鍵盤局部顯示其按鍵英文符號的 不意圖。 圖L係本創作觸控鍵盤之電子紙顯示裝置第二實施 例的立體分解圖； 圖6 :係本創作觸控鍵盤之電 电卞紙顯不裝置第二實施 例的系統方塊結構圖；及 圖7:係圖5之不透光觸控板的剖面圖。 9 M395208 【主要元件符號說明】 10 :觸控板模組 102 :觸控板控制器 1051 :上基板 1053 :第一感測層 1055 :第二導電層 1057 :桎體 201a、201b :選擇鍵 202 :電子紙控制器 2022 .驅動晶片 2024 :電源供應器 40 :底板 101 :透光觸控板 105 :不透光觸控板 1052 :第一導電層 1054 :第二感測層 1056 :框膠層 20 :電子紙模組 201 :電子紙 2021 :顯示微控器 2023 :靜態隨機存取記憶體 30 :微處理器The key symbol of the virtual button of the touchpad keyboard is to use the P brush film>{to stick to the top of the touchpad^, and when the user needs to replace the stamp W of the key symbol, it is expected to be extremely large. Trouble and inconvenience, that is, some people need to travel to different countries, such as a person who travels to Taiwan and Spain from time to time due to public needs, and this person will have the opportunity to use his e-type computer to carry Spanish, but the pen If the touch keyboard of the 5-type computer is the word key symbol of the standard Chinese keyboard, that is, the touch keyboard is printed with English letters and at least the symbol of the text input method, but the conventional computer touch keyboard cannot be converted into Enter the word key symbol used in Spanish, so he must use a local computer to not only spend more money to buy another computer, but also to carry 3 with two computers. Therefore, if there is a computer touch keyboard with a word key symbol design that can be directly converted into different input methods, it will meet the needs of the above specific user groups. The reason is that this creator is aiming at the above needs, in the spirit of perseverance and the purpose of excellence, actively researching and improving, and constantly working hard and experimenting, finally developed and designed this creation. [New content] The main purpose of this creation is to provide an electronic paper display device for a touch keyboard, which is to solve the shortcomings of printing a single word key symbol on a conventional computer touch keyboard, and the present invention is aimed at a conventional problem. R & D and improvement breakthroughs, in order to make this creative touch keyboard has a multi-purpose input function of selecting a variety of word key symbol switching pages. The present invention provides an electronic paper display device for a touch keyboard, comprising: a touch panel module, an electronic paper module and a microprocessor; wherein the touch panel module comprises a flexible rectangular transparent An optical touch panel and a touch panel controller, wherein the electronic paper module comprises a flexible rectangular electronic paper and an electronic paper controller, and the electronic paper is correspondingly disposed on the transparent touch panel. The bottom surface position, and the electronic paper can be switched by touch to select and display the stored word key symbol page, thereby benefiting the user's multi-purpose touch word key input operation efficiency; and the electronic paper has an image memory effect, so It also has the ability to be eye-catching and easy to read and save energy. M395208 The following is a detailed description of the specific examples and drawings, so that the reviewers have a better understanding of the technical features of this creation. [Embodiment] Please refer to the first embodiment of the present invention as shown in the first embodiment of the present invention. The electronic paper display device of the present invention includes: a touch panel module 10, an electronic paper module 20, and a microprocessor 30; wherein the touch panel module includes a flexible rectangular transparent touch panel 101 and a touch panel controller 1〇2, the transparent touch panel 1〇 1) has a light-transmissive conductive glass layer (IT0 Glass) and a conductive film layer (IT0 Film) (not shown, as it is a conventional technique, so as not to describe), and achieves the performance of transparent touch, and the touch The board controller 1〇2 is electrically connected to the transparent touch panel 1〇1 and a microprocessor 30′ and is electrically connected to the computer host, wherein the touch panel controller 102 touches the light through the user. The analog signal generated by the touchpad ι〇1 is converted into a digital signal, and the position information of the touch coordinate is obtained, and the coordinate position information is converted into a key signal, and the touch coordinate data is transmitted to the micro processing through the serial transmission interface. 3〇, 俾 achieve the performance of the touch keyboard wheel 5 number; as for the touch button The number can also be synchronized to activate a sound or a vibrator (not shown) to emit a beeping sound or a vibrating prompt touch button; the e-paper module 20 includes a flexible The rectangular electronic paper 2〇1 and the electronic paper controller 202' are correspondingly disposed on the bottom surface of the transparent touch panel 101, wherein the electronic paper controller 2〇2 is 5 M395208 includes: The display controller 2021 is configured to control the display word key signal of the electronic paper, and is electrically connected to the microprocessor 30. The driving chip 2022 is configured to transmit the display word key signal from the display microcontroller 2021 to The electronic paper 201 is a static random access memory (SRAM) 2023 for storing information such as a key signal and a symbol of a plurality of touch buttons; and a power supply 2024 is attached to the display. Under the control of the microcontroller 2021, power is supplied to the driver wafer 2022. As for the electronic paper 201, it is combined with an electrode-driven backplane (not shown) having a line pattern, and the colored charged particles and the dielectric liquid encapsulated in the electronic paper 201 are affected by the adjustment electric field driving, thereby 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 201 has an image memory effect even if the power is turned off. The display image content still exists, thanks to the characteristics of the image bistable (Bistable Image), the power is needed only when the surface needs to be updated, so it has the effect of being easy to read and save energy and saving power; and the electronic paper 201 The touch switch selection buttons 201a, 201b can be used to select and display the stored key symbol page to benefit the user's touch input operation. The microprocessor 30 is electrically connected to the touch. The board controller 102 and the electronic paper controller 202 are further electrically connected to a computer host to achieve the performance of processing the input signal of the touch keyboard. . 6 M395208 The flexible transparent touch panel 1〇1 and the flexible electronic paper 2〇1 can be correspondingly arranged on a flexible insulating substrate 40, and the bottom plate 40 provides an integral touch keyboard. For the second embodiment of the present invention, the second embodiment of the touch-sensitive luminescent keyboard device is shown in FIG. 5 to FIG. 7 , which includes a touch panel module 10 and an electronic paper module 20 . And the microprocessor 30 of the second embodiment; and the electronic paper module 2 and the microprocessor 30 of the second embodiment are the same as the first embodiment, and therefore, the first and second embodiments are mainly different in one The opaque touch panel 丨〇 5 replaces the transparent touch panel 101 ′ and the opaque touch panel 1 〇 5 is disposed at a bottom surface of the electronic paper 2 〇 1 (as shown in FIG. 5 ); The haptic touch panel module 10 includes a flexible rectangular opaque touch panel 105 and a touch panel controller 1〇2; and the opaque touch panel 1〇5 is assembled On the bottom surface of a flexible electronic paper 201, the user touches the touch key operation on the surface of the electronic paper 201 film, and indirectly applies a downward force. The movable opaque touchpad 105. The opaque touch panel 1 〇 5 is a resistive touch panel comprising an upper substrate (made of polyethylene terephthalate PET) 1051; a layer 1052 bonded to the upper substrate 1051; a first sensing layer (made of sensing material) 1053, which is bonded to the first conductive layer 1052 and convexly downward a second sensing layer (made of a sensing material) 1054 spaced apart from the first sensing layer 1053; a second conductive layer 1055 having an upper end bonded to the second sensing 7 M395208 layer 1054; The substrate 1058, which is also made of PET, is also used. A plurality of pillars 1057 are disposed between the first conductive layer 1052 and the second conductive layer 1055. The lower end of the pillar 1057 is joined to the second conductive layer 1055, and the upper end of the pillar 1057 is connected by a sealant layer 1056. The first conductive layer 1052 is fixedly joined, wherein the pillar 1057 and the first sensing layer 1053 are arranged in a staggered manner in parallel. The opaque touch panel 105 converts the analog signal generated by the user's touch into a digital signal by the touch panel controller 102, and obtains the position information of the touch coordinate, and then converts the coordinate position information. The key signal is transmitted to the microprocessor 30 through the serial transmission interface to achieve the performance of the touch keyboard input signal; the main structural features and actual use of the electronic paper display device of the creative touch keyboard The performance is as follows: The present invention mainly includes a touch panel module 10, an electronic paper module 20 and a microprocessor 30; wherein the touch panel module 10 includes a flexible rectangle The transparent paper board 101 and a touch panel controller 102, and the electronic paper module 20 includes a flexible rectangular electronic paper 201 and an electronic paper controller 202, and the electronic paper 201 is correspondingly arranged The position of the bottom surface of the transparent touch panel 101, and the electronic paper 201 can be switched by touch to select and display the stored key symbol page, thereby facilitating the operation performance of the user's multi-purpose touch key input; The electricity Imaging sheet 201 having a memory effect, so the effectiveness of those also having to wake up and energy saving purpose of legibility. 8 M395208 The above examples are intended to illustrate the principles and functions of this creation and are not intended to limit the main technical features and scope of this creation. Therefore, those skilled in the art can make modifications and changes to the above embodiments without departing from the spirit of the present invention. This creation has the industrial use, novelty and progressiveness, and meets the requirements of new patents. [Simple diagram of the diagram] Figure 丨. is an exploded view of the electronic paper display device of the present touch keyboard; Figure 2: System block diagram of the electronic paper display device of the present touch keyboard. Figure 3: FIG. 2 is a block diagram of the electronic paper module; FIG. 4 is a schematic view showing the partial display of the English symbol of the button on the touch keyboard. Figure L is a perspective exploded view of a second embodiment of the electronic paper display device of the present invention; and Figure 6 is a block diagram of a second embodiment of the electronic paper display device of the present invention; Figure 7 is a cross-sectional view of the opaque touch panel of Figure 5. 9 M395208 [Description of main component symbols] 10: Touchpad module 102: Touchpad controller 1051: Upper substrate 1053: First sensing layer 1055: Second conductive layer 1057: Carcass 201a, 201b: Select key 202 : Electronic paper controller 2022 . Driver chip 2024 : power supply 40 : bottom plate 101 : transparent touch panel 105 : opaque touch panel 1052 : first conductive layer 1054 : second sensing layer 1056 : sealant layer 20: electronic paper module 201: electronic paper 2021: display micro controller 2023: static random access memory 30: microprocessor