200915828 九、發明說明： 【發明所屬之技術領域】 一種手持裝置，特別是指一種液晶螢幕搭配可多點觸 碰之觸控螢幕，並提供多種介面的手持裝置。 【先前技術】 請參照圖1，其為一般手機之常見型態，其手機100 配置有多個控制按鍵120與一螢幕110，控制按鍵120為 制式且固定配置，其供使用者按壓並將控制按鍵120對應 的字元、號碼、符號或下達的功能命令顯示於螢幕110。 然而，手機功能不斷擴展，現下手機堪稱一機多體的 多功能手持裝置，係結合了數位相機、内建遊戲、音樂播 放器等功能模組，因此控制按鍵或相關功能鍵相對變得更 多而且複雜。 而為避免複雜的按鍵配置，PDA手機係將控制按鍵圖 形化以顯示於其觸控螢幕，並透過觸控螢幕的觸控特性以 達到形同按下實體按鍵的效果。而且執行不同功能模組係 呈現不同的功能介面，以令使用者輕易上手。 然先前技術具有無法避免之缺失，其一，如前所述， 一般手機結合多種不同功能模組，而需配置更多的手機按 鍵與功能鍵，而且不同功能模組運行時，按鍵與功能之執 行效果有所不同，使用者需長時間記憶與適應，使用上十 分不便。其二，PDA手機雖可同時顯示功能模組之控制按 鍵與程序晝面，但控制按鍵需佔用觸控螢幕一定的顯示範 6 200915828 圍，或者是重疊於執行晝面上，故程序晝面之顯示必受一 定程度的影響，而使用者也無法直接看到程序晝面的執行 全貌，十分不便。 【發明内容】 有鑑於此，本發明所欲解決的問題係在於提供一種具 有可切換控制介面，無需配置繁雜的控制按鍵，最大程度 顯示執行程序晝面，同時區隔圖形化控制面板與程序畫面 之顯示的雙螢幕控制介面之手持裝置。 為解決上述裝置與介面問題，本發明所提供之技術手 段係揭露一種雙螢幕控制介面之手持裝置，其包含一儲存 模組、一觸控螢幕、一控制器、與一液晶螢幕。 儲存模組儲存有複數個介面資料，每一介面資料係包 含一圖形化控制面板與至少一控制程序。觸控螢幕係顯示 其一圖形化控制面板並供感應觸碰，係於感應到有一處以 上受觸碰時產生觸碰訊號，或是感應到有觸控螢幕受滑移 方式之連續觸碰而產生滑移訊號。控制器係解析觸碰訊號 取得圖形化控制面板受觸碰位置以運行相關控制程序，或 是解析滑移訊號取得觸控螢幕受觸碰的滑移方向以切換運 行中的介面資料，液晶螢幕則顯示控制程序的執行晝面。 本發明所揭露之雙螢幕控制介面之手持裝置，其觸控 螢幕可為電容式的多點觸控螢幕，而儲存模組儲存之介面 資料係包含有複數個介面簡圖與一介面選單，當觸控螢幕 受滑移觸碰時係依序顯示介面簡圖，並於滑移觸碰停止 7 200915828 時，執行最後顯示介面簡圖之介面資料。 本發明所揭露之雙螢幕控制介面之手持裝置，其介面 資料包含有遊戲介面資料、撥號介面資料、簡訊介面資料、 郵件介面資料、音樂介面資料與拍攝介面資料。 本發明具有先前技術無法達到之功效，其一，每一控 制程序即對應一圖形化控制面板，配合觸控螢幕觸控特性 以進行操作，而且執行不同的控制程序係切換並呈現出對 應圖形化控制面板，藉以取代雜亂的實體控制按鍵，再配 合觸控螢幕的多點觸控技術，以縮短使用者的適應時間並 提高工作效率。其二，將控制程序晝面與圖形化控制面板 區隔顯示，以令控制程序晝面以最大程度顯示於液晶螢幕 並避免受圖形化控制面板配置或重疊顯示而限縮其顯示範 圍。 【實施方式】 為使對本發明的目的、構造特徵及其功能有進一步的 了解，茲配合相關實施例及圖式詳細說明如下： 請同時參照圖2與圖3，其為本發明實施例之手持裝 置結構示意圖與介面資料選取示意圖。 手持裝置200係包含一儲存模組240、一觸控螢幕 220、一控制器230與一液晶螢幕210。儲存模組240係包 含一介面選單241與複數個依順序儲存的介面資料，每一 介面資料係具有相互對應的介面簡圖、圖形化控制面板與 控制程序。如遊戲介面資料245包含遊戲介面簡圖2451、 8 200915828 遊戲控制面板2452與遊戲控制程序2453 ;撥號介面資料 243包含撥號介面簡圖2431、撥號控制面板2432與撥號控 制程序2433;簡訊介面資料244包含簡訊介面簡圖2441、 按鍵控制面板2442與字元控制程序2443 ;郵件介面資料 242包含郵件介面簡圖2421、郵件控制面板2422與郵件控 制程序2423 ;音樂介面資料246包含音樂介面簡圖2461、 音樂控制面板2462與音樂控制程序2463 ;拍攝介面資料 247包§拍攝介面簡圖2471、拍攝控制面板2472與拍攝控 制程序2473。 如圖3所示，觸控螢幕220受到使用者以手指或觸控 筆進行滑移觸碰時，係產生一滑移訊號。控制器23〇依據 滑移訊號而啟動介面選單241，同時取得使用者手持滑移 觸碰的距離與方向。介面選單241係配合滑移之位移距離 與方向，以伴隨手指或觸控筆之滑移將介面簡圖逐一顯示 於觸控螢幕22G。控制器230則依據最後顯示的介面簡圖 ，仃對應的介面資料。如觸控螢幕22{)最後顯示郵件介面 =圖’控制器230即载入郵件介面資料242，同時觸控 幕220顯示郵件控制面* 9 工 件Μ心 而液晶螢幕21G係顯示郵 件控制程序2423之郵件編輯與收發晝面。 =裝置20。載入任—介面資料後，觸碰營幕22。 號糸產生—觸碰訊號。控制器23〇依據觸碰訊 二 目形化控制面板—碰位置以操作控制程序之運 仃’並顯示其狀態於液晶螢幕21G。然觸控螢幕⑽再欠 9 200915828 感應使用者之滑移觸碰時，係解析其滑移方向，於解析出 朝一第一方向滑移觸碰時（如向左方滑移），切換並運行前 一順序；而朝一第二方向滑移觸碰時（如向右方滑移），切 換並運行後一順序之介面資料。 而觸控螢幕220本身可為電容式的多點觸控螢幕，以 藉由多點觸控技術加快使用者輸入效率。 請參照圖4,其為本發明實施例之撥號介面示意圖。 當使用者透過介面選單選取撥號介面資料243,觸控螢幕 220係顯示撥號控制面板2432，其包含複數個圖形化的數 字鍵與功能鍵，以供使用者進行撥號。而液晶螢幕210係 顯示運行撥號控制程序2433所產生的撥號晝面2434，供 使用者了解所按下的數字鍵或功能鍵為何。 請參照圖5，其為本發明實施例之簡訊介面示意圖。 當使用者透過介面選單241選取訊簡訊介面資料244，觸 控螢幕220係顯示按鍵控制面板2442，其包含複數個圖形 化的字元鍵與特殊功能鍵，以供使用者進行登打文字。而 液晶螢幕210係顯示運行字元控制程序2 2 4 3所產生的簡訊 晝面2444，供使用者了解所輸入的文字為何。 每一字元鍵係對應一字元與至少一特殊字元，在觸碰 觸控螢幕220顯示之其一字元鍵時，係顯示其對應字元於 液晶螢幕210上。然而，配合觸控螢幕220的多點觸碰技 術，使用者可同時觸碰功能鍵與字元鍵，以使液晶螢幕210 顯示字元鍵所對應的特殊字元，而加快字元輸入速度。如 200915828 字元鍵（a)與shift功能鍵同時按下時，液晶螢幕係顯示其 特殊字元（A)。 請參照圖6,其為本發明實施例之遊戲介面示意圖。 當使用者透過介面選單241選取遊戲介面資料245，觸控 螢幕220係顯示遊戲控制面板2452，其包含二感應區，且 每一感應區具有至少一按鍵。如一感應區具有四個方向鍵 2455，而另一感應區具有二功能鍵2456。液晶螢幕210係 顯示遊戲控制程序2453之遊戲晝面2454，如寵物狗2457 的活動狀態。當按下方向鍵2455時，寵物狗2457係朝一 方向移動；當按下功能鍵2456時，寵物狗2457則進行發 出叫聲或吐舌；當配合觸控螢幕220之多點觸碰技術，以 同時按下方向鍵2455與功能鍵2456，寵物狗2457則進行 組合式動作，如邊移動邊發出叫聲，藉此方式提高遊戲互 動性與遊戲的執行流暢度。 請參照圖7,其為本發明實施例之音樂介面示意圖。 當使用者透過介面選單241選取音樂介面資料246，觸控 螢幕220係顯示音樂控制面板2462，其包含複數個圖形化 的功能鍵，以供使用者觸控而進行音樂播放、停止或選曲。 而液晶螢幕210係顯示運行音樂控制程序所產生的音樂播 放晝面2464，供使用者了解現下選定之音樂曲目與其音樂 曲目播放狀態與播放時間。 請參照圖8,其為本發明實施例之拍攝介面示意圖。 當使用者透過介面選單241選取拍攝介面資料247，觸控 11 200915828 螢幕220係顯示拍攝控制面板2472，其包含複數個圖形化 . 的功能鍵，以供使用者進行拍攝、焦距調整、開啟或關閉 _ 閃光燈、連續拍攝形成影像等功能。而液晶螢幕210係顯 示運行拍攝控制程序2473所產生的拍攝晝面2474，供使 用者了解現下拍攝的影像範圍與預定拍攝效果。 請同時參照圖3至圖8，其所有圖形化控制面板兩侧 皆具有一第一切換鍵251與一第二切換鍵252。當按下第 一切換鍵時，手持裝置係切換並運行前一順序之介面資 〆 料；反之，按下第二切換鍵時，手持裝置200係切換並運 行後一順序之介面資料 雖然本發明以前述之較佳實施例揭露如上，然其並非 用以限定本發明，任何熟習相像技藝者，在不脫離本發明 之精神和範圍内，所作更動與潤飾之等效替換，仍為本發 明之專利保護範圍内。 【圖式簡單說明】 圖1係先前技術之結構不意圖； 圖2係本發明實施例之手持裝置結構示意圖； 圖3係本發明實施例之介面資料選取示意圖； 圖4係本發明實施例之撥號介面示意圖； 圖5係本發明實施例之簡訊介面示意圖； 圖6係本發明實施例之遊戲介面示意圖； 圖7係本發明實施例之音樂介面示意圖；以及 圖8係本發明實施例之拍攝介面示意圖。 12 200915828 【主要元件符號說明】 100 手機 110 螢幕 120 控制按鍵 200 手持裝置 210 液晶螢幕 220 觸控螢幕 230 控制器 240 儲存模組 241 介面選單 242 郵件介面資料 2421 郵件介面簡圖 2422 郵件控制面板 2423 郵件控制程序 243 撥號介面資料 2431 撥號介面簡圖 2432 撥號控制面板 2433 撥號控制程序 2434 撥號晝面 244 間訊介面貢料 2441 簡訊介面簡圖 2442 按鍵控制面板 2443 字元控制程序 200915828 2444 .245 _ 2451 2452 2453 2454 2455 2456 2457 246 2461 2462 2463 2464 247 1 2471 2472 2473 2474 251 252 簡訊晝面 遊戲介面資料 遊戲介面簡圖 遊戲控制面板 遊戲控制程序 遊戲晝面 方向鍵 功能鍵 寵物狗 音樂介面資料 音樂介面簡圖 音樂控制面板 音樂控制程序 音樂播放晝面 拍攝介面資料 拍攝介面簡圖 拍攝控制面板 拍攝控制程序 拍攝晝面 第一切換鍵 第二切換鍵 14200915828 Nine, invention description: [Technical field of invention] A handheld device, in particular, a liquid crystal screen with a multi-touch touch screen and a plurality of interface handheld devices. [Prior Art] Please refer to FIG. 1 , which is a common type of a general mobile phone. The mobile phone 100 is configured with a plurality of control buttons 120 and a screen 110. The control button 120 is a standard and fixed configuration, which is pressed and controlled by the user. The character, number, symbol or function command corresponding to the button 120 is displayed on the screen 110. However, the functions of mobile phones continue to expand. Nowadays, mobile phones are called multi-function multi-function handheld devices. They are combined with digital cameras, built-in games, music players and other functional modules, so the control buttons or related function keys are relatively more More and more complicated. In order to avoid complicated button configuration, the PDA mobile phone maps the control buttons to display on the touch screen, and through the touch characteristics of the touch screen, the effect of pressing the physical buttons is achieved. And the implementation of different functional modules presents different functional interfaces to make it easy for users to get started. However, the prior art has an inevitable deficiency. First, as mentioned above, a general mobile phone combines a plurality of different functional modules, and more mobile phone keys and function keys need to be configured, and when different functional modules are operated, keys and functions are used. The execution effect is different, the user needs to remember and adapt for a long time, and the use is very inconvenient. Second, although the PDA phone can simultaneously display the control buttons and the program face of the function module, the control button needs to occupy a certain display range of the touch screen, or overlaps the execution surface, so the program is behind. The display must be affected to a certain extent, and the user cannot directly see the execution of the program, which is very inconvenient. SUMMARY OF THE INVENTION In view of the above, the problem to be solved by the present invention is to provide a switchable control interface, which does not need to be configured with complicated control buttons, and displays the execution program to the maximum extent, and at the same time separates the graphical control panel and the program screen. The handheld device of the dual screen control interface is displayed. In order to solve the above-mentioned device and interface problems, the technical means provided by the present invention discloses a dual-screen control interface handheld device comprising a storage module, a touch screen, a controller, and a liquid crystal screen. The storage module stores a plurality of interface data, and each interface data includes a graphical control panel and at least one control program. The touch screen displays a graphical control panel for inductive touch, which senses that one or more touches generate a touch signal when touched, or sense that a touch screen is continuously touched by a sliding mode. Generate a slip signal. The controller analyzes the touch signal to obtain the touched position of the graphical control panel to run the relevant control program, or analyzes the slip signal to obtain the sliding direction of the touch screen to switch the interface information in operation, and the LCD screen The execution of the control program is displayed. The touch screen of the dual screen control interface disclosed in the present invention can be a capacitive multi-touch screen, and the interface data stored in the storage module includes a plurality of interface diagrams and an interface menu. When the touch screen is touched by the slide, the interface is displayed in sequence, and when the slide touch stops 7 200915828, the interface information of the final display interface is executed. The interface device of the dual screen control interface disclosed in the present invention includes game interface data, dial interface information, newsletter interface information, mail interface data, music interface data and shooting interface data. The invention has the effects that cannot be achieved by the prior art. First, each control program corresponds to a graphical control panel, cooperates with the touch screen touch characteristic to perform operations, and performs different control program switching and presents corresponding graphics. The control panel replaces the cluttered physical control buttons and the multi-touch technology of the touch screen to shorten the user's adaptation time and improve work efficiency. Second, the control program face is displayed separately from the graphical control panel so that the control program can be displayed on the LCD screen to the maximum extent and avoid being limited by the graphical control panel configuration or overlapping display. [Embodiment] In order to further understand the objects, structural features and functions of the present invention, the related embodiments and drawings are described in detail as follows: Please refer to FIG. 2 and FIG. 3 simultaneously, which are handhelds according to an embodiment of the present invention. Schematic diagram of device structure diagram and interface data selection. The handheld device 200 includes a storage module 240, a touch screen 220, a controller 230 and a liquid crystal screen 210. The storage module 240 includes an interface menu 241 and a plurality of sequentially stored interface materials. Each interface data has a corresponding interface schematic, a graphical control panel and a control program. For example, the game interface information 245 includes a game interface diagram 2451, 8 200915828 game control panel 2452 and a game control program 2453; the dial interface information 243 includes a dialing interface diagram 2431, a dialing control panel 2432 and a dialing control program 2433; the interface material 244 includes The message interface diagram 2441, the button control panel 2442 and the character control program 2443; the mail interface material 242 includes a mail interface diagram 2421, a mail control panel 2422 and a mail control program 2423; the music interface material 246 includes a music interface diagram 2461, music The control panel 2462 and the music control program 2463; the photographing interface information 247 package § the photographing interface diagram 2471, the photographing control panel 2472, and the photographing control program 2473. As shown in FIG. 3, when the touch screen 220 is touched by a user with a finger or a stylus, a slip signal is generated. The controller 23 activates the interface menu 241 based on the slip signal while obtaining the distance and direction of the user's hand-sliding touch. The interface menu 241 is adapted to the displacement distance and direction of the slip, and the interface diagram is displayed one by one on the touch screen 22G with the slip of the finger or the stylus. The controller 230 then compares the corresponding interface data according to the last displayed interface diagram. For example, the touch screen 22{) finally displays the mail interface=the picture controller 230 loads the mail interface data 242, and the touch screen 220 displays the mail control surface*9 workpiece and the liquid screen 21G displays the mail control program 2423. Mail editing and sending and receiving. = device 20. After loading the interface-interface data, touch the camp 22. The number is generated - the touch signal. The controller 23 causes the control panel to touch the position to operate the control program and display its state on the liquid crystal screen 21G. However, when the touch screen (10) is owed to 9 200915828, when the user touches the sliding touch, the sliding direction is analyzed, and when the sliding direction is detected in a first direction (such as sliding to the left), the switch is operated and operated. The previous sequence; when sliding in a second direction (such as sliding to the right), switch and run the interface information of the latter sequence. The touch screen 220 itself can be a capacitive multi-touch screen to speed up user input efficiency by multi-touch technology. Please refer to FIG. 4 , which is a schematic diagram of a dialing interface according to an embodiment of the present invention. When the user selects the dialing interface data 243 through the interface menu, the touch screen 220 displays a dialing control panel 2432, which includes a plurality of graphical numeric keys and function keys for the user to dial. The LCD screen 210 displays the dial face 2434 generated by the running dial control program 2433 for the user to know what number keys or function keys are pressed. Please refer to FIG. 5 , which is a schematic diagram of a short message interface according to an embodiment of the present invention. When the user selects the short message interface information 244 through the interface menu 241, the touch screen 220 displays a button control panel 2442, which includes a plurality of graphical character keys and special function keys for the user to write the text. The LCD screen 210 displays the text message 2444 generated by the running character control program 2 2 4 3 for the user to know what the entered text is. Each character key corresponds to one character and at least one special character. When one of the character keys displayed on the touch screen 220 is touched, the corresponding character is displayed on the liquid crystal screen 210. However, in conjunction with the multi-touch technology of the touch screen 220, the user can simultaneously touch the function key and the character key to enable the liquid crystal screen 210 to display the special character corresponding to the character key, thereby speeding up the character input speed. For example, when the 200915828 character key (a) is pressed simultaneously with the shift function key, the LCD screen displays its special character (A). Please refer to FIG. 6, which is a schematic diagram of a game interface according to an embodiment of the present invention. When the user selects the game interface data 245 through the interface menu 241, the touch screen 220 displays the game control panel 2452, which includes two sensing areas, and each sensing area has at least one button. For example, one sensing area has four direction keys 2455, and the other sensing area has two function keys 2456. The LCD screen 210 displays the game surface 2454 of the game control program 2453, such as the active state of the dog 2457. When the direction key 2455 is pressed, the dog 2457 moves in one direction; when the function key 2456 is pressed, the dog 2457 makes a sound or tongue; when the touch screen 220 is touched, the technology is At the same time, the direction key 2455 and the function key 2456 are pressed, and the dog 2457 performs a combined action, such as making a sound while moving, thereby improving the game interaction and the smooth execution of the game. Please refer to FIG. 7, which is a schematic diagram of a music interface according to an embodiment of the present invention. When the user selects the music interface data 246 through the interface menu 241, the touch screen 220 displays a music control panel 2462, which includes a plurality of graphical function keys for the user to touch, perform music playback, stop or select music. The LCD screen 210 displays the music playing surface 2464 generated by running the music control program, so that the user can understand the currently selected music track and the playing state and playing time of the music track. Please refer to FIG. 8 , which is a schematic diagram of a photographing interface according to an embodiment of the present invention. When the user selects the shooting interface data 247 through the interface menu 241, the touch screen 11 200915828 screen 220 displays the shooting control panel 2472, which includes a plurality of graphical function keys for the user to shoot, focus adjust, turn on or off. _ Flash, continuous shooting to form images and other functions. The LCD screen 210 displays the shooting surface 2474 generated by the operation shooting control program 2473, for the user to know the image range and the predetermined shooting effect. Referring to FIG. 3 to FIG. 8 simultaneously, all the graphical control panels have a first switching key 251 and a second switching key 252 on both sides. When the first switch button is pressed, the handheld device switches and runs the interface information of the previous sequence; otherwise, when the second switch button is pressed, the handheld device 200 switches and runs the interface information of the subsequent sequence, although the present invention The above-mentioned preferred embodiments are disclosed above, and are not intended to limit the invention, and any equivalents of the modification and retouching are still in the invention without departing from the spirit and scope of the invention. Within the scope of patent protection. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a prior art device; FIG. 2 is a schematic structural view of a handheld device according to an embodiment of the present invention; FIG. 3 is a schematic diagram of interface material selection according to an embodiment of the present invention; FIG. 5 is a schematic diagram of a game interface according to an embodiment of the present invention; FIG. 6 is a schematic diagram of a game interface according to an embodiment of the present invention; FIG. 7 is a schematic diagram of a music interface according to an embodiment of the present invention; Interface schematic. 12 200915828 [Key component symbol description] 100 Mobile phone 110 Screen 120 Control button 200 Handheld device 210 LCD screen 220 Touch screen 230 Controller 240 Storage module 241 Interface menu 242 Mail interface data 2421 Mail interface sketch 2422 Mail control panel 2423 Mail Control program 243 Dial-up interface data 2431 Dial-up interface diagram 2432 Dial-up control panel 2433 Dial-up control program 2434 Dial-up interface 244 Interface interface 2441 Brief interface diagram 2442 Button control panel 2443 Character control program 200915828 2444 .245 _ 2451 2452 2453 2454 2455 2456 2457 246 2461 2462 2463 2464 247 1 2471 2472 2473 2474 251 252 Short message game interface interface game interface diagram game control panel game control program game face button function button pet dog music interface music interface Music control panel music control program music playback face-to-face shooting interface data capture interface sketching shooting control panel shooting control program shooting face first switch button second switch button 14