M364903 五、新型說明·· 【新型所屬之技術領域】 本新型是有關於一種手 於一種兼具觸控板及控制鐽^主 置，且特別是有關 鍵之手持式電子裝置。 【先前技術】 手持式電子裝置如手機 放器等等，在講究輕薄短小的位行動助理、MP3播 人生活不可或缺的必需品。在^用，需求下，已成為現代 時，常見的介面其中之一是/H式電子裝置進行操控 都有相對應的一 個功能，來對的輪入，每個按鍵 上的控制選項做調整。這 =電子裝置的顯示螢幕 時，無法隨心所欲地即時狡〗"面，往往在進行調整 耗時費力。另—插到想要操控的位置，而顯得 控式的介面在輸入時，雜:吏用觸控的介面。觸 但極有可能因雜人 P 「^位移到想要操控的位置， 力道不面的敏感度過高或過低，使得操作的 易掌握而無法順利的進行調整。 供整C鍵C設計—個新的手持式電子裝置，能夠提 界亟待解及觸控式輸人的輪人介面，乃為此-業 【新型内容】 本新型之目的係在於 含·主機、顯示蔡、手持式電子裝置，包 組。主機提馳板、錢控制按鍵以及控制模 供贿個應用程式；顯示鸯幕位於主機之表面: 4 M364903 顯示對應主機之應用程式之顯示畫面；觸控板位於主機之 表面，包含電極層，用以感測使用者觸控輸入，其中觸控 板之内部區域之電極層包含鏤空部份；複數控制按鍵，對 應形成於電極層之鏤空部份，外露於觸控板上，以接收按 鍵輸入，·以及控制模組電性連接於 以接收使用者觸控輸人及按鐽 ^㈣‘鍵1 使用者觸控輸入及按鍵輸入之=之::取以及執行對應 對應之㈣晝面於顯示絲上。機之朗程式’進而顯示 應用本新型之優點係在 輸入方式，可兼具觸控輸控板及控制按鍵之 地達到上述之目的。 及按鍵輸人之優點，而輕易 【實施方式】 請參照第1圖，係為太站 裝置丨之俯視圖。請同之一實施例之手持式電子 w 明同捋參照第2圖，係為手持式電子裝M364903 V. New Description·· 【New Field of Technology】 This is a hand-held electronic device that has both a touchpad and a control panel, and especially related keys. [Prior Art] Handheld electronic devices, such as mobile phones, etc., are indispensable for the life of light and short mobile assistants and MP3 players. In the modern, when the demand has become modern, one of the common interfaces is that the /H-type electronic device has a corresponding function for the control, and the control options on each button are adjusted. This = when the display screen of the electronic device is not able to instantly and arbitrarily arbitrarily, it is time-consuming and laborious to make adjustments. In addition, it is inserted into the position that you want to control, and the interface that appears to be controlled is input: miscellaneous: use the touch interface. However, it is very likely that the noise of the miscellaneous person P “^ is displaced to the position that you want to control, and the sensitivity of the force is not too high or too low, so that the operation is easy to grasp and cannot be smoothly adjusted. A new handheld electronic device that can uncover the touch-and-touch input interface of the touch-based input. This is the new content. The purpose of this new model is to include the host, display Tsai, and handheld electronic devices. , package group. Host Tesco board, money control button and control mode bribe application; display screen is located on the surface of the host: 4 M364903 displays the display screen of the corresponding host application; the touchpad is located on the surface of the host, including The electrode layer is configured to sense a user's touch input, wherein the electrode layer in the inner region of the touch panel includes a hollow portion; the plurality of control buttons are correspondingly formed on the hollow portion of the electrode layer and exposed on the touch panel to Receiving the key input, and the control module is electrically connected to receive the user's touch input and press the (^(4)' key 1 user touch input and key input =:: take and execute the corresponding corresponding (4) The surface of the machine is displayed on the display wire. The program of the machine is further displayed. The advantage of the application is that the input mode can be combined with the touch control panel and the control button to achieve the above purpose. Easy [Embodiment] Please refer to Figure 1 for a top view of the station device. Please refer to Figure 2 for a hand-held electronic unit in the same embodiment.
方鬼•圖。手持式電子I 螢㈣、觸控板14、複數二1包含.主機10、顯不 m^儲/子並提供複數應用程式 係為液晶顯示發墓，田 之表面102，於本實施例中 120 用以顯不對應應用程式之顯示晝面 顯=主㈣内儲之應用程式運作時，將在液晶 作:Μ顯7^出對應之顯示晝面，以讓使用者可得知運 。觸控板14位於主機1G之表面，於本實施例中 可A二：：102處’即顯示螢幕12之旁邊。觸控板14係 ’、、、“合式或疋電阻式的觸控板，用以感測使用者觸控 5 M364903 輸入141。控制按鍵16所形成之的區域係為觸控板14之 内部區域140,並分別用以接收按鍵輪入161。控制模組 18電性連接於觸控板14及控制按鍵16 ’用以接收使用者 觸控輸入141及按鍵輪入161，俾擷取並執行内儲於主機 ίο之儲存模組1〇〇，且對應使用者觸控輸入141及按鍵輸 入161之主機10之應用程式101，進而顯示對應之顯示畫 面120於顯示螢幕12上。 凊參照第3圖，係為本新型之一實施例中之觸控板14 之侧剖面圖。觸控板Η包含電極層3〇，電極層3〇包含電 極32及鏤空部伤34。電極32用以感測使用者觸控輸入 141。而前述之控制按_丨6則分別對應形成於鏤空部份 34，並外露於觸控板14上，以接收按鍵輸入161。 於-實施例中，一如苐4A圖所示，係為手持式電子裝 置1之俯視圖。顯示晝面120包含控制物件4〇〇。控制物 件400於本實施例中係如第4A圖所示，為游標4〇〇。電極 32可用以感測徑向位移輸人之形式的使用者觸控輸入 14卜亦即使用者可藉由如手指或是觸控筆，在觸控板14 上進行徑向移動術’電極32即可感測其徑向位移4〇1， 控制模組18進-步根據徑向位移輸人形式之使用者觸控 輸入141控制游標400之位移方向4〇3。並且，位移輸入 形式之使用I觸控輸入H1 ’其速度亦決定了在顯示晝面 上，對於游標400之位移速度，當手指或是觸控筆移&的 愈快’游標400的位移速度亦跟著愈快。顯示晝面12〇更 可包含選項402，電極32可用以感測按壓輸入之形式的使 用者觸控輸入141’亦即使用者可藉由如手指或是觸控筆， M364903 在觸控板14上進行垂直觸控板14的按壓動作，以在前述 之游標400位移到其中一選項402時’由控制模組根據 按壓輸入之形式的使用者觸控輸入141控制游標400而對 選項402進行選擇。須注意的是，選項的排列方式係可於 不同的實施例而具有不同的排列方式，而不為第4A圖所 繪示之排列方式所限。Fang Ghost • Figure. The hand-held electronic I firefly (four), the touchpad 14, the plural two 1 contains the host 10, the display memory, and provides a plurality of applications for the liquid crystal display tomb, the surface of the field 102, in this embodiment 120 The application for displaying the corresponding application is displayed. When the application is stored in the main (4) storage, it will be displayed on the LCD: the corresponding display is displayed so that the user can know the shipment. The touch panel 14 is located on the surface of the host 1G, which in the embodiment can be located at the side of the screen 12, which is A::102. The touch panel 14 is a 'type, ', or a combination of resistive touch panels for sensing user touch 5 M364903 input 141. The area formed by the control button 16 is the inner area of the touch panel 14 The control module 18 is electrically connected to the touch panel 14 and the control button 16 ′ for receiving the user touch input 141 and the button wheel 161 for capturing and executing. The storage module 1 of the host ίο, and the application 101 of the host 10 corresponding to the user's touch input 141 and the key input 161, further displays the corresponding display screen 120 on the display screen 12. Referring to FIG. A side cross-sectional view of the touch panel 14 in one embodiment of the present invention. The touch panel Η includes an electrode layer 3 〇, and the electrode layer 3 〇 includes an electrode 32 and a hollow portion 34. The electrode 32 is used for sensing The touch control input 141. The aforementioned control buttons _6 are respectively formed on the hollow portion 34 and exposed on the touch panel 14 to receive the key input 161. In the embodiment, as shown in Fig. 4A Shown as a top view of the handheld electronic device 1. Display 120 sides of the package The control object 400 is controlled by a cursor 4 in the embodiment as shown in Fig. 4A. The electrode 32 can be used to sense the user's touch input 14 in the form of a radial displacement input. That is, the user can perform radial movement on the touch panel 14 by means of a finger or a stylus, and the electrode 32 can sense its radial displacement 4〇1, and the control module 18 advances according to the radial direction. The user input touch input 141 of the displacement input mode controls the displacement direction of the cursor 400 4〇3, and the displacement input form uses the I touch input H1 'the speed also determines the displacement of the cursor 400 on the display surface. Speed, the faster the finger or stylus moves & the faster the displacement speed of the cursor 400. The display pupil 12 can further include option 402, and the electrode 32 can be used to sense the user in the form of a press input. The touch input 141 ′, that is, the user can perform the pressing action of the vertical touch panel 14 on the touch panel 14 by using a finger or a stylus, such as a finger or a stylus, to shift the aforementioned cursor 400 to one of the options 402. 'Use by the control module in the form of a press input The touch input 141 controls the cursor 400 to select the option 402. It should be noted that the arrangement of the options may have different arrangements in different embodiments, rather than the arrangement shown in FIG. 4A. limit.
於另一實施例中，控制物件係為選擇框。請參照第4B 圖’係為本新型之另一實施例之手持式電子裝置1之俯視 圖。顯示晝面120包含選項406及選擇框404。於本實施 例中’電極32可用以感測旋轉輸入之形式的使用者觸控輸 入141 ’亦即使用者可藉由如手指或是觸控筆，在觸控板 14上進行旋轉405，電極32感測後，控制模組18進一步 根據旋轉輸入之形式之使用者觸控輸入141控制選擇框 404之位移方向407，以切換於各不同的選項406間。須注 意的是，本實施例中，控制模組18係根據旋轉輸入控制選 擇框404沿直線位移，如第4B圖所示，旋轉405係為往上 之半弧形，因此選擇框404將直線向上位移。而電極32亦 可用以感測按壓輸入之形式的使用者觸控輸入141，亦即 使用者可藉由如手指或是觸控筆，在觸控板14上進行垂直 觸控板14的按壓動作，以在前述之選擇框4〇4位移到豆中 一選項406時，由控制模組18根據按壓輸入之形式的使用 者觸控輸入141控制選擇框404而對選項4〇6進行選擇。 於再一實施例中，控制物件係為調整桿。請參照第4C =’係為本新型之再-實_之顿式電子裝置丨之俯視 圖。顯示畫面12G包含調整桿_。調整桿佩係可為調 M364903 整手持式電子裝置1的音量或是螢幕亮度等的介面。調整 桿408上每一個數值所對應之位置，均可視為一選項。於 本實施例中，電極32可用以感測旋轉輸入之形式的使用者 觸控輸入141，亦即使用者可藉由如手指或是觸控筆，在 觸控板14上進行旋轉409，電極32感測後，控制模組18 進一步根據旋轉輸入之形式之使用者觸控輸入141控制調 整桿之位移方向411，以切換於各不同的選項（即前述之 數值）間。須注意的是，本實施例中，控制模組18係根據 旋轉輸入控制調整桿408沿直線位移，如第4C圖所示，旋 轉409係為往右之半弧形，因此調整桿408將直線向右位 移。而電極32亦可用以感測按壓輸入之形式的使用者觸控 輸入141，亦即使用者可藉由如手指或是觸控筆，在觸控 板14上進行垂直觸控板14的按壓動作，以在調整桿408 位移到其中一選項時，由控制模組18根據按壓輸入之形式 的使用者觸控輸入141控制調整桿408而對選項進行選擇。 控制按鍵16係可包含數字鍵及功能鍵，以進行數字、 文字之輸入或是直接進行功能之控制，其數量於其他實施 例中，可因應不同的需求而進行調整，而不為上述之實施 例之圖式繪示之數目所限制。前述之觸控式輸入介面具有 視覺上直觀、可直接位移至顯示螢幕上想操縱的部份的優 點，然而在觸控敏感度上，易因電極之設計不同而增加操 作上的困難度，而控制按鍵16較無敏感度的問題，係直接 按壓即可進行輸入。因此，本新型之手持式電子裝置，在 結合觸控式及按鍵式的輸入介面後，將可兼具兩者的優 點，而使使用者在操作上更加便利。 8 M364903 雖然本新型已以實施方式揭露如上，然其並非用以限 定本新型，任何熟習此技藝者，在不脫離本新型之精神和 範圍内，當可作各種之更動與潤飾，因此本新型之保護範 圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 為讓本新型之上述和其他目的、特徵、優點與實施例 能更明顯易懂，所附圖式之說明如下： 第1圖係為本新型之一實施例之手持式電子裝置之俯 視圖， 第2圖係為本新型之一實施例之手持式電子裝置之方 塊圖， 第3圖係為本新型之一實施例中之觸控板之側剖面 圖， 第4A圖係為本新型之一實施例中之手持式電子裝置 之俯視圖， 第4B圖係為本新型之另一實施例中之手持式電子裝 置之俯視圖；以及 第4C圖係為本新型之再一實施例中之手持式電子裝 置之俯視圖。 10 :主機 101 :應用程式 12 :顯示螢幕 【主要元件符號說明】 1 :手持式電子裝置 100 :儲存模組 102 :表面 M364903 . 120 :顯示晝面 140 :内部區域 16 :控制按鍵 18 :控制模組 32 :電極 400 :游標 . 402、406 :選項 404 :選擇框 408 :調整桿 14 :觸控板 141 :使用者觸控輸入 161 :按鍵輸入 30 :電極層 34 :鏤空部份 401 :徑向移動 403、407、411 :位移方向 405、409 :旋轉In another embodiment, the control item is a selection box. Please refer to FIG. 4B for a top view of the handheld electronic device 1 of another embodiment of the present invention. Display facet 120 includes an option 406 and a selection box 404. In the present embodiment, the 'electrode 32 can be used to sense the user's touch input 141 in the form of a rotary input', that is, the user can rotate 405 on the touchpad 14 by means of a finger or a stylus, the electrode After sensing 32, the control module 18 further controls the displacement direction 407 of the selection frame 404 according to the user touch input 141 in the form of a rotation input to switch between the different options 406. It should be noted that, in this embodiment, the control module 18 is linearly displaced according to the rotation input control selection frame 404. As shown in FIG. 4B, the rotation 405 is an upward semi-arc, so the selection frame 404 will straighten the line. Displace upwards. The electrode 32 can also be used to sense the user's touch input 141 in the form of a press input, that is, the user can press the vertical touch panel 14 on the touch panel 14 by using, for example, a finger or a stylus. When the selection box 4〇4 is shifted to the bean option 406, the control module 18 controls the selection box 404 according to the user touch input 141 in the form of a press input to select the option 4〇6. In still another embodiment, the control object is an adjustment rod. Please refer to the 4C = ' is a top view of the new type of re- _ _ _ _ electronic device 丨. The display screen 12G includes an adjustment lever _. The adjustment lever can be used to adjust the volume of the M364903 hand-held electronic device 1 or the brightness of the screen. The position corresponding to each value on the adjustment lever 408 can be regarded as an option. In this embodiment, the electrode 32 can be used to sense the user's touch input 141 in the form of a rotary input, that is, the user can rotate 409 on the touch panel 14 by using a finger or a stylus. After the sensing, the control module 18 further controls the displacement direction 411 of the adjustment lever according to the user touch input 141 in the form of a rotation input to switch between different options (ie, the aforementioned values). It should be noted that, in this embodiment, the control module 18 controls the adjustment rod 408 to linearly shift according to the rotation input. As shown in FIG. 4C, the rotation 409 is a semi-curve to the right, so the adjustment rod 408 will be a straight line. Shift to the right. The electrode 32 can also be used to sense the user's touch input 141 in the form of a press input, that is, the user can press the vertical touch panel 14 on the touch panel 14 by using, for example, a finger or a stylus. When the adjustment lever 408 is displaced to one of the options, the control module 18 controls the adjustment lever 408 according to the user touch input 141 in the form of a press input to select an option. The control button 16 can include numeric keys and function keys for digital or text input or direct function control. The number of other buttons can be adjusted according to different requirements in other embodiments, instead of being implemented as described above. The number of illustrations is limited by the number of illustrations. The touch input interface described above has the advantages of being visually intuitive and directly shiftable to the portion of the display screen that is desired to be manipulated. However, in terms of touch sensitivity, it is easy to increase the operational difficulty due to the design of the electrodes. The control button 16 has a less sensitive problem and can be input by directly pressing. Therefore, the handheld electronic device of the present invention, when combined with the touch-type and push-button input interfaces, can combine the advantages of both, thereby making the user more convenient in operation. 8 M364903 Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Any one skilled in the art can make various changes and retouchings without departing from the spirit and scope of the present invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the above and other objects, features, advantages and embodiments of the present invention more obvious, the description of the drawings is as follows: Figure 1 is a hand-held embodiment of the present invention. FIG. 2 is a block diagram of a handheld electronic device according to an embodiment of the present invention, and FIG. 3 is a side cross-sectional view of the touch panel in an embodiment of the present invention, FIG. 4A A top view of the handheld electronic device in one embodiment of the present invention, FIG. 4B is a plan view of the handheld electronic device in another embodiment of the present invention; and FIG. 4C is a still further embodiment of the present invention A top view of the handheld electronic device in the middle. 10: Host 101: Application 12: Display Screen [Main Component Symbol Description] 1: Handheld Electronic Device 100: Storage Module 102: Surface M364903. 120: Display Face 140: Internal Area 16: Control Button 18: Control Mode Group 32: Electrode 400: Cursor. 402, 406: Option 404: Selection Box 408: Adjustment Rod 14: Trackpad 141: User Touch Input 161: Button Input 30: Electrode Layer 34: Hollow Portion 401: Radial Movement 403, 407, 411: displacement direction 405, 409: rotation