201039208 六、發明說明： ' 【發明所屬之技術領域】 ' 本發明涉及手持式設備，尤其涉及一種觸控式手持設 備及其顯示選項的方法。 【先前技術】 手持式設備，如手機、個人數位助理等，因其具備之 通訊、上網、娛樂、曰歷及備忘錄等功能，在人們生活中 越來越普及。為方便使用者操作，通常手持式設備設計了 複數選項，供使用者選擇需要之功能或操作。使用者若需 0 使用某項功能，只需找到對應的選項並選擇即可。 通常手持式設備的選項在顯示螢幕上固定顯示，例 如，整個螢幕以九宮格的方式顯示9個選項。如此，對於 觸控式手持設備而言，因選項分佈區域較大，使用者較難 進行單手操作，此外，使用者的手指需不停的彎曲與伸直。 這些都給使用者的操作帶來了不便。 【發明内容】 有鑒於此，需提供一種觸控式手持設備，可方便使用 者單手使用。 此外，還需提供一種觸控式手持設備的選項顯示方法。 〇 本發明實施方式中的觸控式手持設備，包括顯示模 組、偵測模組及用戶介面系統模組。顯示模組用於顯示晝 面，並接收使用者在該顯示模組上的輸入，該輸入包括滑 動輸入。偵測模組用於偵測該滑動輸入，記錄該滑動輸入 之區域訊息’並根據該滑動輸入判斷該滑動輸入是否為選 項顯示命令。用戶介面系統模組用於在該滑動輸入為選項 顯示命令時，根據該顯示模組顯示的當前畫面，控制該顯 示模組在該滑動輸入之區域顯示與該當前晝面有關之選 項。 本發明實施方式中的觸控式手持設備的選項顯示方 201039208 法，包括偵測使用者之滑動輸入，記錄該滑動輸八之—土 訊息；根據該滑動輸入判斷該滑動輸入是否為遽頊顯不: 令，若為選項顯示命令，發送該選項顯示命令及忒β動剧 入之區域訊息至用戶介面系統模組；及根據顯系模3顯： 的當前晝面，控制該顯示模組在該滑動輸入之區威顯不 該當前晝面有關之選項。 【實施方式】 參閱圖1，所示為本發明一實施方式中觸搾式手 備1〇之模組圖。該觸控式手持設備1〇包括觸搀式的手黎 個人數位助理及數位相機等，使用者可經由夺招戒觸控章 對觸控式手持設備1。進行操作。在本實施方以，觸^ 手持設備10包括顯示模組100、偵測模組11〇及伟戶"面 系統模組120。 ' 顯示模組100用於顯示晝面，其包括顯禾螢茶1〇U 對應的驅動控制子模組1〇10。在本實施方式中，難不蛍綦 1000為觸控式顯示螢幕，使用者可在顯示螢I 之^ 面輸入訊號，從而操作觸控式手持設備1(^因而，顯不= 幕1000用於顯示晝面，接收使用者的輸入，该輸八包=滑 動輸入及點擊輸入。驅動控制子模組1010用於癱動在控制 顯示螢幕1000顯示晝面。 Ο 偵測模組110與顯示模組1〇〇相連，用於偵測使用者 在顯不模組100上之輸入，並記錄輸入之位置訊息。在， 實施方式中’偵測模組110用於偵測使用者在顯示 上之滑動輸入，記錄該滑動輸入之區域訊息，、2 動輸入判斷該滑動輸入是否為選項顯示命令，及4 3:滑 顯示命令’發送選項顯示命令及滑動輸人之 戶介面系統模，組120。該滑動輸入之區域訊息包“；： 輸入之區域之座標。偵測模組110根據滑動輸入=二動 4，特別是滑動輪人之區域之座標，判斷滑動 5 績，來判斷滑動輸入是否為選項顯示命令。當滑動g入= 201039208 • 續時，即該滑動輸入從頭至尾無間斷時，偵測模組110判 斷滑動輸入為選項顯示命令。 - 在本實施方式中，偵測模組110包括電容式偵測器， 在另一實施方式中，偵測模組110也可包括電阻式偵測 器。在本實施方式中，選項顯示命令對應的滑動輸入係從 顯示螢幕1000的四個側邊中的一側邊滑動到另一側邊，例 如，對於習慣右手的使用者而言，該滑動輸入可從下側邊 至右側邊，也可從左側邊至右側邊。從而，偵測模組110 可根據滑動輸入之區域是否從一侧邊至另一側邊判斷是否 為選項顯示命令。然，值得注意的是，選項顯示命令對應 ο 的滑動輸入並不侷限於此，其可根據不同的需要有不同的 設計，例如，也可對應超過一定距離的滑動輸入。 用戶介面系統模組120與偵測模組110及顯示模組100 相連，用於在滑動輸入為選項顯示命令時，接收選項顯示 命令及滑動輸入之區域訊息，並根據顯示模組100顯示的 當前畫面，控制顯示模組100在滑動輸入之區域顯示與當 前畫面有關之選項。在本實施方式中，根據顯示模組100 顯示的不同當前畫面，用戶介面系統模組120控制顯示模 組100在滑動輸入之區域顯示不同的有關之選項。例如， Q 顯示模組100顯示的當前晝面為待機晝面，用戶介面系統 模組120會控制顯示模組100在滑動輸入之區域顯示與待 機晝面有關之常用選項，如通訊錄、簡訊、音樂等，該等 常用選項可由使用者設定。若顯示模組100顯示的當前晝 面為一張照片，用戶介面系統模組120會控制顯示模組100 在滑動輸入之區域顯示與該張照片有關之操作選項，如新 增、刪除、放大及縮小等。用戶介面系統模組120根據顯 示模組100顯示的當前晝面控制顯示模組100在滑動輸入 之區域顯示與當前畫面有關之選項，可由製造者或使用者 根據需要而設定。 在本實施方式中，用戶介面系統模組120根據顯示模 6 201039208 • 組100顯示的當前晝面控制顯示模組100在滑動輸入之區 ' 域顯示與當前晝面有關之常用選項。在本發明之另一實施 . 方式中，用戶介面系統模組120根據顯示模組100顯示的 當前晝面控制顯示模組100在滑動輸入之區域顯示與當前 晝面有關之所有選項。由於該滑動區域空間有限，且所有 選項的數目可能較多，用戶介面系統模組120可控制顯示 模組100在滑動輸入之區域循環顯示所有選項，或根據滑 動輸入之區域訊息調整所有選項的大小，然後控制顯示模 組100在滑動輸入之區域顯示調整後的所有選項。 圖2所示為顯示模組100之顯示螢幕1000在滑動區域 〇 顯示選項的示意圖。假如觸控式手持設備ίο的使用者習慣 使用右手，且選項顯示命令對應的滑動輸入之區域為從顯 示螢幕1000的下側邊至右側邊，如圖中虛線所示區域，用 戶介面系統模組120會控制顯示模組100在虛線區域顯示 複數選項20。 圖3所示為本發明一實施方式中觸控式手持設備10的 選項顯示方法。在步驟S3O0，顯示模組100顯示畫面。此 時，若使用者想要觸控式手持設備10顯示與當前晝面有關 之選項，其可在顯示模組100之顯示螢幕1000上進行滑動 Q 輸入。在步驟S302,偵測模組110偵測使用者的滑動輸入， 並記錄滑動輸入的區域訊息。在本實施方式中》滑動輸入 之區域訊息包括滑動輸入之區域之座標。在步驟S304，偵 測模組110根據滑動輸入判斷滑動輸入是否為選項顯示命 令。在本實施方式中，偵測模組110根據該滑動輸入之區 域訊息判斷該滑動輸入是否連續來判斷滑動輸入是否為選 項顯示命令。若滑動輸入連續，則偵測模組110判斷該滑 動輸入為選項顯示命令。 若偵測模組110判斷滑動輸入為選項顯示命令，在步 驟S306，偵測模組110發送選項顯示命令及滑動輸入之區 域訊息至用戶介面系統模組120。 7 201039208 • 在步驟S308,用戶介面系統模組120根據顯示模組100 — 顯示的當前晝面，控制顯示模組100在滑動輸入之區域顯 - 示與當前晝面有關之選項，以供使用者選擇。在本實施方 式中，用戶介面系統模組120根據顯示模組100顯示的當 前畫面控制顯示模組100在滑動輸入之區域顯示與當前晝 面有關之常用選項。在本發明之另一實施方式中，用戶介 面系統模組120根據顯示模組100顯示的當前晝面控制顯 示模組100在滑動輸入之區域顯示與當前畫面有關之所有 選項。由於該滑動區域空間有限，且所有選項的數目可能 較多，用戶介面系統模組120可控制顯示模組100在滑動 ο 輸入之區域循環顯示所有選項，或根據滑動輸入之區域訊 息調整所有選項的大小，然後控制顯示模組100在滑動輸 入之區域顯示調整後的所有選項。 若偵測模組110判斷滑動輸入不是選項顯示命令，則 在步驟S310，偵測模組110通知用戶介面系統模組120進 行相應處理。 使用者利用本實施方式中的觸控式手持設備10及其 選項顯示方法，可用單手的某個手指在觸控式手持設備10 上滑動輸入，使觸控式手持設備10在滑動輸入之區域顯示 Q 選項，方便使用者單手使用。此外，使用者的手指無需進 行大幅度的彎曲及伸展，只要輕鬆的上下移動即可，因而 方便使用者操作。 綜上所述，本發明符合發明專利要件，爰依法提出專 利申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本案發明精神所作之等效修 飾或變化，皆應包含於以下之申請專利範圍内。 【圖式簡單說明】 圖1為本發明一實施方式中觸控式手持設備的模組 圖。 圖2為本發明一實施方式中觸控式手持設備在滑動輸 8 201039208 入之區域顯示選項的示意圖。 圖3為本發明一實施方式中觸控式手持設備的選項顯 不方法的流程圖。 【主要元件符號說明】 觸控式手持設備 10 顯示模組 100 顯示螢幕 1000 驅動控制子模組 1010 偵測模組 110 用戶介面系統模組 120 選項 20 9201039208 VI. Description of the Invention: 'Technical Fields of the Invention>> The present invention relates to a handheld device, and more particularly to a touch handheld device and a method for displaying the same. [Prior Art] Handheld devices, such as mobile phones and personal digital assistants, are becoming more and more popular in people's lives because of their functions such as communication, Internet access, entertainment, calendar and memo. For the convenience of the user, the handheld device is usually designed with a plurality of options for the user to select the desired function or operation. If the user wants to use a function, just find the corresponding option and select it. Usually the options for the handheld device are fixed on the display screen. For example, the entire screen displays nine options in a nine-square grid. Thus, for a touch-type handheld device, the user has difficulty in one-handed operation due to the large distribution area of the options, and the user's fingers need to be constantly bent and straightened. These all bring inconvenience to the user's operation. SUMMARY OF THE INVENTION In view of the above, it is desirable to provide a touch-type handheld device that is convenient for a single-handed use by a user. In addition, there is a need to provide an option display method for a touch-sensitive handheld device. The touch-type handheld device in the embodiment of the present invention includes a display module, a detection module, and a user interface system module. The display module is used to display the surface and receive input from the user on the display module, the input including a sliding input. The detecting module is configured to detect the sliding input, record the area information of the sliding input, and determine whether the sliding input is an option display command according to the sliding input. The user interface system module is configured to control, according to the current screen displayed by the display module, the display module to display an option related to the current face in the area of the sliding input when the sliding input is an option display command. The option display method 201039208 of the touch-type handheld device in the embodiment of the present invention comprises: detecting a sliding input of the user, recording the soil information of the sliding input, and determining whether the sliding input is a display according to the sliding input No: If the command is displayed for the option, send the option to display the command and the zone information to the user interface system module; and control the display module according to the current face of the display mode: The area of the sliding input should not be related to the current options. [Embodiment] Referring to Fig. 1, there is shown a block diagram of a touch-type handpiece 1 according to an embodiment of the present invention. The touch-type handheld device 1 includes a touch-sensitive hand-held personal digital assistant and a digital camera, etc., and the user can access the touch-type handheld device 1 by means of a trick or a touch. Take action. In the embodiment, the touch device 10 includes a display module 100, a detection module 11 and a Weihu " surface system module 120. The display module 100 is used to display the kneading surface, which includes the drive control sub-module 1〇10 corresponding to the display of the fire tea. In the present embodiment, it is difficult for the user to display the signal on the display surface of the display device, thereby operating the touch-type handheld device 1 (^ thus, the display is not used The display panel receives the input of the user, and the input packet is the slide input and the click input. The drive control sub-module 1010 is used to display the display screen on the control display screen. 侦测 The detection module 110 and the display module 1〇〇 is connected to detect the user's input on the display module 100, and record the input location information. In the embodiment, the detection module 110 is configured to detect the user's sliding on the display. Input, record the area information of the sliding input, 2 dynamic input to determine whether the sliding input is an option display command, and 4 3: slide display command 'send option display command and slide input user interface system mode, group 120. Sliding the input area message packet ";: the coordinates of the input area. The detection module 110 determines whether the sliding input is an option according to the sliding input = two movements 4, especially the coordinates of the area of the sliding wheel person, judging the sliding 5 performance. display When the sliding g input = 201039208 • continues, that is, the sliding input is uninterrupted from beginning to end, the detecting module 110 determines that the sliding input is an option display command. In the embodiment, the detecting module 110 includes a capacitor. In another embodiment, the detection module 110 can also include a resistive detector. In this embodiment, the sliding input corresponding to the option display command is from the four sides of the display screen 1000. One side slides to the other side, for example, for a user who is used to the right hand, the sliding input can be from the lower side to the right side, or from the left side to the right side. Thus, the detecting module 110 According to whether the area of the sliding input is from one side to the other side, it is judged whether it is an option display command. However, it is worth noting that the sliding input of the option display command corresponding to ο is not limited thereto, and may be different according to different needs. There are different designs, for example, corresponding to a sliding input exceeding a certain distance. The user interface system module 120 is connected to the detection module 110 and the display module 100, and is used for displaying the life in the sliding input. Receiving the option display command and the area information of the sliding input, and controlling the display module 100 to display an option related to the current screen in the area of the sliding input according to the current screen displayed by the display module 100. In the present embodiment, according to the display The user interface system module 120 controls the display module 100 to display different related options in the area of the sliding input. For example, the current display of the Q display module 100 is a standby screen, and the user The interface system module 120 controls the display module 100 to display common options related to the standby screen in the area of the sliding input, such as an address book, a text message, a music, etc., and the common options can be set by the user. The current page is a photo, and the user interface system module 120 controls the display module 100 to display the operation options related to the photo in the area of the sliding input, such as adding, deleting, zooming in and out. The user interface system module 120 controls the display module 100 to display an option related to the current screen in the area of the sliding input according to the current face display displayed by the display module 100, which can be set by the manufacturer or the user as needed. In the present embodiment, the user interface system module 120 controls the display module 100 to display the common options related to the current page in the area of the sliding input area according to the display mode of the display module 6 201039208 • the group 100. In another implementation manner of the present invention, the user interface system module 120 displays all options related to the current face in the area of the sliding input according to the current face control display module 100 displayed by the display module 100. Since the sliding area is limited in space and the number of all options may be large, the user interface system module 120 can control the display module 100 to cyclically display all options in the area of the sliding input, or adjust the size of all options according to the area information of the sliding input. Then, the display module 100 is controlled to display all the adjusted options in the area of the sliding input. 2 is a schematic diagram showing the display options of the display screen 100 of the display module 100 in the sliding area. If the user of the touch-type handheld device ίο is accustomed to using the right hand, and the area corresponding to the sliding input corresponding to the option display command is from the lower side to the right side of the display screen 1000, as shown by the dotted line in the figure, the user interface system module 120 will control display module 100 to display complex option 20 in the dashed area. FIG. 3 is a diagram showing an option display method of the touch-type handheld device 10 according to an embodiment of the present invention. In step S3O0, the display module 100 displays a screen. At this time, if the user wants the touch-enabled handheld device 10 to display an option related to the current face, it can perform a sliding Q input on the display screen 1000 of the display module 100. In step S302, the detecting module 110 detects the sliding input of the user and records the area information of the sliding input. In the present embodiment, the area information of the sliding input includes the coordinates of the area of the sliding input. In step S304, the detection module 110 determines whether the sliding input is an option display command based on the sliding input. In the embodiment, the detecting module 110 determines whether the sliding input is continuous according to the area information of the sliding input to determine whether the sliding input is an option display command. If the sliding input is continuous, the detecting module 110 determines that the sliding input is an option display command. If the detecting module 110 determines that the sliding input is an option display command, in step S306, the detecting module 110 sends an option display command and a sliding input area information to the user interface system module 120. 7 201039208 • In step S308, the user interface system module 120 controls the display module 100 to display an option related to the current face in the area of the sliding input according to the current face displayed by the display module 100 for the user. select. In the present embodiment, the user interface system module 120 displays the common options related to the current screen in the area of the sliding input according to the current screen control display module 100 displayed by the display module 100. In another embodiment of the present invention, the user interface system module 120 controls the display module 100 to display all options related to the current screen in the area of the sliding input according to the current face displayed by the display module 100. Since the sliding area has limited space and the number of all options may be more, the user interface system module 120 can control the display module 100 to cyclically display all options in the area of the sliding ο input, or adjust all options according to the area information of the sliding input. The size then controls the display module 100 to display all of the adjusted options in the area of the sliding input. If the detecting module 110 determines that the sliding input is not the option display command, the detecting module 110 notifies the user interface system module 120 to perform corresponding processing in step S310. The user can use the touch-type handheld device 10 and the option display method thereof in the embodiment to slide the input on the touch-type handheld device 10 with a finger of one hand, so that the touch-type handheld device 10 is in the area of the sliding input device. The Q option is displayed for easy one-handed use. In addition, the user's fingers do not need to be greatly bent and stretched, and can be easily moved up and down, thereby facilitating the user's operation. In summary, the present invention complies with the requirements of the invention patent and submits a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art of the present invention should be included in the following claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram of a touch-type handheld device according to an embodiment of the present invention. 2 is a schematic diagram of an area display option of a touch-type handheld device in a sliding input mode according to an embodiment of the present invention. FIG. 3 is a flowchart of an option display method of a touch-type handheld device according to an embodiment of the present invention. [Main component symbol description] Touch handheld device 10 Display module 100 Display screen 1000 Drive control sub-module 1010 Detection module 110 User interface system module 120 Options 20 9