201003482 九、發明說明： 【發明所屬之技術销域j 本發明是有Μ於—種4面職控髓術，制是有關於 一種根據接觸區域内所顯示之可啟動物件之數 目來縮放畫 面之晝面縮放控制系統、其方法、及其電腦可讀取之儲存媒 體。 ' 【先前技術】 目前，可攜式裴置的應用越來越普遍，其執行之程式或 功能也越來越多，因此操作介面也越來越受重視。例如手 機、個人數位助理或智慧型手機，初期的機型由於功能較為 簡單，因此其操作介面大多使用按鍵組，其大多包含十字鍵 或是數字鍵。然而，當執行的功能或程式越來越複雜時，上 述的按鍵組已不敷使用。因此，目前高階的可攜式裝置係配 置操作滾輪(jog wheel)、觸控式螢幕或熱鍵(hot key)來搭 配，以供使用者選擇及執行程式或功能。其中，觸控式螢幕 由於可兼顧顯示及操作功能，因此越來越多可攜式裝置使用 觸控式螢幕。 然而，當使用者徒手操作觸控式螢幕，往往因為手指的 接觸區域較大而無法準確地點擊到顯示畫面上的單一物 件，因此容易同時啟動多個物件或是無法啟動物件，造成使 用者困擾。 【發明内容】 有鑑於上述習知技藝之各項問題，本發明之目的就是在 5 201003482 提供種晝面縮放控制系統、其方法、及其電腦可讀取之儲 存媒體，以解決提高使用者徒手操控畫面縮放之便利性。 根據本發明之目的，提出一種晝面縮放控制系統，用以 控制一畫面之縮放，該晝面縮放控制系統包含一觸控單元及 一處理單元。觸控單元係偵測一物體於觸控單元之接觸，並 產生一包含一接觸區域之偵測訊號。處理單元係接收此偵測 矾號，並判斷晝面中對應此接觸區域之範圍是否顯示複數個 可被啟動之物件，並根據判斷結果來縮放 (zoom in/out)此 畫面。 其中’縮放控制單元判斷晝面中對應接觸區域之範圍係 顯示複數個可被啟動之物件時，則縮放控制單元係放大 (zoom in)畫面。 其中，縮放控制單元判斷晝面中對應接觸區域之範圍係 僅顯示一可被啟動之物件時，則縮放控制單元係啟動此物 件。 其中，可被啟動之物件係為一超連結物件、一檔案夾物 件、一檔案物件或一選單物件。 此外，本發明更提出一種晝面縮放控制方法，用以控制 —晝面之縮放，此畫面縮放控制方法包含下列步驟。首先， 提供一觸控單元，接著，偵測一物體於觸控單元之接觸，並 產生一包含一接觸區域之偵測訊號。繼之，判斷此畫面中對 應此接觸區域之範圍是否顯示複數個可被啟動之物件，若晝 面中對應此接觸區域之範圍係顯示複數個可被啟動之物件 時，放大（zoom in )此晝面。 其中，此方法更包含若晝面中對應該接觸區域之範圍係 6 201003482 僅顯件。 件、-檔案物件或-選單::為-超連結物件、-檔案夾物 此外，本發明更提出一種 -電腦程式’此電腦程式用以载入一電二：子媒體，儲存 顯示單元，顯示單元用以顯示觸控單元及-含下列步驟。首先，_—缝:L控制方法包 -包含-接觸區域之债測訊號。接著Γ判f產生 區域之範圍是否顯示複數個可被啟動之二:== =觸區域之範_顯示複數個可被啟動之物件時，放大此 _其%==更包含若晝面中對應該接觸區域之範Μ 僅顯不-可被啟動之物件時，則啟動此物件。叹粑圍係 其中，可被啟動之物件係為—峡結 件、一檔案物件或一選單物件。 彳曰案夹物 【實施方式】 請參閱第1圖，其係為本發明之書 施例之方塊圖。圖中’晝面縮放控制系統係應;於 電子裝置，例如個人數位助理、筆記型電腦或手機，；= 電子裝置1包含-顯示單、一處理單元12、 : 元U、-觸控單元14及一縮放控制單元15。顯示單元子= 係顯示-晝面(frame)111，而儲存單元13係儲存處 所執行之應用程式131 ’處理單元12係從儲存單元η讀取 11 ^ 201003482 按紐物件、視窗物件、，體物件、影像物件、 檔案央圖示物件、二圖連、;物件或圖示物件(如 U4，例如’僅做顯- 物件113及不可被啟動之物件 為不可被啟動物ίφ =-用的文字物件、影像物件或多媒體 物株、蘭一铷此 不使用者無法觸發此類物件；超連結 不 及按鈕物件則為可被啟動之物件，即使用者 觸發此類物件後應用程式131會啟動特定功能，以 用者之互動。 ' 觸控單7L U制貞測—物體於觸控單元丨4之接觸並產生 一包含一接觸區域142之侧訊號14卜此物體可為使用者 之手指或一觸控筆。縮放控制單元15係接㈣測訊號14卜 並判斷畫面111中對應接觸區域142之範圍是否顯示複數個 可被啟動之物件，並根據判斷結果來縮放 (zoom in/out)畫 面11卜 ~ 請續參閱第2圖及第4圖，其係繪示第一實施例之操作 不意圖。圖中，係以可攜式電子裝置瀏覽網頁為舉例。在第 2圖中’可攜式電子打！之晝面ηι顯示—每日新聞網 頁，此網頁係包含一顯示，，每日新聞網頁，，之文字元件，其為 不可啟動之元件114 ;以及複數個新聞超連結元件，其為可 啟動之兀件113，使用者可點擊新聞超連結元件以連結到一 内容網頁。由於網頁中的元件較多，且其顯示尺寸較小，所 以當使用者欲徒手點擊新聞超連結元件時，往往會接觸到多 201003482 個可啟動之元件113，如第2圖所示，接觸區域142係多少 涉及體育新聞3、體育新聞4、體育新聞5、影藝新聞4及影 藝新聞5等五個可啟動之元件113，若處理單元12不做择何 動作或是啟動這五個新聞超連結元件，都會對使用者造成® 擾。 因此，若縮放控制單元15判斷畫面U1中對應接觸區 域142之範圍係顯示複數個可被啟動之物件113時，則縮放 控制單元15係依—預設比例來放大（zoom in)畫面111， 例如每一次放大係將晝面U1放大1〇%。縮放控制單元15 係傳送一晝面放大指令至處理單元丨2，以控制處理單元12 進行晝面放大之動作，晝面ln放大後如第3圖所示。其中， 晝面放大方式較佳的是以接觸區域M2之中心點為參考點來 放大畫面。 若縮放控制單元15判斷畫面η!中對應接觸區域 之範圍係僅顯示一可被啟動之物件113時，則縮放控制單、 15係啟動此物件113，如第4圖所示，體育新聞4的内容 、 頁會被連結開啟而顯示於晝面111上。藉由放大晝面，讓螂 用者更容易點選到物件，進而解決在可攜式裝置上不容易便 複雜晝面做操控的缺點。 鮮 藉由上述内谷，使用者單擊(one click)觸控單元14 放大複雜的晝面，因此使用者多次單擊觸控單元14直圩 面上的元件大小適合操作。此外，使用者亦可持續接觸= 导元14，g細放控制单元15判斷物體持續接觸觸控單元< 且畫面111中對應接觸區域M2之範圍係顯示複數個可^14 動之物件113時，則縮放控制單元15可持續放大畫面丨丨1後 9 201003482 直到物體接觸觸控單元14或是縮放控制單元15判斷晝面 111中對應接觸區域142之範圍係僅顯示一可被啟動之物件 113時，縮放控制早元15便停止放大晝面111，接著使用者 可再一次單擊畫面111上的物件113以啟動此物件113。 此外，當縮放控制單元15更可判斷物體是否雙擊觸控 單元14，當物體雙擊觸控單元14時，則縮放控制單元15 係縮小（zoom out)晝面U1或是恢復畫面111至原本尺寸。 縮放控制單元15較佳的是以處理器執行一相關程式的 軟體方式來實現。觸控單元14較佳的是一電阻式觸控模組 或是一電容式觸控模組，且觸控單元14較佳的是與顯示單 元11整合成一觸控式螢幕。 請參閱第5圖，其係為本發明之晝面縮放控制系統之第 二實施例之方塊圖。在此實施例中，晝面縮放控制系統係應 用於一智慧型手機。圖中，智慧型手機2包含一顯示螢幕 21、一處理器22、一記憶體23、一觸控模組24及—無線通 訊模組29。記憶體23係至少儲存一作業系統231、二網^ 瀏覽程式232、一播放程式235及複數個多媒體檔案。 處理器22係執行作業系統231以控制及管理可攜式無線上 網裝置之資源，並提供一使用者介面讓使用者可操作可捭 無線上崎置，並使處理器22可载人及執行其他應用^ 來提供服務。顯示螢幕21係顯示使用者介面之晝面 使用者透過使用者介面啟動網頁劉覽功能時，[理^ 2 2°二 入並執行網頁瀏覽程式232’以控制無線通訊模組μ與—伺 服器建立連線’從此伺服器下載網頁資料。以使用這^邀 覽郵件信箱為例，處㈣22根據所下載的郵件信箱網頁資 201003482 =:=;Π:212’並將其顯示於畫面 個文字物件加及複數尸=包含複數 件214具有時間參數:件連^勿件214，且郵件連結物 像212時，處理写〜此’在產生或更新郵件信箱網頁影 作排序，且^^ 據時間參數對郵件連結物件214 序後於晝面2H 式234記錄每一郵件連結物件214排 ^ 上的顯不位置及顯示區域。 生一 貞Γ—物體於觸控模組24之接觸並產 頁劇覽程式之偵測訊號241’處理器22執行網 件214之番縮放控制函式234’將每一郵件連結物 判斷接觸顯示區域與接觸區域242進行比對，以 满接職域24是否涉及複數個郵件連結物件214,若是， 則放大郵件信箱網頁影像212,並更新每-郵件連結物件214 之顯7F位置及顯示區域。若接觸區域24僅涉及— 物件214,則處理器22從此伺服器下載對應此郵件連妹物; ^^:心郵件纖麟21以本尺寸來 此外，作業系統231視需要可内建一縮放控制程式 233，以服務無縮放控制函式之應用程式。例如，當使用者 透過使用者介面啟動多媒體播放功能時，處理器载入並 執行播放程式235，以讀取並播放多媒體檔案236，並產生 播放’I面影像215顯示於晝面211中。播放介面影像215 係包g至少一多媒體物件216及至少一選項物件217。多媒 體物件216包含影片選單（menu)之選項，例如dvd影片所 顯示的預設選單的章節選項，而選項物件217包含操作元 11 201003482 件，例如播放按鈕、快轉按叙或倒 縮放控制函式，不會執行卜、+. 職㈣4 #放程式無 如可取得所放控制，而由於作業系統 二因書=用作業系統fl中内建的二 了; 之縮放’如第6 ®所示*晝轉放之判斷方式 與上述實施例相同，故此不再贅述。 工 明參閱第7 ®，其係為本發明之晝轉放控制方法 施例之步驟流程圖。此方法係用以控制電子裝置所顯示之金 面之縮放，而晝面上係顯示由複數個物件㈣所組成的^ 面影像’而此些物件大致上可分類為可被啟動之物件及不可 被啟動之物件。可被啟動之物件較佳為一超連結物件、一檔 案夾物件、-檔案物件或-選單物件。圖中，此畫面縮放^ 制方法包含下列步驟。首先，在步驟S1，提供一觸控單元二201003482 IX. Description of the invention: [Technical sales field of the invention] The present invention is directed to a four-faceted control system for scaling a picture according to the number of startable objects displayed in the contact area. The face zoom control system, its method, and its computer readable storage medium. [Prior Art] At present, the application of portable devices is becoming more and more common, and the programs or functions they perform are more and more, so the operation interface is getting more and more attention. For example, mobile phones, personal digital assistants or smart phones, the initial models are relatively simple, so most of their operating interfaces use button sets, which mostly contain cross keys or numeric keys. However, when the functions or programs executed are more and more complicated, the above-mentioned button group is no longer usable. Therefore, currently high-end portable devices are equipped with a jog wheel, a touch screen or a hot key for the user to select and execute a program or function. Among them, the touch screen uses a touch screen for more and more portable devices because of the combination of display and operation functions. However, when the user operates the touch screen by hand, the contact area of the finger is large, and the single object on the display screen cannot be accurately clicked, so that it is easy to start multiple objects at the same time or the object cannot be activated, causing trouble to the user. . SUMMARY OF THE INVENTION In view of the above problems of the prior art, the object of the present invention is to provide a face zoom control system, a method thereof, and a computer readable storage medium thereof at 5 201003482 to solve the problem of improving the user's freehand. Control the convenience of screen zooming. In accordance with the purpose of the present invention, a face zoom control system for controlling zooming of a picture is provided. The face zoom control system includes a touch unit and a processing unit. The touch unit detects contact of an object with the touch unit and generates a detection signal including a contact area. The processing unit receives the detection nickname and determines whether a range of the contact area corresponding to the contact area displays a plurality of objects that can be activated, and zooms in/out according to the judgment result. Where the zoom control unit determines that the range of the corresponding contact area in the face is a plurality of objects that can be activated, the zoom control unit zooms in the picture. Wherein, the zoom control unit determines that the range of the corresponding contact area in the face is only an object that can be activated, and the zoom control unit activates the object. The object that can be activated is a hyperlink object, a file folder object, a file object or a menu item. In addition, the present invention further provides a face zoom control method for controlling zooming of the face, the screen zoom control method comprising the following steps. First, a touch unit is provided, and then an object is detected in contact with the touch unit, and a detection signal including a contact area is generated. Then, it is judged whether the range corresponding to the contact area in the picture displays a plurality of objects that can be activated, and if the range corresponding to the contact area in the face shows a plurality of objects that can be activated, zoom in Picture. Among them, this method also includes the range of the corresponding contact area in the facet. , -Archive item or - Menu:: is - Hyperlink object, - File folder In addition, the present invention further proposes a - computer program 'This computer program is used to load a battery 2: sub-media, storage display unit, display The unit is used to display the touch unit and includes the following steps. First, the _-sew: L control method package - contains the bond signal of the contact area. Then determine whether the range of the f-generating area shows a plurality of two that can be activated: == = the area of the touch area _ when displaying a plurality of objects that can be activated, zooming in on this _%== The area that should be touched is only visible if the object can be activated. The sighing system is one in which the object that can be activated is a gorge, a file item or a menu item.彳曰 夹 【 [Embodiment] Please refer to Fig. 1, which is a block diagram of the embodiment of the present invention. In the figure, the face-to-face zoom control system is applied to an electronic device such as a personal digital assistant, a notebook computer or a mobile phone; == the electronic device 1 includes a display unit, a processing unit 12, a unit U, and a touch unit 14 And a zoom control unit 15. The display unit sub-displays a frame 111, and the storage unit 13 is an application 131 executed by the storage unit. The processing unit 12 reads 11^201003482 from the storage unit n, a button object, a window object, and a body object. , image object, file icon, second image, object or graphic object (such as U4, for example, 'only display - object 113 and objects that cannot be activated are text objects that cannot be activated ίφ =- The image object or the multimedia object, the blue one, the user cannot trigger such an object; the hyperlink is not the button object, but the application 131 triggers the specific function after the user triggers the object. User interaction. 'Touch single 7L U system test - the contact of the object on the touch unit 丨 4 and generate a side signal 14 including a contact area 142. The object can be a user's finger or a touch The zoom control unit 15 is connected to (4) the test signal 14 and determines whether the range of the corresponding contact area 142 in the screen 111 displays a plurality of objects that can be activated, and zooms in/out according to the judgment result. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。打 显示 显示 — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — — The bootable component 113, the user can click on the news hyperlink component to link to a content webpage. Since the webpage has many components and the display size is small, when the user wants to click the news hyperlink component by hand, It is often contacted with more than 201003482 startable components 113. As shown in Figure 2, the contact area 142 is related to Sports News 3, Sports News 4, Sports News 5, Film News 4 and Movie News 5 The bootable component 113, if the processing unit 12 does not perform any action or activates the five news hyperlink components, will cause a disturbance to the user. Therefore, if the zoom control unit 15 determines the corresponding contact area in the screen U1. When the range of 142 is a plurality of objects 113 that can be activated, the zoom control unit 15 zooms in on the screen 111 according to a preset ratio, for example, each magnification enlarges the plane U1 by 1%. The control unit 15 transmits a face enlargement command to the processing unit 丨2 to control the processing unit 12 to perform the face enlargement operation, and the face ln is enlarged as shown in FIG. 3. Among them, the face enlargement mode is preferably The screen is enlarged with the center point of the contact area M2 as a reference point. If the zoom control unit 15 determines that the range of the corresponding contact area in the picture η! is only an object 113 that can be activated, the zoom control unit 15 starts this. The object 113, as shown in Fig. 4, the contents and pages of the sports news 4 are linked and displayed on the face 111. By zooming in on the surface, it is easier for the user to click on the object, thereby solving the disadvantage of not being easy to handle on the portable device. With the above-mentioned inner valley, the user clicks on the touch unit 14 to enlarge the complex face, so that the user clicks on the component on the straight face of the touch unit 14 multiple times to suit the operation. In addition, the user can also continuously contact the guide 14 , and the fine control unit 15 determines that the object continuously contacts the touch unit < and the range of the corresponding contact area M2 in the screen 111 is displayed when a plurality of objects 113 can be displayed. Then, the zoom control unit 15 can continuously enlarge the frame 丨丨1 and then 9 201003482 until the object contacts the touch unit 14 or the zoom control unit 15 determines that the range of the corresponding contact area 142 in the face 111 is only an object 113 that can be activated. At this time, the zoom control early element 15 stops magnifying the face 111, and then the user can click on the object 113 on the screen 111 again to activate the object 113. In addition, when the zoom control unit 15 determines whether the object double-clicks the touch unit 14, when the object double-clicks the touch unit 14, the zoom control unit 15 zooms out of the face U1 or restores the screen 111 to the original size. The scaling control unit 15 is preferably implemented in a software manner in which the processor executes a related program. The touch unit 14 is preferably a resistive touch module or a capacitive touch module, and the touch unit 14 is preferably integrated with the display unit 11 to form a touch screen. Please refer to FIG. 5, which is a block diagram of a second embodiment of the facet zoom control system of the present invention. In this embodiment, the face zoom control system is applied to a smart phone. In the figure, the smart phone 2 includes a display screen 21, a processor 22, a memory 23, a touch module 24, and a wireless communication module 29. The memory 23 stores at least one operating system 231, two web browsing programs 232, a play program 235, and a plurality of multimedia files. The processor 22 executes the operating system 231 to control and manage the resources of the portable wireless Internet device, and provides a user interface for the user to operate wirelessly, and enables the processor 22 to carry people and execute other Apply ^ to provide the service. The display screen 21 displays the user interface. When the user launches the web browsing function through the user interface, [2^2°2 enters and executes the web browsing program 232' to control the wireless communication module μ and the server. Establish a connection 'Download web page data from this server. For example, using this invitation email box, at (4) 22 according to the downloaded mail box page 201003482 =:=; Π: 212' and display it on the screen, a text object plus multiple corpses = contains multiple 214 with time Parameters: the piece is connected to the piece 214, and the mail link is like 212, the process writes ~ this 'in the generation or update of the mail box web page for sorting, and ^ ^ according to the time parameter to the mail link object 214 after the face 2H The formula 234 records the display position and display area on each of the mail link objects 214. The detection signal 241' of the contact of the object in the touch module 24 and the production page program is executed. The processor 22 executes the zoom control function 234' of the net 214 to judge the contact display of each mail link. The area is compared with the contact area 242 to determine whether the full field 24 involves a plurality of mail link objects 214. If so, the mail box web page image 212 is enlarged and the display 7F position and display area of each mail link object 214 are updated. If the contact area 24 only refers to the object 214, the processor 22 downloads the corresponding email from the server; ^^: the heart mail fiberline 21 is in this size. In addition, the operating system 231 can have a built-in zoom control as needed. Program 233 to serve applications without a zoom control function. For example, when the user initiates the multimedia play function through the user interface, the processor loads and executes the play program 235 to read and play the multimedia file 236, and generates a play 'I-side image 215 displayed in the face 211. The play interface image 215 is a package of at least one multimedia object 216 and at least one option object 217. The multimedia object 216 includes an option of a movie menu, such as a chapter option of a preset menu displayed by the DVD movie, and the option object 217 includes an operation element 11 201003482, such as a play button, a fast forward or a reverse zoom control function. , will not perform Bu, +. Jobs (4) 4 #放放如如如得放放控制, and because the operating system two books = use the built-in operating system fl two; the zoom ' as shown in the 6 ® * The manner of judging the transfer is the same as that of the above embodiment, and therefore will not be described again. Refer to Section 7®, which is a flow chart of the steps of the 昼 昼 transfer control method of the present invention. The method is for controlling the zoom of the gold surface displayed by the electronic device, and the surface of the screen is displayed by a plurality of objects (four), and the objects can be roughly classified into objects that can be activated and cannot be The item being activated. The object that can be activated is preferably a hyperlink object, a file folder object, an archive object or a menu item. In the figure, this screen zoom method consists of the following steps. First, in step S1, a touch unit 2 is provided.
接著在步驟S2偵測一物體於觸控單元之接觸，並產生一包 含一接觸區域之偵測訊號。此物體可為使用者之手指或一觸 控筆’接著在步驟S3判斷此偵測訊號是否為多擊訊號。若 此偵測訊號為多擊訊號，例如一雙擊訊號，則在步驟S4恢 復畫面至原本尺寸。 若此偵測訊號不是多擊訊號，在步驟S5判斷此畫面中 對應此接觸區域之範圍是否顯示複數個可被啟動之物件，若 畫面中對應此接觸區域之範圍係顯示複數個可被啟動之物 件時，在步驟S6以一預設比例放大（zoom in)此晝面，接 著在步驟S7判斷物體是否持續接觸觸控單元，若是，則進 行步驟S5。 若此晝面中對應此接觸區域之範圍無顯示複數個可被 12 201003482 啟動之物件’則在步驟 圍是否僅顯示一可祐& ^|面中對應此接觸區域之範 動此物件。 動之物件時，若是，則在步驟S9啟 上述步驟流程可由一 儲存於-電腦可讀取的儲：式來實現，而此電腦程式係 元及顯示單元之電腦系統W載人—具有觸控單 制方法之㈣。赌雜触缩放控 發明之精神編，而對其進性者。任何未脫離本 含於後社巾料職圍巾。T之以料錢更，均應包 【圖式簡單說明】 第1圖係為本發明之晝面縮放护^制各从 · 從徑制糸統之第一實施例之方 塊圖； 第2圖至第4圖係為本發明之書φ 且面鲕放控制系統之第一實 施例之操作示意圖； 第5圖係為本發明之晝面縮放控制系統實施例之方 塊圖； 第6圖係為本發明之晝面縮放控制系統二實施例之操 作示意圖；以及 第7圖係、為本發明之晝面縮放控制方驟流Then, in step S2, an object is detected in contact with the touch unit, and a detection signal including a contact area is generated. The object can be a user's finger or a touch pen. Then, in step S3, it is determined whether the detection signal is a multi-shot signal. If the detection signal is a multi-stroke signal, such as a double-click signal, the screen is restored to the original size in step S4. If the detection signal is not a multi-stroke signal, it is determined in step S5 whether the range corresponding to the contact area in the picture displays a plurality of objects that can be activated, and if the range corresponding to the contact area in the picture is displayed, a plurality of icons can be activated. In the case of the object, the face is zoomed in at a predetermined ratio in step S6, and then it is determined in step S7 whether the object continues to contact the touch unit, and if so, step S5 is performed. If the area corresponding to the contact area in the facet does not display a plurality of objects that can be activated by 12 201003482, then whether or not the object corresponding to the contact area in the surface of the Blessing & ^| face is displayed in the step. When the object is moved, if yes, the step flow can be implemented in step S9 by a storage-computer-readable storage system, and the computer program system of the computer program unit and the display unit is loaded with a touch. (4) of the single method. The gambling touch zoom control is the spirit of the invention, and it is the entrant. Anything that has not been removed from this is included in the post-clothing scarf. T is made of more money, and should be packaged [simplified description of the drawings] Figure 1 is a block diagram of the first embodiment of the 缩放 缩放 护 ; ; ; ; ; ; ; ; ; ; ; ; 4 is a schematic diagram of the operation of the first embodiment of the φ and surface scaling control system of the present invention; FIG. 5 is a block diagram of an embodiment of the face scaling control system of the present invention; A schematic diagram of the operation of the second embodiment of the facet zoom control system of the present invention; and FIG. 7 is a schematic diagram of the face zoom control of the present invention.
程圖。 K 13 201003482 【主要元件符號說明】 1 :可攜式電子裝置； 11 :顯示單元； 111 :晝面； 112 :介面影像； 113 :可被啟動之物件； 114 :不可被啟動之物件； 12 :處理單元； 13 :儲存單元； 131 :應用程式； 14 :觸控單元； 141 :偵測訊號； 142 :接觸區域； 15 :縮放控制單元； 2 :智慧型手機； 21 :顯示螢幕； 211 :晝面； 212 :郵件信箱網頁影像； 213 :文字物件； 214 :郵件連結物件； 215 :播放介面影像； 216 :多媒體物件； 217 :選項物件； 22 :處理器； 23 :記憶體； 231 :作業系統； 232 :網頁瀏覽程式； 233 :縮放控制程式； 2 3 4 .縮放控制函式， 235 :播放程式； 236 :多媒體檔案； 24 :觸控模組； 241 :偵測訊號； 242 :接觸區域； 29 :無線通訊模組；以及 S1〜S9 :步驟流程。 14Cheng Tu. K 13 201003482 [Description of main component symbols] 1 : Portable electronic device; 11 : Display unit; 111 : 昼 face; 112 : Interface image; 113 : Object that can be activated; 114 : Object that cannot be activated; Processing unit; 13: storage unit; 131: application; 14: touch unit; 141: detection signal; 142: contact area; 15: zoom control unit; 2: smart phone; 21: display screen; 212; mail box webpage image; 213: text object; 214: mail link object; 215: play interface image; 216: multimedia object; 217: option object; 22: processor; 23: memory; 231: operating system 232: web browsing program; 233: zoom control program; 2 3 4 . zoom control function, 235: play program; 236: multimedia file; 24: touch module; 241: detection signal; 242: contact area; 29: Wireless communication module; and S1~S9: step flow. 14