TWI536249B - Hand-held touch device and its single-hand manipulation of the full touch range method - Google Patents
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Description
本發明係關於一種面板尺寸較大的手持式觸控裝置，尤指一種以單手拇指便可操縱全觸控範圍的方法以及觸控裝置。 The present invention relates to a handheld touch device having a large panel size, and more particularly to a method for operating a full touch range with a one-handed thumb and a touch device.
近年來，具有高互動性的手持式觸控裝置逐漸在市場上普及，市面上常見的手持式觸控裝置包括智慧型手機、平板電腦、MP3播放器等，尤其是智慧型手機通常具備觸控顯示器以供使用者除了觀看之外亦可進行各種操作，例如瀏覽網頁、社群網站、傳遞即時訊息等，因此，觸控顯示器的顯示畫面大小對使用者而言相當重要。 In recent years, handheld touch devices with high interactivity have gradually become popular in the market. Handheld touch devices commonly used in the market include smart phones, tablet computers, MP3 players, etc., especially smart phones usually have touch. The display allows the user to perform various operations in addition to viewing, such as browsing a webpage, a social networking site, and transmitting an instant message. Therefore, the display size of the touch display is very important to the user.
以目前而言，Samsung所推出的Galaxy Note，其觸控顯示器的大小為5.3吋，Samsung S4的觸控顯示器大小為5吋，另外，HTC Butterfly與HTC One的觸控顯示器大小分別為5吋以及4.7吋，由此可知，智慧型手機的觸控顯示器越來越大，已逐漸成為各家廠商的競爭手段，而新的手持式觸控產品的使用者經驗模式也正在改變，藉由使用者手中感受到新型態具有大尺寸觸控顯示器的手持式觸控裝置所帶來的便利以及影音的享受，隨之而來的是，使用者在前述大尺寸觸控顯示器上操作係有別於傳統小尺寸觸控顯示器，也跟著衍生出更多或不同的 使用性問題。 At present, Samsung's Galaxy Note has a touch display size of 5.3 inches, Samsung S4's touch display size is 5 inches, and HTC Butterfly and HTC One's touch display are 5 inches each. 4.7吋, it can be seen that the touch display of smart phones is getting bigger and bigger, and it has gradually become a competitive means for various manufacturers. The user experience mode of the new handheld touch products is also changing, with users. The convenience of the handheld touch device with a large-size touch display and the enjoyment of audio and video are felt in the hand, and the user operates differently on the large-sized touch display. Traditional small-size touch displays have also evolved more or different Usability issues.
請參閱圖8所揭示的一種已知的手持式觸控裝置，其提供一種供使用者手持並且利用手指可進行各種操作及提供多媒體播放功能，此觸控裝置主要在一矩形的殼體90上設有一觸控顯示器91，該觸控顯示器91的尺寸係以5吋(5.47x2.79x0.31英吋)的大小而言，若換算成公制單位則其長度L係為13.9公分、寬度W係為7.1公分；根據使用者經驗，當使用者面對上述螢幕較大的觸控裝置時，會以一手握持著殼體90，另一手的手指在觸控顯示器91上進行掃滑、點選、拖移等觸控的行為，除非使用者刻意以握持著殼體90的手之拇指在觸控顯示器91進行操作，否則在使用尺寸較大的觸控裝置時，使用者仍必須兩手並用。 Referring to FIG. 8 , a known hand-held touch device is provided, which is provided for a user to hold and use a finger to perform various operations and provide a multimedia playing function. The touch device is mainly on a rectangular casing 90 . A touch display 91 is provided. The size of the touch display 91 is 5 吋 (5.47×2.79×0.31 inches). If converted into a metric unit, the length L is 13.9 cm and the width is W. It is 7.1 cm. According to the user's experience, when the user faces the above-mentioned large touch device, the user holds the case 90 with one hand, and the other hand's finger scans and clicks on the touch display 91. The behavior of touching, dragging, etc., unless the user deliberately operates the touch display 91 with the thumb of the hand holding the housing 90, otherwise the user still has to use both hands when using a larger touch device. .
然而，無論身材與性別，大多數使用者的姆指僅有兩節且較其他手指短，大尺寸的觸控顯示器91雖然能滿足使用者感官的享受與需要，但使用上若能以單手自由操作較為方便，目前大尺寸的手持式觸控裝置仍具有以下缺點：以使用者的經驗、習慣而言，握持並操作手機較方便的姿態係以單手為之，同時以握持之手的姆指操作觸控顯示器91，但是上述各廠商所推出的智慧型手機，儘管使用者的姆指再怎麼延伸也無法觸即全範圍，造成使用者的不方便，同時可能令觸控裝置未拿穩而掉落，或迫使某些手指較短的使用者必須使用另一隻手來進行操作，而隨現有的觸控裝置之發展，其觸控顯示器91的尺寸越來越大，使得上述操作問題更趨於顯著。 However, regardless of body and gender, most users have only two sections of thumb and are shorter than other fingers. Although the large-size touch display 91 can satisfy the user's senses and needs, it can be used with one hand. Free operation is more convenient. At present, the large-sized hand-held touch device still has the following disadvantages: in terms of user experience and habit, the convenient gesture of holding and operating the mobile phone is one-handed, while holding the hand The thumb of the hand operates the touch display 91, but the smart phone introduced by the above-mentioned manufacturers can not touch the full range even if the user's thumb is extended, which may cause inconvenience to the user and may cause the touch device. Users who have not stabilized and dropped, or forced some fingers to be shorter, must use the other hand to operate, and with the development of existing touch devices, the size of the touch display 91 is getting larger and larger, The above operational problems are more pronounced.
為提升使用者使用大尺寸的手持式觸控裝置之方便性，本發明主要目的係提供一種手持式觸控裝置及其以單手拇指操縱全觸控範圍的方法，主要在一手持式觸控裝置上設有設有一觸控顯示器，供使用者以拇指在該觸控顯示器上進行任何的觸控行為，且可產生一在使用者手指可觸控範圍的游標，並使游標按比例地擴大移動軌跡，即可達到令使用者以單手操縱全觸控範圍之目的。 The main purpose of the present invention is to provide a handheld touch device and a method for manipulating a full touch range with a one-handed thumb, mainly in a hand-held touch, in order to enhance the user's convenience in using a large-sized handheld touch device. The device is provided with a touch display for the user to perform any touch behavior on the touch display with the thumb, and can generate a cursor in the touch range of the user's finger, and expand the cursor proportionally By moving the trajectory, the user can control the full touch range with one hand.
為達成前述目的所採取的主要技術手段，係令前述觸控裝置以單手操縱全觸控範圍的方法，該方法於一觸控裝置中執行，該方法包括下列步驟：接受一啟動訊號；判斷是否偵測到一觸控點；以及當偵測到該觸控點時，則產生一相對應受該觸控點牽引的游標；根據觸控點的移動，對應且擴大比例地移動該游標。 The main technical means for achieving the foregoing purposes is to enable the touch device to operate the full touch range with one hand. The method is implemented in a touch device. The method includes the following steps: accepting a start signal; determining Whether a touch point is detected; and when the touch point is detected, a cursor corresponding to the touch point is generated; and the cursor is moved correspondingly and proportionally according to the movement of the touch point.
前述方法主要是在觸控裝置上由使用者以單手姆指在觸控裝置上進行觸控的行為，當使用者輸入啟動訊號時並以手指在觸控顯示器上觸摸而產生觸控點，將在該觸控顯示器上產生受該手指牽引的游標，並使該游標呈比例的移動到觸控顯示器上的任一位置，利用上述方法令使用者較為方便，且不受限制的以單手便能輕易操縱觸控顯示器的全部範圍。 The above method is mainly for the touch operation on the touch device by the user with the one-handed finger on the touch device, and when the user inputs the activation signal and touches the finger on the touch display, the touch point is generated. A cursor that is pulled by the finger is generated on the touch display, and the cursor is proportionally moved to any position on the touch display. The above method is convenient for the user, and the one-handed is unrestricted. The full range of touch displays can be easily manipulated.
為達前述目的所採取的又一主要技術手段係令前述手持式觸控裝置其包括： 一裝置本體；一觸控顯示器，係設在該裝置本體上；一處理器，係設於該裝置本體內，並與該觸控顯示器電連接，該處理器接受一啟動訊號後，且偵測出該觸控顯示器上出現一觸控點時，即在觸控顯示器上產生一相對應受觸控點牽引的游標，並由該處理器根據該觸控點的移動，使該游標擴大比例地的移動至相對應的位置。 Another main technical means adopted for the foregoing purposes is to enable the aforementioned handheld touch device to include: a device body; a touch display device is disposed on the device body; a processor is disposed in the device body and electrically connected to the touch display device, and the processor receives an activation signal and detects When a touch point appears on the touch display, a cursor corresponding to the touch point is generated on the touch display, and the cursor expands proportionally according to the movement of the touch point by the processor. Move to the corresponding position.
上述手持式觸控裝置可由觸控顯示器供使用者以手指在其上觸摸而產生的觸控點傳送給處理器，由處理器在觸控顯示器上產生一可延伸使用者手指觸控範圍的游標，令使用者較為方便的以單手便能達到操縱觸控顯示器上的全觸控範圍。 The hand-held touch device can be transmitted to the processor by the touch display generated by the touch display on the touch display, and the processor generates a cursor on the touch display that extends the touch range of the user's finger. This makes it easier for users to control the full touch range on the touch display with one hand.
10‧‧‧裝置本體 10‧‧‧ device body
20‧‧‧觸控顯示器 20‧‧‧ touch display
21‧‧‧第一偵測區 21‧‧‧First detection area
22‧‧‧第二偵測區 22‧‧‧Second detection area
30‧‧‧操作頁面 30‧‧‧ operation page
31‧‧‧第一功能鍵 31‧‧‧First function key
311‧‧‧功能選單 311‧‧‧ function menu
32‧‧‧第二功能鍵 32‧‧‧Second function key
33‧‧‧網頁連結 33‧‧‧Web links
40‧‧‧手姆指 40‧‧‧Hand thumb
50‧‧‧游標 50‧‧‧ cursor
60‧‧‧比例區域 60‧‧‧Proportional area
90‧‧‧殼體 90‧‧‧shell
91‧‧‧觸控顯示器 91‧‧‧Touch display
圖1 係本發明一觸控裝置平面圖。 1 is a plan view of a touch device of the present invention.
圖2 係本發明一手持觸控裝置平面圖。 2 is a plan view of a handheld touch device of the present invention.
圖3 係本發明一觸控動作示意圖。 3 is a schematic diagram of a touch action of the present invention.
圖4 係本發明一手持觸控裝置狀態示意圖。 4 is a schematic diagram showing the state of a handheld touch device of the present invention.
圖5 係本發明另一觸控動作示意圖。 FIG. 5 is a schematic diagram of another touch operation of the present invention.
圖6 係本發明又一觸控動作示意圖。 FIG. 6 is a schematic diagram of another touch operation of the present invention.
圖7 係本發明一單手觸控方法流程圖。 7 is a flow chart of a one-hand touch method of the present invention.
圖8 一已知的手持式觸控裝置。 Figure 8 is a known handheld touch device.
關於本發明手持式觸控裝置之一較佳實施例，請參考圖1所示，其包括一裝置本體10、一觸控顯示 器20、一處理器(圖中未顯示)。 For a preferred embodiment of the handheld touch device of the present invention, please refer to FIG. 1 , which includes a device body 10 and a touch display. 20, a processor (not shown).
該裝置本體10係呈矩形，裝置本體10係具有平行的兩長邊與平行的兩短邊，該二平行長邊係平行於第三軸向(Z軸方向)，而第三軸向係與水平面垂直，該二平行短邊係平行於第二軸向(Y軸方向)，該第二軸向係與水平面平行，當使用者手持該裝置本體10時，其一面係朝向使用者，以方便使用者朝第一軸向(X軸方向)直視。 The device body 10 has a rectangular shape, and the device body 10 has two parallel sides and two short sides parallel to each other, the two parallel long sides are parallel to the third axial direction (Z-axis direction), and the third axial line is The horizontal plane is perpendicular, the two parallel short sides are parallel to the second axial direction (Y-axis direction), and the second axial direction is parallel to the horizontal plane. When the user holds the apparatus body 10, one side thereof faces the user for convenience. The user looks straight in the first axial direction (X-axis direction).
該觸控顯示器20呈矩形且設於該裝置本體10的一面；本實施例中，該觸控顯示器20具有一長度L1與一寬度W1，該長度L1方向係與第三軸向平行，該寬度W1方向係與第二軸向平行；本實施例中，該裝置本體10上由該觸控顯示器20構成一可視區，該可視區之範圍係與該觸控顯示器20的長度L1以及寬度W1相同，該可視區供使用者在觸控顯示器20上進行選取、掃滑、拖移、執行所欲播放之多媒體音效、音樂、網頁等。 The touch display 20 has a rectangular shape and is disposed on one side of the device body 10; in the embodiment, the touch display 20 has a length L1 and a width W1, and the length L1 direction is parallel to the third axis, the width The W1 direction is parallel to the second axis. In the embodiment, the touch panel 20 is formed on the device body 10, and the visible area is the same as the length L1 and the width W1 of the touch display 20. The visible area is for the user to select, scan, drag, and execute the multimedia audio, music, webpage, and the like to be played on the touch display 20.
請參考圖2所示，該觸控顯示器20的可視區內可進一步顯示一操作頁面30，供使用者以手姆指於該操作頁面30上可進行選取、掃滑、拖移等觸控行為；本實施例中，該操作頁面30上方與下方分別朝第二軸向依序排列設有供使用者觸控點選的多個功能鍵以及多個網頁連結33，其中在操作頁面30的左上角與左下角之功能鍵分別為一第一功能鍵31與一第二功能鍵32。上述第一、第二功能鍵31,32以及網頁連結標記33分別供使用者以單手拇指於操作頁面30上，透過直接的觸碰或間接的點擊而開啟所屬之功能或網頁連結。 Referring to FIG. 2 , an operation page 30 can be further displayed in the visible area of the touch display 20 for the user to select, sweep, drag, and the like on the operation page 30. In this embodiment, a plurality of function keys for selecting touch points of the user and a plurality of webpage links 33 are arranged in the second axial direction above and below the operation page 30, respectively, wherein the upper left side of the operation page 30 is provided. The function keys of the corner and the lower left corner are a first function key 31 and a second function key 32, respectively. The first and second function keys 31, 32 and the webpage link mark 33 are respectively provided by the user on the operation page 30 with a one-handed thumb, and the function or webpage link is opened by direct touch or indirect click.
上述之處理器係設於該裝置本體10內，而該 處理器係與該觸控顯示器20電連接，該處理器接受一啟動訊號後，且偵測出該觸控顯示器20上出現的觸控點時，即在觸控顯示器20上產生一相對應受觸控點牽引的游標；藉此，由該處理器根據該觸控點的移動，使該游標擴大比例地的移動至相對應的位置。 The processor is disposed in the device body 10, and the The processor is electrically connected to the touch display 20. After receiving the activation signal, the processor detects a touch point appearing on the touch display 20, that is, generates a corresponding response on the touch display 20. a cursor that is pulled by the touch point; thereby, the processor moves the cursor to a corresponding position according to the movement of the touch point.
該啟動訊號係用以作為防止誤觸的先決條件，可避免與其他觸控手勢動作產生混淆的問題。本實施例中，有關該啟動訊號的取得方式，係先在該觸控顯示器20上進一步在該可視區的兩側邊上分設有一第一偵測區21與一第二偵測區22，分別供慣用左手的使用者以左手拇指以及慣用右手的使用者以右手拇指操作，當使用者以拇指自第一或第二偵測區21,22進行掃滑動作時(手勢)，該處理器會在該第一偵測區21或第二偵測區22上偵測到觸控點，並且該觸控點係向該可視區中央移動，則該處理器將使用者的此項動作視為接收到一啟動訊號。 The activation signal is used as a prerequisite for preventing false touches, and avoids confusion with other touch gesture actions. In this embodiment, the first detecting area 21 and the second detecting area 22 are further disposed on the two sides of the visible area on the touch display 20. For the left-handed user, the left-handed thumb and the right-handed user respectively operate with the right thumb, and when the user performs the sliding action (gesture) from the first or second detecting areas 21, 22 with the thumb, the processor A touch point is detected on the first detection area 21 or the second detection area 22, and the touch point moves toward the center of the visible area, and the processor regards the user's action as Received a start signal.
前述啟動訊號主要係避免在產生相對應受牽引的游標之前與其他觸控手勢動作產生混淆，故亦可以其他方式產生該啟動訊號，例如在裝置本體10中進一步設置一震動感測器(圖中未顯示)，該震動感測器與該處理器電連接，當使用者透過手指敲擊該裝置本體10時，該震動感測器可偵測該裝置本體10之震動，進而發出一訊號給該處理器，該震動感測器所發出的訊號即可作為該啟動訊號；又該震動感測器亦可由一重力加速度感應裝置所取代。 The activation signal is mainly used to avoid confusion with other touch gestures before the corresponding towed cursor is generated. Therefore, the activation signal may be generated in other manners, for example, a vibration sensor is further disposed in the device body 10 (in the figure) Not shown, the vibration sensor is electrically connected to the processor. When the user taps the device body 10 through the finger, the vibration sensor can detect the vibration of the device body 10, and then send a signal to the device. The processor, the signal from the vibration sensor can be used as the activation signal; and the vibration sensor can also be replaced by a gravity acceleration sensing device.
除前揭產生該啟動訊號的方式，亦可以虛擬或 實體的按鍵讓使用者按壓，以產生該啟動訊號，例如：可在觸控顯示器20的可視區內增加一啟動鍵，亦即該啟動鍵是由位在可視區內的虛擬鍵所構成，該啟動鍵可供快速產生該啟動訊號；該啟動鍵可以實體按鍵的型態設置在裝置本體10上，並且與處理器電連接，供使用者直接按壓啟動鍵以產生該啟動訊號。 In addition to the way in which the start signal is generated, it can also be virtual or The button of the entity is pressed by the user to generate the activation signal. For example, a start button may be added in the visible area of the touch display 20, that is, the start button is formed by a virtual button located in the visible area. The start button can be used to quickly generate the start signal; the start button can be set on the device body 10 in the form of a physical button, and is electrically connected to the processor for the user to directly press the start button to generate the start signal.
又關於前述依比例擴大移動距離的方式之一，是進一步在觸控顯示器20上產生一預設的比例區域，該比例區域係呈矩形，令游標在觸控顯示器20上的位置係被使用者的手姆指牽引而移動，根據該觸控點的移動距離，對應到該觸控顯示器20之可視區與該比例區域之比例，以決定游標的移動量。 In addition, one of the manners for proportionally expanding the moving distance is to further generate a preset proportional area on the touch display 20, wherein the proportional area is rectangular, so that the position of the cursor on the touch display 20 is used by the user. The hand thumb moves and moves, and according to the moving distance of the touch point, the ratio of the visible area of the touch display 20 to the proportional area is determined to determine the amount of movement of the cursor.
關於該比例區域的定義方式之一，如圖3所示，可配合前述以使用者拇指的掃滑動作取得啟動訊號的方式，可由該處理器於偵測使用者以拇指自第一或第二偵測區21,22進行掃滑動作的同時，一併定義比例區域60，該處理器可由使用者的掃滑動作取得該掃滑動作之觸控點的一起始點及一結束點，而由該起始點及結束點定義出矩形的比例區域60，由於比例區域60係由起始點及結束點定義，因此該比例區域60的產生會隨掃滑動作之起始點而動態地改變位置。 One of the definitions of the proportional area is as shown in FIG. 3, and the start signal can be obtained by the above-mentioned sliding action of the thumb of the user, and the processor can detect the user from the first or second with the thumb. When the detecting areas 21 and 22 perform the sliding operation, the proportional area 60 is defined together, and the processor can obtain a starting point and an ending point of the touch point of the sliding motion by the user's sliding motion. The starting point and the ending point define a rectangular proportional area 60. Since the proportional area 60 is defined by the starting point and the ending point, the generation of the proportional area 60 dynamically changes position with the starting point of the sliding action. .
若取得啟動訊號的方式非透過上述透過使用者拇指的掃滑動作，例如是以震動感測器或啟動鍵的方式，則該比例區域60的位置與大小，可以是預先設定好，並且儲存在處理器中，當取得啟動訊號後，隨即在觸控顯 示器20上顯示已設定儲存好的比例區域60。 If the manner of obtaining the activation signal is not through the above-mentioned sliding action through the thumb of the user, for example, by means of a vibration sensor or a start button, the position and size of the proportional region 60 may be preset and stored in In the processor, when the start signal is obtained, the touch display is immediately displayed. The stored scale area 60 is displayed on the display 20.
當該處理器接受到啟動訊號後，若處理器偵測到觸控顯示器20上再出現一觸控點時，則在該觸控顯示器20上產生一用以延伸使用者手姆指40觸控範圍的游標50，同時也可一併顯示該比例區域60，該游標50係隨觸控點的移動而移動，且依比例擴大游標50的移動距離。在本實施例中，該游標係呈一圓點形狀，該游標50在觸控顯示器20上的位置係被使用者的手姆指40牽引而移動，根據該觸控點的移動距離，對應到該觸控顯示器20之可視區與該比例區域60之比例，以決定游標的移動量。 After the processor receives the activation signal, if the processor detects that a touch point appears on the touch display 20, a touch point is generated on the touch display 20 to extend the user's hand thumb 40 touch. The range cursor 50 can also display the proportional area 60 at the same time, and the cursor 50 moves with the movement of the touch point, and proportionally expands the moving distance of the cursor 50. In this embodiment, the cursor is in the shape of a dot, and the position of the cursor 50 on the touch display 20 is pulled by the user's hand thumb 40 to move according to the moving distance of the touch point. The ratio of the visible area of the touch display 20 to the proportional area 60 determines the amount of movement of the cursor.
為說明本實施例的一具體應用方式，請參考圖3與圖4所示，其中本發明之觸控裝置的裝置本體10如前述方向供使用者以右手握持並且以正面朝向使用者，由於該第一個功能鍵31位於操作頁面30之左上角，其位於使用者手姆指40無法或不易觸即之處，而使用者僅須以手拇指40掃滑過第二偵測區22以產生啟動訊號後，並在觸控顯示器20上產生一觸控點，即可同時產生前述游標50以及比例區域60，當使用者以手拇指40於觸控顯示器20上一第一位置進行水平推挪至一第二位置，該游標50可受手拇指40之牽引而移動至該第一功能鍵31上。 For the specific application mode of the embodiment, please refer to FIG. 3 and FIG. 4 , wherein the device body 10 of the touch device of the present invention is in the foregoing direction for the user to hold with the right hand and face the user with the front face, The first function key 31 is located at the upper left corner of the operation page 30, and is located at a position where the user's hand thumb 40 is unable or difficult to touch, and the user only has to swipe the thumb 40 through the second detection area 22 to After the activation signal is generated and a touch point is generated on the touch display 20, the cursor 50 and the proportional area 60 can be simultaneously generated. When the user pushes the thumb 40 on the touch display 20 at a first position Moving to a second position, the cursor 50 can be moved to the first function key 31 by the pulling of the thumb 40.
本實施例中，若使用者欲開啟該第一功能鍵31所屬的功能，使用者僅需將手拇指40離開觸控顯示器20即可執行第一功能鍵31的功能，如圖4所示，此時該操作介面30將向右側捲動，而在可視區的左側產生一功能選單311，其中包括有快速搜尋、瀏覽收件訊息、照片、活動、 詢友工具等功能，以提供使用者多樣化的功能選擇。 In this embodiment, if the user wants to enable the function of the first function key 31, the user only needs to remove the thumb 40 from the touch display 20 to perform the function of the first function key 31, as shown in FIG. At this time, the operation interface 30 will scroll to the right side, and a function menu 311 is generated on the left side of the visible area, including quick search, browsing of the receiving message, photos, activities, Features such as friend tools to provide users with a variety of functional options.
而本實施例提供的又一具體應用方式，請參考圖5所示，本應用方式與前一應用方式大致相同，本應用方式主要係於使用者欲開啟在操作頁面30中的網頁連結33，同樣地，使用者僅需以手拇指40於觸控顯示器20上持續接觸地由一第一位置向左移動至一第二位置，以牽引該游標50停留在該網頁連結33上，當處理器偵測到手姆指40離開觸控顯示器20，隨即開啟該網頁連結33所屬的網站頁面，供使用者可以快速又方便的方式瀏覽網頁。 For another specific application manner provided in this embodiment, please refer to FIG. 5 , the application mode is substantially the same as the previous application mode, and the application mode is mainly used by the user to open the webpage link 33 in the operation page 30. Similarly, the user only needs to move the first thumb to the left position to a second position by continuously touching the thumb 40 on the touch display 20 to pull the cursor 50 to stay on the web link 33 when the processor It is detected that the hand thumb 40 leaves the touch display 20, and then the website page to which the web link 33 belongs is opened, so that the user can browse the webpage quickly and conveniently.
而本實施例提供的另一具體應用方式，請參考圖6所示，本應用方式與前一應用方式大致相同，本具體應用方式主要係於使用者欲開啟在操作頁面30左下角之第二功能鍵32，該第二功能鍵32提供一種訊息回饋的功能，其具有的文字標示為「讚」，由此可知，透過此回饋訊息，可供使用者表達本身對於此操作介面30所顯示的內容是否認同；因此，使用者同樣以手拇指40掃滑過第二偵測區22以產生該游標50以及比例區域60，並且使用者以手拇指40於觸控顯示器20上由一第一位置水平推挪後向下移動至一第二位置，該游標50受手拇指40之牽引而移動至該第二功能鍵32，令該游標50停留在文字標示「讚」的上方，當處理器偵測到手姆指40離開觸控顯示器20，隨即執行該第二功能鍵32的回饋訊息功能。 For another specific application manner provided in this embodiment, please refer to FIG. 6. The application mode is substantially the same as the previous application mode. The specific application mode is mainly for the user to open the second lower left corner of the operation page 30. The function key 32, the second function key 32 provides a function of message feedback, and the text has the character "like". It can be seen that the feedback message can be used by the user to express the display of the operation interface 30. Whether the content is recognized or not; therefore, the user also sweeps the thumb 40 through the second detection area 22 to generate the cursor 50 and the proportional area 60, and the user uses the thumb 40 on the touch display 20 to be in a first position. After the horizontal tilting, it moves down to a second position, and the cursor 50 is pulled by the thumb 40 to move to the second function key 32, so that the cursor 50 stays above the text mark "Like" when the processor detects It is detected that the hand thumb 40 leaves the touch display 20, and then the feedback function function of the second function key 32 is executed.
由上述本發明之較佳實施例的具體應用方式，可歸納出以單手操縱全觸控範圍的方法，該方法係由前述裝置本體10的處理器所執行，請參閱圖7所示，其包 括以下步驟：接受一啟動訊號(S701)，一較佳實施例為：當偵測到使用者在該觸控顯示器20上以第一偵測區21或第二偵測區22為起點作出一手勢時，該處理器即視為收到一啟動訊號；若接收該啟動訊號，該處理器即取得一比例區域(S702)，若啟動訊號的接受係於偵測到使用者在該觸控顯示器20上以第一偵測區21或第二偵測區22為起點作出一手勢，則該比例區域的位置與大小係在接受啟動訊號的同時定義取得；若啟動訊號係以其他方式取得，則該比例區域的位置與大小可預先設定儲存在處理器中，當取得啟動訊號時，該處理器可直接取得該預存的比例區域；判斷是否偵測到一觸控點(S703)，該觸控點包括一位置座標；當偵測到該觸控點時，則該處理器控制在觸控顯示器20上產生一相對應受該觸控點牽引的游標(S704)；該處理器並根據觸控點的移動距離擴大比例地移動該游標50(S705)，當觸控點移動時，該處理器可由該觸控點的移動量乘以觸控顯示器20的可視區與比例區域60之比例，得出該游標應移動的距離，進而控制該游標相應地移動。 According to the specific application manner of the preferred embodiment of the present invention described above, a method for manipulating the full touch range with one hand can be summarized, which is performed by the processor of the apparatus body 10, as shown in FIG. package In the following steps, a start signal (S701) is received. In a preferred embodiment, when the user detects that the first detection area 21 or the second detection area 22 is used as the starting point on the touch display 20, When the gesture is received, the processor is deemed to receive an activation signal; if receiving the activation signal, the processor obtains a proportional area (S702), and if the activation signal is received, the user is detected on the touch display. If a gesture is made by using the first detection area 21 or the second detection area 22 as a starting point, the position and size of the proportional area are defined while receiving the activation signal; if the activation signal is obtained by other means, The position and size of the proportional area can be preset and stored in the processor. When the start signal is obtained, the processor can directly obtain the pre-stored proportional area; determine whether a touch point is detected (S703), and the touch The point includes a position coordinate; when detecting the touch point, the processor controls to generate a cursor corresponding to the touch point on the touch display 20 (S704); the processor is based on the touch The moving distance of the point is expanded proportionally The cursor 50 is moved (S705), when the touch point moves, the processor can multiply the movement amount of the touch point by the ratio of the visible area of the touch display 20 to the proportional area 60, and obtain the distance that the cursor should move. And in turn controls the cursor to move accordingly.
當游標移動至可視區上的特定位置，且觸控點消失時(使用者手指離開)，則執行該位置上的功能鍵或功能項目。 When the cursor moves to a specific position on the viewable area and the touch point disappears (the user's finger leaves), the function key or function item at that position is executed.
上述步驟可提供使用者以本發明觸控裝置僅 透過單手即可操控全範圍的觸控顯示器20，並且不受使用者以左或右手握持的限制，並且不受使用者姆指長短的影響，在觸控裝置安裝尺寸較大的觸控顯示器20後，仍可提供較為方便的僅以單手便能操縱該觸控顯示器20上全部的觸控範圍效果。 The above steps can provide the user with the touch device of the present invention only The full range of touch display 20 can be operated with one hand, and is not restricted by the user's left or right hand grip, and is not affected by the length of the user's thumb, and the touch device is mounted with a larger touch. After the display 20, it is still more convenient to manipulate all the touch range effects on the touch display 20 with only one hand.
10‧‧‧裝置本體 10‧‧‧ device body
20‧‧‧觸控顯示器 20‧‧‧ touch display
21‧‧‧第一偵測區 21‧‧‧First detection area
22‧‧‧第二偵測區 22‧‧‧Second detection area
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