201224843 、發明說明： 【發明所屬之技術領域】 本發明涉及一種電子書閱讀裝置的處理方法，特別涉及一 種電子書閱讀裝置的翻頁處理方法。 【先前技術】 按，隨著科學技術的不斷發展與進步，電子產品已逐漸成 為當今資訊載體的發展趨勢，國内外的許多網站已經提供相當 豐富且免費的電子書資源，其類型包括了一般書籍、研究報告 等。除了這些免費電子書資源外，亦有相當多網站提供付費下 載電子書之服務，藉此也連帶拓展了電子商務之應用範疇，使 用者在工作電子產品進行閱讀或甚至上網購買訂閱時候，需要 方便、友善的工作方式。 現有的電子書閱讀器大部分均設置有觸控螢幕，使用者可 藉由感應物在觸控螢幕上實行拖矣與點選等操作手勢以實現 相對應的功能。可根據現有的觸控螢幕種類，感應物可以包括 電組式觸控筆、電容式觸控筆與使用者的手指或者身體之部位 等。現有的觸控螢幕的操作手勢一般包括拖矣、單次點擊與連 續點擊等。拖曳可用來實現電子書翻頁、文字標註等功能。單 次點擊可用來實現選擇選擇書單、選擇目錄等選擇功能。連續 點擊等可用來實現其他較特殊的功能等。 唯，現有電子書閱讀器及其操作方法，在進行電子書閱讀 時，若要執行翻頁等功能，需按壓向前/向後翻頁按鍵或者是藉 由感應物在觸控螢幕上實行拖曳手勢，而現有的電子書閱讀器 操作方式係以一次拖曳手勢實現電子書翻一頁之功能，若使用 者需要快速瀏覽電子書或者需要直接翻到特殊頁面時，必須要 重複執行拖曳手勢使電子書重複執行翻一頁的功能，直到翻到 201224843 特殊頁面為止 善之需求 。此種操作方法不僅浪f時間亦不符合方便 、友 【發明内容】 方法本=主要目的係提供一種電子書閱讀裝置的翻頁處理 方法’可使電子書閱讀裝置符合省時、方便與友善之需求。201224843, invention description: TECHNICAL FIELD The present invention relates to a method of processing an e-book reading apparatus, and more particularly to a page turning processing method of an e-book reading apparatus. [Prior Art] According to the continuous development and advancement of science and technology, electronic products have gradually become the development trend of today's information carriers. Many websites at home and abroad have provided quite rich and free e-book resources, including general books. , research reports, etc. In addition to these free e-book resources, there are quite a few websites that offer services for downloading e-books. This also expands the scope of e-commerce applications. Users need to work while reading electronic products or even purchasing subscriptions online. Friendly work style. Most of the existing e-book readers are provided with a touch screen, and the user can perform corresponding functions such as dragging and clicking on the touch screen by the sensing object. According to the existing touch screen type, the sensor may include a group stylus, a capacitive stylus, a user's finger or a part of the body. The operational gestures of existing touch screens generally include drag and drop, single click and continuous click. Drag and drop can be used to implement e-book page turning, text labeling and other functions. A single click can be used to select a selection list, a selection list, and the like. Continuous clicks can be used to implement other special features. However, the existing e-book reader and its operation method need to press the forward/backward page-turning button or perform a drag gesture on the touch screen by the sensor when performing the e-book reading. The existing e-book reader operation mode realizes the function of turning the e-book by one page with one drag gesture. If the user needs to quickly browse the e-book or needs to directly turn to the special page, the drag gesture must be repeatedly executed to make the e-book Repeat the function of turning a page until you reach the 201224843 special page. This method of operation is not only inconvenient, but also inconvenient, and friendly. [Invention] The main purpose is to provide a method for turning pages of an e-book reading device, which makes the e-book reading device time-saving, convenient and friendly. demand.
為實現上述目的，本發明電子書閱讀裝置具有 一處理模組，電子書_裝置的翻頁處理方法包括如下二驟.、 藉由處理模組判斷觸控板之連續偵測信號是否構成 特定方向之單-軌跡信號，以處理電子書之單頁翻頁.或 藉由處理模組判斷觸控板之連續偵測信號是否構成該 定方向之複數執跡信號，以處理電子書之多頁翻頁。 综上所述，電子書閱讀裝置可偵測感應物之拖突動作，並 依據單-感應物之拖矣動作以執行單頁翻頁功能，或者依據複 數感應物之拖良動作以執行多頁翻頁魏，從而以符合電子書 閱讀器省時、方便與友善之需求。 【實施方式】 為詳細說明本發明之技術内容及其所達成之目的與功效， 下面將結合實施例並配合圖式詳予說明。 請參閱第一圖與第二圖，一種用於電子書之閱讀及處理的 電子書閱讀裝置100 ’包括一殼體1、一處理模組6、一顯示模 組2、一鍵盤3、一觸控板4及多個實體按鍵5。 處理模組6裝設於殼體1内’顯示模組2裝設於殼體}上 部並與處理模組6連接’顯示模組2用於顯示電子書閱讀梦置 100的晝面。鍵盤3裝設於殼體1上並與處理模組6連接，鍵 盤3上設有複數按鍵31。觸控板4覆蓋於鍵盤3上並與處理模 組6連接，觸控板4可感測一相應感應物之操作動作，並傳送 5 201224843 偵測信號至處理模組6 ,處理槿名 顯示模组2，使顯示模会 '*、且6根據不同操作動作以控制 盤3可輸入文字，對電子書附加註;文=形及其組合。鍵 功能，例如，錄音功能或錄影功能等。實體心鍵5可實現特殊 請參閲第三圖與第十圓，第 方法包括如下步驟： Θ閱項裝置100翻頁處理 步驟-:打開電子書閱讀裝置 憶體(圖中未示)載入電子 源，處理模組6由記 步驟二：處理模組6_1^ 1〇運作時的必要數據。 訊息（第四圖所示）。若電子書;^顯示各項功能選單 =二 其他功能者，例如，遊戲功能、網際網路 =以:=影音播放功能等，則_^ 、，且2以顯不各項功能之選單。 理模1驟6二理模組6判斷電子書閱讀功能是否被選取。處 到觸觸控板4之觸發信號。若處理模組6侦測 到觸控板4之卿錢並經_㈣單 j 中之電子書閱讀功能（第四圖箭頭所示)，虚擎=且點擊選早 雪早查固明所不）’處理模組6即執行 電子曰閱讀功此。若處理模組6谓測到觸控板4之觸發信號並 經判斷後為單次點擊手勢且點擊選單中 ' 6即執行其他功能。 選早中之其他功成，處理模組 步驟四··處理模組6驅動顯示模組2以顯示電子堂清單。 處理模虹6由記憶體中讀取數據，並根據該數據驅動^示模电 2以顯示電子書清單。 、、 步驟五：處理模組6判斷電子書清單是否被選取（第五圖 所示）。處理模組6偵測並判斷觸控板4之觸發信號。若處理 模組6偵測到觸控板4之觸發信號並經判斷後為單次點擊手勢 201224843 且點擊電子書清單中之電子書（第五圖箭頭所示），處理模植6 根據被選取之電子書由記憶體中讀取相對應之數據。 步驟六：處理模組6根據讀取之數據驅動顯示模組2，以 顯示被選取電子書之内容（第六圖所示）。 步驟七：處理模組6判斷是否執行單頁翻頁功能。若使用 者藉由單一感應物在觸控板4上實行拖矣時（第七圖箭頭所 示）’處理模組6偵測並判斷觸控板4之偵測信號，若處理模 組6偵測到觸控4發出連續偵測信號，且判斷該連續读測信 號構成一軌跡，並朝一特定方向移動，則處理模組6執行單^ # 翻頁功能以驅動顯示模組2顯示下一頁内容（第八圖所示）。 步驟八：處理模組6判斷是否執行多頁翻頁功能。若使用 1 者藉由複數感應物在觸控板4上實行拖戈時（第九圖箭頭所 、 示）’處理模組6偵測並判斷觸控板4之偵測信號，若處理模 組6偵測到斷觸控板4發出連續偵測信號，且判斷該連續偵測 信號構成複數軌跡，該複數軌跡大致朝一特定方向移動則處 理模組6執行多頁翻頁功能以驅動顯示模組2顯示下十 (第十圖所示）。 φ 凊參閱第十一圖，第十一圖係本發明電子書閱讀裝置1〇〇 的判斷單一軌跡方法流程圓，判斷單一軌跡方法包括如下步 驟： 步驟一 ·處理模組6判斷是否單一感應物在觸控板4上。 處理模組6偵測觸控板4之偵測信號，並判斷觸控板4之偵測 仏號是否位於單一區域内，若觸控板4之偵測信號位於單一區 域内，則處理模組6判斷單一感應物接觸於觸控板4上。判斷 單一區域之方式可藉由邊界判斷法或中心點判斷法處理之（詳 後述）。若觸控板4之偵測信號位於複數個彼此分離的區域内， 則處理模組6執行其他功能。 201224843 柄42二：處理模組6偵測軌跡信號。4理模組6 _觸控 所^ <連續_信號，並記錄該連續偵測信號之順序及其 跡，日：Γ置。處理模組6判斷該順序及位置是否構成-執 亦，且该執跡是否朝一特定方向移動。 步驟三··處理模組6執行單頁翻頁功能。若處理模組6判 斷该連續_信號構成—朝特定方向移動之軌跡時，處理模植 6執行單頁翻頁功能。 ，明參閱第十二圖，第十二圖係本發明電子書閱讀裝置刚 的判斷複數軌跡方法流程圖，判斷複數軌跡方法 驟： / 步驟一：處理模組6判斷是否複數感應物在觸控板4上。 ^理模，’且6偵測觸控板4之偵測信號，並判斷觸控板*之偵測 β疋否位於複數個彼此分離的區域内，若觸控板4之彳貞測信 號4於複數個彼此分離的區域内，則處理模組6判斷複數感應 物接觸於觸控板4上。判斷複數個彼此分離區域之方式可藉由 邊界判斷法或中心點判斷法處理之（詳後述 步驟二：處理模組6偵測軌跡信號。處理模組6偵測觸控 板4發出之連續偵測信號，並記錄該連續偵測信號之順序及其 所代表之位置。處理模組6韻制序及位置是否構成複數執 跡，且该複數軌跡是否朝一特定方向移動。 步驟二：處理模組6執行多頁翻頁功能。若處理模組6判 斷該連續偵測信號構成複數個朝特定方向移動之軌跡時，處理 模組6執行多頁翻頁功能。 凊參閱第十三圖至第十六圖，第十三圖係本發明電子書閱 讀裴置100的邊界判斷方法流程圖，本發明邊界判斷方法包括 如下步驟： 步驟一：處理模組6偵測觸控板4發出之偵測訊號。 201224843 步驟二··處理模組6計算該伯測訊號之對應位置。 .步驟三：處理模組6判斷該位置是否構成單—個連續邊界 SR (第十四圖斜線區域）。若摘測訊號所代表的位置構成單一 個連續邊界，則處理模組6偵測軌跡信號以判斷軌跡。 步驟四：處理模組6判斷該位置是否構成多個連續邊界。 若谓測訊號所代表的位置構成多個連續邊界sr (第十五圖斜 線區域）’則處理模組6偵測軌跡信號以判斷軌跡。 當觸控板4之感應功能異常時，例如，觸控板4上有灰塵 或髒東西阻礙其特定區域之感應效果，或者，觸控板4特定區 域BR之感應元件損壞（第十六圖矩形黑色區域），將造成邊界 判斷法的誤判。例如，觸控板4之異常區域恰好將單一個連續 邊界分割成兩個連續邊界，則處理模組6就會造成誤判。在此 情況下可用中心點判斷法補足邊界判斷法之缺陷。 月，閱第十七圖至第二十圖，第十七圖係本發明電子書閱 項裝置1GG中心、點判斷方法之流程圓，本發财心點判斷方法 包括如下步驟： 步驟一.處理模组6摘測觸控板4發出之偵測訊號。 步驟二：處理模組6判斷該偵測訊號代表之位置。 步驟三：處理模組6判斷該位置是否構成單-個連續邊 界。若偵測訊號所代表的位置構成單一個連續邊界則處理模 組6偵測軌跡信號以判斷軌跡。 步驟四.處理模組6判斷該位置是否構成多個連續邊界。 若偵測訊號所代表的位置構成多個連續邊界，則計算每一連續 邊界之中心點（第十六圖、第十八圖、第十九圖黑色圓形區域， 其中’第十八圖顯不單一感應物之誤摘測情況，第十八圖顯示 複數感應物之誤摘測情況’第十五圖顯示複數感應物之正常偵 測情況）。 201224843 步驟五：處理模組6 算所有連續邊界中心中心點位置。處理模組6計 於一預設值，則以該每兩個中心點之距離小 的中心。若巾^點為邊界，處理模㈣計算出新 ΓΙ勿ί 點之轉大於鱗於該預設值，處理模 組6忽略不計算。如第十 匙理模 ηι ^ 圖所不’中心點R1與R2間的距離 D1大於一預設值，太眘a 雕 則處理模組6忽略不計算。如第+ ^㈣應7"件之距離， „ ^ pc ^ ^ 异如第十六圖所示，中心點R3與R4 間的距離D2小於一預 < 枯 . 从 預0又值，本實施例中預設值為四個感庫元 ^ w ^ ^ 十鼻出新的中心點N1 (黑色菱形區 域）。如第十八圖所示，中 站R5與如間的距離D3與中心 點R8與R8間的距離均小於 於預°又值’則處理模組ό分別計算出 新的中心點1^與^^3 (如第+六 m $十九圖所V)，S為R5與R7、R8 間的距離以及R6與R7、RS Μ ΛΑ π仏 8間的距離均大於預設值，所以處 理杈組6忽略不計算。 六 模組6判斷新的巾心點位置。若處理模組6 =僅有-個射心點，處簡組6執行單頁翻頁功能。若處 ^且6·有多個新中心點，處理模组6執行多頁翻頁功能。 處理模組6可將多頁翻頁衫為拖髮―次即翻十頁，或 者’可根據感應物之數目調整翻頁的頁數，例如 兩個感應物拖良一次時，則翻十百， …翻十頁，右同時藉由三個感應物拖 曳一次時，則翻三十頁。 本發明實施例中，鍵盤3與觸控板4為分離設置，在真正 貫施時’亦可省去鍵盤3 ’以觸控板4替代鍵盤3之功能。另 外’亦可將顯城組2朗控板4整合為—觸控顯純，使其 :時具備㈣與_之魏。在真正實料，實雜鍵亦可省 略，以縮小電子書閱讀裝置1〇〇之體積。 综上所述，本發明電子書閱讀裝置1〇〇翻頁處理方法可侦 201224843 測感應物之拖矣動作，並依據單一感應物之拖良動作以執行單 頁翻頁功能’或依據複數感應物之拖曳動作以執行多頁翻頁功 月b ’從而以付合電子書閱讀裝置省時、方便與友善之需求。 【圖式簡單說明】 第一圖係本發明電子書閱讀裝置一具體實施例的立體圖。 第二圖係電子書閱讀裝置一實施例的功能方塊圖。 第三圖係電子書閱讀裝置之翻頁處理方法的流程圖。 第四圖係電子書閱讀裝置之各項功能選單訊息的示意圖。 第五圖係電子書閱讀裝置之電子書清單訊息的示意圖。 第六圖係電子書閱讀裝置之電子書内容的示意圖。 第七圖係電子書閱讀裝置之單頁翻頁手勢的示意圖。 第八圖係電子書閱讀裝置之電子書内容的示意圓。 第九圖係電子書閱讀裝置之多頁翻頁手勢的示意圖。 第十圖係電子書閱讀裝置之電子書内容的示意圖。 第十圖係電子書閱讀褒置之单一軌跡判斷方法的流程 第十二圖係電子書閱讀裝置之複數軌跡判斷方法的流程 第十三圖係電子書閱讀裝置之邊界判斷方法的流程圖。 第十四圖係邊界判斷方法之單一個連續邊界的示意圖。 第十五圖係邊界判斷方法之複數個連續邊界的示意圖。 第十六圖係單一感應物誤偵測情況的示意圖。 第十七圖係中心點判斷方法的流程圖。 第十八圖係複數感應物誤偵測情況的示意圖。 第十九圖係中心點判斷方法之新中心點的示意圖。 【主要元件符號說明】 201224843 電子書閱讀裝置 100 殼體 1 顯示模組 2 鍵盤 3 按鍵 31 觸控板 4 實體按鍵 5 處理模組 6In order to achieve the above object, the e-book reading device of the present invention has a processing module, and the method for processing the e-book_device includes the following steps: determining, by the processing module, whether the continuous detection signal of the touch panel constitutes a specific direction The single-track signal is used to process a single page flip of the e-book. Or the processing module determines whether the continuous detection signal of the touch panel constitutes a complex tracking signal of the fixed direction to process the multiple pages of the e-book. page. In summary, the e-book reading device can detect the dragging action of the sensing object, and performs a single page turning function according to the single-sensor dragging action, or performs multiple pages according to the complex sensing object dragging action. Turning pages to Wei, in order to meet the needs of e-book readers, saving time, convenience and friendliness. [Embodiment] The technical contents of the present invention and the objects and effects achieved by the present invention will be described in detail below with reference to the embodiments and drawings. Referring to the first and second figures, an e-book reading device 100 for reading and processing an e-book includes a casing 1, a processing module 6, a display module 2, a keyboard 3, and a touch. The control board 4 and a plurality of physical buttons 5. The processing module 6 is mounted in the casing 1. The display module 2 is mounted on the upper portion of the casing and connected to the processing module 6. The display module 2 is used to display the face of the e-book reading dream set 100. The keyboard 3 is mounted on the casing 1 and connected to the processing module 6. The keypad 3 is provided with a plurality of buttons 31. The touch panel 4 is disposed on the keyboard 3 and connected to the processing module 6. The touch panel 4 senses the operation of a corresponding sensing object, and transmits 5 201224843 detection signals to the processing module 6 to process the anonymous display mode. Group 2, so that the display mode will be '*, and 6 according to different operation actions to control the disk 3 can input text, attach a note to the e-book; text = shape and its combination. Key functions, such as recording functions or recording functions. The physical heart key 5 can realize special. Please refer to the third figure and the tenth circle. The method includes the following steps: Θ reading device 100 page turning processing step -: opening the e-book reading device memory (not shown) loading The electronic source, the processing module 6 is recorded in step 2: the necessary data when the processing module 6_1^1 is operated. Message (shown in the fourth picture). If the e-book; ^ display each function menu = two other functions, for example, game function, Internet = to: = video playback function, etc., then _^, and 2 to display the menu of various functions. The module 1 of the first module 6 determines whether the e-book reading function is selected. The trigger signal to touch the touchpad 4. If the processing module 6 detects the money of the touchpad 4 and reads the e-book reading function in the _ (four) single j (shown by the arrow in the fourth figure), the virtual engine = and clicks on the early snow to check the solidification ) The processing module 6 performs the electronic reading process. If the processing module 6 detects the trigger signal of the touch panel 4 and judges it is a single click gesture and clicks '6 to execute other functions. Selecting other functions in the early morning, processing module Step 4 · The processing module 6 drives the display module 2 to display the electronic library list. The processing mode 6 reads data from the memory and drives the mode 2 according to the data to display the e-book list. Step 5: The processing module 6 determines whether the e-book list is selected (shown in the fifth figure). The processing module 6 detects and determines the trigger signal of the touch panel 4. If the processing module 6 detects the trigger signal of the touch panel 4 and judges it as a single click gesture 201224843 and clicks on the e-book in the e-book list (the arrow in the fifth figure), the processing model 6 is selected according to The e-book reads the corresponding data from the memory. Step 6: The processing module 6 drives the display module 2 according to the read data to display the content of the selected e-book (shown in the sixth figure). Step 7: The processing module 6 determines whether to perform a single page turning function. If the user performs dragging on the touchpad 4 by a single sensor (the arrow in the seventh figure), the processing module 6 detects and determines the detection signal of the touchpad 4, and if the processing module 6 detects After detecting that the touch 4 sends a continuous detection signal, and determines that the continuous read signal constitutes a track and moves in a specific direction, the processing module 6 performs a single page turning function to drive the display module 2 to display the next page. Content (shown in Figure 8). Step 8: The processing module 6 determines whether to perform the multi-page turning function. If one uses a plurality of sensors to perform dragging on the touchpad 4 (the arrow in the ninth figure), the processing module 6 detects and determines the detection signal of the touchpad 4, if the processing module 6 detecting that the broken touch panel 4 emits a continuous detection signal, and determining that the continuous detection signal constitutes a complex trajectory, the complex trajectory moving substantially in a specific direction, and the processing module 6 performs a multi-page turning function to drive the display module 2 shows the next ten (shown in the tenth figure). Φ 凊 Referring to FIG. 11 , the eleventh drawing is a flow circle for determining a single trajectory method of the electronic book reading device of the present invention. The method for determining a single trajectory includes the following steps: Step 1 • The processing module 6 determines whether a single sensor On the touchpad 4. The processing module 6 detects the detection signal of the touch panel 4 and determines whether the detection signal of the touch panel 4 is located in a single area. If the detection signal of the touch panel 4 is located in a single area, the processing module 6 judge that a single sensor is in contact with the touch panel 4. The method of judging a single area can be handled by the boundary judgment method or the central point judgment method (described later). If the detection signal of the touch panel 4 is located in a plurality of separate regions, the processing module 6 performs other functions. 201224843 Handle 42: Processing module 6 detects the track signal. 4 module 6 _ touch the ^ < continuous _ signal, and record the sequence of the continuous detection signal and its trace, day: set. The processing module 6 determines whether the sequence and position constitute a acknowledgment and whether the trajectory moves in a particular direction. Step 3· The processing module 6 performs a single page turning function. If the processing module 6 determines that the continuous_signal constitutes a trajectory that moves in a specific direction, the processing module 6 performs a one-page page turning function. Referring to the twelfth figure, the twelfth figure is a flow chart of the method for judging the complex trajectory of the electronic book reading device of the present invention, and the method for judging the complex trajectory: / Step 1: The processing module 6 determines whether the plurality of sensing objects are in touch On board 4. ^Model, 'and 6 detects the detection signal of the touchpad 4, and determines whether the detection of the touchpad* is located in a plurality of separate regions, if the tracking signal 4 of the touchpad 4 The processing module 6 determines that the plurality of sensing objects are in contact with the touch panel 4 in a plurality of regions separated from each other. The method for judging the plurality of separated regions can be processed by the boundary judgment method or the central point judgment method (detailed in the following step 2: the processing module 6 detects the track signal. The processing module 6 detects the continuous detection issued by the touch panel 4 Measure the signal, and record the sequence of the continuous detection signal and the position it represents. Whether the processing sequence and position of the processing module 6 constitute a complex number of tracks, and whether the complex track moves in a specific direction. Step 2: Processing module 6 Perform multi-page turning function. If the processing module 6 determines that the continuous detecting signal constitutes a plurality of tracks moving in a specific direction, the processing module 6 performs a multi-page turning function. 凊 Refer to the thirteenth to tenth FIG. 6 is a flowchart of a method for determining a boundary of the electronic book reading device 100 of the present invention. The method for determining a boundary of the present invention includes the following steps: Step 1: The processing module 6 detects a detection signal sent by the touch panel 4 201224843 Step 2 · The processing module 6 calculates the corresponding position of the primary measurement signal. Step 3: The processing module 6 determines whether the position constitutes a single continuous boundary SR (fourteenth oblique line region) If the position represented by the measurement signal constitutes a single continuous boundary, the processing module 6 detects the track signal to determine the track. Step 4: The processing module 6 determines whether the position constitutes a plurality of consecutive boundaries. The position of the representative constitutes a plurality of continuous boundaries sr (the slanted line region of the fifteenth figure). The processing module 6 detects the track signal to determine the track. When the sensing function of the touch panel 4 is abnormal, for example, the touch panel 4 has Dust or dirty objects hinder the sensing effect of a specific area, or the sensing element of the specific area BR of the touch panel 4 is damaged (the rectangular black area of the sixteenth figure), which will cause misjudgment of the boundary judgment method. For example, the touch panel 4 The abnormal region just divides a single continuous boundary into two consecutive boundaries, and the processing module 6 will cause a false positive. In this case, the central point judgment method can be used to complement the defect of the boundary judgment method. Twenty-fifth, the seventeenth figure is the flow circle of the 1GG center and point judging method of the e-book reading device of the present invention, and the method for judging the financial point includes the following steps: Step 1. Processing module 6 Measure the detection signal sent by the touch panel 4. Step 2: The processing module 6 determines the position of the detection signal. Step 3: The processing module 6 determines whether the position constitutes a single-continuous boundary. The position represented by the signal constitutes a single continuous boundary, and the processing module 6 detects the track signal to determine the track. Step 4. The processing module 6 determines whether the position constitutes multiple consecutive boundaries. If the position represented by the detection signal is more For a continuous boundary, the center point of each successive boundary is calculated (the black circular area of the sixteenth, eighteenth, and nineteenthth, wherein the eighteenth figure shows the error of the single sensory object, Figure 18 shows the error detection of the complex sensory object. 'Fifteenth figure shows the normal detection of the complex sensor.” 201224843 Step 5: The processing module 6 calculates the center point position of all consecutive boundary centers. The processing module 6 counts a preset value, and the center of the distance between the two center points is small. If the towel point is the boundary, the processing module (4) calculates the new ΓΙ ί 点 point is greater than the scale at the preset value, and the processing module 6 ignores the calculation. For example, if the distance between the center point R1 and R2 is greater than a preset value, too careful a carving process module 6 ignores the calculation. For example, the distance of +^(4) should be 7", „^ pc ^^ is different from the sixteenth figure, the distance D2 between the center point R3 and R4 is less than a pre-lt; dry. From the pre-zero value, this implementation In the example, the default value is four senses of the library element ^ w ^ ^ ten nose out of the new center point N1 (black diamond area). As shown in the eighteenth figure, the distance between the station R5 and the point D3 and the center point R8 The distance between R8 and R8 is less than the value of pre-°, then the processing module 计算 calculates the new center points 1^ and ^^3 respectively (such as the +6 m $19 picture V), S is R5 and R7 The distance between R8 and the distance between R6 and R7, RS Μ 仏 π仏8 are greater than the preset value, so the processing group 6 ignores the calculation. The sixth module 6 judges the new point of the heart point. 6 = only one centroid point, the simple group 6 performs a single page flip function. If there are multiple new center points and the processing module 6 performs a multi-page flipping function, the processing module 6 can To turn a multi-page flip-up shirt - turn the page ten times, or 'can adjust the number of pages turned according to the number of sensors. For example, when two sensors are towed once, turn over ten, ... turn ten pages Right while In the embodiment of the present invention, the keyboard 3 and the touchpad 4 are separately disposed, and the keyboard 3 can be omitted when the sensor is actually applied. The function of 3. In addition, 'the city group 2 control board 4 can be integrated into the touch display pure, so that: when there is (four) and _ Wei. In the real material, the real miscellaneous keys can also be omitted to narrow The volume of the e-book reading device is 1. In summary, the e-book reading device of the present invention can detect the dragging action of the sensing object according to the tracking action of the sensing object, and perform the dragging action according to the single sensing object. The single page turning function 'or the multi-page turning function b ' according to the dragging action of the plurality of sensing objects to save the time, convenience and friendliness of the e-book reading device. [Simple description] A perspective view of a specific embodiment of an e-book reading device of the present invention. The second drawing is a functional block diagram of an embodiment of an e-book reading device. The third drawing is a flowchart of a page turning processing method for an e-book reading device. Department of e-book reading device Schematic diagram of the function menu message. The fifth picture is a schematic diagram of the e-book list message of the e-book reading device. The sixth picture is a schematic diagram of the e-book content of the e-book reading device. The seventh picture is a single page turning of the e-book reading device. The eighth figure is a schematic circle of the e-book content of the e-book reading device. The ninth figure is a schematic diagram of the multi-page turning gesture of the e-book reading device. The tenth figure is the e-book content of the e-book reading device. The tenth figure is the flow of the single track judging method of the e-book reading device. The twelfth figure is the flow of the complex track judging method of the e-book reading device. The thirteenth figure is the flow chart of the boundary judging method of the e-book reading device. . The fourteenth figure is a schematic diagram of a single continuous boundary of the boundary determination method. The fifteenth figure is a schematic diagram of a plurality of consecutive boundaries of the boundary determination method. The sixteenth figure is a schematic diagram of the false detection of a single sensor. The seventeenth figure is a flow chart of the method for judging the center point. The eighteenth figure is a schematic diagram of the false detection of a plurality of sensing objects. The nineteenth figure is a schematic diagram of a new center point of the central point judgment method. [Main component symbol description] 201224843 E-book reading device 100 Case 1 Display module 2 Keyboard 3 Button 31 Touchpad 4 Physical button 5 Processing module 6
1212