201237694 六、發明說明： 【發明所屬之技術領域】 本發明係有關-種觸控式鼠標裝置之控制方法，尤指一種利 用狀態機演算法，而可降低運算複雜度以增進操作速度之觸控式 鼠標裝置之狀態機演算式控制方法。 【先前技術】 目則許多可隨身鮮的電子裝置，如手機、個人數位助理 (PDA)、電子錢讀器、掌上型職機、電視遊樂器、筆記型電腦 或平板電腦等’皆會使⑽控面板來縮顿盤面積，如筆記型電 腦上之觸她(TGuehpad) ’係_ χ似γ軸摘佈設之複數個 感測點，進行複雜之運算而計算出相對應之鼠標位置變化，而複 數的感測點針雜用者的輸人，必須提供立即的回應給使用者， 然而’並非所有錢觸控板的電子裝置皆具有足觸處理能力提 供快速的回應給使用者，而影響使用者的工作效率。 因此’上述使關控板的電子裝置需使職高階之處理器來 做處理及運算，亦或簡化處理器的處理模式，如中華民國發明專 利第470909號『觸控面板軸程式及其處理方法』，請參閱第七 =所示’該觸控面板驅動程式係根據—模式參數，決定操作於正 吊模式或簡賴式，當觸控面板驅触式操作於正常模式下，則 對於觸控面板所輸入之所觸控點座標進行處理，而當觸控面板驅 動程式操作於簡潔模式中’則只對觸控面板所輸人之觸控點中的 壓下點和提上點進行處理，藉此降低系統工作負荷。 201237694 雖可面板驅練叙騎财法』發明專利， 值，但此種簡潔模式僅能使用在直=:之動=他的觸控點座標 線、圓形轉或不規職鱗I 無极用於曲 鍵、移_及滾輪雜上。 域叫多麵作功能如按 本發明人期能提供—種觸控式鼠财置之狀態機 式控财法’無高階處麵之處尋元及單元進 Γί串之座標追軌運算，本㈣係預先定義之複數 Γ目鄰觸控區域之邏輯參數，經佩對後得到—控制訊號，而可 —低運异複雜度，以達到增進操作速度以及降低系統工作負 荷之功效’乃私研思、設職作，贿钱財使狀便利性、， 是為本發明所欲研發之創作動機者。 【發明内容】 本發明之主要目的’在提供—種可降低運算複雜度以增加運 算速度之難式鼠縣置之狀_式控制方法。 本發明之-人-目的，在提供一種可降低系統工作負荷之觸 控式鼠標裝置之狀態機演算式控制方法。 為達上述目的’本翻之式鼠標裝置之狀態機演算式控 制方法包括下列步驟：魏賴控板之第—個時間點被碰觸觸控 區域所輸出之邏輯參數；根據該邏輯參數輸出航定義下—個時 間點可能補之減辦目_純域之轉錄；满下一個時 間點被碰觸難_之賴參數衫為輸出之複數個邏輯參數其 201237694 中之，以及根據第-個時間點被碰觸觸控區域之邏輯參數及下 一個時間雜駿_之_錄剌—減之預先定義之 功能控制訊號。 藉此使本發明利用預先定義之複數個相鄰觸控區域之邏輯 參數仔以預先疋義使用者可能的碰觸控制模式，並藉由感側使 用者的使賴式比對是否符合預先定義賴式，經過比對後得到 控制城m定使財欲控獅行為’而可降低運算複雜度， 以達到增進操作速度以及降低系統工作負荷之功效。 【實施方式】 本發明之其他特徵及具體實施例可於以下配合附圖之詳細說 明中，進一步得到瞭解。 本發月係利用-使用在影像處理的狀態機演算法㈣ machine al_hm) ’該狀態機演算法係利用物件移動相_以 框率(FrameRate)而言其運動距離相對小的原理，亦即物件移動皆 以本身為中心的附近鄰點移動，因此只需針對以本身為中心在適 當活動半徑範_做影像處理，而此活動半徑通常與物件物理移 動速度、掃描率、感應格社小錢，亦即只有在_半徑内的 感應格點為物件鶴巾心、關下_個移動位置，故僅需對气感應 等格點做離線式(福ine)分析及歸類，而視物件移動速度及所要^ 的解析度來訂定活動半徑及感應格點大小，格點數若越少該演算 ^度越快，進而可增加掃描率；當多物件進行影像處理時^僅需 將各別獨立物件_處理，而狀賊係可為同―纟且 201237694 更為簡單，只需進行物件尋找的演算法即可。 請參閱第二A圖所示’係為本發明使用之觸控板結構示意 圖’該觸控板丨係設有複數_先定義魏之觸控區域u〜i9，而 該等觸控區域11〜19係分別對應—邏輯位置，係對應使用者之碰 觸而產生電性變量，其中，請同時對照第三A圖，該等觸控區域 11〜耗對應於邏輯位置(0)〜(9)，其中邏輯位置⑼係對應於實體位 置之非觸控區域，邏輯位置⑴對應至實體位置之觸控區域n，邏 輯位置⑵對應至實體位置之觸控_ U，邏輯位置⑶對應至實體 位置之觸控區域13 ’邏輯位置(4)對應至實體位置之觸控區域14， 邏輯位置⑽應至實體位置之觸控區域15，邏輯位置⑹對應至實 體位置之觸控區域16，邏輯位置⑺對應至實體位置之觸控區域 P邏輯位置(8)對應至實體位置之觸控區域18，邏輯位置⑼對應 至實體位置之觸控區域19。 請參閱第1圖所示’係為本發明另—觸控板結構示意圖， 而可使在方向軸時制更狀解，賴控板丨係設有複數 個預先定義功能之觸控區域1W9、⑴〜118，*該觸控區域ui 係表不觸控區域11、12同時被碰觸，該觸控區域112係表示觸控 區域12、13同時被碰觸，該觸控區域113係表示觸控區域13、 同時被碰觸’綱控區域114絲祠控區域14、15同時被碰觸， ^觸控區域115係表示觸控區域15、16同時被碰觸，該觸控區域 116係表示觸控區域16、17同時被碰觸，該觸控區域117係表示 觸控區域17、18同時被碰觸’該觸控區域118係表示觸控區域η、 201237694 18同時被碰觸。 其中，請同時對照第三B圖’該等觸控區域n〜19、1U〜118 係對應於邏輯位·Η9)、（12)、(23)、(34)、(Μ)、(56)、(67)、⑽、 (U邏輯位置⑼係對應於實體位置之非觸控區域，邏輯位置 ⑴〜(9)分別對應至實體位置之觸控區域叫9，而邏輯位置(靖 應^實體位置之觸控區域lu，邏輯位置㈣對應至實體位置之觸 控區域112，邏輯位置(34)對應至實體位置之觸控區域113，邏輯 位置(45)對應至實體位置之觸控區域114，邏輯位置⑽對應至實 體位置之觸控H域115，邏輯位置(67)對應至實體位置之觸控區域 116 ’邏輯位置(78)對應至實體位置之觸控區域117，邏輯位置(81) 對應至實體位置之觸鹿域118;鮮邏輯位置侧於—高解析度 模式，明參閱第一 B圖，係用於提高鼠標移動時的可用角度，讓 其由原本0度、45度、90度、135度、180度、225度、270度、 315度的八個移動角度，提升為〇度、22 5度、45度、77 5度、 90 度、112.5 度、135 度、157.5 度、180 度、202.5 度、225 度、 247.5度、270度、292.5度、315度、337.5度的十六個移動角度， 讓使用者感覺鼠標移動時更加順暢。 請同時參閱第一圖所示，係為本發明較佳實施例之活動半徑 為1時之控制方法流程圖，係於使用者碰觸至少—觸控區域(如觸 控區域11)後開始(步驟201)，而接收該觸控板1之第一個時間點 被碰觸觸控區域所輸出之邏輯參數(步驟202)，根據該邏輯來數輸 出預先定義下一個時間點可能碰觸之複數個相鄰觸控區域之邏輯 201237694 參數(步驟2〇3)，再判斷下-個時間點被碰觸觸控區域之邏輯參數 是否為輸出之複數個邏輯參數其中之一(步驟綱），若該下一個時 間點碰觸觸控區域之邏輯參數係為輸出之複數個邏輯參數其中之 一’則根據第-個時_被碰_控區域之邏輯參數及下一個時 間點被碰_控_之賴參數射Η目應之預先絲之功能控 制訊號(步驟2〇5)，而若該下一個時間點碰觸觸控區域之邏輯參數 並非f之複數個雜參數其中之_，則執行結束(步驟施）。 ”中顧先疋義下-靖間點可能碰觸之複數個相鄰觸控 輯之_參數(行賴式_—已奴並儲存於電子裝置中，而 預先疋義之功㈣訊麟可依制者需求設定各功能控制訊 ;:鍵、鼠標移動或滾輪等，其中係可依需求增加各項功 ^制之㈣方法射包含—傳送顧先定義之功能 制喊至接《置之步驟(未圖示）。 例之步 ==^三A圖以及第四A圖所示，本實施 板1之第—細，接收該觸控 據該邏輯參數⑼輸出預先^ 輯參數(9)，根 鄰觸控區域之個時間點可能碰觸之複數個相 控區域之邏輯轉判斷下一個時間點被碰觸觸 之―，而得到邏輯轉⑼)且為輸出之複數個邏輯參數⑼〜⑻其中 控板1之第-個被碰觸觸::義的按鍵功能控制訊號；接收該觸 邏輯參數(2)預 工區域12所輸出之邏輯參數(2)，根據該 —個時間點可能碰觸之複數_鄰觸控區 201237694 域之邏輯參數⑼、⑴、（3)、（9)之後，靖下—個_點被碰觸觸 控區域之邏輯參數係為_•騎出之魏鋪輯參數⑼、⑴、 j)()其中之耐于到邏輯參數(2)所定義的按鍵功能控制訊 號’其他觸控H域n、u〜Μ依此類推，其中該邏輯參數⑴〜⑼ 的按鍵功能可視需求定義，例如：邏輯參數⑺為音量鍵増加音 量、邏輯參數⑻為鼠標向上雜—小步等。 其中，本實施鬆他聽定義之魏控觀號敎義如下：第 -種鼠標功能控制訊號，請同時參閲第三a圖及第四B圖所示， 第-個時間點被碰觸觸控區域18之邏輯參數為⑻，然後緊接著移 動到觸控區域19之邏輯參數為⑼，功能控制訊號係為鼠標向下方 移動、移動距離為中；第一個時間點被碰觸觸控區域以之邏輯參 數為(2)，然後緊接著移動到觸控區域19之邏輯參數為⑼，功能_ 制訊號係為鼠標向左方移動、移動距離為中；第一個工 區域15之邏輯參數為⑶，然後緊接著移動到觸魏域= =參數為⑼，功能控制訊號係為鼠標向右上方移動、移動距離為 而第二種鼠標功能控制訊號，請同時參閱第三A圖及第四c 圖所示’第-個時間點被碰觸觸控區域! 緊接著移動到觸控區域丨9之賴參 G域Η之邏輯參數為(4)，功能控制訊號係為鼠標向下方移 第一個時間點被碰觸觸控區域12之邏輯參數為(;)， 4緊接者移動到觸控區域19之邏輯參數為(9)，再移動到觸控區 201237694 域16之邏輯參數為⑹，功能控制訊號係為鼠標句左方移動、 距離為大，且於邏輯參數為(〇)時執行結束步驟。 移動 第三種鼠標功能控制訊號，請同時參閱第三A 裕- 圓及第四D圖 所^第-個時間點被碰觸觸控區域19之邏輯參數為⑼，然後緊 接者移動_控區域n之邏輯參數為⑴，且保持在邏輯參數為⑴ 的位置，功能控制訊號係為鼠標持續向右上方移動，此時若將邏 輯參數位置⑴移動到邏輯參數位置(2)，則功能控制訊號係為^ 持續向右方移動，此時若將邏輯參數位置(2)移動到邏輯參數位^ ()則功月b控制訊號係為氣標持續向右下方移動，此時若將邏輯 參數位置⑶移_賴錄倾卩），則魏控制峨係為鼠標在 該位置保持不動，此時若將邏輯參數位置(9)移動到邏輯參數位置 ⑶，則功紐制罐係為鼠標制向右下方飾，但移動速度可 、又為比原本的速度慢或是保持不變，且於邏輯參數為⑼時立即 或一段時間後執行結束步驟。 第四種鼠標功能控制訊號，請同時參閱第三Α圖及第四D圖 所:，第一個時間點被碰觸觸控區域19之邏輯參數為(9)，然後緊 接者移動到觸控區域u之邏輯參數為⑴和邏輯參數為⑼同時動 作’則功能控做舰為鼠標_向右上謂速移動，此時若完 全移至之觸控區域u邏輯參數為⑴，則功能控制訊號係為鼠標持 續向右上方以正常速度移動，此時若由邏輯參數位置⑴移動到邏 輯參數位置(2) ’則姐㈣訊縣為鼠標_向右方以正常速度 移動，此時若完全移至觸控區域12之邏輯參數為(2)和邏輯參數為 201237694 (9)同時動作’則魏控觀縣為鼠標辆向右方慢速移動，且 於邏輯參數為⑼時立即或-段時間後執行結束步驟。 第五種鼠標魏㈣訊號，係為連續_ 3 :欠紐次觸控區 域'之邏輯參數⑼直至邏輯參數為⑼，且符合預先定義的密碼則 進入f又速移城標魏模式，此時若第—個_點被碰觸觸控區 域I9之it輯參數為⑼’然後緊接著移動到觸控區域U之邏輯參 數為⑴，則魏控舰縣城縣續向右上錄速移動，此時 若將邏輯參數㈣⑴移_賴她位置(2) ♦ 力驗制訊號係 為鼠標持續向右方以慢速移動，且於邏輯參數為⑼時執行結束步 2，而再連續碰觸3次或數次觸控_ 19之邏輯參數(9)直至邏輯 ⑼，且符合預蚊義的密·會㈣慢速移域標功能模 第—種滾輪功能控制訊號，朗時參閱第三a圖及第四£圖 18之_參數為⑻，然後緊 ‘======難為送 則功能控軸號係為送㈣_時針=功纽為(2) ’ :=(3)，則功_二:= 為_::::=::__ 邏輯參數為⑼時執躲束步驟，其巾係可㈣_種滚輪 201237694 功能設定成和一般滑鼠相同為畫面捲軸模式。 第二種滾輪功能控制訊號，請同時參閱第三A圖及第四f圖 所示’第-個時間點被碰觸觸控區域16之邏輯參數為⑹，此時若 於同-個時間點(亦即第-個時間點)在由另一根手指碰觸觸控區 域11〜14、18其中之-，該等邏輯參數係為⑴〜(4)、⑻此時進 入第二種滾輪魏模式，若第二根手指碰卿控區域12之邏輯參 數為(2)，且由邏輯參數為(2)移動到邏輯參數為(3)，則功能控制訊 號係為送a第二觀輪魏猶針滾輪魏—次，若再由邏輯參 數為⑵移動到邏輯參數為(3)，則功能控制訊號係為送出第二種滾 輪功能順時針雜魏-:欠，直騎輯參數為⑹㈣賴參數為 (〇)後時執行結束步驟。 凊再參閱第四G圖所示，第__個時間點被碰觸觸控區域12 之邏輯參數為(2)，此時絲同—個時間點在由另—根手指碰觸觸 控區域Μ〜18其中之-，該等邏輯參數係為(4)〜⑻，此時進入第 種滚輪功趟式’若第二根手指碰觸觸控區域14之邏輯參數為 (4)，且由邏輯參數為⑷移動到邏輯參數為⑶，則功能控制訊號係 為运出第二種滾輪魏順料滾輪魏—次，若再由邏輯參數為⑺ 移動到邏輯參數為(4)，則舰控舰鶴為送出第二録輪功能 ^時針雜絲-次，制频她為(2)魏賴參料⑼後時 ^吉束步驟，其中係·二種滾輪功能設定成晝面捲轴左右 移動模式或晝面放大縮小。 請同時參閱第三Α圖及第四Η圖所示，第一個時間點被碰觸 201237694 觸控區域18之邏輯參數為(8)，此時若於同一個時間點在由另一根 手指碰觸觸控區域12〜16其中之一，該等邏輯參數係為(2)〜(6)， 此時進入第二種滾輪功能模式’若第二根手指碰觸觸控區域14之 邏輯參數為(4)，且由邏輯參數為(4)移動到邏輯參數為(5)，則功能 控制δίΐ號係為送出第一種滚輪功能順時針滚輪功能·一次，若再由 邏輯參數為(5)移動到邏輯參數為(6)，則功能控制訊號係為送出第 二種滾輪功能順時針滚輪功能一次，直到邏輯參數為(8)變成邏輯 參數為(0)後時執行結束步驟。 請再參閱第四I圖所示，第一個時間點被碰觸觸控區域14之 邏輯參數為(4)，此時若於同一個時間點在由另一根手指碰觸觸控 區域11、12、16〜18其中之一，該等邏輯參數係為⑴、(2)、⑹〜⑻， 此時進入第二種滾輪功能模式，若第二根手指碰觸觸控區域16之 邏輯參數為(6)，且由邏輯參數為移動到邏輯參數為(7)，則功能 控制訊號係為送出第二種滚輪功能順時針滾輪功能一次，若再由 輯參數為⑺移_賴參數為⑹，則魏控制職係為送出第 一種滾輪功能逆時針滾輪功能一次，直到邏輯參數為(4)變成邏輯 ^數為(G)後時執行結束步驟，其中係可料二餘輪功能設定成 晝面捲轴左右移動模式或畫面放大縮小。 “中，响參閱第五圖所示，係為本發明之相鄰觸控區域優先 “J斷/’11_程圖，係為針對相鄰感測觸控區域辨識不清的問題， /、相鄰感測觸控區域被碰觸時之優先順序辨識流程，其主要 之判斷依據如下:該外圈之觸控區域之執行優絲序高於内圈之觸 13 201237694 控區域之執行優先麟；該先獅觸之觸麵敵執行優先順序 高於後被碰觸之觸控區域之執行優先順序；該高感測電性量(High Raw Count)之觸控區域執行優先順序係高於該低感測電性量細^ Raw Count)之觸控區域之執行優先順序。而該優先順序判斷係於 開始(步驟501)後’讀被碰卿㈣域之邏輯參數是否為預先定 義之外圈賴參數(倾5〇2)，若顺絲，雜翻斷被碰觸觸 控區域是否為預先定義之_邏輯參數(步驟5G4)，若為—内圈邏 輯參數則㈣卜相應之預先定義之魏控制訊號(步驟)，若不 為-内圈邏輯參數則執行結束(步驟51〇);而若被碰觸觸控區域之 邏輯參數係為預蚊義之外圈邏輯參數，則繼續判斷是否有複數 個觸控區域被碰觸(步驟5〇3)，若判斷為否，則根據被碰觸觸控區 域之邏輯參杨到一相應之預先定義之功能控制訊號(步驟篇）， 若判斷為複數個觸控區域被碰觸，再判斷複數個被碰觸觸控區域 是否有先被碰觸之觸控區域(步驟5〇5)，若判斷為否，則根據較高 感測電性量之被_難區敵賴她制—械之預先定義 之功能控觀號(倾娜），崎_財先被賴之觸控區域， 則根據先被碰觸觸控區域之邏輯參數得到一相應之預先定義之功 能控制訊號(步驟5〇7)，之後執行結束(步驟51〇)。 請參閱第六A圖至第六C圖所示，本發明係可搭配一陀螺儀 使用’當制者逆時針旋轉賴控板丨時(如第六A圖及第六b圖 所示），該觸控板i之觸控區域1W9上所顯示之英文字Μ係會 跟著旋轉，然而，而該等觸控區域之邏輯參數⑴〜(9)係隨著觸控 201237694 板11之旋轉而作-邏輯上的映射(如第六C圖所示），亦即使用者 順時針㈣90度或180度’使該實體之觸控區域旋轉9〇度或⑽ 度’而實際之邏輯參數齡跟據使用者祕於地面的相對位置而 固定在正確之方向，不會因為觸控板丨的上下左右倒置，而造成 使用者使用不便。 綜上所述’依上文所揭示之内容，本發明確實可達到發明之 預期目的，其·預先定義之複數個相鄰觸控區域之邏輯參數， 經過比對知到-控制峨，而可降低運算複減，使本創作之 接收裝置可使賴低階之處理器，並控制器之狀態機制程式 搭配陀螺儀使用，以達到增進操作速度、降低线工作負荷 以及增加伽者便概之功效，確實具有實關值無疑，而具備 產業利用性、新祕及進步性要件，爰依法提出發明專利申請。 以上所述者’僅為本發明之較佳實_，舉凡依本發明申請 專利範圍所作之均等封變化，均應為本案之技術範圍所涵蓋。 【圖式簡單說明】 第圖係本發明較佳實施例之控制方法流程圖。 第二A圖係本發明使用之觸控板結構示意圖。 第一B圖係本發明另一觸控板結構示意圖。 第三A圖係本發明對應於第二A圖之邏輯位置示意圖。 第三B圖係本發明對應於第二B圖之邏輯位置示意圖。 第四A圖係本發明之按鍵功能控制訊號定義示意圖。 第四B圖係本發明之第一種鼠標功能控制訊號定義示意圖。 201237694 第四c圖係本發明之第二種鼠標功能控制訊號定義示意圖。 第四D圖係本發明之第三種及第四種鼠標功能控制訊號定義示 意圖。 第四E圖係本發明之第一種滚輪功能控制訊號定義示意圖。 第四F圖係本發明之第二種滚輪功能控制訊號定義示意圖。 第四G圖係本發明之第二種滾輪功能控制訊號定義示意圖。 第四Η圖係本發明之第二種滾輪功能控制訊號定義示意圖。 第四I圖係本發明之第二種滚輪功能控制訊號定義示意圖。 第五圖係本發明之相鄰觸控區域優先順序判斷流程圖。 第六Α圖係本發明之觸控板旋轉90度前後示意圖。 第六B圖係本發明之觸控板旋轉180度前後示意圖。 第六C圖係本發明之觸控板之邏輯參數旋轉前後示意圖。 第七圖係習知電容式觸控裝置之方塊示意圖。 【主要元件符號說明】 觸控板1 觸控區域 11、12、13、14、15、16、17、18、19 觸控區域 1U、112、113、114、115、116、117、118 步驟 201、202、203、204、205、206 步驟 501、502、503、504、505、506、507、508、509、510 16201237694 VI. Description of the Invention: [Technical Field] The present invention relates to a control method for a touch-sensitive mouse device, and more particularly to a touch that utilizes a state machine algorithm to reduce computational complexity and increase operating speed. A state machine calculus control method for a mouse device. [Prior Art] Many electronic devices that can be used with you, such as mobile phones, personal digital assistants (PDAs), electronic money readers, handheld jobs, video games, notebooks or tablets, will make (10) The control panel is used to reduce the disk area, such as the touch point on the notebook computer (TGuehpad), which is a plurality of sensing points of the γ-axis extraction, and performs complicated operations to calculate the corresponding mouse position change, and The input of multiple sensory pin chores must provide an immediate response to the user. However, not all electronic devices with touchpads have the ability to handle the touch to provide a quick response to the user, which affects the use. The efficiency of the work. Therefore, the above-mentioned electronic device for the control panel needs to be processed and operated by a high-level processor, or to simplify the processing mode of the processor, such as the Republic of China invention patent No. 470909 "touch panel axis program and its processing method. 』, please refer to the seventh = shown 'The touch panel driver is based on the mode parameter, decides to operate in the positive hanging mode or simple mode, when the touch panel is driven in the normal mode, then the touch The touch point coordinates input by the panel are processed, and when the touch panel driver operates in the simple mode, only the depression point and the lifting point in the touch point of the touch panel are processed. This reduces system workload. 201237694 Although the panel can drive the invention patent, value, but this simple mode can only be used in the direct =: movement = his touch point coordinate line, round or irregular scale I Used for curved keys, shifting _ and wheel miscellaneous. The domain is called multi-faceted function. For example, according to the present invention, the state-of-the-art control method of the touch type mouse money can be provided. (4) It is a logical parameter of a pre-defined plurality of adjacent touch areas, which can be obtained by the control of the control signal, but can be low-transported to achieve the effect of improving the operation speed and reducing the system workload. Thinking, setting up a job, bribing money and making convenience, is the creative motive for the research and development of the invention. SUMMARY OF THE INVENTION The main object of the present invention is to provide a method for controlling the difficulty of reducing the computational complexity to increase the speed of operation. The present invention provides a state machine calculus control method for a touch-controlled mouse device that reduces system workload. For the above purpose, the state machine calculus control method of the flip type mouse device comprises the following steps: the first time point of the Wei Lai control panel is touched by the touch node to output the logic parameter; according to the logic parameter output The definition of the next time point may be supplemented by the reduction of the _ pure domain transcription; the full time point is touched difficult _ depends on the parameter shirt for the output of a plurality of logical parameters of its 201237694, and according to the first time The logical parameter of the touched area is touched and the next time is _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Therefore, the present invention utilizes the logic parameters of a plurality of predefined touch regions to pre-define the user's possible touch control mode, and whether the proximity user's comparison is consistent with the predefined Lai, after the comparison, get the control of the city to make the financial control lion behavior 'can reduce the computational complexity, in order to improve the operation speed and reduce the system workload. Other features and embodiments of the present invention will be further understood from the following detailed description of the drawings. This month is used - the state machine algorithm used in image processing (4) machine al_hm) 'The state machine algorithm uses the object moving phase _ frame rate (FrameRate) its movement distance is relatively small, that is, the object The movement moves around the neighboring points that are centered on itself, so it is only necessary to perform image processing on the appropriate radius of motion in itself, and the radius of the activity is usually related to the physical movement speed of the object, the scanning rate, and the small amount of money. That is, only the sensing grid in the _radius is the object crane heart, and the _ a moving position is closed. Therefore, it is only necessary to perform offline analysis and classification on the gas sensing point, and depending on the moving speed of the object and The resolution of the desired radius is used to set the radius of the activity and the size of the sensing grid. The less the number of grid points, the faster the calculation, and the scanning rate can be increased. When multiple objects are processed, only separate objects must be used. _ processing, and the thief can be the same - and 201237694 is simpler, just the algorithm for object search. Please refer to FIG. 2A for a schematic diagram of a touch panel structure used in the present invention. The touch panel is provided with a plurality of first-defined Wei touch regions u~i9, and the touch regions 11~ The 19 series respectively correspond to the logical position, and the electrical variable is generated corresponding to the user's touch. In addition, please refer to the third A picture at the same time, and the touch area 11~ consumption corresponds to the logical position (0)~(9) The logical position (9) corresponds to the non-touch area of the physical position, the logical position (1) corresponds to the touch area n of the physical position, the logical position (2) corresponds to the touch _ U of the physical position, and the logical position (3) corresponds to the physical position The touch area 13' logical position (4) corresponds to the touch area 14 of the physical position, the logical position (10) should be to the touch area 15 of the physical position, the logical position (6) corresponds to the touch area 16 of the physical position, and the logical position (7) corresponds to The touch area P to the physical location P logical position (8) corresponds to the physical location touch area 18, and the logical position (9) corresponds to the physical location touch area 19. Please refer to Fig. 1 for the structure of the touch panel, which can be used to make the direction of the direction of the axis. The control panel is equipped with a plurality of touch areas 1W9 with predefined functions. (1) ～118,* The touch area ui is not touched by the touch areas 11 and 12 at the same time. The touch area 112 indicates that the touch areas 12 and 13 are simultaneously touched, and the touch area 113 indicates touch. The area 13 is touched at the same time, and the touch control area 14 and 15 are simultaneously touched. The touch area 115 indicates that the touch areas 15 and 16 are simultaneously touched, and the touch area 116 indicates touch. The touch areas 117 and 18 are simultaneously touched. The touch area 118 indicates that the touch areas η and 201237694 18 are simultaneously touched. In the meantime, please refer to the third B picture, 'the touch areas n~19, 1U~118 correspond to the logical bits ·Η9), (12), (23), (34), (Μ), (56) (67), (10), (U logical position (9) corresponds to the non-touch area of the physical position, the logical position (1) ~ (9) corresponds to the touch position of the physical position respectively called 9, and the logical position (Jing Ying ^ entity The touch area lu of the position, the logical position (4) corresponds to the touch area 112 of the physical position, the logical position (34) corresponds to the touch area 113 of the physical position, and the logical position (45) corresponds to the touch area 114 of the physical position, The logical position (10) corresponds to the touch H field 115 of the physical position, and the logical position (67) corresponds to the touch area 116 of the physical position. The logical position (78) corresponds to the touch area 117 of the physical position, and the logical position (81) corresponds to To the physical location of the touch deer field 118; the fresh logical position is in the high-resolution mode, see the first B picture, which is used to improve the available angle when the mouse moves, so that it is originally 0 degrees, 45 degrees, 90 degrees Eight moving angles of 135 degrees, 180 degrees, 225 degrees, 270 degrees, and 315 degrees, raised to 〇, 22 5 degrees, 45 Sixteen moving angles of 77 5 degrees, 90 degrees, 112.5 degrees, 135 degrees, 157.5 degrees, 180 degrees, 202.5 degrees, 225 degrees, 247.5 degrees, 270 degrees, 292.5 degrees, 315 degrees, 337.5 degrees, allowing the user It is felt that the mouse moves more smoothly. Please also refer to the first figure, which is a flowchart of the control method when the activity radius is 1 according to the preferred embodiment of the present invention, which is when the user touches at least the touch area (such as After the control area 11) is started (step 201), the first time point of receiving the touch panel 1 is touched by the logic parameter outputted by the touch area (step 202), and the output is predefined according to the logic. The logic point 201237694 parameter of the adjacent touch area may be touched at the time point (step 2〇3), and then it is determined whether the logic parameter of the touch area touched by the next time point is a plurality of logical parameters of the output. One (step), if the logical parameter of touching the touch area at the next time point is one of the plurality of logical parameters of the output, then according to the logic parameter of the first time_the touched area, and the next one Time point is touched _ control _ depends on the parameter shot The pre-wire function control signal (step 2〇5) is used, and if the logic parameter of the touch time zone at the next time point is not the _ of the plural parameters of f, the execution ends (step application). "In the middle of the first 疋 疋 - - - 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖 靖The system needs to set various function control messages;: keys, mouse movements or scroll wheels, etc., among which the system can be added according to the requirements of the system (4) method of shooting contains - transmission of the function defined by the system to call the "steps of the set ( Not shown). Example step ==^ Three A picture and the fourth A picture, the first embodiment of the implementation board 1, receiving the touch according to the logic parameter (9) output pre-selection parameter (9), the root adjacent to the touch area The logic of a plurality of phased areas that may be touched at a certain point in time determines that the next time point is touched, and logically (9) is obtained and is a plurality of logical parameters (9) to (8) of which the control board 1 - a touched touch:: the button function control signal of the sense; receiving the logic parameter of the touch (2) the logic parameter (2) output by the pre-work area 12, according to the plural number of the touch points that may be touched according to the time point After the logic parameters (9), (1), (3), (9) of the control area 201237694 domain, the logical parameters of the touch-touch area of Jingxia-_point are _•The Weipu parameters (9), (1) j) () which is resistant to the key function control signal defined by the logic parameter (2) 'other touch H fields n, u ~ Μ, and so on, wherein the key functions of the logic parameters (1) ~ (9) can be defined according to requirements, For example, the logic parameter (7) is the volume key 増 plus volume, the logic parameter (8) is the mouse up miscellaneous - small step and so on. Among them, the implementation of the Song He listened to the definition of the Wei control view is as follows: the first mouse function control signal, please refer to the third a picture and the fourth B picture, the first time point is touched The logic parameter of the control area 18 is (8), and then the logical parameter moved to the touch area 19 is (9), and the function control signal is that the mouse moves downward and the moving distance is medium; the first time point is touched by the touch area. The logical parameter is (2), and then the logical parameter moved to the touch area 19 is (9), the function _ signal is the mouse moving to the left, the moving distance is medium; the logical parameter of the first working area 15 For (3), then move to touch the Wei domain == parameter is (9), the function control signal is for the mouse to move to the upper right, the moving distance is the second mouse function control signal, please refer to the third A picture and the fourth c The picture shows that the first time point is touched by the touch area! The logical parameter of the G field after moving to the touch area is (4), and the function control signal is the mouse moving downward. A point in time is touched by the logic of the touch area 12 For (;), the logical parameter of the 4th mover to the touch area 19 is (9), and then the logical parameter of the move to the touch area 201237694 field 16 is (6), and the function control signal is the left movement of the mouse sentence, the distance It is large, and the end step is executed when the logical parameter is (〇). Move the third mouse function control signal, please refer to the third A-Yu-Yuan and the fourth D-picture. The logical parameter of the touched area 19 is (9) at the first time point, and then the next mover _ control The logical parameter of the area n is (1), and the position of the logic parameter is (1), and the function control signal is that the mouse continuously moves to the upper right. At this time, if the logical parameter position (1) is moved to the logical parameter position (2), the function control The signal is ^ continuously moving to the right. At this time, if the logical parameter position (2) is moved to the logical parameter position ^ (), the power month b control signal is continuously moved to the lower right of the gas mark, and at this time, if the logical parameter is Position (3) shifts _ 录 卩 卩 卩 , , , , , 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏 魏The bottom right is decorated, but the moving speed can be slower or remain the same as the original speed, and the end step is executed immediately after the logic parameter is (9) or after a period of time. For the fourth mouse function control signal, please refer to the third map and the fourth D map at the same time: the logical parameter of the first time point being touched by the touch area 19 is (9), and then the next mover touches The logic parameter of the control area u is (1) and the logic parameter is (9) simultaneous action', then the function control is made to move the mouse to the upper right direction, and if the logic parameter of the touch area u is completely moved to (1), the function control signal is The mouse continues to move to the upper right at the normal speed. At this time, if the logical parameter position (1) moves to the logical parameter position (2) 'the sister (four) Xunxian moves to the right at the normal speed, at this time, if it is completely moved The logical parameter to touch area 12 is (2) and the logical parameter is 201237694 (9) Simultaneous action 'When Wei control Guanxian moves slowly to the right for the mouse, and immediately or during the logical parameter is (9) Execute the end step. The fifth kind of mouse Wei (four) signal is the continuous _ 3: under the touch area of the logical parameter (9) until the logical parameter is (9), and meets the pre-defined password to enter the f and speed shift mark Wei mode, at this time If the first _ point is touched, the parameter of the touch area I9 is (9)', and then the logical parameter of moving to the touch area U is (1), then the Weikong County is continuously moving to the upper right speed. If the logic parameter (4)(1) is moved to the position (2) ♦ The force detection signal is that the mouse continues to move to the right at a slow speed, and when the logic parameter is (9), the end step 2 is executed, and then the touch is continuously performed 3 times or Several touches _ 19 logic parameters (9) up to logic (9), and meet the pre-mosquito secrets (four) slow-moving domain-targeting function module - the type of roller function control signal, see the third a map and The _ parameter of Fig. 18 is (8), then the '====== is difficult to send, then the function control axis number is sent (four) _ hour hand = power button is (2) ' := (3), then work _ two := is _::::=::__ When the logic parameter is (9), the hiding step is performed, and the towel system can be (4) _ kind of scroll wheel 201237694 function is set to be the same as the normal mouse Style. The second wheel function control signal, please refer to the third A picture and the fourth f picture at the same time. The logical parameter of the touched area 16 touched at the first time point is (6), at this time, at the same time point. (that is, at the first time point), when the touch finger touches the touch regions 11 to 14, 18 by another finger, the logical parameters are (1) to (4), (8) enter the second roller. Mode, if the logical parameter of the second finger touches the control area 12 is (2), and the logical parameter is (2) moved to the logical parameter (3), the function control signal is sent to the second view wheel Wei If the logical parameter is (2) and the logical parameter is (3), then the function control signal is sent to the second wheel function clockwise Wei-: owe, the direct riding parameters are (6) (4) The end step is executed when the parameter is (〇). Referring to the fourth G picture, the logical parameter of the touched area 12 at the __th time point is (2), and the silk is touched by the other finger at the same time point. Μ~18, among them, the logical parameters are (4)~(8), and at this time, the first type of scroll function is entered. 'If the second finger touches the touch area 14, the logical parameter is (4), and The logical parameter is (4) moving to the logical parameter is (3), then the function control signal is to send out the second type of wheel, and if the logical parameter is (7), the logical parameter is (4), then the ship control Ship crane is the second recording wheel function ^ hour hand miscellaneous wire - times, the frequency is her (2) Wei Lai reference material (9) after the ^ Ji beam step, in which the two kinds of roller function is set to the left and right side of the scroll Zoom in or out of the mode or face. Please refer to the third and fourth diagrams at the same time. The first time point is touched by 201237694. The logic parameter of touch area 18 is (8). At this time, if it is at the same time point, it is by another finger. Touching one of the touch areas 12 to 16, the logic parameters are (2) to (6), and entering the second wheel function mode at this time, if the second finger touches the logic parameter of the touch area 14 For (4), and the logic parameter is (4) moved to the logic parameter (5), the function control δίΐ is to send the first roller function clockwise wheel function · once, if the logic parameter is (5) When moving to the logic parameter (6), the function control signal is to send the second wheel function clockwise wheel function once, until the logic parameter is (8) and the logic parameter is (0), then the end step is executed. Referring to the fourth I picture, the logic parameter of the first time point being touched by the touch area 14 is (4), and if the touch area 11 is touched by another finger at the same time point, One of 12, 16~18, the logic parameters are (1), (2), (6)~(8), and enter the second scroll function mode, if the second finger touches the logic parameter of the touch area 16 If it is (6) and the logic parameter is moved to the logic parameter (7), the function control signal is to send the second wheel function clockwise wheel function once, if the parameter is (7), the parameter is (6) , Wei control grade is to send the first type of wheel function counterclockwise wheel function once, until the logic parameter is (4) becomes logic number (G), then the end step is executed, in which the function of the second wheel is set to The face roller moves to the left or right mode or the screen zooms in and out. "Medium, as shown in the fifth figure, is the priority of the adjacent touch area of the present invention "J break / '11_程图, which is an unclear problem for the adjacent sensing touch area, /, The priority recognition process of the adjacent touch sensing area when touched is as follows: the execution priority of the touch area of the outer ring is higher than that of the inner circle 13 201237694 The priority of the lion's touch-to-face enemy execution priority is higher than the execution priority of the touched area after the touch; the high-precision touch area execution priority is higher than the The low-sensitivity measurement is performed in the touch area of the Raw Count. And the priority order judgment is after the start (step 501), whether the logic parameter of the read touch (4) field is a predefined parameter (pour 5 〇 2), if the wire is crossed, the touch is touched. Whether the control area is a predefined _logical parameter (step 5G4), if it is - inner circle logic parameter (4), the corresponding pre-defined Wei control signal (step), if not - the inner circle logic parameter is executed (step 51〇); If the logical parameter of the touched touch area is the pre-mosquito outer circle logic parameter, then continue to determine whether a plurality of touch areas are touched (step 5〇3), if the judgment is no, According to the logic of the touched touch area, a corresponding predefined function control signal (step part) is determined. If it is determined that a plurality of touch areas are touched, it is determined whether a plurality of touched touch areas are touched. There is a touch area that is touched first (step 5〇5). If the judgment is no, the pre-defined function control number is based on the higher sensed electrical quantity.倾娜), Saki _ 财 is first touched by the touch area, then according to the touch of the touch area To give the corresponding parameters of a pre-defined function of the control signal (step 5〇7), then execution ends (step 51〇). Referring to Figures 6A through 6C, the present invention can be used with a gyroscope when the controller rotates the control panel counterclockwise (as shown in Figures 6A and 6b). The English characters displayed on the touch area 1W9 of the touch panel i are rotated, however, the logical parameters (1) to (9) of the touch areas are rotated by the touch of the 201237694 board 11. - a logical mapping (as shown in Figure 6C), that is, the user rotates the touch area of the entity by 9 degrees or (10) degrees clockwise (four) 90 degrees or 180 degrees' and the actual logical parameter age The user is fixed in the correct direction with respect to the relative position of the ground, and does not cause inconvenience to the user due to the up, down, left and right of the touchpad. In summary, the present invention can achieve the intended purpose of the invention according to the above disclosure, and the logical parameters of a plurality of pre-defined adjacent touch regions can be obtained by comparing the control parameters. Reduce the operation of the reduction, so that the receiver of the creation can rely on the low-order processor, and the controller's state machine program is used with the gyroscope to achieve the effect of improving the operation speed, reducing the line workload and increasing the singularity. It does have unrealistic value, but it has industrial utilization, new secrets and progressive elements, and submits invention patent applications according to law. The above description is only the preferred embodiment of the present invention, and the equivalent changes made by the scope of the patent application of the present invention should be covered by the technical scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The drawings are a flow chart of a control method of a preferred embodiment of the present invention. The second A is a schematic diagram of the structure of the touch panel used in the present invention. The first B diagram is a schematic structural view of another touch panel of the present invention. The third A diagram is a schematic diagram of the logical position of the present invention corresponding to the second A diagram. The third B diagram is a schematic diagram of the logical position of the present invention corresponding to the second B diagram. The fourth A diagram is a schematic diagram of the definition of the button function control signal of the present invention. The fourth B diagram is a schematic diagram of the definition of the first mouse function control signal of the present invention. 201237694 The fourth c-picture is a schematic diagram of the definition of the second mouse function control signal of the present invention. The fourth D diagram is a schematic representation of the third and fourth mouse function control signals of the present invention. The fourth E diagram is a schematic diagram of the definition of the first scroll function control signal of the present invention. The fourth F diagram is a schematic diagram of the definition of the second scroll function control signal of the present invention. The fourth G diagram is a schematic diagram of the definition of the second scroll function control signal of the present invention. The fourth diagram is a schematic diagram of the definition of the second scroll function control signal of the present invention. The fourth I diagram is a schematic diagram of the definition of the second scroll function control signal of the present invention. The fifth figure is a flow chart for determining the priority order of adjacent touch regions of the present invention. The sixth drawing is a schematic diagram of the front and rear of the touch panel of the present invention rotated by 90 degrees. The sixth B is a schematic diagram of the front and rear of the touch panel of the present invention rotated 180 degrees. The sixth C is a schematic diagram of the front and rear rotation of the logic parameters of the touch panel of the present invention. The seventh figure is a block diagram of a conventional capacitive touch device. [Description of main component symbols] Touch panel 1 touch areas 11, 12, 13, 14, 15, 16, 17, 18, 19 Touch areas 1U, 112, 113, 114, 115, 116, 117, 118 Step 201 202, 203, 204, 205, 206 Steps 501, 502, 503, 504, 505, 506, 507, 508, 509, 510 16