200900991 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種互動影音播放的系統與方法，尤 指可讓使用者融入影片段情境且系統經濟而方便使用 - 者0 【先前技術】 習知使用者和影像互動方式是由使用者輸入的訊號 經由複雜的軌跡、光影和整體空間等運算而產生動晝， 達到使用者控制動晝功能；操控動畫的好處在於動作的 頻率、行進方向施力大小均能恰當呈現，相對之下，影 片段的控制即難以達到這般境地，但是影片段所呈現之 真實感，卻是目前動晝技術難以比擬的，且即時動晝的 產生需要昂貴的運算設備及軟體亦是另一項缺憾。 美國專利案第6 4 2 8 4 4 9號揭露一依動作和聲 曰命々控制的互動系統，此系統藉由反復的肢體動作和 聲音命，的組合改變影像播放，肢體的往復擺動控制節 奏，而聲音命令則可控制無限多組虛擬的動作，兩者的 ，合即達到在虛擬場景中作各式各樣的行為；例如射 f游冰、站住不動、返回、平移、走路和跑步等等， 母-種行為由語音下達且該動作執行的節奏則由肢體動 作返復的縣馳制，語音亦可·簡單的命令如拿取 前往某處等等。此發明可讓使用者在虛擬場 ’、 ’各樣的行為，可應用在各式各樣不同的遊戲 5 200900991 中，但此發明僅可應用於虛擬的場景，以目前的技 以軟體模擬“的虚_景還是和真實影諸無法相’ 比’且三維的模擬軟體極為昂貴’更需配合高檔的 方能執行，賴整麟置成本高昂，且無法相 影片段般的效果。 先前技術亦有關於影片段控制之專利，美國專 第6750865號揭露-影像模擬襞置，Α係預； 不同環境條件下拍攝多個影片段片段，再由使用者輪2 的-組參數加以組合判斷，並以此選取某—影片段= 予以播放’例如在*同季Ί同地點拍攝釣魚影片^又 再經由制者輸人參料时析、輯，決定播放其又’ -片段，此項技術可用於遊戲串場動晝的選取，可㈣ 整個遊戲進行的場景和關卡選擇該使用何段影片段片 4 段’可讓使黯更融人錢；但在影諸片段的播 放過程中使用者只能觀賞，無法對影片段作出控制，使 此項技術實際應用範圍侷限於和傳統電視遊樂器的搭 配，提供使用者在進行每一道關卡中間感受真實影片段 氣氛，但此項技術本身無法成為和使用者緊密互動的遊 戲方式。 因此’如何發明出一種互動影音播放的系統與方 法，以使使用者可和影片段中角色達到緊密結合，將是 本發明所欲積極探討之處。 6 200900991 【發明内容】 有鑑於上述習知控制影音播放的系統與方法之缺 慽，創作人有感其未臻於完善，遂竭其心智悉心研究克 服，憑其從事該項產業多年之累積經驗，進而研發出一 種互動影音播放的系統與方法，以期達到藉由使用者聲 音、肢體運動或電腦控制影片段播放之目的。 本發明之主要目的在提供一種互動影音播放的系統 與方法，其係以使用者發出之一聲訊產生作動訊號或利 用一偵測器偵測一物體動作，並在物體開始運動及運動 方向改變時產生一作動訊號，也可以一電腦產生作動訊 號，以控制影片段的播放，並在影片段播放時，播放使 用者發聲或使用者檢選之音效，以達到使用者融入影片 段中角色之表演的目的。 為達上述目的，本發明之一樣態為一種互動影音播 放的系統包含：一影像播放裝置；一資料儲存裝置，該 資料儲存裝置儲存至少一設有複數記號之影片段；一作 動訊號產生單元，產生並輸出一作動訊號；一控制裝置， 根據該作動訊號產生單元產生之該作動訊號移動一播放 游標，將該播放游標所對應該影片段之影像資料傳送至 該影像播放裝置播放；一音訊播放裝置和一音訊產生單 元，該音訊產生單元產生一音訊，並將該音訊送達該音 訊播放裝置播放；該音訊產生單元可取代作動訊號產生 單元，每產生一聲之音訊，隨即產生一作動訊號；一影 音合成裝置，將傳送至該影像播放裝置之影像資料與傳 7 200900991 送至該音訊播放裝置之音訊合成並輸出成為-影片段； 預錄至少-音效於該資料健存裝置，且該控制裝置擁取 預錄於該㈣儲㈣置之該至少―音效，藉此取代該音 訊產生單元；該作動訊號產生單元係—可制至少一運 動方向變化之偵測器，並使用該制器偵測—物體運動 之開始運動時點及運動方向改變時點， 號;該偵測器更包含-功能鍵，每按-次二 放游標即移動至該影片段之下—記號；該作動訊號產生 單元係使用—麥克風接收—聲訊，並將該聲訊轉換為該 作動訊號；該作動訊號產生單元將該作動訊號傳送至該 控制裝置之方式係使时線連線、無線傳輸或網路傳輸 方式；該控制裝置將來自該資料儲存裝置之影像資料傳 送至該影㈣放裝置的方式係使时線H無線 或網路傳輸方式；該音訊產生單元將該音訊傳送至該於 制裝置之方式係使用有線連線、無線傳輸或網路傳輸: 式；該控制裝置將該音訊傳送至該音訊播放裴置之方式 係使用有線連線、無線傳輸或網路傳輸方式。 本發明之另一樣態為一種互動影音播放的方法包 (1) 產生一設有複數記號之影片段； (2) 置放一播放游標於該影片段其中之一記號； (3) 接收一作動訊號後進行下一步驟； (4) 將該播放游標由目前記號位置_影片段結尾 處移動’在移動過程中將該播放游標所對應該 200900991 影片段之影像資料傳送至一影像播放裝置播 放，直到該播放游標移動一第一數量記號後即 停止，並回到步驟（3);若步驟（4)在播放游標 移動過程中接收一作動訊號，則將該播放游標 指向下一記號，並重覆步驟（4)。 該第一數量係為正整數； 在該播放游標到達影片段結尾時’將該播放游標設 於該影片段第一個記號，並繼續進行； 在該播放游標抵達一記號時，輸出一音訊至一音訊 播放裝置； 設置一偵測器於使用者之身軀或四肢，偵測使用者 開始運動及運動方向改變時點，並產生該作動訊 號。 本發明之又一樣態為一種互動影音播放的方法包 括： (1) 產生一設有複數記號之影片段； (2) 置放一播放游標於該影片段其中之一記號；設 定一數量暫存空間，並反覆執行下一步驟； (3) 由該數量暫存空間内儲存數值計算出一第二數 量，並擷取一預設單位時間，且在該預設單位 時間内同時執行下列步驟： (31)將該播放游標由目前記號位置朝該影片段 結尾處移動，直到該播放游標移動經過第 二數量之記號即停止，並使用正常速度、 9 200900991 快轉或慢轉將該播放游標所對應該影片段 之影像資料傳送至一影像播放裝置播放， 使恰好以該預設單位時間播放完畢； (32)接收一第一數量之作動訊號，並將該第一 數量存入該數量暫存空間。 在步驟（2)中設定該數量暫存空間内儲存數值為 零； 在該播放游標到達影片段結尾時’將該播放游標設 於該影片段第一個記號，並繼續進行； 在該播放游標抵達一記號時，輸出一音訊至一音訊 播放裝置； 設置一偵測器於使用者之身軀或四肢，偵測使用者 開始運動及運動方向改變時點，並產生該作動訊 號。 本發明之再一樣態為一種互動影音播放的方法包 括： (1) 產生一設有複數影片段分段之影片段，每一影 片段分段設有複數記號並對應不同運動頻率， 該些影片段分段具相同影片時間； (2) 設定一數量暫存空間，並反覆執行下一步驟； (3) 由該數量暫存空間内儲存數值計算出一第二數 量，由該第二數量選擇對應運動頻率之影片段 分段，擷取一預設單位時間和該些影片段分段 之影片時間相同，在該預設單位時間内同時執 200900991 行下列步驟： (31) 擷取該影片段分段之影像資料並使用正常 速度播放完畢； (32) 接收一第一數量之作動訊號，並將該第一 數量存入該數量暫存空間。 在步驟（2)中設定該數量暫存空間内儲存數值為 零； 在該播放游標抵達一記號時，輸出一音訊至一音訊 播放裝置； 設置一偵測器於使用者之身軀或四肢，偵測使用者 開始運動及運動方向改變時點，並產生該作動訊 號。 本發明之再一樣態為一種互動影音播放的方法包 括： (1) 產生一設有複數記號之影片段； (2) 置放一播放游標於該影片段其中之一記號，接 收一作動訊號後，設定一間隔時間暫存空間， 並反覆執行以下步驟； (3 )每接收一作動訊號後，計算該作動訊號與前一 作動訊號間之一間隔時間，並將該間隔時間存 入該間隔時間暫存空間；同時 (4)擷取該間隔時間暫存空間内儲存數值，將該播 放游標由目前記號位置朝該影片段結尾處移 動，直到該播放游標移動至下一記號即停止， 11 200900991 並使用正常速度、快轉或慢轉將該播放游標所 對應該影片段之影像資料傳送至一影像播放裝 置播放，使恰好以該間隔時間播放完畢。 在該播放游標到達影片段結尾時，將該播放游標設 於該影片段第一個記號，並繼續進行； 在該播放游標抵達一記號時，輸出一音訊至一音訊 播放裝置； 設置一偵測器於使用者之身軀或四肢，偵測使用者 開始運動及運動方向改變時點，並產生該作動訊 號。 本發明之再一樣態為一種互動影音播放的方法包 括： (1) 產生一設有複數記號之影片段； (2) 置放一播放游標於該影片段其中之一記號，接 收複數作動訊號後，產生一作動訊號時間記 錄，並反覆執行以下步驟； (3) 計算每一作動訊號與前一作動訊號間之一間隔 時間； (4) 將該播放游標由目前記號位置朝該影片段結尾 處移動，直到該播放游標移動至下一記號即停 止，並使用正常速度、快轉或先正常速度至中 間點-暫停-後正常速度將該播放游標所對應該 影片段之影像資料傳送至一影像播放裝置播 放，使恰好以該間隔時間播放完畢。 12 200900991 將該播放游標所對應該影片段之影像資料傳送至 一影像播放裝置播放之同時，輸出該預錄之音效 檔至一音訊播放裝置播放； 在該播放游標到達影片段結尾時，將該播放游標設 於該影片段第一個記號，並繼續進行； 在該播放游標抵達一記號時，輸出一音訊至一音訊 播放裝置； 設置一偵測器於使用者之身軀或四肢，偵測使用者 開始運動及運動方向改變時點，並產生該作動訊 號。 使用者預錄一音效檔，每播放一聲之聲訊，隨即產 生一作動訊號記錄於作動訊號時間記錄； 使用者預錄該音效檔之方式係使用有線連線、無線 傳輸或網路傳輸方式。 藉此，以達成一可讓使用者融入影片段中角色行動 之互動影音播放的系統與方法。 【實施方式】 為使貴審查委員充分暸解本發明之目的、特徵及 功效，茲藉由下述具體之實施例，並配合所附之圖式， 對本發明做一詳細說明，說明如後： 請參閱第一圖為本發明互動影音播放的系統與方法 之示意圖。本發明係藉由使用者發聲、偵測使用者運動 或電腦控制方式控制預先儲存於資料儲存裝置4之影片 13 200900991 段7播放於影像播放裝置5，同時經由使用者發聲產生 音訊21、預錄於資料儲存裝置4之音訊4 生音訊方式將音訊送往音訊播放裝置6而發聲；其 中影片段7為設有複數記號之影片段，作動訊號產生單 π 1產生作動訊號並經由傳輸線路8 i傳送至控制裝置 3，控制裝置3根據接收之作動訊號將影片段7部份影 像貝料經由傳輸線路8 2傳送至影像播放|置5播放， 播放過程中音訊產生單元2可產生音訊21，並經由傳 輸線路8 3及傳輸線路8 3 a傳送至音訊播放裝置6而 發聲’音訊產生單元2亦可由控制裝置3和#料儲存裝 置4結合取代，於播放游標抵達記號時，藉由控制裝置 3檢選預錄於資料儲存裝置4内之音訊4 i並經由傳輸 線路8 3 a傳送至音訊播放裝置6而發聲；影音合成裝 置1 0，將傳送至該影像播放裝置5之影像資料與傳送 至該音訊播放裝置6之音訊合成並輸出成為一影片段； 需注意的是，作動訊號產生單元i可以不同方式產生作 動訊號，例如使用一攝影機擷取物體運動之影像訊號， 經過分析後，依擷取之影像訊號產生作動訊號。 第二圖、第三圖、第四圖、第五圖和第六圖分別為 五種作動訊號控制影片段播放方式。 同時參閱第一圖和第二圖，第二圖說明作動訊號控 制影片段播放之一種方式，作動訊號時間軸9 1代表作 動訊號產生單元1依時間行進方向產生作動訊號，影片 段時間轴93代表依正常速度播放影片段7;作動訊號 200900991 時間軸9 1和影片段時間軸9 3之箭頭代表系統開始運 作後時間行進方向；首先產生一設有複數記號之影片段 7，該些記號即以空心圓表示於影片段時間軸9 3上， 在此例中選取系統開始運作後一段時間予以說明，在作 動訊號時間軸91上依時間行進方向依序有作動訊號9 1 1、作動訊號9 1 2和作動訊號9 1 3，在影片段時 間軸9 3上依時間行進方向依序有記號9 3 1、記號9 3 2和記號9 3 3 ;由第二圖說明系統開始運作後，置 放-播放游標於該影片段其中之—記號，在此處選擇位 於影片段7之第-個記號（即記號9 3 1 )，設定一比例 關係，即「接收作動訊號數量」與「播放游標移動一第 數量<1己號」之關係，在此處設定比例關係為一比一關 係，即接收一作動訊號後將該播放游標由目前記號位置 朝該影片段結尾處移動一記號（亦可使用別種比例關 係）；之後系統接收作動訊號產生單元丄產生之作動訊號 並經由傳輸線路8 1傳送至控制裝置3，控制裝置3接 收作動訊號9 1 1之後隨即控制播放游標由目前位置 (即兄號9 3 1 )朝影片段7結尾處移動，同時將播放 游標所對應影片段7之影像資料經由傳輸線路8 2傳送 至影像播放裝置5播放’且當播放游標移動至下一記號 (即5己號9 3 2)時停止移動，此時，控制裝置3暫停 輸出衫像並等待接收下—作純號，直到接收作動訊號 9 1 2後系統重覆上述步驟繼續進行，若播放游標在移 動過程中控制裝置3接收到作動訊號9 1 3，則控制裝 15 200900991 置3控制播放游標跳至下—記號（即記號9 3 3)重覆 上述步驟繼續進行；若播放游標抵達影>5段7結尾，則 將播放游‘置於影片段7之第一個記號（即記號9 3 1);播放過程中音訊產生單元2可產生音訊2丄，並經 由傳輸線路8 3及傳輸線路8 3 a傳送至音訊播放裝置 6而U ’曰訊產生單元2亦可由控制裝置3和資料儲 存裝置4結合取代，於播放游標抵達記號時，藉由控制 裝置3檢選預錄於資料儲存裝置4内之音訊4 1並經由 傳輸線路8 3 a傳送至音訊播放裝置6而發聲；影音合 成裝置1 0 ’將傳送至該影像播放裝置5之影像資料與 傳送至該音訊播放裝置6之音訊合成並輸出成為一影片 段。 同時參閱第-圖和第三圖，第三圖說明作動訊號控 制影片段播放之另一種方式，第三圖和第二圖最大差異 在於播放時_1 2，其代表實際播放影》段時間；首 先產生一設有複數記號之影片段7，該些記號即以空心 圓表示於影片段時間軸9 3上，在此例中選取系統開始 運作後一段時間予以說明’在播放時間軸9 2上依時間 行進方向依序有播放記號9 2 1至播放記號9 2 6 ;若 位於影片段時間軸9 3之—分段與所對應之播放時間轴 16 1 2相同’代表以相同時間播放該分段，即正常速度播 放；若位於影片段時間軸9 3之—分段所對應之播=時 間軸9 2變長’代表以較多時間播放該分段，即慢轉播 放；若位於影片段時間軸9 3之-分段所對應之播放時 200900991 間軸9 2變短，代表以較少時間播放該分段，即快轉播 放。由第三圖說明系統開始運作後，置放一播放游標於 該影片段其中之一記號，在此處選擇位於影片段7之第 一個記號（即記號9 3 1 )，設定一數量暫存空間及設定 一比例關係，並設定該數量暫存空間内儲存數值為一預 又值，之後依序操取一預設單位時間，並在每一預設單 位時間内執行下述步驟：由該數量暫存空間内儲存數值 依設定之比例關係計算出—第二數量；將該播放游標由 目前記號位置朝該影片段7結尾處移動，直到該播放游 標移動經過第二數量之記號即停止，並使紅常速度、 快轉或慢轉同時將播放游標所對應影片段7之影像資料 經由傳輸線路8 2傳送至影像播放裳置5播放，使恰好 ^預設單位__完畢；_影像資料之同時接收 -第-數量之作動訊號’並將該第—數量存人該數量暫 存空間。由第三圖說明，等分作動訊號時間轴9 1和播 放時間轴9 2為多辦位時間，㈣統開始運作取四個 早位時間說明；將播放游標設置於影片段7之第一個纪 號’由該數量暫存空間_存數值計算出—第二數量之 方法採用—比1係（亦可使㈣觀例_)，並設定 存空間内儲存數值為三，在第—單位時間由數 2 β間_存數值採用—比―關料算得到第二數 里.二’將該播放游標由目前記號位置（即記 朝該影諸7結尾處移動，在移動過程中將該播放㈣ 所對應該料段之影像資料傳送至_影像播放裝置5播 17 200900991 放，直到該播放游標移動經過三記號至記號9 3 4即停 止’因為此段影像資料影片時間恰等於單位時間，所以 T用正常速㈣放；在同—單位時間，純接收作動訊 1 i和作動訊號9 i 2共二個作動訊號，並將數量 、存工間内數值設定為二；第—單位時間結束後，隨即 以上述流程繼續進行第二單位時間，在第二單位時間， 由數=暫存空間内儲存數值制—比—關係計算得到第 二數量為二’將該播放游標由目前記號位置（即記號9 3 4)朝該影片段7結尾處移動二記號後到達記號9 3 6 ’由圖可清楚看出此時影像資料影片時間小於單位時 間’為使影像資料恰於單位時間内播完，需使用慢轉播 放’依此規龍_放影片段7 ;若播放游標抵達影片 段7結尾’則將播放游標置於影片段7之第—個記號（即 圮號9 3 1 );播放過程中音訊產生單元2可產生音訊2 1，並經由傳輸線路8 3及傳輸線路8 3 a傳送至音訊 播放裝置6而發聲，音訊產生單元2亦可由控制裝L ㈣料儲存裝置4結合取代，於播放游標抵達記號時， 藉由控制裝置3檢選預錄於資料儲存裝置4内之音訊4 ^並經由傳輸線路8 3 a傳送至音訊播放裝置6而發 聲。 同時參閱第一圖和第四圖，第四圖說明作動訊號控 制影片段播放之又-種方式，第四圖和第三圖大致相 同；首先產生一設有複數影片段分段之影片段7，每一 影片段分段設有複數記號並對應不同運動頻率，該些影 18 200900991 片段分段具相同影片時間；設定—數量暫存空間及設定 一比例關係，擷取一預設單位時間和該些影片段分二之 影片時間相同’並在每-預設單位時間内執行下^步 ，··由該數量暫存空_儲存數⑽設定之比例關係計 算出一第二數量，由該第二數量選擇對應運動頻率之影 片段分段；齡該則段分段之影像資料並㈣正常^ 度經由傳輸祕8 2傳送至影像播放裝置5播放；播放 影像資料之同時接收―第—數量之作動訊號，並將該第 7數量存入該數量暫存空間。由第四圖說明，等分作動 凡號夺間軸9 1、播放時間軸9 2和影片段時間軸9 3 為多個單位時間，由系統開始運作取四個單位時間說 將播放游標設置於影片段7之第—個記號，由該數 篁f存空間⑽存數值計算出—第二數量之方法採用一 關係（亦可使用別種比例關係），並設定該數量暫存 空間内儲存數值為零，在第—單位_由數量暫存空間 „值採用一比一關係計算得到第二數量為零，在 以片#又7中並無相對應之運動頻率分段，即不播放影 在同-單位時間，系統接收作動訊號911和作 =9 1 2共二個作動訊號，並將數量暫存空間内數 =為二；第一單位時間結束後，隨即以上述流程繼 =仃第二單位時間，在第二單位時間，由數量暫存空 二，存數值採用—比—關係計算得到第二數量為二， ^号找對應料動頻率分段，在此例巾，即為記號9 丄至記號9 3 3間相隔二記號的影像資料，將此段影 19 200900991 3料，出，以正常速度在第二單位時間内播畢，同時 牛鰥一早位時間系統接收三個作動訊號並反覆進行上述 =:播放過程中音訊產生單元2可產生音訊21，並 ^傳輪線路8 3及傳輸線路8 3 a傳送至音訊播放裝 儲户：發聲，音喊生單元2亦可由控制裝置3和資料 =，置4結合取代，於播放游標抵達記號時，藉由控 ，置3檢選預錄於資料儲存裝置4内之音則丄並經 由傳輪線路8 3 a傳送至音訊播放裝置6而發聲。、 制旦^時參閱帛圖和第五圖’第五圖說明作動訊號控 =放之再—種方式。首先產生—設有複數記號 〇 又，置放一播放游標於該影片段其中之一兮己 此處選擇位於影片段7之第一個記號（即記號“ )’接收一作動訊號（即作動訊號9 1 1 )後，設定 -間隔時間暫存空間；同時執行下述步驟：接收一作動 ^虎（即作動訊號9 1 2)後計算該作動訊號與前一作 即作動訊號9 U)間之—間隔時間，並將該 二4間存人該間㈣間暫存空間；触該間隔時間暫 子工間内儲麵值’之後將該誠游標由目前記號位置 ，月該衫片段7結尾處移動，直到該播放游標移動至下一 己號（即。e號9 3 2)即停止，並使用正常速度、快轉 2轉同時將該播放游標所對應影片段7之影像資料經 輸線路8 2傳送至影像播放裝置5播放，使恰好以 該間隔時間播放完畢，並反覆進行上述步驟。由第五圖 說明系統開始運作後，作動訊號911和作動_91 20 200900991 2間之間隔時間和記號9 3 1及記號9 3 2間之影片時 間相同，所以使用正常速度播放。之後以相同步驟繼續 進行影片段7播放；當繼續產生作動訊號9 2 3時，系 統計算作動訊號9 1 2至作動訊號9 1 3經過時間，以 此時間播放影片段時間軸9 3上記號9 3 2和記號9 3 3間之影像資料，由圖可知，播放時間軸g 2上之播放 兄號9 2 2和播放記號9 2 3間之播放時間較記號9 3 2和記號9 3 3間之影月時間為少，為快轉播放；當繼 續產生作動訊號9 1 4時，系統計算作動訊號9 i 3至 作動訊號9 1 4經過時間，以此時間播放影片段時間轴 9 3上記號9 3 3和記號9 3 4間之影像資料，由圖可 知’播放時間軸9 2上之播放記號9 2 3和播放記號9 2 4間之播放時間較記號9 3 3和記號9 3 4間之影片 時間為多’為慢轉播放；若播放游標抵 則將播放游標置㈣片段7之第_個記號（即記7號。9尾3 1 )，播放過程中音訊產生單元2可產生音訊2丄，並經 =傳輸線路8 3及傳輸線路8 3 a傳送至音訊播放裝置 而發聲’音訊產生單元2亦可由控縣置3和資料儲 =置4結合取代，於播放游標抵達記號時，藉由控制 ^置3檢選預錄於資料儲存裝置4内之音訊4丄並經由 =輸線路8 3 a傳送至音訊播放裝置6而發聲；影音人 成震置1 0，將傳送至該事傻播於驻 口 僂像播放農置5之影像資料與 :該曰訊播放裝置6之音訊合成並輸出成為一影片 21 200900991 同時參閱第—圖和第六圖，第六圖說明作動訊號控 制影片段播放之再-種方式。首先產生—設有複數記^ 之影片段7;置放一播放游標於該影片段其中之—記 號，在此處選擇位於影片段7之第-個記號（即記號9 3 1 )，接收複數作動訊號（即作動訊號9丄丄至作動訊 號9 1 4)後產生一作動訊號時間記錄（即播放時間 軸9 2);同時執行下述步驟：計算每—作動訊號與前一 作動訊號間之-間隔時間；之後將該播放游標由目前記 號位置段7結尾處移動，直到該播放游標移動 至下-記號（即記號9 3 2 )即停止，並使用正常速度、 快轉或先正常速度至中間點_暫停_後正f速度之播放方 式同時將該播放游標所對應影片段7之影像:#料經由傳 輸線路8 2傳送至影像播放裝置5播放，使恰好以該間 隔時間播放完畢’並反覆進行上述步驟。由第六圖說明 "己號9 3 1和§己號9 3 3間之影片播放方式與第五圖相 同’不同處為記號9 3 3和記號9 3 4間影片之播放方 式，先使用正常速度播放至記號9 3 3和記號9 3 4間 之衫片中間點（即一半處）暫停’經過播放記號9 2 3和 播放記號9 2 4間之播放時間比記號9 3 3和記號9 3 4間之影片多出之時間後繼續使用正常速度播放至記號 9 3 4 ;若播放游標抵達影片段7結尾，則將播放游標 置於影片段7之第-個記號（即記號9 3 i );播放過程 中曰Λ產生單元2可產生音訊2 1，並經由傳輸線路8 3及傳輸線路8 3 a傳送至音訊播放裝置6而發聲，音 22 200900991 訊產生單元2亦可由控縣置3和資_存裝置4結合 取代’於播放游標抵達記號時，藉由控㈣置3檢選預 錄於資料儲存裝置4内之音訊41並經由傳輸線路83 a傳运至音訊播放農置6而發聲；影音合成裝置1 〇， 將傳达至該影㈣放|置5之影像資料 播放裝置6之音訊合成並輸出成為—影片段。曰訊 同時參閱第-圖、第二圖、第三圖和第七圖 , ，，，一叫步-C圃 1 第七 圖說明作動訊號控制影片段播放之再一種方式，此種方 式為第一圖和第二圖實施方式的結合， 憎鱗五支不同運動頻率之影片段，且不同片置 ^上均在運動方向反轉處設置—記號，影片段7 a、影 片段7b、影片段7c、影片段^、影片段 ==解由慢至快之影諸，即代表位於其上記號 ’可得到在相同影片段長度下記號出現頻率； =開始運作後，每經過—單位時間，系統計算接收 率=號個數’即可得該單位時間之作動訊號產生頻 的單位時間依此作動訊號產生頻率選擇對應 二動;頻率落於，段之間， 3::::影片段;若作動訊號產生頻率大於運動 高片段，則以第三圖方式播放該運動頻率最 快轉播放;若作動訊號產生頻率小於運 最=取小的影諸’則以第三圖方式播放該運動頻率 的影片段，即慢轉播放。影像資料經由傳輸線路8 23 200900991 傳运至影像播放裝置5播放；若播放游標抵達影片段 7結尾，則將播放游標置於影片段7之第一個記號；播 ，過程中音訊產生單元2可產生音訊21，並經由傳輸 線路W及傳輸線路8 3 a傳送至音訊播放裝置6而發 聲’音訊產生單元2亦可由控制裝置3和資料儲存裝置 4結合取代，於播放游標抵達記號時，藉由控制裝置3 檢選預錄於資料儲存裝置4内之音訊41並經由傳輸線 路8 3 a傳送至音訊播放裝置6而發聲。 第八圖為本發明之另一實施例示意圖，並請同時參 閲第一圖、第三圖和第四圖。本實施例為使用者模擬奥 運選手跑步之實施方式，使用者將-偵測器1 1配戴於 f腳1 2 (左腳亦可），偵測器i丄偵測右2一維的 刚、後移動並據此產生作動訊號控制影像播放裝置5内 影片段的播放。奥運選手跑步影片段7 i連同一腳踏地 之音效預錄於資料儲存裝置4内，在此實施例中，音訊 產生單元2由控制裝置3和資料儲存裝置4結合實現。 本貝施方式以第三圖所述作動訊號控制影片段方式實 施；預先處理一段奥運選手跑步影片段7 i，並在影片 段内選手任一腳落地時設置一記號，在此實施例中由影 片段71開頭處選取四記號予以說明並依序對應影片段 記號7 1 1至7 1 4。每經過一單位時間，系統計算接 收之作動訊號個數，以此決定在下一單位時間移動記號 個數並使用正常速度、快轉或慢轉播放對應影像資料， 經由傳輸線路8 2傳送至影像播放裝置5播放，依上述 24 200900991 方式，可順序播畢整個影片段，同時在奥運選手跑步影 片段7 1内選手腳落地時發出預錄的踏地音效。本實施 方式亦可以第四圖所述作動訊號控制影片段方式實施， 預先處理一段奥運選手跑步影片段71，在影片段71 中存在複數影片段分段，不同的影片段分段對應影片段 中選手的腳前後移動的頻率，在每一影片段分段中選手 任一腳落地時設置一記號，如此在選手的腳之移動頻率 較快處之影片段分段可得到較密記號，而在選手的腳之 移動頻率較慢處之影片段分段可得到較疏記號。每經過 一單位時間，系統計算接收之作動訊號個數，以此選擇 最接近記號個數之影片段分段在下一單位時間使用正常 速度予以播放，經由傳輸線路8 2傳送至影像播放裝置 5播放，同時在奥運選手跑步影片段7 1内選手腳落地 時發出預錄的踏地音效。如此可達到使用者控制影片段 7 1内奥運選手跑步之目的。 第九圖為本發明之又一實施例示意圖，並請同時參 閱第一圖、第二圖、第三圖和第七圖，本實施例為使用 者控制影片段中人物上下運動方式；先將偵測器11設 於使用者右手14 (左手亦可），藉由使用者右手的上、 下移動造成垂直運動方向改變，由偵測器1 1測知後產 生作動訊號控制影像播放裝置5内影片段的播放。先預 錄多段巴蕾舞者跳舞影片段存入資料儲存裝置4中’該 些影片段由影片段7 a至影片段7 e對應芭蕾舞者動作 頻率由慢至快，並在芭蕾舞者站起和蹲下處設置記號， 25 200900991 預:於資料儲存裝置4内，在此實施例中， 現；在系統開始運作後，每㈣置4、”實 佼母經過一早位時間，系統計算 生頻率號個數’即可得該單位時間之作動訊號產 ==2::間依此作動訊號產生頻率選擇 f貝！選擇運動頻率較高的影片段，並以第二圖方式播 放該運動頻率較高的影片段；若作動 運動頻率最高的影片段，ilIrm 生领半大於 產田古沾旦4則以第二圖方式播放該運動頻 的4段’即快轉播放；料動訊號產生頻率小 於運動頻率最小的影片段， 頻率最小的f彡式播放該運動 舞影片段内e蕾:時在爸蕾舞者跳 G謂者蹲下時發出麟的音效。如此使用 猎由右手的上下揮動即可控制預錄色蕾舞者跳舞的上 下動作:並可得到播速最自然流暢之互動影音。以第二 = 和第七圖播放影片段方式播放芭蕾舞者跳舞 &又 t景;像與所發出的預錄音效亦可經由 成裝置1Q合成並輸出成為—新㈣段。本實施方式亦 可以第-圖所述作動訊號控制影片段方式實施，先將一 爸蕾舞者跳舞影片段72在g蕾舞者站起和蹲下處設置 兄號’在此實施例中由影片段72開頭處選取四記號予 以說明並依序將影片段記號721至724對應至第二 圖内影片段時間轴93上之記號931至934 26 200900991 。又定比例關係為-比—關係，即接收—作動訊號後將該 播放游標由目前記餘置朝該影片段結尾處移動一記 號；在线開始運作後，等待直到右手向上移動時產生 作動訊號並經由傳輸線路8 W送至控制裝置3，藉由 作動喊9 1 1控制播放則段時_9 3上之記號^ 3 1至9 3 2間影像資料，即影片段記號7 2丄至7 2 2，即影片段72 Μ蕾舞者站起影像資料，經由傳輸 線路8 2傳送至影像播放«置5播放；在右手向下移動 時，運動方向反轉，產生作動訊號並經由傳輸線路8工 傳送至控制裝置3，藉由作動訊號912控制播放影片 &時間軸9 3上之記號9 3 2至9 3 3間影像資料，即 影片段記號7 2 2至72 3，即影片段72中料舞者 蹲下影像資料，經由傳輸線路8 2傳送至影像播放裝置 f播放；依上述方式’可順序播畢整個影片段，同時在 S蕾舞者跳舞影片段内Μ舞者蹲下時發出預錄的音 效。如此使用者藉由右手的上下揮動即可控制預錄色蕾 舞者跳舞的上下動作。以第二圖播放影片段方式播放爸 蕾舞者跳舞料段72之料與所發出的簡音效亦可 經由f音合成裝置1〇合成並輸出成為-新影片段。 第十圖為本發明之再—實施例示意圖，並請同時參 閱第-圖和第五圖’本實施例為使用者控制影片段中物 體跳躍方式；i設於使用者腰部2 3，藉 由使用者的上、τ跳躍造成垂直運動方向改變，由谓測 器1 1測知後產生作動訊號控制影像播放裝置5内卡通 27 200900991 的播放本實％方式以第五圖所述作動訊號控制影片段 方式實施’先將-小白兔跳躍卡通影片段7 3在影片段 内小白兔跳起相®高點和落下達到最低點時設定記 號，在此實施例中由影片段7 3開頭處選取四記號予以 說明並依序將影片段記號7 3 1至7 3 4對應至第五圖 内影片段時間軸9 3上之記號9 31至934 ;連同-著地音效預錄於資料儲存裝置4内，在此實施例中，音 訊產生單元2由控制裝置3和資料儲存裝置4結合實 現，在系統開始運作後，等待直到孩童躍起，此時產生 作動訊號9 1 1 ’在孩童達到最高點下落時，運動方向 反轉，產生下一作動訊號9 1 2，此時，系統計算作動 訊號9 1 1至作動訊號9 i 2經過時間，以此時間播放 影片段時間軸9 3上記號9 3 1和記號9 3 2間之影像 資料，即影片段記號7 3丄至7 3 2，即影片段7 3中 小白兔由最尚點落下達到最低點影像資料，經由傳輸線 路8 2傳送至影像播放裝置5播放；依上述方式，可順 序播畢整個影片段，播放至影片段記號7 3 2和7 3 4 夺發出預錄的者地音效。如此可達到孩童控制影片段 7 3内小白免跳躍影像之目的。以第五圖播放影片段方 式播放小白兔跳躍卡通影片段7 3之影像與所發出預錄 的著地音效亦可經由影音合成裝置i 〇合成並輸出成為 一新影片段。 第十一圖為本發明之再一實施例示意圖，並請同時 參閱第一圖、第二圖和第六圖，本實施例為使用者發聲 28 200900991 控制影像播放裝置5顯示人員說話影像，同時播放使用 者聲音，可應用於公司客服人員遠端線上服務或錄製說 明影片段；和上述實施方式刊處在於此實施例中音訊 產生單元2不再由控制裝置3和資料儲存褒置4結合實 現’而疋由使时發聲達成，並經由傳輸線路8 3及傳 輸線路8 3 a傳送至音訊播放裝置6而發聲；由音訊產 生單元2取代作動訊號產生單元！，由傳輸線路^取 代傳輸線路8 1，使用者每發出一聲之聲訊，由麥克風 1 5接收後經由傳輸線路8 3傳送至控制裝置3隨即產 生一作動訊號，控制影像播放裝置5内影片段的播放。 本實施方式以第二圖所述作動訊號控制影片段方式實 施，先將一代言人說話影片段7 4在影片段内代言人說 話閉口和開口時設定記號，在此實施例中由影片段7 4 開頭處選取四記號予以說明並依序將影片段記號7 4 1 至7 4 4對應至第二圖内影片段時間軸9 3上之記號9 3 1至9 3 4 ;設定一比例關係，即「接收作動訊號數 量」與「播放游標移動一第一數量記號」之關係，在此 處設定比例關係為一比二關係，即接收一作動訊號後將 该播放游標由目前記號位置朝該影片段結尾處移動二記 號（亦可使用別種比例關係），在系統開始運作後，使用 者講話發出一聲訊經由傳輸線路8 3傳送至控制裝置 3 ’產生一作動訊號9 1 1控制播放影片段時間軸9 3 上之δ己號9 3 1至9 3 3間影像資料’即資料儲存裝置 4内之代s人影片段記號7 4 1至7 4 3，即影片段7 29 200900991 :=二閉口到開口再到閉口之影像資料，經由傳 ·、、· 2傳送至影像播放裝置5播放 :播畢整個影片段，同時使用者的發聲會 播==路83及傳輸線路83—至二 資^^ 像之㈣。在此實施财，為顧及影像 可能占去大量頻寬’造成晝面延遲，傳輸線路 使用有線傳輸’而傳輸線路8 2和傳輸線路8 3 a 有線傳輸’如此使用網路傳輸者為音訊 =路傳輸影像資料，確保晝面順暢;但若考量使用免 山 將控制裝置3和資料儲存裝置4設在使用者 輸線路8 2和傳輸線路8 3 a使用網路傳輸，而 =、、路8 3使用有線傳輸’如此遠端只需備有影像播 …置5、音訊播放裝置6及連上網路即可，可方便播 2 本實知中，近端使用者亦可為一電腦，該電腦同 2送-作動訊號及音訊2 !至遠端，亦可達到控制遠 =影片段内人物講話效果；電腦亦可播放說話或唱歌的 音效檔二每播放一聲之聲訊，隨即產生一作動訊號同時 發送至遇端’電腦亦可讀入文字檔並以軟體判讀並產生 ，、子發音，並將每一字發音之聲訊和產生之一作動訊 =送至遠端；電腦亦可接受來自攝影機傳入物體運動之 衫像訊號，經過分析後，依物體運動產生作動訊號。本 實施方式亦可以第六圖所述作動訊號控制影片段方式實 施，先將一代言人說話影片段7 4在影片段内代言人說 30 200900991 話發聲時設定記號，同時_使用者說話或唱歌的音效 檔，每-聲聲訊將產生一作動訊號並記錄於作動訊號時 間記錄。系統計算作動訊號9 i i至作動訊號9丄2經 過時間’以此時間播放影片段時間轴9 3上記號9 3丄 和記號9 3 2 P3之影像資料，並使用正常速度、快轉或 先正常速度至中H暫停_後正常速度將影像資料經由 傳輸線路8 2傳送至影像播放裝置5播放；依上述方 式’ y順賴轉悔諸，音歸生單W將由使用 者發聲達成’使用者說話或唱歌的音效檔會產生音訊2 1並經由傳輸線路8 3及傳輸線路8 3 a傳送至音訊播 放裝置6而發聲’如此可達到制者發出之音訊控制影 片段7 4喊言人說話f彡像之目的。❹者麟該音效 槽之方式可以使时線連線、無線傳輸或網路傳輸方式 達成。以第二圖或第六圖播放影片段方式播放代言人說 話影片段7 4之影像與使用者說話或唱歌之音訊2工亦 可經由影音合成裝置1Q合成並輸出成為—新影片段。 第十二圖為本發明之再一實施例示意圖，並請同時 參閱第九圖和第十圖，本實施例為2位使用者透過網路 線上互動控御彡>;段巾人物運動方式；使用者產生之作 動訊號可控制近端影片段的播放，也可使用網路傳輸傳 送運動頻率至遠端顯示於對方影像播放裝置5，或控制 對方影像播放裝置5内影片段的播放；音訊產生單元2 可由近端控制裝置3和資料儲存裝置4結合實現，亦可 由m端使用者發聲達成並經由傳輸線路83(使用網路 31 200900991 傳輸）及傳輸線路8 3 a傳送至音訊播放裝置6而發 聲；如此可達到2位使用者線上互動控制影片段中人物 運動並互相對話之目的。 如上所述，本發明完全符合專利三要件：新穎性、 進步性和產業上的可利用性。以新穎性和進步性而言， 本發明係提供一互動影音播放的系統與方法，達到由聲 音、肢體動作或電腦產生訊號控制影片段播放且配合音 效真實呈現的目的；就產業上的可利用性而言，利用本 發明所衍生的產品，當可充分滿足目前市場的需求。 本發明在上文中已以較佳實施例揭露，然熟習本項 技術者應理解的是，該實施例僅用於描繪本發明，而不 應解讀為限制本發明之範圍。應注意的是，舉凡與該實 施例等效之變化與置換，均應設為涵蓋於本發明之範疇 内。因此，本發明之保護範圍當以下文之申請專利範圍 所界定者為準。 【圖式簡單說明】 第一圖為本發明之較佳實施例示意圖。 第二圖為本發明之作動訊號控制影像播放示意圖。 第三圖為本發明之另一作動訊號控制影像播放示意 圖。 第四圖為本發明之又一作動訊號控制影像播放示意 圖。 第五圖為本發明之再一作動訊號控制影像播放示意 32 200900991 圖。 第六圖為本發明之再一作動訊號控制影像播放示意 圖。 第七圖為本發明之再一作動訊號控制影像播放示意 圖。 第八圖為本發明之另一實施例示意圖。 第九圖為本發明之又一實施例示意圖。 第十圖為本發明之再一實施例示意圖。 第十一圖為本發明之再一實施例示意圖。 第十二圖為本發明之再一實施例示意圖。 【主要元件符號說明】 1 作動訊號產生單元 11 偵測器 12 右腳 13 腰部 14 右手 15 麥克風 2 音訊產生單元 2 1 音訊 3 控制裝置 4 資料儲存裝置 4 1 音訊 5 影像播放裝置 33 200900991 6 音訊播放裝置 7 影片段 7 1 奥運選手跑步影片 7 11 影片段記號 7 1 2 影片段記號 7 13 影片段記號 7 14 影片段記號 7 2 芭蕾舞星跳舞影片 7 2 1 影片段記號 7 2 2 影片段記號 7 2 3 影片段記號 7 2 4 影片段記號 7 3 免子跳躍動晝影片 7 3 1 影片段記號 7 3 2 影片段記號 7 3 3 影片段記號 7 3 4 影片段記號 7 4 視訊代言人說話影片 7 4 1 影片段記號 7 4 2 影片段記號 7 4 3 影片段記號 7 4 4 影片段記號 7 a 影片段 7 b 影片段 34 200900991 7 c 影片段 7 d 影片段 7 e 影片段 8 1 傳輸線路 8 2 傳輸線路 8 3 傳輸線路 8 3a 傳輸線路 9 1 作動訊號時間軸 9 11 作動訊號 9 12 作動訊號 9 13 作動訊號 9 14 作動訊號 9 2 播放時間轴 9 2 1 播放記號 9 2 2 播放記號 9 2 3 播放記號 9 2 4 播放記號 9 2 5 播放記號 9 2 6 播放記號 9 3 影片段時間軸 9 3 1 記號 9 3 2 記號 9 3 3 記號 9 3 4 記號 35 200900991 9 3 5 記號 9 3 6 記號 10 影音合成裝置 36200900991 IX. Description of the Invention: [Technical Field] The present invention relates to a system and method for interactive audio and video playback, especially for allowing a user to integrate into a movie segment situation and being economical and convenient to use - 0 [Prior Art] The way in which the user interacts with the image is that the signal input by the user is generated by complicated operations such as trajectory, light and shadow, and overall space, and the user controls the dynamic function; the advantage of manipulating the animation is the frequency of the action and the direction of travel. The size of the force can be properly presented. In contrast, the control of the film segment is difficult to achieve such a situation, but the realism of the film segment is unmatched by the current technology, and the instant production requires expensive Computing equipment and software are another shortcoming. U.S. Patent No. 6 4 2 8 4 4 9 discloses an interactive system controlled by action and sonar control. This system changes the image playback by a combination of repeated limb movements and sounds, and the reciprocating swing of the limb controls the rhythm. The voice command can control an infinite number of virtual actions, and the two can achieve various behaviors in the virtual scene; for example, shooting ice, standing still, returning, panning, walking, running, etc. Etc., the mother-type behavior is released by the voice and the rhythm of the action is performed by the county where the physical movement returns. The voice can also be simple commands such as taking somewhere. This invention allows the user to 'in the virtual field', various behaviors can be applied in a variety of different games 5 200900991, but the invention can only be applied to virtual scenes, with the current technology to simulate the software" The virtual _ bokeh is still inconsistent with the real shadows and the three-dimensional simulation software is extremely expensive. It needs to be executed in conjunction with high-grade ones. The cost of the whole lining is high, and it cannot be as good as the film segment. Regarding the patent for film segment control, U.S. Patent No. 6,750,865 discloses an image simulation device, which is pre-processed; multiple film segment segments are taken under different environmental conditions, and then judged by the combination of the user wheel 2 group parameters, and In this way, select a certain film segment = play it. For example, when shooting a fishing movie in the same place in the same season, and then analyze and edit it through the system, you can decide to play it again. - This clip can be used for games. The selection of the string field can be (4) the scene and the level of the whole game to choose which segment of the film to use, which can make the money more attractive; but in the process of playing the clips, the user can only Reward, can not control the film segment, so that the practical application of this technology is limited to the match with traditional TV game instruments, providing users with the feeling of real film segment in the middle of each level, but the technology itself cannot be used and used. It is a very interactive gameplay. Therefore, 'how to invent a system and method for interactive video playback so that the user can closely integrate with the characters in the film segment will be the active discussion of the present invention. 6 200900991 [Invention Contents In view of the above-mentioned shortcomings of the systems and methods for controlling audio-visual playback, the creators feel that they are not perfected, exhausted their mental research and overcome them, and based on their accumulated experience in the industry for many years, they developed A system and method for interactive video playback, in order to achieve the purpose of playing a video segment by user sound, limb movement or computer. The main purpose of the present invention is to provide a system and method for interactive audio and video playback, which is issued by a user. One of the voices generates an action signal or uses a detector to detect an object motion And generate an action signal when the object starts to move and the direction of motion changes, or a computer can generate an action signal to control the playing of the film segment, and play the user sound or the user selected sound effect when the film segment is played, To achieve the above-mentioned purpose, the system of the present invention is an interactive video and audio playback system comprising: an image playback device; a data storage device, the data storage device storing at least one device a video segment having a plurality of symbols; an actuation signal generating unit that generates and outputs an actuation signal; and a control device that moves a playback cursor according to the actuation signal generated by the actuation signal generating unit, and the playback cursor corresponds to the video segment The audio data is transmitted to the video playback device; an audio playback device and an audio generating unit, the audio generating unit generates an audio message, and the audio signal is sent to the audio playback device for playing; the audio generating unit can replace the motion signal generating unit. Every time a sound is produced, an action is generated a video and audio synthesizing device that synthesizes the video data transmitted to the video playback device and the audio signal sent to the audio playback device by the transmission code 2009 2009991 and outputs the video segment as a video segment; pre-recording at least the audio effect on the data storage device, and The control device captures the at least "sound effect" pre-recorded in the (four) storage (four), thereby replacing the audio generating unit; the actuating signal generating unit is capable of making at least one motion direction change detector, and using the system Detector—the point at which the movement of the object begins to move and the direction of the movement changes. The detector further includes a - function key, which moves to the bottom of the film segment every time the cursor is pressed twice; the actuation signal is generated. The unit uses a microphone to receive the voice and converts the voice into the action signal; the action signal generating unit transmits the action signal to the control device in a manner of time line connection, wireless transmission or network transmission mode; The manner in which the control device transmits the image data from the data storage device to the image (four) device is a time line H wireless or network transmission mode; The means for transmitting the audio to the device is to use wired connection, wireless transmission or network transmission: the control device transmits the audio to the audio playback device by using wired connection, wireless Transmission or network transmission. Another aspect of the present invention is a method for interactive video playback (1) to generate a video segment with a complex number; (2) placing a play cursor in one of the video segments; (3) receiving an action After the signal, the next step is performed; (4) the play cursor is moved from the current mark position _ the end of the film segment. During the moving process, the image data corresponding to the 200900991 film segment of the play cursor is transmitted to an image playing device for playing. Until the play cursor moves by a first quantity mark, it stops, and returns to step (3); if step (4) receives an action signal during the play cursor movement, the play cursor is pointed to the next mark, and repeats Step (4). The first quantity is a positive integer; when the play cursor reaches the end of the film segment, the play cursor is set to the first mark of the film segment, and the process continues; when the play cursor reaches a mark, an audio message is output to An audio playback device; a detector is disposed on the user's body or limbs to detect when the user starts moving and the direction of motion changes, and generates the motion signal. The method of the present invention is as follows: (1) generating a film segment with a plurality of symbols; (2) placing a play cursor in one of the film segments; setting a quantity temporary storage Space, and repeat the next step; (3) Calculate a second quantity from the stored value in the quantity of temporary storage space, and take a preset unit time, and perform the following steps simultaneously in the preset unit time: (31) moving the play cursor from the current mark position toward the end of the movie segment until the play cursor moves past the second number of marks, and stops using the normal speed, 9 200900991 fast forward or slow turn The image data corresponding to the film segment is transmitted to an image playback device for playback, so that the playback is completed in the preset unit time; (32) receiving a first number of actuation signals, and depositing the first quantity into the quantity for temporary storage space. Setting in step (2), the stored value in the temporary storage space is zero; when the playback cursor reaches the end of the movie segment, 'set the play cursor to the first mark of the movie segment, and continue; in the play cursor Upon arrival of a mark, an audio message is output to an audio playback device; a detector is provided on the user's body or limbs to detect when the user starts moving and the direction of motion changes, and the action signal is generated. A further aspect of the present invention is a method for interactive video playback comprising: (1) generating a video segment having a plurality of segments of a video segment, each segment of the video segment having a plurality of symbols and corresponding to different motion frequencies, the videos The segment segment has the same movie time; (2) setting a quantity of temporary storage space and repeating the next step; (3) calculating a second quantity from the stored value in the quantity of temporary storage space, and selecting the second quantity by the second quantity For the segment of the video segment corresponding to the motion frequency, the preset unit time is the same as the movie time of the segment of the video segment, and the following steps are performed simultaneously in the preset unit time: (31) Capture the video segment The segmented image data is played back at normal speed; (32) receiving a first number of actuation signals and storing the first quantity in the quantity of temporary storage space. In step (2), the stored value in the temporary storage space is set to zero; when the playback cursor reaches a mark, an audio message is outputted to an audio playback device; and a detector is disposed on the user's body or limbs. The user is measured when the movement starts and the direction of movement changes, and the action signal is generated. A further embodiment of the present invention is a method for interactive video playback comprising: (1) generating a video segment having a plurality of symbols; (2) placing a play cursor in one of the segments of the video segment, and receiving an actuation signal Setting an interval time temporary storage space and repeating the following steps; (3) calculating an interval between the actuation signal and the previous actuation signal after receiving an actuation signal, and storing the interval time in the interval time Temporary storage space; at the same time (4) capture the stored value in the temporary storage space, move the playback cursor from the current mark position toward the end of the movie segment, until the play cursor moves to the next mark, stop, 11 200900991 And using normal speed, fast forward or slow rotation, the video data corresponding to the video segment of the playback cursor is transmitted to an image playing device for playing, so that the playback is completed at the interval. When the play cursor reaches the end of the film segment, the play cursor is set to the first mark of the film segment, and continues; when the play cursor reaches a mark, an audio message is output to an audio playback device; The user's body or limbs detect the point at which the user begins to move and the direction of motion changes, and generates the action signal. A further aspect of the present invention is a method for interactive audio and video playback comprising: (1) generating a video segment having a plurality of symbols; (2) placing a play cursor in one of the segments of the video segment, and receiving the plurality of motion signals Generating an action signal time record and repeating the following steps; (3) calculating an interval between each of the action signals and the previous action signal; (4) placing the play cursor from the current mark position toward the end of the film segment Move until the play cursor moves to the next mark, stop, and use normal speed, fast forward or first normal speed to intermediate point-pause-post normal speed to transfer the video data corresponding to the video segment to an image. The playback device plays so that it is played at exactly the interval. 12 200900991, when the video data corresponding to the video segment of the playback cursor is transmitted to an image playing device for playing, the pre-recorded sound effect file is output to an audio playing device for playing; when the playing cursor reaches the end of the film segment, the The play cursor is set in the first mark of the film segment and continues; when the play cursor arrives at a mark, an audio message is outputted to an audio playback device; a detector is set on the user's body or limbs, and the detection is used. The person starts to move and the direction of the movement changes, and the action signal is generated. The user pre-records a sound effect file, and each time a sound is played, an action signal is generated and recorded in the time signal of the action signal; the user pre-records the sound effect file by using wired connection, wireless transmission or network transmission. In this way, a system and method for interactive video playback that allows users to integrate role actions in the film segment is achieved. [Embodiment] In order to fully understand the purpose, features and effects of the present invention, the present invention will be described in detail by the following specific embodiments and with the accompanying drawings. Referring to the first figure, a schematic diagram of a system and method for interactive video playback of the present invention. The present invention controls the user's voice, the user's motion or the computer control mode to control the video 13 pre-stored in the data storage device 4 to be played on the video playback device 5, and simultaneously generate audio 21 and pre-recorded through the user's voice. The audio data transmission device 4 transmits the audio to the audio playback device 6 to generate a sound; wherein the video segment 7 is a video segment with a plurality of symbols, and the actuation signal generates a single π 1 to generate an actuation signal and transmits the signal via the transmission line 8 i The control device 3 transmits the video image of the video segment 7 to the video playback device via the transmission line 8 2 according to the received motion signal, and the audio generating unit 2 can generate the audio signal 21 during the playback. The sound generating unit 2 can be transmitted to the audio playback device 6 via the transmission line 83 and the transmission line 83 3 a. The audio generating unit 2 can also be replaced by the combination of the control device 3 and the # material storage device 4, and when the cursor arrives at the mark, the control device 3 The audio 4i pre-recorded in the data storage device 4 is selected and transmitted to the audio playback device 6 via the transmission line 8 3 a to sound; the audio and video composite device The image data transmitted to the video playback device 5 and the audio information transmitted to the audio playback device 6 are combined and output into a video segment; it should be noted that the actuation signal generating unit i can generate an actuation signal in different manners. For example, a camera is used to capture the image signal of the motion of the object, and after analysis, the motion signal is generated according to the captured image signal. The second picture, the third picture, the fourth picture, the fifth picture and the sixth picture respectively control the playing mode of the film segment by five kinds of action signals. Referring to the first figure and the second figure at the same time, the second figure illustrates a manner in which the action signal controls the playing of the film segment. The actuating signal time axis 9 1 represents that the actuating signal generating unit 1 generates an action signal according to the time travel direction, and the film segment time axis 93 represents The film segment 7 is played at a normal speed; the action signal 200900991 time axis 9 1 and the film segment time axis 9 3 arrow represent the time travel direction after the system starts to operate; firstly, a film segment 7 with a plurality of symbols is generated, and the marks are The hollow circle is shown on the time axis of the film segment 9 3 . In this example, the system is selected for a period of time after the system starts to operate. On the time axis 91 of the actuation signal, the operation signal is sequentially driven according to the time travel direction. 9 1 1 , the action signal 9 1 2 and the action signal 9 1 3, in the film segment time axis 9 3 according to the direction of time, there are a mark 9 3 1 , a mark 9 3 2 and a mark 9 3 3; the second figure shows that the system starts to operate, placed - play the cursor in the video segment - the token, here select the first token located in the film segment 7 (ie, the symbol 9 3 1), set a proportional relationship, that is, "the number of receiving actuation signals The first number of a moving cursor and the "Play In the relationship of <1", the proportional relationship is set to a one-to-one relationship, that is, after receiving an action signal, the play cursor is moved from the current mark position toward the end of the film segment by a mark (other ratios may also be used) After the system receives the action signal generated by the actuation signal generating unit and transmits it to the control device 3 via the transmission line 81, the control device 3 controls the playback of the cursor from the current position after receiving the actuation signal 9 1 1 (ie, the brother number 9 3 1) moving toward the end of the film segment 7, and simultaneously transmitting the image data of the film segment 7 corresponding to the playback cursor to the video playback device 5 via the transmission line 8 2 and playing the cursor to the next symbol (ie, the number 5) 3 2) When the movement is stopped, at this time, the control device 3 suspends the output of the shirt image and waits for the reception to be made as a pure number until the system repeats the above steps after receiving the actuation signal 9 1 2, if the playback cursor is controlled during the movement. When the device 3 receives the action signal 9 1 3, the control device 15 200900991 sets the control cursor to jump to the next-symbol (ie, the symbol 9 3 3) and repeats the above steps to continue; The play cursor arrives at the shadow > 5 paragraph 7 end, then the play tour 'is placed in the first mark of the film segment 7 (ie, the mark 9 3 1); during playback, the audio generating unit 2 can generate audio 2丄, and through the transmission line The channel 8 3 and the transmission line 8 3 a are transmitted to the audio playback device 6 and the U's signal generation unit 2 can also be replaced by the combination of the control device 3 and the data storage device 4, and is selected by the control device 3 when the cursor is reached. The audio signal 4 1 pre-recorded in the data storage device 4 is transmitted to the audio playback device 6 via the transmission line 8 3 a to be uttered; the video synthesis device 10 0 transmits and transmits the image data transmitted to the video playback device 5 to the audio device. The audio of the playback device 6 is synthesized and output as a video segment. Referring also to the first and third figures, the third figure illustrates another way for the active signal to control the playback of the video segment. The maximum difference between the third and second images is that the playback time is _1 2, which represents the actual playback time. Firstly, a film segment 7 with a complex number is generated, which is represented by a hollow circle on the time axis of the film segment 93. In this example, the system is selected for a period of time after the start of operation, and the description is performed on the playback time axis 9 2 . According to the time travel direction, there is a play mark 9 2 1 to a play mark 9 2 6 ; if it is located in the film segment time axis 9 3 - the same as the corresponding play time axis 16 1 2 'represents playing the same time at the same time Segment, that is, normal speed playback; if it is located in the video segment timeline 9 3 - the corresponding broadcast = time axis 9 2 becomes longer 'represents playing the segment in more time, that is, slow playback; if it is located in the video segment The time axis 9 3 - segment corresponds to the playback time 200900991. The axis 9 2 becomes shorter, which means that the segment is played in less time, that is, fast-forward playback. After the third figure shows that the system starts to operate, place a play cursor in one of the film segments, and select the first mark (ie, mark 9 3 1) located in the film segment 7 to set a quantity temporary storage. Space and setting a proportional relationship, and setting the stored value in the temporary storage space as a pre-value, then sequentially taking a preset unit time, and performing the following steps in each preset unit time: The stored value in the quantity temporary storage space is calculated according to the set proportional relationship - the second quantity; the play cursor is moved from the current mark position toward the end of the film segment 7, until the play cursor moves past the second number of marks to stop, And make the red constant speed, fast turn or slow turn and simultaneously transfer the image data of the video segment corresponding to the play cursor to the video play set 5 via the transmission line 8 2, so that the preset unit __ is completed; _ image data At the same time, the -first-quantity actuating signal is received and the first-number is stored in the temporary storage space. As illustrated in the third figure, the aliquoting signal time axis 9 1 and the playing time axis 9 2 are multi-station time, (4) starting operation to take four early time descriptions; setting the playing cursor to the first of the film segments 7 The number 'calculated from the quantity of temporary storage space_stored value--the second quantity method adopts -1 system (may also make (4) view_), and sets the stored value in the storage space to be three, in the first unit time The number 2 β _ 存 值 值 —— —— —— —— —— ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ ～ (4) The image data of the corresponding material segment is transmitted to the video playback device 5 broadcast 17 200900991 until the playback cursor moves past the three marks to the mark 9 3 4 to stop 'because the video data time of this segment is equal to the unit time, so T is released at normal speed (four); in the same unit time, purely receives two motion signals for motion 1 i and motion signal 9 i 2, and sets the number and the value in the deposit to two; after the end of the unit time Then follow the above process Performing the second unit time, in the second unit time, by the number = stored in the temporary storage space - the ratio - the relationship is calculated to obtain the second quantity is two 'the play cursor from the current mark position (ie, the mark 9 3 4) toward At the end of the film segment 7, the second mark is moved to reach the mark 9 3 6 'It can be clearly seen from the figure that the video data time is less than the unit time at this time. In order to make the image data broadcast in the unit time, you need to use slow play. According to this regulation dragon _ put the film segment 7; if the play cursor reaches the end of the film segment 7 'the play cursor is placed in the first segment of the film segment 7 (ie nickname 9 3 1); the audio generating unit 2 during playback The audio signal 2 is generated and transmitted to the audio playback device 6 via the transmission line 83 and the transmission line 83 3 a, and the audio generating unit 2 can also be replaced by the control device L (four) material storage device 4, when the cursor arrives at the mark, The audio device 4* pre-recorded in the data storage device 4 is selected by the control device 3 and transmitted to the audio playback device 6 via the transmission line 83a to sound. Referring to the first and fourth figures, the fourth figure illustrates the actuation. Signal control The film segment is played in another manner, and the fourth picture and the third picture are substantially the same; firstly, a film segment 7 having a plurality of film segment segments is generated, and each film segment segment is provided with a plurality of symbols and corresponding to different motion frequencies. The shadows 18 200900991 segment segments have the same movie time; set - quantity temporary storage space and set a proportional relationship, draw a preset unit time and the movie time of the film segments are the same 'and in each - preset Performing the next step in a unit time, a second quantity is calculated from the proportional relationship set by the quantity temporary storage_storage number (10), and the film segment corresponding to the motion frequency is selected by the second quantity; Segmented image data and (4) normal transmission is transmitted to the video playback device 5 via the transmission secret 82; while the video data is being played, the "first-number" actuation signal is received, and the 7th quantity is stored in the quantity temporary storage space. . As illustrated in the fourth figure, the aliquoting of the idling axis 9 1 , the playing time axis 9 2 and the film segment time axis 9 3 are a plurality of unit time, and the system starts to operate for four unit time to say that the playing cursor is set to The first mark of the film segment 7 is calculated from the value of the number 篁f storage space (10) - the second quantity method adopts a relationship (other types of relationship can also be used), and the stored value in the temporary storage space is set to Zero, in the first unit_ by the number of temporary storage space „ value using a one-to-one relationship to calculate the second quantity is zero, in the film #7, there is no corresponding motion frequency segmentation, that is, no play shadow in the same - Unit time, the system receives the action signal 911 and the =9 1 2 a total of two actuation signals, and the number of temporary storage space = two; after the end of the first unit time, then the above process followed by = second unit time In the second unit time, the quantity is temporarily stored in the second, and the stored value is calculated by using the ratio-ratio relationship to obtain the second quantity is two, and the ^ number is used to find the corresponding frequency of the feed frequency, in this case, the symbol is 9 Mark 9 3 3 images separated by two marks It is expected that the segment will be broadcasted at the normal speed in the second unit time, and the system will receive three actuation signals and repeat the above-mentioned ==: during the playback process, the audio generating unit 2 The audio 21 can be generated, and the transmission line 8 3 and the transmission line 8 3 a are transmitted to the audio playback storage: the sounding, the sounding unit 2 can also be replaced by the control device 3 and the data=, the combination of 4, in the play cursor When the arrival token is received, the sound pre-recorded in the data storage device 4 is checked by the control, and transmitted to the audio playback device 6 via the transmission line 8 3 a to sound. The fifth picture 'fifth picture illustrates the action signal control = put it again - the way. First generated - with a complex number 〇, and placed a play cursor in the film segment, one of them is selected here in the film segment 7 The first symbol (ie, the symbol ")" receives an action signal (ie, the action signal 9 1 1), sets the interval time temporary storage space; and performs the following steps: receiving an action ^ tiger (ie, the action signal 9 1 2) Calculate the action signal and One action is the interval between the signals 9 U), and the two 4 rooms are stored in the temporary storage space between the two (four); after touching the interval, the storage value in the temporary sub-workplace is followed by the current mark Position, the end of the shirt segment 7 moves, until the play cursor moves to the next number (ie. e 9 3 2 2) stops, and uses the normal speed, fast 2 turns and the corresponding video segment of the play cursor The image data of 7 is transmitted to the video playback device 5 via the transmission line 82, so that the playback is completed at the interval, and the above steps are repeated. From the fifth figure, after the system starts to operate, the interval between the action signal 911 and the action _91 20 200900991 is the same as the movie time between the mark 9 3 1 and the mark 9 3 2, so the normal speed is played. Then, the film segment 7 is continued in the same step; when the action signal 9 2 3 is continuously generated, the system calculates the elapsed time from the action signal 9 1 2 to the action signal 9 1 3, and plays the time segment of the film segment 9 3 at this time. 3 2 and the image data of the mark 9 3 3, as can be seen from the figure, the play time between the play brother number 9 2 2 and the play mark 9 2 3 on the play time axis g 2 is smaller than the mark 9 3 2 and the mark 9 3 3 The shadow month time is less, for fast forward play; when the action signal 9 1 4 continues to be generated, the system calculates the elapsed time from the action signal 9 i 3 to the action signal 9 1 4, and plays the time segment of the film segment timeline 9 3 at this time. 9 3 3 and the image data of the mark 9 3 4, as shown in the figure, the play time between the play mark 9 2 3 and the play mark 9 2 4 on the play time axis 9 2 is smaller than the mark 9 3 3 and the mark 9 3 4 The movie time is more than 'for slow playback; if the cursor is played, the cursor will be played (4) the _th mark of the segment 7 (ie, 7th, 9th, 3rd), and the audio generating unit 2 can generate audio during playback. 2丄, and transmitted to the audio playback device via the transmission line 8 3 and the transmission line 8 3 a The sound 'audio generating unit 2 can also be replaced by a combination of the control county 3 and the data storage = set 4, and when the cursor arrives at the mark, the control pre-records the pre-recorded audio information in the data storage device 4 and via = The transmission line 8 3 a is transmitted to the audio playback device 6 to make a sound; the audio-visual person is set to 1 0, and the video will be transmitted to the station to play the video information of the farmer 5 and the video playback device 6 The audio is synthesized and output as a movie 21 200900991 See also the first and sixth figures, and the sixth figure illustrates the way in which the action signal controls the playback of the film segment. Firstly generated - a film segment 7 with a plurality of records; a play cursor is displayed in the film segment - the mark, where the first mark located in the film segment 7 (ie, the mark 9 3 1 ) is selected, and the plural is received. After the action signal (ie, the action signal 9丄丄 to the action signal 9 1 4), an action signal time record (ie, the play time axis 9 2) is generated; and the following steps are performed: calculating the interval between each action signal and the previous action signal - interval time; then the play cursor is moved from the end of the current mark position segment 7 until the play cursor moves to the down-symbol (ie, the mark 9 3 2), and stops using normal speed, fast forward or normal speed to The intermediate point_pause_after positive f speed playback mode simultaneously transmits the image of the video segment 7 corresponding to the playback cursor: # material is transmitted to the video playback device 5 via the transmission line 8 2, so that the playback is completed at the interval. Repeat the above steps. The sixth picture shows that the video playback mode between the number 9 3 1 and the § 9 9 3 is the same as the fifth picture. The difference is the playback mode of the mark 9 3 3 and the mark 9 3 4, first use The normal speed is played until the middle point (ie, half) between the mark 9 3 3 and the mark 9 3 4 is paused. The play time between the play mark 9 2 3 and the play mark 9 2 4 is longer than the mark 9 3 3 and the mark 9 After the time of the 4 4 videos, continue playing at normal speed to the mark 9 3 4; if the play cursor reaches the end of the film segment 7, the play cursor is placed in the first mark of the film segment 7 (ie, the mark 9 3 i During playback, the UI generating unit 2 can generate the audio 2 1 and transmit it to the audio playback device 6 via the transmission line 83 and the transmission line 8 3 a to sound. The tone 22 200900991 can also be generated by the control unit 3 In combination with the resource storage device 4, when the cursor arrival token is played, the audio 41 pre-recorded in the data storage device 4 is selected by the control (4) setting 3 and transmitted to the audio broadcasting farm 6 via the transmission line 83a. Sound; audio and video synthesis device 1 〇, will be transmitted to the shadow (four) put | set 5 image The audio of the playback device 6 is synthesized and output as a film segment. At the same time, refer to the first picture, the second picture, the third picture and the seventh picture, ,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, A combination of a picture and a second figure embodiment, five scales of film segments of different motion frequencies, and different slice sets are set in the direction of motion reversal - mark, film segment 7 a, film segment 7b, film segment 7c, film segment ^, film segment == solution from slow to fast shadow, that is, the symbol on the top of it can get the frequency of the mark in the length of the same film segment; = after the operation, every pass - unit time, the system Calculate the receiving rate = the number of the number, you can get the unit time of the unit to generate the frequency. According to the motion signal, the frequency selection corresponds to the second motion; the frequency falls between the segments, 3:::: the video segment; If the activation signal generation frequency is greater than the motion high segment, the motion frequency is played in the third picture mode as the fastest playback; if the motion signal generation frequency is less than the operation value = the small image is taken, the motion frequency is played in the third picture mode. Video clip, which is slow playThe video data is transmitted to the video playback device 5 via the transmission line 8 23 200900991; if the playback cursor reaches the end of the video segment 7, the playback cursor is placed in the first symbol of the video segment 7; during the broadcast, the audio generating unit 2 can The audio signal 21 is generated and transmitted to the audio playback device 6 via the transmission line W and the transmission line 83 3 a. The audio generating unit 2 can also be replaced by the combination of the control device 3 and the data storage device 4, by playing the cursor arrival symbol, by The control device 3 selects the audio 41 pre-recorded in the data storage device 4 and transmits it to the audio playback device 6 via the transmission line 83a to sound. Figure 8 is a schematic view of another embodiment of the present invention, and please refer to the first, third and fourth figures at the same time. In this embodiment, the user simulates the implementation of the running of the Olympic athletes. The user displays the detector 1 1 on the f-foot 1 2 (the left foot is also available), and the detector i detects the right 2-dimensional And then moving and generating an action signal to control the playback of the video segment in the video playback device 5. The Olympic player running film segment 7i is pre-recorded in the data storage device 4 in the same footstep. In this embodiment, the audio generating unit 2 is realized by the combination of the control device 3 and the data storage device 4. The Bebesch method is implemented by the action signal control film segment described in the third figure; pre-processing a segment of the Olympic athlete running film 7 i, and setting a mark when any one of the players in the film segment falls, in this embodiment At the beginning of the film segment 71, four symbols are selected for description and sequentially corresponding to the film segment marks 7 1 1 to 7 1 4 . After each unit of time, the system calculates the number of received motion signals, so as to determine the number of moving symbols in the next unit time and use the normal speed, fast forward or slow motion to play the corresponding image data, and transmit to the video playback via the transmission line 82. The device 5 plays, according to the above-mentioned 24 200900991 mode, the entire film segment can be sequentially broadcasted, and the pre-recorded pedaling sound effect is issued when the player's foot is landed in the Olympic player running film segment 71. The embodiment can also be implemented by the action signal control film segment method in the fourth figure, pre-processing a segment of the Olympic athlete running film segment 71, and there are multiple film segment segments in the film segment 71, and different film segment segments corresponding to the film segment. The frequency at which the player's foot moves back and forth, and a mark is set when any of the players' feet are landed in each segment of the film segment, so that the segment of the film segment where the player's foot moves faster can obtain a denser mark, and The segment of the film segment where the player's foot moves at a slower frequency can be sparsely marked. After each unit time, the system calculates the number of received motion signals, so that the film segment that is closest to the number of tokens is selected to be played at the normal speed in the next unit time, and transmitted to the video playback device 5 via the transmission line 82. At the same time, in the Olympic athletes running film segment 7 1 when the player's foot landing, the pre-recorded pedaling sound effect is issued. In this way, the user can control the purpose of running the Olympic athletes in the film segment 7 1 . FIG. 9 is a schematic view of still another embodiment of the present invention, and please refer to the first figure, the second figure, the third figure, and the seventh figure at the same time. This embodiment is a method for the user to control the movement of the characters in the film segment; The detector 11 is disposed in the right hand 14 of the user (the left hand is also available), and the vertical movement direction is changed by the upper and lower movements of the right hand of the user, and is detected by the detector 1 to generate an actuation signal to control the video playback device 5. The playback of the video clip. The pre-recorded multi-segmented ballet dancers are stored in the data storage device 4. The film segments from the film segment 7a to the segment 7e correspond to the ballet dancers' movement frequency from slow to fast, and stand up in the ballet dancers. Set the mark on the underside, 25 200900991 Pre: In the data storage device 4, in this embodiment, now; after the system starts to operate, every (four) is set to 4, "the real aunt passes an early time, the system calculates the birth frequency number. The number can be obtained by the unit time ==2:: according to this action signal generation frequency selection f shell! Select the film segment with higher motion frequency, and play the higher frequency in the second picture mode The film segment; if the motion frequency is the highest, the ilIrm is half larger than the production field, and the 4th segment of the motion frequency is played in the second picture, that is, the fast-forward playback; the frequency of the feed signal is less than the motion. The film with the lowest frequency, the one with the lowest frequency plays the e-lei in the sports dance film segment: when the dad bud dancer jumps under the G-presence, the sound of the lining is emitted. So use the right-handed swipe up and down. Control pre-recorded bud dance The up and down movement of the dance: and the most natural and smooth interactive video and audio. The second and seventh pictures play the film segment to play the ballet dancers & and the t-picture; the image and the pre-recorded effect can also be The device 1Q is synthesized and outputted into a new (four) segment. This embodiment can also be implemented by the action signal control film segment described in the first figure, and a dad dance dancer dancing segment 72 is first stood up and raised in the g-dance dancer. The sibling number is set in the lower part. In this embodiment, four symbols are selected from the beginning of the film segment 72 to be described, and the film segment marks 721 to 724 are sequentially assigned to the symbols 931 to 934 26 on the time axis 93 of the film segment in the second figure. 200900991. The proportional relationship is - ratio-relationship, that is, after receiving-acting the signal, the play cursor is moved from the current credit to the end of the movie segment; after the online operation starts, wait until the right hand moves upward to generate an action. The signal is sent to the control device 3 via the transmission line 8 W, and the video data of the mark ^ 3 1 to 9 3 2 on the _9 3 is controlled by the action of the call 9 1 1 , that is, the video segment mark 7 2 丄7 2 2, the film 72 The bud dancer stands up to the image data and transmits it to the video playback via the transmission line 82. The playback direction is reversed, and the motion signal is generated and transmitted to the control device 3 via the transmission line. By playing the signal 912, the video data of the mark 9 3 2 to 9 3 3 on the movie & time axis 9 3 is controlled, that is, the film segment marks 7 2 2 to 72 3, that is, the film dancer 72 is a dancer. The image data is transmitted to the video playback device f via the transmission line 82; in the above manner, the entire film segment can be sequentially broadcasted, and the pre-recorded sound effect is issued when the dancers squat in the S-Player dancer's dancing film segment. Thus, the user can control the up and down movement of the pre-recorded bud dancer by the up and down swing of the right hand. The material of the dad bud dancer's dancing piece 72 and the simple sound effect emitted by playing the film segment in the second picture can also be synthesized and output as a new film segment by the f sound synthesizing device 1 . Figure 10 is a schematic view of a further embodiment of the present invention, and please refer to both the first and fifth figures. This embodiment is for the user to control the object jumping mode in the film segment; i is disposed at the user's waist 23 The vertical movement direction of the user is changed by the τ jump, and the motion signal is generated by the pre-detector 1 1 to control the playing of the cartoon player 27 200900991. The actual mode is controlled by the action signal shown in the fifth figure. Segment mode implementation 'First-Big Rabbit Jumping Cartoon Film Segment 7 3 Set the mark when the white rabbit jumps up the high point and falls to the lowest point in the film segment, in this embodiment from the beginning of the film segment 7 3 Select four symbols to explain and sequentially correspond the film segment marks 7 3 1 to 7 3 4 to the marks 9 31 to 934 on the timeline 9 3 of the film segment in the fifth picture; together with the pre-recorded sound effects pre-recorded in the data storage device 4, in this embodiment, the audio generating unit 2 is realized by the combination of the control device 3 and the data storage device 4. After the system starts to operate, it waits until the child jumps, and the action signal 9 1 1 'at the highest point is reached at the time of the child. When falling, The direction of motion is reversed, and the next action signal 9 1 2 is generated. At this time, the system calculates the elapsed time from the action signal 9 1 1 to the actuation signal 9 i 2 , and plays the time segment 9 3 on the film segment timeline 9 3 1 and the mark. 9 3 2 image data, that is, the film segment marks 7 3丄 to 7 3 2, that is, the small white rabbit in the film segment 7 3 falls from the most popular point to the lowest point image data, and is transmitted to the video playback device via the transmission line 8 2 Play; in the above manner, the entire film segment can be broadcasted sequentially, and played to the film segment marks 7 3 2 and 7 3 4 to capture the sound of the pre-recorded person. This can achieve the purpose of children's control of the video segment 7 3 within the white free jump image. Playing the video segment in the fifth picture, playing the image of the white rabbit jumping cartoon film segment 7 3 and the pre-recorded land sound effect can also be synthesized and outputted into a new film segment via the video synthesizing device i. 11 is a schematic diagram of still another embodiment of the present invention, and please refer to the first diagram, the second diagram, and the sixth diagram at the same time. In this embodiment, the user sounds 28 200900991 to control the video playback device 5 to display the human voice image. Playing the user's voice can be applied to the company's customer service personnel's remote online service or recording the description film segment; and the above embodiment is disclosed in this embodiment, the audio generating unit 2 is no longer realized by the combination of the control device 3 and the data storage device 4. 'And the sound is achieved by the time, and transmitted to the audio playback device 6 via the transmission line 83 and the transmission line 83 a to sound; the audio signal generation unit 2 replaces the actuation signal generation unit! By transmitting the transmission line ^1, the transmission line 815, the user receives a sound, is received by the microphone 15 and is transmitted to the control device 3 via the transmission line 83, and then generates an action signal to control the video segment of the video playback device 5. Play. The embodiment is implemented by the action signal control film segment in the second figure. First, a speech speaker segment 7 4 is set to mark when the spokesperson speaks and closes in the film segment, which is started by the film segment 7 4 in this embodiment. Select four symbols to explain and sequentially assign the film segment marks 7 4 1 to 7 4 4 to the marks 9 3 1 to 9 3 4 on the timeline 9 3 of the film segment in the second figure; set a proportional relationship, that is, " The relationship between the number of received motion signals and the number of "playing cursors moving by a first number", where the proportional relationship is set to a one-to-two relationship, that is, after receiving an action signal, the play cursor is terminated from the current mark position toward the end of the film segment. After moving the two marks (other kinds of proportional relationship can also be used), after the system starts to operate, the user speaks and sends a voice through the transmission line 83 to the control device 3' generates an action signal 9 1 1 controls the playing of the film segment timeline 9 3 The upper δ hex number 9 3 1 to 9 3 3 image data 'that is, the data storage device 4 in the generation s people film segment mark 7 4 1 to 7 4 3, that is, the film segment 7 29 200900991 := two closed to the opening Come again The closed image data is transmitted to the video playback device 5 via the transmission, and the video playback device 5: the entire video segment is broadcasted, and the user's voice is broadcasted == road 83 and transmission line 83 - to the second fund ^^ image (4) . In this implementation, in order to take into account that the image may take up a large amount of bandwidth 'causes the delay, the transmission line uses wired transmission' and the transmission line 8 2 and the transmission line 8 3 a wired transmission 'so use the network transmission for the audio = road The image data is transmitted to ensure smooth surface; however, if the use of the mountain-free control device 3 and the data storage device 4 are set on the user transmission line 8 2 and the transmission line 8 3 a, the network transmission is performed, and =, 8 3 Use wired transmission 'so remotely only need to have video broadcast...set 5, audio playback device 6 and connect to the network, it can be easily broadcasted 2 In this knowledge, the near-end user can also be a computer, the same computer 2 send-actuation signal and audio 2! To the far end, you can also reach the control far = the speech effect of the characters in the film segment; the computer can also play the sound effect file of the talking or singing sound, and each time a sound is played, a motion signal is generated at the same time. Send to the end of the computer can also read the text file and read and generate the software, sub-pronunciation, and each word pronunciation of the voice and generate one of the motion = to the far end; the computer can also accept from the camera Entry Movement shirt like signal, after analysis, generate actuating signals according to the movement of objects. The embodiment can also be implemented by the actuating signal control film segment method in the sixth figure. First, a speech speaker segment 7 4 is set in the film segment to speak 30 200900991 when the voice is sounded, and the sound effect of the user speaking or singing is In the file, each sound signal will generate an action signal and record the time record of the action signal. The system calculates the action signal 9 ii to the action signal 9 丄 2 elapsed time 'plays the video data of the film segment timeline 9 3 mark 9 3 丄 and mark 9 3 2 P3 at this time, and uses normal speed, fast forward or normal Speed to medium H pause _ after normal speed, the image data is transmitted to the video playback device 5 via the transmission line 8 2; in the above manner, y shun repents, the sound return single W will be uttered by the user to reach the user's speech. Or the sung sound effect file will generate the audio 2 1 and transmit it to the audio playback device 6 via the transmission line 8 3 and the transmission line 8 3 a to sound utterance 'so that the audio signal generated by the controller is controlled. 7 4 screaming people speak f彡For the purpose. The way of the sound effect slot can be achieved by means of timeline connection, wireless transmission or network transmission. Play the video segment in the second or sixth picture mode. The video of the video segment 7 4 can be synthesized and output as a new video segment via the video synthesizer 1Q. Figure 12 is a schematic view of still another embodiment of the present invention, and please refer to the ninth and tenth views at the same time. This embodiment is for two users to interactively control the cymbal through the network line; The user-generated motion signal can control the playback of the near-end video segment, and can also use the network transmission to transmit the motion frequency to the remote display on the other party's video playback device 5, or control the playback of the video segment in the other party's video playback device 5; The generating unit 2 can be realized by the combination of the near-end control device 3 and the data storage device 4, or can be realized by the m-end user and transmitted to the audio playback device 6 via the transmission line 83 (transmitted using the network 31 200900991) and the transmission line 8 3 a. And the sound; so that two users can interactively control the motion of the characters in the film segment and talk to each other. As described above, the present invention fully complies with the three requirements of the patent: novelty, advancement, and industrial applicability. In terms of novelty and advancement, the present invention provides an interactive video and audio playback system and method for controlling the playback of a video segment by sound, body motion or computer generated signal and matching the sound effect; Sexually, the products derived from the present invention can fully satisfy the needs of the current market. The invention has been described above in terms of the preferred embodiments thereof, and it should be understood by those skilled in the art that this invention is not intended to limit the scope of the invention. It should be noted that variations and permutations equivalent to those of the embodiments are intended to be within the scope of the invention. Therefore, the scope of protection of the present invention is defined by the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic view of a preferred embodiment of the present invention. The second figure is a schematic diagram of the action signal control image playback of the present invention. The third figure is a schematic diagram of another action signal control image playback of the present invention. The fourth figure is a schematic diagram of another action signal control image playback of the present invention. The fifth figure is another schematic diagram of the action signal control image playback of the present invention 32 200900991. The sixth figure is a schematic diagram of still playing the signal control image playback of the present invention. The seventh figure is a schematic diagram of still playing signal control image playback of the present invention. The eighth figure is a schematic view of another embodiment of the present invention. Figure 9 is a schematic view of still another embodiment of the present invention. Figure 11 is a schematic view of still another embodiment of the present invention. Figure 11 is a schematic view showing still another embodiment of the present invention. Figure 12 is a schematic view of still another embodiment of the present invention. [Main component symbol description] 1 Actuation signal generation unit 11 Detector 12 Right foot 13 Waist 14 Right hand 15 Microphone 2 Audio generation unit 2 1 Audio 3 Control device 4 Data storage device 4 1 Audio 5 Video playback device 33 200900991 6 Audio playback Device 7 Film segment 7 1 Olympic athlete running film 7 11 Film segment mark 7 1 2 Film segment mark 7 13 Film segment mark 7 14 Film segment mark 7 2 Ballet star dance film 7 2 1 Film segment mark 7 2 2 Film segment mark 7 2 3 Film segment mark 7 2 4 Film segment mark 7 3 Free child jump movie 7 3 1 Film segment mark 7 3 2 Film segment mark 7 3 3 Film segment mark 7 3 4 Film segment mark 7 4 Video spokesperson talking film 7 4 1 Film segment mark 7 4 2 Film segment mark 7 4 3 Film segment mark 7 4 4 Film segment mark 7 a Film segment 7 b Film segment 34 200900991 7 c Film segment 7 d Film segment 7 e Film segment 8 1 Transmission line 8 2 Transmission line 8 3 Transmission line 8 3a Transmission line 9 1 Actuation signal Time axis 9 11 Actuation signal 9 12 Actuation signal 9 13 No. 9 14 Actuation signal 9 2 Play timeline 9 2 1 Play mark 9 2 2 Play mark 9 2 3 Play mark 9 2 4 Play mark 9 2 5 Play mark 9 2 6 Play mark 9 3 Film timeline 9 3 1 Mark 9 3 2 mark 9 3 3 mark 9 3 4 mark 35 200900991 9 3 5 mark 9 3 6 mark 10 video synthesizer 36