200915872 九、發明說明： 【發明所屬之技術領域3 發明領域 本發明係有關於將動態影像發送至用戶之終端機，同 5 時，受理該動態影像之編輯之動態影像發送系統及動態影 像發送方法。 本案對2007年6月27日提申之日本專利申請案第 2007-169672號主張優先權，在此沿用其内容。 I：先前技術3 10 發明背景 近年來，提供許多藉由網際網路，發送動態影像之服 務。在此種動態影像之發送服務中，有將某用戶登錄之動 態影像發送至另一用戶操作之終端機之服務。利用網際網 路之用戶可藉在自身操作之終端機觀看他人所作成之動熊 15 影像來享樂。 目前檢討將他人作成之動態影像自由地編輯後，作為 自己發送之動態影像而重新登錄之服務之提供。當使用此 種服務時，進行將他人所作成之動態影像作為宣傳自己店 之廣告，編輯及登錄後，發送至連接於網際網路上之許交 終端機之。若可自由編輯該廣告之動態影像時，= 自己店之店名或服務概要等與動態影像資料合成而發乂： 因此，無法進行動態影像作成之用戶可有效利用他人=作 成之動態影像。在此種服務中，組合複數個他人作 態影像，作成節目’合成文字或效果影像，作為經編3 20 200915872 -用戶之節目而發送，可使其他用戶觀賞。與動態影像之發 送及動態影像之編輯相關之技術有揭示於專利文獻1之技 術。 【專利文獻1】曰本專利公開公報2003-134446號 5 【發明内容】 發明揭示 發明欲解決之問題 在如上述之動態影像發送服務中，其他用戶可編輯登 錄在系統之動態影像，作為編輯經編輯之動態影像之用戶 10 之作品而發送。是故，當原始動態影像資料被不當利用時， 需刪除所編輯之動態影像資料。根據某些理由，有原始動 態影像資料之作者突然不願意其動態影像資料為他人所利 用之可能性。因而，即使為編輯他人所作成之動態影像， 作為自己之作品而發送之服務，作成某動態影像資料之作 15 者或系統管理者需在不找出編輯該動態影像資料之用戶 下，易管理原始動態影像資料，以可特定該動態影像資料， ' 而可為無法利用。 當許多用戶編輯一個原始動態影像資，作成複數個動 態影像資料而登錄時，產生無法在系統具有數個記憶該動 ‘ 20 態影像資料之伺服器之問題。 編輯動態影像資料，作成自己之節目，發送時，需可 易作成該節目之用戶介面。 是故，本發明之目的係適合可自由地編輯他人作成之 動態影像，作為自己發送之動態影像，重新登錄之動態影 7 200915872 像發送服務，可進行動態影像資料之管理及編輯之動態影 像發送系統及動態影像發送方法。 用以欲解決問題之手段 為達成上述目的，本發明之動態影像發送系統包含有 5 動態影像資料記憶部、動態影像資料發送部、合成資料記 憶部、合成資料發送部、合成處理用檔案生成部、生成資 訊登錄部、再生要求受理部、對終端機之資訊發送部；該 動態影像資料記憶部係記憶動態影像資料者；該動態影像 資料發送部係將前述動態影像資料發送至藉由網路連結之 10 終端機者；該合成資料記憶部係記憶合成至前述動態影像 之合成資料者；該合成資料發送部係將前述合成資料發送 至前述終端機者；該合成處理用檔案生成部係受理來自前 述終端機之前述動態影像資料之指定及前述合成資料之指 定，生成至少儲存有前述所指定之動態影像資料與合成資 15 料之各識別資訊與在前述終端機上將前述所指定之動態影 像資料與合成資料再生之節目之識別資訊之合成處理用檔 案者；該生成資訊登錄部係將前述所生成之合成處理用檔 案登錄至生成資訊記憶部者；該再生要求受理部係當從前 述終端機受理動態影像再生要求時，從前述終端機受理前 20 述節目之識別資訊者；對終端機之資訊發送部，係將與前 述所受理之節目之識別資訊對應，而儲存於前述生成資訊 記憶部之前述合成處理用檔案發送至前述終端機者；前述 動態影像發送部依據前述終端機依前述合成處理用檔案發 送之動態影像資料之識別資訊之接收，將以前述動態影像 200915872 資料記憶部記憶之動態影像資料發送至前述終端機，且前 述合成資料發送部依據前述終端機依前述合成處理用檔案 發送之合成資料之識別資訊之接收，將以前述合成資料記 憶部記憶之合成資料發送至前述終端機。 5 本發明之動態影像發送系統亦可包含有樣本影像記憶 部、再生時間設定晝面發送部；該樣本影像記憶部係記憶 以前述動態影像資料記憶部記憶之複數動態影像資料之樣 本影像者；該再生時間設定晝面發送部係顯示前述樣本影 像及特定動態影像之再生時間帶之指示器，同時，於前述 10 指示器顯示前述指示器之再生時間帶指定範圍，且受理前 述再生時間帶指定範圍之變更，並依前述再生時間帶指定 範圍之變更之受理，變更前述指示器之對應之再生時間帶 範圍而顯示，進一步，將受理在前述再生時間帶範圍再生 之動態影像資料之前述樣本影像之指定的再生時間設定畫 15 面發送至前述終端機者。前述合成處理用檔案生成部從前 述終端機受理對應於在前述再生時間設定晝面中設定之樣 本影像之動態影像資料之識別資訊及再生時間帶範圍，使 前述動態影像資料之識別資訊與再生時間帶範圍對應，生 成前述合成處理用檔案。 20 在本發明之動態影像發送系統中，前述再生時間設定 畫面亦可為受理再生曰、再生之星期、再生期間之任一個 或複數個之設定的畫面。 在本發明之動態影像發送系統中，前述再生時間設定 晝面亦可具有顯示樣本影像一覽之樣本影像一覽顯示區 9 200915872 域、及顯示所指定之編輯對象之動態影像之一覽之編輯影 像一覽顯示區域，且對於前述樣本影像一覽顯示區域顯示 之前述樣本影像之任一個或複數個，在受理移動至前述編 輯影像顯示區域之指示時，使前述樣本影像移動至前述編 5 輯影像一覽顯示區域而顯示。前述合成處理檔案生成部從 前述終端機受理對應於在前述再生時間設定畫面之編輯影 像一覽顯示區域之樣本圖像之動態影像資料之識別資訊、 及在前述再生時間設定畫面中受理設定之前述再生時間範 圍。 10 本發明動態影像發送方法係包含記憶動態影像資料之 動態影像資料記憶部、及記憶合成至前述動態影像之合成 資料之合成資料記憶部之動態影像發送系統中的動態影像 發送方法，且該方法係受理來自終端機之前述動態影像資 料之指定及前述合成資料之指定，生成至少儲存有前述所 15 指定之動態影像資料與合成資料之各識別資訊與在前述終 端機上將前述所指定之動態影像資料與合成資料再生之節 目之識別資訊之合成處理用檔案，然後，將前述所生成之 合成處理用檔案登錄至生成資訊記憶部，接著，當從前述 終端機受理動態影像再生要求時，從前述終端機受理前述 20 節目之識別資訊，將與前述所受理之節目之識別資訊對應 而儲存於生成資訊記憶部之前述合成處理用檔案，發送至 前述終端機，再依據前述終端機依前述合成處理用檔案發 送之動態影像資料之識別資訊之接收，將以前述動態影像 資料記憶部記憶之動態影像資料發送至前述終端機，且依 10 200915872 -據前述終端機依前述合成處理用檔案發送之合成資料之識 別資訊之接收，將以前述合成資料記憶部記憶之合成資料 發送至前述終端機。 發明效果 ' 5 根據本發明，依用戶之指示，進行對已登錄之動態影 像資料之編輯處理，依各用戶以生成資訊記憶部記憶在該 編輯處理中生成之合成處理用檔案（特定動態影像資料與 合成資料之時程資訊）。藉由通信網路連接之終端機於進行 動態影像資料之再生時，從生成資訊記憶部取得合成處理 10 用檔案，從記述於該合成處理用檔案之資訊分別讀取動態 影像資料與合成資料，將合成資料與動態影像資料合成後 再生。即，在動態影像發送系統中，每當編輯動態影像資 料時，不複製該動態影像資料來保持，而僅將僅特定各編 輯不同之合成資料之合成處理用檔案與動態影像資料分開 15 記憶即可。因此，不論受理多少次對動態影像資料之編輯 處理，僅將1個原始動態影像資料記憶於動態影像資料記憶 ' 部即可。因而，當發生某些問題時，考慮要停止利用已編 輯原始動態影像資料之編輯後動態影像資料之節目時，從 動態影像資料之識別資訊特定原始動態影像資料，從動態 20 影像資料刪除即可。藉此，當為不當利用原始之動態影像 資料之動態影像或因其他某些問題要刪除原始動態影像資 料時，由於可立刻刪除作為該對象之動態影像資料，故可 進行動態影像資料之管理。 又，根據本發明，每當從終端機受理動態影像資料之 11 200915872 編輯之指示時，可不複製原始動態影像資料。因而，可刪 減動態影像資料記憶部之資料記憶容量。 又，根據本發明，當用戶作成節目時，指定對應於複 數個動態影像資料之樣本影像，使用顯示於網頁之指示 5 器，可易設定其再生時間帶。 圖式簡單說明 第1圖係顯示本發明一實施形態之動態影像發送系統 之結構之方塊圖。 第2圖係顯示第1圖所示之動態影像發送管理伺服器之 10 功能之方塊圖。 第3圖係顯示第1圖所示之動態影像發送系統之節目作 成處理之處理流程者。 第4圖係顯示本發明一實施形態之網頁之例者。 第5 (1)圖〜第5 (3)圖係顯示設定動態影像之再生時間帶 15 之第4圖所示之指示器之例的第1圖。 第6 (4)圖〜第6 (7)圖係顯示設定動態影像之再生時間帶 之第4圖所示之指示器之例的第2圖。 第7圖係顯示儲存於本發明一實施形態之時程資訊之 各種資訊一覽者。 20 第8圖係顯示第1圖所示之動態影像發送系統之節目再 生處理之處理流程者。 【實施方式3 用以實施發明之最佳形態 以下，參照圖式，說明本發明一實施形態。 12 200915872 第1圖係顯示實施形態之動態影像發送系統之結構之 方塊圖。在此第1圖中，動態影像發送管理伺服器1具有網 站伺服器之功能、動態影像編輯功能等。上傳伺服器2進行 以下之處理，即，從該動態影像發送管理伺服器1受理動態 5 影像發送伺服器1從用戶操作之終端機6接收之動態影像資 料或合成資料(照片資料、本文資料、效果資料）等之上傳對 象之資料的處理。再者，上傳伺服器2進行將該資料登錄至 其他伺服器之處理。節目伺服器3將發送用戶操作終端機 6，於動態影像發送管理伺服器1進接而作成之節目内之動 10 態影像所必要，以動態影像發送管理伺服器1生成之資訊 (以下有說明之時程資訊）記憶。資料記憶伺服器4記憶動態 影像資料、合成資料、在終端機上與該動態影像資料合成 之合成資料之ID、上傳該等資料之用戶之ID、該等資料之 記憶標的之資訊等。發送伺服器5將所記憶之動態影像資料 15 或合成資料發送至終端機6。播放器8係於終端機6顯示之節 目之動態影像資料之再生及顯示用介面之一例。 本實施形態之動態影像發送系統具有使資料記憶伺服 器4記憶從終端機6上傳之動態影像資料及與該動態影像資 料合成之合成資料之功能。動態影像發送系統具有將合成 20 資料與該動態影像資料合成之動態影像在藉由通信網路連 接於動態影像發送系統之多個終端機6上再生之功能。動態 影像發送系統具有可將從終端機6登錄之動態影像資料使 用與登錄該動態影像之用戶不同之用戶編輯之功能。動態 影像發送系統具有將該編輯後之動態影像資料重新登錄至 13 200915872 系統上，使藉由通信網路7連接於動態影像發送线之多個 終端機6瀏覽賴編輯之動態影像之魏。動態影像發送系 統^有使用已登錄之！個或複數個動態影像資料，使用戶作 5 10 15 20 成節目’將該節目發送至藉由通信網路7連接於動態影像發 送系統之多個終端機6之功能。 。在該種動態影像發送系統中，動態影像發送管理伺服 雙理終端機6之動態影像f料之指定與合成資料(與動 態影像資料合成之本文㈣、照片資料或絲資料)之指 定。效果資料係用以於動態影像上賦與某些動作之資料，曰 例如表現***時火之動作之影像、表現小星星在空中舞動 之影像等各式各樣。動態影像發送管理他器！生成至少健 存有所指定之動態影像資料與合成資料之各識別資訊與在 終端機6上將該等動態影像資料與合成資料再生之節目 識別資称下之處理之詳細說财，稱為時鶴)之 理用賴在以下之處理之詳細說明中，稱為時程資;$ 態影像發送管獅服以將對應於操祕錢6之用 別資訊(好轉)«目之㈣細時⑽），生成之2 處理用檔案（時程資訊）登錄至節目㈣器3(生成資^ 部）。動態影像發送管理伺服器冰終端機6受理儲存有L 之識別資訊之觸影像再生要求，雜應於所受理之Γ目 之識別資訊，而儲存於節目伺服器3之合成處理用即目 程資訊)發达至終端機6。發送伺服器5(動態影像 ’， 部、合成㈣發送部)進行訂之輕，即，依終端機依$ 發送之動悲影像資料之識別資訊之接收，讀取以資料記憶 14 200915872 伺服器4(動態影像資料記憶部、合成資料記憶部）記憶之動 態影像資料，將之發送至該終端機6，依終端機6所發送之 合成資料之識別資訊之接收，讀取以資料記憶伺服器4記憶 之合成資料，將之發送至該終端機6。 5 第2圖係顯示第1圖所示之動態影像發送管理伺服器之 功能之方塊圖。 如此第2圖所示，動態影像發送伺服器1包含有通信處 理部11、控制部12、上傳管理部13、動態影像編輯處理部 14、動態影像發送管理部15、記憶部16。通信處理部11與 10 終端機6或其他伺服器發送接收資訊。控制部12控制動態影 像發送管理伺服器1之各處理部。上傳管理部13管理動態影 像資料在系統之上傳或刪除。動態影像編輯處理部14依終 端機6之指示，進行動態影像資料之編輯處理。動態影像發 送管理部15依終端機6之指示，進行動態影像之發送處理之 15 管理。記憶部16記憶各種資訊。在本實施形態中，動態影 像之編輯係指從終端機6使動態影像發送管理伺服器1進行 以下之處理。具體言之，第1處理係受理與已登錄（上傳）之 動態影像資料合成之合成資料之指定，依各用戶登錄該合 成資料者。第2處理係受理動態影像之再生日時等設定，於 20 該再生日時等生成用以發送從終端機6受理指定之動態影 像之資料者。第3處理係受理複數個動態影像資料之指定， 生成於特定之時間帶發送該等複數動態影像資料之節目之 資料者。 第3圖係顯示第1圖所示之動態影像發送系統之節目作 15 200915872 成處理之處理流程者。 參照第3圖，就使用動態影像發送系統之節目作成處理 作說明。 首先，利用終端機6之用戶使用終端機6，進接至動態 5 影像發送管理伺服器1。如此進行，動態影像發送管理伺服 器1藉網站服務功能，將網頁傳回終端機6。藉此，在終端 機6，顯示網頁。在此網頁中，可進行動態影像資料或與該 動態影像資料合成之合成資料(效果資料、照片資料、本文 資料等）之登錄、動態影像資料之編輯、節目之作成。在此 10 動態影像資料之編輯或節目之作成中，除了自己上傳之動 態影像資料外，亦可利用他人上傳之動態影像資料。用戶 使用終端機6，上傳動態影像資料或合成資料時，一面瀏覽 於終端機6顯示之網頁，一面使用輸入裝置，指定終端機6 記憶於記憶部16之動態影像資料或合成資料，按下上傳鈕 15 等。如此進行，用戶輸入將該等指定之資料上傳至動態影 像發送系統之指示。此輸入裝置係設置於終端機6之滑鼠或 鍵盤等。如此一來，終端機6將從用戶受理指定之動態影像 資料或合成資料與上傳要求之資訊一同發送至動態影像發 送管理伺服器1(步驟S1)。亦可僅上傳動態影像資料或合成 20 資料。 動態影像發送管理伺服器1之上傳管理部13接收動態 影像資料或合成資料之上傳要求時，將動態影像資料或合 成資料傳送至上傳伺服器2。上傳伺服器2接收動態影像資 料時，將所接收之動態影像資料登錄至發送伺服器5之動態 16 200915872 影像資科記憶區域（步驟S2)。上傳伺服器2接收合成資料 時，將所接收之合成資料登錄至發送伺服器5之合成資料記 憶區域(少驟S3)。此時，動態影像資料或合成資料對應於用 以識別該等資料之ID或已登錄之用戶m，而登錄至資料記 5 憶伺服器4及發送伺服器5。 、义藉由連接之複數個終端機6將動態影像資 料或^成資料登錄至動態影像發送系統。動態影像發送系 統之s理員亦可直接將動態影像資料或合成資料登錄至資 料記憶伺服器4。將複數個動態影像資料或合成資料儲存於 10資料記憶伺服器4。 像資料’作成節目時，以以下之處理作成。 15 20 在節目之作成，首先’用戶在於終端機6顯示之網頁 將已么錄於動態影像發送系統之動態影像資料之複數 個:覽(動態影像資料内之某廣告之靜止影像作為樣本，顏 丁、樣本影像’或者亦稱為縮圖）於終端獅之網頁上顯 ^終端機6從該動態影像資料—覽表，在用戶 能 戶作成之„影像f料中，受理操料 肖戶之感興趣之動態影像資料之樣本影像的選擇 _6,Γ^理用戶之動態影像保存之指示之輪入時，终 =將對應於所指定之樣本影像之動態影”糾驰用 伺服=至動態影像發送#理伺服器卜動態影像發送管理 ㈣影料輯處理部14將所㈣U_ 象m且錄至用戶資料庫（圖中未示）。藉此，將用戶要編 17 200915872 輯哪個動態影像資料之資訊登錄至系統上。之後，於終端 機6之網頁上之樣本影像一覽顯示區域顯示用戶自己選擇 之動態影像資料之樣本影像。 接著’藉用戶之操作，終端機6從所顯示之網頁之樣本 5影像一覽顯示區域中，受理編輯對象之樣本影像之指定(步 驟S5)。在此指定中，藉用戶將樣本影像從網頁上之樣本影 像一覽顯示區域拖曳及放下而移動至編輯影像一覽顯示區 域來進行。用戶以對應於移動至編輯影像一覽顯示區域之 樣本影像之動態影像資料作為編輯對象’在網頁上選擇與 10該動態影像資料合成而顯示之合成資料。依該作業，終端 機6受理用戶所選擇之合成資料（步驟S6)。舉例言之，在網 頁上，用戶在終端機6進行顯示合成資料之一覽之操作時， 儲存於資料記憶伺服器4之合成資料之名稱顯示於網頁之 合成資料之-覽。從此合成資料之一覽文理與動態影像資 15料合成之1個或複數個合成資料之指疋。 當受理從合成資料f覽的一個或複數個合成資料之 指定時，終端機6將識別該合成資料之1D、合成該合成資料 之動態影像資料之ID、操作終端機6之用戶之ID發送至動態 影像發送管理㈣⑸。如此^，動'㈣像發送管理伺服 20器1之動態影像編輯處理部I4使用戶ID、動態影像ID及合成 _ , ^丄痛算。動態影像發送管理伺服 ID對應，而登錄至用戶資枓庫等功 ,^ /杳斜ID，而儲存於資料記憶伺 器1讀取對應於所接收之合成員柯 Λ L „ $終端機6。亦可從資料記憶 服器4之合成貢料，將之發运矣，’、 ，/:舣代從資料記憶伺服器4將合 伺服器4直接發送至終端機6,取彳乂與 18 200915872 =發送至終端機6。 次料覽區域顯示用 成資料藉由動態影像發送管理伺服器 藉此，終端機6於網頁上之編輯用合成 戶所指定之合成資料之影像。 網頁亦可具有對合成資料設定動作構气 言之，網頁具有可在網頁上指定「從左至右之功此。舉例 或「旋轉」等動作模式之功能。藉從用戶或」從下往上」 之指定，於動態影像資料再生時，終端機二里邊動作模式 作模式之資料與合成資料，依該動作极々5妾收關於動 ., 冥式，使動態影像資 料與合成資料合成之動態影像再生。 豕貝 1〇 用戶亦可將合成資料從終端機6登錄至動態影像發送200915872 IX. Description of the Invention: [Technical Field 3 of the Invention] Field of the Invention The present invention relates to a dynamic image transmitting system and a moving image transmitting method for transmitting a moving image to a user's terminal, and accepting editing of the moving image . The present application claims priority to Japanese Patent Application No. 2007-169672, filed on Jun. 27, 2007, the content of which is incorporated herein. I: Prior Art 3 10 Background of the Invention In recent years, many services for transmitting motion pictures via the Internet have been provided. In the transmission service of such a moving image, there is a service of transmitting a dynamic image registered by one user to a terminal operated by another user. Users who use the Internet can enjoy the video of others' mobile bears on their own terminals. At present, we review the provision of services that are re-registered as dynamic images transmitted by ourselves after the dynamic images created by others are freely edited. When using this kind of service, the advertisements made by others are used as advertisements for promoting their own stores, edited and registered, and then sent to the terminal terminals connected to the Internet. If you can freely edit the motion picture of the advertisement, = the store name or service summary of the store is combined with the motion picture data: Therefore, users who cannot create a motion picture can effectively use the motion picture created by others. In such a service, a plurality of other people's performance images are combined to create a program's synthesized text or effect image, which is transmitted as a program of the user's program, which can be viewed by other users. A technique related to the transmission of a moving image and the editing of a moving image has a technique disclosed in Patent Document 1. [Patent Document 1] Japanese Laid-Open Patent Publication No. 2003-134446 No. 5 SUMMARY OF THE INVENTION [Problem to be Solved by the Invention] In the above-described motion picture transmission service, other users can edit a motion picture registered in the system as an editing The edited dynamic image is sent by the user 10's work. Therefore, when the original motion picture data is improperly used, the edited motion picture data needs to be deleted. For some reason, authors of original dynamic imagery are suddenly reluctant to use their motion picture material for others. Therefore, even if you edit the dynamic image made by others, the service sent as your own work, the user who creates a dynamic image data or the system administrator needs to manage the user without editing the dynamic image data. The original motion picture data can be used to specify the motion picture data, and can be used. When many users edit a raw motion picture and register a plurality of dynamic image data, there is a problem that the server cannot have a plurality of servers that memorize the -20 image data. Edit the motion picture data and create your own program. When sending, you need to make the user interface of the program. Therefore, the object of the present invention is to be able to freely edit a moving image created by another person as a moving image transmitted by itself, and re-login the dynamic image 7 200915872 like a sending service, which can manage and edit dynamic image data for moving image data. System and dynamic image transmission method. Means for Solving the Problem In order to achieve the above object, a moving image transmitting system of the present invention includes a moving image data storage unit, a moving image data transmitting unit, a synthetic data storage unit, a synthetic data transmitting unit, and a composite processing file generating unit. And generating an information registration unit, a reproduction request receiving unit, and an information transmitting unit for the terminal; the moving image data storage unit is for storing the moving image data; and the moving image data transmitting unit transmits the moving image data to the network a 10 terminal device; the synthetic data storage unit is synthesized and synthesized to the synthesized data of the dynamic image; the synthetic data transmitting unit transmits the synthesized data to the terminal device; and the synthetic processing file generating unit receives The designation of the moving image data from the terminal and the designation of the synthetic data are generated, and each identification information storing at least the specified dynamic image data and the synthesized material is generated, and the specified dynamic is performed on the terminal. Identification information of programs reproduced from video data and synthetic data a composition processing registration unit that registers the generated synthetic processing file in the generated information storage unit; the reproduction request receiving unit receives the motion image reproduction request from the terminal device, and the terminal is received from the terminal The device transmits the identification information of the first 20 programs; the information transmitting unit of the terminal device corresponds to the identification information of the received program, and the synthetic processing file stored in the generated information storage unit is transmitted to the terminal. The motion picture transmitting unit transmits the motion picture data stored in the data memory unit of the motion picture 200915872 to the terminal device according to the reception of the identification information of the motion picture data transmitted by the terminal device according to the synthesis processing file, and The synthetic data transmitting unit transmits the synthesized data stored in the synthesized data storage unit to the terminal device based on the reception of the identification information of the synthesized data transmitted by the terminal device in accordance with the synthetic processing file. The moving image transmitting system of the present invention may further include a sample image storage unit and a reproduction time setting face transmitting unit; the sample image memory unit memorizing the sample image of the plurality of moving image data memorized by the moving image data storage unit; The reproduction time setting buffer transmitting unit displays an indicator of the reproduction time zone of the sample image and the specific motion image, and displays the reproduction time zone specified range of the indicator on the 10 indicator, and accepts the reproduction time zone designation. The change of the range is performed by changing the range of the reproduction time zone corresponding to the change of the reproduction time, and changing the range of the reproduction time zone corresponding to the indicator, and further receiving the sample image of the moving image data reproduced in the reproduction time zone range. The specified reproduction time setting picture is sent to the terminal device. The composition processing file generating unit receives, from the terminal device, identification information and a reproduction time band range corresponding to the moving image data of the sample image set in the reproduction time setting surface, and the identification information and the reproduction time of the moving image data. Corresponding to the band range, the aforementioned composition file for synthesis processing is generated. In the motion picture transmission system of the present invention, the reproduction time setting screen may be a screen that is set to receive one of a plurality of reproductions, a week of reproduction, and a reproduction period. In the motion picture transmission system of the present invention, the reproduction time setting screen may have a sample image list display area 9 200915872 field in which a sample image list is displayed, and a list of edited images in which a list of the moving images to be edited is displayed. And displaying, in the region, any one or more of the sample images displayed in the sample image list display area, when receiving an instruction to move to the edited image display area, moving the sample image to the edited video list display area display. The composition processing file generating unit receives, from the terminal device, identification information corresponding to the moving image data of the sample image in the edited image list display area of the reproduction time setting screen, and the reproduction of the setting received in the reproduction time setting screen. time limit. The dynamic image transmitting method of the present invention comprises a moving image data storage unit for memorizing moving image data, and a moving image transmitting method in a moving image transmitting system of a synthesized data memory unit that memorizes the synthesized data to the moving image, and the method Receiving the designation of the moving image data from the terminal and the designation of the synthesized data, generating each identification information storing at least the dynamic image data and the synthesized data specified in the above-mentioned 15 and the dynamics specified on the terminal And a file for synthesizing the identification information of the image data and the program for reproducing the synthesized data, and then registering the generated synthetic processing file in the generated information storage unit, and then receiving the motion image reproduction request from the terminal device, The terminal device receives the identification information of the 20 programs, stores the combined processing file in the generated information storage unit corresponding to the identification information of the received program, transmits the file to the terminal device, and synthesizes according to the terminal device. Processing file transmission The receiving of the identification information of the image data is transmitted to the terminal device by using the moving image data memorized by the moving image data storage unit, and according to the identification information of the synthetic data sent by the terminal device according to the foregoing synthetic processing file according to the above-mentioned terminal device Receiving, the synthesized data memorized by the synthetic data storage unit is transmitted to the terminal device. According to the present invention, the editing process of the registered moving image data is performed in accordance with the instruction of the user, and the synthetic processing file (specific moving image data) generated by the user in the editing process is generated by the user to generate the information memory unit. Time-course information with synthetic data). When the terminal device connected to the communication network performs the reproduction of the moving image data, the file for the composition processing 10 is obtained from the generated information storage unit, and the moving image data and the synthesized data are respectively read from the information described in the composition file for the synthesis processing. Synthetic data and dynamic image data are synthesized and reproduced. That is, in the motion picture transmission system, each time the motion picture data is edited, the motion picture data is not copied and held, and only the combination processing file and the motion picture data of the synthesized data having different edits are separated. can. Therefore, no matter how many times the editing of the moving image data is performed, only one original moving image data can be memorized in the memory portion of the moving image data. Therefore, when certain problems occur, when it is considered to stop using the edited motion picture data of the original motion picture data, the specific original motion picture data from the identification information of the motion picture data can be deleted from the dynamic 20 image data. . Therefore, when the motion picture of the original motion picture data is improperly used or the original motion picture data is deleted due to some other problems, since the motion picture data as the object can be deleted immediately, the motion picture data can be managed. Further, according to the present invention, the original moving image data may not be copied every time the instruction of the editing of the moving image data 11 200915872 is accepted from the terminal. Therefore, the data memory capacity of the motion picture data storage unit can be deleted. Further, according to the present invention, when a user creates a program, a sample image corresponding to a plurality of pieces of moving image data is designated, and the reproduction time zone can be easily set using the instruction displayed on the web page. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing the configuration of a motion picture transmitting system according to an embodiment of the present invention. Fig. 2 is a block diagram showing the function of the dynamic image transmission management server shown in Fig. 1. Fig. 3 is a flowchart showing the processing flow of the program creation processing of the motion picture transmission system shown in Fig. 1. Fig. 4 is a view showing an example of a web page according to an embodiment of the present invention. Fig. 5 (1) to Fig. 5 (3) show a first diagram showing an example of an indicator shown in Fig. 4 for setting the reproduction time zone 15 of the motion picture. Fig. 6 (4) to Fig. 6 (7) show a second diagram showing an example of the indicator shown in Fig. 4 for setting the reproduction time zone of the motion picture. Fig. 7 is a view showing a list of various information stored in the schedule information of an embodiment of the present invention. 20 Fig. 8 shows the processing flow of the program reproduction processing of the motion picture transmission system shown in Fig. 1. [Embodiment 3] BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, an embodiment of the present invention will be described with reference to the drawings. 12 200915872 Fig. 1 is a block diagram showing the structure of a dynamic image transmitting system of an embodiment. In the first figure, the motion picture transmission management server 1 has a function of a website server, a motion picture editing function, and the like. The upload server 2 performs the following processing, that is, the motion picture transmission management server 1 receives the motion picture data or the synthesized data received by the dynamic image transmission server 1 from the terminal unit 6 operated by the user (photo material, text data, The processing of the data of the uploading object such as the effect data). Furthermore, the upload server 2 performs the process of logging the data to another server. The program server 3 transmits the user-operated terminal device 6, which is necessary for the dynamic 10-state image in the program created by the motion picture transmission management server 1, and transmits the information generated by the dynamic image transmission management server 1 (described below) Time history information) memory. The data storage server 4 memorizes the dynamic image data, the synthesized data, the ID of the synthesized data synthesized on the terminal with the dynamic image data, the ID of the user who uploaded the data, and the information of the memory target of the data. The transmitting server 5 transmits the recorded moving image data 15 or synthesized data to the terminal 6. The player 8 is an example of a screen for reproducing and displaying moving picture data of a program displayed on the terminal 6. The motion picture transmission system of the present embodiment has a function of causing the material memory server 4 to memorize the motion picture data uploaded from the terminal unit 6 and the synthesized data synthesized from the motion picture data. The motion picture transmission system has a function of reproducing the motion picture synthesized by the synthesis 20 data and the motion picture data on a plurality of terminals 6 connected to the motion picture transmission system via the communication network. The dynamic image transmitting system has a function of editing the moving image data registered from the terminal 6 using a user different from the user who logged in the moving image. The dynamic image transmitting system has the function of re-registering the edited moving image data to the system of the 200915872 system, and the plurality of terminals 6 connected to the dynamic image transmitting line via the communication network 7 to browse the dynamic image of the edited video. The dynamic image transmission system ^ has been used to log in! The plurality of pieces of motion picture data enable the user to transmit the program to the functions of the plurality of terminals 6 connected to the motion picture transmission system via the communication network 7. . In the dynamic image transmission system, the dynamic image transmission management specifies the designation of the dynamic image material of the servo terminal 6 and the synthesis data (the text (4), photo data or silk data synthesized with the dynamic image data). The effect data is used to assign certain movements to the motion picture, such as the image of the action of the fire at the time of the explosion, and the image of the little star dancing in the air. Dynamic image transmission management device! Generating at least the identification information of at least the specified dynamic image data and the synthesized data and the detailed description of the processing of the program identification assets for reproducing the dynamic image data and the synthesized data on the terminal device 6 The reason for the use of the crane is in the detailed description of the following processing, called time-course capital; $ state image transmission tube lion suit to correspond to the use of secret money 6 information (good) «eye (four) fine time (10) ), the generated 2 processing file (time schedule information) is registered to the program (4) device 3 (generating component). The motion picture transmission management server ice terminal unit 6 accepts the touch image reproduction request in which the identification information of L is stored, and the identification information that is received in the program server 3 is stored in the program information of the program server 3 ) Developed to the terminal 6. The sending server 5 (moving image ', the part, the synthesizing (four) transmitting part) performs the ordering light, that is, the receiving information of the moving image data transmitted by the terminal according to the $, and reads the data memory 14 200915872 server 4 (Dynamic image data storage unit, synthetic data storage unit) The stored dynamic image data is sent to the terminal device 6, and the identification information of the synthesized data transmitted by the terminal device 6 is received, and the data storage server 4 is read. The synthesized data of the memory is sent to the terminal 6. 5 Fig. 2 is a block diagram showing the function of the motion picture transmission management server shown in Fig. 1. As shown in Fig. 2, the motion picture transmission server 1 includes a communication processing unit 11, a control unit 12, an upload management unit 13, a motion picture editing processing unit 14, a motion picture transmission management unit 15, and a memory unit 16. The communication processing unit 11 and the 10 terminal device 6 or other servers transmit and receive information. The control unit 12 controls each processing unit of the dynamic image transmission management server 1. The upload management unit 13 manages the uploading or deletion of the dynamic image data in the system. The motion picture editing processing unit 14 performs editing processing of moving picture data in accordance with an instruction from the terminal unit 6. The motion picture transmission management unit 15 performs the management of the transmission processing of the video in response to the instruction of the terminal unit 6. The memory unit 16 memorizes various information. In the present embodiment, the editing of the moving image means that the moving picture transmission management server 1 performs the following processing from the terminal device 6. Specifically, the first processing system accepts the designation of the synthesized data synthesized with the registered (uploaded) moving image data, and registers the synthesized data for each user. In the second processing, the setting of the reproduction date of the moving image is received, and the data for transmitting the designated dynamic image from the terminal device 6 is generated at the reproduction date or the like. The third processing system accepts the designation of a plurality of moving image data, and generates data of a program for transmitting the plurality of moving image data at a specific time. Fig. 3 is a flowchart showing the processing flow of the program of the motion picture transmission system shown in Fig. 1 . Referring to Fig. 3, the program creation processing using the motion picture transmission system will be described. First, the user of the terminal device 6 uses the terminal device 6 to access the dynamic 5 video transmission management server 1. In this manner, the motion picture transmission management server 1 transmits the web page back to the terminal unit 6 by the website service function. Thereby, the web page is displayed on the terminal 6. In this webpage, the dynamic image data or the composite data (effect data, photo data, text data, etc.) synthesized with the dynamic image data can be registered, the editing of the dynamic image data, and the creation of the program. In the editing of the 10 dynamic image data or the creation of the program, in addition to the dynamic image data uploaded by itself, the dynamic image data uploaded by others can also be utilized. When the user uses the terminal device 6 to upload the moving image data or the synthesized data, while browsing the web page displayed by the terminal device 6, the user inputs the dynamic image data or the synthesized data stored in the memory unit 16 by using the input device, and presses the upload. Button 15 and so on. In doing so, the user enters an instruction to upload the specified data to the dynamic image transmission system. This input device is provided on the mouse or keyboard of the terminal unit 6, and the like. In this manner, the terminal device 6 transmits the designated moving image data or synthesized material to the moving image transmission management server 1 together with the information of the upload request (step S1). You can also upload only motion picture data or synthesize 20 items. When the uploading management unit 13 of the motion picture transmission management server 1 receives the uploading request of the moving image data or the synthesized material, the moving image data or the synthesized data is transmitted to the uploading server 2. When the upload server 2 receives the dynamic image data, it registers the received motion picture data to the dynamic 16 200915872 video resource storage area of the transmission server 5 (step S2). When the upload server 2 receives the synthesized material, it registers the received synthesized material in the synthesized data memory area of the transmission server 5 (small step S3). At this time, the moving image data or the synthesized data corresponds to the ID for identifying the data or the registered user m, and is registered to the data record 5 and the server 5 and the transmission server 5. The dynamic image data or the data is registered to the motion picture transmission system by a plurality of terminals 6 connected. The sci-fi of the motion picture transmission system can also directly log the motion picture data or the composition data to the data memory server 4. A plurality of motion picture data or composite data are stored in the 10 data memory server 4. When creating a program like the material, the following processing is used. 15 20 In the production of the program, first of all, 'the user is on the webpage displayed by the terminal 6 to record the plurality of dynamic image data recorded in the dynamic image transmission system: view (the still image of an advertisement in the dynamic image data is taken as a sample, Ding, the sample image 'or the thumbnail image is displayed on the webpage of the terminal lion ^ terminal machine 6 from the dynamic image data-view table, in the user's home can create the „image f material, accept the operation Xiao Xiaozhi The selection of the sample image of the dynamic image data of interest _6, when the user enters the indication of the dynamic image preservation, the final = will correspond to the dynamic image of the specified sample image. Image transmission #理 server Bu motion picture transmission management (4) The picture material processing unit 14 records the (4) U_ image m to the user database (not shown). In this way, the user wants to edit the information of which dynamic image data of 200915872 is registered on the system. Thereafter, a sample image of the moving image data selected by the user is displayed on the sample image list display area on the web page of the terminal 6. Then, by the user's operation, the terminal device 6 accepts the designation of the sample image of the editing target from the sample 5 video list display area of the displayed web page (step S5). In this designation, the user moves the sample image from the sample image list display area on the web page to the edited image list display area. The user selects the synthesized image displayed in association with the moving image data on the web page by using the moving image data corresponding to the sample image moved to the edited image list display area as the editing target. In accordance with this operation, the terminal 6 accepts the synthesized material selected by the user (step S6). For example, on the web page, when the user operates the terminal to display a list of synthesized data, the name of the synthesized data stored in the data storage server 4 is displayed on the web page. From this point on the summary of the synthetic data and the dynamic image of the material synthesis of one or a plurality of synthetic data. When accepting the designation of one or a plurality of synthesized materials viewed from the synthesized material, the terminal device 6 transmits the ID identifying the synthesized data, the ID of the dynamic image data synthesizing the synthesized data, and the ID of the user of the operation terminal 6 to Dynamic image transmission management (4) (5). In this way, the motion picture editing processing unit I4 of the transmission management unit 20 transmits the user ID, the motion picture ID, and the composition _. The dynamic image transmission management servo ID corresponds to, and is registered to the user resource library and the like, and the / / skew ID is stored in the data memory server 1 to read corresponding to the received member Ke Λ L „ $ terminal 6. It can also be sent from the synthetic memory device 4, and it will be shipped, ', , /: The generation will send the server 4 directly from the data memory server 4 to the terminal 6, 6 and 18 200915872 = Send to the terminal 6. The secondary view area displays the use of the data by the dynamic image transmission management server, whereby the terminal 6 edits the composite data specified by the synthesizer on the web page. Synthetic data setting action structure, the web page has the function of specifying the action mode from left to right, for example, or "rotation" on the web page. By the user or "from the bottom up" designation, when the motion picture data is reproduced, the terminal machine's internal motion mode is used as the mode data and the synthetic data. According to the action, the action is extremely high. Dynamic image reproduction combined with dynamic image data and synthetic data. Mussels 1〇 Users can also log composite data from terminal 6 to dynamic image transmission.
系統。當合成資料為本文資才斗時，操作終端機6 ,進行將文 字列輸入至網頁之本文輸入欄’將該文字列作為本文資料 而保存之指示。依該指示，終端機6將儲存有輸入之文字列 之本文資料發送至動態影像發送管理伺服器1。動態影像發 15送管理伺服器1之動態影像編輯處理部14使所接收之本文 資料對應於進行該保存指示之用戶之用戶ID，而登錄至資 料記憶伺服器4等。即，於終端機6之合成資料一覽顯示之 合成資料亦可為用戶自己登錄之合成資料。此用戶自己登 錄之合成資料亦可為照片資料或效果資料。 20 藉以上之處理，在終端機6，編輯對象之動態影像資料 之指定及與該動態影像資料合成之合成資料之指定結束。 用戶為編輯所指定之動態影像資料，而使用終端機6，進行 在動態影像資料之再生時間長度之範圍之哪個時間點將合 成資料合成而顯示之設定。 200915872 第4圖係顯示本發明一實施形態之網頁之例者。如此第 4圖所示，在於終端機6顯示之網頁中，至少顯示樣本影像 一覽顯示區域21、編輯影像一覽顯示區域22、編輯用合成 資料一覽顯示區域23、合成時間指定區域26、指示器24。 5 樣本影像一覽顯示區域21可顯示1個或複數個動態影像資 料之樣本影像。編輯影像一覽顯示區域22可顯示從於該樣 本影像一覽顯示區域21顯示之樣本影像中用戶指定之編輯 對象之樣本影像。編集用合成資料一覽顯示區域23可顯示 用戶指定為與對應於編輯對象之樣本影像之動態影像資料 10合成之合成資料之一覽。合成時間指定區域26顯示用以設 疋在動態影像資料之再生時間長度範圍之哪個時間使動態 影像資料與合成資料合成之條。指示器24用於設定使於編 輯影像一覽顯示區域22之1個或複數個樣本影像之動態影 像身料再生作為統整之節目之再生時間帶（從〇點〜24點中 15之再生時間帶）。於此網頁存在輸入進行動態影像資料之再 生之指示時，使該動態影像再生之再生動態影像顯示區域 25 ° 於終端機6顯示如第4圖所示之網頁。用戶在此網頁 上，從於編輯影像一覽顯示區域22顯示之編輯對象之樣本 2〇影像中選擇對應於進行輯處理之動態影冑資料之樣 本影像(步獅7)。如此-來，於終端機之網頁之合成時間指 定區域26之上部顯示用以顯示對應於用戶所選擇之樣本影 像之動態影像資料之再生時間長之從再生開始之時刻。 即，S對應於編輯用樣本影像3之動態影像資料&之再生時 20 200915872 間為51秒時’在合成時間減區域上部顯示再生開始之 ，_刻至顯轉生結权00 :七咖㈣於合成時 間指定區域26之上部。在第中，在合成時，定區域之 上更顯示用以在視覺上識別再生開始與再生結束之各時刻 5間為再生時間長之哪個時間之時刻之劃分時刻（〇〇: 12, 00 : 25，〇〇 : 38)。 ~用戶操作終端機6，使用滑鼠等，使於編輯用合成資料 一覽顯示區域23顯示之資料在合成時㈣定區域％之上一 面左右移動，-面顯示，進行在編輯處理中之動態影像資 Π)料之再生時間長之哪個時間合成合成資料而顯示之設定 (步驟S8)。用戶對1個動態影像資料，依合成資料之數，反 覆進行在編輯對象之動態影像資料之再生時間長之哪個時 間合成合成資料而顯示之設定，以進如個動態影像資料之 編輯作業。當1個動態影像資料之編輯作業時，進行下 15個不同之動態影像資料（對應於錢輯影像—㈣示區域 22顯不之樣本影像之影像資料)之編輯作業。㈣戶按下網 頁上之保存紐時(步驟S9)，終端機6將時程資訊(相當於上述 。成處理用檔案）之生成要求及在網頁上指定或設定之各 種資訊發送至動態影像發送管理伺服器U步驟_。 〜端機6發送至動態影像發送管理词服器i之各種資訊 為用戶ID a夺程（即目）題名、時程(節目漱要、在節目内發 迟之動‘讀像ID、與動態影像ID合成之合成資料出、各合 成資料之動態影像資料之再生時間長之合成時間之時刻、 動U貝料之再生時間帶等。時程題名或時程概要藉用 21 200915872 戶之輸入，終端機6以設定檔案等記憶於網頁。從網頁上述 用戶之指定、設定之終端機6將在網頁上指定之用以識別編 輯對象之動態影像資料之ID、合成資料之ID或合成資料之 合成時間之時刻或動態影像資料之再生時間帶等隨時記錄 5 於設定檔案等或保持作為在網頁上設定之參數。終端機6以 按下保存鈕為契機，將記錄於該設定檔案或保持作為在網 頁上設定之參數之各種資訊與時程資訊生成要求一同發送 至動態影像發送管理伺服器1。 用戶在上述編輯作業中，可設定由1個動態影像或複數 10 個動態影像構成之節目之發送日或再生時間帶。 第5圖係顯示設定動態影像之再生時間帶之第4圖所示 之指示器之例的第1圖。 第6圖係顯示設定動態影像之再生時間帶之第4圖所示 之指示器之例的第2圖。 15 首先，使用第5圖說明。在用戶使終端機顯示動態影像 編輯用網頁之初期之時間點，如第5(1)圖所示，指示器24 將0點至24點之時間帶設定作為第1時間帶31而顯示。對應 於在編輯影像一覽顯示區域22顯示之各樣本影像之1個或 複數個動態影像資料作為1個節目A而發送至此第1時間帶 20 3卜用戶使用滑鼠，拖曳全區域（即0點至24點）設定作為第1 時間帶31而顯示之指示器右端，向左移動時，如第5(2)圖所 示，顯示該第1時間帶31之終端之右端之縱棒線向左移動， 第1時間帶31之區域縮小，同時，於指示器之右側作成第1 空白框32。藉此，節目A之再生時間帶縮小。用戶使用滑鼠， 22 200915872system. When the synthesized data is the capital of the article, the terminal device 6 is operated to input the text column into the text input field of the web page, and the character string is stored as an instruction for saving the data. In response to the instruction, the terminal device 6 transmits the document data storing the input character string to the motion picture transmission management server 1. The moving image editing processing unit 14 of the moving image transmission management server 1 registers the received document data with the user ID of the user who has made the saving instruction, and registers it with the data storage server 4 or the like. That is, the synthesized data displayed on the synthesized data list of the terminal unit 6 may be the synthesized data registered by the user himself. The synthetic material that the user himself logs in can also be photo data or performance data. 20 By the above processing, at the terminal device 6, the designation of the moving image data of the editing object and the designation of the synthesized data synthesized with the moving image data are completed. The user edits the specified moving image data, and uses the terminal 6 to perform a setting for synthesizing and displaying the synthesized data at the time of the reproduction time length of the moving image data. 200915872 Fig. 4 is a diagram showing an example of a web page according to an embodiment of the present invention. As shown in FIG. 4, at least the sample video list display area 21, the edited video list display area 22, the edited synthesized material list display area 23, the combined time designation area 26, and the indicator 24 are displayed on the web page displayed by the terminal device 6. . 5 The sample image list display area 21 can display sample images of one or a plurality of motion picture data. The edit image list display area 22 can display a sample image of the edit target designated by the user from the sample image displayed in the sample image list display area 21. The compiled synthetic material list display area 23 can display a list of synthesized materials which the user has designated as the synthesized moving image data 10 corresponding to the sample image of the editing target. The composition time designation area 26 displays a bar for setting the time period of the reproduction time length of the moving image data to synthesize the dynamic image data and the synthesized data. The indicator 24 is used to set a reproduction time zone for reproducing the motion picture body of one or a plurality of sample images in the edit image list display area 22 (from the defect time point to the 24th time reproduction time band of 15) ). When an instruction to reproduce the motion picture data is input on the web page, the reproduced video display area 25° for reproducing the motion picture is displayed on the terminal unit 6 as shown in FIG. On this web page, the user selects a sample image (Step 7) corresponding to the dynamic image data subjected to the series processing from the sample of the edit target displayed in the edit image list display area 22. In this way, the time at which the reproduction time of the moving image data corresponding to the sample image selected by the user is long from the start of reproduction is displayed on the upper portion of the composition time specifying area 26 of the web page of the terminal. That is, S corresponds to the motion image data of the editing sample image 3 & when the reproduction time is between 20 and 1515, when the time is 51 seconds, the display starts at the upper part of the synthesis time minus area, and the reproduction starts at the upper end of the synthesis time minus area 00: seven coffee (four) The upper portion of the region 26 is designated at the synthesis time. In the middle, at the time of composition, the division time at which the time of the reproduction time is longer between the respective times 5 of the start of reproduction and the end of reproduction is visually recognized on the fixed area (〇〇: 12, 00 : 25, 〇〇: 38). The user operates the terminal device 6, and uses the mouse or the like to move the data displayed in the edited composite material list display area 23 to the left and right sides of the fixed area (4), and to display the moving image in the editing process. The time at which the reproduction time of the material is long is synthesized and the display is displayed (step S8). The user performs a setting for synthesizing the synthesized data and displaying the setting of the moving image data of the editing object according to the number of the synthesized data, in order to enter the editing operation of the moving image data. When an animation image data is edited, an editing operation of the next 15 different moving image data (corresponding to the money image - (4) image data of the sample image of the region 22) is performed. (4) When the household presses the save button on the webpage (step S9), the terminal device 6 transmits the generation request of the time-course information (corresponding to the above-mentioned processing file) and various information specified or set on the webpage to the dynamic image transmission. Manage server U step _. ~ The various information sent by the terminal 6 to the dynamic image transmission management word server i is the user ID a. The title, the time course (the program summary, the late movement in the program), the reading ID, and the dynamic The synthetic data of the image ID synthesis, the time of the synthesis time of the dynamic image data of each synthetic data, the time of the synthesis time of the moving material, the regeneration time zone of the moving material, etc. The time course title or the time history summary borrows 21 200915872 household input, The terminal device 6 is stored in the web page by setting a file or the like. The terminal device 6 designated by the user of the web page specifies the ID of the moving image data for identifying the editing object, the ID of the synthesized data, or the synthesis of the synthesized data. The time of the time or the reproduction time zone of the moving image data is recorded at any time in the setting file or the like as a parameter set on the web page. The terminal device 6 presses the save button as an opportunity to record in the setting file or keep it as The various information of the parameters set on the web page is sent to the motion picture transmission management server 1 together with the time history information generation request. The user can set 1 in the above editing operation. The transmission date or the reproduction time zone of the program consisting of a plurality of moving images or a plurality of moving images. Fig. 5 is a first diagram showing an example of the indicator shown in Fig. 4 for setting the reproduction time zone of the moving image. The figure shows a second diagram of an example of the indicator shown in Fig. 4 for setting the reproduction time zone of the moving image. 15 First, the fifth figure is used to illustrate the initial time when the user displays the video page for moving video editing on the terminal. As shown in Fig. 5(1), the indicator 24 displays the time zone from 0 to 24 as the first time zone 31. Corresponding to the image of each sample displayed in the edited image list display area 22 One or more pieces of motion picture data are transmitted as one program A to the first time zone. The user uses the mouse to drag the entire area (ie, 0 to 24 points) to set the indicator as the first time zone 31. When the right end moves to the left, as shown in Fig. 5(2), the vertical bar line showing the right end of the terminal of the first time zone 31 moves to the left, and the area of the first time zone 31 is reduced, and at the same time, the indicator On the right side, the first blank frame 32 is created. By this, the program A is The regeneration time band is reduced. The user uses the mouse, 22 200915872
接著，使用苐6圖說明。 ，終端機6將第〗空白 t時間帶而顯示。藉此，如第5(3) 。用戶可於此第2時間帶33設定 。用戶使用滑鼠，拖矣追加作為 第2時間帶33而顯示之指示器之右端，向左移動時，如第6(4) 圖所示，顯示该第2時間帶33之終端之右端之縱棒線向左移 動，弟2時間τ|γ33之區域縮小，同時，於指示器之右側作成 第2空白框34。用戶使用滑鼠，鍵擊時間帶追加鈕時，終端 10機6將第2空白框34作為第3動態影像發送之時間帶而顯 示。藉此，如第6(5)圖所示，追加第3時間帶35。當用戶使 用滑鼠，拖曳顯示作為第丨時間帶31之指示器之右端，向左 移動時，如第6(6)圖所示，顯杀該第1時間帶31之終端之右 端之縱棒線向左移動，第丨時間帶31之區域縮小，同時，於 15第1時間帶31與第2時間帶33間作成第3空白框36。用戶使用 滑鼠，鍵擊時間帶追加鈕時，終端機6將第3空白框36作為 第4動態影像發送之時間帶而顯系。如第6(6)圖所示，藉此， 追加第4時間帶37。 在指示器24中，設定複數時間帶時，用戶指定進行在 2〇哪個時間帶發送之節目之編輯作業。舉例言之，上述編輯 處理對已發送至第丨時間帶31之第1節目Α内之各動態影像 身料進行時，用戶操作指示器，新追加第2時間帶33,指定， 藉此網頁上之顯示轉移至發送矣第2時間帶33之新節目b 之編輯作業之模式。即，舉例言之，當新追加第2時間帶33， 23 200915872 指定該時間帶時’從網頁上將第1節目内之各動態影像資料 從編輯影像一覽顯示區域22刪除’形成新節目之編輯作業 之模式。用戶從發送至第2時間帶33之第2節目之各動態影 像資料之指定之作業依序進行與上述編輯作業相同之操作 5 (進行從樣本影像一覽顯示區域21指定樣本影像’移動至編 輯影像〆覽顯示區域22之操作）。終端機6受理再生時間帶 之設定時，將在節目内發送之各動態影像資料之再生時間 帶記憶於設定檔案等。終端機6於發送上述時程資訊生成要 求時，同時將該資訊發送至動態影像發送管理伺服器1。 1〇 使用第5圖、第6圖所示之指示器24，以滑鼠作業可在 視覺上易設定將哪個時間帶發送由1個或複數個動態影像 資料組成之郎目。疋故，用戶使用已登錄至系統上之動態 影像資料，可易作成節目之資料。網頁具有除了可設定節 目之再生時間帶外，亦可設定再生之曰期、星期、期間等 15 之功能。 接著，在動態影像發送管理伺服器1中，從終端機6接 收時程資訊生成要求與伴隨其產生之各種資訊時，影態影 像編輯處理部14發行時程ID，於該時程1〇生成對應所接收 之各種資訊之時程資訊(步驟sii)。動態影像編輯處理部14 20使所生成之時程資訊與作成節目之用戶ID對應，登錄至節 目伺服器3(步驟S12)。動態影像編輯處理部14使顯示所生成 之時程資訊之時程ID與用戶ID對應，登錄至用戶資料庫 等，管理用戶所作成之時程資訊。藉以上之處理。用戶之 節目作成處理結束。時程ID發送至終端機6，儲存於對應於 24 200915872 •網頁之彀定檔索内，終端機6將之記憶。 第7圖係顯示儲存於本發明一實施形態之時程資訊之 各種資訊一覽者。 如此第7圖所示，於時程資訊内儲存特定節目之時程 5 ID、作成節目之用戶之用戶；[1)、在該節目内再生之動態影 像資料之1〇、與哪個動態影像資料合成之合成資料之、 由各合成資料之動態影像資料之再生時間長之合成時間之 時刻、動態影像資料之再生時間帶等構成之時程表資訊。 第8圖係顯示第1圖所示之動態影像發送系統之節目再 10生處理之處理流程者。 使用第8圖，就動態影像發送系統之節目再生之處理作 說明。 用戶使用終端機ό，進行於動態影像發送管理伺服器i 進接之操作時，動態影像發送管理伺服器1將網頁發送至終 15 端機2 〇 + 、 在此網頁中，用戶移動至動態影像發送開始用之網 ( 頁時，在該網頁，對應於已登錄之節目内之某動態影像資 料之樣本影像依各節目顯示一覽。顯示在此網頁顯示之各 1目之樣本衫像有顯示保持某用戶作成之原始動態影像資 料之節目之情形或顯示保持與作成原始動態影像資料之用 - 不同之用戶編輯之動態影像資料之節目的情形等各種情 形。對應於各節目之樣本影像，特定節目内之動態影像資 料或合成資料之時程資訊之ID(時程ID)作為對應於網頁之 〇又疋檔案’與網頁一同從動態影像發送管理伺服器1發送至 終端機6。 25 200915872 終端機6從用戶受理對某一樣本影像之動態影像資料 之再生指示之輸人時(步驟S2Q1)，將儲存有對應於所指定之 樣本影狀節目之時飾_態料再生要求發送 影像發送管理伺《1(步驟識）。動態影像發送管理寵 之動態影像發送管理部15讀取儲存於動態影像再生要 未之時程m，生成該時⑽之節目之再生開始用程 之發送至終端機6(步物3)。此再生開始用程式係對動態 影像發送㈣伺服器i要求時程資訊，使終端機㈣ 該時程資訊之程式。 10 15 20 終端機6於受理動態影像資料之發送要求或動 ^之串流時’依該串流之資料，建構再生動態影^預 3己憶在終端機6之晝面’於動態影像顯示區域顯示之動離 景^像再生程式。當該動態影像再生程式在終端機6上储 時’於終賴6内構成動態影料生處理部。 終端機6之動態影像再生處理部檢測終端機6 始用程式之接㈣，讀取儲存於該再生開始用程式之時程 =步勒驟讀），將料㈣時鶴之時”訊發送要求發 =動態影像發送管理伺服"步驟伽）。動態影像發送 η谨⑨1之動絲像發送管理部15讀取儲存於時 要求之時程1D，傳送至節目伺服器3(步驟S2〇6)。當 接收時輸時’將對應該時程m而儲存之時程 貝轉回動態影像發送管理伺服器i(步驟幻〇7 :理伺服器1之動態影像發送管理部B將從節Li服 益3接收傳回之時程資訊發送至終端機6(步驟_)。 26 200915872 當在終端機6接收時程序資訊時，終端機6内之動態影 像再生處理部確認儲存於時程資訊之再生時間帶（步驟 S209)。若目前之時刻為再生時間帶時，取得儲存於該時程 育訊之動態影像資料ID、合成資料1〇等（步驟S21〇)。將至 5少儲存有動態影像資料ID與合成資料ID之動態影像發送要 求發送至發送伺服器5(步驟S2U)。發送伺服器5接收動態影 像發送要求時，讀取儲存於該動態影像發送要求之動態影 像資料ID與合成資料ID、終端機6之發送標的(IP位址等）， 依該所讀取之動態影像資料Π)及合成資料ID，取得所記憶 1〇之動態影像資料及合成資料。以串流將動態影像資料發送 至終端機6之IP位址（步驟S212)，同時，將合成資料發送至 終端機6(步驟S213)。 終端機6之動態影像再生處理部接收從發送伺服器5發 送之串流資料之封包，以複數封包，依序建構動態影像， 15於畫面上之動態影像再生區域顯示（步驟S214)。藉此，使動 態影像再生。終端機6之動態影像再生處理部從儲存於時程 資訊之資訊内檢測從發送伺服器5接收之合成資料之合成 時間之時刻，判定從動態影像再生開始之時間經過之時刻 疋否為所檢測之合成時間時刻（步驟s 2〗5)。當從動態影像再 20生開始之時間經過之時刻判定為所檢測之合成時間時刻 時，於畫面上之動態影像再生區域顯示合成資料（步驟 S216)。藉此，合成資料與動態f彡像資料合成而顯示。對合 成資料設定動作模式資料而健存於時程資訊内時，動態影 像再生處理部以在動作模式顯示之動作顯示合成資料^ 27 200915872 之广理g订使本文影像或效果影像旋轉或上下左右移動 根據上述之處理，依用戶之指示，進行對已登錄 ^㈣之純處理，將在朗财理生权時程資訊 。疋動態衫像貧料與合成資料之資訊)依各用戶以節 服器3記憶。藉由社& 5 '肩路7連接之終端機6於進行動態影像 時=^再生時Y ^ SP目佩113取得時程f訊，從記憶於該 成:分別讀取動態影像資料及合成資料’將合 成貝料與動態影像資料Ai * 10 系統中，每當編輯動離°即，在動態影像發送 料而保持，僅將特定時’不複製該動態影像資 訊與動態影像資料分開==不同之合成資料之時程資 ㈣㈣…’錢即可。因此，不論受理多少次 了胃料之編輯處理，僅將1 憶於資料記憶伺服器4即可I〜像貝枓5己 15 止利用編輯奸域影料某些問料，要停 目時，從動態影像資料編輯後動態影像資料之節 記憶飼服器4删除即可，疋原始動態影像資料，從資料 地被利用之動態影像時當為原始動態影像資料不當 20 影像資料時，可進行直二=些問題要删除原始動態 之動態影像資料之管理。讀為該對象之動態影像資料 又，根據上述處理，I火 之編輯之指示時，可不終端機6受理動態影像資料 刪減資料記憶伺服器^原始動態影像資料。因而，可 又，根據上述處理， 用戶作成節目時，指定對應於複 28 200915872 器 數動態影像資料之樣本影像，使用於網 、J只顯不之指示 而易設定其再生時間帶。 上述動態影像發送系統之各伺服器或終端機於内部且 有電腦系統。上述處理之過程藉以程式 狂式之形式記憶於電 可讀取之記憶媒體，電腦讀取該程式來執行， ， 處理。電腦可讀取之記憶媒體係指_ CD-ROM、DVD-ROM、半導體記憶體等。亦可以通作線路 將該電腦程式發送至電腦，接收該發送之電職行該程式。 10 上述程式亦可為用以實現前述功能之—部份者。可 為以與已將前述功能記錄於電腦系統之 ^ ^ 八之組合貫現 者，亦即所謂之差分檔案（差分程式）。 產業之可利用性 本發明可適用於將動態影像發送至用戶之終端機，同 時，受理該動態影像之編輯之動態影像發送系統及動態影 15像發送方法。根據此動態影像發送系統及動態影像發送方 法’可進行適合自由地編輯他人作成之動態影像，作為自 己發送之動態影像而重新登錄之動態影像發送服務之動態 影像發送服務之動態影像資料之管理及編輯。Next, use the 苐6 diagram to illustrate. The terminal 6 displays the blank space t time. Take this as in 5(3). The user can set 33 in this second time zone. The user uses the mouse to drag and drop the right end of the indicator displayed as the second time zone 33, and when moving to the left, as shown in the sixth (4) figure, the vertical end of the terminal of the second time zone 33 is displayed. The bar line moves to the left, and the area of the second time τ|γ33 is reduced, and the second blank frame 34 is created on the right side of the indicator. When the user clicks the time zone addition button with the mouse, the terminal device 6 displays the second blank frame 34 as a time zone for transmitting the third motion picture. Thereby, as shown in the sixth (5) diagram, the third time zone 35 is added. When the user uses the mouse, drag the display to the right end of the indicator of the second time zone 31, and when moving to the left, as shown in FIG. 6(6), the vertical bar of the right end of the terminal of the first time zone 31 is displayed. The line moves to the left, the area of the second time zone 31 is reduced, and a third blank frame 36 is created between the 15th time zone 31 and the second time zone 33. When the user clicks the time zone add button with the mouse, the terminal 6 displays the third blank frame 36 as the time zone of the fourth motion picture transmission. As shown in the sixth figure (6), the fourth time zone 37 is added. In the indicator 24, when a plurality of time zones are set, the user specifies an editing operation of the program to be transmitted at which time zone. For example, when the editing process is performed on each of the moving image bodies that have been sent to the first program slot of the third time zone 31, the user operates the pointer, newly adds the second time zone 33, and specifies the webpage. The display shifts to the mode of the editing operation of the new program b transmitted in the second time zone 33. That is to say, for example, when the second time zone 33, 23 200915872 is newly added, the video data of the first program is deleted from the edited video list display area 22 from the web page to form an edit of the new program. The mode of operation. The user performs the same operation 5 as the above-described editing operation from the job of designating each of the moving image data of the second program transmitted to the second time zone 33 (to perform the sample image from the sample image list display area 21 to move to the edited image) The operation of the display area 22 is browsed. When the terminal 6 receives the setting of the reproduction time zone, the reproduction time zone of each moving image data transmitted in the program is stored in the setting file or the like. When transmitting the above-described time history information generation request, the terminal device 6 transmits the information to the motion picture transmission management server 1 at the same time. 1〇 Using the indicator 24 shown in Fig. 5 and Fig. 6, it is visually easy to set which time zone is to be transmitted by one or a plurality of motion picture data. Therefore, the user can easily create the program information by using the dynamic image data that has been registered to the system. In addition to the reproduction time zone in which the program can be set, the web page can also set the functions of the reproduction period, week, period, and the like. Next, when the motion picture transmission management server 1 receives the time history information generation request and various information accompanying the generation from the terminal device 6, the video image editing processing unit 14 issues the time history ID, and generates the time history ID. Time history information corresponding to various received information (step sii). The motion picture editing processing unit 14 20 associates the generated time history information with the user ID of the created program, and registers it in the program server 3 (step S12). The motion picture editing processing unit 14 associates the time history ID indicating the generated time history information with the user ID, registers it in the user database, and the like, and manages the time history information created by the user. Leverage the above treatment. The user's program creation process ends. The time zone ID is sent to the terminal device 6 and stored in a predetermined file corresponding to the 24 200915872 • web page, and the terminal device 6 memorizes it. Fig. 7 is a view showing a list of various information stored in the schedule information of an embodiment of the present invention. As shown in FIG. 7, the time history 5 ID of the specific program is stored in the time history information, and the user of the user who created the program; [1), the dynamic image data reproduced in the program, and which dynamic image data The synthesizing data of the synthesized synthetic data, the time of the synthesis time of the moving image data of each synthetic data, the time of the synthesis time of the moving image data, and the reproduction time zone of the moving image data. Fig. 8 is a flowchart showing the processing flow of the program reproduction processing of the motion picture transmission system shown in Fig. 1. The processing of program reproduction in the video transmission system will be described using FIG. When the user uses the terminal device to perform the operation of the motion picture transmission management server i, the motion picture transmission management server 1 transmits the web page to the terminal computer 2 〇+, in which the user moves to the motion picture. The web page for sending the start page (on the page, the sample image corresponding to a certain moving image data in the registered program is displayed according to each program. The sample shirt image displayed on the web page displayed on this web page is displayed and maintained. The situation or display of the program of the original moving image data created by a user is maintained and used for the original moving image data - the situation of the program of the dynamic image data edited by the user, etc., corresponding to the sample image of each program, the specific program The ID of the time-course information of the dynamic image data or the synthesized data (time-course ID) is transmitted to the terminal device 6 from the dynamic image transmission management server 1 together with the web page as the page corresponding to the web page. 25 200915872 Terminal 6 When the user accepts the input of the reproduction instruction of the moving image data of a certain sample image (step S2Q1), the corresponding correspondence is stored. When the specified sample movie program is decorated, the image reproduction request is sent to the image transmission management server (1). The motion picture transmission management unit 15 is stored in the dynamic image reproduction management unit 15 The process m generates the reproduction start of the program at the time (10) and sends it to the terminal device 6 (step 3). The reproduction start program sends the time information to the dynamic image transmission (4) the server i, so that the terminal (4) Program of time-course information. 10 15 20 Terminal 6 accepts the transmission request of motion picture data or the stream of motions. The surface of the motion picture display area is displayed in the motion picture reproduction program. When the motion picture reproduction program is stored on the terminal unit 6, the dynamic picture generation processing unit is formed in the terminal 6. The motion picture of the terminal unit 6 The reproduction processing unit detects the connection of the terminal program (4), reads the time course stored in the reproduction start program, and reads the time (the time of the crane). Servo "step gamma The dynamic image transmission η 91 91 moving picture image transmission management unit 15 reads the time course 1D stored in the time request, and transmits it to the program server 3 (step S2 〇 6). The process time of the process is transferred back to the dynamic image transmission management server i (step illusion 7: the dynamic image transmission management unit B of the server 1 sends the time history information received from the service of the service provider 3 to Terminal 6 (step _) 26 200915872 When the terminal 6 receives the program information, the video playback processing unit in the terminal 6 confirms the reproduction time zone stored in the time history information (step S209). When the time zone is reproduced, the moving image data ID, the synthesized data, and the like stored in the time history are acquired (step S21). The motion picture transmission request for storing the motion picture data ID and the composition data ID to 5 is transmitted to the transmission server 5 (step S2U). When receiving the dynamic image transmission request, the sending server 5 reads the dynamic image data ID and the synthesized data ID stored in the dynamic image transmission request, and the transmission target (IP address, etc.) of the terminal device 6, according to the dynamics of the reading The image data Π) and the synthetic data ID are used to obtain the dynamic image data and synthetic data of the memory. The moving picture data is transmitted to the IP address of the terminal device 6 in a stream (step S212), and at the same time, the synthesized material is transmitted to the terminal device 6 (step S213). The video playback processing unit of the terminal 6 receives the packet of the stream data transmitted from the transmission server 5, and constructs the motion video in a plurality of packets in sequence, and displays the video in the video playback area on the screen (step S214). Thereby, the dynamic image is reproduced. The motion picture reproduction processing unit of the terminal 6 detects the time of the synthesis time of the synthesized data received from the transmission server 5 from the information stored in the time history information, and determines whether the time elapsed from the start of the motion picture reproduction is detected. The synthesis time (step s 2 5). When it is determined that the detected combined time is from the time when the moving image is resumed, the synthesized material is displayed on the moving image reproduction area on the screen (step S216). Thereby, the synthesized data is displayed in combination with the dynamic image data. When the operation mode data is set in the synthetic data and is stored in the time history information, the motion picture reproduction processing unit displays the synthesized data in the operation mode display operation, and the image or effect image is rotated or up and down. According to the above-mentioned processing, according to the instructions of the user, the pure processing of the registered ^ (4) will be performed, and the time-course information will be obtained in Langli.疋 Dynamic shirts like information on poor materials and synthetic materials) are memoryd by the user in the console 3. The terminal 6 connected by the social & 5 'shoulder 7 is used to perform motion picture = ^ when the reproduction is performed, the Y ^ SP object 113 obtains the time course f, from the memory: the dynamic image data and the synthesis are respectively read. The data 'will be combined with the dynamic image data Ai * 10 system, every time the editing is moved away, that is, it is kept in the dynamic image sending material, and only the specific time 'do not copy the moving image information and the moving image data separately == The time course of different synthetic materials (4) (four)... 'money can be. Therefore, no matter how many times the processing of the stomach material is processed, only 1 will be recalled to the data memory server 4, and I will be able to use it to edit some of the materials. The video memory feeder 4 of the moving image data can be deleted after the motion image data is edited, and the original motion image data can be straightened when the motion image is used as the original motion image data. Second = some problems to delete the management of the original dynamic motion picture data. The motion picture data of the object is read, and according to the above processing, when the instruction of editing the I fire is performed, the terminal 6 can receive the motion picture data and delete the data memory server ^ original motion picture data. Therefore, according to the above processing, when the user creates a program, the sample image corresponding to the number of motion picture data of the digital camera is designated, and the reproduction time band is easily set by using only the indications of the network and J. Each server or terminal of the above-described motion picture transmission system has an internal computer system. The process of the above processing is stored in a readable form in an electrically readable memory medium, and the computer reads the program to execute, process. Computer readable memory media means _ CD-ROM, DVD-ROM, semiconductor memory, and the like. It can also be used as a line to send the computer program to the computer to receive the program. 10 The above programs may also be used to implement the aforementioned functions. It can be used in combination with the combination of the functions that have been recorded in the computer system, that is, the so-called differential file (differential program). Industrial Applicability The present invention is applicable to a moving image transmitting system and a moving image transmitting method that transmit a moving image to a terminal of a user and simultaneously accept editing of the moving image. According to the motion picture transmission system and the motion picture transmission method, it is possible to manage the motion picture data of the motion picture transmission service of the motion picture transmission service that is suitable for freely editing the motion picture created by others and re-registering as the motion picture transmitted by itself. edit.
【圈式簡單說明;J 20 第1圖係顯示本發明—實施形態之動態影像發送系統 之結構之方塊圖。 第2圖係顯示第1圖所示之動態影像發送管理伺服器之 功能之方塊圖。 第3圖係顯示第1圖所示之動態影像發送系統之節目作 29 200915872 成處理之處理流程者。 第4圖係顯示本發明一實施形態之網頁之例者。 第5(1)圖〜第5(3)圖係顯示設定動態影像之再生時間帶 之第4圖所示之指示器之例的第1圖。 5 第6 (4)圖〜第6 (7)圖係顯示設定動態影像之再生時間帶 之第4圖所示之指示器之例的第2圖。 第7圖係顯示儲存於本發明一實施形態之時程資訊之 各種資訊一覽者。 第8圖係顯示第1圖所示之動態影像發送系統之節目再 10 生處理之處理流程者。 【主要元件符號說明】 1.. .動態影像發送管理伺服器 2.. .上傳伺服器 3.. .節目伺服器 4.. .資料記憶伺服器 5.. .發送伺服器 6···終端機 7…通信網路 8.. .播放器 11".通信處理部 12.. .控制部 13.. .上傳管理部 15.. .動態影像發送管理部 16.. .記憶部 21.. .樣本影像一覽顯示區域 22…編輯影像一覽顯示區域 23.. .編輯用合成資料一覽顯示 區域 24.. .指示器 25.. .再生動態影像顯示區域 26.. .合成時間指定區域 31.. .第1時間帶 32.··第1空白框 33...第2時間帶 14...動態影像編輯處理部 30 200915872 34.. .第2空白框 35.. .第3時間帶 36.. .第3空白框 37.. .第4時間帶 31[Circle Brief Description; J 20 Fig. 1 is a block diagram showing the structure of a moving picture transmitting system of the present invention. Fig. 2 is a block diagram showing the function of the motion picture transmission management server shown in Fig. 1. Fig. 3 is a flowchart showing the processing flow of the program of the motion picture transmission system shown in Fig. 1 . Fig. 4 is a view showing an example of a web page according to an embodiment of the present invention. Figs. 5(1) to 5(3) are diagrams showing an example of an indicator shown in Fig. 4 for setting a reproduction time zone of a moving image. 5 Fig. 6 (4) to Fig. 6 (7) show a second diagram showing an example of the indicator shown in Fig. 4 for setting the reproduction time zone of the motion picture. Fig. 7 is a view showing a list of various information stored in the schedule information of an embodiment of the present invention. Fig. 8 is a flowchart showing the processing flow of the program reproduction processing of the motion picture transmission system shown in Fig. 1. [Main component symbol description] 1.. Dynamic image transmission management server 2.. Upload server 3.. Program server 4.. Data memory server 5.. Send server 6··· terminal Machine 7...Communication Network 8.. Player 11" Communication Processing Unit 12.. Control Unit 13.. Upload Management Unit 15.. Motion Picture Transmission Management Unit 16.. Memory Unit 21.. Sample image list display area 22...Edit image list display area 23.. Edit composition data list display area 24.. Indicators 25... Reproduction motion picture display area 26... Composition time designation area 31.. First time zone 32.··1st blank frame 33...2nd time zone 14...motion image editing processing unit 30 200915872 34.. . 2nd blank frame 35.. . 3rd time zone 36.. .3rd blank frame 37.. 4th time zone 31