[實施形態] [0005] 在從前的監視攝影機系統中，在直播的影像播放中，雖然可以同時閱覽複數攝影機，但在成為檔案的影像中，只能一次播放1動態圖像，會有閱覽性差的問題。 [0006] 又，日後發覺問題時，例如在製造現場，欲確認有問題的批量時，需要一個一個地確認製造該批量之日的各處所的全部影像，因為閱覽性差，從發覺問題到究明問題為止需要花上很多時間。 [0007] ［實施形態］ 以下所說明的實施形態的第1目的為提供一種能解決上述課題，並能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性的監視攝影機系統及監視攝影機系統中的動態圖像閱覽方法及動態圖像結合方法。 [0008] 發明者並非將同時間間隔取得的影像，以時間單位來分別閱覽1動態圖像的監視攝影機影像，而是為了有效利用所保存的動態圖像，以完全不同的切入點，利用使用保存的動態圖像來生成新的用途的動態圖像這種想法，而完成以下的實施形態。 [0009] 實施形態的第1態樣的監視攝影機系統，具備：通過網路連接至1個或複數個攝影機及1個或複數個終端的錄像伺服器； 前述錄像伺服器具有： 將由前述攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式，並作為個別影像資料保存於資料夾的資料保存機構； 從前述資料夾，選擇複數前述個別影像資料的影像資料選擇機構； 針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否來進行連結及/或一部分刪除，將其分別作為結合用影像資料的結合用影像資料作成機構； 在前述結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像作為結合影像資料的結合影像資料作成機構； 將前述結合影像資料送出至前述終端並顯示的送出機構。 [0010] 根據實施形態的第1態樣，因為進行錄像影像的結合，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。又，在同批量的製造過程等，能夠同時閱覽複數攝影機的不同時刻的動態圖像。又，因為僅閱覽因應目的的結合動態圖像即可，當問題發生時，能夠減少花上長時間閱覽許多動態圖像來找出問題的發生原因等的勞力。因為進行複數同時閱覽，閱覽的作業負擔減少，改善了業務。又，因為能在同時間比到現在為止看到更多保存動態圖像，能期待提高犯罪等的抑止力。能在保持高解析度的同時使資料量減小，而實現低成本化。又，若僅保存因應目的的結合影像的話，因為能刪除原本的個別動態圖像，能實現容量刪減及低成本化。又，即便是攝影間隔或攝影時間等不同的複數動態圖像，也能夠在同時間同時閱覽。 [0011] 在實施形態中，「網路」包含：LAN或網際網路、Wi-Fi回線、3G/LTE回線、專用線等的通信網及由其等的組合所構成的網路。在實施形態中，攝影機可以是攝影靜止圖像的攝影機及攝影動態圖像的攝影機的任一者或其兩者，使攝影機攝影的影像可以是靜止圖像及動態圖像的任一者或其兩者。各攝影機具有：輸出機能、靜止圖像攝影機能及/或動態圖像攝影機能。攝影機較佳為IP攝影機，但他可以是類比攝影機。關於從攝影靜止圖像的攝影機所取得的影像，壓縮成動態圖像的形式在現時點較佳為高壓縮的H.264更佳。因為輕量，即便是硬體、軟體任一者，實裝都容易。又，攝影動態圖像的攝影機，較佳為以錄像伺服器及LAN網路來連接，但不以此為限。又，實施形態中的錄像伺服器可以是通過攝影機及網路來連接並收集攝影機的影像者，實施形態中的錄像伺服器也可以不通過攝影機及網路來連接，而是將攝影機的影像藉由以攝影機及網路連接的別的伺服器來收集，並從收集的伺服器發送至實施形態中的錄像伺服器以動態圖像形式作為影像資料蓄積於實施形態中的錄像伺服器者。此外，錄像伺服器也可以是雲端伺服器。 [0012] 實施形態的第2態樣的監視攝影機系統，為如第1態樣的監視攝影機系統，其中， 前述資料保存機構，將複數攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式並作為個別影像資料保存於資料夾，並同時將相對於成為基準的攝影機的各攝影機的時間差資料與各攝影機的錄像時間長資料保存於資料庫； 前述影像資料選擇機構，從成為播放的對象的攝影機之中的1個攝影機所播放的攝影時刻，將成為播放的對象的攝影機之中的其他攝影機所播放的攝影時刻，基於前述時間差資料在每個攝影機分別算出，從前述1個攝影機的播放時間單位，將前述其他攝影機的播放時間單位，基於前述錄像時間長資料的比在每個攝影機分別算出，從前述資料夾，將結合的個別影像資料，針對成為播放的對象的全部攝影機作選擇； 前述結合用影像資料作成機構，針對前述被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否來進行連結及/或一部分刪除，從各個播放的攝影時刻加工成各個播放時間單位的影像資料，將其分別作為結合用影像資料； 前述結合影像資料作成機構，在前述結合用影像資料之中，以使同時顯示的結合用影像資料彼此，其各自的播放時間單位份的結合用影像資料以同時間播放的方式，對每個結合用影像資料算出播放速度，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，以使同時顯示的結合用影像資料彼此全部分割成1畫面顯示的方式，將調整後的結合用影像資料全部合成為1個動態圖像作為結合影像資料。 [0013] 實施形態的第3態樣的監視攝影機系統，為如第1態樣的監視攝影機系統，其中， 前述影像資料選擇機構，選擇播放的攝影時刻，從前述資料夾，將與被選擇的攝影時刻同時刻的前述個別影像資料，針對成為播放的對象的全部攝影機作選擇； 前述結合用影像資料作成機構，將被選擇的個別影像資料分別作為結合用影像資料； 前述結合影像資料作成機構，以使前述結合用影像資料彼此全部分割成1畫面顯示的方式，將前述結合用影像資料全部合成為1個動態圖像作為結合影像資料。 [0014] 實施形態的第4態樣的監視攝影機系統，為如第1態樣的監視攝影機系統，其中， 前述影像資料選擇機構，從前述資料夾，選擇對應從播放開始的攝影時刻到播放結束的攝影時刻為止的影像的全部個別影像資料； 前述結合用影像資料作成機構，針對被選擇的個別影像資料，依照時序進行連結，將比播放開始的攝影時刻還之前的影像及比播放結束的攝影時刻還之後的影像刪除，作為結合用影像資料； 前述結合影像資料作成機構，將1個或複數個前述結合用影像資料連結並合成為1個動態圖像作為結合影像資料。 [0015] 實施形態的第5態樣為一種動態圖像閱覽方法，包含：通過網路連接至1個或複數個攝影機及1個或複數個終端的錄像伺服器，將由前述攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式，並作為個別影像資料保存於資料夾的資料保存步驟； 前述錄像伺服器，從前述資料夾，選擇複數前述個別影像資料的影像資料選擇步驟； 前述錄像伺服器，針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否來進行連結及/或一部分刪除，將其分別作為結合用影像資料的結合用影像資料作成步驟； 前述錄像伺服器，在前述結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像，作為結合影像資料的結合影像資料作成步驟； 前述錄像伺服器，將前述結合影像資料送出至前述終端並顯示的送出步驟。 [0016] 根據實施形態的第5態樣，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。又，在同批量的製造過程等，能夠同時閱覽複數攝影機的不同時刻的動態圖像。又，因為僅閱覽因應目的的結合動態圖像即可，當問題發生時，能夠減少花上長時間閱覽許多動態圖像來找出問題的發生原因等的勞力。因為進行複數同時閱覽，閱覽的作業負擔減少，改善了業務。又，因為能在同時間比到現在為止看到更多保存動態圖像，能期待提高犯罪等的抑止力。能在保持高解析度的同時使資料量減小，而實現低成本化。又，若僅保存因應目的的結合影像的話，因為能刪除原本的個別動態圖像，能實現容量刪減及低成本化。又，即便是攝影間隔或攝影時間等不同的複數動態圖像，也能夠在同時間同時閱覽。 [0017] 實施形態的第6態樣的動態圖像結合方法，包含：錄像伺服器，由將複數攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式並作為個別影像資料保存於資料夾，並同時將相對於成為基準的攝影機的各攝影機的時間差資料與各攝影機的錄像時間長資料保存於資料庫的資料保存步驟； 前述錄像伺服器，從成為播放的對象的攝影機之中的1個攝影機所播放的攝影時刻，將成為播放的對象的攝影機之中的其他攝影機所播放的攝影時刻，基於前述時間差資料在每個攝影機分別算出，從前述1個攝影機的播放時間單位，將前述其他攝影機的播放時間單位，基於前述錄像時間長資料的比在每個攝影機分別算出，從前述資料夾，將結合的個別影像資料，針對成為播放的對象的全部攝影機作選擇的影像資料選擇步驟； 前述錄像伺服器，針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否來進行連結及/或一部分刪除，從各個播放的攝影時刻加工成各個播放時間單位的影像資料，將其分別作為結合用影像資料的結合用影像資料作成步驟； 前述錄像伺服器，在前述結合用影像資料之中，以使同時顯示的結合用影像資料彼此，其各自的播放時間單位份的結合用影像資料以同時間播放的方式，對每個結合用影像資料算出播放速度，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，以使同時顯示的結合用影像資料彼此全部分割成1畫面顯示的方式，將調整後的結合用影像資料全部合成為1個動態圖像，作為結合影像資料的結合影像資料作成步驟。 [0018] 根據實施形態的第6態樣，因為進行錄像影像的結合，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。又，根據同樣的方法，在同批量的製造過程等，能夠作成能同時閱覽複數攝影機的不同時刻的動態圖像之動態圖像。又，因為能作成因應目的的結合動態圖像，當問題發生時，能夠減少花上長時間閱覽許多動態圖像來找出問題的發生原因等的勞力。作為在複數攝影機能同時閱覽的動態圖像，閱覽的作業負擔減少，改善了業務。又，因為能在同時間比到現在為止看到更多保存動態圖像，能期待提高犯罪等的抑止力。能在保持高解析度的同時使資料量減小，而實現低成本化。又，若僅保存因應目的的結合影像的話，因為能刪除原本的個別動態圖像，能實現容量刪減及低成本化。又，即便是攝影間隔或攝影時間等不同的複數動態圖像，也能夠在同時間同時閱覽。 [0019] 實施形態的第7態樣的動態圖像結合方法，包含：錄像伺服器，將由複數攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式，並作為個別影像資料保存於資料夾的資料保存步驟； 前述錄像伺服器，選擇播放的攝影時刻，從前述資料夾，將與被選擇的攝影時刻同時刻的前述個別影像資料，針對成為播放的對象的全部攝影機作選擇的影像資料選擇步驟； 前述錄像伺服器，將被選擇的個別影像資料分別作為結合用影像資料的結合用影像資料作成步驟； 前述錄像伺服器，以使前述結合用影像資料彼此全部分割成1畫面顯示的方式，將前述結合用影像資料全部合成為1個動態圖像作為結合影像資料的結合影像資料作成步驟。 [0020] 根據實施形態的第7態樣，因為進行錄像影像的結合，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。又，根據同樣的方法，能夠作成能同時閱覽複數攝影機的不同時刻的動態圖像之動態圖像。又，因為能作成因應目的的結合動態圖像，當問題發生時，能夠減少花上長時間閱覽許多動態圖像來找出問題的發生原因等的勞力。因為進行複數同時閱覽，閱覽的作業負擔減少，改善了業務。又，因為能在同時間比到現在為止看到更多保存動態圖像，能期待提高犯罪等的抑止力。能在保持高解析度的同時使資料量減小，而實現低成本化。又，若僅保存因應目的的結合影像的話，因為能刪除原本的個別動態圖像，能實現容量刪減及低成本化。 [0021] 實施形態的第8態樣的動態圖像結合方法，包含：錄像伺服器，將由攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式，並作為個別影像資料保存於資料夾的資料保存步驟； 前述錄像伺服器，從前述資料夾，選擇用以作成從播放開始的攝影時刻到播放結束的攝影時刻為止的動態圖像所結合的全部個別影像資料的影像資料選擇步驟； 前述錄像伺服器，針對被選擇的個別影像資料，依照時序進行連結，將比播放開始的攝影時刻還之前的影像及比播放結束的攝影時刻還之後的影像刪除，作為結合用影像資料的結合用影像資料作成步驟； 前述錄像伺服器，將1個或複數個前述結合用影像資料連結並合成為1個動態圖像作為結合影像資料的結合影像資料作成步驟。 [0022] 根據實施形態的第8態樣，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。又，能夠有效率地閱覽所欲閱覽的時間份的動態圖像。又，因為僅閱覽因應目的的結合動態圖像即可，當問題發生時，能夠減少花上長時間閱覽許多動態圖像來找出問題的發生原因等的勞力。因為進行複數同時閱覽，閱覽的作業負擔減少，改善了業務。又，因為能在同時間比到現在為止看到更多保存動態圖像，能期待提高犯罪等的抑止力。能在保持高解析度的同時使資料量減小，而實現低成本化。又，若僅保存因應目的的結合影像的話，因為能刪除原本的個別動態圖像，能實現容量刪減及低成本化。 [0023] 以下，關於實施形態，雖利用實施例具體地說明，但實施形態並不限定於此。 [0024] ［第1實施例］ 第1實施例為將以監視用攝影機攝影並儲存的影像加工成容易閱覽的形式並保存者，即便是每個攝影機的各別時間帶的影像，也將其合成顯示成1畫面。詳言之，錄像伺服器通過網路使監視用攝影機作動，錄像伺服器將攝影・收集動態圖像及靜止圖像的攝影機影像而作成的一次資料作為基礎，作成在每個攝影機以預定的時間單位作為動態圖像而完結的二次影像資料即個別影像資料，錄像伺服器將複數的二次影像資料結合加工並作成三次影像資料即結合影像資料，錄像伺服器對使用者的終端因應來自終端的要求而通過網路發送三次影像資料，亦即，發送即便是在每個攝影機的個別時間帶的影像也將其合成並以1畫面作監視的影像資料。此外，不只是播放，倒轉、快轉也可以。因此，本實施例能夠實現保存影像的有效利用。例如，在某作業室中，在日後欲確認在材料投入時是否有異物混入的時間帶時，能夠馬上得知，對於有問題的批量，在日後欲確認從業員是否有異常的舉動時，也能夠馬上得知。因此，根據本實施例，日後確認時的閱覽性提升，在現今需要長時間勞力調查的問題探究，能夠在極短的時間內，以高效率，且較少勞力調查。 [0025] ｛構成｝ 圖1為表示第1實施例的監視攝影系統的網路構成的一例的圖。在由LAN或網際網路、Wi-Fi回線、3G/LTE回線、專用線等的通信網的組合構成的網路500上，連接有：(1)作為攝影影像的攝影機的複數台監視用攝影機(靜止圖像用)400A～C及監視用攝影機(動態圖像用)401、(2)通過網路500與監視用攝影機400、401連接，取得以攝影機攝影的影像資料並蓄積且發送至終端的作為錄像伺服器之錄像伺服器100、(3)通過網路500與錄像伺服器100連接，接收來自錄像伺服器100的影像資料並顯示的作為終端的智慧手機等行動終端200A～C、桌上型PC(個人電腦)或筆記型PC等的閱覽PC300A～C。攝影機可以僅為監視用靜止圖像攝影機，也可以僅是監視用動態圖像攝影機，若一同在錄像伺服器的處理範圍內則台數並沒有限制。此外，以下整理行動終端與閱覽PC時，稱為「終端」或「Viewer」。 [0026] 錄像伺服器100雖然與攝影動態圖像的監視用攝影機(動態圖像用)401存在於同LAN內，但不限於是與攝影靜止圖像的監視用攝影機(靜止圖像用)400存在於同LAN內的情形，通過網際網路或LAN等複數的網路來連接也可以。又，同網路上具有複數錄像伺服器也可以。在本實施例中，監視用攝影機400、401與錄像伺服器100間的通信是採TCP/IP方式，在攝影靜止圖像的監視用攝影機(靜止圖像用)400中，即便在同LAN內不存在攝影機與錄像伺服器，也能夠確實地發送接收影像資料，信賴性高。監視用攝影機400、401在本實施例為IP攝影機，但也可以是類比攝影機。影像顯示用的終端即閱覽PC300也不限於與錄像伺服器100存在於同LAN內的情形，通過網際網路、LAN、Wi-Fi回線等複數的網路來連接也可以。關於影像顯示用的終端即行動終端200也一樣，通過LAN、網際網路、行動電話用網路(Wi-Fi回線或3G/LTE回線等)等複數的網路來連接也可以。此外，LAN與網際網路間及攝影靜止圖像的監視用攝影機與網際網路間中介著路由器600。圖1表示將監視用攝影機(動態圖像用)及監視用攝影機(靜止圖像用)或閱覽PC或行動終端通過錄像伺服器及複數網路連接的連接例，但不以此為限。在本實施例中，監視用攝影機400、401與錄像伺服器100間的通信，雖以確立區段後開始通信的信賴性高的TCP來進行，但也可以是不確立區段而提早發送資料的及時性佳的UDP，TCP、UDP任一者的通訊協定都可以取得影像。 [0027] 1台錄像伺服器100可以從複數台監視攝影機400、401取得影像。在本實施例中，因為錄像伺服器100側使網路流量自動分散，而不需要網路設計，因為僅將攝影機連接至埠即可，作業非常簡便。又，通信不通時重開也容易。 [0028] 圖2為第1實施例的監視攝影系統的錄像伺服器的構成圖。錄像伺服器100具備：具有伴隨著快取記憶體即記憶體102的CPU101或裝置驅動器等的控制・演算裝置、具有DRAM等主記憶裝置及硬碟等補助記憶裝置的記憶裝置110、以網路介面104等通信控制裝置及作為顯示裝置的顯示器103、鍵盤105、滑鼠106等所構成的輸入輸出裝置。記憶裝置110中除了以一次影像資料夾111及二次影像資料夾112及三次影像資料夾116及動態圖像連結・結合程式113為始的各種程式及認證用資料庫及環境設定資料夾等以外，也儲存有操作系統114。用以從二次影像資料即個別影像資料來作成三次影像資料即結合影像資料的結合用影像資料也被儲存於記憶裝置110內的資料夾。以動態圖像連結・結合程式113為始的各種程式，通常被儲存於記憶裝置110的補助記憶裝置，在執行時被載入主記憶裝置。在一次影像資料夾111中，將攝影機影像作為一次資料來蓄積，在二次影像資料夾112中，將蓄積於一次影像資料夾111內的一定時間份的一次資料作動態圖像壓縮變換而作為二次影像資料來蓄積。相關的二次影像資料為將攝影機所攝影的攝影機影像作為動態圖像形式的個別影像資料。認證用資料庫蓄積有：行動終端200及閱覽PC300的受理資訊即ID、密碼、個體識別資訊(UID)、各監視用攝影機400、401的存取資訊即IP位址、埠編號、ID、密碼。在本實施例中，錄像伺服器100與錄像伺服器及終端成為一體，為了能發揮顯示自身影像的終端的效果，又，為了保養及管理，具有：顯示器103、及作為輸入機構的鍵盤105及滑鼠106。當不需要以錄像伺服器播放攝影機影像時，沒有作為影像顯示裝置的終端功能也可以。在環境設定資料夾蓄積有：各監視用攝影機的影像取得時機、一次資料及二次影像資料的作成間隔、壓縮條件、三次影像資料(結合影像資料)作成時的佈局等的條件、一次資料及二次影像資料的作成間隔、壓縮條件等。錄像伺服器100可以是設置型的伺服器，也可以是雲端伺服器。 [0029] 本實施例中的錄像伺服器，又具有資料庫，該資料庫包含：相對於成為基準的攝影機的各攝影機的時間差資料、及各攝影機的播放單位時間長(錄像時間長)資料。 [0030] 錄像伺服器100藉由讓CPU101將動態圖像連結・結合程式113載入記憶體102並執行，來實現使第1實施例的動態圖像結合編集處理等成為可能的電腦機能。CPU101為搭載於通常電腦的演算處理裝置，執行各種程式，進行各種控制等。 [0031] 錄像伺服器100可以是1台伺服器，也可以是由複數伺服器所構成的伺服器群。例如，關於二次影像資料夾，針對經過一定期間(例如24小時)後的二次影像資料，將保存目標，設為設置於與取得攝影機影像的錄像伺服器不同的錄像伺服器中的二次影像資料夾也可以。因為與不頻繁播放的過去的保存資料有所區別，能夠在同一網路上監視更多台數的攝影機。 [0032] 錄像伺服器100進行與監視用攝影機的連接，在連接的靜止圖像攝影用的監視用攝影機，以每隔一定時間(例如1秒)攝影靜止圖像，將攝影的攝影機影像輸入至錄像伺服器，在連接的動態圖像攝影用的監視用攝影機，每隔一定時間(例如10秒)連續攝影動態圖像，將攝影的攝影機影像輸入至錄像伺服器，將輸入的攝影機影像作壓縮並作成一次資料，蓄積於記憶裝置110的一次影像資料夾111。接著，錄像伺服器100將一次資料以每一定時間(例如10分鐘)份結合，附上時間戳記變換成以動態圖像形式壓縮的二次影像資料。在本實施例中，每個二次影像資料亦即別影像資料，分別是分隔預定錄像時間長的同時間份的資料，其被調整成全部同訊框數。在本實施例中，雖作為10分鐘份的個別影像資料，但不此為限。 [0033] 在本實施例中，影像的結合方法是即便在每個攝影機是個別時間帶的影像也將其合成並顯示於1畫面的混合結合。 [0034] 動態圖像連結・結合程式為使電腦實現下述機能的程式：(1)從二次影像資料夾，選擇複數結合的相同或相異的時間帶的同錄像時間長的個別影像資料的影像資料選擇機能、(2)針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否來進行連結及/或一部分刪除，並分別作成結合用影像資料的結合用影像資料作成機能、(3)在結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像，並作為結合影像資料的結合影像資料作成機能、(4)進行與終端間的連接的終端連接機能、(5)從終端受理動態圖像閱覽要求的閱覽要求受理機能、(6)將結合影像資料送出至終端並顯示的送出機能。關於哪一個攝影機的影像要以哪一種佈局結合的設定及複數連結的要否及/或一部分刪除的要否，預先作為結合條件記憶於錄像伺服器100的資料庫。 [0035] 本實施例中，再來，上述(1)的影像資料選擇機能為：從成為播放的對象的攝影機之中的1個攝影機所播放的攝影時刻，將成為播放的對象的攝影機之中的其他攝影機所播放的攝影時刻，基於時間差資料對每個攝影機分別算出，從相關的1個攝影機的播放時間單位，將其他攝影機的播放時間單位，基於播放單位時間長(錄像時間長)資料之比對每個攝影機分別算出，從資料夾，將結合的個別影像資料，針對成為播放對象的全部攝影機作選擇的影像資料選擇機能；上述(2)的結合用影像資料作成機能為：針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，從各別的播放的攝影時刻加工成各別的播放時間單位的影像資料，並分別作為結合用影像資料的結合用影像資料作成機能；上述(3)的結合影像資料作成機能為：結合用影像資之中，同時顯示的結合用影像資料彼此，以使每個播放時間單位份的結合用影像資料以同時間播放的方式，對每個結合用影像資料算出播放速度，將訊框數調整成同數，再將訊框間隔調整成相同，依序顯示的結合用影像資料以顯示順序排列，以使同時顯示的結合用影像資料彼此全部分割成1畫面顯示的方式，將調整後的結合用影像資料全部合成為1個動態圖像並作為結合影像資料的結合影像資料作成機能。 [0036] 此外，在本實施例中，從終端受理對在終端顯示的結合影像資料的倒轉要求及快轉要求及播放要求，根據要求，進行顯示的結合影像資料的倒轉、快轉、播放。 [0037] 在本實施例中，以每一定時間(例如10分鐘)份作為二次影像資料。因為若有二次影像資料即能作成三次影像資料即結合影像資料，以接近即時的狀態將複數攝影機的影像，減小成以能在一畫面觀看且作為一個動態圖像而能從錄像伺服器送出至終端的資料量即可。 [0038] 在本實施例中，監視攝影機與錄像伺服器間的連接由TCP/IP方式進行，為了特定監視攝影機，在進行認證後進行攝影機影像的攝影等要求。終端與錄像伺服器間的連接也由TCP/IP方式進行，確認終端為登錄至錄像伺服器的終端後進行影像發送。認證為錄像伺服器上的認證用資料庫所為的認證較佳。 [0039] 錄像伺服器100在每當連接開始時，調查監視用攝影機或終端的IP位址及埠編號、UID，在與區域環境(例如，同LAN上)中的攝影機或終端間的連接開始時，藉由利用IP位址及埠編號或UID的連接能夠特定連接對象，在錄像伺服器側以設定的使用者ID及密碼進行認證。錄像伺服器100通過網際網路網等，在與遠隔環境的監視用攝影機間的連接中，藉由利用路由器的埠轉送(也可以表現成埠轉發等)，使用全域IP位址及埠編號來特定連接對象。因為錄像伺服器100在行動終端200或閱覽PC300的連接開始時將使用UID的終端固有資訊作為基礎來特定終端，藉由使用者ID與密碼的認證及終端固有資訊的一致，而能顯示影像。 [0040] 圖3為第1實施例的監視攝影系統的終端(行動)的構成圖。行動終端200具備：伴隨著記憶體202的CPU201及裝置驅動器等控制・演算裝置、記憶裝置210、進行資料的發送接收等的通信控制裝置、作為顯示裝置的顯示器203、操作按鍵或觸控面板等的輸入輸出裝置。在記憶裝置210中儲存有影像顯示程式213及操作系統214。行動終端200例如為智慧手機等的行動電話等，藉由讓CPU201將影像顯示程式213載入記憶體202並執行，來實現使第1實施例的影像顯示成為可能的電腦機能。CPU201為搭載於通常的行動終端的演算處理裝置，執行各種程式，進行各種控制等。 [0041] 本實施例中，錄像伺服器100及閱覽PC300都作為個人電腦構成，具備通常的個人電腦所有的時脈機能等。行動終端200也具備時脈機能等。 [0042] 圖4為第1實施例的監視攝影系統的終端(PC)的構成圖。閱覽PC300具備：具有伴隨著記憶體302的CPU301或裝置驅動器等的控制・演算裝置、具有DRAM等主記憶裝置及硬碟等補助記憶裝置的記憶裝置310、以網路介面304等通信控制裝置及作為顯示裝置的顯示器303、鍵盤305、滑鼠306等構成的輸入輸出裝置。在記憶裝置310中儲存有影像顯示程式313及操作系統314。閱覽PC300例如為桌上型PC及筆記型PC、平板終端等，藉由讓CPU301將影像顯示程式313載入記憶體302並執行，來實現使第1實施例的影像顯示成為可能的電腦機能。CPU301為搭載於通常的PC的演算處理裝置，執行各種程式，進行各種控制等。 [0043] 影像顯示程式為用以使電腦實現：進行與錄像伺服器間的連接的終端連接機能、將從錄像伺服器發送的影像顯示的影像顯示機能。 [0044] 在本實施例中，作為影像顯示程式的更好的態樣，係為了使電腦實現：受理倒轉或快轉的要求的輸入，對錄像伺服器要求三次影像資料即結合影像資料的一定單位份之前或後的影像的倒轉・快轉要求機能的程式。 [0045] 在本實施例中，因為將複數攝影機的影像結合作為動態圖像，能夠將顯示中的全部攝影機的影像一次倒轉・快轉。 [0046] 具有動態圖像連結・結合程式及影像顯示程式的動態圖像閱覽方法的程式為使電腦執行各程式所致的步驟者。 [0047] 在本實施例中，具備：通過網路500連接至攝影影像的監視用攝影機400、401的錄像伺服器100、通過網路500連接至錄像伺服器100而顯示影像的終端200、300；在錄像伺服器100設有：進行與監視用攝影機的連接，在連接的靜止圖像攝影用的監視用攝影機，以每隔一定時間(例如1秒)攝影靜止圖像，將攝影的攝影機影像輸入至錄像伺服器，在連接的動態圖像攝影用的監視用攝影機，每隔一定時間(例如10秒)連續攝影動態圖像，將攝影的攝影機影像輸入至錄像伺服器，將輸入的攝影機影像壓縮並作成一次資料，蓄積於記憶裝置110的一次影像資料夾111的機構。接著，錄像伺服器100設有：將一次資料以每一定時間(例如10分鐘)份結合，附上時間戳記變換成以動態圖像形式壓縮的二次影像資料的機構。再來，在錄像伺服器100設有：(1)從二次影像資料夾，選擇複數結合的相同或相異的時間帶的同錄像時間長的個別影像資料的影像資料選擇機構、(2)針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，並分別作成結合用影像資料的結合用影像資料作成機構、(3)在結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像，並作為結合影像資料的結合影像資料作成機構、(4)進行與終端間的連接的終端連接機構、(5)從終端受理動態圖像閱覽要求的閱覽要求受理機構、(6)將前述結合影像資料送出至終端並顯示的送出機構。 [0048] 本實施例中，上述(1)的影像資料選擇機構為：從成為播放的對象的攝影機之中的1個攝影機所播放的攝影時刻，將成為播放的對象的攝影機之中的其他攝影機所播放的攝影時刻，基於時間差資料對每個攝影機分別算出，從相關的1個攝影機的播放時間單位，將其他攝影機的播放時間單位，基於播放單位時間長(錄像時間長)資料之比對每個攝影機分別算出，從資料夾，將結合的個別影像資料，針對成為播放對象的全部攝影機作選擇的影像資料選擇機構；上述(2)的結合用影像資料作成機構為：針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，從各別的播放的攝影時刻加工成各別的播放時間單位的影像資料，並分別作為結合用影像資料的結合用影像資料作成機構；上述(3)的結合影像資料作成機構為：結合用影像資料之中，同時顯示的結合用影像資料彼此，以使每個播放時間單位份的結合用影像資料以同時間播放的方式，對每個結合用影像資料算出播放速度，將訊框數調整成同數，再將訊框間隔調整成相同，依序顯示的結合用影像資料以顯示順序排列，以使同時顯示的結合用影像資料全部分割成1畫面顯示的方式，將調整後的結合用影像資料全部合成為1個動態圖像而作為結合影像資料的結合影像資料作成機構。 [0049] 在本實施例中，錄像伺服器100藉由前述硬體構成及動態圖像連結・結合程式113來作為(1)～(6)的機構來作用。 [0050] 又，在終端(行動終端200及閱覽PC300)設有：(1)將從錄像伺服器100發送的影像顯示的影像顯示機構、及(2)倒轉要求及快轉要求及播放機構。 [0051] 在本實施例中，終端200、300藉由前述硬體構成及影像顯示程式213、313來作為(1)～(2)的機構作用。例如，終端200、300在錄像隔天等進行播放時，選擇是否要播放何日何時的錄像，叫出變換成每隔10分鐘份的2次資料的檔案，進行播放。播放中的倒帶快轉也是可以的。 [0052] 本實施例的監視攝影機系統，通過網路連接至攝影靜止圖像或動態圖像的攝影機群的錄像伺服器，在每隔一定時間，從前述攝影機群以TCP/IP方式，將攝影機影像以靜止圖像或動態圖像來取得，並壓縮作成一次資料，在一定期間內以一次資料原狀保存，在經過一定期間後，變換成附加時間戳記資訊的高壓縮動態圖像檔案的二次影像資料並重新保存。在本實施例中，錄像伺服器以H.264形式壓縮變換成動態圖像檔案。再來，錄像伺服器以依來自終端的要求的形式，將複數二次影像資料即個別影像資料作組合，作成為了同時並行組合顯示的經合成的動態圖像即三次影像資料也就是結合影像資料，並顯示於終端。 [0053] 本實施例的監視攝影機系統，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。能夠將複數攝影機的動態圖像同時播放，例如，能夠縮短從發覺問題到究明問題為止的時間。 [0054] ｛順序｝ 接著說明有關第1實施例的監視攝影機系統中的動態圖像結合方法及使用第1實施例的動態圖像結合方法的動態圖像閱覽方法的順序。 [0055] 本實施例的動態圖像結合方法中的動態圖像閱覽方法，為通過網路連接至1個或複數個終端，將1個或複數個攝影機所攝影的攝影機影像作為動態圖像形式並作為個別影像資料保存在資料夾的錄像伺服器，包含：(1)從二次影像資料夾，選擇複數結合的相同或相異的時間帶的同錄像時間長的個別影像資料的影像資料選擇步驟、(2)針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，並分別作成結合用影像資料的結合用影像資料作成步驟、(3)在結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像，作為結合影像資料的結合影像資料作成步驟、(4)進行與終端間的連接的終端連接步驟、(5)從終端受理動態圖像閱覽要求的閱覽要求受理步驟、(6)將前述結合影像資料送出至終端並顯示的送出步驟。 [0056] 在錄像伺服器中，將斷續或連續地從複數監視用攝影機發送的攝影機影像作為一次資料蓄積在一次影像資料夾，從一次資料將作成的二次影像資料蓄積至二次影像資料夾。二次影像資料為將攝影機影像作為動態圖像形式保存於資料夾的個別影像資料。因為在作成成為對象的個別影像資料的時點以後答覆來自終端的結合影像資料的顯示要求，在較早的階段能夠一次確認複數攝影機的影像，閱覽性高。 [0057] 在本實施例中，雖攝影機及結合方法等被預先記憶於錄像伺服器，但錄像伺服器也可以從終端受理成為播放的對象的攝影機的選擇，接著受理影像的結合方法的選擇，因應受理的結合方法進行個別影像資料的連結・結合，並顯示於終端。 [0058] 在本實施例中，根據一個攝影機的播放的攝影時刻，將其他攝影機的攝影時刻，基於蓄積於錄像伺服器的資料庫的時間差資料來算出，從資料夾將分別相異的攝影時刻的個別影像資料取出並合成為1畫面。本實施例，例如，是欲同時確認製造批量的製造工程時等有用的結合方法。 [0059] 圖5為第1實施例的動態圖像結合方法的動態圖像結合流程概略圖。錄像伺服器，預先以在錄像伺服器設定的方法開始三次影像資料即結合影像資料的作成。在本實施例中，錄像伺服器在閱覽的每個攝影機，基於如上述即便是在每個攝影機各別的時間帶的影像也合成並顯示成1畫面的混合結合的結合方法，從二次影像資料夾，選擇複數結合的二次影像資料也就是個別影像資料並取出。接著，錄像伺服器判斷個別影像資料的連結的要否，因應必要將複數個別影像資料作連結，又，因應必要進行個別影像資料的一部分刪除，作為結合用影像資料來作成。接著，錄像伺服器在將複數結合用影像資料合成為1畫面時，判斷訊框數的調整的要否，因應必要將訊框間隔及訊框數在影像資料間分別調整成同數。接著，錄像伺服器在將複數結合用影像資料結合並結合成1畫面時，在1格將複數結合用影像資料合成後，作成結合影像資料也就是三次影像資料，蓄積於三次影像資料夾。 [0060] 錄像伺服器，將複數攝影機所攝影的攝影機影像作成分隔預定錄像時間長的動態圖像形式並作為個別影像資料保存於資料夾，並將相對於成為基準的攝影機的各攝影機的時間差資料與各攝影機的播放單位時間長(錄像時間長)資料保存於資料庫。錄像伺服器從上述的二次影像資料亦即個別影像資料作成三次影像資料亦即結合影像資料的動態圖像結合方法的順序，更詳細為包含：(1)從成為播放的對象的攝影機之中的1個攝影機所播放的攝影時刻，將成為播放的對象的攝影機之中的其他攝影機所播放的攝影時刻，基於記憶於資料庫的時間差資料對每個攝影機分別算出，從相關的1個攝影機的播放時間單位，將其他攝影機的播放時間單位，基於記憶於資料庫的播放單位時間長(錄像時間長)資料之比對每個攝影機分別算出，從資料夾，將結合的個別影像資料，針對成為播放對象的全部攝影機作選擇的影像資料選擇步驟；(2)針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，從各別的播放的攝影時刻加工成各別的播放時間單位的影像資料，並分別作為結合用影像資料的結合用影像資料作成步驟；(3)結合用影像資之中，同時顯示的結合用影像資料彼此，以使每個播放時間單位份的結合用影像資料以同時間播放的方式，對每個結合用影像資料算出播放速度，將訊框數調整成同數，再將訊框間隔調整成相同，依序顯示的結合用影像資料以顯示順序排列，以使同時顯示的結合用影像資料彼此全部分割成1畫面顯示的方式，將調整後的結合用影像資料全部合成為1個動態圖像而作為結合影像資料的結合影像資料作成步驟。 [0061] 圖6為第1實施例的動態圖像結合方法的連結順序的影像圖。連結複數個別影像資料的方法，例如，藉由從由9時20分開始10分鐘之間的個別影像資料及由9時30分開始10分鐘之間的個別影像資料及由9時40分開始10分鐘之間的個別影像資料及由9時50分開始10分鐘間的個別影像資料，作為由9時25分到9時55分的結合用影像資料時，首先將上述4個個別影像連結，將從9時20分經過5分鐘之間份的影像與從9時55分經過5分鐘之間份的影像刪除的修剪來進行。 [0062] 圖7為第1實施例的動態圖像結合方法的訊框數調整順序的影像圖。針對複數結合用影像資料將訊框間隔及訊框數在影像資料間分別調整為同數的方法為：成為基礎的個別影像資料，例如為A、B、C的攝影機的一次資料，A攝影機的一次資料為1秒間1訊框、B攝影機的一次資料為1秒間5訊框、C攝影機的一次資料為1秒間10訊框時，將全部設為1秒間5訊框的動態圖像時，不足的部分由前一個訊框來補足，多的部分拉長間隔。 [0063] 圖8為第1實施例的動態圖像結合方法中的混合結合的動態圖像結合方法的影像圖。關於CAM01、CAM03、CAM04、CAM06，基準攝影機為CAM06蓄積於資料庫的攝影機的時間差資料為：關於CAM01為10分鐘前、關於CAM03為20分鐘前、關於CAM04為40分鐘前，各攝影機的播放單位時間長(錄像時間長)資料為10分鐘間，作為10時00分的影像，將CAM06的從10時00分開始的映像及CAM01的從9時50分開始的映像及CAM03的從9時40分開始的映像及從CAM04的9時20分開始的映像以每10分鐘結合時，如圖8所示，將4個攝影機各自的時間帶的10分鐘間的影像，以1畫面顯示的方式合成，接著各攝影機的每隔10分鐘後的影像也以相同的方式合成。在各個對象攝影機的影像完全完成的時刻經過之後，將個別影像資料取出並開始結合。對象攝影機的影像完成時刻，因為結合在對象攝影機之中最後的個別影像資料作成時以後開始，以最大成為下一個個別影像作成時為止。假如將關於CAM03為20分鐘間，關於CAM03以外為10鐘分間的個別影像資料作為對象時，也就是說，蓄積於資料庫的CAM03的播放單位時間長(錄像時間長)資料為20分鐘間，其他的攝影機的播放單位時間長(錄像時間長)資料為10分鐘間時，指定每個攝影機的總訊框數一致於CAM03、或一致於CAM03以外。與CAM03一致時，成為20分間的影像，CAM03以外以1/2倍數播放。與CAM03以外一致時，成為10分間的影像，CAM03以2倍數播放。 [0064] 圖9為表示第1實施例的動態圖像結合方法中的在生麵糰工程的監視攝影機的設置狀況的影像圖。在圖9所示的監視攝影機的設置例中，於工廠內的製造現場設置監視攝影機，監視攝影機攝影將生麵糰計量並混合且一次發酵的各工程。 [0065] 圖10為關於第1實施例的動態圖像結合方法中的生麵糰工程的動態圖像閱覽方法的顯示畫面的影像圖。攝影計量工程的攝影機的影像在1分鐘間為30訊框且播放時間單位(例如為麵包的每1批量的攝影時間)為30分鐘，攝影混合工程的攝影機的影像在1分鐘間為15訊框且播放時間單位為60分鐘，攝影一次發酵工程的攝影機的影像在1分鐘間為1訊框且播放時間單位為720分鐘，因為作為結合方法而選擇混合結合時，重要的是材料投入時的異物混入的檢查，因此設為在1分鐘間為30訊框且播放時間單位為30分鐘的結合影像資料。藉此，混合工程成為2倍速影像，一次發酵工程成為24倍速影像。但是，實際的訊框數不足30訊框的部分，藉由將同訊框均等配置而補完。 [0066] 圖11為表示第1實施例的動態圖像結合方法中的在成形烘烤工程的監視攝影機的設置狀況的影像圖。在圖11所示的監視攝影機的設置例中，於工廠內的製造現場設置監視攝影機，監視攝影機攝影生麵糰取出工程、分割工程、成形工程、最終發酵工程、烘烤工程、包裝工程的各工程。 [0067] 圖12為關於第1實施例的動態圖像結合方法中的成形烘烤工程的動態圖像閱覽方法的顯示畫面的影像圖。關於各個攝影機為同訊框數，關於播放時間單位，生麵糰取出工程為10分鐘、分割工程為30分鐘、成形工程為30分鐘、最終發酵工程為60分鐘、烘烤工程為15分鐘、包裝工程為15分鐘時，因為在食品工廠中重要的是從業員的作業內容，因此結合影像資料在分割工程與成形工程的攝影機，一起設為30分鐘的結合影像資料。藉此，最終發酵工程的影像成為2倍速影像，燒結工程及包裝工程的影像成為1/2倍速影像。將設置於各處的攝影機影像從指定時間中抽出並結合，能夠生成以麵包的製造單位等的動態圖像，能夠以一個影像來閱覽日後發生問題的商品的製造工程。此外，將動態圖像的播放時間單位相異的影像結合時，使其一致於較短者或較長者而調整訊框數。一致於短動態圖像而結合時，播放時間單位長的動態圖像將訊框拉長間隔而結合。此外，為了也能夠對應製造工程相異的商品，也可以連動於成為觸發的生產計劃資訊等，故依照RFID所致的製造製品的管理資訊的動態圖像結合。 [0068] 本實施例為混合結合，例如，為當欲同時確認某製造批量的製造工程時等有用的結合方法，其受理一個攝影機所播放的攝影時刻，將其他攝影機所播放的攝影時刻，基於蓄積於錄像伺服器的資料庫的時間差資料來算出，從資料夾將分別相異的攝影時刻的個別影像資料取出並合成為1畫面。 [0069] ｛效果｝ 根據本實施例，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。能夠將複數攝影機的動態圖像同時播放，例如，能夠縮短從發覺配合錯誤及異物混入及載物遺失等問題到究明問題為止的時間。 [0070] 更詳細來說，根據本實施例，並非時間單位的單純閱覽，而能以全新的切入點生成新用途的動態圖像。例如，能提升製造現場的批量(箱)單位等，日後確認時的閱覽性。且能夠刪減不要的錄像資訊。再來藉由軟體開發獨自的播放機，從結合的三次影像資料將目的動態圖像擴大顯示，也能夠詳細閱覽。 [0071] 根據同時間結合的動態圖像結合方法，藉由時間軸一致的動態圖像結合，能夠使一次能閱覽的數量大幅地增加，且提升設置多台攝影機時的閱覽性提升。根據混合結合的動態圖像結合方法之本實施例，藉由時間軸相異的結合，因為以一定間隔使時間軸偏移而結合動態圖像，能夠確保工業製品等的可追溯性。 [0072] 到現在為止，雖然只能閱覽問題發生時的攝影機影像，但根據本實施例的監視攝影機系統，因為能在短時間確認，日常的檢查也成為可能，對業務改善及問題行動的早期發現具有效果。又，在僅有結合影像資料亦即三次影像資料則足夠的情況下，不只是成為基礎的一次資料也刪除二次影像資料，能使儲存量大幅地刪減。 [0073] 根據本實施例，能夠減少問題產生時花上長時間檢視許多動態圖像檔案的勞力。又，即便複數同時閱覽被加入業務中，因為也不會成為負擔而能改善業務。又，因為能在看到更多保存動態圖像，抑止力變強。又，也能夠確認配送時的客訴等的真偽。此外，應能夠減少作為因而被波及的效果之向配送業者謊報的客訴。 [0074] 根據本實施例，即便對一部分的攝影機的影像將訊框數減少，也能夠完成作為全體的有意味的三次影像資料。 [0075] ［第2實施例］ 因為第2實施例為將以監視用攝影機攝影並儲存的影像加工成容易閱覽的形式並保存者，為將同時刻的複數攝影機的影像合成並顯示成1畫面者。除了下記所述的點以外，與上述第1實施例相同。詳言之，錄像伺服器通過網路使監視用攝影機作動，錄像伺服器將攝影・收集動態圖像及靜止圖像的攝影機影像而作成的一次資料作為基礎，作成在每個攝影機以預定的時間單位作為動態圖像而完結的二次影像資料即個別影像資料，錄像伺服器將複數的二次影像資料結合加工並作成三次影像資料即結合影像資料，錄像伺服器對使用者的終端因應來自終端的要求而通過網路，發送將同時刻的複數攝影機的影像合成而以1畫面作監視的影像資料。此外，不只是播放，倒轉、快轉也可以。因此，本實施例能夠實現保存影像的有效利用。例如，也可以同時監視牛舍內的多數牛的飲食狀況。因此，根據本實施例，日後確認時的閱覽性提升，在現今需要長時間勞力調查的問題探究，能夠在極短的時間內，且較少勞力調查。 [0076] 本實施例的監視攝影系統的網路構成與上述第1實施例相同。關於錄像伺服器100除了下記所示以外的基本構成與上述第1實施例相同。監視攝影機及行動終端及閱覽PC的構成也與上述第1實施例相同。 [0077] 在本實施例中，影像的結合方法是將同時刻的複數攝影機的影像合成而顯示於1畫面的同時間結合。 [0078] 本實施例中的動態圖像連結・結合程式113為使電腦實現下述機能的程式：(1)從二次影像資料夾，選擇複數結合的相同時間帶的同錄像時間長的個別影像資料的影像資料選擇機能、(2)針對被選擇的個別影像資料，因應複數連結的要否及/或一部分刪除的要否進行連結及/或一部分刪除，並分別作成結合用影像資料的結合用影像資料作成機能、(3)在結合用影像資料之中，同時顯示的結合用影像資料彼此，將訊框數調整成同數，再來將訊框間隔調整成相同，依序顯示的結合用影像資料依顯示順序排列，將調整後的結合用影像資料全部合成為1個動態圖像，作為結合影像資料的結合影像資料作成機能、(4)進行與終端間的連接的終端連接機能、(5)從終端受理動態圖像閱覽要求的閱覽要求受理機能、(6)將結合影像資料送出至終端並顯示的送出機能。關於哪一個攝影機的影像要以哪一種佈局結合的設定，預先作為結合條件記憶於錄像伺服器100的資料庫。 [0079] 本實施例中，再來，上述(1)的影像資料選擇機能為：選擇播放的攝影時刻，從前述資料夾，將與被選擇的攝影時刻同時刻的個別影像資料，針對成為播放的對象的全部攝影機作選擇的影像資料選擇機能；上述(2)的結合用影像資料作成機能為：將被選擇的個別影像資料分別作為結合用影像資料的結合用影像資料作成機能；上述(3)的結合影像資料作成機能為：以使結合用影像資料全部分割成1畫面顯示的方式，將結合用影像資料全部合成為1個動態圖像作為結合影像資料的結合影像資料作成機能。 [0080] 本實施例中，在錄像伺服器100設有：(1)從二次影像資料夾，選擇複數結合的相同時間帶的同錄像時間長的個別影像資料的影像資料選擇機構、(2)將被選擇的個別影像資料分別作成結合用影像資料的結合用影像資料作成機構、(3)以使結合用影像資料全部分割作1畫面顯示的方式，將結合用影像資料全部合成為1個動態圖像作為結合影像資料的結合影像資料作成機構、(4)進行與終端間的連接的終端連接機構、(5)從終端受理動態圖像閱覽要求的閱覽要求受理機構、(6)將前述結合影像資料送出至終端並顯示的送出機構。 [0081] 本實施例中，上述(3)的影像資料選擇機構為：選擇播放的攝影時刻，從前述資料夾，將與被選擇的攝影時刻同時刻的個別影像資料，針對成為播放的對象的全部攝影機作選擇的影像資料選擇機構；上述(4)的結合用影像資料作成機構為：將被選擇的個別影像資料分別作為結合用影像資料的結合用影像資料作成機構；上述(5)的結合影像資料作成機構為：以使結合用影像資料全部分割成1畫面顯示的方式，將結合用影像資料全部合成為1個動態圖像作為結合影像資料的結合影像資料作成機構。 [0082] 在本實施例中，錄像伺服器100藉由前述硬體構成及動態圖像連結・結合程式113來作為(1)～(6)的機構來作用。 [0083] ｛順序｝ 接著說明有關上述第2實施例的動態圖像結合方法中的動態圖像結合方法及使用第2實施例的動態圖像結合方法的動態圖像閱覽方法的順序。 [0084] 本實施例的動態圖像結合方法中的動態圖像閱覽方法除了下記所述的點以外，與上述第1實施例相同。 [0085] 本實施例的動態圖像結合方法中的動態圖像閱覽方法，為通過網路連接至1個或複數個終端，將1個或複數個攝影機所攝影的攝影機影像作為動態圖像形式並作為個別影像資料保存在資料夾的錄像伺服器，包含：(1)從二次影像資料夾，選擇複數結合的相同時間帶的同錄像時間長的個別影像資料的影像資料選擇步驟、(2)將被選擇的個別影像資料分別作成結合用影像資料的結合用影像資料作成步驟、(3)針對結合用影像資料全部，將訊框間隔及訊框數在影像資料間分別調整成同數，以使調整後的結合用影像資料全部合成為1畫面顯示的方式，合成為1個動態圖像作為結合影像資料的結合影像資料作成步驟、(4)進行與終端間的連接的終端連接步驟、(5)從終端受理動態圖像閱覽要求的閱覽要求受理步驟、(6)將前述結合影像資料送出至終端並顯示的送出步驟。 [0086] 錄像伺服器以同時間結合的方法將個別影像作連結・結合。從終端受理閱覽要求後，開始播放。又，本實施例中，同時間結合，例如，為在欲同時確認複數位置的同時刻的影像時等有用的結合方法，針對同時顯示的全部的攝影機，將同時刻的攝影時刻的個別影像資料取出並合成為1畫面。 [0087] 圖13為第2實施例的動態圖像結合方法中的同時間結合的動態圖像結合方法的影像圖。關於CAM01、CAM03、CAM04、CAM06的攝影機，將從由10時00分開始的影像以每10分鐘結合時，如圖所示，將從4個攝影機的由10時00分開始的10分鐘間的影像，以1畫面顯示的方式合成，接著從10時10分開始的也以同樣的方式合成。在各個對象攝影機的影像完全完成的時刻經過之後，將個別影像資料取出並開始結合。對象攝影機的影像完成時刻，因為結合在該個別影像資料作成時以後開始，最大成為下一個個別影像作成時為止。假如包含訊框數不一致的影像時，指定要一致於那一個攝影機的訊框數。訊框數比基準訊框數還多的攝影機，為了減少訊框數雖發送格，但訊框數比基準訊框還少的攝影機，因為以在增加訊框數時前一個訊框來補完因此在外觀上沒有變化。 [0088] 圖14為關於第2實施例的動態圖像結合方法中的牛舍的動態圖像閱覽方法的顯示畫面的影像圖。各個攝影機都是相同訊框數，能夠同時確認牛室01-06的從2時20分開始10分鐘間份的影像。 [0089] ｛效果｝ 根據本實施例，能有效率地閱覽動態圖像，且能夠提升日後確認時的閱覽性。因為能一次確認多數攝影機，例如在牛舍的影像中，能夠檢查有無異常的動作、或飲食的狀況等。例如因為飲食的時間帶等已決定，藉由結合同時間帶的攝影機的影像能提升閱覽性。 [0090] ［第3實施例］ 本實施例為合成1個攝影機的連續的複數時間帶的影像，連續顯示於1畫面的連續結合。除了下記所述的點以外，與上述第1實施例相同。在本實施例中，影像資料選擇步驟為：從資料夾，選擇為了作成從播放開始的攝影時刻到播放結束的攝影時刻為止的動態圖像的結合的個別影像資料全部的影像資料選擇步驟；結合用影像資料作成步驟為：針對被選擇的個別影像資料，依照時序進行連結，將比播放開始的攝影時刻還之前的影像及比播放結束的攝影時刻還之後的影像刪除，作為結合用影像資料的結合用影像資料作成步驟；結合影像資料作成步驟為：將結合用影像資料1個或複數連結全成為1個影像作成結合影像資料的結合影像資料作成步驟。進行圖6所示的動態圖像結合，作為結合影像資料。在圖中，雖然是由9時25分到9時55分的連續影像1個所形成的動態圖像，但再將同攝影機的連續的複數時間帶的影像複數合成並連續顯示於1畫面者也可以。例如，是將9時25分到9時55分的連續影像與10時25分到10時55分的連續影像連結的1個動態圖像也可以。 [0091] 此外，本發明並不限定於上述實施形態，在不脫離本發明要旨的範圍內各種變形實施也是可以的。又，上述各實施形態的構成要素可以在不脫離本發明要旨的範圍內作任意地組合。[Embodiment] [0005] In the previous surveillance camera system, although multiple cameras can be viewed at the same time during live video playback, only one dynamic image can be played at a time in the video that becomes a file, which will have poor visibility. The problem. [0006] When problems are discovered in the future, for example, at the manufacturing site, if you want to confirm the batch in question, you need to confirm all the images of the various places on the date of manufacturing the batch one by one. It takes a lot of time so far. [0007] [Embodiment] [1] The first object of the embodiment described below is to provide a surveillance camera system and surveillance that can solve the above-mentioned problems, can efficiently view moving images, and can improve the visibility when checking later. Moving image reading method and moving image combining method in camera system. [0008] The inventors do not view the surveillance camera images of a moving image separately in time units, but use the saved moving images with completely different entry points and use The idea of generating a moving image of a new use from the stored moving image completes the following embodiments. [0009] A first aspect of a surveillance camera system according to an embodiment includes a recording server connected to one or a plurality of cameras and one or a plurality of terminals via a network; The recording server has: The camera image of the camera is made into a dynamic image form that is separated from the predetermined recording time and is stored in the folder as the individual image data; From the aforementioned folder, select a plurality of aforementioned image data selection agencies; For the selected The individual image data of the link are linked and / or partially deleted according to the necessity of plural links and / or the deletion of a part, and they are respectively used as a combination image data creation mechanism for the combination image data; Among them, the combined image data displayed at the same time is adjusted to the same number of frames, and then the frame interval is adjusted to be the same. The sequentially displayed combination image data is arranged in the display order, and the adjusted combination data is adjusted. All image data are combined into a dynamic image as a combination Binding data as image data creating means; and the combined image data sent to the terminal and displaying the feeding mechanism. [0010] According to the first aspect of the embodiment, the combination of recorded images enables efficient viewing of moving images, and can improve the readability when checking later. In addition, in the manufacturing process of the same batch, etc., it is possible to simultaneously view moving images at different times of a plurality of cameras. In addition, since it is only necessary to view the combined moving image according to the purpose, when a problem occurs, it is possible to reduce the labor that takes a long time to view many moving images to find out the cause of the problem. By performing multiple simultaneous readings, the workload of reading is reduced, and business is improved. In addition, because more saved moving images can be seen at the same time than ever before, it is expected that the resilience of crime and the like can be improved. It can reduce the amount of data while maintaining high resolution, and achieve cost reduction. In addition, if only the combined video corresponding to the purpose is saved, the original individual moving image can be deleted, and capacity reduction and cost reduction can be achieved. Moreover, even a plurality of moving images having different shooting intervals and shooting times can be viewed at the same time at the same time. [0011] In the embodiment, the "network" includes a communication network such as a LAN or the Internet, a Wi-Fi loop, a 3G / LTE loop, and a dedicated line, and a network formed by a combination thereof. In the embodiment, the camera may be any one or both of a camera that captures still images and a camera that captures moving images, and an image captured by the camera may be any one of still images and movies, or Both. Each camera has an output function, a still image camera function, and / or a moving image camera function. The camera is preferably an IP camera, but it can be an analog camera. Regarding the image obtained from the camera for shooting still images, the form of compression into a moving image is preferably high compression H at the present point. 264 is better. Because it is lightweight, even hardware and software can be easily installed. In addition, it is preferable that a video camera that shoots moving images is connected by a video server and a LAN network, but it is not limited thereto. In addition, the recording server in the embodiment may be a person who connects and collects images of the camera through a camera and a network, and the recording server in the embodiment may not connect to the camera through the camera and the network, but may borrow the image of the camera. It is collected by another server connected by a camera and a network, and is sent from the collected server to a recording server in the embodiment. The moving image is used as image data to be stored in the recording server in the embodiment. In addition, the recording server may be a cloud server. [0012] A second aspect of the surveillance camera system of the embodiment is the first aspect of the surveillance camera system, wherein the aforementioned data storage mechanism creates a dynamic image of the camera images photographed by the plurality of cameras with a long interval of predetermined recording time. The image format is stored in the folder as individual image data, and at the same time, the time difference data of each camera relative to the reference camera and the long recording time data of each camera are stored in the database; The shooting time played by one camera among the target cameras is calculated for each camera based on the time difference data. The shooting time played by the other cameras among the target cameras is calculated based on the time difference data. The playback time unit is calculated for each camera based on the ratio of the long recording time of the other cameras based on the ratio of the long recording time of the data. From the foregoing folder, the combined individual image data is selected for all cameras that are the target of playback. The foregoing The combined image data creation mechanism, for the selected individual image data, is linked and / or partially deleted according to the need for multiple links and / or part of the deletion, and is processed from each playback shooting moment into each playback time unit. As the combined image data; The aforementioned combined image data creation mechanism, among the aforementioned combined image data, enables the combined displayed image data to be displayed simultaneously with each other and their respective playback time unit units. The image data is played at the same time. Calculate the playback speed for each combination of image data, adjust the number of frames to the same number, and then adjust the frame interval to be the same. The sequentially displayed combination image data is displayed in the order shown. Arrange so that all the combined image data displayed simultaneously are divided into one screen for display, and the adjusted combined image data are all combined into one moving image as the combined image data. [0013] A third aspect of the surveillance camera system according to the embodiment is the first aspect of the surveillance camera system, wherein: 资料 the image data selecting mechanism selects a photographing time to be played; The aforementioned individual image data at the same time at the time of shooting is selected for all cameras that are the object of playback; the aforementioned combined image data creation mechanism, which uses the selected individual image data as the combined image data, respectively; the aforementioned combined image data creation mechanism, In such a manner that all the video data for combination are divided into one screen for display, all the video data for combination are combined into one moving image as the combined video data. [0014] A surveillance camera system according to a fourth aspect of the embodiment is the surveillance camera system according to the first aspect, wherein the image data selecting mechanism selects from the aforementioned folder the shooting time from the start of playback to the end of playback All the individual image data of the image up to the shooting time; The aforementioned combined image data creation mechanism links the selected individual image data in accordance with the time sequence to link the image before the shooting time at the beginning of playback and the shooting at the end of playback The image after the time is deleted as the combined image data; The aforementioned combined image data creation mechanism links and synthesizes one or more of the aforementioned combined image data into one dynamic image as combined image data. [0015] A fifth aspect of the embodiment is a method for viewing a dynamic image, which includes a video recording server connected to one or more cameras and one or more terminals through a network, and the video cameras captured by the aforementioned cameras The image is made into a dynamic image form that is separated from a predetermined recording time and stored as a single image data in a folder; The foregoing recording server selects a plurality of image data selection steps of the foregoing individual image data from the foregoing folder; the foregoing The recording server, according to the selected individual image data, performs linking and / or partial deletion according to the necessity of plural links and / or the deletion of part of them, and uses them as the combination image data for the combination image data to create steps. ; The aforementioned recording server, among the aforementioned combined image data, simultaneously displays the combined image data of each other, and adjusts the number of frames to the same number, and then adjusts the frame interval to be the same, and sequentially displays the combined images. The data are arranged in the display order, and all the combined image data for adjustment will be used. It is a moving image, a combined image data creation step of the image data binding; the video server, in conjunction with the aforementioned image data sent to the terminal and displaying the feeding step. [0016] According to the fifth aspect of the embodiment, it is possible to efficiently view moving images, and it is possible to improve the visibility when checking later. In addition, in the manufacturing process of the same batch, etc., it is possible to simultaneously view moving images at different times of a plurality of cameras. In addition, since it is only necessary to view the combined moving image according to the purpose, when a problem occurs, it is possible to reduce the labor that takes a long time to view many moving images to find out the cause of the problem. By performing multiple simultaneous readings, the workload of reading is reduced, and business is improved. In addition, because more saved moving images can be seen at the same time than ever before, it is expected that the resilience of crime and the like can be improved. It can reduce the amount of data while maintaining high resolution, and achieve cost reduction. In addition, if only the combined video corresponding to the purpose is saved, the original individual moving image can be deleted, and capacity reduction and cost reduction can be achieved. Moreover, even a plurality of moving images having different shooting intervals and shooting times can be viewed at the same time at the same time. [0017] A sixth aspect of the moving image combining method according to the embodiment includes a recording server, which uses a camera image taken by a plurality of cameras to create a moving image format that is separated from a predetermined recording time and is stored as individual image data in Data folder, and simultaneously save time difference data of each camera relative to the reference camera and long video recording time data of each camera in the data storage step of the database; The aforementioned video recording server The shooting time broadcasted by one camera is calculated for each camera based on the time difference data, and the shooting time broadcasted by other cameras among the cameras to be played is calculated from the playback time unit of the one camera. The playback time units of other cameras are calculated separately for each camera based on the ratio of the long-time recording data, and from the aforementioned folder, the combined individual image data is selected as the image data selection step for all cameras that are the object of playback; The aforementioned recording server According to the selected individual image data, the link and / or part of the deletion is performed in accordance with the necessity of plural links and / or the deletion of a part, and the image data of each playback time unit is processed from each playback shooting moment and divided The combination image data creation step as the combination image data; ； The video recording server, among the combination image data, makes the combination image data displayed at the same time as each other, and its respective playback time unit of combination image data Calculate the playback speed for each combination of video data in the same time, adjust the number of frames to the same number, and then adjust the frame interval to be the same. The combined image data for sequential display is arranged in the display order. In a manner that all the combined image data displayed at the same time are divided into one screen for display, all the adjusted combined image data are combined into one dynamic image, which is a step of creating combined image data combining the image data. [0018] According to the sixth aspect of the embodiment, the combination of the recorded images enables efficient viewing of moving images, and can improve the readability when checking later. In addition, according to the same method, in the manufacturing process of the same batch, etc., it is possible to create a moving image capable of simultaneously viewing moving images of different cameras at different times. In addition, because a dynamic image can be combined according to the purpose, when a problem occurs, it is possible to reduce the labor that takes a long time to read many dynamic images to find out the cause of the problem. As a moving image that can be viewed simultaneously by a plurality of cameras, the workload of viewing is reduced, and business is improved. In addition, because more saved moving images can be seen at the same time than ever before, it is expected that the resilience of crime and the like can be improved. It can reduce the amount of data while maintaining high resolution, and achieve cost reduction. In addition, if only the combined video corresponding to the purpose is saved, the original individual moving image can be deleted, and capacity reduction and cost reduction can be achieved. Moreover, even a plurality of moving images having different shooting intervals and shooting times can be viewed at the same time at the same time. [0019] A seventh aspect of the moving image combining method according to the embodiment includes a video recording server that forms a video image of a plurality of cameras captured by a plurality of cameras into a form of a moving image separated by a predetermined recording time, and stores the video image as individual image data in Steps for saving data in the folder; The aforementioned recording server selects the shooting moment for playback, and from the aforementioned folder, the aforementioned individual image data at the same time as the selected shooting moment is selected for all the cameras that are the target of playback. Steps for selecting data; 录像 The aforementioned recording server, which uses the selected individual image data as the combined image data for the combined image data creation step; The aforementioned recording server, so that the aforementioned combined image data are all divided into one screen for display. Method, synthesizing all of the aforementioned combined image data into one moving image as a combined image data creation step of combined image data. [0020] According to the seventh aspect of the embodiment, the combination of the recorded images can efficiently view the moving images, and can improve the readability when checking later. In addition, according to the same method, it is possible to create a moving image capable of simultaneously viewing moving images at different times of a plurality of cameras. In addition, because a dynamic image can be combined according to the purpose, when a problem occurs, it is possible to reduce the labor that takes a long time to read many dynamic images to find out the cause of the problem. By performing multiple simultaneous readings, the workload of reading is reduced, and business is improved. In addition, because more saved moving images can be seen at the same time than ever before, it is expected that the resilience of crime and the like can be improved. It can reduce the amount of data while maintaining high resolution, and achieve cost reduction. In addition, if only the combined video corresponding to the purpose is saved, the original individual moving image can be deleted, and capacity reduction and cost reduction can be achieved. [0021] An eighth aspect of the moving image combining method according to the embodiment includes a video recording server that forms a moving image format in which a camera image taken by a camera is separated for a predetermined recording time, and stores the data in the data as individual image data. Steps for saving data in the folder; The aforementioned video server selects, from the aforementioned folder, an image data selection step for creating all the individual image data combined with the moving image from the shooting time at the start of playback to the shooting time at the end of playback; The aforementioned recording server links the selected individual image data according to the time sequence, and deletes the image before the shooting time at the start of playback and the image after the shooting time at the end of playback, as a combination of the combined video data. Steps for creating image data; 录像 The aforementioned recording server links and synthesizes one or more of the aforementioned combination image data into one dynamic image as a combined image data creation step combining the image data. [0022] According to the eighth aspect of the embodiment, it is possible to efficiently view moving images, and it is possible to improve the visibility when checking later. In addition, it is possible to efficiently view a moving image for a desired time period. In addition, since it is only necessary to view the combined moving image according to the purpose, when a problem occurs, it is possible to reduce the labor that takes a long time to view many moving images to find out the cause of the problem. By performing multiple simultaneous readings, the workload of reading is reduced, and business is improved. In addition, because more saved moving images can be seen at the same time than ever before, it is expected that the resilience of crime and the like can be improved. It can reduce the amount of data while maintaining high resolution, and achieve cost reduction. In addition, if only the combined video corresponding to the purpose is saved, the original individual moving image can be deleted, and capacity reduction and cost reduction can be achieved. [0023] Hereinafter, the embodiments will be specifically described with reference to the examples, but the embodiments are not limited thereto. [First Embodiment] The first embodiment is to process and save the images captured and stored by the surveillance camera into an easy-to-view format, and save the images even in the time zone of each camera. The composition is displayed as one screen. In detail, the video recording server operates a surveillance camera through a network. The video recording server uses the primary data created by capturing and collecting camera images of moving and still images to create a predetermined time for each video camera. The secondary image data completed by the unit as a dynamic image is individual image data. The recording server combines and processes the secondary image data and generates three image data to combine the image data. The recording server responds to the user's terminal from the terminal. The video data is sent three times via the network, that is, the video data that is synthesized and monitored with a single screen even if the video is in the individual time zone of each camera. In addition, not just playing, but also rewinding and fast-forwarding. Therefore, this embodiment can realize the effective use of the saved image. For example, in a certain operating room, when you want to check whether there is a time zone when foreign materials are mixed in when the materials are put in, you can immediately know that for the batch in question, you can also check whether the practitioners have abnormal behavior in the future. Learn right away. Therefore, according to this embodiment, the readability at the time of confirmation in the future is improved, and in today's problems that require long-term labor investigations, investigations can be conducted in a very short time with high efficiency and less labor investigations. [0025] ｛Configuration｝ FIG. 1 is a diagram showing an example of a network configuration of a surveillance camera system according to a first embodiment. A network 500 composed of a combination of communication networks such as a LAN or the Internet, a Wi-Fi loop, a 3G / LTE loop, and a dedicated line is connected to: (1) a plurality of surveillance cameras as cameras for photographing images (For still images) 400A to C and surveillance cameras (for moving images) 401 and (2) Connect to surveillance cameras 400 and 401 via the network 500, acquire image data captured by the camera, store it, and send it to the terminal The video recording server 100 serving as a video recording server, (3) is connected to the video recording server 100 through the network 500, and receives and displays video data from the video recording server 100 and displays mobile terminals 200A to C, such as smartphones, and desks Viewing PCs 300A to C such as a personal computer (PC) or a notebook PC. The camera may be only a still image camera for surveillance or a moving image camera for surveillance. The number of cameras is not limited as long as they are within the processing range of the recording server. In addition, when a mobile terminal and a PC are viewed in the following, it is referred to as a "terminal" or "viewer". [0026] Although the recording server 100 and the surveillance camera (moving image) 401 for capturing moving images exist in the same LAN, the recording server 100 is not limited to the surveillance camera (still image) 400 for capturing still images. In the same LAN, it may be connected via a plurality of networks such as the Internet or LAN. It is also possible to have a plurality of recording servers on the same network. In this embodiment, the communication between the surveillance cameras 400 and 401 and the recording server 100 is TCP / IP. In the surveillance camera (still image) 400 for still images, even in the same LAN There is no camera or recording server, and it is possible to reliably send and receive video data with high reliability. The surveillance cameras 400 and 401 are IP cameras in this embodiment, but may be analog cameras. The terminal 300 for video display, ie, the viewing PC 300, is not limited to the case where it exists in the same LAN as the recording server 100, and may be connected through a plurality of networks such as the Internet, a LAN, and a Wi-Fi loop. The same applies to the mobile terminal 200, which is a terminal for video display, and may be connected through a plurality of networks such as a LAN, the Internet, and a mobile phone network (such as a Wi-Fi loop or a 3G / LTE loop). A router 600 is interposed between the LAN and the Internet, and a surveillance camera for capturing still images and the Internet. FIG. 1 shows an example of connection between a surveillance camera (for moving images) and a surveillance camera (for still images) or a viewing PC or mobile terminal via a recording server and a plurality of networks, but is not limited thereto. In the present embodiment, the communication between the surveillance cameras 400 and 401 and the recording server 100 is performed using TCP with high reliability, and communication is started after establishing a segment, but data may be transmitted early without establishing a segment. The timeliness of UDP, TCP, and UDP can be used to obtain images. [0027] One recording server 100 can acquire images from a plurality of surveillance cameras 400 and 401. In this embodiment, because the video server 100 side automatically distributes network traffic, no network design is required, and only the camera needs to be connected to the port, and the operation is very simple. It is also easy to re-open when communication is not available. [0028] FIG. 2 is a configuration diagram of a recording server of the surveillance camera system of the first embodiment. The recording server 100 is provided with a control / calculation device such as a CPU 101 or a device driver accompanied by a cache memory, that is, a memory 102, a memory device 110 including a main memory device such as a DRAM, and an auxiliary memory device such as a hard disk, and a network. A communication control device such as the interface 104 and an input / output device composed of a display 103, a keyboard 105, a mouse 106, and the like as a display device. The memory device 110 includes various programs starting from the primary image folder 111, the secondary image folder 112, the tertiary image folder 116, and the moving image linking / combining program 113, the authentication database, and the environment setting folder. An operating system 114 is also stored. The combined image data used to create the third image data from the secondary image data, that is, the individual image data, that is, the combined image data, is also stored in a folder in the memory device 110. Various programs starting with the moving image linking / combining program 113 are usually stored in the auxiliary memory device of the memory device 110 and are loaded into the main memory device during execution. In the primary image folder 111, the camera image is accumulated as primary data, and in the secondary image folder 112, the primary data stored in the primary image folder 111 for a certain period of time is subjected to dynamic image compression conversion and used as Secondary image data to accumulate. The related secondary image data is individual image data using the camera image captured by the camera as a moving image. The authentication database stores IDs, passwords, and personal identification information (UID), which are reception information of the mobile terminal 200 and the viewing PC 300, and IP addresses, port numbers, IDs, and passwords, which are access information of the surveillance cameras 400 and 401. . In this embodiment, the video recording server 100 is integrated with the video recording server and the terminal. In order to exert the effect of the terminal that displays its own image, and for maintenance and management, it includes a display 103, a keyboard 105 as an input mechanism, and Mouse 106. When it is not necessary to play the camera image with a recording server, it is not necessary to have a terminal function as an image display device. In the environment setting folder, conditions such as the acquisition timing of the images of each surveillance camera, the creation interval of the primary and secondary image data, the compression conditions, the layout when the tertiary image data (combined with the image data) are created, the primary data, and Creation interval of secondary image data, compression conditions, etc. The recording server 100 may be a setup server or a cloud server. [0029] The recording server in this embodiment also has a database, which includes: time difference data of each camera relative to the reference camera, and data of long playback unit time (long recording time) of each camera. [0030] The recording server 100 allows the CPU 101 to load and execute the moving image linking / combining program 113 into the memory 102 and executes the computer function to enable the moving image combining editing processing of the first embodiment and the like. The CPU 101 is an arithmetic processing device mounted on a general computer, and executes various programs and performs various controls and the like. [0031] The recording server 100 may be a single server or a server group composed of a plurality of servers. For example, with regard to the secondary image folder, for a secondary image data after a certain period of time (for example, 24 hours), a storage destination is set as a secondary image set in a recording server different from a recording server that acquires a camera image Image folders are also available. Because it is different from the past saved data that is not played frequently, it can monitor more cameras on the same network. [0032] The video recording server 100 is connected to a surveillance camera, and the still surveillance camera for still image photography is connected to capture still images at regular intervals (for example, 1 second) and input the captured camera image to The recording server continuously captures moving images at regular intervals (for example, 10 seconds) with the monitoring camera for moving image photography. The camera image is input to the recording server, and the input camera image is compressed. The primary data is created and stored in the primary image folder 111 of the memory device 110. Next, the video recording server 100 combines the primary data at a certain time (for example, 10 minutes), and converts the data into a secondary video data compressed in the form of a moving image with a time stamp. In this embodiment, each secondary image data, that is, another image data, is data at the same time that separates a predetermined recording time, which is adjusted to the total number of the same frame. In this embodiment, although it is taken as the individual image data of 10 minutes, it is not limited to this. [0033] In this embodiment, the method of combining the images is a hybrid combination of combining and displaying the images on a single screen even if each camera is an image in an individual time zone. [0034] The dynamic image linking / combining program is a program that enables a computer to realize the following functions: (1) From the secondary image folder, select a plurality of individual image data of the same or different time bands that are combined and have the same recording time. Function of selecting image data, (2) for selected individual image data, linking and / or partially deleting according to the necessity of plural links and / or the deletion of a part, and separately forming a combination of combining image data The function of image data creation, (3) among the combined image data, the combined image data displayed at the same time, adjust the number of frames to the same number, and then adjust the frame interval to be the same, and sequentially display the combined use The image data is arranged in the order of display, and the adjusted combined image data is combined into one dynamic image, which functions as the combined image data combined with the image data, (4) the terminal connection function that performs the connection with the terminal, (5) A viewing request receiving function for receiving a moving image viewing request from a terminal, and (6) a sending function for sending the combined video data to the terminal and displaying it. The setting of which camera images are to be combined in which layout, and whether multiple links are to be deleted and / or partially deleted, are stored in advance in the database of the recording server 100 as a combination condition. [0035] In this embodiment, again, the image data selection function of the above (1) is: among the cameras that are to be played, the shooting time played by one camera from the cameras that are to be played is The shooting moments played by other cameras are calculated for each camera based on the time difference data. From the playback time unit of the relevant one camera, the playback time units of other cameras are based on the long playback unit time (long recording time) data. Compare each camera separately. From the folder, combine the individual image data to select the image data selection function for all the cameras that are to be played; the function of the combined image data creation function of (2) above is: for the selected The individual image data of the image is processed according to the need for multiple links and / or part of the deletion and / or part of the deletion, and is processed from the shooting time of each playback into the image data of each playback time unit and used as Combined image data creation function; combined image data creation function (3) above The function is: calculating the playback speed for each combination of video data at the same time by displaying the combination image data of the combination image data at the same time among the combination image data, Adjust the number of frames to the same number, and then adjust the intervals of the frames to be the same. The combined image data displayed in sequence is arranged in the display order, so that all the combined image data displayed at the same time are divided into one screen for display. All the adjusted combined image data are combined into one moving image and used as the combined image data of the combined image data to create a function. [0036] In addition, in this embodiment, the terminal accepts the rewinding request, fast forward request, and playback request for the combined video data displayed on the terminal, and performs the reverse, fast forward, and playback of the combined video data displayed according to the request. [0037] In this embodiment, the secondary image data is taken at a certain time (for example, 10 minutes). Because if there are secondary image data, three image data can be created, that is, combined with image data, the images of multiple cameras can be reduced to a near-real-time state to be able to be viewed on one screen and as a dynamic image from the recording server. The amount of data sent to the terminal is sufficient. [0038] In this embodiment, the connection between the surveillance camera and the recording server is performed by the TCP / IP method. In order to specify the surveillance camera, after the authentication is performed, the imaging of the camera image is required. The connection between the terminal and the recording server is also performed by the TCP / IP method. After confirming that the terminal is a terminal logged in to the recording server, the video is transmitted. The authentication is preferably performed by the authentication database on the recording server. [0039] Each time the connection is started, the video recording server 100 investigates the IP address, port number, and UID of the surveillance camera or terminal, and starts connection with the camera or terminal in the local environment (for example, on the same LAN). In this case, the connection target can be specified by the connection using the IP address and the port number or UID, and the user ID and password set on the recording server side are used for authentication. The video recording server 100 is connected to a surveillance camera in a remote environment through the Internet or the like, and uses a router's port forwarding (which can also be expressed as port forwarding, etc.), and uses a global IP address and port number to Specific connection object. Because the video recording server 100 uses the terminal-specific information of the UID as a basis to identify the terminal when the connection of the mobile terminal 200 or the viewing PC 300 is started, the user ID and password are authenticated and the terminal-specific information is consistent to display an image. [0040] FIG. 3 is a configuration diagram of a terminal (action) of the surveillance camera system according to the first embodiment. The mobile terminal 200 includes a control and calculation device such as a CPU 201 and a device driver with a memory 202, a memory device 210, a communication control device for transmitting and receiving data, a display 203 as a display device, operation buttons, a touch panel, and the like Input and output devices. An image display program 213 and an operating system 214 are stored in the memory device 210. The mobile terminal 200 is, for example, a mobile phone such as a smart phone. The CPU 201 loads the image display program 213 into the memory 202 and executes the image display program 213 to implement a computer function that enables image display in the first embodiment. The CPU 201 is an arithmetic processing device mounted on a general mobile terminal, and executes various programs and performs various controls and the like. [0041] In this embodiment, the recording server 100 and the viewing PC 300 are both configured as personal computers, and have all the clock functions of a normal personal computer. The mobile terminal 200 also has a clock function and the like. [0042] FIG. 4 is a configuration diagram of a terminal (PC) of a surveillance camera system according to the first embodiment. The viewing PC 300 includes a control / calculation device including a CPU 301 or a device driver accompanied by a memory 302, a memory device 310 including a main memory device such as a DRAM and an auxiliary memory device such as a hard disk, a communication control device such as a network interface 304, and An input / output device including a display 303, a keyboard 305, and a mouse 306, which are display devices. An image display program 313 and an operating system 314 are stored in the memory device 310. The viewing PC 300 is, for example, a desktop PC, a notebook PC, a tablet terminal, or the like. The CPU 301 loads and executes the image display program 313 into the memory 302 to implement a computer function that enables the image display of the first embodiment. The CPU 301 is an arithmetic processing device mounted on a general PC, and executes various programs and performs various controls and the like. [0043] The image display program is used to enable a computer to realize a terminal connection function for connecting with a recording server, and an image display function for displaying an image sent from the recording server. [0044] In this embodiment, as a better aspect of the image display program, in order for the computer to realize: accept the input of the request for rewind or fast forward, the video server requires three times of image data, that is, a certain combination of image data A function program is required to reverse and fast forward the image before or after the unit. [0045] In this embodiment, since the images of a plurality of cameras are combined as a moving image, the images of all the cameras in the display can be inverted and fast-forwarded at one time. [0046] A program having a method for viewing a moving image, including a moving image linking program and a video display program, is a program that causes a computer to execute each program. [0047] In this embodiment, the recording server 100 connected to the surveillance cameras 400 and 401 for photographing images via the network 500, and the terminals 200 and 300 connected to the recording server 100 via the network 500 to display images ; The recording server 100 is provided with a connection with a surveillance camera, and the connected surveillance camera for still image photography captures still images at regular intervals (for example, 1 second), and captures the captured camera image Input to the recording server, and continuously monitor moving images at regular intervals (for example, 10 seconds) with the connected surveillance camera for moving image photography. Input the camera image to the recording server and input the input camera image. A mechanism for compressing and creating primary data and storing the primary data in the primary image folder 111 of the memory device 110. Next, the video recording server 100 is provided with a mechanism that combines primary data at regular time intervals (for example, 10 minutes), attaches a time stamp, and converts it into secondary image data compressed in the form of a moving image. Furthermore, the recording server 100 is provided with: (1) an image data selection mechanism for selecting, from a secondary image folder, a plurality of individual image data of the same or different time bands with the same recording time, and (2) The selected individual image data is linked and / or partially deleted according to the necessity of plural links and / or the deletion of part of them, and a combination image data creation mechanism for combination image data is created, (3) Among the image data, the combined image data displayed at the same time is adjusted to the same number of frames, and then the frame interval is adjusted to be the same. The combined image data displayed in sequence is arranged in the display order. All the combined video data are combined into one moving image, and it is used as a combined video data creation mechanism that combines the video data, (4) a terminal connection mechanism that connects with the terminal, and (5) accepts a dynamic image reading from the terminal. The requested viewing request accepting organization, (6) the sending organization that sends the aforementioned combined video data to the terminal and displays it. [0048] In this embodiment, the image data selection mechanism in (1) above is: from the shooting time played by one camera among the cameras to be played, the other cameras among the cameras to be played The playback time is calculated for each camera based on the time difference data. From the playback time unit of the relevant one camera, the playback time unit of other cameras is based on the ratio of the data in the playback unit time (long recording time) to each. Each camera calculates separately from the folder, the image data selection mechanism that selects the combined individual image data for all the cameras that are to be played; the combination image data creation mechanism of (2) above is for the selected individual image The data is linked and / or deleted in accordance with the necessity of plural links and / or deletion of a part, and is processed from each playback shooting time into image data of each playback time unit, and is used as a combined image. The image data creation mechanism is used for the combination of data; the image data creation mechanism of (3) above is : Among the combined image data, the combined image data displayed at the same time, so that the combined image data of each playback time unit are played at the same time, calculate the playback speed for each combined image data, and The number of frames is adjusted to the same number, and then the frame interval is adjusted to be the same. The combined image data displayed in sequence is arranged in the display order, so that all the combined image data displayed at the same time is divided into one screen for display. All the combined image data are combined into one moving image and used as a combined image data creation mechanism for combined image data. [0049] In this embodiment, the recording server 100 functions as the mechanisms (1) to (6) by the aforementioned hardware configuration and moving image linking / combining program 113. [0050] In addition, the terminal (the mobile terminal 200 and the viewing PC 300) is provided with: (1) an image display mechanism for displaying an image transmitted from the recording server 100, and (2) a reverse request and a fast forward request and a playback mechanism. [0051] In this embodiment, the terminals 200 and 300 function as the mechanisms of (1) to (2) by the aforementioned hardware configuration and image display programs 213 and 313. For example, the terminals 200 and 300 select whether or not to play the video on which day and time when the video is played the next day, and call out a file that is converted into two pieces of data every 10 minutes for playback. Rewinding during playback is also possible. [0052] The surveillance camera system of this embodiment is connected to a video recording server of a camera group that shoots still images or moving images through a network. At regular intervals, the camera is connected to the camera group using the TCP / IP method. The images are obtained from still images or moving images, and compressed into a single piece of data, which is saved as a piece of data within a certain period of time. After a certain period of time, it is transformed into a high-compressed moving image file with timestamp information twice. Image data and save again. In this embodiment, the recording server starts with H. 264 format compression and transformation into dynamic image files. In addition, the recording server combines plural secondary image data, that is, individual image data, in the form of a request from the terminal, to form a combined dynamic image, that is, three image data, that is, a combined image that is displayed in parallel and simultaneously. Information and display on the terminal. [0053] The surveillance camera system of this embodiment can efficiently view moving images, and can improve the visibility when checking later. Moving images from multiple cameras can be played at the same time, and for example, the time from when a problem is discovered to when a problem is identified can be shortened. [0054] (Order) The sequence of the moving image combining method in the surveillance camera system of the first embodiment and the moving image viewing method using the moving image combining method of the first embodiment will be described next. [0055] The moving image viewing method in the moving image combining method of this embodiment is to connect to one or a plurality of terminals through a network, and use a camera image taken by one or a plurality of cameras as a moving image format. The recording server, which is stored in the folder as individual image data, includes: (1) from the secondary image folder, selecting a plurality of image data selections of individual image data of the same or different time bands with the same recording time that are plurally combined Step, (2) for the selected individual image data, link and / or delete partly according to the necessity of plural links and / or deletion of a part, and separately create the combined image data for the combination image data, (3) Among the combined image data, the combined image data displayed at the same time are adjusted to the same number of frames, and then the frame interval is adjusted to be the same, and the sequentially displayed combined image data is displayed in the order Permutation, synthesizing all adjusted combined image data into one moving image, as the combined image data creation step of combined image data, (4) Viewing terminal connection between the terminal connection step (5) from the terminal receives the moving image browsing request accepting step, (6) binding to the image data sent to the terminal and displayed out step. [0056] In the recording server, camera images sent intermittently or continuously from a plurality of surveillance cameras are stored as primary data in a primary image folder, and secondary image data created from the primary data is accumulated into secondary image data. folder. Secondary image data is individual image data in which a camera image is stored in a folder as a moving image. Because the response to the display request of the combined image data from the terminal is answered after the point at which the individual image data is created, the images of the multiple cameras can be confirmed at a relatively early stage, and the readability is high. [0057] In this embodiment, although the camera and the combination method are stored in the recording server in advance, the recording server may also accept the selection of the camera to be played from the terminal, and then accept the selection of the combination method of the video. Link and combine individual video data according to the accepted combination method and display it on the terminal. [0058] In this embodiment, the shooting times of other cameras are calculated based on the time difference data stored in the database of the recording server based on the shooting time of one camera, and the shooting times are different from the folders. The individual image data is taken out and combined into a single screen. This embodiment is, for example, a combination method which is useful when it is necessary to simultaneously confirm a manufacturing process of a manufacturing batch. [0059] FIG. 5 is a schematic diagram of a moving image combining process of the moving image combining method according to the first embodiment. The video recording server starts three image data sets in advance by the method set in the video recording server, that is, combining the video data. In this embodiment, each camera viewed by the recording server is based on a hybrid method of combining and displaying images in a single frame, and displaying them as one screen, as described above. Folder, select the secondary image data that is combined plurally, that is, individual image data, and take it out. Next, the video recording server judges whether the individual image data is linked, and if necessary, a plurality of individual image data are linked, and if necessary, a part of the individual image data is deleted to create the combined image data. Next, when the video recording server synthesizes the image data for complex combination into one picture, it determines whether the number of frames should be adjusted, and if necessary, adjusts the frame interval and the number of frames to the same number among the image data. Next, when the video server combines and combines the image data for complex combination into one picture, the image data for complex combination is synthesized in one division, and then the combined image data, that is, the third image data, is accumulated in the third image folder. [0060] The video recording server converts the camera images taken by a plurality of cameras into a dynamic image format separated by a predetermined recording time and saves them as individual image data in a folder, and stores time difference data of each camera relative to the reference camera Data with long playback unit time (long recording time) with each camera is stored in the database. The sequence of the video server from the above-mentioned secondary image data, that is, individual image data, to three image data, that is, a dynamic image combining method that combines image data, includes in more detail: (1) from the camera that is the object of playback The shooting moments played by one of the cameras are calculated for each camera based on the time difference data stored in the database among the cameras that will be the target of the broadcast. The playback time unit is calculated for each camera based on the ratio of the playback time unit (long recording time) data stored in the database to each camera. From the folder, the combined individual image data is targeted to become Steps for selecting image data for selection of all cameras of the playback object; (2) For the selected individual image data, link and / or delete a part of the data according to the necessity of plural links and / or deletion of a part from each The photographed time of playback is processed into image data of each playback time unit and used as the final result. Use image data to combine image data to create a step; (3) The combination image data displayed at the same time among the combination image data, so that each combination of playback time unit image data is played at the same time, Calculate the playback speed for each combination of image data, adjust the number of frames to the same number, and then adjust the frame interval to be the same. The sequentially displayed combination image data is arranged in the display order so that the combined images displayed at the same time. The data are all divided into one screen for display, and the adjusted combined image data is combined into one dynamic image as a step of creating combined image data combining the image data. [0061] FIG. 6 is an image diagram of a connection sequence of the moving image combining method according to the first embodiment. A method for linking plural individual image data, for example, by individual image data between 10 minutes from 9:20 and 10:30 When the individual image data between minutes and the individual image data from 10 minutes to 9:50 are used as the combined image data from 9:25 to 9:55, the above four individual images are first connected, and The trimming is performed by deleting the image after 5 minutes from 9:20 and the image after 5 minutes from 9:55. [0062] FIG. 7 is an image diagram of a frame number adjustment sequence of the moving image combining method according to the first embodiment. The method of adjusting the frame interval and the number of frames to the same number between the image data for the combination of plural image data is: the individual image data that becomes the basis, such as the primary data of the cameras of A, B, and C, and When the data of one frame is 1 frame per second, the data of camera B is 5 frames per second, and the data of C camera is 10 frames per second, it is insufficient to set all moving images with 5 frames per second. The part is complemented by the previous frame, and the more part lengthens the interval. [0063] FIG. 8 is an image diagram of a moving image combining method of hybrid combining among the moving image combining methods of the first embodiment. Regarding CAM01, CAM03, CAM04, CAM06, the time difference data of the reference camera CAM06 is the camera accumulated in the database: 10 minutes before CAM01, 20 minutes before CAM03, and 40 minutes before CAM04. The playback units of each camera The time (long recording time) data is 10 minutes. As a video of 10:00, the image of CAM06 from 10:00 and the image of CAM01 from 9:50 and the image of CAM03 from 9:40. When the image from the minute and the image from 9:20 of CAM04 are combined every 10 minutes, as shown in FIG. 8, the images of the 10 minutes in the time zone of the four cameras are combined into a single screen display. , Then every 10 minutes after each camera are also synthesized in the same way. After the time when the images of each target camera are completely completed, the individual image data is taken out and started to be combined. The time of completion of the image of the target camera starts from the time when the last individual image data combined with the target camera is created, and ends at the maximum when the next individual image is created. If the individual video data about 20 minutes for CAM03 and 10 minutes apart from CAM03 are taken as the target, that is, the long playback unit time (long recording time) data of CAM03 accumulated in the database is 20 minutes, When the playback unit time (long recording time) of other cameras is 10 minutes, the total frame number of each camera is specified to be the same as CAM03 or other than CAM03. When it matches with CAM03, it will be a video with 20 minutes, and other than CAM03 will be played at 1/2 times. If it matches other than CAM03, it will be a 10-minute video, and CAM03 will be played back at twice. [0064] FIG. 9 is an image diagram showing a setting state of a monitoring camera in a dough process in the moving image combining method of the first embodiment. In the installation example of the surveillance camera shown in FIG. 9, a surveillance camera is installed at a manufacturing site in a factory, and the surveillance camera photographs each process in which dough is measured and mixed and once fermented. [0065] FIG. 10 is an image diagram of a display screen of a method for viewing a moving image of a dough project in the method of combining moving images according to the first embodiment. The image of the camera of the photometry project is 30 frames in 1 minute and the playback time unit (for example, the photographing time for each batch of bread) is 30 minutes. The image of the camera of the photo mixing project is 15 frames in 1 minute And the playback time unit is 60 minutes, the image of the camera that photographs the fermentation process once is 1 frame in 1 minute, and the playback time unit is 720 minutes. Because the hybrid method is selected as the bonding method, the foreign matter is important when the material is input. The mix-in check is therefore a combination of 30 frames in 1 minute and 30 minutes of playback time. As a result, the hybrid process becomes a double-speed image, and a single fermentation process becomes a 24-time-speed image. However, the actual number of frames is less than 30 frames, which is complemented by equalizing the same frames. [0066] FIG. 11 is an image diagram showing a setting state of a monitoring camera in a forming and baking process in the moving image combining method according to the first embodiment. In the installation example of the surveillance camera shown in FIG. 11, a surveillance camera is installed at a manufacturing site in a factory, and the surveillance camera photographs each process of the dough removal process, the division process, the forming process, the final fermentation process, the baking process, and the packaging process. . [0067] FIG. 12 is an image diagram of a display screen of a moving image viewing method of a forming and baking process in the moving image combining method of the first embodiment. For each camera, the number of frames is the same, and for the playback time unit, the dough removal process is 10 minutes, the division process is 30 minutes, the forming process is 30 minutes, the final fermentation process is 60 minutes, the baking process is 15 minutes, and the packaging process At 15 minutes, it is important for the workers to work in the food factory. Therefore, the camera that combines the image data in the segmentation process and the forming process is set to combine the image data for 30 minutes. As a result, the image of the final fermentation process becomes a double-speed image, and the image of the sintering process and the packaging process becomes a 1 / 2-speed image. By extracting and combining camera images installed at various places from a specified time, it is possible to generate a moving image in a bread manufacturing unit and the like, and to view the manufacturing process of a product that has a problem in the future with one image. In addition, when combining images with different playback time units of moving images, adjust the number of frames to make them consistent with the shorter or longer. When combined with a short moving image, a moving image with a long unit of playback time combines frames with longer intervals. In addition, in order to be able to cope with products with different manufacturing processes, it can also be linked to triggered production plan information, etc. Therefore, it is combined with the moving image of the management information of the manufactured product by RFID. [0068] This embodiment is a hybrid combination. For example, it is a useful combination method when a manufacturing process of a certain batch is to be confirmed at the same time. It accepts the shooting moments played by one camera, and combines the shooting moments played by other cameras based on The time difference data stored in the database of the recording server is calculated, and the individual image data at different shooting times from the folder are taken out and combined into one screen. [0069] ｛Effects｝ According to this embodiment, it is possible to efficiently view a moving image, and it is possible to improve the readability when checking in the future. The moving images of multiple cameras can be played at the same time, for example, it can shorten the time from detection of a problem such as mismatch, foreign matter incorporation, and loss of load to identification of the problem. [0070] In more detail, according to this embodiment, instead of simply browsing in time units, a new entry point can be used to generate a new use moving image. For example, it is possible to improve the readability of batch (box) units at the manufacturing site, etc., for later confirmation. And can delete unnecessary video information. Furthermore, the original player developed by software can enlarge and display the target moving image from the combined three-time video data, and can also view it in detail. [0071] According to the dynamic image combining method combined at the same time, the dynamic image combination with the same time axis can greatly increase the number of views that can be viewed at one time, and improve the visibility when multiple cameras are installed. According to this embodiment of the dynamic image combining method of hybrid combination, by combining differently on the time axis, since the time axis is shifted at a certain interval and the dynamic image is combined, the traceability of industrial products and the like can be ensured. [0072] Until now, although the camera image at the time of the problem can only be viewed, according to the surveillance camera system of this embodiment, since it can be confirmed in a short time, daily inspection is also possible, and business improvement and problem actions can be performed early. Found to be effective. In addition, in the case where it is sufficient to combine only the image data, that is, the third image data, not only the primary data that becomes the base but also the secondary image data can be deleted, which can greatly reduce the storage amount. [0073] According to this embodiment, it is possible to reduce the labor that takes a long time to view many moving image files when a problem occurs. In addition, even if plural simultaneous viewing is added to the business, it can improve the business because it does not become a burden. In addition, because more moving images can be seen, the deterrent becomes stronger. In addition, the authenticity of customer complaints and the like at the time of delivery can also be confirmed. In addition, it should be possible to reduce customer complaints that have been falsely reported to the distribution company as a result of this. [0074] According to this embodiment, even if the number of frames is reduced for a part of the camera images, it is possible to complete the interesting three-dimensional image data as a whole. [Second Embodiment] Since the second embodiment processes and saves the images captured and stored by a surveillance camera into an easy-to-view form, and saves them, it synthesizes and displays the images of multiple cameras at the same time and displays them on a single screen. By. Other than the points described below, it is the same as the first embodiment. In detail, the video recording server operates a surveillance camera through a network. The video recording server uses the primary data created by capturing and collecting camera images of moving and still images to create a predetermined time for each video camera. The secondary image data completed by the unit as a dynamic image is individual image data. The recording server combines and processes the secondary image data and generates three image data to combine the image data. The recording server responds to the user's terminal from the terminal. The request is sent through the network to synthesize the image data of multiple cameras at the same time and monitor the image data with 1 screen. In addition, not just playing, but also rewinding and fast-forwarding. Therefore, this embodiment can realize the effective use of the saved image. For example, you can monitor the diet of most cows in the barn at the same time. Therefore, according to this embodiment, the readability at the time of confirmation in the future is improved, and in today's problems that require a long time labor investigation, it can be investigated in a very short time and with less labor investigation. [0076] The network configuration of the surveillance camera system of this embodiment is the same as that of the first embodiment described above. The basic structure of the video recording server 100 is the same as that of the first embodiment except for the following description. The configuration of the surveillance camera, mobile terminal, and viewing PC is also the same as that of the first embodiment. [0077] In this embodiment, the method of combining images is to combine the images of multiple cameras at the same time and display them on the same screen at the same time. [0078] The moving image linking / combining program 113 in this embodiment is a program that enables a computer to realize the following functions: (1) From the secondary image folder, select a plurality of individuals with the same recording time and the same time band that are plurally combined The image data selection function of the image data, (2) The selected individual image data is linked and / or partially deleted according to the necessity of a plurality of links and / or the deletion of a part, and the combination of the combined image data is made separately. Use image data to create functions. (3) Among the combined image data, the combined image data displayed at the same time will adjust the number of frames to the same number, and then adjust the interval of the frames to be the same. The image data is arranged in the display order, and all the adjusted combination image data is combined into a dynamic image, which functions as a combination image data combination function that combines the image data, (4) a terminal connection function that performs connection with the terminal, (5) A viewing request receiving function for receiving a moving image viewing request from a terminal, and (6) a sending function for sending the combined video data to the terminal and displaying it. The setting of which camera images are to be combined in which layout is stored in the database of the recording server 100 as a combination condition in advance. [0079] In this embodiment, again, the image data selection function of the above (1) is: selecting a shooting moment for playback, and from the foregoing folder, individual image data at the same time as the selected shooting moment are targeted for playback. The function of selecting image data for selection of all cameras of the subject; the function of creating the image data for combination (2) above is: the function of creating the selected individual image data as the image data for combination; ) The combined image data creation function is: in a manner that all the combined image data is divided into one screen for display, all the combined image data is synthesized into one dynamic image as the combined image data creation function. [0080] In this embodiment, the recording server 100 is provided with: (1) an image data selection mechanism for selecting, from a secondary image folder, a plurality of individual image data of the same time band with the same recording time, and (2) ) The selected individual image data is combined into a combination image data creation mechanism, and (3) the combination image data is divided into one screen for display, and all the combination image data is combined into one. A moving image is a combined image data creation mechanism that combines video data, (4) a terminal connection mechanism that connects to a terminal, (5) a viewing request acceptance mechanism that accepts a moving image viewing request from a terminal, (6) the aforementioned A sending mechanism that sends video data to the terminal and displays it. [0081] In this embodiment, the above-mentioned image data selection mechanism (3) is: selecting a shooting time for playback, and from the foregoing folder, the individual video data at the same time as the selected shooting time are targeted to the playback target The image data selection mechanism selected by all cameras; the combination image data creation mechanism of (4) above is: the selected individual image data is used as the combination image data creation mechanism of the combination image data; the combination of (5) above The image data creation mechanism is a combination image data creation mechanism that combines all the image data for combination into one dynamic image as a combined image data so that all the image data for combination is divided into one screen for display. [0082] In this embodiment, the recording server 100 functions as the mechanisms (1) to (6) by the aforementioned hardware configuration and moving image linking / combining program 113. [0083] (Order) The sequence of the moving image combining method in the moving image combining method of the second embodiment and the moving image browsing method using the moving image combining method of the second embodiment will be described next. [0084] The moving image browsing method in the moving image combining method of this embodiment is the same as the first embodiment except that the points described below are described below. [0085] The moving image viewing method in the moving image combining method of this embodiment is to connect to one or a plurality of terminals through a network, and use a camera image taken by one or a plurality of cameras as a moving image format. The recording server, which is stored in the folder as individual image data, includes: (1) image data selection steps for selecting individual image data of a plurality of combined same time bands with the same recording time from the secondary image folder, (2) ) The selected individual image data is separately created into a combination image data for the combination image data creation step, (3) for all the combination image data, the frame interval and the number of frames are adjusted to the same number among the image data, In the manner that all the adjusted combined image data is combined into a single screen display, the combined image data is combined into one moving image as a combined image data creation step, (4) a terminal connection step for performing connection with the terminal, (5) A viewing request acceptance procedure for receiving a moving image viewing request from a terminal, (6) a sending step for sending the aforementioned combined video data to the terminal and displaying it . [0086] The recording server combines and combines individual images in a time-linked manner. After receiving the viewing request from the terminal, playback starts. In addition, in this embodiment, at the same time, for example, it is a useful combination method such as when it is necessary to simultaneously confirm multiple images at the same time. For all the cameras displayed at the same time, the individual image data of the shooting moments at the same time are combined. Take it out and combine it into 1 picture. [0087] FIG. 13 is an image diagram of a moving image combining method combined at the same time in the moving image combining method of the second embodiment. Regarding the cameras of CAM01, CAM03, CAM04, and CAM06, when the images starting from 10:00 are combined every 10 minutes, as shown in the figure, the four cameras from 10 minutes starting at 10:00 The video is synthesized in a single-screen display, and then from 10:10, it is also synthesized in the same way. After the time when the images of each target camera are completely completed, the individual image data is taken out and started to be combined. The completion time of the image of the target camera is started after the time when the individual image data is created, and the maximum time is when the next individual image is created. If an image with a different number of frames is included, specify the number of frames to be consistent with that camera. In order to reduce the number of frames, the number of frames is larger than that of the reference frame. Although the number of frames is sent, the number of frames is smaller than that of the reference frame. The frame is filled with the previous frame when the number of frames is increased. There is no change in appearance. [0088] FIG. 14 is an image diagram showing a display screen of a moving image viewing method of a cowshed in the moving image combining method according to the second embodiment. Each camera has the same number of frames, and can simultaneously confirm the images of Niu Shi 01-06 from 10:20 minutes from 2:20. [0089] ｛Effects｝ According to this embodiment, it is possible to efficiently view a moving image, and it is possible to improve the readability at the time of confirmation in the future. This is because most cameras can be confirmed at one time. For example, in the image of a cowshed, it is possible to check whether there is abnormal movement or the state of eating and drinking. For example, because the time zone of eating and drinking has been decided, the viewing performance can be improved by combining the images of cameras at the same time zone. [0090] [Third Embodiment] This embodiment synthesizes images of a plurality of consecutive time zones of one camera, and continuously displays them on a continuous combination of one screen. Other than the points described below, it is the same as the first embodiment. In this embodiment, the step of selecting image data is: selecting, from the folder, all image data selection steps for creating a combination of individual image data for creating a moving image from the shooting time at the start of playback to the shooting time at the end of playback; The step of using image data is to link selected individual image data according to the time sequence, delete the image before the shooting time at the beginning of playback and the image after the shooting time at the end of playback as the combined image data. The step of creating combined image data; the step of creating combined image data is: a step of creating combined image data by combining one or a plurality of linked image data into one image. The moving image combination shown in FIG. 6 is performed as the combined image data. In the figure, although it is a moving image formed by one continuous image from 9:25 to 9:55, a person who synthesizes a plurality of images in a continuous plural time zone with a camera and continuously displays them on one screen can. For example, one moving image may be obtained by linking a continuous video from 9:25 to 9:55 and a continuous video from 10:25 to 10:55. [0091] In addition, the present invention is not limited to the above-mentioned embodiments, and various modifications may be made without departing from the scope of the present invention. In addition, the constituent elements of the above embodiments can be arbitrarily combined without departing from the scope of the present invention.