TW201813378A

TW201813378A - Information processing apparatus, information processing system, information processing method, and program product

Info

Publication number: TW201813378A
Application number: TW106129667A
Authority: TW
Inventors: 佐久間昭弘
Original assignee: 日商Ｎｅｘｐｏｉｎｔ股份有限公司
Priority date: 2016-08-31
Filing date: 2017-08-31
Publication date: 2018-04-01
Also published as: WO2018043372A1; JP2018037812A; JP6453281B2

Abstract

According to the present invention, a processor performs: a trigger data extraction step for selecting, from measurement data, data matching a specified condition for each type of measurement data, and extracting, as trigger data, time information about the selected measurement data; an individual image data selection step for referring to a storage apparatus having stored therein measurement data types of a measurement device and cameras which are associated with each other, and selecting, for each of the cameras associated with the measurement data types, one or more individual image data sets obtained during a time period including a time at which the trigger data is obtained; a to-be-combined image data creation step for creating to-be-combined image data sets by performing coupling and/or partial deletion of the selected individual image data sets on the basis of whether or not two or more of the sets need to be coupled together and/or whether or not some of the sets need to be deleted; and a combined image data creation step for compositing, as combined image data, one video using the to-be-combined image data sets.

Description

Information processing device, information processing system, information processing method, and program product

[0001] 本發明，係有關於為了防盜或管理等而將所攝影了的畫像或資料作積蓄並顯示於終端處的監視攝影機系統、和在監視攝影機系統中之動畫閱覽方法、以及將複數之動畫作結合之動畫結合方法。[0001] The present invention relates to a surveillance camera system that stores captured images or data and displays them at a terminal for theft prevention, management, etc., and a method for viewing animation in the surveillance camera system, and a plurality of The method of combining animation with animation.

[0002] 於先前技術中，為了達成防盜或調查或者是管理之類的目的，係導入有攝影機系統，其係對於集中住宅等之建築物的出入口或店面或者是街頭、工廠或送貨中心等的成為監視對象之據點，而藉由監視用攝影機來適時進行監視，並將監視結果經由網際網路或其他之電性通訊線路來送出至使用者終端之監視器處，而進行監測（例如，參照日本特開2013-51534號公報、日本特開2002-77882號公報、日本特開2006-190294號公報）。[0002] In the prior art, in order to achieve the purpose of anti-theft or investigation or management, a camera system is introduced, which is an entrance, a storefront, or a street, factory, or delivery center of a building such as a concentrated house. To be the base of the surveillance target, and the surveillance camera is used to monitor at appropriate time, and the surveillance results are sent to the monitor of the user terminal via the Internet or other electrical communication lines for monitoring (for example, Refer to Japanese Patent Laid-Open No. 2013-51534, Japanese Patent Laid-Open No. 2002-77882, and Japanese Patent Laid-Open No. 2006-190294.

[0003] 本發明之其中一個側面，係為一種在監視攝影機系統中所使用的資訊處理裝置，並且為經由網路而被與攝影畫像之1或複數之攝影機以及1或複數之計測裝置作連接的資訊處理裝置，其特徵為：係具備有處理器，前述處理器，係實行下述步驟：觸發資料抽出步驟，係針對計測資料之各種類的每一者，而從由前述計測裝置所取得了的計測資料中，選擇與所指定之條件相符合者，並將該計測資料之時刻資訊作為觸發資料而抽出；和個別影像資料選擇步驟，係參照將前述計測裝置之計測資料種類與攝影機相互附加關連地而作記憶之記憶裝置，而針對各個被與該計測資料種類附加有關連之攝影機之每一者，而選擇1或複數之個別影像資料，該個別影像資料，係為將前述攝影機所攝影了的攝影機畫像設為了動畫形式的個別影像資料，並且為包含有前述觸發資料之時刻的時間帶之個別影像資料；和結合用影像資料作成步驟，係針對前述所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；和結合影像資料作成步驟，係將前述結合用影像資料合成為1個的動畫而作為結合影像資料。[0003] One aspect of the present invention is an information processing device used in a surveillance camera system, and is connected to one or a plurality of cameras and one or a plurality of measuring devices for photographing portraits via a network. The information processing device is characterized in that it is equipped with a processor, and the aforementioned processor performs the following steps: a trigger data extraction step is obtained for each of various types of measurement data from the aforementioned measurement device In the measurement data, select those that meet the specified conditions, and extract the time information of the measurement data as trigger data; and the individual image data selection steps refer to the interaction between the type of measurement data of the aforementioned measurement device and the camera A memory device attached as a memory is attached, and for each of the cameras to which the measurement data type is associated, one or a plurality of individual image data is selected, and the individual image data is a combination of the foregoing cameras. The captured camera portrait is set as individual video data in the form of an animation, and contains the aforementioned trigger information. The individual image data in the time zone of the time of the material; and the step of using the image data in combination, is based on the individual image data selected above, and responds to the need for multiple links and / or the need for partial deletion. The linking and / or partial deletion is performed as the combined image data; and the combined image data creation step is to synthesize the aforementioned combined image data into a single animation as the combined image data.

[0005] 然而，在先前技術之監視攝影機系統中，於現場轉播的影像播放中，雖然能夠對於複數之攝影機同時作閱覽，但是，對於成為了存檔（archive）的影像，則僅能夠進行1次1個動畫的播放，而有著閱覽性為差的問題。　　[0006] 又，當在日後才發覺到問題時，例如在送貨現場處想要對於發生有問題之卡車的誤送貨目的地進行確認時，係必須要對於該卡車之所有的車載影像1個1個地進行確認，而不得不亦對於不必要的動畫進行閱覽，因此，閱覽性係為差，而有著在從發覺到問題起直到找出問題原因為止需要耗費大量的時間之問題。　　[0007] 故而，本實施形態之第1目的，係在於解決上述之課題，並提供一種僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇之監視攝影機系統以及在監視攝影機系統中之動畫閱覽方法和動畫結合方法。　　[0008] 本實施形態之開示者，係基於下述之想法而完成了本實施形態，亦即是，係將以相同之時間間隔所取得了的影像，並非以時間單位來1個動畫1個動畫地對於監視攝影機之影像進行閱覽，而是為了將被作了保存的動畫作有效利用，而以完全不同的方式來使用所保存了的動畫而產生新的用途之動畫。　　[0009] 本實施形態之其中一個態樣，係為了達成上述目的，而提供一種監視攝影機系統，其特徵為：係具備有錄影伺服器，該錄影伺服器，係經由網路而被與攝影畫像之1或複數之攝影機及1或複數之計測裝置以及1或複數之終端作連接，並具備有資料庫，該資料庫，係將前述攝影機所攝影了的攝影機畫像作為動畫形式來在檔案夾中作為個別影像資料而作保存，並將從前述計測裝置所取得了的計測資料保存在檔案夾中，且將前述計測裝置之計測資料種類與攝影機相互附加了關連性，該錄影伺服器，係具備有：觸發資料抽出手段，係針對前述計測資料之各種類的每一者，而從計測資料中選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；和個別影像資料選擇手段，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從前述檔案夾中選擇進行結合的包含有前述觸發資料之時刻的特定之時間帶之1或複數之個別影像資料；和結合用影像資料作成手段，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；和結合影像資料作成手段，係將前述結合用影像資料合成為1個的動畫而作為結合影像資料；和送出手段，係將前述結合影像資料對於前述終端而送出。　　[0010] 若依據本實施形態之第1態樣，則由於係被進行有錄影影像之結合，因此，係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。又，係能夠僅針對發生有像是將門作了開啟時等的1或複數之觸發之複數之時刻的動畫而同時或依序進行閱覽。又，由於係僅需要對於與目的相對應之結合動畫進行閱覽即可，因此，在問題發生時，係能夠對於花費長時間來對於多數的動畫進行閱覽並找出問題之發生原因等的勞力作削減。藉由構成為進行複數同時閱覽，閱覽時之作業負擔係減輕，業務的進行係被改善。又，由於係成為能夠相較於至今為止的技術而在相同的時間中對於更多的保存動畫作觀賞，因此係能夠期待有使對於犯罪等的遏止力提高之效果。係能夠對於送貨時之客訴等的真偽簡單地作確認。故而，係能夠期待有使虛假的客訴減少之效果。在保持有高解析度的同時，資料量亦為小，而成為能夠低成本化。又，由於只要預先設為僅將與目的相對應之結合畫像作保存，便能夠將原本之個別的動畫刪除，因此，係能夠實現容量之削減以及低成本化。　　[0011] 在本實施形態中，於「網路」中，係包含有LAN或網際網路、Wi-Fi線路、3G／LTE線路、專用線路等之通訊網、以及由該些之組合所構成的網路。在本實施形態中，攝影機，係為攝影靜止畫像之攝影機以及攝影動畫之攝影機的其中一者或者是雙方，使攝影機所攝影之畫像，係可為靜止畫像以及動畫之其中一者或者雙方。各攝影機，係具備有輸出功能、和靜止畫像攝影功能及／或動畫攝影功能。攝影機，較理想，係身為IP攝影機，但是，係亦可為類比攝影機。針對從攝影靜止畫像之攝影機所取得的畫像，將其作成動畫時之壓縮形式，在現今的時間點，係以身為高壓縮之H.264為更加理想。其係為輕量，並且不論是硬體或者是軟體，在安裝上均為容易。又，攝影動畫之攝影機，較理想，係藉由LAN網路而被與錄影伺服器作連接，但是，係並不被限定於此。又，在本實施形態中之錄影伺服器，係可為經由網路而被與攝影機作連接並收集攝影機之畫像者，或者是，在本實施形態中之錄影伺服器，係亦可構成為並未經由網路而被與攝影機作連接，並藉由其他的經由網路而被與攝影機作了連接的伺服器來收集攝影機的畫像，再從進行了收集的伺服器來送訊至本實施形態中之錄影伺服器處，並以動畫形式來作成影像資料，而積蓄在本實施形態中之錄影伺服器中。另外，錄影伺服器係亦可為雲端伺服器。　　[0012] 進而，係亦可構成為：係具備有計測資料顯示畫像作成手段，其係針對被與所選擇了的個別影像資料之攝影機相互附加有關連性的計測資料種類中之所進行顯示的計測資料種類之全部，而選擇前述特定之時間帶的計測資料並作成計測資料顯示畫像，前述結合影像資料作成手段，針對前述結合用影像資料中之同時被顯示的結合用影像資料彼此，係將圖框數調整為同數並將圖框間隔調整為相同，針對被依序作顯示之結合用影像資料，係以顯示順序來作排列，將前述計測資料顯示畫像合成至前述結合用影像資料中，並將調整後之結合用影像資料的全部合成為1個的動畫，而作為結合影像資料。　　[0013] 由於係能夠與影像一同地而對於計測資料之值作確認，因此係為方便，又，由於係進行有圖框調整，因此，就算是原本之影像的圖框數或間隔為相異，亦由於會被作調整，因此不會包含有無用的畫像，而能夠將複數攝影機之影像合而為一並同時作顯示。　　[0014] 本實施形態之第2態樣，係為了達成上述目的，而提供一種動畫閱覽方法，其特徵為：錄影伺服器，係經由網路而被與攝影畫像之1或複數之攝影機及1或複數之計測裝置以及1或複數之終端作連接，並具備有資料庫，該資料庫，係將前述攝影機所攝影了的攝影機畫像作為動畫形式來在檔案夾中作為個別影像資料而作保存，並將從前述計測裝置所取得了的計測資料保存在檔案夾中，且將前述計測裝置之計測資料種類與攝影機相互附加了關連性，使該錄影伺服器進行下述步驟：觸發資料抽出步驟，係針對前述計測資料之各種類的每一者，而從計測資料中選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；和個別影像資料選擇步驟，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從前述檔案夾中選擇進行結合的包含有前述觸發資料之時刻的特定之時間帶之1或複數之個別影像資料；和結合用影像資料作成步驟，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；和計測資料選擇步驟，係針對被與所選擇了的個別影像資料之攝影機附加有關連性的計測資料種類之全部，而選擇前述特定之時間帶之計測資料；和結合影像資料作成步驟，係將前述結合用影像資料合成為1個的動畫而作為結合影像資料；和送出步驟，係將前述結合影像資料對於前述終端而送出。　　[0015] 若依據本實施形態之第2態樣，則與本實施形態之第1態樣相同的，係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。　　[0016] 本實施形態之第3態樣，係提供一種動畫結合方法，其特徵為：錄影伺服器，係具備有資料庫，該資料庫，係將1或複數之攝影機所攝影了的攝影機畫像作為動畫形式來在檔案夾中作為個別影像資料而作保存，並將從1或複數之計測裝置所取得了的計測資料保存在檔案夾中，且將前述計測裝置之計測資料種類與攝影機相互附加了關連性，使該錄影伺服器進行下述步驟：觸發資料抽出步驟，係針對前述計測資料之各種類的每一者，而從計測資料中選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；和個別影像資料選擇步驟，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從前述檔案夾中選擇進行結合的包含有前述觸發資料之時刻的特定之時間帶之1或複數之個別影像資料；和結合用影像資料作成步驟，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；和結合影像資料作成步驟，係將前述結合用影像資料合成為1個的動畫而作為結合影像資料。　　[0017] 若依據本實施形態之第3態樣，則由於係被進行有錄影影像之結合，因此，係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。又，由於係能夠僅針對發生有像是將門作了開啟時等的1或複數之觸發之複數之時刻的動畫而同時或依序進行閱覽，因此，在問題發生時，係能夠對於耗費長時間而閱覽多數的動畫並找出問題之發生原因等的勞力作削減。藉由構成為進行複數同時閱覽，閱覽時之作業負擔係減輕，業務的進行係被改善。又，由於係成為能夠相較於至今為止的技術而在相同的時間中對於更多的保存動畫作觀賞，因此係能夠期待有使對於犯罪等的遏止力提高之效果。係能夠對於送貨時之客訴等的真偽簡單地作確認。故而，係能夠期待有使虛假的客訴減少之效果。在保持有高解析度的同時，資料量亦為小，而成為能夠低成本化。又，由於只要預先設為僅將發生有觸發之動畫整批作為1個的結合畫像來作保存，便能夠將原本之個別的動畫刪除，因此，係能夠實現容量之削減以及低成本化。　　[0018] 若依據本實施形態，則係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。　　[0019] 以下，針對本實施形態，使用實施例來對本實施形態作具體性的說明，但是，本實施形態，係並不被此些之例子所限定。［實施例1］　　[0020] 本實施例，係為將藉由監視用攝影機所攝影並積蓄了的影像加工為易於進行閱覽的形式並作保存者，並為將發生有觸發（TRIGGER）的部份作抽出並相互連結而合成並作顯示者。詳細而言，係經由網路來藉由錄影伺服器而使監視用攝影機動作，錄影伺服器，係以對於動畫以及靜止畫像之攝影機畫像進行攝影、收集所作成的一次資料為基礎，來針對各攝影機之每一者，而作成身為以特定之時間單位來作為動畫而結束的二次影像資料之個別影像資料，並將複數之二次影像資料進行結合加工而作成身為三次影像資料之結合影像資料，錄影伺服器，係對於使用者之終端，而因應於從終端而來之要求，來經由網路而送訊將發生有觸發的部份抽出並相互連結而作合成以進行監視之影像。另外，不僅是能夠進行播放，而亦能夠進行倒帶、快轉。故而，在本實施例中，係能夠實現所保存了的影像之有效利用。例如，當日後想要對於在某一作業室中是否於材料投入時存在有發生異物混入之時間帶一事進行確認時，係能夠立即得知結果，並且，當日後想要針對發生有問題的批次而對於工作人員是否出現有可疑的舉動一事進行確認時，係能夠立即得知結果，同時，係能夠僅將門為開啟時的影像進行同時播放，而立即得知是否有可疑人物進入了作業室。故而，若依據本實施例，則係能夠將日後確認時之閱覽性提昇，而能夠將至今為止需要耗費長時間以及勞力來進行調查的原因之究明以極短的時間以及極小的勞力來進行調查。　　[0021] （構成）　　圖1，係為對於本實施形態之監視攝影機系統的實施例1之網路構成的其中一例作展示之圖。在由LAN或網際網路、Wi-Fi線路、3G／LTE線路、專用線路等之通訊網之組合所構成的網路500上，係（1）作為攝影畫像之攝影機，而具備有複數台之監視用攝影機（靜止畫像用）400A～C以及監視用攝影機（動畫用）401；（2）作為經由網路500而被與監視用攝影機400、401作連接而取得藉由攝影機所攝影了的畫像資料並作積蓄並且送訊至終端處的錄影伺服器，而具備有錄影伺服器100；（3）作為經由網路500而被與錄影伺服器100作連接並受訊從錄影伺服器100而來之畫像資料而作顯示的終端，係具備有智慧型手機等之行動終端200A～C或桌上型PC（個人電腦）或者是筆記型PC等之閱覽PC300A～C；（4）作為經由網路500而被與錄影伺服器100作連接並對於錄影伺服器100而送訊計測資料之計測裝置，係被連接有RFID感測器700A、信標感測器700B、自動門等之ON／OFF感測器700C、溫度感測器700D。又，係經由開放資料庫等之其他的系統資料庫，而被連接有感測器700E。攝影機，係可僅為監視用靜止畫像攝影機，亦可僅為監視用動畫攝影機，並且，只要是在攝像機之處理範圍內，則均未對於台數作限制。另外，以下，在對行動終端與閱覽PC作總稱時，係稱作「終端」或「Viewer」。計測裝置，係僅為例示，而亦可為計測機器或感測器等。在本實施例中，ON／OFF感測器700C，係為HTTP連接之感測器，溫度感測器700D，係為SOCKET連接，但是，係亦可為FTP連接等之其他的連接方法。從計測裝置而至錄影伺服器之資料的送訊方法，係可為從計測裝置側起來對於錄影伺服器而以例如5分鐘、10分鐘、1小時之類的間隔來進行送訊者，亦可為從錄影伺服器側起來對於計測裝置而以例如每一秒之類的短間隔來取得資料者。由於係使錄影伺服器將溫度資訊等直接從溫度感測器700D而取得，因此係成為能夠進行在短週期下之資訊取得。由於係成為與攝影機相同之連接，因此，從本地網路之外而來的連接，係在路由器處進行通訊埠轉發等的設定。被與感測器700E作了連接之其他的系統資料庫，係為感測器700E之獨自的雲端資料庫，感測器700E係於每10分鐘而上傳至資料庫中，錄影伺服器，係從該資料庫來取得資料。若依據此方法，則雖然無法進行短週期下之資訊取得，但是係成為能夠進行不會被裝置之設置環境所影響的資訊取得。計測裝置之種類或數類，係可為1以上之任意數量。又，關於與錄影伺服器之間之連接方法，係亦可為上述之連接方法以外的連接。　　[0022] 錄影伺服器100，雖然係存在於與攝影動畫之監視用攝影機（動畫用）401相同之LAN內，但是，係並不一定是存在於與攝影靜止畫像之監視用攝影機（靜止畫像用）400相同之LAN內，亦可經由網際網路或LAN等之複數之網路而被作連接。又，在相同之網路上，係亦可存在有複數之錄影伺服器。在本實施例中，監視用攝影機400、401與錄影伺服器100之間之通訊，係為TCP／IP方式，攝影靜止畫像之監視用攝影機（靜止畫像用）400，就算是攝影機與錄影伺服器並非存在於相同的LAN內，也能夠確實地進行畫像資料之送受訊，信賴性係為高。監視用攝影機400、401，在本實施例中，係身為IP攝影機，但是，係亦可為類比攝影機。身為畫像顯示用之終端的閱覽PC300，亦係並不被限定於與錄影伺服器100存在於相同之LAN內的情況，亦可經由網際網路或LAN或Wi-Fi線路等之複數的網路而被作連接。關於身為畫像顯示用之終端的行動終端200，亦同樣的，係亦可經由LAN、網際網路、行動電話用網路（Wi-Fi線路或3G／LTE線路等）等之複數的網路而被作連接。另外，在LAN與網際網路之間、在攝影靜止畫像之監視用攝影機與網際網路之間、在HTTP連接之計測裝置與網際網路之間，係中介有路由器600。圖1，係為對於將監視用攝影機（動畫用）及監視用攝影機（靜止畫像用）和閱覽PC與行動終端以及計測裝置經由複數之網路來與錄影伺服器作了連接的連接例作展示者，但是，係並不被限定於此。在本實施例中，監視用攝影機400、401與錄影伺服器100之間之通訊，係以在確立了交談（SESSION）之後才開始通訊之信賴性為高的TCP來進行，但是，係亦可為並不確立交談地便將資料作送訊之速度為快且在即時性上為優良的UDP，不論是藉由TCP、UDP之何者的通訊協定，均能夠取得畫像。基於從各種感測器或條碼讀取裝置或RFID之資訊讀取裝置等的計測裝置所送訊至錄影伺服器處之計測資料，而檢測出1或複數種類之觸發的有無。　　[0023] 1台的錄影伺服器100，係可從複數台之監視用攝影機400、401而取得畫像。在本實施例中，由於錄影伺服器100側係將網路流量自動性地分散，因此，係不需要進行網路設計，僅需要將攝影機與埠作連接即可，故而，作業係變得非常簡便。又，就算是在成為通訊中斷的情況時，亦容易再度開始。　　[0024] 圖2，係為本實施形態之監視攝影機系統的實施例1之錄影伺服器的構成圖。錄影伺服器100，係具備有：具備著伴隨著身為快閃記憶體之記憶體102的CPU101和裝置驅動器等之控制、演算裝置；和具備著DRAM等之主記憶裝置和硬碟等之輔助記憶裝置之記憶裝置110；和網路介面104等之通訊控制裝置；和作為顯示裝置之顯示器103；和藉由鍵盤105以及滑鼠106等所構成之輸入輸出裝置。在記憶裝置110中，係被儲存有一次畫像資料夾111、和二次影像資料夾112、和三次影像資料夾116、和以動畫連結、結合程式113為首之各種程式及認證用資料庫及環境設定資料夾等，並且係儲存有作業系統114。用以從身為二次影像資料之個別影像資料來作成身為三次影像資料之結合影像資料的結合用影像資料，亦係被儲存在記憶裝置110內之檔案夾中。又，從計測裝置所取得了的計測資料，亦係被儲存在記憶裝置110內之檔案夾中。進而，將計測裝置之計測資料種類與攝影機相互附加有關連性的資料庫，亦係被儲存在記憶裝置110內。以動畫連結、結合程式113為首之各種程式，通常，係被儲存在記憶裝置110之輔助記憶裝置中，於實行時係被載入至主記憶裝置中。在一次畫像資料夾111中，係將攝影機畫像作為一次資料而作積蓄，在二次影像資料夾112中，係將被積蓄在一次畫像資料夾111內的一定時間之量之一次資料作動畫壓縮轉換，並作為二次影像資料而作積蓄。該二次影像資料，係為將攝影機所攝影了的攝影機畫像作成動畫形式的個別影像資料。在認證用資料庫中，係記憶有身為行動終端200以及閱覽PC300之受理資訊的ID、密碼、個體辨識資訊（UID），並被積蓄有身為各監視用攝影機400、401和計測裝置700之存取資訊的IP位址、埠編號、ID、密碼。在本實施例中，錄影伺服器100，係為了使錄影伺服器與終端裝置成為一體並使自身亦發揮作為顯示畫像的終端裝置之功能，又或是為了進行維修和管理，而具備有顯示器103、和作為輸入手段之鍵盤105與滑鼠106。當在錄影伺服器處並不需要進行攝影機畫像之播放的情況時，係亦可並不具備作為畫像顯示裝置之終端功能。在環境設定資料夾中，係積蓄有各監視用攝影機之畫像取得時序、一次資料和二次影像資料之作成間隔、壓縮條件、三次影像資料（結合影像資料）作成時之佈局（layout）等的條件、一次資料和二次影像資料之作成間隔、壓縮條件、計測資料取得時序、從計測資料所作成的計測資料顯示畫像之各種條件和佈局等。錄影伺服器100，係身為設置型之伺服器，但是，係亦可為雲端伺服器。　　[0025] 又，在本實施例中之錄影伺服器，係具備有資料庫，該資料庫，係具有針對各計測裝置之計測資料種類的每一者之播放單位時間長度資料。　　[0026] 錄影伺服器100，係藉由使CPU101將動畫連結、結合程式113載入至記憶體102中並實行，而實現能夠進行本實施形態之動畫結合編輯處理等的電腦之功能。CPU101，係為被搭載於通常之電腦中的演算處理裝置，而實行各種程式並進行各種控制等。　　[0027] 錄影伺服器100，係可為1台的伺服器，亦可為由複數之伺服器所成之伺服器群。例如，針對二次影像資料夾，係亦可將在經過一定期間（例如24小時）之後的二次影像資料之保存目標，設為被設置在與取得攝影機畫像的錄影伺服器相異之其他錄影伺服器處之二次影像資料夾。藉由將並不會頻繁進行播放的過去之保存資料另外作保存，係成為能夠在同一網路上對於更多台數之攝影機進行監視。　　[0028] 錄影伺服器100，係進行與監視用攝影機之間之連接，並於每一定時間（例如1秒），使作了連接的靜止畫像攝影用之監視用攝影機攝影靜止畫像並將所攝影了的攝影機畫像輸入至錄影伺服器中，且於每一定時間（例如10秒），使作了連接的動畫攝影用之監視用攝影機連續攝影動畫並將所攝影了的攝影機畫像輸入至錄影伺服器中，並且進行壓縮而作成一次資料，再積蓄於記憶裝置110之一次畫像檔案夾111中。之後，將一次資料於每一定時間（例如10分鐘）而作結合並附加時間戳記而轉換為以動畫形式來作了壓縮的二次影像資料。在本實施例中，二次影像資料（亦即是個別影像資料），係分別為相同時間之量的資料，並全部被調整為相同的圖框數。在本實施例中，係設為10分鐘單位之個別影像資料，但是，係並不被限定於此。　　[0029] 在本實施例中，影像之結合方法，係為觸發結合，並構成為針對1個的攝影機而將觸發之前後一定時間的影像以時間序列來作並排並連續顯示、或是針對1個的攝影機而將觸發之前後一定時間的影像作合成並顯示於1個畫面中，或者是針對複數之攝影機而將觸發之前後一定時間的影像作合成並顯示於1個畫面中。　　[0030] 錄影伺服器100，係進行與計測裝置700之間之連接，並於每一定時間（例如，5分鐘、10分鐘、1小時）而取得從計測裝置所送訊而來之計測資料，或者是於每一定時間（例如1秒鐘）而使計測裝置送訊計測資料並取得計測資料，並積蓄在記憶裝置110之檔案夾中。　　[0031] 圖3，係為在本實施形態之監視攝影機系統的實施例1之錄影伺服器的資料庫和計測裝置之計測資料以及畫像的情況時之顯示方法（溫度計測例）之示意圖。錄影伺服器100，係在資料庫中，具備有針對各計測裝置之每一者而將計測裝置金鑰和資訊收集間隔及連接方法等附加了關連性的感測器主檔（master）、和針對各攝影機之每一者而將攝影機金鑰和畫像收集間隔及連接方法等附加了關連性之攝影機主檔、和針對各計測裝置之計測種類（亦即是感測器項目）之每一者而將感測器項目金鑰和計測裝置（感測器）金鑰和項目名稱及單位等附加了關連性之感測器項目主檔、以及將感測器項目金鑰和攝影機金鑰附加了關連性的感測器項目攝影機關連性映射。　　[0032] 動畫連結、結合程式，係為用以使電腦實現下述功能之程式：（1）觸發資料抽出功能，係針對計測資料之各種類的每一者，而從計測資料中，選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；（2）個別影像資料選擇功能，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從檔案夾選擇進行結合之1或複數之包含有觸發資料之時刻的特定之時間帶之個別影像資料；（3）結合用影像資料作成功能，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；（4）結合影像資料作成功能，係將結合用影像資料合成為1個的動畫而作為結合影像資料；（5）終端連接功能，係進行與終端之間之連接；（6）閱覽要求受理功能，係從終端而受理動畫閱覽要求；（7）送出功能，係將結合影像資料送出至終端處並使其作顯示。關於是要將何者之攝影機的影像以何種佈局來作結合的設定、複數連結之需要與否及／或部分刪除之需要與否、各觸發之每一者的關於要作成從觸發之幾分鐘之前起直到觸發之幾分鐘之後為止的影像之時間要件、是要基於何者之計測裝置的觸發來將何者之攝影機的影像作拾取（pickup），係預先在錄影伺服器100之資料庫中作為結合條件而被作記憶。　　[0033] 在本實施例中，動畫連結、結合程式，係為更進而用以使電腦實現下述功能之程式：（8）計測資料顯示畫像作成功能，係針對被與所選擇了的個別影像資料之攝影機相互附加有關連性的計測資料種類中之所進行顯示的計測資料種類之全部，而選擇前述特定之時間帶的計測資料並作成計測資料顯示畫像，又，（4）之結合影像資料作成功能，係實現下述一般之結合影像資料作成功能：亦即是，針對結合用影像資料中之同時被顯示的結合用影像資料彼此，係將圖框數調整為同數並將圖框間隔調整為相同，針對被依序作顯示之結合用影像資料，係以顯示順序來作排列，將計測資料顯示畫像合成至前述結合用影像資料中，並將調整後之結合用影像資料的全部合成為1個的動畫，而作為結合影像資料。　　[0034] 另外，在本實施例中，係從終端而受理關於顯示在終端處之結合影像資料的倒帶要求和快轉要求以及播放要求，並依據要求來進行所顯示的結合影像資料之倒帶、快轉、播放。　　[0035] 在本實施例中，係在每一定時間（例如10分鐘）而作成二次影像資料，若是存在有二次影像資料，則係能夠作成身為三次影像資料之結合影像資料。由於係能夠僅將複數攝影機之存在有觸發的影像，以一個畫面來觀看或者是連續地觀看，並且作為1個的動畫來從錄影伺服器而對於終端送出，因此係僅需要小的資料量即可。　　[0036] 在本實施例中，監視攝影機與錄影伺服器之間之連接，係藉由TCP／IP方式來進行，為了特定出監視攝影機，係先進行認證，之後進行攝影機畫像之攝影等的要求。終端與錄影伺服器之間之連接，亦係藉由TCP／IP方式來進行，並先確認終端為在錄影伺服器中有所登錄的終端，之後再進行畫像送訊。認證，係以由錄影伺服器上之認證資料庫所致之認證為理想。　　[0037] 錄影伺服器100，係在每次之連接開始時，對於監視用攝影機和終端及計測裝置的IP位址以及埠編號、UID作調查，在與位於本地（local）環境（例如，相同之LAN上）中之攝影機和終端及計測裝置之間之連接開始時，係能夠藉由使用有IP位址以及埠編號、UID之連接來特定出連接對象，並藉由在錄影伺服器側所設定了的使用者ID和密碼來進行認證。錄影伺服器100，在與位於像是經由有網際網路網之遠端環境中之監視用攝影機之間之連接時，係藉由使用路由器之埠傳輸（亦被表現為通訊埠轉發等），來使用全域（global）IP位址以及埠編號而特定出連接對象。錄影伺服器100，在開始與行動終端200或閱覽PC300之間之連接時，由於係根據使用有UID之終端固有資訊來特定出終端，因此係藉由使用者ID和密碼之認證以及終端固有資訊之一致，而成為能夠進行畫像顯示。　　[0038] 圖4，係為本實施形態之監視攝影機系統的實施例1之計測裝置（HTTP連接）的構成圖。HTTP連接之計測裝置700，係伴隨有記憶體702。並且，係具備有：具備CPU701和裝置驅動器等之控制、演算裝置；和具備DRAM等之主記憶裝置和硬碟等之輔助記憶裝置之記憶裝置710；和藉由網路介面704等之通訊控制裝置與作為顯示裝置之顯示器703等所構成之輸入輸出裝置。在記憶裝置710中，係被儲存有包含資料收集程式等之程式713、和作業系統714、和HTTP服務程式717、及數位／類比轉換718。HTTP連接之計測裝置700，例如，係亦可為市面販售之HTTP連接型態的計測裝置。CPU701，係為被搭載於通常之計測裝置中的演算處理裝置，而實行各種程式並進行各種控制等。在以類比來進行計測的情況時，係在類比感測器716處連接被收容於記憶裝置710中之數位／類比轉換718，並轉換為數位資料而進行資料收集，再將資料送訊至錄影伺服器處。其他之連接方法的計測裝置700，亦係進行資料收集，並將資料送訊至錄影伺服器處。在序列連接之計測裝置700中，係使用RS232C／RS485序列裝置。端口連接（socket connection）、亦即是TCP／IP連接之計測裝置700，係藉由TCP／IP通訊來將資料送訊至錄影伺服器處。　　[0039] 圖5，係為本實施形態之監視攝影機系統的實施例1之終端（行動終端）的構成圖。行動終端200，係伴隨有記憶體202。並且，係具備有：具備CPU201和裝置驅動器等之控制、演算裝置；和記憶裝置210、和進行資料的送受訊等之通訊控制裝置；和作為顯示裝置之顯示器203；和操作鍵或觸控面板等之輸入輸出裝置。在記憶裝置210中，係被儲存有畫像顯示程式213和作業系統214。行動終端200，例如係為智慧型手機等之行動電話，並藉由讓CPU201將畫像顯示程式213載入至記憶體202中並實行，來實現可進行本實施形態之畫像顯示的電腦之功能。CPU201，係為被搭載於通常之行動終端中的演算處理裝置，而實行各種程式並進行各種控制等。　　[0040] 在本實施例中，錄影伺服器100和閱覽PC300，係均作為個人電腦而被構成，並具備有通常之個人電腦所具備之時脈功能等。行動終端200，亦係具備有時脈功能等。　　[0041] 圖6，係為本實施形態之監視攝影機系統的實施例1之終端（PC）的構成圖。閱覽PC300，係伴隨有記憶體302。並且，係具備有：具備CPU301和裝置驅動器等之控制、演算裝置；和具備DRAM等之主記憶裝置和硬碟等之輔助記憶裝置之記憶裝置310；和藉由網路介面304等之通訊控制裝置與作為顯示裝置之顯示器303、鍵盤305、滑鼠306等所構成之輸入輸出裝置。在記憶裝置310中，係被儲存有畫像顯示程式313和作業系統314。閱覽PC300，例如係為桌上型PC或筆記型PC、平板終端等，並藉由使CPU301將畫像顯示程式313載入至記憶體302中並實行，而實現能夠進行本實施形態之畫像顯示的電腦之功能。CPU301，係為被搭載於通常之PC的演算處理裝置，而實行各種程式並進行各種控制等。　　[0042] 畫像顯示程式，係為用以使電腦實現進行與錄影伺服器之間的連接之終端連接功能、將從錄影伺服器所送訊而來之畫像作顯示的畫像顯示功能之程式。　　[0043] 在本實施例中，畫像顯示程式，作為更理想之態樣，係為進而用以使電腦亦實現下述之功能的程式：亦即是，受理倒帶或快轉之要求的輸入，並對於錄影伺服器要求身為三次影像資料之結合影像資料的一定單位之量之前或者是之後的影像之倒帶、快轉要求功能。　　[0044] 在本實施例中，由於係將複數攝影機之影像作結合並作成動畫，因此，係能夠將顯示中之所有的攝影機之影像一次作倒帶、快轉。　　[0045] 具備有動畫連結、結合程式和畫像顯示程式之動畫閱覽方法之程式，係為用以使電腦實行由各個程式所致之步驟者。　　[0046] 被與監視用攝影機一併作設置之各種感測器和條碼讀取裝置及RFID之資訊讀取裝置，係與錄影伺服器進行網路連接或序列連接，或者是將藉由中繼器所轉換了的資訊送至錄影伺服器處。例如，當在被搭載於卡車上的監視用攝影機處一併設置有門之開閉感測器的情況時，係將門的開閉資訊和攝影機畫像送訊至錄影伺服器處。錄影伺服器，係對於感測器資訊進行資料庫管理，並與動畫結合指示相對照而產生目的之結合影像資料。例如，當被設置有被設置在製造出製品的輸送帶上之複數之監視用攝影機和RFID資訊讀取裝置的情況時，係預先將監視攝影機與RFID資訊讀取裝置相互附加關連性，並藉由讀取機來讀取被裝入至商品之RF標籤中的資訊，而對於地點通過資訊作管理。　　[0047] 在本實施例中，係具備有經由網路500來與攝影畫像之監視用攝影機400、401作了連接的錄影伺服器100、和經由網路500來與錄影伺服器100作連接並顯示畫像的終端200、300，在錄影伺服器100處，係設置有各個手段，其係進行與監視用攝影機之間之連接，並於每一定時間（例如1秒），使作了連接的靜止畫像攝影用之監視用攝影機攝影靜止畫像並將所攝影了的攝影機畫像輸入至錄影伺服器中，且於每一定時間（例如10秒），使作了連接的動畫攝影用之監視用攝影機連續攝影動畫並將所攝影了的攝影機畫像輸入至錄影伺服器中，並且進行壓縮而作成一次資料，再積蓄於記憶裝置110之一次畫像檔案夾111中。之後，將一次資料於每一定時間（例如10分鐘）而作結合並附加時間戳記而轉換為以動畫形式來作了壓縮的二次影像資料。進而，在錄影伺服器100處，係亦設置有：（1）觸發資料抽出手段，係針對計測資料之各種類的每一者，而從計測資料中，選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；（2）個別影像資料選擇手段，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從檔案夾選擇進行結合之1或複數之包含有觸發資料之時刻的特定之時間帶之個別影像資料；（3）結合用影像資料作成手段，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；（4）結合影像資料作成手段，係將結合用影像資料合成為1個的動畫而作為結合影像資料；（5）終端連接手段，係進行與終端之間之連接；（6）閱覽要求受理手段，係從終端而受理動畫閱覽要求；（7）送出手段，係將結合影像資料送出至終端處並使其作顯示。　　[0048] 在本實施例中，錄影伺服器100，係更進而具備有：（8）計測資料顯示畫像作成手段，係針對被與所選擇了的個別影像資料之攝影機相互附加有關連性的計測資料種類中之所進行顯示的計測資料種類之全部，而選擇前述特定之時間帶的計測資料並作成計測資料顯示畫像，又，（4）之結合影像資料作成手段，係成為下述一般之結合影像資料作成手段：亦即是，針對結合用影像資料中之同時被顯示的結合用影像資料彼此，係將圖框數調整為同數並將圖框間隔調整為相同，針對被依序作顯示之結合用影像資料，係以顯示順序來作排列，將計測資料顯示畫像合成至前述結合用影像資料中，並將調整後之結合用影像資料的全部合成為1個的動畫，而作為結合影像資料。　　[0049] 在本實施例中，錄影伺服器100，係藉由前述之硬體構成和動畫連結、結合程式113，而作為（1）～（8）之手段來起作用。　　[0050] 又，在終端（行動終端200及閱覽PC300）處，係設置有：（1）將從錄影伺服器100所送訊而來之畫像作顯示的畫像顯示手段、（2）倒帶要求和快轉要求及播放手段。　　[0051] 在本實施例中，終端200、300，係藉由前述之硬體構成和畫像顯示程式213、313，而作為（1）～（2）之手段來起作用。例如，當在錄影的後一天等而進行播放時，係選擇想要針對哪一天之什麼時候的錄影進行播放，而將被以10分鐘單位來轉換為2次資料的檔案叫出，並進行播放。亦能夠進行播放中之倒帶或快轉。　　[0052] 本實施例之監視攝影機系統，係使經由網路而被與攝影靜止畫像或動畫之攝影機群作了連接的錄影伺服器，於每一定時間，以TCP／IP方式來從前述攝影機群而以靜止畫像或動畫來取得攝影機畫像，並進行壓縮而作成一次資料，在一定期間內，係維持於一次資料的狀態來作保存，在經過一定期間之後，則係轉換為附加有時間戳記資訊之高壓縮動畫檔案的二次影像資料並重新作保存。在本實施例中，係以H.264形式來進行壓縮而轉換為動畫檔案。進而，係以在錄影伺服器中所制定了的形式或者是依循於從終端而來之希望的形式，來作為進行了用以將身為二次影像資料之個別影像資料作複數之組合並同時並行地作組合顯示的合成之動畫，而作成三次影像資料（亦即是結合影像資料），並顯示於終端處。　　[0053] 本實施形態之監視攝影機系統，係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。係能夠將複數之攝影機的動畫同時作播放，例如，係能夠將從發覺到問題起直到究明問題之原因為止的時間縮短。　　[0054] （處理程序）　　接下來，針對在上述之本實施形態之監視攝影機系統之實施例1中的動畫結合方法以及使用有本實施形態之動畫結合方法的實施例1之動畫閱覽方法的處理程序作說明。另外，使用圖面所進行的處理程序之說明，係適宜使用有溫度計測之例和自動門之例以及卡車送貨之例。不論是何者，其之基本性的處理程序均為相同，而在計測裝置之種類和觸發之種類以及結合條件等有所相異。　　[0055] 本實施例之動畫結合方法中的動畫閱覽方法，係使錄影伺服器進行下述之各步驟，其中，該錄影伺服器，係經由網路而被與攝影畫像之1或複數之攝影機及1或複數之計測裝置以及1或複數之終端作連接，並具備有資料庫，該資料庫，係將前述攝影機所攝影了的攝影機畫像作為動畫形式來在檔案夾中作為個別影像資料而作保存，並將從前述計測裝置所取得了的計測資料保存在檔案夾中，且將前述計測裝置之計測資料種類與攝影機相互附加了關連性，該些各步驟，係包含有：（1）觸發資料抽出步驟，係針對計測資料之各種類的每一者，而從計測資料中選擇與所指定之條件相符合者，並將該計測資料之時刻資訊抽出而作為觸發資料；（2）個別影像資料選擇步驟，係針對各個被與該計測資料種類附加有關連性之攝影機之每一者，而從檔案夾中選擇進行結合的包含有觸發資料之時刻的特定之時間帶之1或複數之個別影像資料；（3）結合用影像資料作成步驟，係針對所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；（4）計測資料選擇步驟，係針對被與所選擇了的個別影像資料之攝影機附加有關連性的計測資料種類之全部，而選擇前述特定之時間帶之計測資料；（5）結合影像資料作成步驟，係將結合用影像資料合成為1個的動畫而作為結合影像資料；（6）送出步驟，係將前述結合影像資料對於終端而送出並使其作顯示。　　[0056] 進而，在本實施例中，係在（4）之計測資料選擇步驟之後且（5）之結合影像資料作成步驟之前，更進而包含有：（8）計測資料顯示畫像作成步驟，係針對被與所選擇了的個別影像資料之攝影機相互附加有關連性的計測資料種類中之所進行顯示的計測資料種類之全部，而選擇前述特定之時間帶的計測資料並作成計測資料顯示畫像，又，（5）之結合影像資料作成步驟，係成為下述一般之結合影像資料作成步驟：亦即是，針對結合用影像資料中之同時被顯示的結合用影像資料彼此，係將圖框數調整為同數並將圖框間隔調整為相同，針對被依序作顯示之結合用影像資料，係以顯示順序來作排列，將計測資料顯示畫像合成至結合用影像資料中，並將調整後之結合用影像資料的全部合成為1個的動畫，而作為結合影像資料。　　[0057] 在錄影伺服器中，斷續性地或者是連續性地從複數之監視用攝影機所送訊而來的攝影機畫像，係在一次畫像資料夾中作為一次資料而被作積蓄，根據一次資料所作成的二次影像資料，係被積蓄於二次影像資料夾中。二次影像資料，係為將攝影機畫像作成動畫形式並保存在資料夾中的個別影像資料。在成為對象之個別影像資料被作成之後的時間點後，由於係能夠對於從終端而來之結合影像資料的顯示要求作回應，因此係能夠在更早的階段而對於複數攝影機之影像一次性地作確認，閱覽性係為高。　　[0058] 在本實施例中，關於攝影機和觸發之種類以及結合方法等，係預先被記憶在錄影伺服器中，但是，係亦可構成為先從終端受理成為進行播放之對象的攝影機之選擇和觸發之選擇，並接著受理影像之結合方法之選擇，再因應於所受理了的結合方法來對個別影像進行連結、結合而使終端作顯示。　　[0059] 在本實施例中，係針對藉由錄影伺服器而以預先所制定了的方法來選擇了的所有之攝影機，而對於包含有觸發資料的時刻之特定之時間帶的個別影像資料作1或複數之選擇。本實施例之動畫結合方法，例如，在想要僅對於藉由被與特定之攝影機附加了關連性的溫度濕度感測器所計測出之溫度為成為了一定以上之溫度時的前後之影像作連續確認時、或者是在想要僅對於使門作了開啟時的設置在複數方向處之攝影機的影像一次性地作確認時，係成為有用的結合方法。　　[0060] 若是從終端而受理動畫閱覽要求，則在本實施例中，係針對所選擇了的所有之攝影機，而對於包含有觸發資料的時刻之特定之時間帶的個別影像資料作1或複數之選擇。觸發資料，係為與針對各計測資料種類之每一者所分別指定的條件相符合而被選擇了的計測資料之時刻資訊。例如，若是以圖3中所示之例來作說明，則被與攝影機001（金鑰C0l）附加了關連性的身為溫度濕度感測器之計測裝置「溫濕度計A」（金鑰S01）的計測資料種類，係為溫度（金鑰I01）和濕度（金鑰I02），當針對身為計測資料種類之其中一者的溫度（金鑰I01）所指定之條件係為25℃以上，而在藉由溫度濕度感測器（金鑰SO1）而記錄了25℃以上的計測資料（金鑰I01）之時刻資訊係為從12點5分起直到12點7分為止以及從13點15分起直到13點20分為止時，觸發資料，當計測裝置係為溫度濕度感測器而計測資料種類為溫度（金鑰I01）時，係成為從12點5分起直到12點7分為止以及從13點15分起直到13點20分為止，若是將包含觸發資料之時刻的特定之時間帶設為之前的2分鐘、之後的3分鐘，則被選擇的攝影機001（金鑰CO1）之個別影像資料，係成為從12點3分起直到12點10分為止以及從13點13分起直到13點23分為止的資料。　　[0061] 在顯示方法為針對複數之攝影機的影像之同時顯示的情況時，當被與攝影機001（金鑰C0l）附加了關連性的身為溫度濕度感測器之計測裝置「溫濕度計A」（金鑰S01）的計測資料種類，係為溫度（金鑰I01）和濕度（金鑰I02），而針對身為計測資料種類之其中一者的溫度（金鑰I01）所指定之條件係為25℃以上時，在藉由溫度濕度感測器而記錄了25℃以上的計測資料（金鑰I01）之時刻資訊係為從12點5分起直到12點7分為止，並且針對被與身為其他之攝影機的攝影機002（金鑰C02）附加了關連性的溫度濕度感測器「溫度計B」（金鑰S02）亦設定有相同的指定條件，而藉由溫度濕度感測器（金鑰SO2）而記錄了25℃以上的計測資料之時刻資訊係為從13點15分起直到13點20分為止的情況時，觸發資料，當計測裝置係為溫度濕度感測器（金鑰S01、金鑰S02）而計測資料種類為溫度（金鑰I01、I03）時，在攝影機001（金鑰C01）處係成為從12點5分起直到12點7分為止，在攝影機002（金鑰C02）處係成為從13點15分起直到13點20分為止，若是將包含觸發資料之時刻的特定之時間帶設為之前的2分鐘、之後的3分鐘，則被選擇的個別影像資料，在攝影機001（金鑰CO1）處係成為從12點3分起直到12點10分為止的資料，在攝影機002（金鑰C02）處係成為從13點13分起直到13點23分為止的資料。針對攝影機001（金鑰CO1）之從12點3分起直到12點10分為止的個別影像資料和攝影機002（金鑰C02）之從13點13分起直到13點23分為止的個別影像資料，而「將圖框間隔以及圖框數在資料間而分別調整為同數，並以將調整後的結合用影像資料全部在1個畫面上作分割顯示的方式來合成為1個的動畫」者、或者是「將計測資料顯示畫像合成於調整後之結合用影像資料中而作成1個的動畫」者，係成為結合影像資料。　　[0062] 當顯示方法為針對1個的攝影機之影像所進行之連續顯示的情況時，係成為如同下述一般。圖7，係為本實施形態之動畫結合方法的實施例1之動畫連結方法（溫度計測例）之示意圖。所指定之條件，若是針對「溫濕度計A」（金鑰S01）之計測資料種類為溫度（金鑰I01）者，係設為30℃，並將包含觸發資料之時刻的特定之時間帶，設為之前的2秒鐘、之後的5秒鐘，並且將動畫單位設為1個小時，則係將攝影機011（金鑰C01）之從12點26分25秒起直到12點26分37秒為止的個別影像資料和從12點28分6秒起直到12點28分13秒為止的個別影像資料作連結而作為結合用影像資料，該結合用影像資料、或者是將把特定之計測資料種類（I01、I02、I03）的計測資料顯示畫像合成於該結合用影像資料中並作成1個的動畫的資料，係成為結合影像資料。　　[0063] 當顯示方法為關於1個的攝影機之影像之同時顯示的情況時，針對該攝影機之從12點26分25秒起直到12點26分37秒為止的個別影像資料和從12點28分6秒起直到12點28分13秒為止的個別影像資料，而「將圖框間隔以及圖框數在資料間而分別調整為同數，並以將調整後的結合用影像資料全部在1個畫面上作分割顯示的方式來合成為1個的動畫」者、或者是「將計測資料顯示畫像合成於調整後之結合用影像資料中而作成1個的動畫」者，係成為結合影像資料。　　[0064] 圖8，係為本實施形態之動畫結合方法的實施例1之計測資料取得流程（自動門例）之概略圖。錄影伺服器，若是對於計測裝置（例如，當自動門為「開」時會成為「ON」並且當「關」時會成為「OFF」的HTTP連接之感測器），而要求進行HTTP通訊連接，並藉由使用者、密碼認證來完成連接，且在每一定時間對於感測器而要求計測資料（感測器資料），則係將在感測器側所取得了的計測資料送訊至錄影伺服器處，並將所取得了的計測資料保存在錄影伺服器之裝置資料庫中。　　[0065] 圖9，係為本實施形態之動畫結合方法的實施例1之動畫連結流程（自動門例）之概略圖。若是從終端而受理閱覽要求，則係藉由預先在錄影伺服器處所設定了的方法，來開始進行身為三次影像資料之結合影像資料的作成。在本實施例中，係為同一之攝影機的影像之連結，根據會成為當自動門為「開」時感測器會成為「ON」之計測資料的計測裝置，錄影伺服器，係將成為「ON」之計測資料的時刻資訊（亦即是觸發資料），設為9點5分2秒、9點13分7秒、9點20分17秒，並將動畫單位設為1分鐘，且將開始條件設為包含有觸發資料之動畫單位的開始時，並且將結束條件設為包含有觸發資料之動畫單位的結束時，亦即是將1個的動畫單位作為個別影像資料之單位，而產生9點左右之進出人員動畫。根據成為對象之攝影機（在圖9之情況中，係為自動門正面之攝影機）的二次影像資料，來基於觸發資料，而作為個別影像資料，來拾取從9點5分0秒起之1分鐘的影像資料、從9點13分0秒起之1分鐘的影像資料、從9點20分0秒起之1分鐘的影像資料，並將該些之動畫以時間序列來作連結，而作成結合用影像資料，再將該結合用資料作為1個的動畫，而作為結合影像資料（亦即是三次影像資料）來作保存。　　[0066] 圖10，係為本實施形態之動畫結合方法的實施例1之連結操作程序的示意圖。當在「被與第1觸發資料相互附加了關連性的攝影機之個別影像資料，係為攝影機CAM01之從10點00分起的影像和從10點20分起的影像以及從10點30分起的影像，被與第2觸發資料相互附加了關連性的攝影機之個別影像資料，係為攝影機CAM01之從10點40分起的影像、和CAM03之從10點00分起的影像及從10點20分起的影像、和CAM04之從10點10分起的影像、以及CAM06之從10點20分起的影像」的情況中，作為觸發而選擇了第1觸發的情況時，係將CAM01之從10點00分起的影像和從10點20分起的影像以及從10點30分起的影像作連結而進行合成。當觸發在同一時刻而於其他之個別影像資料中相互重疊的情況時，係對於是要將該時序之畫面基於重疊的攝影機之影像來作複數分割並作成1個畫面或者是要以時間序列來單純地作並排一事進行指定。當作為觸發而選擇了第2觸發時，於存在有複數之相同時刻之影像時而進行結合的情況中，針對CAM03和CAM06之10點20分的影像，係以在1個畫面中來作顯示的方式而進行合成，並且將複數之攝影機的成為對象之影像以攝影時間順序來作連結並進行合成。例如，針對CAM01而在每一天將黑色圓圈之觸發影像作了連結者（圖框數係均為相同），係成為如同圖10之左下的CAM01_201604151一般之影像。CAM01_201604151，係在經過了對象攝影機影像完全地完成的時刻之後，從拾取（pickup）起而開始進行連結。在黑色圓圈之觸發的情況時，由於最後所完成之二次影像資料係為CAM01_1030，因此，針對對象攝影機CAM01之三次影像資料，係在10點30分之後而開始動畫之產生。完成時間係成為不明。將身為針對複數之攝影機而將白色圓圈之觸發影像作了連結之影像（圖框數係均為相同）並且為有所重疊的攝影機之影像作複數分割並作成1個畫面者，係成為如同圖10之右下的CAM_201604152一般之影像。　　[0067] 將複數之個別影像資料作連結的方法，例如，當將從9點20分起之10分鐘的個別影像資料和從9點30分起之10分鐘的個別影像資料及從9點40分起之10分鐘的個別影像資料以及從9點50分起之10分鐘的個別影像資料來作成從9點25分起直到9點55分為止之結合用影像資料時，係藉由首先將個別影像作連結，之後將從9點20分起之5分鐘的影像和從9點55分起之5分鐘的影像刪除，來進行修整。　　[0068] 針對複數之結合用影像資料而在影像資料間將圖框間隔以及圖框數分別調整為同數的方法，當源頭之個別影像資料為例如A、B、C之攝影機而A攝影機之一次資料係為1秒鐘1個圖框、B攝影機之一次資料為1秒鐘5個圖框、C攝影機之一次資料為1秒鐘10個圖框時，在將全部均設為1秒鐘而5個圖框之動畫的情況時，關於不足者，係以緊接於前之圖框來作補足，關於太多者，則係進行抽除。　　[0069] 圖11，係為本實施形態之動畫結合方法的實施例1之圖框數調整操作程序的示意圖。針對複數之結合用影像資料而在影像資料間將圖框間隔以及圖框數分別調整為同數的方法，當源頭之個別影像資料為例如A、B、C之攝影機而A攝影機之一次資料係為1秒鐘1個圖框、B攝影機之一次資料為1秒鐘5個圖框、C攝影機之一次資料為1秒鐘10個圖框時，在將全部均設為1秒鐘而5個圖框之動畫的情況時，關於不足者，係以緊接於前之圖框來作補足，關於太多者，則係進行抽除。　　[0070] 圖12，係為在本實施形態之動畫結合方法的實施例1中之監視攝影機的設置狀況（卡車送貨例）之示意圖。在圖12中所示之監視攝影機的設置例中，係在卡車之後部門與各集貨據點處設置有監視攝影機，在卡車之後部門處，係設置有監視攝影機（T攝影機）和門的開閉感測器，連續性之T攝影機的影像，係被送訊至錄影伺服器處，並且，在門作了開啟時，係成為「ON」的計測資料，成為了「ON」時之時刻資訊，係作為觸發資料而被積蓄在錄影伺服器中。進而，在身為卡車之集貨據點的A據點、B據點以及C據點處，係對於被埋入至商品之箱等之中的RF標籤之資訊作讀取，並且，係設置有對於地點通過資訊作管理之RFID之讀取裝置，各集貨據點之監視攝影機（A～C攝影機），係被與各個的據點之RFID之讀取裝置相互附加有關連性，連續性的A～C攝影機之影像，係被送訊至錄影伺服器處，並且，地點通過資訊之資料，係被送訊至錄影伺服器處，與地點通過資訊一同地，對於地點通過資訊作了讀取時的時刻資訊係作為觸發資料而被積蓄在錄影伺服器中。係亦可為藉由RFID來將卡車進入至各據點中一事偵測出來者。　　[0071] 圖13，係為對於在本實施形態之動畫結合方法的實施例1中之監視攝影機的二次影像資料（卡車送貨例）作展示之示意圖。當在A據點處，卡車係在9點30分～9點45分的期間中將門開啟而卸下貨物並藉由讀取裝置而取得了地點通過資訊、在B據點處，卡車係在11點20分～11點40分的期間中將門開啟而卸下貨物並藉由讀取裝置而取得了地點通過資訊、在C據點處，卡車係在15點00分～15點25分的期間中將門開啟而卸下貨物並藉由讀取裝置而取得了地點通過資訊的情況時，在二次影像資料中，係積蓄有A攝影機、B攝影機、C攝影機之連續性影像資料、和T攝影機之斷續性影像資料。在T攝影機處，由於係僅有在門作了開啟時會變亮，因此，除了9點30分～9點45分、11點20分～11點40分、15點00分～15點25分以外，係成為全黑的影像。在圖12所示之例中，從搭載於卡車上的攝影機，係拍攝有各據點之輸送帶裝置，從各據點的攝影機，係拍攝有卡車的卸貨狀況。　　[0072] 圖14，係為本發明之動畫結合方法的實施例1之動畫連結流程（卡車送貨例）之示意圖。針對A攝影機和B攝影機和C攝影機以及T攝影機，若是將觸發資料設為在RFID讀取裝置處之地點通過資訊的讀取時，亦即是在A據點處係設為9點30分～9點45分、在B據點處係設為11點20分～11點40分、在C據點處係設為15點00分～15點25分、在卡車之門感測器處係設為9點30分～9點45分和11點20分～11點40分以及15點00分～15點25分，則首先係將此些之觸發資料抽出，並作為個別影像資料，而拾取9點30分～9點45分之A攝影機以及T攝影機的影像、和11點20分～11點40分之B攝影機以及T攝影機的影像、和15點00分～15點25分之C攝影機以及T攝影機的影像，再進行動畫連結而作成結合用影像資料，並針對所有的結合用影像資料而進行圖框調整並結合為1個的動畫，來作成結合影像資料（亦即是三次影像資料）並作保存。　　[0073] 圖15，係為對於本發明之動畫結合方法的實施例1之顯示畫面（卡車送貨例）作展示之示意圖，配合於卡車之門的開閉而確保影像，並藉由設置在卡車處之RFID來辨識出各據點的到達。將卡車之攝影機（T攝影機）與各據點之攝影機（A、B、C攝影機）作結合，並將各者作連結，藉由此，來產生影像。　　[0074] 結合影像資料，係為將9點30分～9點45分之A攝影機以及T攝影機的影像和11點20分～11點40分之B攝影機以及T攝影機的影像和15點00分～15點25分之C攝影機以及T攝影機的影像合成為1個的動畫者，而能夠以短時間來對於各據點之影像和卡車之影像同時作確認。就算是相異的時間帶，也能夠針對所有的攝影機而在1個的畫面中作分割顯示。除此之外，當以1個的攝影機作為對象而僅將存在有觸發之動作作結合的情況時，例如，係成為能夠在卡車之送貨等之中來針對設置在貨櫃之中的攝影機之影像而僅將門為開啟時的影像作收集。於此情況，藉由在畫面內作分割並一次性地進行閱覽、或者是並不在畫面內作分割地而結合於第1個的動畫之後並進行連結，係成為亦能夠進行在發生有客訴時之狀況確認、或者是對於送貨之進行為快的人員之作業方法作確認。成為觸發之資訊，係可依存於狀況而設為例如門的開閉或者是影像變亮時等的各種之構成，若是在紙箱中設置RFID或條碼等，則係成為亦能夠將像是在通過閘門時等的影像全部作結合。　　[0075] （效果）　　若依據本實施例，則係僅需要進行必要之部分的閱覽即可，而能夠使日後之確認時的閱覽性提昇。係能夠將1或複數之攝影機的動畫同時作播放，例如，係能夠將從發覺到像是溫度異常或者是進入者之確認或者是貨物遺失等之問題起直到究明問題之原因為止的時間縮短。　　[0076] 更詳細而言，若依據本實施例，則係成為並非是時間單位之單純的閱覽，而能夠以全新的途徑來產生新的用途之動畫。例如，係可根據在製造現場處的批次（紙箱）單位或者是送貨卡車之貨物的進出時序等，來將日後之確認時的閱覽性提昇。又，係能夠對於不必要的錄影資訊作刪減。進而，藉由對於獨特的播放機進行軟體開發，係成為亦能夠從作了結合的三次影像資料來將目的動畫作擴大顯示並進行詳細的閱覽。　　[0077] 若依據本實施例之動畫結合方法，則由於係能夠僅將存在有觸發的影像作收集並一次性地觀看，因此係能夠使閱覽性提昇。　　[0078] 至今為止，係僅在發生有問題時，才會對於攝影機影像進行閱覽，但是，若依據本實施例之監視攝影機系統，則由於係能夠在短時間內進行確認，因此係成為亦能夠進行日常性的檢查，在業務之改善和可疑行動的早期發現上，係具備有效果。又，在僅需要結合影像資料（亦即是三次影像資料）便已足夠的情況時，藉由不只是將源頭之一次資料而亦將二次影像資料作刪除，係能夠將儲存容量作大幅度的刪減。　　[0079] 若依據本實施例，則係能夠對於在發生問題時而花費長時間來對於多數的動畫進行閱覽的勞力作削減。又，由於就算是在勤務中進行複數同時閱覽，也不會造成負擔，因此係能夠達成業務之改善。又，由於係成為對於保存動畫作更大量的觀看，因此遏止力係會提高。又，係能夠對於送貨時之客訴等的真偽作確認。另外，作為由此所致之附加效果，可以推測到，對於送貨業者的虛假客訴也會減少。　　[0080] 若依據本實施例，則就算是針對一部分之攝影機的影像而將圖框數減少，也能夠作成全體而言為存在有意義的三次影像資料。　　[0081] 另外，本實施形態，係並不被限定於上述之實施形態，在不脫離該實施形態之要旨的範圍內，係可進行各種之變形實施。又，係可將上述之各實施形態的構成要素，在不脫離實施形態之主旨的範圍內而任意作組合。　　[0082] 係亦可將用以實行各實施例之錄影伺服器之各處理的程式，記錄在電腦可讀取之記錄媒體中而作為程式產品，並將被記錄在該記錄媒體中之程式讀入至錄影伺服器中，再使處理器實行之，藉由此，來進行關連於各實施例之錄影伺服器的上述之各種之處理。　　[0083] 亦可作為將各實施例之錄影伺服器的各處理使複數之資訊處理裝置來分擔實行的資訊處理系統而實現之。於此情況，資訊處理系統，係為在監視攝影機系統中所被使用的資訊處理系統，並且係為經由網路而被與攝影畫像之1或複數之攝影機及1或複數之計測裝置以及1或複數之終端作連接的資訊處理系統。此資訊處理系統，係具備有：觸發資料抽出部，係針對計測資料之各種類的每一者，而從由前述計測裝置所取得了的計測資料中，選擇與所指定之條件相符合者，並將該計測資料之時刻資訊作為觸發資料而抽出；和個別影像資料選擇部，係參照將前述計測裝置之計測資料種類與攝影機相互附加關連地而作記憶之記憶裝置，而針對各個被與該計測資料種類附加有關連之攝影機之每一者，而選擇1或複數之個別影像資料，該個別影像資料，係為將前述攝影機所攝影了的攝影機畫像設為了動畫形式的個別影像資料，並且為包含有前述觸發資料之時刻的時間帶之個別影像資料；和結合用影像資料作成部，係針對前述所選擇了的個別影像資料，而因應於複數連結之需要與否及／或部分刪除之需要與否，來進行連結及／或部分刪除，並分別作為結合用影像資料；和結合影像資料作成部，係將前述結合用影像資料合成為1個的動畫而作為結合影像資料。[0005] However, in the surveillance camera system of the prior art, although a plurality of cameras can be viewed at the same time during the broadcast of live broadcast images, it can only be performed once for archived images. There is a problem that the playback of one animation is poor. [0006] When a problem is discovered in the future, for example, at the delivery site, if you want to confirm the wrong delivery destination of a truck that has a problem, all the on-board images of the truck must be confirmed. Confirmation is made one by one, and unnecessary animations have to be viewed. Therefore, the visibility is poor, and there is a problem that it takes a lot of time from the detection to the problem until the cause of the problem is found. [0007] Therefore, the first object of the present embodiment is to solve the above-mentioned problems and provide a surveillance camera system and a surveillance camera system that only need to perform the necessary reading, and can improve the visibility at the time of confirmation. Method for viewing and combining animation in the surveillance camera system. [0008] The presenter of the present embodiment completed the present embodiment based on the following ideas, that is, the images obtained at the same time interval, not one animation and one time unit. To view the images of the surveillance camera in an animated manner, in order to effectively use the saved animation, the saved animation is used in a completely different way to generate a new-purpose animation. [0009] One aspect of this embodiment is to provide a surveillance camera system in order to achieve the above-mentioned object, which is characterized in that it is provided with a recording server, and the recording server is connected with a photographic image via a network. 1 or plural cameras, 1 or plural measuring devices, and 1 or plural terminals are connected, and a database is provided, and the database contains the portraits of the cameras taken by the aforementioned cameras as animations in the folder It is stored as individual image data, and the measurement data obtained from the measurement device is stored in a folder, and the measurement data type of the measurement device and the camera are related to each other. The recording server is provided with There are: triggering data extraction means, for each of the various types of measurement data described above, selecting from the measurement data that meets the specified conditions, and extracting the moment information of the measurement data as the triggering data; and The means for selecting individual image data is for each of the cameras that are associated with the type of measurement data. One, and select from the aforementioned folders to combine the individual image data of a specific time zone containing the aforementioned trigger data at a time or a plurality of individual image data; and the combined image data creation means is based on the selected individual image Data, in accordance with the need for plural links and / or the need for partial deletion, to perform the link and / or partial deletion, respectively, as the combined image data; and the combined image data creation means, which combines the foregoing The video data is synthesized into a single animation as the combined video data; and the sending means is to send the combined video data to the terminal. [0010] According to the first aspect of the present embodiment, since it is combined with recorded images, it is only necessary to read the necessary part, which can improve the readability in the future confirmation. . In addition, the animation can be viewed simultaneously or sequentially only for animations in which plural times such as 1 or plural triggers occur when the door is opened. In addition, it is only necessary to browse the combined animation corresponding to the purpose. Therefore, when a problem occurs, it is a laborious work that can take a long time to view most animations and find out the cause of the problem. reduce. By being configured to perform a plurality of simultaneous readings, the work load during reading is reduced, and the business progress is improved. In addition, since the system can watch more saved animations at the same time as compared to the conventional technology, the system can be expected to have an effect of improving the stopping power against crimes and the like. The department can easily confirm the authenticity of customer complaints, etc. at the time of delivery. Therefore, the department can expect the effect of reducing false customer complaints. While maintaining a high resolution, the amount of data is also small, enabling cost reduction. In addition, the original individual animation can be deleted as long as it is set in advance to save only the combined image corresponding to the purpose, so that the capacity can be reduced and the cost can be reduced. [0011] In this embodiment, the "network" refers to a communication network including a LAN or Internet, Wi-Fi line, 3G / LTE line, and dedicated line, and a combination of these network. In this embodiment, the camera is one or both of a camera that captures still images and a camera that captures animations, and the image captured by the camera may be one or both of still images and animations. Each camera is provided with an output function, a still image shooting function, and / or a movie shooting function. Ideally, the camera is an IP camera, but the camera can also be an analog camera. For the images obtained from the camera for still images, the compressed form of the animation is used. At present, it is H. 264 is more ideal. It is lightweight, And whether it ’s hardware or software, It is easy to install. also, Camera for photographic animation, More ideally, Is connected to the recording server via a LAN network, but, The system is not limited to this. also, The recording server in this embodiment, Can be connected to the camera via the Internet and collect portraits of the camera, or, The recording server in this embodiment, The system can also be configured to be connected to the camera without a network, And collect images of the camera through other servers connected to the camera via the network, Send the message from the collected server to the recording server in this embodiment. And create image data in the form of animation. And it is stored in the recording server in this embodiment. In addition, The recording server can also be a cloud server. [0012] Further, Departments can also be structured as: It is equipped with measurement data to display image creation methods, It is all the types of measurement data that are displayed among the measurement data types that are associated with the selected individual image data cameras. And select the measurement data in the specific time zone and create a measurement data display image, The aforementioned method of combining image data, Regarding the combination image data displayed at the same time among the aforementioned combination image data, The frame number is adjusted to the same number and the frame interval is adjusted to be the same. For the combined image data that is displayed sequentially, Arranged in display order, Combining the measurement image display image with the combination image data, And combine all the adjusted combined image data into one animation, And as a combination of image data. [0013] Since the value of the measurement data can be confirmed together with the image, So for convenience, also, Due to the frame adjustment, therefore, Even if the frame number or interval of the original image is different, Because it will be adjusted, So it does n’t contain useless portraits, The images from multiple cameras can be combined and displayed simultaneously. [0014] The second aspect of this embodiment, In order to achieve the above purpose, And provides a method for viewing animation, Its characteristics are: Recording server, It is connected to one or more cameras, one or more measuring devices, and one or more terminals for taking pictures via the Internet. And have a database, The database, The camera image taken by the aforementioned camera is saved as an individual image data in the folder as an animation form, And save the measurement data obtained from the measurement device in a folder, And the correlation between the type of measurement data of the aforementioned measurement device and the camera, Make the recording server perform the following steps: Trigger the data extraction step, For each of the various categories of the aforementioned measurement data, And select from the measurement data that meets the specified conditions, And extract the moment information of the measurement data as trigger data; And individual image data selection steps, For each of the cameras to which the type of measurement data is attached, And from the aforementioned folder, select one or a plurality of individual image data of a specific time zone containing the moment of the aforementioned trigger data; And combined with image data creation steps, For selected individual image data, In response to the need for plural links and / or the need for partial deletion, To link and / or partially delete, And used as combined image data; And measurement data selection steps, All types of measurement data related to the selected camera attached to the individual image data, And select the measurement data of the aforementioned specific time zone; And combining image data to create steps, Synthesizes the aforementioned combined image data into a single animation as the combined image data; And submit steps, The aforementioned combined video data is transmitted to the aforementioned terminal. [0015] According to the second aspect of this embodiment, Is the same as the first aspect of this embodiment, You only need to read the necessary parts. It can improve the readability in the future confirmation. [0016] The third aspect of this embodiment, Provides a method of combining animation, Its characteristics are: Recording server, Has a database, The database, The camera images taken by one or more cameras are saved as animated images in the folder as individual image data. And save the measurement data obtained from one or more measurement devices in a folder, And the correlation between the type of measurement data of the aforementioned measurement device and the camera, Make the recording server perform the following steps: Trigger the data extraction step, For each of the various categories of the aforementioned measurement data, And select from the measurement data that meets the specified conditions, And extract the moment information of the measurement data as trigger data; And individual image data selection steps, For each of the cameras to which the type of measurement data is attached, And from the aforementioned folder, select one or a plurality of individual image data of a specific time zone containing the moment of the aforementioned triggering data; And combined with image data creation steps, For selected individual image data, In response to the need for plural links and / or the need for partial deletion, To link and / or partially delete, And used as combined image data; And combining image data to create steps, The above-mentioned combined video data is synthesized into a single animation as the combined video data. [0017] According to the third aspect of this embodiment, Because it is combined with video images, therefore, You only need to read the necessary parts. It can improve the readability in the future confirmation. also, The animation can be viewed at the same time or sequentially only for animations that occur when the door is opened, such as when the door is opened, such as 1 or plural triggers. therefore, When problems occur, It is able to reduce the labor that takes a long time to view many animations and find out the cause of problems. By being structured for plural simultaneous viewing, The work load during reading is reduced, The business process was improved. also, Since it is able to watch more saved animations at the same time compared to the previous technology, Therefore, it is possible to expect the effect of improving the restraint power against crimes and the like. The department can easily confirm the authenticity of customer complaints, etc. at the time of delivery. Therefore, The department can expect the effect of reducing false customer complaints. While maintaining high resolution, The amount of data is also small, It can be reduced in cost. also, As long as it is set in advance to save only the entire batch of triggered animations as one combined image, You can delete the original individual animation, therefore, It can reduce the capacity and reduce the cost. [0018] According to this embodiment, You only need to read the necessary parts, It can improve the readability in the future confirmation. [0019] Following, In this embodiment, An example is used to specifically describe this embodiment. but, This embodiment, The system is not limited by these examples. [Embodiment 1] [0020] This embodiment, In order to save the images captured by the surveillance camera and store them in a form that is easy to view, It is also used to extract and connect the parts that have triggered (TRIGGER), and to combine and display them. Specifically, The surveillance camera is operated by a recording server via a network. Recording server, It is used to shoot camera images of animation and still images, Based on the collected primary data, For each of the cameras, And create individual image data that is secondary image data that ends in a specific time unit as an animation, And combine the plural secondary image data to make the combined image data which is the third image data, Recording server, For users' terminals, In response to requests from the terminal, When sending a message through the network, the triggered part is extracted and connected to each other to be synthesized for monitoring. In addition, Not only being able to play, But also rewind, Fast forward. Therefore, In this embodiment, The system can effectively use the saved images. E.g, In the future, if you want to confirm whether there is a time zone in which foreign matter is mixed in when a material is put in a certain operating room, The department can know the result immediately, and, When you want to confirm the suspicious behavior of a staff member against a problematic batch in the future, The department can know the result immediately, Simultaneously, It is able to play back only the images when the door is open. And immediately knew if any suspicious characters had entered the operating room. Therefore, If according to this embodiment, It can improve the readability of future confirmations, In addition, it is possible to investigate the reasons why it has taken a long time and labor to perform investigations in the past with a very short time and a minimum labor. [0021] (Composition) Figure 1, This is a diagram showing an example of the network configuration of the first embodiment of the surveillance camera system of this embodiment. On a LAN or Internet, Wi-Fi lines, 3G / LTE lines, On a network 500 formed by a combination of communication networks such as dedicated lines, Department (1) as a camera for photographic portraits, There are multiple surveillance cameras (for still images) 400A ～ C and surveillance cameras (for animation) 401; (2) As the surveillance camera 400 via the network 500, 401 makes a connection to obtain the image data captured by the camera, saves it, and sends it to the recording server at the terminal. And has a recording server 100; (3) as a terminal connected to the recording server 100 via the network 500 and receiving image data from the recording server 100 for display, Reading PCs 300A-C with mobile terminals 200A-C with smart phones, desktop PCs (personal computers) or notebook PCs; (4) As a measuring device connected to the recording server 100 via the network 500 and transmitting measurement data to the recording server 100, Is connected to the RFID sensor 700A, Beacon sensor 700B, On / off sensor 700C for automatic doors, etc. Temperature sensor 700D. also, Through other system databases such as open databases, A sensor 700E is connected. camera, It can be a surveillance still camera only, It can also be a surveillance video camera, and, As long as it is within the processing range of the camera, There are no restrictions on the number of units. In addition, the following, When referring to mobile terminals and viewing PCs collectively, It is called "Terminal" or "Viewer". Measuring device, Department is for illustration only. It may also be a measuring device or a sensor. In this embodiment, ON / OFF sensor 700C, Is a sensor for HTTP connections, 700D temperature sensor, Is a SOCKET connection, but, It can be other connection methods such as FTP connection. How to send data from the measurement device to the recording server, For the recording server from the side of the measuring device, for example, 5 minutes, 10 minutes, Senders at intervals of 1 hour, It is also possible to obtain data for the measurement device from the recording server side at short intervals, such as every second. Because the recording server directly obtains temperature information and the like from the temperature sensor 700D, Therefore, it becomes possible to obtain information in a short period of time. Since it is the same connection as the camera, therefore, Connections from outside the local network, Set the port forwarding and other settings at the router. Other system database connected to the sensor 700E, It is the original cloud database of the sensor 700E. The sensor 700E is uploaded to the database every 10 minutes. Recording server, Data are obtained from this database. If you follow this method, Although it is impossible to obtain information in a short cycle, However, it is possible to obtain information without being affected by the installation environment of the device. The type or number of measuring devices, It can be any number of 1 or more. also, Regarding the connection method with the recording server, It may be a connection other than the connection method described above. [0022] Recording server 100, Although it exists in the same LAN as the surveillance camera (for animation) 401 for shooting movies, but, The system does not necessarily exist in the same LAN as the surveillance camera (still image) 400 for shooting still images. It can also be connected via a plurality of networks such as the Internet or LAN. also, On the same network, There may also be a plurality of recording servers. In this embodiment, Surveillance camera 400, Communication between 401 and recording server 100, It is TCP / IP method, Surveillance camera for still images (for still images) 400, Even if the camera and recording server are not on the same LAN, It is also possible to reliably send and receive portrait data. Reliability is high. Surveillance camera 400, 401, In this embodiment, It ’s an IP camera. but, Departments can also be analog cameras. Viewing PC300 as a terminal for image display, It is also not limited to the case where the recording server 100 exists in the same LAN, It can also be connected via a plurality of networks such as the Internet or a LAN or Wi-Fi line. Regarding the mobile terminal 200 as a terminal for image display, The same, Also via LAN, Internet, A plurality of networks such as a mobile phone network (Wi-Fi line, 3G / LTE line, etc.) are connected. In addition, Between the LAN and the Internet, Between surveillance cameras for still images and the Internet, Between the measurement device of the HTTP connection and the Internet, The system has a router 600. figure 1, This is an example of a connection example that connects a surveillance camera (for animation) and a surveillance camera (for still images), a viewing PC, a mobile terminal, and a measurement device to a recording server via a plurality of networks. but, The system is not limited to this. In this embodiment, Surveillance camera 400, Communication between 401 and recording server 100, It is performed using TCP with high reliability after communication is established. but, It is also a UDP that can send data quickly without establishing a conversation, and is excellent in timeliness. Whether through TCP, What is UDP protocol? Both were able to obtain portraits. Based on measurement data sent from recording devices such as various sensors, bar code reading devices, or RFID information reading devices to recording servers The presence or absence of triggers of 1 or plural types is detected. [0023] 1 recording server 100, It is available from multiple surveillance cameras 400, 401 and get a portrait. In this embodiment, Since the recording server 100 side automatically distributes network traffic, therefore, No network design is required. Just connect the camera to the port. Therefore, The operation system becomes very simple. also, Even when communication is interrupted, It's easy to start again. [0024] FIG. 2, It is a configuration diagram of a recording server of the first embodiment of the surveillance camera system of this embodiment. Video server 100, The department has: It is equipped with control of CPU101, device driver, etc. with memory 102 as flash memory, Calculation device And a memory device 110 having a main memory device such as a DRAM and an auxiliary memory device such as a hard disk; Communication control device with network interface 104, etc .; And a display 103 as a display device; And an input / output device composed of a keyboard 105, a mouse 106, and the like. In the memory device 110, A folder of portraits 111, And secondary image folders 112, And three image folders 116, And animated links, Combining various programs such as program 113, authentication database and environment setting folder, etc. And the operating system 114 is stored. The combined image data used as the combined image data of the third image data from the individual image data as the secondary image data, It is also stored in a folder in the memory device 110. also, The measurement data obtained from the measurement device, It is also stored in a folder in the memory device 110. and then, A database that correlates the types of measurement data of the measurement device with the cameras, It is also stored in the memory device 110. Link with animation, Combining various programs led by program 113, usually, Is stored in the auxiliary memory device of the memory device 110, It is loaded into the main memory device during execution. In a portrait folder 111, The camera portraits are saved as a single source, In the secondary image folder 112, It is an animation compression conversion of a certain amount of data accumulated in a portrait folder 111 for a certain time, And save as secondary image data. The secondary image data, It is an individual image data for the animation of the camera portrait taken by the camera. In the certification database, It stores the ID of the acceptance information as mobile terminal 200 and viewing PC300, password, Personally Identifiable Information (UID), And are stored as surveillance cameras 400, 401 and measurement device 700 access information IP address, Port number, ID, password. In this embodiment, Video server 100, In order to integrate the recording server and the terminal device and also to function as a terminal device that displays an image, Or for maintenance and management, And equipped with a display 103, And a keyboard 105 and a mouse 106 as input means. When it is not necessary to play the camera portrait at the recording server, The system may not have a terminal function as an image display device. In the environment settings folder, The acquisition timings of the images of each surveillance camera are stored, Interval between the creation of primary data and secondary image data, Compression conditions, The conditions for the layout of the three image data (combined with the image data), etc. Interval between the creation of primary data and secondary image data, Compression conditions, Measurement data acquisition timing, The measurement data created from the measurement data shows various conditions and layouts of the image. Video server 100, It's a setup server. but, Department can also be a cloud server. [0025] Again, The recording server in this embodiment, Has a database, The database, This is the playback unit time data for each type of measurement data for each measurement device. [0026] Recording server 100, By having the CPU 101 link the animation, Load the program 113 into the memory 102 and execute it. A computer function capable of performing the animation and editing processing in this embodiment is realized. CPU101, It is an arithmetic processing device installed in a general computer. Various programs are executed and various controls are performed. [0027] Recording server 100, Can be a server, It may also be a server group formed by a plurality of servers. E.g, For the secondary image folder, It can also save the secondary image data after a certain period (such as 24 hours), It is set as a secondary image folder which is set in another recording server which is different from the recording server from which the camera image is obtained. By saving the past saved data which is not frequently played, It becomes possible to monitor a larger number of cameras on the same network. [0028] The recording server 100, Connection with surveillance cameras, And every certain time (such as 1 second), Use the connected surveillance camera for still image photography to capture still images and input the captured camera images to the recording server. And every certain time (for example, 10 seconds), Continuously capture the animation by using the connected surveillance camera for surveillance photography and input the captured camera image to the recording server. And compress it to make a piece of data, It is then stored in the primary image file 111 of the memory device 110. after that, The primary data is combined at a certain time (for example, 10 minutes), and a time stamp is added to convert the secondary data into compressed secondary image data in the form of animation. In this embodiment, Secondary image data (that is, individual image data), Are data for the same amount of time, And all are adjusted to the same number of frames. In this embodiment, Individual image data set in units of 10 minutes, but, The system is not limited to this. [0029] In this embodiment, Image combination method, Is a trigger combination, And it is configured to display the images before and after the trigger for a certain time in a time series for one camera, and display them side by side and continuously, Or, for a single camera, combine the images before and after the trigger for a certain period of time and display them on one screen. Or for a plurality of cameras, the images before and after the trigger are combined and displayed on one screen. [0030] Recording server 100, Connection with the measuring device 700, And at regular intervals (for example, 5 minutes, 10 minutes, 1 hour) to obtain measurement data sent from the measurement device, Or the measurement device sends measurement data and obtains the measurement data at a certain time (for example, 1 second), And stored in a folder of the memory device 110. [0031] FIG. 3, It is a schematic diagram of a display method (temperature measurement example) in the case of the measurement server of the recording server database and the measurement device and the image in the first embodiment of the surveillance camera system of this embodiment. Video server 100, Tied to the database, It is equipped with a sensor master, which is connected to the measurement device key, information collection interval, and connection method for each measurement device, And the camera master file with the camera key and image collection interval and connection method for each camera, And for each measurement type (that is, a sensor item) of each measurement device, the sensor item key and the measurement device (sensor) key and the item name and unit are attached Sensor project main file, And the sensor item camera and camera key with the sensor item key and the camera key attached to it are connected. [0032] animation link, Combined with the program, A program used to make a computer implement the following functions: (1) trigger data extraction function, For each of the various categories of measurement data, From the measurement data, Choose those that meet the specified conditions, And extract the moment information of the measurement data as trigger data; (2) Individual image data selection function, For each of the cameras to which the type of measurement data is attached, And select from the folder 1 or a plurality of individual image data of a specific time zone containing the moment of trigger data; (3) Combined with image data creation function, For selected individual image data, In response to the need for plural links and / or the need for partial deletion, To link and / or partially delete, And used as combined image data; (4) Combined with image data creation function, The combination video data is combined into one animation as the combined video data; (5) Terminal connection function, Is connected to the terminal; (6) Reading request acceptance function, Accepting animation viewing requests from the terminal; (7) Sending function, The combined image data is sent to the terminal and displayed. Regarding the settings of which camera images are to be combined, The need for plural links and / or the need for partial deletion, Each of the triggers has time requirements for creating an image from a few minutes before the trigger to a few minutes after the trigger, Is to pick up the image of the camera based on the trigger of the measurement device, It is stored in the database of the recording server 100 as a combination condition in advance. [0033] In this embodiment, Animation links, Combined with the program, It is a program that further enables the computer to: (8) Measurement data display image creation function, It is all the types of measurement data displayed among the measurement data types to which the selected individual image data cameras are related, And select the measurement data in the specific time zone and create a measurement data display image, also, (4) The function of combining image data, To achieve the following general combined image data creation function: That is, For the combined image data that is displayed simultaneously among the combined image data, The frame number is adjusted to the same number and the frame interval is adjusted to be the same. For the combined image data that is displayed sequentially, Arranged in display order, Combining the measurement data display image with the combined image data, And combine all the adjusted combined image data into one animation, And as a combination of image data. [0034] In addition, In this embodiment, The rewind request, fast forward request, and playback request regarding the combined video data displayed on the terminal are accepted from the terminal. According to the requirements, the rewinding of the displayed combined image data, Fast forward, Play. [0035] In this embodiment, The secondary image data is created every certain time (for example, 10 minutes). If there is secondary image data, It can be combined into three-dimensional image data. Since it is only possible to trigger the presence of a plurality of cameras, Watching in one frame or continuously And send it from the recording server to the terminal as a single animation, Therefore, only a small amount of data is required. [0036] In this embodiment, Monitoring the connection between the camera and the recording server, It is carried out by TCP / IP. To identify surveillance cameras, Certification first, Requests for photography of camera portraits are made thereafter. The connection between the terminal and the recording server, It is also carried out by TCP / IP. And first confirm that the terminal is a terminal registered in the recording server, Then send the portrait. Certification, Ideally, the authentication is caused by the authentication database on the recording server. [0037] Recording server 100, At the beginning of each connection, IP addresses and port numbers of surveillance cameras, terminals, and measuring devices, UID for investigation, In a local environment (for example, When the connection between the camera, the terminal and the measuring device in the same LAN) is started, By using an IP address and port number, UID connection to specify the connection object, Authentication is performed with the user ID and password set on the recording server side. Video server 100, When connected to a surveillance camera located in a remote environment, such as via the Internet, By using the router's port transmission (also shown as port forwarding, etc.), Use the global IP address and port number to specify the connection target. Video server 100, When the connection with the mobile terminal 200 or the viewing PC 300 is started, Since the terminal is specified based on the terminal-specific information using the UID, Therefore, the authentication is based on the user ID and password, and the unique information of the terminal. It becomes possible to perform image display. [0038] FIG. 4, It is a block diagram of a measurement device (HTTP connection) of the first embodiment of the surveillance camera system of this embodiment. Measuring device 700 for HTTP connection, Department is accompanied by memory 702. and, The department has: Equipped with control of CPU701, device driver, etc. Calculation device And a memory device 710 having a main memory device such as a DRAM and an auxiliary memory device such as a hard disk; And an input / output device constituted by a communication control device such as a network interface 704 and the like, and a display 703 and the like as a display device. In the memory device 710, Is stored with a program containing data collection programs, etc. 713, And operating system 714, And HTTP server 717, And digital / analog conversion 718. Measuring device 700 for HTTP connection, E.g, It is a measuring device that can also be a commercially available HTTP connection type. CPU701, It is an arithmetic processing device installed in a common measuring device. Various programs are executed and various controls are performed. When measuring by analogy, The digital / analog conversion 718 stored in the memory device 710 is connected at the analog sensor 716, And convert it into digital data for data collection, Send the data to the recording server. Measuring device 700 of other connection methods, It also collects data. And send the data to the recording server. In the serially connected measuring device 700, It uses RS232C / RS485 serial device. Port connection (socket connection), It is the measuring device 700 of TCP / IP connection, The data is sent to the recording server through TCP / IP communication. [0039] FIG. 5, It is a block diagram of a terminal (mobile terminal) according to the first embodiment of the surveillance camera system of this embodiment. Mobile terminal 200, Department is accompanied by memory 202. and, The department has: Equipped with control of CPU201, device driver, etc. Calculation device And memory device 210, And communication control devices for transmitting and receiving data; And a display 203 as a display device; And input / output devices such as operation keys or touch panels. In the memory device 210, The image display program 213 and the operating system 214 are stored. Mobile terminal 200, For example, mobile phones such as smartphones, And by having the CPU 201 load the image display program 213 into the memory 202 and execute it, To realize the function of a computer that can perform the portrait display of this embodiment. CPU201, It is a calculation processing device installed in a common mobile terminal. Various programs are executed and various controls are performed. [0040] In this embodiment, Recording server 100 and viewing PC300, Are constructed as personal computers, In addition, it has the clock functions of ordinary personal computers. Mobile terminal 200, It also has a clock function. [0041] FIG. 6, It is a block diagram of a terminal (PC) according to the first embodiment of the surveillance camera system of this embodiment. Reading PC300, Department is accompanied by memory 302. and, The department has: Equipped with control of CPU301, device driver, etc. Calculation device And a memory device 310 having a main memory device such as a DRAM and an auxiliary memory device such as a hard disk; And a communication control device via a network interface 304, etc., and a display 303 as a display device, Keyboard 305, Input / output device composed of mouse 306 and the like. In the memory device 310, The image display program 313 and the operating system 314 are stored. Reading PC300, Such as a desktop PC or a notebook PC, Tablet terminal, etc. The CPU 301 loads the image display program 313 into the memory 302 and executes it. The function of a computer capable of displaying an image in this embodiment is realized. CPU301, It is an arithmetic processing device mounted on a normal PC. Various programs are executed and various controls are performed. [0042] portrait display program, It is a terminal connection function used to enable the computer to connect with the recording server, Image display function program for displaying images sent from the recording server. [0043] In this embodiment, Portrait display program, As a more desirable aspect, Programs that are used to make the computer also perform the following functions: That is, Accept input for rewind or fast forward requests, And for the recording server, the rewinding of the image before or after the amount of a certain unit of the combined image data that is the three image data, Fast forward request function. [0044] In this embodiment, Since the images from multiple cameras are combined and animated, therefore, It can rewind the images of all cameras in the display, Fast forward. [0045] With animation links, A program that combines an animation viewing method of a program and an image display program, It is used to make the computer execute the steps caused by each program. 004 [0046] Various sensors and bar code reading devices and RFID information reading devices installed together with surveillance cameras, Network or serial connection with the recording server. Or send the information converted by the repeater to the recording server. E.g, When a door opening / closing sensor is installed together with a surveillance camera mounted on a truck, The door opening and closing information and the camera image are sent to the recording server. Recording server, Database management for sensor information. In contrast to the animation combination instructions, the purpose is to generate the combined image data for the purpose. E.g, When a plurality of surveillance cameras and RFID information reading devices are installed on the conveyor belt where the product is manufactured, The surveillance camera and the RFID information reading device are related to each other in advance, And the information loaded into the RF tag of the product is read by a reader, And the place is managed by information. [0047] In this embodiment, It is equipped with a surveillance camera 400 for capturing images through a network 500, 401 connected to the recording server 100, And a terminal 200 connected to the recording server 100 via the network 500 and displaying an image, 300, At the recording server 100, There are various means, It is connected to the surveillance camera, And every certain time (such as 1 second), Use the connected surveillance camera for still image photography to capture still images and input the captured camera images to the recording server. And every certain time (for example, 10 seconds), Continuously capture the animation by using the connected surveillance camera for surveillance photography and input the captured camera image to the recording server. And compress it to make a piece of data, It is then stored in the primary image file 111 of the memory device 110. after that, The primary data is combined at a certain time (for example, 10 minutes), and a time stamp is added to convert the secondary data into compressed secondary image data in the form of animation. and then, At the recording server 100, Department is also set with: (1) trigger data extraction methods, For each of the various categories of measurement data, From the measurement data, Choose those that meet the specified conditions, And extract the moment information of the measurement data as trigger data; (2) individual image data selection methods, For each of the cameras to which the type of measurement data is attached, And select from the folder 1 or a plurality of individual image data of a specific time zone containing the moment of trigger data; (3) Combined with image data creation methods, For selected individual image data, In response to the need for plural links and / or the need for partial deletion, To link and / or partially delete, And used as combined image data; (4) Combined with image data production methods, The combination video data is combined into one animation as the combined video data; (5) terminal connection means, Is connected to the terminal; (6) Means of accepting reading requirements, Accepting animation viewing requests from the terminal; (7) Sending means, The combined image data is sent to the terminal and displayed. [0048] In this embodiment, Video server 100, The department further has: (8) The measurement data shows the means of image creation, It is all the types of measurement data displayed among the measurement data types to which the selected individual image data cameras are related, And select the measurement data in the specific time zone and create a measurement data display image, also, (4) the method of combining image data, It has become the following general means of creating image data: That is, For the combined image data that is displayed simultaneously among the combined image data, The frame number is adjusted to the same number and the frame interval is adjusted to be the same. For the combined image data that is displayed sequentially, Arranged in display order, Combining the measurement data display image with the combined image data, And combine all the adjusted combined image data into one animation, And as a combination of image data. [0049] In this embodiment, Video server 100, By the aforementioned hardware structure and animation link, Combined with program 113, It functions as a means of (1) to (8). [0050] Again, At the terminals (mobile terminal 200 and viewing PC300), The system settings are: (1) the image display means for displaying the image sent from the recording server 100, (2) Rewind requirements, fast forward requirements, and playback methods. [0051] In this embodiment, Terminal 200, 300, Based on the aforementioned hardware configuration and image display program 213, 313, It functions as a means of (1) to (2). E.g, When playing on the day after the recording, etc., Select the day and time of the video you want to play. And will be called by the file converted into 2 data in 10 minute units, And play. It can also rewind or fast forward during playback. [0052] The surveillance camera system of this embodiment, A video server connected to a group of cameras for still images or animation via the Internet. At certain times, Use TCP / IP to obtain camera portraits from the aforementioned camera groups and still images or animations. And compress it to make a data, For a certain period of time, It is maintained in a state of data once for preservation. After a certain period of time, It is converted into the secondary image data of the highly compressed animation file with time stamp information and saved again. In this embodiment, H. 264 format for compression and conversion to an animation file. Furthermore, it is a combination of a plurality of individual image data, which is a secondary image data, in a form formulated in a recording server or a form that follows the hope from a terminal, and simultaneously The combined animation is displayed in parallel in combination, and the three-time image data (that is, the combined image data) is created and displayed at the terminal. [0053] The surveillance camera system of this embodiment only needs to perform the necessary part viewing, and can improve the visibility during subsequent confirmation. The system can simultaneously play the animations of a plurality of cameras, for example, it can shorten the time from the detection of the problem until the cause of the problem is identified. [0054] (Processing Procedure) Next, the processing of the animation combining method in the first embodiment of the surveillance camera system of the present embodiment described above and the animation viewing method of the first embodiment using the animation combining method of the present embodiment are processed. The procedure is explained. In addition, the description of the processing procedure using the drawings is an example of using a thermometer, an example of an automatic door, and an example of truck delivery. No matter which one is, the basic processing procedure is the same, but the type of the measurement device, the type of the trigger, and the combination conditions are different. [0055] The animation viewing method in the animation combining method of this embodiment causes the recording server to perform each of the following steps, wherein the recording server is connected to one or a plurality of cameras through the network It is connected to 1 or more measuring devices and 1 or more terminals, and has a database, which uses the camera portraits taken by the aforementioned cameras as an animation to make them in the folder as individual image data. Save and save the measurement data obtained from the measurement device in a folder, and add the correlation between the type of measurement data of the measurement device and the camera. These steps include: (1) triggering The data extraction step is for each of the various types of measurement data, and selects from the measurement data that meets the specified conditions, and extracts the time information of the measurement data as trigger data; (2) individual images The data selection step is to select from a folder for each of the cameras to which the measurement data type is associated. The combination of individual image data in a specific time zone containing the time of the trigger data or a plurality of individual image data; (3) The combination of image data creation steps is based on the selected individual image data and responds to the need for multiple links Whether or not and / or partial deletion is required, to link and / or partially delete, and use them as combined image data; (4) measurement data selection step is for the camera with the selected individual image data Add all the types of measurement data related to connectivity, and select the measurement data in the specific time zone mentioned above; (5) The step of combining the image data is to combine the combined image data into one animation as the combined image data; ( 6) The sending step is to send the aforementioned combined image data to the terminal and display it. [0056] Furthermore, in this embodiment, after the measurement data selection step of (4) and before the combined image data creation step of (5), it further includes: (8) the measurement data display image creation step, For all types of measurement data displayed among measurement data types that are associated with the selected individual image data cameras, select the measurement data in the aforementioned specific time zone and create a measurement data display image, In addition, the combined image data creation step of (5) is the following general combined image data creation step: that is, for the combination image data displayed at the same time among the combination image data, the number of frames is calculated. Adjust to the same number and adjust the frame interval to be the same. For the combined image data to be displayed in order, arrange them in the display order, combine the measured image display image into the combined image data, and adjust the All the combined image data are combined into a single animation and used as the combined image data. [0057] In the recording server, the camera portraits sent intermittently or continuously from the plurality of surveillance cameras are saved as a single piece of data in a single portrait folder, The secondary image data created by the data is stored in the secondary image folder. Secondary image data are individual image data made from the camera's portrait into an animation form and stored in a folder. At a point in time after the creation of the individual image data as a target, since it can respond to the display request of the combined image data from the terminal, it can be used for the images of the multiple cameras at a earlier stage. For confirmation, readability is high. [0058] In this embodiment, the types of cameras, triggers, and the combination methods are stored in the recording server in advance. However, they can also be configured as a selection of a camera that is first accepted as a target for playback from a terminal. And trigger selection, and then accept the selection of the combination method of the image, and then link and combine the individual images based on the accepted combination method to make the terminal display. [0059] In this embodiment, all the cameras selected by the recording server in a method established in advance are used, and the individual image data of a specific time zone containing the time of trigger data is made for each camera. 1 or more options. The method of combining animation in this embodiment, for example, is to make only the images before and after the temperature measured by the temperature and humidity sensor to which a specific camera is connected is a certain temperature or more. It is a useful combination method for continuous confirmation, or for one-time confirmation of images of cameras set in plural directions only when the door is opened. [0060] If an animation viewing request is accepted from a terminal, in this embodiment, it is 1 or plural for individual image data in a specific time zone including the time when trigger data is included for all selected cameras. Of choice. The trigger data is the time information of the measurement data selected to meet the conditions specified for each of the measurement data types. For example, if the description is based on the example shown in FIG. 3, the measurement device "temperature hygrometer A" (key key S01), which is a temperature and humidity sensor, is connected to the camera 001 (key C01). The type of measurement data is temperature (key I01) and humidity (key I02). When the temperature (key I01) specified as one of the types of measurement data is 25 ° C or higher, When the temperature and humidity sensor (key SO1) is used to record measurement data (key I01) at 25 ° C or higher, the information is from 12: 5 to 12: 7 and from 13:15. The data is triggered until 13:20, and when the measurement device is a temperature and humidity sensor and the type of measurement data is temperature (key I01), it is from 12: 5 to 12: 7. And from 13:15 to 13:20, if the specific time zone containing the trigger data is set to 2 minutes before and 3 minutes after, the selected camera 001 (key key CO1) Individual video data is from 12:30 to 12:10 and Data from 13:13 to 13:23. [0061] In a case where the display method is for simultaneous display of images from a plurality of cameras, a temperature-humidity measuring device "temperature hygrometer A" which is related to the camera 001 (key C01) is added. The type of measurement data (key S01) is temperature (key I01) and humidity (key I02), and the conditions specified for the temperature (key I01) which is one of the types of measurement data are When it is 25 ° C or higher, the time information when the measurement data (key I01) of 25 ° C or higher is recorded by the temperature and humidity sensor is from 12: 5 to 12: 7, and The camera 002 (key C02), which is another camera, has a related temperature and humidity sensor "thermometer B" (key S02), and the same specified conditions are set. The temperature and humidity sensor (metal Key SO2) and the time information recorded when the measurement data is above 25 ℃ is from 13:15 to 13:20, the data is triggered. When the measurement device is a temperature and humidity sensor (key S01) , Key S02) and measurement data When the type is temperature (keys I01 and I03), camera 001 (key C01) will be from 12: 5 to 12: 7, and camera 002 (key C02) will be from 13 o'clock. From 15 minutes to 13:20, if the specific time zone containing the trigger data is set to 2 minutes before and 3 minutes after, the selected individual image data will be on camera 001 (key CO1) The data is from 12: 3 to 12:10, and the data from camera 002 (key C02) is from 13:13 to 13:23. Individual image data from camera 001 (key CO1) from 12.3 to 12:10 and camera 002 (key C02) from 13:13 to 13:23 , And "the frame interval and the number of frames are adjusted to the same number among the data, and the adjusted combined image data is displayed on one screen in a divided manner to be synthesized into one animation" The person or the person who "combined the measurement data display image with the adjusted combined image data to create one animation" is the combined image data. [0062] When the display method is a continuous display for a video from one camera, the display method is as follows. FIG. 7 is a schematic diagram of an animation connection method (a thermometer measurement example) in Embodiment 1 of the animation combination method of this embodiment. If the specified condition is for a temperature (hygrometer A01) (key S01) whose measurement data type is temperature (key I01), it is set to 30 ° C, and a specific time zone containing the time of triggering the data, Set the previous 2 seconds and the next 5 seconds, and set the animation unit to 1 hour, then the camera 011 (key C01) will be from 12:26:25 to 12:26:37 The individual image data up to 12: 28: 6 seconds and 12:28:13 seconds are linked as the combination image data, and the combination image data or a specific type of measurement data will be combined The measurement data (I01, I02, and I03) display data is combined with the combined image data to create a single animation data, which becomes the combined image data. [0063] When the display method is the simultaneous display of images from one camera, the individual image data from 12:26:25 to 12:26:37 for the camera and from 12:28 Individual image data from 6 minutes to 12:28:13, and "the frame interval and the number of frames are adjusted to the same number among the data, and the adjusted combined image data is all 1 Those who divide and display on each screen to synthesize into one animation "or those who" combined the measurement data display image with the adjusted combined image data to create one animation "are the combined image data . [0064] FIG. 8 is a schematic diagram of a measurement data acquisition process (an example of an automatic door) according to the first embodiment of the animation combining method of this embodiment. If the recording server is a measurement device (for example, an HTTP connection sensor that becomes "ON" when the automatic door is "open" and "OFF" when it is "closed"), it requires an HTTP communication connection , And complete the connection by user and password authentication, and require measurement data (sensor data) for the sensor at a certain time, the measurement data obtained on the sensor side is sent to At the recording server, the acquired measurement data is stored in the device database of the recording server. [0065] FIG. 9 is a schematic diagram of an animation linking process (an example of an automatic door) according to Embodiment 1 of the animation combining method of this embodiment. If the viewing request is received from the terminal, the creation of the combined image data, which is the third image data, is started by a method set in advance on the recording server. In this embodiment, it is the link of the images of the same camera. According to the measurement device that will become the measurement data that the sensor will become "ON" when the automatic door is "open", the recording server will become " The time information of the ON data (that is, the trigger data) is set to 9: 5: 2, 9: 13: 7, 9:20:17, and the animation unit is set to 1 minute. When the start condition is set to the start of the animation unit containing trigger data and the end condition is set to the end of the animation unit containing trigger data, that is, one animation unit is generated as a unit of individual image data Animation of people entering and leaving around 9 o'clock. According to the secondary image data of the target camera (in the case of FIG. 9, it is the camera on the front of the automatic door), based on the trigger data, as the individual image data, pick one from 9: 5: 0. Video data of minutes, video data of 1 minute from 9: 13: 0 seconds, video data of 1 minute from 9: 20: 0 seconds, and linking these animations in time series to create The combined image data is used as a single animation and saved as the combined image data (that is, the third image data). [0066] FIG. 10 is a schematic diagram of a linking operation procedure in the first embodiment of the animation combining method according to this embodiment. The individual image data of the camera that is related to the "1st trigger data" is the image of camera CAM01 from 10:00 and the image from 10:20 and from 10:30 The image of the camera is related to the second trigger data. The individual image data of the camera is the image of the camera CAM01 from 10:40, and the image of the CAM03 from 10: 00 and 10. In the case of the image from 20 minutes, the image from 10:10 of CAM04, and the image from 10:20 of CAM06 ", when the first trigger is selected as the trigger, the CAM01 The images from 10:00 are combined with the images from 10:20 and the images from 10:30. When triggering the situation that overlaps with other individual image data at the same time, it is to divide the time sequence picture into multiple pictures based on the superimposed camera picture and make one picture or to use time series Simply specify side by side. When the second trigger is selected as the trigger, when there is a plurality of images at the same time and combined, the images of 10:20 of CAM03 and CAM06 are displayed on one screen. And synthesizing the images in a plurality of cameras in a chronological order of shooting. For example, for CAM01, the trigger image of the black circle is connected each day (the number of frames is the same), and it becomes the same image as CAM01_201604151 in the lower left of FIG. 10. CAM01_201604151, after the time when the subject camera image is completely completed, is started from the pickup. In the case of the black circle trigger, the secondary image data completed last is CAM01_1030, so the third image data of the target camera CAM01 is started after 10:30. The completion time becomes unknown. It is the same as the image that links the trigger images of white circles for multiple cameras (the number of frames is the same), and the multiple images of the overlapping cameras are divided into one screen, which becomes like CAM_201604152 general image at the bottom right of Figure 10. [0067] A method for linking a plurality of individual image data, for example, when the individual image data for 10 minutes from 9:20 and the individual image data for 10 minutes from 9:30 and from 9:40 The individual image data of 10 minutes from the minute and the individual image data of 10 minutes from 9:50 are used to create the combined image data from 9:25 to 9:55. The images are linked and then trimmed by deleting the image for 5 minutes from 9:20 and the image for 5 minutes from 9:55. [0068] A method for adjusting the frame interval and the number of frames between the image data to the same number for the image data of a plurality of combinations, when the individual image data at the source is, for example, the cameras of A, B, and C, and the camera of A Once the data is 1 frame for 1 second, the data for camera B is 5 frames for 1 second, and the data for camera C is 10 frames for 1 second, all of them are set to 1 second. In the case of the animation of the five frames, the short frame is used to make up for the shortcomings, and the too many frames are removed. [0069] FIG. 11 is a schematic diagram of a frame number adjustment operation procedure in Embodiment 1 of the animation combining method of this embodiment. A method for adjusting the frame interval and the number of frames between the image data to the same number for the image data of a plurality of combinations. When the individual image data at the source is, for example, cameras A, B, and C, the primary data of the A camera 1 frame for 1 second, 5 frames for 1 second for camera B, and 10 frames for 1 second for camera C, all are set to 1 second and 5 frames In the case of the animation of the frame, the short frame is used to make up for the shortcomings, and the excessive frame is removed. [0070] FIG. 12 is a schematic diagram of a monitoring camera installation condition (a truck delivery example) in the first embodiment of the animation combining method of this embodiment. In the setting example of the surveillance camera shown in FIG. 12, surveillance cameras (T cameras) and door opening / closing sensations are installed at the rear section of the truck and at each collection point. The image of the continuous T camera is sent to the recording server, and when the door is opened, it becomes the measurement data of "ON", and it becomes the time information of "ON". It is stored in the recording server as trigger data. Furthermore, at the A site, the B site, and the C site, which are collection points of a truck, the information of the RF tag embedded in the box of the product and the like is read, and the passage of the location is provided. The RFID reading device for information management, and the surveillance cameras (A to C cameras) of each collection site are connected to the RFID reading devices of each site to add correlation and continuity to each other. The image is sent to the recording server, and the data of the location pass information is sent to the recording server, together with the location pass information, the time information when the location pass information is read It is stored in the recording server as trigger data. It is also possible to detect the entry of trucks to various bases by RFID. [0071] FIG. 13 is a schematic diagram showing secondary image data (a truck delivery example) of a surveillance camera in Embodiment 1 of the animation combining method of this embodiment. At the A site, the truck opened the door to unload the cargo between 9:30 and 9:45, and obtained the location pass information by reading the device. At the B site, the truck was at 11 o'clock. During the period of 20 minutes to 11:40, the door was opened to unload the cargo, and the location passing information was obtained by reading the device. At the C base, the truck locked the door between 15:00 and 15:25. When the cargo is opened and unloaded, and the location passing information is obtained by reading the device, the continuous image data of camera A, camera B, camera C, and camera T are stored in the secondary image data. Continuous image data. At the T camera, the system only lights up when the door is opened, so except for 9: 30-9: 45, 11: 20--11: 40, and 15: 00--15: 25 In addition, it becomes a completely black image. In the example shown in FIG. 12, a camera mounted on a truck is used to capture a conveyor belt device at each site, and a camera from each site is used to capture the unloading status of the truck. [0072] FIG. 14 is a schematic diagram of an animation linking process (a truck delivery example) according to Embodiment 1 of the animation combining method of the present invention. For camera A, camera B, camera C, and camera T, if the trigger data is set to read the information at the location of the RFID reading device, that is, it is set to 9:30 to 9 at the A site. 45 minutes, 11:20 to 11:40 at the B site, 15:00 to 15:25 at the C site, and 9 at the truck door sensor From 30: 9 to 9:45 and 11:20 to 11:40 and 15:00 to 15:25, the trigger data is extracted first and used as individual image data, and 9 points are picked. Images from camera A and camera T from 30 to 9:45, camera B and camera T from 11:20 to 11:40, camera C from 15:00 to 15:25 and camera T The image of the camera is then animated to create the combined image data, and the frame adjustment is performed for all the combined image data and combined into one animation to create the combined image data (that is, the three-dimensional image data) and Make save. [0073] FIG. 15 is a schematic view showing a display screen (an example of delivery of a truck) of the first embodiment of the animation combining method of the present invention, which is matched with the opening and closing of the door of the truck to ensure the image, and is set on the truck RFID to identify the arrival of each base. The camera of the truck (T camera) is combined with the cameras of each base (cameras A, B, and C), and each of them is connected to generate an image. [0074] Combining the image data, the images of the A camera and the T camera from 9:30 to 9:45 and the images of the B camera and the T camera from 11:20 to 11:40 and 15:00 At 15:25, the images of camera C and camera T are combined into one animator, and the images of each site and the truck can be confirmed at the same time in a short time. Even in different time zones, it can be displayed on one screen for all cameras. In addition, when only one camera is used as a target and only triggering actions are combined, for example, it is possible to target a camera installed in a container during delivery of a truck or the like. The images are collected only when the door is open. In this case, by dividing the screen and viewing it all at once, or by combining and linking the first animation without dividing the screen, it is also possible to proceed in the event of customer complaints. To confirm the current situation, or to confirm the operation method of the person who makes the delivery fast. Triggered information depends on the situation and can be set to various configurations such as when the door is opened or closed, or when the image is brightened. If RFID or barcode is installed in the carton, it can also be used to pass through the gate All the time-lapse images are combined. [0075] (Effects) According to this embodiment, it is only necessary to read the necessary part, which can improve the readability at the time of subsequent confirmation. It is possible to play back one or more camera animations at the same time. For example, it can shorten the time from the detection of a problem such as abnormal temperature, confirmation of an entrant, or loss of goods until the cause of the problem is identified. [0076] In more detail, according to this embodiment, it is a simple viewing that is not a unit of time, and a new use of animation can be generated in a new way. For example, based on the batch (carton) unit at the manufacturing site or the delivery timing of the goods in the delivery truck, etc., the visibility at the time of subsequent confirmation can be improved. In addition, it can delete unnecessary video information. Furthermore, by developing software for a unique player, it is also possible to enlarge and display the target animation from detailed three-dimensional image data combined for detailed viewing. [0077] If the animation combining method according to this embodiment is used, only the images with triggers can be collected and viewed at one time, so the visibility can be improved. [0078] Until now, camera images were viewed only when a problem occurred. However, if the surveillance camera system according to this embodiment can be confirmed in a short time, the system can also be checked. Daily inspections are effective in improving business and early detection of suspicious actions. In addition, when it is sufficient to only combine image data (that is, three image data), by deleting not only the primary data of the source but also the secondary image data, the storage capacity can be greatly increased. Deletions. [0079] According to this embodiment, it is possible to reduce the labor required to view a large number of animations when a problem occurs and it takes a long time. In addition, even if multiple simultaneous readings are performed in the service, it will not cause a burden, so it can improve the business. In addition, since the system is to watch a larger amount of the saved animation, the stopping power system is increased. It is also possible to confirm the authenticity of customer complaints and the like at the time of delivery. In addition, as an additional effect caused by this, it can be inferred that false customer complaints against the delivery company will also be reduced. [0080] According to this embodiment, even if the number of frames is reduced with respect to a part of the camera image, it is possible to create three-dimensional image data that is meaningful as a whole. [0081] In addition, this embodiment is not limited to the above-mentioned embodiment, and various modifications can be made without departing from the gist of the embodiment. In addition, the constituent elements of each of the embodiments described above can be arbitrarily combined without departing from the gist of the embodiments. [0082] It is also possible to record a program for implementing each process of the recording server of each embodiment in a computer-readable recording medium as a program product, and the program recorded in the recording medium may be read It enters the recording server and executes it by the processor, thereby performing the above-mentioned various processes related to the recording server of each embodiment. [0083] It can also be implemented as an information processing system in which each processing of the recording server of each embodiment is performed by a plurality of information processing devices. In this case, the information processing system is an information processing system used in a surveillance camera system, and is connected to one or a plurality of cameras and one or a plurality of measuring devices and one or a plurality of measuring devices and one or more through a network. An information processing system connected to a plurality of terminals. This information processing system is provided with a trigger data extraction section for each of various types of measurement data, and selects those that meet the specified conditions from the measurement data obtained by the aforementioned measurement device. The time information of the measurement data is extracted as trigger data; and the individual image data selection section refers to a memory device that memorizes the measurement data type of the aforementioned measurement device and the camera in association with each other, and for each device that is associated with the Each type of measurement data is added to each of the related cameras, and 1 or a plurality of individual image data is selected. The individual image data is a set of individual image data in which a camera image taken by the foregoing camera is animated, and Contains individual image data in the time zone of the time when the aforementioned trigger data is included; and the combined image data creation department is based on the individual image data selected previously, and is required to be plurally linked or not and / or partially deleted Or not, to link and / or partially delete and use them as combined image data; The combined image data creation unit synthesizes the aforementioned combined image data into a single animation as the combined image data.

[0084][0084]

100‧‧‧錄影伺服器100‧‧‧Recording server

101‧‧‧CPU101‧‧‧CPU

102‧‧‧記憶體102‧‧‧Memory

103‧‧‧顯示器103‧‧‧Display

104‧‧‧網路介面104‧‧‧Interface

105‧‧‧鍵盤105‧‧‧ keyboard

106‧‧‧滑鼠106‧‧‧Mouse

110‧‧‧記憶裝置110‧‧‧Memory device

112‧‧‧二次影像資料夾112‧‧‧ secondary image folder

113‧‧‧動畫連結、結合程式113‧‧‧animation link, combination program

114‧‧‧作業系統114‧‧‧Operating System

116‧‧‧三次影像資料夾116‧‧‧Three image folders

200‧‧‧行動終端200‧‧‧ mobile terminal

201‧‧‧CPU201‧‧‧CPU

202‧‧‧記憶體202‧‧‧Memory

203‧‧‧顯示器203‧‧‧Display

210‧‧‧記憶裝置210‧‧‧Memory device

213‧‧‧畫像顯示程式213‧‧‧Portrait display program

214‧‧‧作業系統214‧‧‧operating system

300‧‧‧閱覽PC300‧‧‧view PC

301‧‧‧CPU301‧‧‧CPU

302‧‧‧記憶體302‧‧‧Memory

303‧‧‧顯示器303‧‧‧Display

304‧‧‧網路介面304‧‧‧Interface

305‧‧‧鍵盤305‧‧‧Keyboard

306‧‧‧滑鼠306‧‧‧Mouse

310‧‧‧記憶裝置310‧‧‧Memory device

313‧‧‧畫像顯示程式313‧‧‧Portrait display program

314‧‧‧作業系統314‧‧‧operating system

400‧‧‧監視用攝影機（靜止畫像用）400‧‧‧ surveillance camera (for still images)

401‧‧‧監視用攝影機（動畫用）401‧‧‧ surveillance camera (for animation)

500‧‧‧網路500‧‧‧Internet

600‧‧‧路由器600‧‧‧ router

700‧‧‧計測裝置700‧‧‧ measuring device

701‧‧‧CPU701‧‧‧CPU

702‧‧‧記憶體702‧‧‧Memory

703‧‧‧顯示器703‧‧‧Display

704‧‧‧網路介面704‧‧‧Interface

710‧‧‧記憶裝置710‧‧‧Memory device

713‧‧‧程式713‧‧‧program

714‧‧‧作業系統714‧‧‧operating system

716‧‧‧類比感測器716‧‧‧ analog sensor

717‧‧‧HTTP服務717‧‧‧HTTP service

718‧‧‧D／A轉換718‧‧‧D / A conversion

[0004] 　　［圖1］係為對於本實施形態之監視攝影機系統的實施例1之網路構成的其中一例作展示之圖。　　［圖2］係為本實施形態之監視攝影機系統的實施例1之錄影伺服器的構成圖。　　［圖3］係為在本實施形態之監視攝影機系統的實施例1之錄影伺服器的資料庫和計測裝置之計測資料以及畫像的情況時之顯示方法（溫度計測例）之示意圖。　　［圖4］係為本實施形態之監視攝影機系統的實施例1之計測裝置（HTTP連接）的構成圖。　　［圖5］係為本實施形態之監視攝影機系統的實施例1之終端（行動終端）的構成圖。　　［圖6］係為本實施形態之監視攝影機系統的實施例1之終端（PC）的構成圖。　　［圖7］係為本實施形態之動畫結合方法的實施例1之動畫連結方法（溫度計測例）之示意圖。　　［圖8］係為本實施形態之動畫結合方法的實施例1之計測資料取得流程（自動門例）之概略圖。　　［圖9］係為本實施形態之動畫結合方法的實施例1之動畫連結流程（自動門例）之概略圖。　　［圖10］係為本實施形態之動畫結合方法的實施例1之連結操作程序的示意圖。　　［圖11］係為本實施形態之動畫結合方法的實施例1之圖框數調整操作程序的示意圖。　　［圖12］係為在本實施形態之動畫結合方法的實施例1中之監視攝影機的設置狀況（卡車送貨例）之示意圖。　　［圖13］係為對於在本實施形態之動畫結合方法的實施例1中之監視攝影機的二次影像資料（卡車送貨例）作展示之示意圖。　　［圖14］係為本發明之動畫結合方法的實施例1之動畫連結流程（卡車送貨例）之示意圖。　　［圖15］係為本發明之動畫結合方法的實施例1之顯示畫面（卡車送貨例）之示意圖。[0004] FIG. 1 is a diagram showing an example of a network configuration of the first embodiment of the surveillance camera system of the present embodiment.图 [Fig. 2] is a block diagram of a recording server of the first embodiment of the surveillance camera system of this embodiment.图 [Fig. 3] is a schematic diagram of a display method (temperature measurement example) in the case of the measurement data of the recording server database and the measuring device in the first embodiment of the surveillance camera system of the present embodiment (temperature measurement example). [Fig. 4] Fig. 4 is a configuration diagram of a measurement device (HTTP connection) in the first embodiment of the surveillance camera system of this embodiment. [Fig. 5] is a configuration diagram of a terminal (mobile terminal) according to the first embodiment of the surveillance camera system of this embodiment. [Fig. 6] is a configuration diagram of a terminal (PC) according to the first embodiment of the surveillance camera system of this embodiment.图 [Fig. 7] This is a schematic diagram of the animation connection method (thermometry measurement example) of Embodiment 1 of the animation combination method of this embodiment.图 [Fig. 8] This is a schematic diagram of a measurement data acquisition process (an example of an automatic door) according to the first embodiment of the animation combining method of this embodiment.图 [Fig. 9] This is a schematic diagram of an animation linking process (an example of an automatic door) in Embodiment 1 of the animation combining method of this embodiment. [Fig. 10] is a schematic diagram of a linking operation procedure of the first embodiment of the animation combining method of this embodiment.图 [Fig. 11] is a schematic diagram of a frame number adjusting operation procedure of the first embodiment of the animation combining method of this embodiment. [Fig. 12] It is a schematic diagram of the installation status of a surveillance camera (a truck delivery example) in Embodiment 1 of the animation combining method of this embodiment. [Fig. 13] is a schematic diagram showing the secondary image data (a truck delivery example) of a surveillance camera in Embodiment 1 of the animation combining method of this embodiment. [Fig. 14] is a schematic diagram of an animation linking process (an example of truck delivery) in Embodiment 1 of the animation combining method of the present invention.图 [Fig. 15] is a schematic diagram of a display screen (an example of truck delivery) in Embodiment 1 of the animation combining method of the present invention.

Claims

An information processing device is an information processing device used in a surveillance camera system, and is an information processing device that is connected to one or a plurality of cameras and one or a plurality of measurement devices for photographing an image via a network. It is characterized by: (i) having a processor, (ii) the aforementioned processor, performing the following steps: (ii) the trigger data extraction step, for each of various types of measurement data, from the measurement data obtained by the aforementioned measurement device, Select those that meet the specified conditions and extract the time information of the measurement data as trigger data; and the individual image data selection steps refer to adding the measurement data type of the aforementioned measurement device to the camera in association with each other for memory Memory device, and for each of the cameras attached to the type of measurement data, 1 or a plurality of individual image data is selected, and the individual image data is for setting the portrait of the camera taken by the aforementioned camera Individual video data in the form of animation, and The individual image data in the time zone of the time when the data was triggered; and the step of combining the image data to create the individual image data selected in the foregoing, in response to the need for plural links and / or the need for partial deletion, To perform linking and / or partial deletion, and use them as combined image data; and the combined image data creation step is to synthesize the aforementioned combined image data into a single animation as the combined image data.

The information processing device described in item 1 of the scope of the patent application, wherein: the aforementioned processor is further implemented: the measurement data display image creation step is directed to the camera which is associated with the selected individual image data Among the types of measurement data displayed, the measurement data of the specific time zone is selected and the measurement data display image is created. The aforementioned combined image data creation step is to synthesize the foregoing measurement data display image to the aforementioned combination image. In the data, the combined combined image data is combined into a single animation, which is used as the aforementioned combined image data.

The information processing device described in item 1 of the scope of the patent application, wherein: 前述 In the step of generating the combined image data, the processor is configured to simultaneously display the combined image data among the combined image data and display the combined image data. The number of picture frames is adjusted to the same number and the frame interval is adjusted to be the same, and / or the combined image data to be displayed in order is arranged in the display order, and thus the aforementioned combined image data is created.

According to the information processing device described in item 1 of the scope of patent application, wherein is further connected to one or a plurality of terminals via a network, the aforementioned processor is further implemented: a sending step is to combine the aforementioned combined image data Send to the aforementioned terminal.

An information processing system is an information processing system used in a surveillance camera system, and is an information processing system that is connected to one or a plurality of cameras and one or a plurality of measuring devices through a network. The characteristics are as follows: The trigger data extraction unit is for each of various types of measurement data, and selects those that meet the specified conditions from the measurement data obtained by the aforementioned measurement device, and The time information of the measurement data is extracted as trigger data; and the individual image data selection section refers to a memory device that memorizes the measurement data type of the aforementioned measurement device and the camera in association with each other, and for each of the measured data Each of the related cameras is added to the category, and 1 or a plurality of individual image data is selected. The individual image data is a set of individual image data in which an image of the camera taken by the foregoing camera is animated, and includes Individual image data in the time zone of the moment of the aforementioned triggering data; and The image data creation unit is based on the individual image data selected above, and is linked and / or partially deleted according to the need for plural links and / or the need for partial deletion, and used as a combination respectively. Image data; and a combined image data creation unit, which synthesizes the aforementioned combined image data into a single animation as the combined image data.

An information processing method is an information processing method used in a surveillance camera system. The surveillance camera system is provided with one or a plurality of cameras and one or a plurality of measuring devices. 画像 The information processing method has the characteristics In order, the system includes: The trigger data extraction step is for each of various types of measurement data, and from the measurement data obtained by the aforementioned measurement device, a person who meets the specified conditions is selected, and the The time information of the measurement data is extracted as trigger data; and the individual image data selection steps refer to a memory device that memorizes the measurement data type of the aforementioned measurement device and the camera in association with each other, and for each type of measurement data Attach each of the related cameras and select 1 or a plurality of individual image data. The individual image data is the individual image data in which the portrait of the camera photographed by the aforementioned camera is animated and includes the foregoing. Individual image data at the time of triggering the data The step of creating and combining image data is based on the individual image data selected above, and is linked and / or partially deleted in response to the need for multiple links and / or the need for partial deletion, and as separate The combined image data and the combined image data creation step are to synthesize the aforementioned combined image data into one animation as the combined image data.

A program product is a program product used in a surveillance camera system. The surveillance camera system is provided with one or a plurality of cameras and one or a plurality of measuring devices. The program product is characterized by: The following steps are performed: The trigger data extraction step is for each of the various types of measurement data, and from the measurement data obtained by the aforementioned measurement device, a person who meets the specified conditions is selected and the measurement is performed. The time information of the data is extracted as trigger data; and the individual image data selection steps refer to a memory device that memorizes the measurement data type of the aforementioned measurement device and the camera in association with each other, and attaches each of the measurement data types to the measurement data type. For each of the connected cameras, one or a plurality of individual image data is selected, and the individual image data is an individual image data in which a camera image taken by the foregoing camera is set as an animation, and the trigger includes the foregoing trigger. Individual image data at the time of the data; and The step of combining the image data is based on the individual image data selected above, and the linking and / or partial deletion is performed in accordance with the need for plural links and / or the need for partial deletion. The use of image data; and the step of creating combined image data are to synthesize the aforementioned combined image data into one animation as the combined image data.