M439847 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種自動增量雲端備份系統，特別是指一 種使備分效率更高、網路傳送速度更快的自動增量雲端備份 糸統。 【先前技術】 按，近年來受到資訊科技的進步，人們日常的生活及工 ®作已廣泛的創造與運用到各種數位―資料，一但這些數位資料 遭受系統損壞、電腦病毒/木馬/蠕蟲/間諜與惡意程式感染、 駭客侵入、或因天災人禍而造成系統内數位資料損壞時，不 僅對使用者造成相當的困擾，尤其是各種金融或研究實驗資 料的遺失，甚至可能造成無法估計的損失，因此數位資料的 安全問題一般是資訊人員亟欲克服的問題；為了因應知識經 濟的大量數位資料與多媒體檔案產出，有研究指出，關於個 人的資料，必須要有7個以上的備份才足夠，因此個人必須 ®特別著重個人資料的保護、儲存與備份。 有鑑於此，本創作提出一個可以讓使用者可有效率地進 行備份的系統。 【新型内容】 有鑑於此，本創作即在提供一種使備分效率更高、網路 傳送速度更快的自動增量雲端備份系統，為其主要目的者。 為達上揭目的，本創作之自動增量雲端備份系統至少包 3 M439847 括有：相互連接之雲端伺服裝置以及至少一主 服裝置設有控_組、比對模組、資訊摘要演^該雲端伺 模組以及至少-儲存模組，該 =^組、備份 以及備份模組係分別與該控制模組連接，===算模組 置内對應之儲存模組。 貞㈣動備缺該雲端祠服裝 中，’供主機每次在進行資料備份的過程 過程中佔用；量網二部份資料’如此便可解決備份 藉由網際網路所述之雲端娜裝置與主機係 有設定所述之雲端伺服裝置進-步設 份之目錄路徑。’、 疋自動備份之時間週期或指定備 有還:^迷==徵’所述之雲端伺服裝置進-步設 依據上述主要技^1貝料還原至指定的備份日期。 有加密模組，可提供^，’所述之雲端伺服裝置進一步設< 資訊的安全性。、’在網路上傳輸的加密功能，以確保 【實施方式】 本創作之特點， 獲得清楚地瞭解·。 >閱本案圖式及實施例之詳細說明而 本組成架構本較佳實施例自動增量雲端備份系統基 一圖本創作一較佳實施例自動増量雲 統1 f、系I統使用狀態圖所示，本創作之自動增量雲端備份系 糸至、夕包括有.雲端伺服裝置1 〇以及至少一主機;其中： ，，端伺服裝置10設有控制模組u、比對模組12、資訊 對算模組13、備份模組14以及至少—儲存模組15，該比 杵制i且!2、貧訊摘要演算模組13以及備份模組14係分別與該 ^主;^組u連接而該儲存模組15則與該備份模組14連接， 20係與該雲端伺服裝置10透過網際網路30構成連接， 私i儲存模組15則對應各主機2〇儲存其備份資料。 ，體使料，使用者可由該主額發出備份需求，並選 曰=錄進行備份’由該控制模組u接收備份指令，並接 料’再由該比對模組12以及#訊摘要演算模組^ =備f,資料與贿存模組15_儲存之備份_進行比對 貝丄，若經比對演算後内容相同或未f改變之欲備份資料， 資料ΐΐΠΓ反之，若經比對演算後内容不同或播案或 備份資料，則由該控制模組11啟動該備 物模組14進行備份，而將欲備份眘料白 知存模組Β内。 欲備伤貝枓自動備份儲存於對應之 其中，該比對模組可由主機所選擇指定的目錄，來比較 ，（主機及其所對應之儲存模組）目錄所包含的槽案内容， :在主機裡發現有新增的槽案，則直接將該檔 ？ =果，兩端目錄中有檔案名稱相同者， ^要 凊算模組進行演算。 疋主孩貝訊摘要 〜而該資減㈣算模_針對上述㈣定 鼻，其包含下列步驟： 田案進灯成 步驟1.演算出兩個槽案的總特徵碼，再比對兩總特徵 5 M439847 碼，若兩總特徵碼相同，代表此檔案未曾改變’不必進行備 份；反之，若兩總特徵碼不相同，代表此檔案有改變’則進 竹下一步驟。 步驟2·將檔案切割成若干個資料片段’再演算出各資 料片段的特徵碼。 步驟3.進行比對’若特徵碼相同，代表此資料片斷未曾 改變’不必進行備份；反之，若特徵碼不相同’代表此資料 片斷有改變，則進行備份，最後將各資料片斷重組成備份檔， 則完成資料備份。 值得一提的是’本創作可供主機每次在進行資料備份的 過程中，只備份與前一次有差異的部份資料，如此便可解決 備份過程中佔用大量網路頻寬的問題，並可增加備分效率。 再者，該雲端伺服裝置可進一步設有設定模組，可供使 用者設定自動備份之時間週期或指定備份之目錄路徑；或 者，進一步設有還原模組，可將備份的資料還原至指定的備 伤=期；亦或者’該雲端伺服裝置可進一步設有加密模組， 可提供資料在網路上傳輪的加密功能，以確保資訊的安全性。 少&_^所述’本創作提供一較佳可行之自動增量雲端備份 糸統’麦依法提呈新型專利之申請；本創作之技術内容及技 點已揭不如上，然而熟悉本項技術之人士仍可能基於本 之揭示而作各種不背離本案創作精神之替換及修飾。因 ^本之保護範圍應不限於實施例所揭示者，而應包括 種=月離本創作之替換及修飾，並為以下之申請專利範圍M439847 V. New Description: [New Technology Field] This creation is about an automatic incremental cloud backup system, especially an automatic incremental cloud backup system that enables higher backup efficiency and faster network transmission speed. . [Prior Art] According to the advancement of information technology in recent years, people's daily life and work has been widely created and applied to various digital-data, but these digital data suffer system damage, computer virus/trojan/worm /Spyware and malware infection, hacking intrusion, or damage to digital data in the system caused by natural disasters and human disasters, not only cause considerable trouble to users, especially the loss of various financial or research experimental data, and may even cause unestimable Loss, so the security of digital data is generally a problem that information personnel want to overcome; in order to respond to the large amount of digital data and multimedia file output of the knowledge economy, studies have pointed out that there must be more than 7 backups on personal data. Enough, so individuals must® special emphasis on the protection, storage and backup of personal data. In view of this, this creation proposes a system that allows users to efficiently back up. [New content] In view of this, this creation is to provide an automatic incremental cloud backup system with higher backup efficiency and faster network transmission speed as its main target. In order to achieve the goal, the automatic incremental cloud backup system of this creation includes at least 3 M439847 including: interconnected cloud server and at least one main device with control group, comparison module, and information summary The cloud server and the at least one storage module, the group, the backup, and the backup module are respectively connected to the control module, and the === computing module corresponds to the storage module.贞 (4) In the absence of the cloud 祠 clothing, 'for the host to take up the data backup process each time; the second part of the data network' can solve the backup by the Internet described cloud device and The host system has a directory path for setting the cloud server to the step-by-step setting. ‘, 疋 automatic backup time period or specified to have: ^ fans == levy said cloud server device step-by-step according to the above main technology ^ 1 material to restore to the specified backup date. There is an encryption module, which can provide ^,' the cloud server device further sets the security of the information. , 'Encryption function transmitted on the network to ensure [Implementation] The characteristics of this creation, get a clear understanding. <Detailed description of the drawing and the embodiment of the present invention, the present invention is an automatic incremental cloud backup system. The preferred embodiment automatically generates a cloud system 1 f. As shown, the automatic incremental cloud backup system of the present invention includes a cloud server device 1 and at least one host; wherein: the end server device 10 is provided with a control module u, a comparison module 12, The information comparison module 13, the backup module 14 and at least the storage module 15, the ratio i and the !2, the poor summary calculation module 13 and the backup module 14 are respectively associated with the main unit; The storage module 15 is connected to the backup module 14, and the 20 is connected to the cloud server 10 via the Internet 30, and the private storage module 15 stores the backup data corresponding to each host 2. The body can make a backup request from the main amount, and select 曰=record for backup 'receive backup command by the control module u, and receive the material' and then compare the module 12 and the semaphore summary calculation Module ^ = backup f, data and bribe module 15_ stored backup _ compare 丄 丄, if the content is the same after the calculus is calculated or not changed to back up the data, the data is reversed, if compared After the calculus is different or the content is broadcast or backed up, the control module 11 starts the backup module 14 for backup, and the backup module is to be backed up. In order to prepare the automatic backup of the injury, the comparison module can be compared with the directory selected by the host to compare the contents of the slot contained in the directory (the host and its corresponding storage module): If there is a new slot in the host, will the file be directly used? = If there are files with the same name in both directories, ^ calculate the module for calculation.疋主Children's summary ~ and the reduction (four) calculus _ for the above (four) fixed nose, which includes the following steps: the field case into the light step 1. Calculate the total feature code of the two slots, and then compare the two total Feature 5 M439847 code, if the two total feature codes are the same, it means that the file has not changed 'do not need to back up; otherwise, if the two total feature codes are not the same, it means that the file has changed', then the next step is taken. Step 2: Cut the file into several pieces of data' and then calculate the feature code of each piece of material. Step 3. Perform the comparison 'if the feature code is the same, it means that the data piece has not changed', it is not necessary to make a backup; otherwise, if the feature code is not the same, it means that the data piece has changed, then the backup is performed, and finally the data pieces are finally deleted. Reorganize the backup file to complete the data backup. It is worth mentioning that 'this creation can be used by the host to back up some data that is different from the previous one during the data backup process. This can solve the problem of occupying a large amount of network bandwidth during the backup process. Can increase the efficiency of backup. Furthermore, the cloud server device may further be provided with a setting module for the user to set a time period for automatic backup or a directory path for specifying a backup; or, further, a restore module for restoring the backed up data to a specified one. Injury = period; or 'The cloud server can be further equipped with an encryption module to provide encryption of data in the network upload wheel to ensure information security. Less &_^The above-mentioned creation provides a better and feasible automatic incremental cloud backup system, and the application of the new patent is filed by McGee; the technical content and technical points of this creation have been revealed as above, but familiar with this item. Those skilled in the art may still make various substitutions and modifications based on the present disclosure without departing from the spirit of the creation of the case. The scope of protection should not be limited to those disclosed in the examples, but should include the replacement and modification of the species from the creation of the month, and the scope of patent application below
M439847 【圖式簡單說明】 第一圖係為本創作一較佳實施例之植物葉緣特徵辨識系 統基本組成架構圖。 第二圖係為本創作一較佳實施例之植物葉緣特徵辨識系 統使用狀態圖。 【主要元件符號說明】 雲端伺服裝置10 • 控制模組11 比對模組12 貧訊摘要演鼻模組13 備份模組14 儲存模組15 主機20 網際網路30M439847 [Simple Description of the Drawings] The first figure is a basic composition diagram of the plant leaf edge feature recognition system of a preferred embodiment. The second figure is a state diagram of the use of the plant leaf edge feature recognition system of a preferred embodiment of the present invention. [Main component symbol description] Cloud servo device 10 • Control module 11 comparison module 12 poor communication summary nasal module 13 Backup module 14 Storage module 15 Host 20 Internet 30