201029473 . 六、發明說明： 【發明所屬之技術領域】 本案係為一種影像處理方法，尤指應用於—影像顧 取裝置、一用戶端與網際網路之間的一種影像處理方法。 【先前技術】 經過近年來的快速發展’網際網路已經成為人們生活201029473. VI. Description of the invention: [Technical field of the invention] The present invention is an image processing method, in particular, an image processing method applied to an image capturing device, a client and an internet network. [Prior Art] After rapid development in recent years, the Internet has become a life of people.
的一部份，因此’如何以簡單的方式來讓一般消費者可以 善用網際網路的各項功能’一直是產品製造商的最的最大 目標。而網際網路協定攝影機(IP Camera)便是一個傑出的 應用。 ^請參見第一圖（a)，其係為目前被廣泛應用的一數位 〜像凰控系統功能方塊示意圖。從圖中我們可以清楚看 出，該數位影像監㈣統1主要就是由-姆網路協定攝 f，10與—網路連線裝置11(如：寬頻路由器、IP分享 =等)連接後，該網際網路協定攝影機10透過該網路連線 ^置11纟登入連接至一網際網路12，如此一來，該網際 :路12所連接的—用戶端13(如：個人電腦、行動電話 έ:)便可透過本身的顯示螢幕(在本圖中未示出）來顯示該 路協定攝影機1G所拍攝到的影像晝面，進而讓使 &該用戶端13上監控到該網際網路協定攝影機10 所在地區的一舉—動。 〜i異=°亥數位衫像監控系統1所包含之該網際網路協 足攝影機10主要句人古旦~备以 理哭·、 要匕3有一衫像擷取模組101、一影像處 至17: 102以及—始《 zff 1 上 ，扁碼态103，其基本工作原理主要是由該 201029473 影像擷取模組101透過如電荷藕合元件(CCD)或互補式金 屬氧化物半導體感測器(CMOS sensor)之影像感應元件對 某一待顯示物體(或某一區域)進行掃瞄，利用光電轉換之 效應，依所感測到光不同之強度，而相對地產生出對應數 目之電荷，並S此可形成-數位式影像錢而加以輸出至 該影像處理器102中，該影像處理器1〇2會將該數位式影 像信號以像素(pixel)形式進行儲存，並可應因一影像放大 或影像縮小的指令錢行如：影像喊A(z_㈨或縮 小(Zoom out)的影像處理動作，隨後，該編碼器1〇3(如： MPEG-4闕H或H.264編碼幻接收經由該影像處理器 1〇2所處理過後的該触式影像錄進行編碼與壓縮，最 後，這些經由辆以及_過後的位式影像信號透過 該網路連線裝置11傳送至該網際網路12上，而該用戶端 13便可自該網際網路12 τ載魏位式影像錢，解壓縮 後進行播放。 在以往’網際網路協定攝影機所包含的影像擷取模組 通常只能對某-個監控區域中—部分的感興趣影像晝面 進行影像的擷取，請參見第—_並配合參見第-圖⑻ 之功能方塊示意圖，該影像揭取模組HU對某-監控區域 刚〇中-部分的感興趣區域範圍随進行掃猫而形成一 感興趣影像晝面_，然後，該影像處理器搬接收到 使用者所輸出的影像放大(ZGQm in)指令後，便會開始對 該感興趣影像晝面·2進行影像放大處理，然後將放大 =後㈣趣影像晝面则透過該編碼器進行編石馬壓 &，取後上傳至該崎轉12，但齡要擷取該監控區 201029473 域麵中另—部分的感興趣影像晝面並進行影像的放大 或縮小，則網際網路協定攝影機10必需藉由本身所具有 的旋轉機構來帶動影像娜馳lm進行軸，才能夠順 獅擷取到另外-個部分_购影像晝面，接著進行後 續的影像處理，如此對使用者來說相當地不方便，且網際 網路協㈣影機10所具#的旋轉機構在長相轉動的^ 況下，也會有機構磨擦損壞的情形產生。 有鏗於此’為了解決上述的問題，薇商發展出—種呈 有廣角式鏡頭的網際網路協定攝影機，可以用來擷大 範圍的影像晝面，如第-圖⑻所示並配合參見第—圖⑷ 之功能方塊示意圖’該影像揭取模组1〇1對某一監控區域 ==域:掃瞄而形成一影像晝面麵〇’透過該編碼 \ 鱗晝面麵進行編碼_，隨後將壓縮過 ，的該影像晝面10000經由該網際網路12傳送至該用戶 f =由該用戶端13將_«面1〇_顧縮後進行 ⑩ 圖Γ述之感興趣影像晝面放大影像處理(或影 小處理），由於_戶端13已獲得 ==資訊，因此，制者便可透過刻戶端—13 系統)在同―個時間選取不同的感興趣影 02來進行影像的放大’進而形成放大 後的感興趣影像晝面10003、咖4。然而，旦有 路協定攝影雖然可以擷取_圍的; 料到該用戶端時，勢:::路:f送檔:較大的影像資 傳輸時的效㈣此，^ 6 201029473 缺失進行改善，係為發展本案之最主要目的。 【發明内容】 本案係為—種f彡像翻方法，_於— 置、一用戶端與網際網路之間，該影像處理方法^衣 步驟:!影像擷取裝置擷取一待顯示區域之影像 畫面育料；制戶端透過網際網料傳送—次/ — 第二資訊至該影像擷取裝置；該影像娜裝 ❿ ❿ 晝晴進行處理，進而產生出 弟£域畫面-貝枓與-第二區域畫面資料；以及將 -區域晝面資料與該第二區域晝面資料處理形成—第 = 串流貧料與一第二串流資料後-併透過該網際網路傳逆 回該用戶端。 q岭得迗 根據上述構想，本案所述之影像處理方法， 一_晝面資料與該第二區域晝面資料係分別根據· 一貝⑽包含之一第-標示位置資訊、-第-標示尺寸 :第-縮放資訊與該第二資訊所包含之—第二標示 貢訊、H示尺寸資訊、—第二職資訊，進 從該晝面資料中絲出該第—區域晝面資料* 域晝面資料。 …區 根據上述構想，本案所述之影像處理方法，更包含下 列步驟：該肝端透過铜_路而傳送—触部分^ 指令至該影像擷轉置，進而錢影賴轉置擷取該 顯示區域之部分影像而形成另一晝面資料。 人 根據上述構想，本輯述之影理方法，其中該第 201029473 -串流資料與該第二串流資料係為該第—區域晝面資料 與該第二區域晝面透過一壓縮處理而形成。 根據上述構想，本案所述之影像處理方法，其中該壓 縮處理係可為一 MPEG-4格式壓縮處理、—jpE^格式壓 縮處理或- H.264格式壓縮處理，而該第—串流資料料 第二串流資料係可為- MPECM格式串流資料、二腿 格式串流資料或一 H.264格式串流資料。 ❹ 根據上述構想，本案所述之影像處理方法，盆所應用 之該用戶端係可為-個人電腦、—筆記型電腦、一個人行 動數位助理、一行動電話或—弁 —)。 次仃動網路裝置(驗 本案另一方面—種影縣貞取裝置，用於 連接於該網際網路上之—用戶端，該影像掏取 -影像操取模組，用以擷取〜待顯 、匕各. 旦面貝科，一衫像處理器，電連接於該 成 係接收該畫面資料與該用戶媸 巧取拉組，其 -弟-貧訊與-第二資訊 傅所傳廷之 盥該第-眘^ + 兀將4畫面資料、該第一資吨 厂々弟-貝錢仃處理，進而產生出 貝訊 與一弟二區域晝面資料.區或互面資料 處理器，其係將該第1域電連接於該影像 料處理形成—第一串流㈡區域畫面資 過該網際網路傳送回該用戶端。 机貝科後〜併透 根據上述構想，本案 其中該晝㈣料射為姆_=裝^_取装置’ 域之部分影像而形成之該晝面資科。° %寺爾示區 201029473 其二另一方面所述之影像_農置， 示位置資訊、」第^找/r _、包含有—第-標 第二資編私不尺寸賢訊與-第-縮放資訊，而 資訊與1:3:第二標示位置資訊、—第二標示尺寸 置資訊、該該影像處理器根據該第—標示位 面資料中定義該第一縮放資訊而於該晝 該第二標# £域旦面諸，該影像處理器根據Part of it, so how to make it easy for the average consumer to make the best use of the Internet's functions has always been the biggest goal of product manufacturers. The Internet Camera (IP Camera) is an outstanding application. ^ Please refer to the first figure (a), which is a functional block diagram of a digital device that is widely used at present. As can be clearly seen from the figure, the digital image surveillance system (4) is mainly connected by the network protocol f, 10 and the network connection device 11 (such as: broadband router, IP sharing =, etc.). The Internet Protocol camera 10 is connected to an Internet 12 through the Internet connection, so that the Internet: the user terminal 13 connected to the road 12 (eg, a personal computer, a mobile phone) έ:) can display the image plane captured by the camera 1G through its own display screen (not shown in this figure), so that the user terminal 13 can monitor the Internet. One of the areas in the area where the agreement camera 10 is located. ~i 异=°海数数衫像监控系统1 The Internet-based co-footed camera 10 The main sentence is Gudan~Before I cried, I want to have a shirt like a capture module 101, an image Up to 17:102 and - "Zff 1, on the flat code state 103, the basic working principle is mainly that the 201029473 image capture module 101 is transmitted through a charge-coupled component (CCD) or a complementary metal oxide semiconductor. The image sensing component of the CMOS sensor scans an object to be displayed (or a certain area), and uses the effect of photoelectric conversion to generate a corresponding amount of electric charge according to the different intensity of the sensed light. And the image processor can generate the digital image and output it to the image processor 102. The image processor 1〇2 stores the digital image signal in the form of pixels, and can take an image. The instruction to zoom in or reduce the image is as follows: the image is called A (z_(nine) or zoom out), and then the encoder 1〇3 (eg: MPEG-4阙H or H.264 coded facsimile reception via The touch image processed by the image processor 1〇2 The recording and encoding are performed. Finally, the transmitted and transmitted bit image signals are transmitted to the Internet 12 through the network connection device 11, and the user terminal 13 is available from the Internet 12 τ. The Wei Wei image video is decompressed and played. In the past, the image capture module included in the Internet Protocol camera can only image the image of interest in a certain monitoring area. For the capture, please refer to the section - _ and with reference to the function block diagram of Figure - (8), the image revealing module HU forms a sense of sweeping the cat in the range of the region of interest in the monitoring area After the image processor receives the image enlargement (ZGQm in) command output by the user, the image processor starts to perform image enlargement processing on the image 2 of the image of interest, and then zooms in. After the (four) fun image, the encoder is used to perform the rocking and pressing of the encoder, and then uploaded to the rugged 12, but the age is to capture the other part of the image of the 201029473 domain of the monitoring area and Imagery If the network protocol camera 10 has to rotate the camera to drive the image of the camera, it is necessary to take the image to the other part of the camera. Image processing, which is quite inconvenient for the user, and the rotating mechanism of the #4 (4) camera 10 has a mechanism of frictional damage in the case of a long-term rotation. In order to solve the above problems, Weishang developed an Internet Protocol camera with a wide-angle lens, which can be used to display a wide range of image planes, as shown in Figure- (8) and with reference to Figure- (4) Functional block diagram 'The image removal module 1〇1 pairs a certain monitoring area==domain: scans to form an image surface 〇' is encoded by the encoding\scale surface _, then compressed The image plane 10000 is transmitted to the user via the Internet 12 f = by the user terminal 13, the image of the image of interest is enlarged by 10 Or shadow processing), due to _ household 13 has obtained == information, therefore, the producer can select different images of interest 02 at the same time to enlarge the image through the engraving end-13 system to form an enlarged image of interest 10003 Coffee 4 However, although there is a road agreement photography can be taken from the _ circumference; when the user is expected, the potential::: road: f file: the effect of larger image transmission (four) this, ^ 6 201029473 missing to improve It is the main purpose of developing this case. SUMMARY OF THE INVENTION The present invention is a method for flipping a picture, a method for processing an image between a client and an internet, and an image processing method: the image capturing device captures a region to be displayed. Image screen breeding; the user terminal transmits through the Internet material - times / - the second information to the image capturing device; the image is installed in the ❿ 昼 昼 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 , , , - - - - a second area picture data; and forming - the area side data and the second area side data processing - after = streaming the poor material and a second stream data - and transmitting the user back through the internet end. According to the above concept, the image processing method described in the present case, the 昼 资料 surface data and the second area 昼 surface data system respectively include one of the first-marked position information, the ---the size of the mark : the first-zoom information and the second information included - the second mark tribute, the H-size information, the second-level information, and the first-level information in the face-to-face data * domain 昼Information. According to the above concept, the image processing method described in the present invention further includes the following steps: the liver end transmits through the copper path to the touch portion ^ command to the image transposition, and then the image is transposed to capture the display. Part of the image of the area forms another piece of information. According to the above concept, the recording method of the present series, wherein the 201029473 - the streaming data and the second streaming data are formed by the compression processing of the first region and the second region . According to the above concept, the image processing method of the present invention, wherein the compression processing may be an MPEG-4 format compression process, a -jpE^ format compression process or an H.264 format compression process, and the first stream data material The second stream data may be - MPECM format stream data, two-leg format stream data or an H.264 format stream data. ❹ According to the above concept, the image processing method described in the present application can be a personal computer, a notebook computer, a personal digital assistant, a mobile phone or a mobile phone. The second swaying network device (in the other hand, the image capturing device is used to connect to the user terminal on the Internet), the image capturing and image capturing module is used for capturing and waiting for显,匕各. Once the face of Becco, a shirt like a processor, electrically connected to the line to receive the picture data and the user's smart pick-up group, its - brother - poor news and - second information Fu Chuan Ting After that, the first-caution ^ + 兀 will process the four-screen data, the first ton of the factory, the younger brother-Beiqian, and then produce the information and area data of the Bayern and the second district. The first domain is electrically connected to the image processing to form a first stream (2) area image, and the network is transmitted back to the user end via the Internet. After the machine is closed, according to the above concept, the case is (4) The material is formed by the image of the part of the device, which is formed by the image of the device. ° %寺尔示区201029473 The image described on the other hand_Nongfang, showing location information, The first ^ find / r _, contains - the first - standard second essay private size and - the first - zoom information, and information and 1:3: Marking the location information, the second identifier size information, the image processor defines the first zoom information according to the first logo surface data, and the image processing is performed on the second label Based on
資訊而於該書===二標示尺寸資訊與該第二縮放 根據上述構::;義出;第:區域晝面資料。 更包含—暫存ff案另—方面所述之影_取裳置， 器，用以暫==於該影像榻取模組與該影像處理 影像處理成之該晝面資料，而該 續之影像處將該晝面資料讀心進行後 其中面所述之影像擷取裝置， 次、,、，°。對邊弟一區域晝面資料與該第二區域查而 貝7所進行之處料H MPEG_4格式魏處理:― JPEG格式壓縮處理或—H 264格式難處理，而 串*貝料與該第二串流資料係可為-MPEG-4格式串谅 資料、—iPEG格式串流資料或-H.264格式串流資料二 根據上述構想，本案另一方面所述之影像擷取裝置， 其所應用之該用戶端係可為一個人電腦、一筆記型電腦、 一個人行動數位助理、—行動電話或—行動網路^置 (Mobile Internet Device)。 201029473 【實施方式】 請參見第二圖⑻⑻，其係為本案所述之影像處理方 法之第-健實_示意圖，在本較好施例巾所述之3 ^取裝置2主要是應用在—網際網路與連接於該網 =路201上之一用戶端2〇2。從第二圖⑻中我們可以清 楚看出’該影像擷取裝置2主要包含有—影像擷取模址 =、-暫存器21、—影像處理器22以及—編碼器23，复 中該影像擷取模組20用以擷取—待顯示區域·之影像 而^成-晝面資料，而該暫存器21可對該影賴取模組 π在不同時間所傳送過來的晝面資料進行暫存，而本案 2〇2 時，H / 5瞒H轉送至該影像_裝置2 絲同時接收該第—資訊與該第二資訊 資亥暫存器21中的晝面資料讀出再根據該第一 來與該晝㈣料進行影像處理，進而在 碼哭23:、鱼接產生兩個不同區域的晝面資料，而該編 哭°22二Ϊ該影像處理器22 ’用以接收該影像處理 :而八!的兩個不同區域的畫面資料進㈣縮處理， 节網第—串_料與—第二串流資料後，透過 一併回傳至該用戶端2〇2，最後該用戶端 輪出二串流資料解義後進行 ==變_行完成，如此-來，該用戶請 同咸卽^衫曰頻見效率的情況下’即時地觀看到多個不 1 ’、-域的放大影像晝面，進而解決習用技術手段的缺 10 201029473 . 失。 舉例來說，如第二圖 圖⑷之說明），首先，該示(部分元件符號配合第二 域200之影像晝面而开4取模組20擷取該待顯示區 將包含有—第一標示面資料2000,當該用戶端202 標示尺寸資事標示Cw))'-第-資訊以及包含有-第二/ 4不見度Wl)之該第一Information and the book === two mark size information and the second zoom according to the above structure::; meaning out; the first: area information. In addition, the image of the temporary storage ff is also used to temporarily replace the image data and the image processing image into the negative data, and the continuation The image capturing device described in the middle of the image is read by the image, and the image is read by the image, sub, ,, and °. The content of the 边 一 昼 与 与 与 与 与 该 该 H H H H H H H H H H H H H H H H H H H H H H H H H H H H H H : JPEG JPEG JPEG JPEG JPEG JPEG JPEG JPEG JPEG The streaming data system may be -MPEG-4 format stringing data, -iPEG format stream data or -H.264 format stream data. According to the above concept, the image capturing device according to another aspect of the present application is applied. The user terminal can be a personal computer, a notebook computer, a personal mobile digital assistant, a mobile phone or a Mobile Internet Device. 201029473 [Embodiment] Please refer to the second figure (8) (8), which is the first-sturdy_schematic diagram of the image processing method described in the present invention. The device 2 described in the preferred embodiment towel is mainly applied to - The Internet is connected to one of the clients 2〇2 on the network=road 201. It can be clearly seen from the second figure (8) that the image capturing device 2 mainly includes an image capturing module address, a temporary register 21, an image processor 22 and an encoder 23, and the image is repeated. The capture module 20 is configured to capture the image of the area to be displayed and the data of the area to be displayed, and the register 21 can perform the image data transmitted by the module π at different times. Temporary storage, and in the case of 2〇2, H / 5瞒H is transferred to the image_device 2 wire simultaneously receives the first information and the second information in the second information storage device 21 reads and then according to the First, the image processing is performed with the 昼(4) material, and then the code is crying 23: the fish is connected to generate two different areas of the face data, and the image is crying 2222. The image processor 22' is used to receive the image. Processing: The picture data of two different areas of the eight! are processed into four (4) reduction processing, and the second network data is transmitted back to the user terminal 2〇2, and finally the user After the end of the two streams of data, after the solution, == change_ line is completed, so - the user, please see the efficiency of the salty Case 'instantly viewed without the plurality of 1' - day magnified image of the surface region, and thus solve the conventional technical means is the lack 10201029473 loss. For example, as illustrated in the second figure (4), first of all, the indication (partial component symbol cooperates with the image of the second domain 200 to open the module 4 and the module 20 captures the to-be-displayed area to include - first Marking surface data 2000, when the user end 202 indicates the size of the asset mark Cw)) '----information and includes - second / 4 invisibility Wl)
一第二標示尺寸資訊(如二，訊(如：座標(X2，Y2))、 之該第二資訊透與標示寬度W2) 置該影像處理哭2m〇傳送至該影像操取裝 πηνι、 _ 扣22接收該第一標示位置資訊 π γ〜弟一標不尺寸資訊U、W卜該第二標示位 置負訊(Χ2，Υ2)以及該第二標从寸資訊l2、避後，該 影像處理H 22便能根據這㈣訊在該晝面資料雇上定 義出座標為(X1，Y1)、長度與寬度分別為L1與W1的第一 區域晝面資料2_1與座標為(X2，Y2)、長度與寬度分別 為L2與W2的第二區域晝面資料2〇〇〇2 ’然後該影像處 理益22再根據該第一資訊所包含之一第一縮放資訊與該 第二資訊分別包含之一第二縮放資訊來對該第一區域晝 面資料20001與該第二區域晝面資料2〇〇〇2進行晝面資 料縮放處理，進而產生出經縮放處理過後的晝面資料 20003、20004，例如：該影像擷取模組2〇擷取該待顯示 區域200影像所形成的該晝面資料2000為像素值3264 X 2448的晝面資料，而該影像處理器22根據該第—資訊(座 標為(X1，Y1)、長度與寬度分別為Li與wi)在像素值3264 Χ 2448的晝面資料2000上定義出像素值為32〇χ24〇的 11 201029473 • 第一區域晝面資料20001，接著，該影像處理器22再根 據該第一縮放資訊將像素值320 X 240的第一區域晝面資 料20001放大到像素值640 X 480的晝面資料20003，也 就是將座標為(X1，Y1)、長度與寬度分別為L1與W1的第 一區域晝面資料20001放大了兩倍；該影像處理器22根 據該第二資訊(座標為(Χ2，Υ2)、長度與寬度分別為L2與 W2)在像素值3264 X 2448的晝面資料2000上定義出像素 值為1280X 960的第二區域晝面資料20002，接著，該影 β 像處理器22再根據該第二縮放資訊將像素值為128〇χ 960的第二區域晝面資料20002縮小到像素值640 X 480 的晝面資料20004，也就是將座標為(χ2,Υ2)、長度與寬 度分別為L2與W2的第二區域晝面資料20〇〇2縮小了兩 倍，最後這兩個經由縮放處理過的晝面資料2〇〇〇3、2〇〇〇4 透過該編碼器23進行壓縮處理，進而分別形成該第一串 流資料與該第二串流資料後一併上傳至該網際網路 Φ 201。以下再以流程的說明方式來對本實施例所述之影像 處理方法加以描述。 請參見第三圖，其係為本案所述之影像處理方法之第 較佳貫施例之流程示意圖。從圖中我們可以清楚看出， 首先’影像擷取裝置擷取待顯示區域之影像而形成晝面資 料(步驟S1);判斷用戶端是否有輸人第—資訊與第二^ (^驟吻^糾戶端輸人第—資訊與第二資訊並透過網 - 确路進行傳送，祕像擷取裝置減_戶端透過 傳送之第一資訊與第二資訊(步驟S3);接著，影； 。取衣置接收第一資訊與第二資訊後，影像處理器根據第 12 201029473 ' —資訊中所包含的第—標示位置資訊、第-檩示尺寸資訊 與第二資訊中所包含的第二標示位置資訊、第二尺寸L 訊，進而分別從畫面資料中絲出第—區域晝面資料與^ :區域畫面資料(步驟S4);然後，影像處理器再根據第一 資Λ所包含之第-縮放資訊與第二資訊所包含之第二縮 放資訊而分別對第—區域晝面資料與第二區域晝面^ 進仃晝面資料縮放處理(步驟S5);緊接著，編碼器將姑由 縮放處理過後的第―區域晝面資料與第二區域晝面^料 髎 、進行壓縮處理，進而分別形成第-串流資料與第二串流資 料(步驟S6);最後’將第一串流資料與第二串流資料一併 上傳至網際網路供用戶端進行下載播放(步驟s7)。 二由上述’我們可以清楚瞭解到，本案所述之影像處 理方法，其主要的技術手段就是用戶端可以選取多個欲進 ’ 仏㈣感興趣11域並透過網際轉傳送影像處理的資 訊至影像擷取裝置，使得影像擷取裝置根據這些不同的影 ❹ 像處理魏來朗擷糊的晝面資㈣行影像處理，最後 再將這些經由影像處理過後的晝面資料壓縮並一併上傳 到網際網路上，如此一來，用戶端便可以在不影響頻寬效 率的情況下’同時觀看到多個感興趣區域的放大影像畫 面，而在上述的實施例說明令，我們是以選取兩個感興趣 區域為較佳的實_來進行朗，當然也可以選取三個甚 至更多的感興趣區域。另外，上述編碼器23將第一縮放 比例旦面> 料與第—縮放比例晝面資料所進行之塵縮處 ' 理係可為MPEG·4格式_處理、舰G袼式壓縮處理或 . ^崩格式勤5處理’而該第-串流資料與該第二串流資 13 201029473 - 料係可為MPEG_4格式串流資料、JPEG格式串流資料或 H.264格式串流資料。而該用戶端2〇2係可為個人電腦、 筆記型電腦、個人行動數位助理、行動電話或—行動網路 裝置(Mobile Internet Device)。 請參見第四圖，其係為本案所述之影像處理方法之 第二較佳實施例示意圖’在本較佳實施例的說明中所使用 的部分元件符號與第二圖_)所標示之元件相同。從圖 巾我們可以清楚看出，當該用戶端搬透過該網際網路傳 送:擷取部分影像指令至該影像操取裝置2時，該影像操 取模組20擷取待顯示區域30〇之部分影像而形成晝面資 料30001，也就是說該影像擷取裝置2在接收該用戶端搬 , 所傳送過來的該擷取部分影像指令後，該影像摘取裝置2 控制該影像擷取模組20擷取待顯示區域3〇〇的部分影像 . (例如：只擷取待顯示輯財間部分，上下部分不擷取） 而形成晝面資料30001並暫存至暫存器中，接下來使 ❹ 用者便可輸人多個標示位置資訊、標示尺寸資訊至該用戶 :2〇2 1該用戶端搬將這些標示位置資訊、標示尺寸 貧訊透過該網際網路2〇1傳送至該影像顧取裝置2，而該 影像處理器22根據這些標示位置資訊、標示尺寸資訊來 與該影像擷取模組20所揭取到部分的待顯示區域300的 影像所形成的晝面資料3_進行處理，進而在晝面資料 30001上產生多個區域晝面資料3〇〇犯、細， - 感處理益22再根據縮放資訊將這些區域晝面資 料30002、30003、30004進行影像縮放處理，進而形成多 個不同縮放比例的晝面資料3〇〇〇5、3〇〇〇6、3_，再將 14 201029473 . 這些經過影像縮放處理過後的晝面資料30005、30006、 0007透過5亥編碼器23進行壓縮，最後一併上傳到該網 際網路201上。而在本實施例的說明中，有部分的技術數 手段與第一較佳實施例相同，故在本實施例中就不予再贅 述之。 綜合以上所述，我們可以清楚瞭解到，利用本案所述 之影像處理方法’使用者便可以在不影響頻寬效率的情況 下，同時觀看到多個感興趣區域的放大影像晝面，因此， 本案所述之影像處理方法確實解決了習用技術手段所產 生的缺失，進而完成發展本案之最主要的目的。因此，本 發明得由熟習此技藝之人士任施匠思而為諸般修飾，然皆 不脫如附申請專利範圍所欲保護者。 . 【圖式簡單說明】a second mark size information (such as two, information (such as: coordinates (X2, Y2)), the second information through and the mark width W2), the image processing is crying 2m, and the image is sent to the image operation device πηνι, _ The buckle 22 receives the first marked position information π γ ~ the first one of the size information U, the second marked position negative (Χ2, Υ 2), and the second target information 1-2, the image processing H 22 can use the (4) message to define the first region of the first region and the coordinates (X2, Y2) with coordinates (X1, Y1), length and width L1 and W1, respectively. The length and width of the second region of the L2 and W2 are respectively 2〇〇〇2' and then the image processing benefit 22 is further included according to one of the first information and the second information included in the first information The second scaling information is used to perform the scaling processing on the first region kneading data 20001 and the second region kneading data 2〇〇〇2, thereby generating the scaled processed kneading data 20003, 20004, for example, : the image capturing module 2 captures the image formed by the image of the area to be displayed 200 The face data 2000 is the face data of the pixel value 3264 X 2448, and the image processor 22 according to the first information (the coordinates are (X1, Y1), the length and the width are respectively Li and wi) at the pixel value of 3264 Χ 2448 The face data 2000 defines 11 201029473 with a pixel value of 32 〇χ 24 • • the first area face data 20001, and then the image processor 22 further sets the first area of the pixel value 320 X 240 according to the first zoom information. The faceted data 20001 is enlarged to the facet data 20003 of the pixel value 640 X 480, that is, the first area face data 20001 whose coordinates are (X1, Y1) and whose length and width are respectively L1 and W1 are doubled; The image processor 22 defines a second region having a pixel value of 1280×960 on the face data 2000 of the pixel value 3264 X 2448 according to the second information (the coordinates are (Χ2, Υ2), the length and the width are respectively L2 and W2). After the image data 20002, the image β image processor 22 further reduces the second area face data 20002 with a pixel value of 128 〇χ 960 to the face data 20004 of the pixel value 640 X 480 according to the second zoom information. That is, the coordinates are (χ2, Υ2), length and width Don't double the size of the second area of the L2 and W2 20〇〇2. Finally, the two scaled data 2〇〇〇3, 2〇〇〇4 processed by the scaling are transmitted through the encoder 23. The compression processing further forms the first stream data and the second stream data and uploads them to the Internet Φ 201. The image processing method described in this embodiment will be described below by way of a flow description. Please refer to the third figure, which is a schematic flow chart of the preferred embodiment of the image processing method described in the present application. As can be clearly seen from the figure, first, the image capturing device captures the image of the area to be displayed to form the surface data (step S1); and determines whether the user has the input information and the second ^ (^ kiss ^ 纠 端 输 - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - After receiving the first information and the second information, the image processor according to the 12th 201029473' - the first position information included in the information, the first - size information and the second information included in the second information Marking the position information and the second size L signal, and then extracting the first region data and the ^ region image data from the screen data (step S4); then, the image processor according to the first asset - scaling the information and the second zoom information included in the second information to respectively perform the scaling process on the first region and the second region (step S5); then, the encoder will After scaling the processed area-area data and The second area is processed and compressed, and then the first stream data and the second stream data are respectively formed (step S6); finally, the first stream data and the second stream data are uploaded together to The Internet is used for downloading and playing by the client (step s7). Secondly, we can clearly understand that the main technical means of the image processing method described in this case is that the user can select multiple desires. Interest 11 domain and through the Internet to transfer image processing information to the image capture device, so that the image capture device processes Wei Lailang's 昼 昼 ( (4) line image processing according to these different image images, and finally passes these through After the image processing, the compressed data is compressed and uploaded to the Internet, so that the user can simultaneously view the enlarged image of multiple regions of interest without affecting the bandwidth efficiency. The above embodiment illustrates that we choose to use two regions of interest as the preferred real _, and of course we can select three or more regions of interest. The above-mentioned encoder 23 converts the dust scale of the first scaled surface and the first scale data to the MPEG·4 format _ processing, ship G 压缩 compression processing or . The collapse format 5 processing 'and the first-stream data and the second stream 13 201029473 - the system can be MPEG_4 format stream data, JPEG format stream data or H.264 format stream data. And the user The terminal 2〇2 system can be a personal computer, a notebook computer, a personal mobile digital assistant, a mobile phone or a mobile Internet device. Please refer to the fourth figure, which is the image processing method described in this case. DESCRIPTION OF THE PREFERRED EMBODIMENTS A part of the component symbols used in the description of the preferred embodiment is the same as that indicated by the second diagram. It can be clearly seen from the towel that when the client moves through the Internet: when capturing a partial image command to the image capturing device 2, the image capturing module 20 captures the area to be displayed 30. The image capturing device 2 controls the image capturing module 2, after the image capturing device 2 receives the captured partial image command transmitted by the user terminal, and the image capturing device 2 controls the image capturing module 2 20: Take part of the image of the area to be displayed. (For example, only the portion of the wealth to be displayed, the upper and lower parts are not captured), and the surface data 30001 is formed and temporarily stored in the scratchpad, and then ❹ Users can input multiple location information and size information to the user: 2〇2 1 The user will transfer the marked location information and the size information to the image through the Internet 2〇1 Taking the device 2, the image processor 22 performs the face data 3_ formed by the image captured by the image capturing module 20 and the portion of the image to be displayed 300 according to the mark position information and the mark size information. Processing, and then On the surface data 30001, multiple areas of the surface data are generated. 3 〇〇 、 细 细 细 细 - 22 22 22 22 22 22 22 22 22 22 22 22 22 根据 根据 根据 根据 根据 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 3000 The face data 3〇〇〇5, 3〇〇〇6, 3_, and then 14 201029473. These image-scaled processed surface data 30005, 30006, 0007 are compressed by 5H encoder 23, and finally combined Uploaded to the Internet 201. In the description of the embodiment, some of the technical means are the same as those of the first preferred embodiment, and therefore will not be described again in this embodiment. Based on the above, we can clearly understand that with the image processing method described in this case, the user can simultaneously view the enlarged image planes of multiple regions of interest without affecting the bandwidth efficiency. Therefore, The image processing method described in this case does solve the shortcomings caused by the conventional technical means, and then completes the most important purpose of developing the case. Therefore, the present invention is intended to be modified by those skilled in the art, and is not intended to be limited by the scope of the appended claims. [Simplified illustration]
本案得藉由下列圖式及說明，俾得一更深入之了解： 第圖(a)，其係為目前被廣泛應用的一遠端監控系 能方塊示意圖。 第-圖(b)(e)，其係為_興趣影像晝面進行影像放大声 理示意圖。 处 第-圖(a)(b) ’其麵本案所述之影像處理方法之 實施例示意圖。 施 第三圖，其係為本案所述之影像處理方法之第—較佳每 例之流程示意圖。 貝 15 201029473 . 第四圖，其係為本案所述之影像處理方法之第二較佳實施 例示意圖。 【主要元件符號說明】 本案圖式中所包含之各元件列式如下： 網路攝影機遠端監控系統i Φ 網際網路協定攝影機10 網際網路12 網路連線裝置11 用户端13 影像摘取模組1〇1 編碼器103 影像處理器102 - 監控區域1〇〇〇 感興趣影像晝面1〇〇2 感興趣區域範圍1001 縮放處理過後之感興趣影像晝面聰 影像晝面10000 ❹ 感興趣影像晝面10001、1〇〇〇2 縮放處理過後之感興趣影晝面10003、 待顯示區域200 用戶端202 影像擷取模組2 〇 影像處理器22 晝面資料2〇〇〇 網際網路201 影像擷取裝置2 暫存器21 編碼器23 第區域晝面資料2〇〇〇l f二區域晝面資料20002 縮放處理過後之晝面資料20003、20004 16 201029473 . 步驟S1〜S7 待顯示區域300 晝面資料30001 區域晝面資料30002、30003、30004 縮放處理過後之晝面資料30001、30002、30003This case can be obtained through a more in-depth understanding of the following figures and descriptions: Figure (a), which is a block diagram of a remote monitoring system currently widely used. Fig. (b)(e) is a schematic diagram of the image magnifying sound image of the image of interest. Fig.-(a)(b) ' is a schematic diagram of an embodiment of the image processing method described in the present invention. The third figure is a schematic diagram of the flow of the preferred embodiment of the image processing method described in the present application. Bei 15 201029473 . The fourth figure is a schematic diagram of a second preferred embodiment of the image processing method described in the present application. [Main component symbol description] The components included in the diagram of this case are listed as follows: Network camera remote monitoring system i Φ Internet protocol camera 10 Internet 12 Network connection device 11 User terminal 13 Image extraction Module 1〇1 Encoder 103 Image Processor 102 - Monitoring Area 1〇〇〇Imaginary Image Face 1〇〇2 Region of Interest Range 1001 Zoomed in After Interested Image 昼面聪昼面昼10000 ❹ Interested Image kneading surface 10001, 1〇〇〇2 After zooming and processing the image of interest 10003, the area to be displayed 200 Client 202 Image capturing module 2 Image processor 22 Face data 2 Internet 201 Image capture device 2 Register 21 Encoder 23 Area information 2 〇〇〇 lf 2 area 资料 surface data 20002 昼 资料 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 2000 Surface data 30001 area kneading data 30002, 30003, 30004 After the scaling processing, the surface data 30001, 30002, 30003
1717